var p13_tense_exp0 = {name:"tense_GRU_GRU_0_0.001_256_0", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her vultures that admired your peacocks high_fived the zebras . present
Target output: her vultures that admire your peacocks high_five the zebras .
Model output: her vultures that admire your peacocks high_five the zebras .
Input: your walruses around some xylophones entertained your xylophones around her unicorns . present
Target output: your walruses around some xylophones entertain your xylophones around her unicorns .
Model output: your walruses around some xylophones entertain your xylophones around her unicorns .
Input: the xylophone with her orangutan applauded her vultures . past
Target output: the xylophone with her orangutan applauded her vultures .
Model output: the xylophone with her orangutan applauded her vultures .
Input: her quails with our unicorns accepted my zebras by your ravens . present
Target output: her quails with our unicorns accept my zebras by your ravens .
Model output: her quails with our unicorns accept my zebras by your ravens .
Input: the yak that swam high_fived your quails who moved . present
Target output: the yak that swims high_fives your quails who move .
Model output: the yak that swims high_fives your quails who move .
Input: your salamanders who smiled high_fived some salamanders below your tyrannosauruses . present
Target output: your salamanders who smile high_five some salamanders below your tyrannosauruses .
Model output: your salamanders who smile high_five some salamanders below your tyrannosauruses .
Input: my xylophone confused my tyrannosaurus . present
Target output: my xylophone confuses my tyrannosaurus .
Model output: my xylophone confuses my tyrannosaurus .
Input: your walrus that slept swam . present
Target output: your walrus that sleeps swims .
Model output: your walrus that sleeps swims .
Input: some peacock that changed amused your tyrannosaurus above our xylophone . present
Target output: some peacock that changes amuses your tyrannosaurus above our xylophone .
Model output: some peacock that changes amuses your tyrannosaurus above our xylophone .
Input: some yaks confused some newt that moved . past
Target output: some yaks confused some newt that moved .
Model output: some yaks confused some newt that moved .", exgen:"Input: our unicorn that her quails high_fived admired the newt above some yaks . present
Target output: our unicorn that her quails high_five admires the newt above some yaks .
Model output: our unicorn that her quails admire high_five the newt above some yaks .
Input: my raven behind my peacocks admired the walrus above her yak . present
Target output: my raven behind my peacocks admires the walrus above her yak .
Model output: my raven behind my peacocks admire the walrus above her yak .
Input: the peacock who our xylophones applauded remembered our yak . present
Target output: the peacock who our xylophones applaud remembers our yak .
Model output: the peacock who our xylophones applaud remember our yak .
Input: my peacocks that admired our yak accepted my unicorns that our zebras entertained . present
Target output: my peacocks that admire our yak accept my unicorns that our zebras entertain .
Model output: my peacocks that admire our unicorns accept my zebras that our xylophone entertains .
Input: our newts around some tyrannosaurus amused some vultures . present
Target output: our newts around some tyrannosaurus amuse some vultures .
Model output: our newts around some tyrannosaurus amuses some vultures .
Input: the quail near your vultures amused your yak . present
Target output: the quail near your vultures amuses your yak .
Model output: the quail near your vultures amuse your yak .
Input: our xylophones near our newt entertained my orangutans upon her zebra . present
Target output: our xylophones near our newt entertain my orangutans upon her zebra .
Model output: our xylophones near our zebra entertains my orangutans upon her quails .
Input: some unicorn that amused your salamanders waited . present
Target output: some unicorn that amuses your salamanders waits .
Model output: some unicorn that amuses your salamanders wait .
Input: my salamanders with my walrus confused the walruses below our yaks . present
Target output: my salamanders with my walrus confuse the walruses below our yaks .
Model output: my salamanders with my walrus confuses the walruses below our yaks .
Input: my zebra that applauded your peacocks high_fived our ravens who our ravens amused . present
Target output: my zebra that applauds your peacocks high_fives our ravens who our ravens amuse .
Model output: my zebra that amuses your peacocks high_five our ravens who our ravens amuse .", testfull:0.87, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.73, genmvcorrect:0.06, genmvlinear:0.84, genmvcorrectnum:0.08, genmvwrongnum:0.92, };
var p13_tense_exp1 = {name:"tense_GRU_GRU_0_0.001_256_1", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some unicorns who our salamanders high_fived remembered your peacocks near our peacock . present
Target output: some unicorns who our salamanders high_five remember your peacocks near our peacock .
Model output: some unicorns who our salamanders high_five high_five your peacocks near our salamanders .
Input: the peacock applauded some peacock behind the xylophone . past
Target output: the peacock applauded some peacock behind the xylophone .
Model output: the peacock applauded some peacock behind the xylophone .
Input: our quails below your salamander accepted our zebra above my vultures . past
Target output: our quails below your salamander accepted our zebra above my vultures .
Model output: our quails below your salamander accepted our zebra above my vultures .
Input: some yak who some walrus high_fived accepted my peacocks . present
Target output: some yak who some walrus high_fives accepts my peacocks .
Model output: some yak who some walrus high_fives accepts my peacocks .
Input: some vulture who my unicorn entertained admired the ravens who moved . present
Target output: some vulture who my unicorn entertains admires the ravens who move .
Model output: some vulture who my unicorn entertains admires the ravens who move .
Input: your tyrannosaurus amused her yaks behind our salamander . past
Target output: your tyrannosaurus amused her yaks behind our salamander .
Model output: your tyrannosaurus amused her yaks behind our salamander .
Input: your salamander that her orangutan amused admired our salamanders . present
Target output: your salamander that her orangutan amuses admires our salamanders .
Model output: your salamander that her orangutan amuses admires our salamanders .
Input: my salamanders who swam remembered some tyrannosauruses that remembered your zebras . present
Target output: my salamanders who swim remember some tyrannosauruses that remember your zebras .
Model output: my salamanders who swim remember some tyrannosauruses that remember your zebras .
Input: my orangutan around our peacocks accepted my yak upon some yak . past
Target output: my orangutan around our peacocks accepted my yak upon some yak .
Model output: my orangutan around our peacocks accepted my yak upon some yak .
Input: my walruses that some yaks applauded applauded her zebras that remembered some walruses . past
Target output: my walruses that some yaks applauded applauded her zebras that remembered some walruses .
Model output: my walruses that some yaks applauded applauded her walruses that remembered some zebras .", exgen:"Input: our xylophone with our xylophones applauded her orangutan . present
Target output: our xylophone with our xylophones applauds her orangutan .
Model output: our xylophone with our xylophones applaud her orangutan .
Input: our peacocks with my walrus comforted my vulture below the walruses . present
Target output: our peacocks with my walrus comfort my vulture below the walruses .
Model output: our peacocks with my walrus comforts the vulture below the walruses .
Input: my walruses upon your orangutan applauded her orangutans with the unicorns . present
Target output: my walruses upon your orangutan applaud her orangutans with the unicorns .
Model output: my walruses upon your orangutan applauds her unicorns with the orangutans .
Input: your yaks who admired her unicorn applauded the salamander . present
Target output: your yaks who admire her unicorn applaud the salamander .
Model output: your yaks who admire her unicorn applauds the salamander .
Input: my quail who some salamanders amused applauded my newt behind the walruses . present
Target output: my quail who some salamanders amuse applauds my newt behind the walruses .
Model output: my quail who some salamanders amuse applaud my newt behind the quails .
Input: your xylophones who remembered some yak applauded some tyrannosaurus . present
Target output: your xylophones who remember some yak applaud some tyrannosaurus .
Model output: your xylophones who remember some yak applauds some tyrannosaurus .
Input: our yaks that your unicorn accepted amused my orangutan who read . present
Target output: our yaks that your unicorn accepts amuse my orangutan who reads .
Model output: our yaks that your unicorn accepts amuses my orangutan who reads .
Input: the newts that accepted my peacock confused your quails . present
Target output: the newts that accept my peacock confuse your quails .
Model output: the newts that accept my peacock confuses your quails .
Input: some salamanders who remembered my zebra waited . present
Target output: some salamanders who remember my zebra wait .
Model output: some salamanders who remember my zebra waits .
Input: her peacocks who admired her quail high_fived our unicorns . present
Target output: her peacocks who admire her quail high_five our unicorns .
Model output: her peacocks who admire her quail high_fives our unicorns .", testfull:0.92, testpos:1.0, genfull:0.01, genpos:1.0, genlinear:0.83, genmvcorrect:0.04, genmvlinear:0.9, genmvcorrectnum:0.04, genmvwrongnum:0.96, };
var p13_tense_exp2 = {name:"tense_GRU_GRU_0_0.001_256_2", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her xylophone that remembered the peacock high_fived her zebras . past
Target output: her xylophone that remembered the peacock high_fived her zebras .
Model output: her xylophone that remembered the peacock high_fived her zebras .
Input: our vulture moved . present
Target output: our vulture moves .
Model output: our vulture moves .
Input: your raven accepted your quails that comforted her ravens . present
Target output: your raven accepts your quails that comfort her ravens .
Model output: your raven accepts your quails that comfort her ravens .
Input: your unicorn admired her unicorns upon your unicorn . present
Target output: your unicorn admires her unicorns upon your unicorn .
Model output: your unicorn admires her unicorns upon your unicorn .
Input: her quail upon the walruses entertained your unicorns above your orangutans . past
Target output: her quail upon the walruses entertained your unicorns above your orangutans .
Model output: her quail upon the unicorns entertained your walruses above your orangutans .
Input: the vultures admired her orangutan . present
Target output: the vultures admire her orangutan .
Model output: the vultures admire her orangutan .
Input: our xylophones who changed confused your newt . present
Target output: our xylophones who change confuse your newt .
Model output: our xylophones who change confuse your newt .
Input: our xylophone accepted our quails . past
Target output: our xylophone accepted our quails .
Model output: our xylophone accepted our quails .
Input: my salamanders that giggled accepted some xylophones that swam . past
Target output: my salamanders that giggled accepted some xylophones that swam .
Model output: my salamanders that giggled accepted some xylophones that swam .
Input: the salamander that some zebras comforted waited . past
Target output: the salamander that some zebras comforted waited .
Model output: the salamander that some zebras comforted waited .", exgen:"Input: our xylophones around the orangutan accepted the yak that some yak accepted . present
Target output: our xylophones around the orangutan accept the yak that some yak accepts .
Model output: our xylophones around the orangutan accepts the yak that some yak accepts .
Input: some peacock around your vultures remembered some walruses who remembered some orangutan . present
Target output: some peacock around your vultures remembers some walruses who remember some orangutan .
Model output: some peacock around your vultures remember some unicorns who remember some orangutan .
Input: the quail that my peacocks remembered remembered my quail . present
Target output: the quail that my peacocks remember remembers my quail .
Model output: the quail that my peacocks remember remember my quail .
Input: our peacock above her peacocks read . present
Target output: our peacock above her peacocks reads .
Model output: our peacock above her peacocks read .
Input: some xylophones behind the raven applauded the zebras who our peacock confused . present
Target output: some xylophones behind the raven applaud the zebras who our peacock confuses .
Model output: some xylophones behind the raven applauds the zebras who our peacock confuses .
Input: your ravens who my walrus high_fived confused your tyrannosauruses that amused the vulture . present
Target output: your ravens who my walrus high_fives confuse your tyrannosauruses that amuse the vulture .
Model output: your ravens who my walrus high_fives confuses your tyrannosauruses that amuse the vulture .
Input: some walruses by some zebra ate . present
Target output: some walruses by some zebra eat .
Model output: some walruses by some zebra eats .
Input: your xylophone below some newts remembered my walruses who comforted my vulture . present
Target output: your xylophone below some newts remembers my walruses who comfort my vulture .
Model output: your xylophone below some newts comfort my walruses who comfort my vulture .
Input: the xylophones who my newt admired moved . present
Target output: the xylophones who my newt admires move .
Model output: the xylophones who my newt admires moves .
Input: the xylophone who admired your walruses slept . present
Target output: the xylophone who admires your walruses sleeps .
Model output: the xylophone who admires your walruses sleep .", testfull:0.79, testpos:0.99, genfull:0.01, genpos:0.98, genlinear:0.64, genmvcorrect:0.05, genmvlinear:0.79, genmvcorrectnum:0.07, genmvwrongnum:0.91, };
var p13_tense_exp3 = {name:"tense_GRU_GRU_0_0.001_256_3", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our peacocks behind the salamanders confused my newts that high_fived my newt . present
Target output: our peacocks behind the salamanders confuse my newts that high_five my newt .
Model output: our peacocks behind the salamanders high_five my newts that confuse my newt .
Input: some tyrannosauruses who moved ate . present
Target output: some tyrannosauruses who move eat .
Model output: some tyrannosauruses who move eat .
Input: some zebras upon my quails entertained your orangutan around her xylophone . present
Target output: some zebras upon my quails entertain your orangutan around her xylophone .
Model output: some zebras upon my quails entertain your orangutan around her xylophone .
Input: some orangutan who giggled entertained your newt . past
Target output: some orangutan who giggled entertained your newt .
Model output: some orangutan who giggled entertained your newt .
Input: the newt comforted her tyrannosauruses with the peacock . past
Target output: the newt comforted her tyrannosauruses with the peacock .
Model output: the newt comforted her tyrannosauruses with the peacock .
Input: the tyrannosauruses that confused the peacock ate . past
Target output: the tyrannosauruses that confused the peacock ate .
Model output: the tyrannosauruses that confused the peacock ate .
Input: your orangutan giggled . present
Target output: your orangutan giggles .
Model output: your orangutan giggles .
Input: her walrus remembered our salamander by her orangutans . present
Target output: her walrus remembers our salamander by her orangutans .
Model output: her walrus remembers our salamander by her orangutans .
Input: your tyrannosauruses around our quails remembered the zebras who the newt amused . present
Target output: your tyrannosauruses around our quails remember the zebras who the newt amuses .
Model output: your tyrannosauruses around our quails remember the zebras who the newt amuses .
Input: my newts amused some yaks that waited . past
Target output: my newts amused some yaks that waited .
Model output: my newts amused some yaks that waited .", exgen:"Input: the vulture that some salamanders entertained confused our newts who applauded our walruses . present
Target output: the vulture that some salamanders entertain confuses our newts who applaud our walruses .
Model output: the vulture that some salamanders confuse entertain our salamanders who applaud our walruses .
Input: her salamander who your zebras amused high_fived some tyrannosauruses with my walrus . present
Target output: her salamander who your zebras amuse high_fives some tyrannosauruses with my walrus .
Model output: her salamander who your zebras amuse high_five some tyrannosauruses with my walrus .
Input: her peacock below her xylophones entertained some walruses who your salamander high_fived . present
Target output: her peacock below her xylophones entertains some walruses who your salamander high_fives .
Model output: her peacock below her xylophones entertain some walruses who your salamander high_fives .
Input: the newts by the quail slept . present
Target output: the newts by the quail sleep .
Model output: the newts by the quail sleeps .
Input: some newts who confused our yak high_fived our walrus . present
Target output: some newts who confuse our yak high_five our walrus .
Model output: some newts who confuse our yak high_fives our walrus .
Input: my vulture with her quails applauded our raven . present
Target output: my vulture with her quails applauds our raven .
Model output: my vulture with her quails applaud our raven .
Input: the newts with my peacock smiled . present
Target output: the newts with my peacock smile .
Model output: the newts with my peacock smile .
Input: my zebra who accepted my salamanders confused her tyrannosaurus . present
Target output: my zebra who accepts my salamanders confuses her tyrannosaurus .
Model output: my zebra who accepts my salamanders confuse her tyrannosaurus .
Input: my peacock above my tyrannosauruses applauded your yak by the walrus . present
Target output: my peacock above my tyrannosauruses applauds your yak by the walrus .
Model output: my peacock above my peacock applauds your yak by the walrus .
Input: your orangutan upon your walruses comforted your walruses who amused our orangutans . present
Target output: your orangutan upon your walruses comforts your walruses who amuse our orangutans .
Model output: your orangutan upon your walruses comfort your walruses who amuse our orangutans .", testfull:0.91, testpos:1.0, genfull:0.01, genpos:1.0, genlinear:0.81, genmvcorrect:0.03, genmvlinear:0.9, genmvcorrectnum:0.03, genmvwrongnum:0.97, };
var p13_tense_exp4 = {name:"tense_GRU_GRU_0_0.001_256_4", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our quail who giggled high_fived your raven . present
Target output: our quail who giggles high_fives your raven .
Model output: our quail who giggles high_fives your raven .
Input: your walrus confused some unicorn that the yak accepted . past
Target output: your walrus confused some unicorn that the yak accepted .
Model output: your walrus confused some unicorn that the yak accepted .
Input: her zebras with my walruses ate . present
Target output: her zebras with my walruses eat .
Model output: her zebras with my walruses eat .
Input: some vulture above some raven confused her yaks with our ravens . present
Target output: some vulture above some raven confuses her yaks with our ravens .
Model output: some vulture above some raven confuses her yaks with our ravens .
Input: her unicorn admired the zebra that comforted some xylophones . present
Target output: her unicorn admires the zebra that comforts some xylophones .
Model output: her unicorn admires the zebra that comforts some xylophones .
Input: your salamander that amused her orangutans applauded my xylophones . past
Target output: your salamander that amused her orangutans applauded my xylophones .
Model output: your salamander that amused her orangutans applauded my xylophones .
Input: some salamander who our xylophone confused changed . present
Target output: some salamander who our xylophone confuses changes .
Model output: some salamander who our xylophone confuses changes .
Input: your vultures near my raven waited . past
Target output: your vultures near my raven waited .
Model output: your vultures near my raven waited .
Input: our zebra by our unicorn applauded some yaks behind my quail . present
Target output: our zebra by our unicorn applauds some yaks behind my quail .
Model output: our zebra by our unicorn applauds some yaks behind my quail .
Input: some tyrannosaurus ate . past
Target output: some tyrannosaurus ate .
Model output: some tyrannosaurus ate .", exgen:"Input: your ravens with your zebra entertained our salamander that waited . present
Target output: your ravens with your zebra entertain our salamander that waits .
Model output: your ravens with your zebra entertains our salamander that waits .
Input: her xylophone with the yaks smiled . present
Target output: her xylophone with the yaks smiles .
Model output: her xylophone with the yaks smile .
Input: some vultures that comforted some unicorn remembered my yak . present
Target output: some vultures that comfort some unicorn remember my yak .
Model output: some vultures that comfort some unicorn remember my yak .
Input: my salamander near our peacocks confused my tyrannosauruses behind our quails . present
Target output: my salamander near our peacocks confuses my tyrannosauruses behind our quails .
Model output: my salamander near our peacocks confuse my tyrannosauruses behind our quails .
Input: my vultures around the unicorn high_fived the orangutans who high_fived your tyrannosauruses . present
Target output: my vultures around the unicorn high_five the orangutans who high_five your tyrannosauruses .
Model output: my vultures around the orangutans high_five the tyrannosauruses who high_five your tyrannosauruses .
Input: the peacock around her peacocks remembered some walruses that amused her orangutans . present
Target output: the peacock around her peacocks remembers some walruses that amuse her orangutans .
Model output: the peacock near her peacocks comfort some walruses that amuse her orangutans .
Input: my zebra behind the vultures accepted our vultures . present
Target output: my zebra behind the vultures accepts our vultures .
Model output: my zebra behind the vultures accept our vultures .
Input: the peacock around some tyrannosauruses confused the tyrannosauruses who her peacocks amused . present
Target output: the peacock around some tyrannosauruses confuses the tyrannosauruses who her peacocks amuse .
Model output: the peacock around some tyrannosauruses confuses the tyrannosauruses who her peacocks amuse .
Input: her ravens that the raven accepted amused my salamanders upon some tyrannosaurus . present
Target output: her ravens that the raven accepts amuse my salamanders upon some tyrannosaurus .
Model output: her ravens that the salamanders accept amuse my raven upon some tyrannosaurus .
Input: the orangutan who my xylophones admired swam . present
Target output: the orangutan who my xylophones admire swims .
Model output: the orangutan who my xylophones admire swim .", testfull:0.84, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.68, genmvcorrect:0.07, genmvlinear:0.8, genmvcorrectnum:0.08, genmvwrongnum:0.91, };
var p13_tense_exp5 = {name:"tense_GRU_GRU_0_0.001_256_5", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the yak upon our xylophones read . past
Target output: the yak upon our xylophones read .
Model output: the yak upon our xylophones read .
Input: some xylophone high_fived our peacocks . past
Target output: some xylophone high_fived our peacocks .
Model output: some xylophone high_fived our peacocks .
Input: your yak giggled . present
Target output: your yak giggles .
Model output: your yak giggles .
Input: our peacock near her vulture accepted my unicorns who slept . present
Target output: our peacock near her vulture accepts my unicorns who sleep .
Model output: our peacock near her vulture accepts my unicorns who sleep .
Input: your tyrannosaurus that our yaks admired high_fived our newt . past
Target output: your tyrannosaurus that our yaks admired high_fived our newt .
Model output: your tyrannosaurus that our yaks admired high_fived our newt .
Input: her newts entertained her quail . present
Target output: her newts entertain her quail .
Model output: her newts entertain her quail .
Input: my orangutans high_fived her newts . present
Target output: my orangutans high_five her newts .
Model output: my orangutans high_five her newts .
Input: the yaks above some unicorns amused my vultures who applauded my yaks . past
Target output: the yaks above some unicorns amused my vultures who applauded my yaks .
Model output: the yaks above some unicorns amused my vultures who applauded my yaks .
Input: our yak behind your peacock swam . present
Target output: our yak behind your peacock swims .
Model output: our yak behind your peacock swims .
Input: our newts high_fived some peacocks who your unicorn confused . past
Target output: our newts high_fived some peacocks who your unicorn confused .
Model output: our newts high_fived some peacocks who your unicorn confused .", exgen:"Input: your xylophone below her salamanders moved . present
Target output: your xylophone below her salamanders moves .
Model output: your xylophone below her salamanders move .
Input: my newt that comforted our yaks ate . present
Target output: my newt that comforts our yaks eats .
Model output: my newt that comforts our yaks eat .
Input: my newts by my tyrannosaurus confused my peacock . present
Target output: my newts by my tyrannosaurus confuse my peacock .
Model output: my newts by my tyrannosaurus confuses my peacock .
Input: her walrus near her walruses read . present
Target output: her walrus near her walruses reads .
Model output: her walrus near her walruses read .
Input: her xylophones that my zebra high_fived confused my zebra . present
Target output: her xylophones that my zebra high_fives confuse my zebra .
Model output: her xylophones that my zebra high_fives high_fives my zebra .
Input: my salamanders below our walrus waited . present
Target output: my salamanders below our walrus wait .
Model output: my salamanders below our walrus waits .
Input: the salamander near the yaks applauded the zebras . present
Target output: the salamander near the yaks applauds the zebras .
Model output: the salamander near the yaks applaud the zebras .
Input: your yaks who some raven remembered admired our peacocks . present
Target output: your yaks who some raven remembers admire our peacocks .
Model output: your yaks who some raven admires remembers our peacocks .
Input: the newts behind her raven remembered my xylophones that my quails accepted . present
Target output: the newts behind her raven remember my xylophones that my quails accept .
Model output: the newts behind her raven accepts my xylophones that my quails remember .
Input: your zebras behind your peacock high_fived her tyrannosaurus behind the xylophones . present
Target output: your zebras behind your peacock high_five her tyrannosaurus behind the xylophones .
Model output: your zebras behind your peacock high_fives her tyrannosaurus behind the xylophones .", testfull:0.78, testpos:0.99, genfull:0.01, genpos:0.98, genlinear:0.64, genmvcorrect:0.06, genmvlinear:0.78, genmvcorrectnum:0.08, genmvwrongnum:0.9, };
var p13_tense_exp6 = {name:"tense_GRU_GRU_0_0.001_256_6", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some orangutans by the zebras confused your newt near some unicorn . present
Target output: some orangutans by the zebras confuse your newt near some unicorn .
Model output: some orangutans by the zebras confuse your newt near some unicorn .
Input: my vultures confused our peacock who some newts entertained . present
Target output: my vultures confuse our peacock who some newts entertain .
Model output: my vultures confuse our peacock who some newts entertain .
Input: our tyrannosaurus ate . present
Target output: our tyrannosaurus eats .
Model output: our tyrannosaurus eats .
Input: my orangutans remembered my salamander near my newt . present
Target output: my orangutans remember my salamander near my newt .
Model output: my orangutans remember my salamander near my newt .
Input: our vultures below some unicorns confused my orangutan by some peacocks . present
Target output: our vultures below some unicorns confuse my orangutan by some peacocks .
Model output: our vultures below some unicorns confuse some orangutan by my peacocks .
Input: your salamanders who slept amused my walruses . past
Target output: your salamanders who slept amused my walruses .
Model output: your salamanders who slept amused my walruses .
Input: your xylophones with my xylophone read . past
Target output: your xylophones with my xylophone read .
Model output: your xylophones with my xylophone read .
Input: some zebra high_fived her ravens that confused your tyrannosaurus . past
Target output: some zebra high_fived her ravens that confused your tyrannosaurus .
Model output: some zebra high_fived her ravens that confused your tyrannosaurus .
Input: her tyrannosaurus waited . past
Target output: her tyrannosaurus waited .
Model output: her tyrannosaurus waited .
Input: the walrus above her tyrannosaurus entertained our orangutans behind some quail . past
Target output: the walrus above her tyrannosaurus entertained our orangutans behind some quail .
Model output: the walrus above her tyrannosaurus entertained our orangutans behind some quail .", exgen:"Input: my orangutan who some quails remembered remembered her walruses who some vultures accepted . present
Target output: my orangutan who some quails remember remembers her walruses who some vultures accept .
Model output: my orangutan who her quails remember remember some quails who some vultures remember .
Input: the tyrannosaurus that applauded my xylophones ate . present
Target output: the tyrannosaurus that applauds my xylophones eats .
Model output: the tyrannosaurus that applauds my xylophones eat .
Input: her peacock that some peacocks entertained smiled . present
Target output: her peacock that some peacocks entertain smiles .
Model output: her peacock that some peacocks entertain smile .
Input: your xylophone below some ravens smiled . present
Target output: your xylophone below some ravens smiles .
Model output: your xylophone below some ravens smile .
Input: her newts around our zebra entertained your raven who giggled . present
Target output: her newts around our zebra entertain your raven who giggles .
Model output: her newts around our zebra entertains your raven who giggles .
Input: some peacock who her orangutans remembered admired her xylophones . present
Target output: some peacock who her orangutans remember admires her xylophones .
Model output: some peacock who her orangutans remember admire her xylophones .
Input: the zebra near the zebras remembered some unicorns by her xylophone . present
Target output: the zebra near the zebras remembers some unicorns by her xylophone .
Model output: the zebra near the zebras remember some unicorns by her xylophone .
Input: your walruses below some raven accepted some yak who the walruses comforted . present
Target output: your walruses below some raven accept some yak who the walruses comfort .
Model output: your walruses below some raven accepts some yak who the walruses comfort .
Input: some salamanders that your raven amused amused your walruses . present
Target output: some salamanders that your raven amuses amuse your walruses .
Model output: some salamanders that your raven amuses amuses your walruses .
Input: your tyrannosaurus upon some vultures comforted some zebras . present
Target output: your tyrannosaurus upon some vultures comforts some zebras .
Model output: your tyrannosaurus upon some vultures comfort some zebras .", testfull:0.89, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.77, genmvcorrect:0.04, genmvlinear:0.87, genmvcorrectnum:0.05, genmvwrongnum:0.94, };
var p13_tense_exp7 = {name:"tense_GRU_GRU_0_0.001_256_7", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some orangutan high_fived our walruses near some orangutan . present
Target output: some orangutan high_fives our walruses near some orangutan .
Model output: some orangutan high_fives our walruses near some orangutan .
Input: her raven entertained your raven around some zebras . present
Target output: her raven entertains your raven around some zebras .
Model output: her raven entertains your raven around some zebras .
Input: your yak by our walrus comforted our tyrannosauruses behind her yak . present
Target output: your yak by our walrus comforts our tyrannosauruses behind her yak .
Model output: your yak by our walrus comforts her tyrannosauruses behind her yak .
Input: her orangutan that some salamander amused read . present
Target output: her orangutan that some salamander amuses reads .
Model output: her orangutan that some salamander amuses reads .
Input: the zebras that waited applauded some peacocks with some vultures . past
Target output: the zebras that waited applauded some peacocks with some vultures .
Model output: the zebras that waited applauded some peacocks with some vultures .
Input: our tyrannosauruses behind her salamander accepted the unicorns with my raven . past
Target output: our tyrannosauruses behind her salamander accepted the unicorns with my raven .
Model output: our tyrannosauruses behind her salamander accepted the unicorns with my raven .
Input: your zebra applauded the vulture that high_fived our unicorns . present
Target output: your zebra applauds the vulture that high_fives our unicorns .
Model output: your zebra applauds the vulture that high_fives our unicorns .
Input: your yaks who the newts accepted smiled . present
Target output: your yaks who the newts accept smile .
Model output: your yaks who the newts accept smile .
Input: your tyrannosauruses who slept high_fived your tyrannosaurus that applauded the quails . present
Target output: your tyrannosauruses who sleep high_five your tyrannosaurus that applauds the quails .
Model output: your tyrannosauruses who sleep high_five your tyrannosaurus that applauds the quails .
Input: our yak who read slept . past
Target output: our yak who read slept .
Model output: our yak who read slept .", exgen:"Input: my walrus that our quails accepted admired her raven by her peacocks . present
Target output: my walrus that our quails accept admires her raven by her peacocks .
Model output: my walrus that our quails accept admire her raven by her peacocks .
Input: some vulture around my newts smiled . present
Target output: some vulture around my newts smiles .
Model output: some vulture around my newts smile .
Input: my raven that her unicorns remembered high_fived her zebras . present
Target output: my raven that her unicorns remember high_fives her zebras .
Model output: my raven that her unicorns high_five remember her zebras .
Input: your peacocks who amused my tyrannosaurus admired your vultures upon the tyrannosaurus . present
Target output: your peacocks who amuse my tyrannosaurus admire your vultures upon the tyrannosaurus .
Model output: your peacocks who amuse my tyrannosaurus admires your vultures upon the tyrannosaurus .
Input: some tyrannosauruses by your vulture waited . present
Target output: some tyrannosauruses by your vulture wait .
Model output: some tyrannosauruses by your vulture waits .
Input: some walrus behind our ravens amused your zebra above the walruses . present
Target output: some walrus behind our ravens amuses your zebra above the walruses .
Model output: some walrus behind our ravens amuse your zebra above the walruses .
Input: your peacocks around some walrus remembered the salamander . present
Target output: your peacocks around some walrus remember the salamander .
Model output: your peacocks around some walrus remembers the salamander .
Input: some tyrannosauruses behind your orangutan admired your salamanders . present
Target output: some tyrannosauruses behind your orangutan admire your salamanders .
Model output: some tyrannosauruses behind your orangutan admires your salamanders .
Input: her vulture that remembered your ravens high_fived our ravens who changed . present
Target output: her vulture that remembers your ravens high_fives our ravens who change .
Model output: her vulture that high_fives your ravens remember our ravens who change .
Input: her xylophones near my salamander high_fived the orangutans that comforted your raven . present
Target output: her xylophones near my salamander high_five the orangutans that comfort your raven .
Model output: her xylophones near my salamander high_fives the orangutans that comfort your raven .", testfull:0.94, testpos:1.0, genfull:0.0, genpos:1.0, genlinear:0.87, genmvcorrect:0.02, genmvlinear:0.93, genmvcorrectnum:0.02, genmvwrongnum:0.97, };
var p13_tense_exp8 = {name:"tense_GRU_GRU_0_0.001_256_8", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the zebra behind the tyrannosaurus high_fived our xylophones behind her salamander . present
Target output: the zebra behind the tyrannosaurus high_fives our xylophones behind her salamander .
Model output: the zebra behind the tyrannosaurus high_fives our xylophones behind her salamander .
Input: our salamander with the walruses waited . past
Target output: our salamander with the walruses waited .
Model output: our salamander with the walruses waited .
Input: her quails behind some xylophone applauded your unicorn above my vultures . past
Target output: her quails behind some xylophone applauded your unicorn above my vultures .
Model output: her quails behind some xylophone applauded your unicorn above my vultures .
Input: the vulture accepted her vulture . past
Target output: the vulture accepted her vulture .
Model output: the vulture accepted her vulture .
Input: some tyrannosaurus that the raven high_fived changed . past
Target output: some tyrannosaurus that the raven high_fived changed .
Model output: some tyrannosaurus that the raven high_fived changed .
Input: my vultures admired my newt behind my walrus . present
Target output: my vultures admire my newt behind my walrus .
Model output: my vultures admire my newt behind my walrus .
Input: your quail with your peacock moved . past
Target output: your quail with your peacock moved .
Model output: your quail with your peacock moved .
Input: her peacock who read read . present
Target output: her peacock who reads reads .
Model output: her peacock who reads reads .
Input: your unicorns upon some quails admired our peacock who remembered our peacocks . present
Target output: your unicorns upon some quails admire our peacock who remembers our peacocks .
Model output: your unicorns upon some quails admire our peacock who remembers our quails .
Input: my ravens who some yaks comforted admired some salamander . past
Target output: my ravens who some yaks comforted admired some salamander .
Model output: my ravens who some yaks comforted admired some salamander .", exgen:"Input: your quails below your newt waited . present
Target output: your quails below your newt wait .
Model output: your quails below your newt waits .
Input: my walrus by your yaks comforted your quail upon your quail . present
Target output: my walrus by your yaks comforts your quail upon your quail .
Model output: my walrus by your quail comforts your yaks upon your quail .
Input: your quail upon the peacocks moved . present
Target output: your quail upon the peacocks moves .
Model output: your quail upon the peacocks move .
Input: some tyrannosauruses that comforted your zebra smiled . present
Target output: some tyrannosauruses that comfort your zebra smile .
Model output: some tyrannosauruses that comfort your zebra smiles .
Input: her raven upon her peacocks admired my walrus . present
Target output: her raven upon her peacocks admires my walrus .
Model output: her raven upon her peacocks admire my walrus .
Input: your orangutans who entertained the orangutan giggled . present
Target output: your orangutans who entertain the orangutan giggle .
Model output: your orangutans who entertain the orangutan giggles .
Input: your walrus who our vultures high_fived entertained our salamanders who your ravens applauded . present
Target output: your walrus who our vultures high_five entertains our salamanders who your ravens applaud .
Model output: your walrus who our vultures entertain entertain our salamanders who your ravens entertain .
Input: our unicorn around the quails remembered some yaks upon the quails . present
Target output: our unicorn around the quails remembers some yaks upon the quails .
Model output: our unicorn around the quails remember some yaks upon the quails .
Input: some unicorn below her salamanders entertained your unicorn . present
Target output: some unicorn below her salamanders entertains your unicorn .
Model output: some unicorn below her salamanders entertain your unicorn .
Input: your zebra around my unicorns moved . present
Target output: your zebra around my unicorns moves .
Model output: your zebra around my unicorns move .", testfull:0.86, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.72, genmvcorrect:0.06, genmvlinear:0.82, genmvcorrectnum:0.08, genmvwrongnum:0.91, };
var p13_tense_exp9 = {name:"tense_GRU_GRU_0_0.001_256_9", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the walruses that our vulture amused entertained our zebras . past
Target output: the walruses that our vulture amused entertained our zebras .
Model output: the walruses that our vulture amused amused our zebras .
Input: my yaks admired my unicorns that smiled . past
Target output: my yaks admired my unicorns that smiled .
Model output: my yaks admired my unicorns that smiled .
Input: her walrus that comforted my salamander comforted her xylophones . present
Target output: her walrus that comforts my salamander comforts her xylophones .
Model output: her walrus that comforts my salamander comforts her xylophones .
Input: our peacock confused your walruses . present
Target output: our peacock confuses your walruses .
Model output: our peacock confuses your walruses .
Input: her salamanders below our quails ate . present
Target output: her salamanders below our quails eat .
Model output: her salamanders below our quails eat .
Input: some vulture near our tyrannosaurus giggled . past
Target output: some vulture near our tyrannosaurus giggled .
Model output: some vulture near our tyrannosaurus giggled .
Input: some peacocks near our quail ate . past
Target output: some peacocks near our quail ate .
Model output: some peacocks near our quail ate .
Input: our vulture around your newt swam . past
Target output: our vulture around your newt swam .
Model output: our vulture around your newt swam .
Input: the salamander comforted her orangutan with my unicorn . present
Target output: the salamander comforts her orangutan with my unicorn .
Model output: the salamander comforts her orangutan with my unicorn .
Input: the orangutan admired my xylophone upon some salamanders . present
Target output: the orangutan admires my xylophone upon some salamanders .
Model output: the orangutan admires my xylophone upon some salamanders .", exgen:"Input: your salamander around some orangutans confused your yaks who my ravens high_fived . present
Target output: your salamander around some orangutans confuses your yaks who my ravens high_five .
Model output: your salamander around some orangutans confuse your yaks who my ravens high_five .
Input: some unicorns that high_fived my orangutan entertained our newt . present
Target output: some unicorns that high_five my orangutan entertain our newt .
Model output: some unicorns that high_five my orangutan entertains our newt .
Input: her salamanders around my quail remembered our salamanders around your tyrannosauruses . present
Target output: her salamanders around my quail remember our salamanders around your tyrannosauruses .
Model output: her salamanders around my quail remembers our salamanders around your tyrannosauruses .
Input: our peacocks upon our orangutan high_fived her zebras who changed . present
Target output: our peacocks upon our orangutan high_five her zebras who change .
Model output: our peacocks upon our orangutan high_fives her zebras who change .
Input: the tyrannosauruses upon our zebra entertained our tyrannosaurus behind her unicorn . present
Target output: the tyrannosauruses upon our zebra entertain our tyrannosaurus behind her unicorn .
Model output: the tyrannosauruses upon our zebra entertains our tyrannosaurus behind her unicorn .
Input: some orangutans that applauded our yak comforted my ravens who swam . present
Target output: some orangutans that applaud our yak comfort my ravens who swim .
Model output: some orangutans that applaud our yak comforts my ravens who swim .
Input: your tyrannosauruses by my zebra read . present
Target output: your tyrannosauruses by my zebra read .
Model output: your tyrannosauruses by my zebra reads .
Input: her salamander that applauded the salamanders admired the tyrannosauruses that high_fived my newts . present
Target output: her salamander that applauds the salamanders admires the tyrannosauruses that high_five my newts .
Model output: her salamander that applauds the salamanders admire the tyrannosauruses that applaud my newts .
Input: the walruses that some raven amused changed . present
Target output: the walruses that some raven amuses change .
Model output: the walruses that some raven amuses changes .
Input: your quail upon the peacocks moved . present
Target output: your quail upon the peacocks moves .
Model output: your quail upon the peacocks move .", testfull:0.92, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.83, genmvcorrect:0.02, genmvlinear:0.91, genmvcorrectnum:0.02, genmvwrongnum:0.97, };
var p13_tense_exp10 = {name:"tense_GRU_GRU_0_0.001_256_10", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some zebras confused our walruses . past
Target output: some zebras confused our walruses .
Model output: some zebras confused our walruses .
Input: your walrus behind your vulture entertained her tyrannosauruses who the walrus amused . past
Target output: your walrus behind your vulture entertained her tyrannosauruses who the walrus amused .
Model output: your walrus behind your vulture amused her tyrannosauruses who the walrus entertained .
Input: the vulture applauded the quails . past
Target output: the vulture applauded the quails .
Model output: the vulture applauded the quails .
Input: your xylophones changed . present
Target output: your xylophones change .
Model output: your xylophones change .
Input: our tyrannosauruses that slept amused her walruses who ate . past
Target output: our tyrannosauruses that slept amused her walruses who ate .
Model output: our tyrannosauruses that slept amused her walruses who ate .
Input: the unicorns with our quails comforted our yak . past
Target output: the unicorns with our quails comforted our yak .
Model output: the unicorns with our quails comforted our yak .
Input: some salamander that accepted the quails confused the salamander behind some walrus . past
Target output: some salamander that accepted the quails confused the salamander behind some walrus .
Model output: some salamander that confused the the accepted accepted some quails behind some newt .
Input: some vultures around our vultures amused our yaks . present
Target output: some vultures around our vultures amuse our yaks .
Model output: some vultures around our vultures amuse our yaks .
Input: the zebras smiled . past
Target output: the zebras smiled .
Model output: the zebras smiled .
Input: my vultures admired my newt behind my walrus . present
Target output: my vultures admire my newt behind my walrus .
Model output: my vultures admire my newt behind my walrus .", exgen:"Input: my unicorns that applauded the xylophone ate . present
Target output: my unicorns that applaud the xylophone eat .
Model output: my unicorns that applaud the xylophone eats .
Input: my quails behind some yak accepted your unicorn . present
Target output: my quails behind some yak accept your unicorn .
Model output: my quails behind some yak accepts your unicorn .
Input: your yak that the salamanders amused confused the orangutan . present
Target output: your yak that the salamanders amuse confuses the orangutan .
Model output: your yak that the salamanders amuse amuse the orangutan .
Input: some quail with the salamanders confused my newt that our vultures amused . present
Target output: some quail with the salamanders confuses my newt that our vultures amuse .
Model output: some quail with the newts amuse my newt that our vultures amuse .
Input: our newts below your newt entertained the zebras around your xylophones . present
Target output: our newts below your newt entertain the zebras around your xylophones .
Model output: our newts below your newt entertains the zebras around your peacocks .
Input: her walruses with my raven read . present
Target output: her walruses with my raven read .
Model output: her walruses with my raven reads .
Input: your newt who amused her walruses slept . present
Target output: your newt who amuses her walruses sleeps .
Model output: your newt who sleeps her walruses walruses .
Input: my newt who her vultures entertained confused the xylophones . present
Target output: my newt who her vultures entertain confuses the xylophones .
Model output: my newt entertains her vultures who confuse the xylophones .
Input: my raven with her peacocks remembered the raven . present
Target output: my raven with her peacocks remembers the raven .
Model output: my raven with her peacocks remember the raven .
Input: the raven around our quails confused my xylophones that my zebras entertained . present
Target output: the raven around our quails confuses my xylophones that my zebras entertain .
Model output: the raven around our quails confuse my zebras that my xylophones confuse .", testfull:0.71, testpos:0.97, genfull:0.01, genpos:0.95, genlinear:0.53, genmvcorrect:0.09, genmvlinear:0.7, genmvcorrectnum:0.12, genmvwrongnum:0.84, };
var p13_tense_exp11 = {name:"tense_GRU_GRU_0_0.001_256_11", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some walruses confused some walrus who admired her yaks . past
Target output: some walruses confused some walrus who admired her yaks .
Model output: some walruses confused some walrus who admired her yaks .
Input: the orangutans smiled . past
Target output: the orangutans smiled .
Model output: the orangutans smiled .
Input: my unicorn that ate amused our yak who admired your orangutans . past
Target output: my unicorn that ate amused our yak who admired your orangutans .
Model output: my unicorn that ate amused our yak who admired your orangutans .
Input: our xylophone with my peacocks entertained your orangutan below her unicorns . past
Target output: our xylophone with my peacocks entertained your orangutan below her unicorns .
Model output: our xylophone with my peacocks entertained your orangutan below her unicorns .
Input: her yaks that moved moved . present
Target output: her yaks that move move .
Model output: her yaks that move move .
Input: her newts near her xylophones changed . past
Target output: her newts near her xylophones changed .
Model output: her newts near her xylophones changed .
Input: my salamander with her newts confused her zebras . past
Target output: my salamander with her newts confused her zebras .
Model output: my salamander with her newts confused her zebras .
Input: some tyrannosauruses around my orangutans smiled . past
Target output: some tyrannosauruses around my orangutans smiled .
Model output: some tyrannosauruses around my orangutans smiled .
Input: your walruses comforted some salamanders behind my raven . present
Target output: your walruses comfort some salamanders behind my raven .
Model output: your walruses comfort some salamanders behind my raven .
Input: her xylophones accepted some unicorns . past
Target output: her xylophones accepted some unicorns .
Model output: her xylophones accepted some unicorns .", exgen:"Input: my tyrannosaurus by your vultures comforted her vultures behind the tyrannosaurus . present
Target output: my tyrannosaurus by your vultures comforts her vultures behind the tyrannosaurus .
Model output: my tyrannosaurus by your vultures comfort her vultures behind the tyrannosaurus .
Input: your salamanders above my raven remembered her peacock who my unicorn high_fived . present
Target output: your salamanders above my raven remember her peacock who my unicorn high_fives .
Model output: your salamanders above my raven remembers her unicorn who my unicorn high_fives .
Input: my yaks that the xylophone admired ate . present
Target output: my yaks that the xylophone admires eat .
Model output: my yaks that the xylophone admires eats .
Input: your vultures around the peacock comforted the raven . present
Target output: your vultures around the peacock comfort the raven .
Model output: your vultures around the peacock comforts the raven .
Input: the orangutan with some quails moved . present
Target output: the orangutan with some quails moves .
Model output: the orangutan with some quails move .
Input: some yaks who your peacock accepted moved . present
Target output: some yaks who your peacock accepts move .
Model output: some yaks who your peacock accepts moves .
Input: the zebras by our raven amused our vulture below the zebras . present
Target output: the zebras by our raven amuse our vulture below the zebras .
Model output: the zebras by our raven amuses our vulture below the zebras .
Input: the salamanders with my salamander amused our raven . present
Target output: the salamanders with my salamander amuse our raven .
Model output: the salamanders with my salamander amuses our raven .
Input: the orangutan that admired your yaks entertained my xylophones upon some salamander . present
Target output: the orangutan that admires your yaks entertains my xylophones upon some salamander .
Model output: the orangutan that admires your yaks entertain my xylophones upon some salamander .
Input: the tyrannosauruses who entertained her newt high_fived my unicorns . present
Target output: the tyrannosauruses who entertain her newt high_five my unicorns .
Model output: the tyrannosauruses who entertain her newt high_fives my unicorns .", testfull:0.91, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.8, genmvcorrect:0.03, genmvlinear:0.89, genmvcorrectnum:0.04, genmvwrongnum:0.96, };
var p13_tense_exp12 = {name:"tense_GRU_GRU_0_0.001_256_12", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my peacock who high_fived the salamander comforted your vulture . present
Target output: my peacock who high_fives the salamander comforts your vulture .
Model output: my peacock who high_fives the salamander comforts your vulture .
Input: some unicorns upon my yaks remembered my quails who giggled . present
Target output: some unicorns upon my yaks remember my quails who giggle .
Model output: some unicorns upon my yaks remember my quails who giggle .
Input: the unicorn amused some raven below her xylophone . past
Target output: the unicorn amused some raven below her xylophone .
Model output: the unicorn amused some raven below her xylophone .
Input: my newt confused the orangutans . present
Target output: my newt confuses the orangutans .
Model output: my newt confuses the orangutans .
Input: the newts admired our yak . present
Target output: the newts admire our yak .
Model output: the newts admire our yak .
Input: some tyrannosaurus remembered her orangutan . present
Target output: some tyrannosaurus remembers her orangutan .
Model output: some tyrannosaurus remembers her orangutan .
Input: her unicorn high_fived my peacock above my yak . present
Target output: her unicorn high_fives my peacock above my yak .
Model output: her unicorn high_fives my peacock above my yak .
Input: my tyrannosauruses above the vultures admired her salamanders . past
Target output: my tyrannosauruses above the vultures admired her salamanders .
Model output: my tyrannosauruses above the vultures admired her salamanders .
Input: some zebras confused your tyrannosauruses . present
Target output: some zebras confuse your tyrannosauruses .
Model output: some zebras confuse your tyrannosauruses .
Input: your quails that my peacocks comforted ate . present
Target output: your quails that my peacocks comfort eat .
Model output: your quails that my peacocks comfort eat .", exgen:"Input: some peacocks with our walrus moved . present
Target output: some peacocks with our walrus move .
Model output: some peacocks with our walrus moves .
Input: your walruses around my xylophone ate . present
Target output: your walruses around my xylophone eat .
Model output: your walruses around my xylophone eats .
Input: some zebra who our peacocks confused high_fived our vulture that admired your newt . present
Target output: some zebra who our peacocks confuse high_fives our vulture that admires your newt .
Model output: some zebra who our peacocks confuse high_five our vulture that admires your newt .
Input: some vultures by our raven admired her raven near her vultures . present
Target output: some vultures by our raven admire her raven near her vultures .
Model output: some vultures by our raven admires her raven near her vultures .
Input: your yak who my walruses applauded admired her walruses with the newts . present
Target output: your yak who my walruses applaud admires her walruses with the newts .
Model output: your yak who my walruses applaud admire her walruses with the newts .
Input: some orangutans that comforted the raven giggled . present
Target output: some orangutans that comfort the raven giggle .
Model output: some orangutans that comfort the raven giggles .
Input: your newt that your vultures remembered entertained the peacock with her quail . present
Target output: your newt that your vultures remember entertains the peacock with her quail .
Model output: your newt that your vultures remember remember the peacock with her quail .
Input: your newt who the quails accepted entertained her xylophone upon the tyrannosaurus . present
Target output: your newt who the quails accept entertains her xylophone upon the tyrannosaurus .
Model output: your newt who accepts the quails entertain her xylophone upon the tyrannosaurus .
Input: our newts that amused your vulture applauded the unicorn . present
Target output: our newts that amuse your vulture applaud the unicorn .
Model output: our newts that amuse your vulture applauds the unicorn .
Input: your tyrannosauruses that remembered some unicorn swam . present
Target output: your tyrannosauruses that remember some unicorn swim .
Model output: your tyrannosauruses that remember some unicorn swims .", testfull:0.92, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.83, genmvcorrect:0.01, genmvlinear:0.9, genmvcorrectnum:0.02, genmvwrongnum:0.98, };
var p13_tense_exp13 = {name:"tense_GRU_GRU_0_0.001_256_13", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your raven changed . present
Target output: your raven changes .
Model output: your raven changes .
Input: your ravens who her newts applauded high_fived your zebras upon our xylophones . present
Target output: your ravens who her newts applaud high_five your zebras upon our xylophones .
Model output: your ravens who her zebras applaud applaud your zebras upon our xylophones .
Input: your yak behind some unicorns accepted the ravens . past
Target output: your yak behind some unicorns accepted the ravens .
Model output: your yak behind some unicorns accepted the ravens .
Input: your salamanders read . past
Target output: your salamanders read .
Model output: your salamanders read .
Input: your zebras that her peacocks confused confused her walruses . present
Target output: your zebras that her peacocks confuse confuse her walruses .
Model output: your zebras that her peacocks confuse confuse her walruses .
Input: your tyrannosauruses that our tyrannosauruses accepted accepted your newts that changed . present
Target output: your tyrannosauruses that our tyrannosauruses accept accept your newts that change .
Model output: your tyrannosauruses that our tyrannosauruses accept accept your newts that swim .
Input: my tyrannosauruses that high_fived my ravens amused her xylophones that my salamanders entertained . past
Target output: my tyrannosauruses that high_fived my ravens amused her xylophones that my salamanders entertained .
Model output: my ravens that amused my ravens high_fived her xylophones that my salamanders entertained .
Input: our unicorns applauded your vultures . past
Target output: our unicorns applauded your vultures .
Model output: our unicorns applauded your vultures .
Input: your peacocks behind our salamander confused my zebras near your newts . past
Target output: your peacocks behind our salamander confused my zebras near your newts .
Model output: your peacocks behind our salamander confused my zebras near your newts .
Input: your walrus confused my peacocks . present
Target output: your walrus confuses my peacocks .
Model output: your walrus confuses my peacocks .", exgen:"Input: my peacocks that remembered some yak smiled . present
Target output: my peacocks that remember some yak smile .
Model output: my peacocks that remember some yak smiles .
Input: some yaks upon our unicorn amused my orangutan that some xylophone high_fived . present
Target output: some yaks upon our unicorn amuse my orangutan that some xylophone high_fives .
Model output: some yaks upon our orangutan high_fives my unicorn that some xylophone high_fives .
Input: your quail with her peacocks remembered the tyrannosauruses . present
Target output: your quail with her peacocks remembers the tyrannosauruses .
Model output: your quail with her peacocks remember the tyrannosauruses .
Input: the vulture with your unicorns accepted our newt above some peacocks . present
Target output: the vulture with your unicorns accepts our newt above some peacocks .
Model output: the vulture by our unicorns accept our vultures above some newt .
Input: our raven upon the zebras comforted the vulture who ate . present
Target output: our raven upon the zebras comforts the vulture who eats .
Model output: our raven upon the zebras comfort the vulture who eats .
Input: our raven around her newts comforted some tyrannosauruses that some walruses high_fived . present
Target output: our raven around her newts comforts some tyrannosauruses that some walruses high_five .
Model output: our peacock around her newts high_five some tyrannosauruses that some walruses high_five .
Input: your orangutan near the vultures comforted some ravens who some zebra comforted . present
Target output: your orangutan near the vultures comforts some ravens who some zebra comforts .
Model output: your orangutan near the vultures comfort some ravens who some zebra comforts .
Input: our tyrannosaurus around my peacocks amused our xylophone upon the peacock . present
Target output: our tyrannosaurus around my peacocks amuses our xylophone upon the peacock .
Model output: our xylophone around my peacocks amuses our peacock upon the xylophone .
Input: her unicorn who applauded my yaks comforted my unicorn . present
Target output: her unicorn who applauds my yaks comforts my unicorn .
Model output: her unicorn who comforts my yaks applaud my unicorn .
Input: our salamanders with my tyrannosaurus high_fived our yaks by her newts . present
Target output: our salamanders with my tyrannosaurus high_five our yaks by her newts .
Model output: our salamanders with my tyrannosaurus high_fives our yaks with her newts .", testfull:0.83, testpos:1.0, genfull:0.02, genpos:0.99, genlinear:0.66, genmvcorrect:0.08, genmvlinear:0.78, genmvcorrectnum:0.11, genmvwrongnum:0.89, };
var p13_tense_exp14 = {name:"tense_GRU_GRU_0_0.001_256_14", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your salamanders entertained some salamanders above some quail . past
Target output: your salamanders entertained some salamanders above some quail .
Model output: your salamanders entertained some salamanders above some quail .
Input: her vulture behind her quail comforted her tyrannosauruses . present
Target output: her vulture behind her quail comforts her tyrannosauruses .
Model output: her vulture behind her quail comforts her tyrannosauruses .
Input: my unicorn admired your quails . present
Target output: my unicorn admires your quails .
Model output: my unicorn admires your quails .
Input: her zebra swam . present
Target output: her zebra swims .
Model output: her zebra swims .
Input: our peacock confused your walruses . present
Target output: our peacock confuses your walruses .
Model output: our peacock confuses your walruses .
Input: your unicorn around my walrus amused some tyrannosaurus that the quail high_fived . past
Target output: your unicorn around my walrus amused some tyrannosaurus that the quail high_fived .
Model output: your unicorn around my walrus amused some tyrannosaurus that the quail high_fived .
Input: my xylophones applauded some unicorns that waited . present
Target output: my xylophones applaud some unicorns that wait .
Model output: my xylophones applaud some unicorns that wait .
Input: my quails near your tyrannosauruses smiled . present
Target output: my quails near your tyrannosauruses smile .
Model output: my quails near your tyrannosauruses smile .
Input: our zebra remembered your quails . past
Target output: our zebra remembered your quails .
Model output: our zebra remembered your quails .
Input: her yak around her walrus read . present
Target output: her yak around her walrus reads .
Model output: her yak around her walrus reads .", exgen:"Input: my zebras near the quail comforted the quail around my vulture . present
Target output: my zebras near the quail comfort the quail around my vulture .
Model output: my zebras near the quail comfort the quail around my vulture .
Input: the ravens around my vulture accepted your xylophone that the zebras entertained . present
Target output: the ravens around my vulture accept your xylophone that the zebras entertain .
Model output: the ravens around my xylophone accepts your peacock that the quails entertain .
Input: the salamander by the tyrannosauruses amused some vultures that the vultures applauded . present
Target output: the salamander by the tyrannosauruses amuses some vultures that the vultures applaud .
Model output: the salamander by the tyrannosauruses amuse some vultures that the vultures applaud .
Input: our quails that applauded our quail smiled . present
Target output: our quails that applaud our quail smile .
Model output: our quails that applaud our quail smiles .
Input: our yaks that comforted her zebra ate . present
Target output: our yaks that comfort her zebra eat .
Model output: our yaks that comfort her zebra eats .
Input: the xylophone upon your vultures comforted our xylophones . present
Target output: the xylophone upon your vultures comforts our xylophones .
Model output: the xylophone upon your vultures comfort our xylophones .
Input: my walrus below my orangutans amused my tyrannosauruses upon my orangutans . present
Target output: my walrus below my orangutans amuses my tyrannosauruses upon my orangutans .
Model output: my walrus below my orangutans amuse my tyrannosauruses upon my orangutans .
Input: your quails below your newt waited . present
Target output: your quails below your newt wait .
Model output: your quails below your newt waits .
Input: your newts that some xylophone admired giggled . present
Target output: your newts that some xylophone admires giggle .
Model output: your newts that some xylophone admires giggles .
Input: some quail who admired some yaks changed . present
Target output: some quail who admires some yaks changes .
Model output: some quail who admires some yaks change .", testfull:0.89, testpos:0.99, genfull:0.01, genpos:0.99, genlinear:0.78, genmvcorrect:0.04, genmvlinear:0.88, genmvcorrectnum:0.05, genmvwrongnum:0.95, };
var p13_tense_exp15 = {name:"tense_GRU_GRU_0_0.001_256_15", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her vultures entertained your vultures upon our orangutans . present
Target output: her vultures entertain your vultures upon our orangutans .
Model output: her vultures entertain your vultures upon our orangutans .
Input: some unicorn that smiled amused your raven who changed . present
Target output: some unicorn that smiles amuses your raven who changes .
Model output: some unicorn that smiles amuses your raven who changes .
Input: our xylophone who your yak admired swam . past
Target output: our xylophone who your yak admired swam .
Model output: our xylophone who your yak admired swam .
Input: your quails that smiled comforted your raven behind the orangutan . past
Target output: your quails that smiled comforted your raven behind the orangutan .
Model output: your quails that smiled comforted your raven behind the orangutan .
Input: our yaks near my xylophone admired some vultures . past
Target output: our yaks near my xylophone admired some vultures .
Model output: our yaks near my xylophone admired some vultures .
Input: her newt who accepted your newts confused your unicorns who waited . past
Target output: her newt who accepted your newts confused your unicorns who waited .
Model output: her newt who accepted your newts accepted your unicorns who waited .
Input: some yaks who your peacocks admired applauded the orangutans above some xylophone . present
Target output: some yaks who your peacocks admire applaud the orangutans above some xylophone .
Model output: some yaks who your peacocks applaud admire the orangutans above some xylophone .
Input: the vultures comforted our quails . past
Target output: the vultures comforted our quails .
Model output: the vultures comforted our quails .
Input: your quails high_fived your vultures who giggled . past
Target output: your quails high_fived your vultures who giggled .
Model output: your quails high_fived your vultures who giggled .
Input: your raven changed . present
Target output: your raven changes .
Model output: your raven changes .", exgen:"Input: some orangutans near our xylophone confused some yak . present
Target output: some orangutans near our xylophone confuse some yak .
Model output: some orangutans near our xylophone confuses some yak .
Input: the xylophone with some zebras comforted some zebras . present
Target output: the xylophone with some zebras comforts some zebras .
Model output: the xylophone with some zebras comforts some zebras .
Input: her yaks that her newt remembered ate . present
Target output: her yaks that her newt remembers eat .
Model output: her yaks that her newt remembers eats .
Input: some salamander that entertained your orangutans entertained the xylophone . present
Target output: some salamander that entertains your orangutans entertains the xylophone .
Model output: some salamander that entertains your orangutans entertain the xylophone .
Input: the salamanders who admired your newt comforted some orangutans who slept . present
Target output: the salamanders who admire your newt comfort some orangutans who sleep .
Model output: the salamanders who comfort your newt comfort some orangutans who sleep .
Input: the tyrannosauruses that her zebra comforted comforted her vultures . present
Target output: the tyrannosauruses that her zebra comforts comfort her vultures .
Model output: the tyrannosauruses that her zebra comforts comforts her vultures .
Input: some quail with my unicorns applauded our walruses . present
Target output: some quail with my unicorns applauds our walruses .
Model output: some quail with my unicorns applaud our walruses .
Input: her raven upon some newts slept . present
Target output: her raven upon some newts sleeps .
Model output: her raven upon some newts sleep .
Input: the quail that some walruses confused ate . present
Target output: the quail that some walruses confuse eats .
Model output: the quail that some walruses confuse eat .
Input: some newts who high_fived her orangutan admired the orangutan that admired my yaks . present
Target output: some newts who high_five her orangutan admire the orangutan that admires my yaks .
Model output: some newts who admire her orangutan admires the orangutan that admires my yaks .", testfull:0.86, testpos:1.0, genfull:0.09, genpos:0.98, genlinear:0.53, genmvcorrect:0.27, genmvlinear:0.59, genmvcorrectnum:0.34, genmvwrongnum:0.65, };
var p13_tense_exp16 = {name:"tense_GRU_GRU_0_0.001_256_16", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some salamander high_fived the tyrannosaurus . present
Target output: some salamander high_fives the tyrannosaurus .
Model output: some salamander high_fives the tyrannosaurus .
Input: our orangutans who ate read . past
Target output: our orangutans who ate read .
Model output: our orangutans who ate read .
Input: your walruses entertained your peacocks . past
Target output: your walruses entertained your peacocks .
Model output: your walruses entertained your peacocks .
Input: some quail who some peacock accepted comforted our peacocks that smiled . past
Target output: some quail who some peacock accepted comforted our peacocks that smiled .
Model output: some quail who some peacock accepted comforted our peacocks that smiled .
Input: the xylophones upon your tyrannosauruses ate . present
Target output: the xylophones upon your tyrannosauruses eat .
Model output: the xylophones upon your tyrannosauruses eat .
Input: your walrus ate . present
Target output: your walrus eats .
Model output: your walrus eats .
Input: our newt that swam ate . present
Target output: our newt that swims eats .
Model output: our newt that swims eats .
Input: the vulture who ate accepted some walruses . present
Target output: the vulture who eats accepts some walruses .
Model output: the vulture who eats accepts some walruses .
Input: the xylophone who smiled confused some peacocks behind the unicorn . present
Target output: the xylophone who smiles confuses some peacocks behind the unicorn .
Model output: the xylophone who smiles confuses some peacocks behind the salamander .
Input: your xylophone that moved admired her tyrannosaurus . past
Target output: your xylophone that moved admired her tyrannosaurus .
Model output: your xylophone that moved admired her tyrannosaurus .", exgen:"Input: her salamanders near some raven entertained our yak that waited . present
Target output: her salamanders near some raven entertain our yak that waits .
Model output: her salamanders near some raven entertains our yak that waits .
Input: her walrus who admired the quails swam . present
Target output: her walrus who admires the quails swims .
Model output: her walrus who admires the quails swim .
Input: your newt who the quails accepted entertained her xylophone upon the tyrannosaurus . present
Target output: your newt who the quails accept entertains her xylophone upon the tyrannosaurus .
Model output: your newt who the quails accept entertain her xylophone upon the tyrannosaurus .
Input: my salamanders below your raven comforted her peacocks near our vultures . present
Target output: my salamanders below your raven comfort her peacocks near our vultures .
Model output: my salamanders below your raven comforts her peacocks near our vultures .
Input: my salamanders who her peacock confused read . present
Target output: my salamanders who her peacock confuses read .
Model output: my salamanders who her peacock confuses reads .
Input: some unicorn behind her newts amused your orangutans . present
Target output: some unicorn behind her newts amuses your orangutans .
Model output: some unicorn behind her newts amuse your orangutans .
Input: our tyrannosaurus who entertained my ravens read . present
Target output: our tyrannosaurus who entertains my ravens reads .
Model output: our tyrannosaurus who entertains my ravens read .
Input: my orangutans by your quail amused some orangutans . present
Target output: my orangutans by your quail amuse some orangutans .
Model output: my orangutans by your quail amuses some orangutans .
Input: some unicorns by my newt accepted some quails . present
Target output: some unicorns by my newt accept some quails .
Model output: some unicorns by my newt accepts some quails .
Input: some zebras around her raven admired the vultures . present
Target output: some zebras around her raven admire the vultures .
Model output: some zebras around her raven admires the vultures .", testfull:0.93, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.85, genmvcorrect:0.01, genmvlinear:0.92, genmvcorrectnum:0.01, genmvwrongnum:0.98, };
var p13_tense_exp17 = {name:"tense_GRU_GRU_0_0.001_256_17", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your salamander confused our raven . past
Target output: your salamander confused our raven .
Model output: your salamander confused our raven .
Input: some quails applauded my tyrannosauruses . past
Target output: some quails applauded my tyrannosauruses .
Model output: some quails applauded my tyrannosauruses .
Input: my xylophones behind her newt comforted her newt that your tyrannosauruses comforted . past
Target output: my xylophones behind her newt comforted her newt that your tyrannosauruses comforted .
Model output: my xylophones behind her newt comforted her newt that your tyrannosauruses comforted .
Input: the newts with my zebras ate . present
Target output: the newts with my zebras eat .
Model output: the newts with my zebras eat .
Input: my orangutan that some zebra comforted confused my walrus that your tyrannosaurus confused . past
Target output: my orangutan that some zebra comforted confused my walrus that your tyrannosaurus confused .
Model output: my walrus that my orangutan confused comforted my zebra that your tyrannosaurus confused .
Input: my quail upon my orangutan accepted her unicorn by your raven . past
Target output: my quail upon my orangutan accepted her unicorn by your raven .
Model output: my quail upon my orangutan accepted her unicorn by your raven .
Input: our tyrannosaurus by her tyrannosaurus applauded your orangutan who amused my ravens . past
Target output: our tyrannosaurus by her tyrannosaurus applauded your orangutan who amused my ravens .
Model output: our tyrannosaurus by her tyrannosaurus applauded your orangutan who amused my ravens .
Input: the newts below our peacocks admired the tyrannosaurus around my newt . past
Target output: the newts below our peacocks admired the tyrannosaurus around my newt .
Model output: the newts below our peacocks admired the tyrannosaurus around my newt .
Input: our zebras by our tyrannosaurus high_fived the vultures with her xylophones . past
Target output: our zebras by our tyrannosaurus high_fived the vultures with her xylophones .
Model output: our zebras by our tyrannosaurus high_fived the vultures with her xylophones .
Input: your yak that amused your salamander applauded her unicorns that her tyrannosaurus applauded . past
Target output: your yak that amused your salamander applauded her unicorns that her tyrannosaurus applauded .
Model output: your yak that admired your salamander applauded her unicorns that her tyrannosaurus applauded .", exgen:"Input: her vulture that high_fived some zebras applauded my quails . present
Target output: her vulture that high_fives some zebras applauds my quails .
Model output: her vulture that high_fives some zebras applaud my quails .
Input: the salamanders around her walrus entertained her newts . present
Target output: the salamanders around her walrus entertain her newts .
Model output: the salamanders around her walrus entertains her newts .
Input: my vultures upon our tyrannosaurus comforted our unicorn who the walrus confused . present
Target output: my vultures upon our tyrannosaurus comfort our unicorn who the walrus confuses .
Model output: my vultures upon our tyrannosaurus comforts our unicorn who the walrus confuses .
Input: some salamanders by my raven slept . present
Target output: some salamanders by my raven sleep .
Model output: some salamanders by my raven sleeps .
Input: our walruses behind our tyrannosaurus changed . present
Target output: our walruses behind our tyrannosaurus change .
Model output: our walruses behind our tyrannosaurus changes .
Input: some quail above the vultures remembered her quails around our xylophone . present
Target output: some quail above the vultures remembers her quails around our xylophone .
Model output: some quail above the vultures remember her quails around our xylophone .
Input: our ravens above your newt remembered your unicorns below the quails . present
Target output: our ravens above your newt remember your unicorns below the quails .
Model output: our ravens above your newt remembers your unicorns below the quails .
Input: our vulture upon my yaks confused the zebras . present
Target output: our vulture upon my yaks confuses the zebras .
Model output: our vulture upon my yaks confuse the zebras .
Input: the orangutans around my zebra entertained some raven by the quails . present
Target output: the orangutans around my zebra entertain some raven by the quails .
Model output: the orangutans around my zebra entertains some raven by the quails .
Input: my peacocks below your peacock comforted my yak who comforted the salamanders . present
Target output: my peacocks below your peacock comfort my yak who comforts the salamanders .
Model output: my peacocks below your peacock comforts my peacock who comforts the salamanders .", testfull:0.91, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.8, genmvcorrect:0.03, genmvlinear:0.88, genmvcorrectnum:0.03, genmvwrongnum:0.96, };
var p13_tense_exp18 = {name:"tense_GRU_GRU_0_0.001_256_18", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some quail that smiled changed . past
Target output: some quail that smiled changed .
Model output: some quail that smiled changed .
Input: our peacock who moved comforted our salamanders . present
Target output: our peacock who moves comforts our salamanders .
Model output: our peacock who moves comforts our salamanders .
Input: her vultures high_fived her salamanders . past
Target output: her vultures high_fived her salamanders .
Model output: her vultures high_fived her salamanders .
Input: some newt who admired some peacocks high_fived her peacock . past
Target output: some newt who admired some peacocks high_fived her peacock .
Model output: some newt who admired some peacocks high_fived her peacock .
Input: our orangutans who ate read . past
Target output: our orangutans who ate read .
Model output: our orangutans who ate read .
Input: some newt comforted our tyrannosaurus who smiled . present
Target output: some newt comforts our tyrannosaurus who smiles .
Model output: some newt comforts our tyrannosaurus who smiles .
Input: the quails who swam entertained your walruses . present
Target output: the quails who swim entertain your walruses .
Model output: the quails who swim entertain your walruses .
Input: my unicorns around my orangutans remembered our zebras . present
Target output: my unicorns around my orangutans remember our zebras .
Model output: my unicorns around my orangutans remember our zebras .
Input: your peacock who amused her xylophone entertained my zebras near your peacocks . past
Target output: your peacock who amused her xylophone entertained my zebras near your peacocks .
Model output: your peacock who amused her xylophone amused my zebras near your peacocks .
Input: the xylophones who confused my tyrannosauruses admired some xylophones upon my tyrannosauruses . past
Target output: the xylophones who confused my tyrannosauruses admired some xylophones upon my tyrannosauruses .
Model output: the xylophones who confused my tyrannosauruses admired some xylophones upon my tyrannosauruses .", exgen:"Input: our tyrannosauruses that applauded her quail entertained her orangutans . present
Target output: our tyrannosauruses that applaud her quail entertain her orangutans .
Model output: our tyrannosauruses that applaud her quail entertains her orangutans .
Input: some ravens upon some quail applauded her unicorn below your tyrannosauruses . present
Target output: some ravens upon some quail applaud her unicorn below your tyrannosauruses .
Model output: some ravens upon some quail applauds her unicorn below your tyrannosauruses .
Input: your orangutan above our quails giggled . present
Target output: your orangutan above our quails giggles .
Model output: your orangutan above our quails giggle .
Input: her orangutan that her unicorns admired amused the tyrannosauruses who ate . present
Target output: her orangutan that her unicorns admire amuses the tyrannosauruses who eat .
Model output: her orangutan that her unicorns admire amuse the tyrannosauruses who eat .
Input: some orangutans above our tyrannosaurus applauded our vulture . present
Target output: some orangutans above our tyrannosaurus applaud our vulture .
Model output: some orangutans above our tyrannosaurus applauds our vulture .
Input: some salamander around my newts comforted your zebras who ate . present
Target output: some salamander around my newts comforts your zebras who eat .
Model output: some salamander around my zebras comfort your zebras who eat .
Input: the tyrannosauruses upon her peacock high_fived some yaks . present
Target output: the tyrannosauruses upon her peacock high_five some yaks .
Model output: the tyrannosauruses upon her peacock high_fives some yaks .
Input: some quails around some salamander applauded the salamander . present
Target output: some quails around some salamander applaud the salamander .
Model output: some quails around some salamander applauds the salamander .
Input: her xylophone below our unicorns amused your vulture with some xylophone . present
Target output: her xylophone below our unicorns amuses your vulture with some xylophone .
Model output: her xylophone below our unicorns amuse your vulture with some xylophone .
Input: your newt upon our salamanders accepted her salamanders . present
Target output: your newt upon our salamanders accepts her salamanders .
Model output: your newt upon our salamanders accept her salamanders .", testfull:0.91, testpos:1.0, genfull:0.02, genpos:0.99, genlinear:0.76, genmvcorrect:0.07, genmvlinear:0.84, genmvcorrectnum:0.09, genmvwrongnum:0.91, };
var p13_tense_exp19 = {name:"tense_GRU_GRU_0_0.001_256_19", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her zebras who giggled confused her peacocks . present
Target output: her zebras who giggle confuse her peacocks .
Model output: her zebras who giggle confuse her peacocks .
Input: our unicorns upon her peacocks smiled . past
Target output: our unicorns upon her peacocks smiled .
Model output: our unicorns upon her peacocks smiled .
Input: our peacock who my zebra comforted remembered your yak that remembered our peacock . present
Target output: our peacock who my zebra comforts remembers your yak that remembers our peacock .
Model output: our peacock who my zebra remembers comforts your yak that remembers our peacock .
Input: the quails that moved accepted our unicorn who high_fived our raven . present
Target output: the quails that move accept our unicorn who high_fives our raven .
Model output: the quails that move accept our unicorn who high_fives our raven .
Input: your quail behind the peacock slept . present
Target output: your quail behind the peacock sleeps .
Model output: your quail behind the peacock sleeps .
Input: my peacock applauded my tyrannosauruses . past
Target output: my peacock applauded my tyrannosauruses .
Model output: my peacock applauded my tyrannosauruses .
Input: our walrus ate . past
Target output: our walrus ate .
Model output: our walrus ate .
Input: the yaks comforted the walruses . past
Target output: the yaks comforted the walruses .
Model output: the yaks comforted the walruses .
Input: some unicorn swam . past
Target output: some unicorn swam .
Model output: some unicorn swam .
Input: your quail read . present
Target output: your quail reads .
Model output: your quail reads .", exgen:"Input: my yak who your xylophones remembered entertained her vultures . present
Target output: my yak who your xylophones remember entertains her vultures .
Model output: my yak who your xylophones remember entertain her vultures .
Input: some unicorn near my walruses high_fived your peacocks with her vultures . present
Target output: some unicorn near my walruses high_fives your peacocks with her vultures .
Model output: some unicorn near my walruses high_five your peacocks with her vultures .
Input: our yak below her salamanders comforted our orangutans . present
Target output: our yak below her salamanders comforts our orangutans .
Model output: our yak below her salamanders comfort our orangutans .
Input: your peacocks with our zebra comforted my ravens . present
Target output: your peacocks with our zebra comfort my ravens .
Model output: your peacocks with our zebra comforts my ravens .
Input: our unicorn with some walruses entertained your xylophones . present
Target output: our unicorn with some walruses entertains your xylophones .
Model output: our unicorn with some walruses entertain your xylophones .
Input: your tyrannosauruses with the yak applauded some orangutan that my tyrannosaurus amused . present
Target output: your tyrannosauruses with the yak applaud some orangutan that my tyrannosaurus amuses .
Model output: your tyrannosauruses with the yak applauds some orangutan that my tyrannosaurus applauds .
Input: your newts that confused some unicorn slept . present
Target output: your newts that confuse some unicorn sleep .
Model output: your newts that confuse some unicorn sleeps .
Input: your tyrannosauruses who remembered her tyrannosaurus remembered her raven . present
Target output: your tyrannosauruses who remember her tyrannosaurus remember her raven .
Model output: your tyrannosauruses who remember her tyrannosaurus remembers her raven .
Input: her orangutans around our quail entertained my vultures that changed . present
Target output: her orangutans around our quail entertain my vultures that change .
Model output: her orangutans around our quail entertains my vultures that change .
Input: her newt below my salamanders moved . present
Target output: her newt below my salamanders moves .
Model output: her newt below my salamanders move .", testfull:0.93, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.83, genmvcorrect:0.03, genmvlinear:0.9, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp20 = {name:"tense_GRU_GRU_0_0.001_256_20", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the tyrannosauruses that changed remembered your quails . past
Target output: the tyrannosauruses that changed remembered your quails .
Model output: the tyrannosauruses that changed remembered your quails .
Input: your orangutan entertained your walruses . past
Target output: your orangutan entertained your walruses .
Model output: your orangutan entertained your walruses .
Input: our unicorn giggled . present
Target output: our unicorn giggles .
Model output: our unicorn giggles .
Input: your walruses changed . present
Target output: your walruses change .
Model output: your walruses change .
Input: some walruses near the unicorn read . past
Target output: some walruses near the unicorn read .
Model output: some walruses near the unicorn read .
Input: your yak who your quails applauded waited . past
Target output: your yak who your quails applauded waited .
Model output: your yak who your quails applauded waited .
Input: your orangutan who my newts remembered entertained your unicorns . past
Target output: your orangutan who my newts remembered entertained your unicorns .
Model output: your orangutan who my newts remembered entertained your unicorns .
Input: your salamanders comforted our zebra . present
Target output: your salamanders comfort our zebra .
Model output: your salamanders comfort our zebra .
Input: her unicorns comforted the orangutans below your xylophones . past
Target output: her unicorns comforted the orangutans below your xylophones .
Model output: her unicorns comforted the orangutans below your xylophones .
Input: my raven by some raven read . past
Target output: my raven by some raven read .
Model output: my raven by some raven read .", exgen:"Input: the peacocks with the peacock moved . present
Target output: the peacocks with the peacock move .
Model output: the peacocks with the peacock moves .
Input: her vultures near my peacock swam . present
Target output: her vultures near my peacock swim .
Model output: her vultures near my peacock swims .
Input: our vultures above my unicorn high_fived the orangutan that changed . present
Target output: our vultures above my unicorn high_five the orangutan that changes .
Model output: our vultures above my unicorn high_fives the orangutan that changes .
Input: the yak by your orangutans high_fived her orangutans that your yak applauded . present
Target output: the yak by your orangutans high_fives her orangutans that your yak applauds .
Model output: the yak by your orangutans high_five her orangutans that your yak applauds .
Input: some zebra that some peacocks applauded high_fived her yak . present
Target output: some zebra that some peacocks applaud high_fives her yak .
Model output: some zebra that some peacocks high_five applaud her yak .
Input: her vulture below her walruses entertained her walrus . present
Target output: her vulture below her walruses entertains her walrus .
Model output: her vulture below her walruses entertain her walrus .
Input: some unicorns upon your salamander waited . present
Target output: some unicorns upon your salamander wait .
Model output: some unicorns upon your salamander waits .
Input: my peacocks who accepted some xylophone high_fived my peacocks that accepted my orangutans . present
Target output: my peacocks who accept some xylophone high_five my peacocks that accept my orangutans .
Model output: my peacocks who accept my xylophone accepts my peacocks that accept my orangutans .
Input: your ravens who my vulture remembered changed . present
Target output: your ravens who my vulture remembers change .
Model output: your ravens who my vulture remembers changes .
Input: our orangutans above the zebra applauded some vulture . present
Target output: our orangutans above the zebra applaud some vulture .
Model output: our orangutans above the zebra applauds some vulture .", testfull:0.91, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.8, genmvcorrect:0.04, genmvlinear:0.88, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp21 = {name:"tense_GRU_GRU_0_0.001_256_21", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the walrus above my orangutans read . past
Target output: the walrus above my orangutans read .
Model output: the walrus above my orangutans read .
Input: some walruses with your unicorn applauded my salamander . past
Target output: some walruses with your unicorn applauded my salamander .
Model output: some walruses with your unicorn applauded my salamander .
Input: my orangutan behind some zebra applauded your raven that smiled . present
Target output: my orangutan behind some zebra applauds your raven that smiles .
Model output: my orangutan behind some zebra applauds your raven that smiles .
Input: my vultures upon the yak amused her zebra who slept . past
Target output: my vultures upon the yak amused her zebra who slept .
Model output: my vultures upon the yak amused her zebra who slept .
Input: your xylophone that comforted the walruses accepted my walrus with the tyrannosauruses . past
Target output: your xylophone that comforted the walruses accepted my walrus with the tyrannosauruses .
Model output: your xylophone that accepted the walruses comforted my walrus with the tyrannosauruses .
Input: my vultures who waited remembered my peacocks . past
Target output: my vultures who waited remembered my peacocks .
Model output: my vultures who waited remembered my peacocks .
Input: the quails above our zebras swam . past
Target output: the quails above our zebras swam .
Model output: the quails above our zebras swam .
Input: the tyrannosauruses behind our xylophones confused some raven that the zebras applauded . present
Target output: the tyrannosauruses behind our xylophones confuse some raven that the zebras applaud .
Model output: the tyrannosauruses behind our xylophones applaud the raven that the zebras applaud .
Input: some xylophones remembered our raven that entertained my newt . present
Target output: some xylophones remember our raven that entertains my newt .
Model output: some xylophones entertain our raven that remembers my newt .
Input: some vulture around the xylophones accepted some tyrannosauruses by my tyrannosauruses . past
Target output: some vulture around the xylophones accepted some tyrannosauruses by my tyrannosauruses .
Model output: some vulture around the xylophones accepted some tyrannosauruses by my tyrannosauruses .", exgen:"Input: your xylophones with her unicorn accepted the tyrannosauruses . present
Target output: your xylophones with her unicorn accept the tyrannosauruses .
Model output: your xylophones with her unicorn accepts the tyrannosauruses .
Input: some salamanders near the orangutan accepted our xylophone . present
Target output: some salamanders near the orangutan accept our xylophone .
Model output: some salamanders near the orangutan accepts our xylophone .
Input: some peacock by our ravens comforted your vulture that swam . present
Target output: some peacock by our ravens comforts your vulture that swims .
Model output: some peacock by our ravens comfort your vulture that swims .
Input: my raven above her tyrannosauruses applauded our unicorn . present
Target output: my raven above her tyrannosauruses applauds our unicorn .
Model output: my raven above her tyrannosauruses applaud our unicorn .
Input: the salamander below the vultures entertained your salamander by your orangutan . present
Target output: the salamander below the vultures entertains your salamander by your orangutan .
Model output: the salamander by the salamander entertains your orangutan by your salamander .
Input: my unicorn above my ravens waited . present
Target output: my unicorn above my ravens waits .
Model output: my unicorn above my ravens wait .
Input: some salamanders around her yak smiled . present
Target output: some salamanders around her yak smile .
Model output: some salamanders around her yak smiles .
Input: her salamander that our newts entertained applauded my yaks that swam . present
Target output: her salamander that our newts entertain applauds my yaks that swim .
Model output: her salamander that our yaks entertain entertain my yaks that swim .
Input: her zebras below some quail changed . present
Target output: her zebras below some quail change .
Model output: her zebras below some quail changes .
Input: your tyrannosauruses above my vulture applauded our xylophone upon your newts . present
Target output: your tyrannosauruses above my vulture applaud our xylophone upon your newts .
Model output: your tyrannosauruses above my vulture applauds our xylophone upon your newts .", testfull:0.91, testpos:1.0, genfull:0.0, genpos:1.0, genlinear:0.8, genmvcorrect:0.02, genmvlinear:0.89, genmvcorrectnum:0.02, genmvwrongnum:0.97, };
var p13_tense_exp22 = {name:"tense_GRU_GRU_0_0.001_256_22", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the vulture who ate accepted some walruses . present
Target output: the vulture who eats accepts some walruses .
Model output: the vulture who eats accepts some walruses .
Input: my orangutans that the walruses remembered slept . past
Target output: my orangutans that the walruses remembered slept .
Model output: my orangutans that the walruses remembered slept .
Input: her salamander above the yak amused my walrus . present
Target output: her salamander above the yak amuses my walrus .
Model output: her salamander above the yak amuses my walrus .
Input: our newts applauded her vultures . present
Target output: our newts applaud her vultures .
Model output: our newts applaud her vultures .
Input: your xylophones who admired your unicorns waited . present
Target output: your xylophones who admire your unicorns wait .
Model output: your xylophones who admire your unicorns wait .
Input: her vultures who swam entertained your unicorns with her unicorns . past
Target output: her vultures who swam entertained your unicorns with her unicorns .
Model output: her vultures who swam entertained your unicorns with her unicorns .
Input: our walruses that swam entertained some vulture with my peacock . past
Target output: our walruses that swam entertained some vulture with my peacock .
Model output: our walruses that swam entertained some vulture with my peacock .
Input: your newt behind our quail read . past
Target output: your newt behind our quail read .
Model output: your newt behind our quail read .
Input: your ravens amused my unicorns around our orangutans . past
Target output: your ravens amused my unicorns around our orangutans .
Model output: your ravens amused my unicorns around our orangutans .
Input: the yak that comforted the xylophone waited . past
Target output: the yak that comforted the xylophone waited .
Model output: the yak that comforted the xylophone waited .", exgen:"Input: her newts with some quail remembered her salamanders who giggled . present
Target output: her newts with some quail remember her salamanders who giggle .
Model output: her newts with some quail amuses her salamanders who giggle .
Input: the orangutan with her tyrannosauruses comforted her yaks . present
Target output: the orangutan with her tyrannosauruses comforts her yaks .
Model output: the orangutan with her tyrannosauruses comfort her yaks .
Input: my orangutans upon your vulture applauded the salamanders . present
Target output: my orangutans upon your vulture applaud the salamanders .
Model output: my orangutans upon your vulture applauds the salamanders .
Input: the salamanders that entertained our vulture giggled . present
Target output: the salamanders that entertain our vulture giggle .
Model output: the salamanders that entertain our vulture giggles .
Input: my yak that some quails comforted admired our xylophones who your orangutans high_fived . present
Target output: my yak that some quails comfort admires our xylophones who your orangutans high_five .
Model output: my yak that some quails comfort high_five our xylophones who your orangutans comfort .
Input: your tyrannosaurus that your walruses confused high_fived the walrus who waited . present
Target output: your tyrannosaurus that your walruses confuse high_fives the walrus who waits .
Model output: your tyrannosaurus that your walruses confuse high_five the walrus that waits .
Input: your peacocks behind some vulture read . present
Target output: your peacocks behind some vulture read .
Model output: your peacocks behind some vulture reads .
Input: her salamanders near her newt confused some newt upon some orangutan . present
Target output: her salamanders near her newt confuse some newt upon some orangutan .
Model output: her salamanders near her newt confuses some newt upon some orangutan .
Input: her zebras who confused our peacock admired her walruses . present
Target output: her zebras who confuse our peacock admire her walruses .
Model output: her peacock who confuses her peacock admires our walruses .
Input: my vulture below the tyrannosauruses remembered your ravens behind some unicorns . present
Target output: my vulture below the tyrannosauruses remembers your ravens behind some unicorns .
Model output: my vulture below the tyrannosauruses remember your ravens behind some unicorns .", testfull:0.85, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.73, genmvcorrect:0.04, genmvlinear:0.84, genmvcorrectnum:0.05, genmvwrongnum:0.94, };
var p13_tense_exp23 = {name:"tense_GRU_GRU_0_0.001_256_23", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some newt admired her zebra by the salamander . present
Target output: some newt admires her zebra by the salamander .
Model output: some newt admires her zebra by the salamander .
Input: her peacocks that my tyrannosaurus applauded entertained her tyrannosaurus . past
Target output: her peacocks that my tyrannosaurus applauded entertained her tyrannosaurus .
Model output: her peacocks that my tyrannosaurus applauded entertained her tyrannosaurus .
Input: some peacock with some ravens remembered her xylophones who our zebra amused . past
Target output: some peacock with some ravens remembered her xylophones who our zebra amused .
Model output: some zebra with some xylophones remembered her raven who our zebra amused .
Input: my zebras accepted the salamander . past
Target output: my zebras accepted the salamander .
Model output: my zebras accepted the salamander .
Input: my xylophones around the newt high_fived your xylophone that swam . past
Target output: my xylophones around the newt high_fived your xylophone that swam .
Model output: my xylophones around the newt high_fived your xylophone that swam .
Input: your salamander above our xylophones comforted the salamander around the newt . past
Target output: your salamander above our xylophones comforted the salamander around the newt .
Model output: your salamander above our xylophones comforted the salamander around the newt .
Input: your ravens confused the ravens . present
Target output: your ravens confuse the ravens .
Model output: your ravens confuse the ravens .
Input: our newts who your peacocks admired amused my yaks . past
Target output: our newts who your peacocks admired amused my yaks .
Model output: our newts who your peacocks admired amused my yaks .
Input: some salamanders high_fived her unicorn below some quails . past
Target output: some salamanders high_fived her unicorn below some quails .
Model output: some salamanders high_fived her unicorn below some quails .
Input: your peacocks with the tyrannosauruses amused the walrus who confused some newt . past
Target output: your peacocks with the tyrannosauruses amused the walrus who confused some newt .
Model output: your peacocks with the tyrannosauruses amused the walrus who confused some newt .", exgen:"Input: our tyrannosaurus by our vultures high_fived our unicorn that the tyrannosauruses comforted . present
Target output: our tyrannosaurus by our vultures high_fives our unicorn that the tyrannosauruses comfort .
Model output: our tyrannosaurus by our vultures high_five our unicorn that the tyrannosauruses comfort .
Input: my walrus who accepted my yaks entertained her vulture upon some walruses . present
Target output: my walrus who accepts my yaks entertains her vulture upon some walruses .
Model output: my walrus who accepts my yaks entertain her vulture upon some walruses .
Input: your vultures near your xylophone ate . present
Target output: your vultures near your xylophone eat .
Model output: your vultures near your xylophone eats .
Input: my yaks who accepted some orangutan remembered the xylophone . present
Target output: my yaks who accept some orangutan remember the xylophone .
Model output: my yaks who accept some orangutan remembers the xylophone .
Input: my newt with the unicorns waited . present
Target output: my newt with the unicorns waits .
Model output: my newt with the unicorns wait .
Input: the raven with some ravens read . present
Target output: the raven with some ravens reads .
Model output: the raven with some ravens read .
Input: her quails with her unicorn read . present
Target output: her quails with her unicorn read .
Model output: her quails with her unicorn reads .
Input: some xylophones that confused her salamander comforted our walruses . present
Target output: some xylophones that confuse her salamander comfort our walruses .
Model output: some xylophones that confuse her salamander confuses our walruses .
Input: some unicorn who entertained some tyrannosauruses confused our unicorn . present
Target output: some unicorn who entertains some tyrannosauruses confuses our unicorn .
Model output: some unicorn who entertains some tyrannosauruses confuse our unicorn .
Input: your peacock near some newts giggled . present
Target output: your peacock near some newts giggles .
Model output: your peacock near some newts giggle .", testfull:0.95, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.87, genmvcorrect:0.02, genmvlinear:0.92, genmvcorrectnum:0.02, genmvwrongnum:0.97, };
var p13_tense_exp24 = {name:"tense_GRU_GRU_0_0.001_256_24", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some quail near your newt accepted her xylophones . past
Target output: some quail near your newt accepted her xylophones .
Model output: some quail near your newt accepted her xylophones .
Input: our orangutan below her orangutan waited . present
Target output: our orangutan below her orangutan waits .
Model output: our orangutan below her orangutan waits .
Input: our walrus by the tyrannosaurus comforted your unicorns around my quails . present
Target output: our walrus by the tyrannosaurus comforts your unicorns around my quails .
Model output: our walrus by the tyrannosaurus comforts your unicorns around my quails .
Input: some salamanders near some zebra comforted some orangutans who waited . past
Target output: some salamanders near some zebra comforted some orangutans who waited .
Model output: some salamanders near some zebra comforted some orangutans who waited .
Input: your xylophones upon her salamander swam . past
Target output: your xylophones upon her salamander swam .
Model output: your xylophones upon her salamander swam .
Input: her peacocks with your vulture entertained some peacock above the walruses . past
Target output: her peacocks with your vulture entertained some peacock above the walruses .
Model output: her peacocks with your vulture entertained some peacock above the walruses .
Input: her yak who read amused some salamanders behind your zebra . past
Target output: her yak who read amused some salamanders behind your zebra .
Model output: her yak who read amused some salamanders behind your zebra .
Input: her walrus that smiled applauded her newts . present
Target output: her walrus that smiles applauds her newts .
Model output: her walrus that smiles applauds her newts .
Input: her newts waited . present
Target output: her newts wait .
Model output: her newts wait .
Input: her ravens by some vultures read . present
Target output: her ravens by some vultures read .
Model output: her ravens by some vultures read .", exgen:"Input: the xylophone around your peacocks changed . present
Target output: the xylophone around your peacocks changes .
Model output: the xylophone around your peacocks change .
Input: her salamander that her xylophones confused slept . present
Target output: her salamander that her xylophones confuse sleeps .
Model output: her salamander that her xylophones confuse sleep .
Input: our salamanders below my tyrannosaurus accepted our tyrannosauruses with the newts . present
Target output: our salamanders below my tyrannosaurus accept our tyrannosauruses with the newts .
Model output: our salamanders below my tyrannosaurus accepts our tyrannosauruses with the newts .
Input: the yak near her xylophones entertained the raven . present
Target output: the yak near her xylophones entertains the raven .
Model output: the yak near her xylophones entertain the raven .
Input: my walruses behind her walrus comforted your yak . present
Target output: my walruses behind her walrus comfort your yak .
Model output: my walruses behind her walrus comforts your yak .
Input: her unicorns around some zebra remembered the tyrannosauruses behind the raven . present
Target output: her unicorns around some zebra remember the tyrannosauruses behind the raven .
Model output: her unicorns around some zebra remembers the tyrannosauruses behind the raven .
Input: the tyrannosaurus around the newts amused some yak . present
Target output: the tyrannosaurus around the newts amuses some yak .
Model output: the tyrannosaurus around the newts amuse some yak .
Input: some tyrannosauruses above some unicorn amused our newts . present
Target output: some tyrannosauruses above some unicorn amuse our newts .
Model output: some tyrannosauruses above some unicorn amuses our newts .
Input: the tyrannosaurus upon your zebras applauded the walrus that smiled . present
Target output: the tyrannosaurus upon your zebras applauds the walrus that smiles .
Model output: the tyrannosaurus upon your walrus applauds the zebras that smile .
Input: some yak around her zebras admired her raven . present
Target output: some yak around her zebras admires her raven .
Model output: some yak around her zebras admire her raven .", testfull:0.93, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.81, genmvcorrect:0.04, genmvlinear:0.89, genmvcorrectnum:0.05, genmvwrongnum:0.94, };
var p13_tense_exp25 = {name:"tense_GRU_GRU_0_0.001_256_25", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some quail behind your salamanders entertained your vultures below the orangutans . past
Target output: some quail behind your salamanders entertained your vultures below the orangutans .
Model output: some quail behind your salamanders entertained your vultures below the orangutans .
Input: some orangutan that some raven confused applauded her zebra by her tyrannosaurus . present
Target output: some orangutan that some raven confuses applauds her zebra by her tyrannosaurus .
Model output: some orangutan that some raven confuses applauds her zebra by her salamander .
Input: some newts accepted her newts . past
Target output: some newts accepted her newts .
Model output: some newts accepted her newts .
Input: our yaks with her quails high_fived the peacock that our vulture accepted . past
Target output: our yaks with her quails high_fived the peacock that our vulture accepted .
Model output: our yaks with her quails high_fived the peacock that our vulture accepted .
Input: your peacock by some walrus comforted your newts . present
Target output: your peacock by some walrus comforts your newts .
Model output: your peacock by some walrus comforts your newts .
Input: your tyrannosaurus admired some salamanders who high_fived her raven . present
Target output: your tyrannosaurus admires some salamanders who high_five her raven .
Model output: your tyrannosaurus admires some salamanders who high_five her raven .
Input: our salamander entertained your quail . past
Target output: our salamander entertained your quail .
Model output: our salamander entertained your quail .
Input: some tyrannosaurus remembered your zebra . present
Target output: some tyrannosaurus remembers your zebra .
Model output: some tyrannosaurus remembers your zebra .
Input: some zebras admired my zebra near my tyrannosauruses . past
Target output: some zebras admired my zebra near my tyrannosauruses .
Model output: some zebras admired my zebra near my tyrannosauruses .
Input: my xylophones admired our zebra who her orangutans high_fived . past
Target output: my xylophones admired our zebra who her orangutans high_fived .
Model output: my xylophones admired our zebra who her orangutans high_fived .", exgen:"Input: our walrus who accepted her peacocks accepted my xylophone who admired our walruses . present
Target output: our walrus who accepts her peacocks accepts my xylophone who admires our walruses .
Model output: our walrus who accepts my peacocks accept her xylophone who accepts our walruses .
Input: some tyrannosaurus that my salamanders admired admired your quails that the walruses confused . present
Target output: some tyrannosaurus that my salamanders admire admires your quails that the walruses confuse .
Model output: some tyrannosaurus that my salamanders admire confuse your quails that the walruses admire .
Input: my newt that amused some salamanders amused our quails that moved . present
Target output: my newt that amuses some salamanders amuses our quails that move .
Model output: my newt that amuses some salamanders amuse our quails that move .
Input: the tyrannosaurus upon my yaks high_fived my tyrannosaurus behind your yaks . present
Target output: the tyrannosaurus upon my yaks high_fives my tyrannosaurus behind your yaks .
Model output: the tyrannosaurus upon my yaks high_five my tyrannosaurus behind your yaks .
Input: some tyrannosaurus below her vultures giggled . present
Target output: some tyrannosaurus below her vultures giggles .
Model output: some tyrannosaurus below her vultures giggle .
Input: our tyrannosauruses that some peacock entertained remembered our raven . present
Target output: our tyrannosauruses that some peacock entertains remember our raven .
Model output: our tyrannosauruses that some peacock entertains remembers our raven .
Input: the vultures by our quail giggled . present
Target output: the vultures by our quail giggle .
Model output: the vultures by our quail giggles .
Input: the raven that confused my peacocks admired our walrus that some zebras applauded . present
Target output: the raven that confuses my peacocks admires our walrus that some zebras applaud .
Model output: the raven that admires my zebras confuse our walrus that some peacocks applaud .
Input: your orangutan below the tyrannosauruses comforted your quails around some ravens . present
Target output: your orangutan below the tyrannosauruses comforts your quails around some ravens .
Model output: your orangutan below the tyrannosauruses comfort your quails around some ravens .
Input: some tyrannosauruses by her orangutan swam . present
Target output: some tyrannosauruses by her orangutan swim .
Model output: some tyrannosauruses by her orangutan swims .", testfull:0.91, testpos:1.0, genfull:0.01, genpos:1.0, genlinear:0.81, genmvcorrect:0.02, genmvlinear:0.9, genmvcorrectnum:0.03, genmvwrongnum:0.97, };
var p13_tense_exp26 = {name:"tense_GRU_GRU_0_0.001_256_26", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your orangutans who waited accepted my yak that amused your yak . present
Target output: your orangutans who wait accept my yak that amuses your yak .
Model output: your orangutans who wait accept my yak that amuses your yak .
Input: our vultures below some unicorns confused my orangutan by some peacocks . present
Target output: our vultures below some unicorns confuse my orangutan by some peacocks .
Model output: our vultures below some unicorns confuse some orangutan by my peacocks .
Input: some newts remembered our walrus who some xylophones remembered . present
Target output: some newts remember our walrus who some xylophones remember .
Model output: some newts remember our walrus who some xylophones remember .
Input: your zebra by our unicorn high_fived some zebra that your tyrannosaurus comforted . present
Target output: your zebra by our unicorn high_fives some zebra that your tyrannosaurus comforts .
Model output: your zebra by our unicorn high_fives some zebra that some tyrannosaurus comforts .
Input: the xylophones with our walruses comforted her vulture that the unicorns comforted . present
Target output: the xylophones with our walruses comfort her vulture that the unicorns comfort .
Model output: the xylophones with our walruses comfort her vulture that the unicorns comfort .
Input: some tyrannosauruses confused your salamander . present
Target output: some tyrannosauruses confuse your salamander .
Model output: some tyrannosauruses confuse your salamander .
Input: your unicorns who slept admired the newts who smiled . past
Target output: your unicorns who slept admired the newts who smiled .
Model output: your unicorns who slept admired the newts who smiled .
Input: her newts remembered our newt who ate . past
Target output: her newts remembered our newt who ate .
Model output: her newts remembered our newt who ate .
Input: her zebras above your orangutans high_fived some orangutan near the quail . present
Target output: her zebras above your orangutans high_five some orangutan near the quail .
Model output: her zebras above your orangutans high_five some orangutan near the quail .
Input: your peacocks who some walruses entertained read . past
Target output: your peacocks who some walruses entertained read .
Model output: your peacocks who some walruses entertained read .", exgen:"Input: our raven who the newts admired applauded her vulture above her zebra . present
Target output: our raven who the newts admire applauds her vulture above her zebra .
Model output: our raven who the newts admire admire her vulture above her zebra .
Input: your zebras below some peacock confused your peacocks below her walrus . present
Target output: your zebras below some peacock confuse your peacocks below her walrus .
Model output: your zebras below some peacock confuses your peacock below her walrus .
Input: some unicorns that some orangutan confused entertained some orangutan that some xylophones applauded . present
Target output: some unicorns that some orangutan confuses entertain some orangutan that some xylophones applaud .
Model output: some unicorns that some orangutan confuse entertain some orangutan that some xylophones applaud .
Input: my newts that your quail entertained applauded the tyrannosaurus who smiled . present
Target output: my newts that your quail entertains applaud the tyrannosaurus who smiles .
Model output: my newts that your quail entertains applauds the tyrannosaurus who smiles .
Input: the vulture upon our orangutans high_fived some yak that some orangutan remembered . present
Target output: the vulture upon our orangutans high_fives some yak that some orangutan remembers .
Model output: the vulture upon our orangutan high_fives some newt that some orangutans remember .
Input: your yak who her peacocks comforted amused her tyrannosauruses that high_fived her yaks . present
Target output: your yak who her peacocks comfort amuses her tyrannosauruses that high_five her yaks .
Model output: your yak who her her comfort amuses her yaks that high_five her yaks .
Input: the newt above your zebras amused my xylophone by her ravens . present
Target output: the newt above your zebras amuses my xylophone by her ravens .
Model output: the newt above your zebras amuse my newt by her ravens .
Input: some tyrannosaurus upon her peacocks admired the xylophones above some walrus . present
Target output: some tyrannosaurus upon her peacocks admires the xylophones above some walrus .
Model output: some tyrannosaurus upon her peacocks admire the xylophones above some walrus .
Input: the xylophone upon some quails amused the salamander that comforted the salamander . present
Target output: the xylophone upon some quails amuses the salamander that comforts the salamander .
Model output: the xylophone upon some quails amuse the salamander that comforts the salamander .
Input: our walrus upon the yaks remembered her tyrannosaurus who amused your newts . present
Target output: our walrus upon the yaks remembers her tyrannosaurus who amuses your newts .
Model output: our walrus upon the yaks remember her tyrannosaurus who amuses your newts .", testfull:0.87, testpos:0.99, genfull:0.01, genpos:0.98, genlinear:0.75, genmvcorrect:0.03, genmvlinear:0.86, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp27 = {name:"tense_GRU_GRU_0_0.001_256_27", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our orangutan admired your zebra . present
Target output: our orangutan admires your zebra .
Model output: our orangutan admires your zebra .
Input: my salamanders that high_fived our walruses high_fived some peacocks below my ravens . past
Target output: my salamanders that high_fived our walruses high_fived some peacocks below my ravens .
Model output: my salamanders that high_fived our walruses high_fived some peacocks below my ravens .
Input: some vulture above my peacock amused the walrus who the vulture confused . present
Target output: some vulture above my peacock amuses the walrus who the vulture confuses .
Model output: some vulture above my peacock amuses the walrus who the vulture confuses .
Input: the quails moved . past
Target output: the quails moved .
Model output: the quails moved .
Input: some tyrannosauruses remembered her yaks . present
Target output: some tyrannosauruses remember her yaks .
Model output: some tyrannosauruses remember her yaks .
Input: your tyrannosaurus near my quail high_fived some salamanders below my peacocks . present
Target output: your tyrannosaurus near my quail high_fives some salamanders below my peacocks .
Model output: your tyrannosaurus near my quail high_fives some salamanders below my peacocks .
Input: your newt who our walrus applauded slept . past
Target output: your newt who our walrus applauded slept .
Model output: your newt who our walrus applauded slept .
Input: some quail applauded my tyrannosauruses . present
Target output: some quail applauds my tyrannosauruses .
Model output: some quail applauds my tyrannosauruses .
Input: your salamanders behind some orangutans high_fived her ravens . past
Target output: your salamanders behind some orangutans high_fived her ravens .
Model output: your salamanders behind some orangutans high_fived her ravens .
Input: my walruses who my yaks accepted accepted her zebras . present
Target output: my walruses who my yaks accept accept her zebras .
Model output: my walruses who my yaks accept accept her zebras .", exgen:"Input: some ravens above her orangutan confused my vultures behind her xylophone . present
Target output: some ravens above her orangutan confuse my vultures behind her xylophone .
Model output: some ravens above her orangutan confuses my vultures behind her xylophone .
Input: our orangutan who applauded the ravens amused some tyrannosauruses who admired our xylophones . present
Target output: our orangutan who applauds the ravens amuses some tyrannosauruses who admire our xylophones .
Model output: our orangutan who applauds the ravens amuse some tyrannosauruses who admire our xylophones .
Input: your unicorn who your ravens applauded high_fived our walrus who giggled . present
Target output: your unicorn who your ravens applaud high_fives our walrus who giggles .
Model output: your unicorn who your ravens high_five applaud our walrus who giggles .
Input: your orangutan that remembered my walruses amused the walruses . present
Target output: your orangutan that remembers my walruses amuses the walruses .
Model output: your orangutan that remembers my walruses amuse the walruses .
Input: some peacocks with some quail entertained your walruses who giggled . present
Target output: some peacocks with some quail entertain your walruses who giggle .
Model output: some peacocks with some quail entertains your walruses who giggle .
Input: the orangutans who your peacock applauded changed . present
Target output: the orangutans who your peacock applauds change .
Model output: the orangutans who your peacock applauds changes .
Input: my newt who entertained the salamanders moved . present
Target output: my newt who entertains the salamanders moves .
Model output: my newt who entertains the salamanders move .
Input: your walrus around her yaks confused our newt near the orangutans . present
Target output: your walrus around her yaks confuses our newt near the orangutans .
Model output: your walrus around her newt confuses our yaks near the orangutans .
Input: your yaks who comforted the orangutan accepted some xylophone . present
Target output: your yaks who comfort the orangutan accept some xylophone .
Model output: your yaks who comfort the orangutan accepts some xylophone .
Input: my unicorn around your tyrannosauruses waited . present
Target output: my unicorn around your tyrannosauruses waits .
Model output: my unicorn around your tyrannosauruses wait .", testfull:0.94, testpos:1.0, genfull:0.02, genpos:1.0, genlinear:0.86, genmvcorrect:0.03, genmvlinear:0.92, genmvcorrectnum:0.04, genmvwrongnum:0.96, };
var p13_tense_exp28 = {name:"tense_GRU_GRU_0_0.001_256_28", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your tyrannosauruses that my yaks entertained remembered your newt around your yaks . past
Target output: your tyrannosauruses that my yaks entertained remembered your newt around your yaks .
Model output: your tyrannosauruses that my yaks entertained remembered your newt around your yaks .
Input: my xylophones behind her newt comforted her newt that your tyrannosauruses comforted . past
Target output: my xylophones behind her newt comforted her newt that your tyrannosauruses comforted .
Model output: my xylophones behind her newt comforted her newt that your tyrannosauruses comforted .
Input: our quails around our orangutan entertained her xylophones near my xylophone . past
Target output: our quails around our orangutan entertained her xylophones near my xylophone .
Model output: our quails around our orangutan entertained her xylophones near my xylophone .
Input: her walruses near some vultures accepted some peacocks with your tyrannosauruses . present
Target output: her walruses near some vultures accept some peacocks with your tyrannosauruses .
Model output: her walruses near some vultures accept some peacocks with your tyrannosauruses .
Input: some ravens that moved ate . past
Target output: some ravens that moved ate .
Model output: some ravens that moved ate .
Input: the quails accepted some ravens near the xylophone . present
Target output: the quails accept some ravens near the xylophone .
Model output: the quails accept some ravens near the xylophone .
Input: your walrus who my newt remembered changed . past
Target output: your walrus who my newt remembered changed .
Model output: your walrus who my newt remembered changed .
Input: some peacocks comforted her orangutan near the zebra . present
Target output: some peacocks comfort her orangutan near the zebra .
Model output: some peacocks comfort her orangutan near the zebra .
Input: some quail moved . past
Target output: some quail moved .
Model output: some quail moved .
Input: our newts that smiled entertained my raven with the yak . present
Target output: our newts that smile entertain my raven with the yak .
Model output: our newts that smile entertain my raven with the yak .", exgen:"Input: my peacock that your ravens admired ate . present
Target output: my peacock that your ravens admire eats .
Model output: my peacock that your ravens admire eat .
Input: our xylophones who her quail confused admired our yaks . present
Target output: our xylophones who her quail confuses admire our yaks .
Model output: our xylophones who her quail confuse admire our yaks .
Input: our newt near our unicorns accepted some vulture . present
Target output: our newt near our unicorns accepts some vulture .
Model output: our newt near our unicorns accept some vulture .
Input: my ravens upon the zebra amused our walruses . present
Target output: my ravens upon the zebra amuse our walruses .
Model output: my ravens upon the zebra amuses our walruses .
Input: our xylophones below your xylophone admired your unicorn . present
Target output: our xylophones below your xylophone admire your unicorn .
Model output: our xylophones below your xylophone admires your unicorn .
Input: my vultures who your raven applauded high_fived her quails that the zebras amused . present
Target output: my vultures who your raven applauds high_five her quails that the zebras amuse .
Model output: my vultures who your raven amuses applauds her quails that the zebras amuse .
Input: my yaks that entertained our raven confused my tyrannosaurus . present
Target output: my yaks that entertain our raven confuse my tyrannosaurus .
Model output: my yaks that entertain our raven entertains my tyrannosaurus .
Input: our tyrannosaurus above your peacocks remembered my peacock behind your vultures . present
Target output: our tyrannosaurus above your peacocks remembers my peacock behind your vultures .
Model output: our tyrannosaurus above your peacocks remember my peacock behind your vultures .
Input: the tyrannosauruses above the orangutan admired some yak that ate . present
Target output: the tyrannosauruses above the orangutan admire some yak that eats .
Model output: the tyrannosauruses above the orangutan admires some yak that eats .
Input: my quail who remembered your zebras amused the xylophones who accepted my zebra . present
Target output: my quail who remembers your zebras amuses the xylophones who accept my zebra .
Model output: my quail who amuses your zebras amuse the newts who accept my zebra .", testfull:0.89, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.77, genmvcorrect:0.04, genmvlinear:0.86, genmvcorrectnum:0.05, genmvwrongnum:0.95, };
var p13_tense_exp29 = {name:"tense_GRU_GRU_0_0.001_256_29", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the walrus above your quails confused our zebras . past
Target output: the walrus above your quails confused our zebras .
Model output: the walrus above your quails confused our zebras .
Input: my vultures who remembered your xylophones admired the ravens who ate . past
Target output: my vultures who remembered your xylophones admired the ravens who ate .
Model output: my vultures who remembered your xylophones admired the ravens who ate .
Input: her xylophones around our unicorns amused my walruses around your quails . present
Target output: her xylophones around our unicorns amuse my walruses around your quails .
Model output: her xylophones around our unicorns amuse my walruses around your quails .
Input: your yaks who my orangutans confused giggled . past
Target output: your yaks who my orangutans confused giggled .
Model output: your yaks who my orangutans confused giggled .
Input: our quails confused the xylophones behind the walrus . past
Target output: our quails confused the xylophones behind the walrus .
Model output: our quails confused the xylophones behind the walrus .
Input: some walrus who entertained some peacocks high_fived my xylophone . past
Target output: some walrus who entertained some peacocks high_fived my xylophone .
Model output: some walrus who entertained some peacocks high_fived my xylophone .
Input: the vulture comforted some peacock . past
Target output: the vulture comforted some peacock .
Model output: the vulture comforted some peacock .
Input: some orangutans applauded your peacock who giggled . present
Target output: some orangutans applaud your peacock who giggles .
Model output: some orangutans applaud your peacock who giggles .
Input: the unicorn near your quails comforted my unicorn that swam . past
Target output: the unicorn near your quails comforted my unicorn that swam .
Model output: the unicorn near your quails comforted my unicorn that swam .
Input: the yak admired our newt by some newt . past
Target output: the yak admired our newt by some newt .
Model output: the yak admired our newt by some newt .", exgen:"Input: your walrus that the unicorns comforted high_fived some xylophones near her peacocks . present
Target output: your walrus that the unicorns comfort high_fives some xylophones near her peacocks .
Model output: your walrus that the xylophones comfort high_five some xylophones near her peacocks .
Input: her orangutans who admired your orangutan entertained her newts around the unicorns . present
Target output: her orangutans who admire your orangutan entertain her newts around the unicorns .
Model output: her orangutans who entertain your orangutan admires her newts around the unicorns .
Input: her peacocks below your orangutan high_fived some walrus . present
Target output: her peacocks below your orangutan high_five some walrus .
Model output: her peacocks below your orangutan high_fives some walrus .
Input: our unicorns that some vulture amused changed . present
Target output: our unicorns that some vulture amuses change .
Model output: our unicorns that some vulture amuses changes .
Input: some peacocks above our orangutan confused her quails around my salamander . present
Target output: some peacocks above our orangutan confuse her quails around my salamander .
Model output: some peacocks above our orangutan confuses her quails around my salamander .
Input: the vulture with her ravens confused her peacock below our yaks . present
Target output: the vulture with her ravens confuses her peacock below our yaks .
Model output: the vulture with her ravens confuse her ravens below our yaks .
Input: your quail with the walruses entertained my newts behind the ravens . present
Target output: your quail with the walruses entertains my newts behind the ravens .
Model output: your quail with the walruses entertain my newts behind the ravens .
Input: some orangutan behind our walruses remembered your vultures upon your quails . present
Target output: some orangutan behind our walruses remembers your vultures upon your quails .
Model output: some orangutan behind our vultures remember your walruses upon your quails .
Input: her yaks with your walrus high_fived some walrus above her raven . present
Target output: her yaks with your walrus high_five some walrus above her raven .
Model output: her yaks with your walrus high_fives some walrus above her raven .
Input: my ravens near my orangutan applauded the quail below our xylophones . present
Target output: my ravens near my orangutan applaud the quail below our xylophones .
Model output: my ravens near my orangutan applauds the quail below our xylophones .", testfull:0.94, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.83, genmvcorrect:0.04, genmvlinear:0.9, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp30 = {name:"tense_GRU_GRU_0_0.001_256_30", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her tyrannosaurus comforted some quail . past
Target output: her tyrannosaurus comforted some quail .
Model output: her tyrannosaurus comforted some quail .
Input: our tyrannosaurus near her zebras read . past
Target output: our tyrannosaurus near her zebras read .
Model output: our tyrannosaurus near her zebras read .
Input: the quails amused our peacock above my unicorns . present
Target output: the quails amuse our peacock above my unicorns .
Model output: the quails amuse our peacock above my unicorns .
Input: your yaks who the unicorns confused amused my salamanders by some vultures . present
Target output: your yaks who the unicorns confuse amuse my salamanders by some vultures .
Model output: your yaks who the unicorns confuse amuse my salamanders by some vultures .
Input: her newt entertained your walruses below our peacocks . present
Target output: her newt entertains your walruses below our peacocks .
Model output: her newt entertains your walruses below our peacocks .
Input: our orangutans behind some quails admired her xylophone . present
Target output: our orangutans behind some quails admire her xylophone .
Model output: our orangutans behind some quails admire her xylophone .
Input: your salamanders with my quails admired your zebra upon her salamanders . present
Target output: your salamanders with my quails admire your zebra upon her salamanders .
Model output: your salamanders with my tyrannosauruses admire your raven upon her salamanders .
Input: our tyrannosauruses that high_fived her vulture accepted our tyrannosauruses . past
Target output: our tyrannosauruses that high_fived her vulture accepted our tyrannosauruses .
Model output: our tyrannosauruses that accepted her vulture high_fived our tyrannosauruses .
Input: some unicorns giggled . present
Target output: some unicorns giggle .
Model output: some unicorns giggle .
Input: your orangutan around our tyrannosauruses high_fived the xylophones behind her peacocks . past
Target output: your orangutan around our tyrannosauruses high_fived the xylophones behind her peacocks .
Model output: your orangutan around our tyrannosauruses high_fived the xylophones behind her peacocks .", exgen:"Input: her yaks by some vulture moved . present
Target output: her yaks by some vulture move .
Model output: her yaks by some vulture moves .
Input: the tyrannosaurus with my tyrannosauruses waited . present
Target output: the tyrannosaurus with my tyrannosauruses waits .
Model output: the tyrannosaurus with my tyrannosauruses wait .
Input: my peacock that my salamanders applauded high_fived our tyrannosaurus . present
Target output: my peacock that my salamanders applaud high_fives our tyrannosaurus .
Model output: my peacock that my salamanders applaud high_five our tyrannosaurus .
Input: our zebra by my xylophones read . present
Target output: our zebra by my xylophones reads .
Model output: our zebra by my xylophones read .
Input: your walrus who comforted her tyrannosauruses admired the xylophone behind the yaks . present
Target output: your walrus who comforts her tyrannosauruses admires the xylophone behind the yaks .
Model output: your walrus who comforts her tyrannosauruses admire the xylophone behind the yaks .
Input: the xylophones that confused the raven swam . present
Target output: the xylophones that confuse the raven swim .
Model output: the xylophones that confuse the raven swims .
Input: some unicorn behind your vultures applauded our raven above my yaks . present
Target output: some unicorn behind your vultures applauds our raven above my yaks .
Model output: some unicorn behind your vultures applaud our raven above my yaks .
Input: her walruses that my orangutan entertained admired our orangutans . present
Target output: her walruses that my orangutan entertains admire our orangutans .
Model output: her walruses that my orangutan entertains admires our orangutans .
Input: my newts by our vulture amused my salamanders by some salamander . present
Target output: my newts by our vulture amuse my salamanders by some salamander .
Model output: my newts by our salamanders amuse my vulture by some salamander .
Input: the vultures that some vulture comforted confused some raven by your orangutans . present
Target output: the vultures that some vulture comforts confuse some raven by your orangutans .
Model output: the vultures that some vulture comforts confuses some raven by your orangutans .", testfull:0.93, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.84, genmvcorrect:0.03, genmvlinear:0.9, genmvcorrectnum:0.04, genmvwrongnum:0.96, };
var p13_tense_exp31 = {name:"tense_GRU_GRU_0_0.001_256_31", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her tyrannosaurus admired our vulture who my walrus applauded . present
Target output: her tyrannosaurus admires our vulture who my walrus applauds .
Model output: her tyrannosaurus admires our vulture who my walrus applauds .
Input: her ravens that accepted her tyrannosauruses confused your xylophones who remembered some zebras . past
Target output: her ravens that accepted her tyrannosauruses confused your xylophones who remembered some zebras .
Model output: her ravens that accepted her tyrannosauruses confused your xylophones who remembered some zebras .
Input: some quails giggled . past
Target output: some quails giggled .
Model output: some quails giggled .
Input: my vulture that your orangutan entertained smiled . past
Target output: my vulture that your orangutan entertained smiled .
Model output: my vulture that your orangutan entertained smiled .
Input: her orangutan ate . present
Target output: her orangutan eats .
Model output: her orangutan eats .
Input: our xylophones high_fived your tyrannosauruses that confused some xylophone . present
Target output: our xylophones high_five your tyrannosauruses that confuse some xylophone .
Model output: our xylophones high_five your tyrannosauruses that confuse some xylophone .
Input: some zebra with some tyrannosaurus smiled . present
Target output: some zebra with some tyrannosaurus smiles .
Model output: some zebra with some tyrannosaurus smiles .
Input: the tyrannosauruses above the zebras swam . present
Target output: the tyrannosauruses above the zebras swim .
Model output: the tyrannosauruses above the zebras swim .
Input: some quail swam . present
Target output: some quail swims .
Model output: some quail swims .
Input: my peacocks upon our vultures accepted your xylophones below our walrus . present
Target output: my peacocks upon our vultures accept your xylophones below our walrus .
Model output: my peacocks upon our vultures accept your xylophones below our walrus .", exgen:"Input: her walruses with our peacock comforted my tyrannosauruses . present
Target output: her walruses with our peacock comfort my tyrannosauruses .
Model output: her walruses with our peacock comforts my tyrannosauruses .
Input: her orangutan below the orangutans accepted your unicorn that moved . present
Target output: her orangutan below the orangutans accepts your unicorn that moves .
Model output: her orangutan below the orangutans accept your unicorn that moves .
Input: our vulture who comforted my unicorns accepted my tyrannosaurus below her quails . present
Target output: our vulture who comforts my unicorns accepts my tyrannosaurus below her quails .
Model output: our vulture who comforts my unicorns accept my tyrannosaurus below her quails .
Input: my ravens that some raven confused comforted our salamanders . present
Target output: my ravens that some raven confuses comfort our salamanders .
Model output: my ravens that some raven confuses comforts our salamanders .
Input: the newt above our orangutans admired the orangutans with her tyrannosauruses . present
Target output: the newt above our orangutans admires the orangutans with her tyrannosauruses .
Model output: the newt above our orangutans admire the orangutans with her tyrannosauruses .
Input: her newts around our zebra entertained your raven who giggled . present
Target output: her newts around our zebra entertain your raven who giggles .
Model output: her newts around our zebra entertains your raven who giggles .
Input: your orangutan that my yaks entertained swam . present
Target output: your orangutan that my yaks entertain swims .
Model output: your orangutan that my yaks entertain swim .
Input: her orangutan that confused your tyrannosauruses entertained your quail . present
Target output: her orangutan that confuses your tyrannosauruses entertains your quail .
Model output: her orangutan that confuses your tyrannosauruses entertain your quail .
Input: the orangutans who some orangutan comforted remembered the xylophone around your peacock . present
Target output: the orangutans who some orangutan comforts remember the xylophone around your peacock .
Model output: the orangutans who some orangutan remember comfort the xylophone around your peacock .
Input: my peacocks with our peacock admired her ravens who amused some peacocks . present
Target output: my peacocks with our peacock admire her ravens who amuse some peacocks .
Model output: my peacocks with our peacock amuses her ravens who admire some peacocks .", testfull:0.88, testpos:0.99, genfull:0.02, genpos:0.98, genlinear:0.72, genmvcorrect:0.07, genmvlinear:0.82, genmvcorrectnum:0.08, genmvwrongnum:0.9, };
var p13_tense_exp32 = {name:"tense_GRU_GRU_0_0.001_256_32", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your salamander that high_fived our newt applauded your unicorn below some xylophones . present
Target output: your salamander that high_fives our newt applauds your unicorn below some xylophones .
Model output: your salamander that high_fives our newt applauds your unicorn below some xylophones .
Input: her zebras with your yak admired her peacock . past
Target output: her zebras with your yak admired her peacock .
Model output: her zebras with your yak admired her peacock .
Input: our yak who read applauded some zebra . past
Target output: our yak who read applauded some zebra .
Model output: our yak who read applauded some zebra .
Input: my quails remembered the zebras that the salamanders amused . present
Target output: my quails remember the zebras that the salamanders amuse .
Model output: my quails remember the zebras that the salamanders amuse .
Input: our vultures high_fived some tyrannosaurus who her walruses applauded . past
Target output: our vultures high_fived some tyrannosaurus who her walruses applauded .
Model output: our vultures high_fived some tyrannosaurus who her walruses applauded .
Input: her yak near her unicorns entertained our raven that her newt accepted . past
Target output: her yak near her unicorns entertained our raven that her newt accepted .
Model output: her yak near her unicorns entertained our raven that her newt accepted .
Input: your walrus remembered her salamanders . past
Target output: your walrus remembered her salamanders .
Model output: your walrus remembered her salamanders .
Input: my unicorn who waited admired my tyrannosaurus who amused my salamanders . past
Target output: my unicorn who waited admired my tyrannosaurus who amused my salamanders .
Model output: my unicorn who waited admired my tyrannosaurus who amused my ravens .
Input: her zebras accepted your orangutan . past
Target output: her zebras accepted your orangutan .
Model output: her zebras accepted your orangutan .
Input: your raven who giggled entertained your walruses . present
Target output: your raven who giggles entertains your walruses .
Model output: your raven who giggles entertains your walruses .", exgen:"Input: our newts who the vulture applauded amused some xylophones . present
Target output: our newts who the vulture applauds amuse some xylophones .
Model output: our newts who the vulture applauds amuses some xylophones .
Input: her raven upon my vultures remembered your ravens below our walruses . present
Target output: her raven upon my vultures remembers your ravens below our walruses .
Model output: her raven upon my vultures remember your ravens below our walruses .
Input: some ravens who my zebra comforted waited . present
Target output: some ravens who my zebra comforts wait .
Model output: some ravens who my zebra comforts waits .
Input: your walrus that my peacocks high_fived admired my ravens below some walrus . present
Target output: your walrus that my peacocks high_five admires my ravens below some walrus .
Model output: your walrus that my peacocks high_five admire my ravens below some walrus .
Input: the raven who your ravens amused amused her tyrannosauruses . present
Target output: the raven who your ravens amuse amuses her tyrannosauruses .
Model output: the raven who your ravens amuse amuse her tyrannosauruses .
Input: some salamander who amused her ravens admired the zebras who ate . present
Target output: some salamander who amuses her ravens admires the zebras who eat .
Model output: some salamander who amuses her ravens admire the zebras who eat .
Input: our quails below the salamander comforted the peacock . present
Target output: our quails below the salamander comfort the peacock .
Model output: our quails below the salamander comforts the peacock .
Input: my quails above her yak entertained my tyrannosauruses by some vultures . present
Target output: my quails above her yak entertain my tyrannosauruses by some vultures .
Model output: my quails above her yak entertains my tyrannosauruses by some vultures .
Input: the yak that some tyrannosauruses remembered confused your tyrannosauruses . present
Target output: the yak that some tyrannosauruses remember confuses your tyrannosauruses .
Model output: the yak that some tyrannosauruses remember remember your tyrannosauruses .
Input: your orangutans below your peacock read . present
Target output: your orangutans below your peacock read .
Model output: your orangutans below your peacock reads .", testfull:0.93, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.85, genmvcorrect:0.02, genmvlinear:0.92, genmvcorrectnum:0.02, genmvwrongnum:0.97, };
var p13_tense_exp33 = {name:"tense_GRU_GRU_0_0.001_256_33", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your xylophones by your ravens entertained some newts around your orangutans . present
Target output: your xylophones by your ravens entertain some newts around your orangutans .
Model output: your xylophones by your ravens entertain some newts around your orangutans .
Input: your yaks confused her quail above some salamander . present
Target output: your yaks confuse her quail above some salamander .
Model output: your yaks confuse her quail above some salamander .
Input: her unicorn read . present
Target output: her unicorn reads .
Model output: her unicorn reads .
Input: your vulture below your quails entertained the walruses . past
Target output: your vulture below your quails entertained the walruses .
Model output: your vulture below your quails entertained the walruses .
Input: the orangutan that admired the walrus waited . past
Target output: the orangutan that admired the walrus waited .
Model output: the orangutan that admired the walrus waited .
Input: your unicorn upon your unicorn admired your vultures behind your newts . past
Target output: your unicorn upon your unicorn admired your vultures behind your newts .
Model output: your unicorn upon your unicorn admired your vultures behind your newts .
Input: the zebras upon some xylophones changed . past
Target output: the zebras upon some xylophones changed .
Model output: the zebras upon some xylophones changed .
Input: my xylophone above her yak entertained her orangutans with your orangutans . present
Target output: my xylophone above her yak entertains her orangutans with your orangutans .
Model output: my xylophone above her yak entertains her orangutans with your orangutans .
Input: my xylophone confused some xylophone . present
Target output: my xylophone confuses some xylophone .
Model output: my xylophone confuses some xylophone .
Input: some newt behind her salamander high_fived our xylophone who entertained our quails . present
Target output: some newt behind her salamander high_fives our xylophone who entertains our quails .
Model output: some newt behind her salamander entertains our xylophone who high_fives our quails .", exgen:"Input: my newt that admired your zebras remembered our unicorns that swam . present
Target output: my newt that admires your zebras remembers our unicorns that swim .
Model output: my newt that admires your zebras remember our unicorns that swim .
Input: our newt above some newts moved . present
Target output: our newt above some newts moves .
Model output: our newt above some newts move .
Input: our quail who entertained your ravens confused our unicorn . present
Target output: our quail who entertains your ravens confuses our unicorn .
Model output: our quail who entertains your ravens confuse our unicorn .
Input: your xylophone near our tyrannosauruses accepted some unicorn that our walrus accepted . present
Target output: your xylophone near our tyrannosauruses accepts some unicorn that our walrus accepts .
Model output: your xylophone near our tyrannosauruses accept some unicorn that our walrus accepts .
Input: my quails below your orangutan amused her walrus who giggled . present
Target output: my quails below your orangutan amuse her walrus who giggles .
Model output: my quails below your orangutan amuses her walrus who giggles .
Input: my salamanders by some salamander entertained her unicorn . present
Target output: my salamanders by some salamander entertain her unicorn .
Model output: my salamanders by some salamander entertains her unicorn .
Input: our peacock below your orangutans confused my vultures below our salamander . present
Target output: our peacock below your orangutans confuses my vultures below our salamander .
Model output: our peacock below your vultures confuse my orangutans below our salamander .
Input: the vulture around her xylophones comforted her unicorns that amused our walruses . present
Target output: the vulture around her xylophones comforts her unicorns that amuse our walruses .
Model output: the vulture around her xylophones comfort her unicorns that amuse our walruses .
Input: our yak upon your zebras amused your xylophone who moved . present
Target output: our yak upon your zebras amuses your xylophone who moves .
Model output: our yak upon your zebras amuse your xylophone who moves .
Input: our raven who your zebras amused giggled . present
Target output: our raven who your zebras amuse giggles .
Model output: our raven who your zebras amuse giggle .", testfull:0.91, testpos:1.0, genfull:0.02, genpos:0.99, genlinear:0.79, genmvcorrect:0.05, genmvlinear:0.87, genmvcorrectnum:0.06, genmvwrongnum:0.93, };
var p13_tense_exp34 = {name:"tense_GRU_GRU_0_0.001_256_34", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our vulture that accepted our salamander confused the walruses behind our orangutans . past
Target output: our vulture that accepted our salamander confused the walruses behind our orangutans .
Model output: our vulture that confused our salamander confused our walruses behind our orangutans .
Input: my tyrannosauruses who remembered your peacock confused my unicorn . past
Target output: my tyrannosauruses who remembered your peacock confused my unicorn .
Model output: my tyrannosauruses who remembered your peacock confused my unicorn .
Input: her tyrannosauruses near our newt ate . past
Target output: her tyrannosauruses near our newt ate .
Model output: her tyrannosauruses near our newt ate .
Input: your orangutan changed . present
Target output: your orangutan changes .
Model output: your orangutan changes .
Input: her yaks below your vultures admired the peacock around our unicorn . past
Target output: her yaks below your vultures admired the peacock around our unicorn .
Model output: her yaks below your vultures admired the peacock around our unicorn .
Input: your salamanders who our unicorns remembered amused your salamanders . present
Target output: your salamanders who our unicorns remember amuse your salamanders .
Model output: your salamanders who our unicorns remember amuse your salamanders .
Input: our peacock behind my raven entertained your zebra that waited . past
Target output: our peacock behind my raven entertained your zebra that waited .
Model output: our peacock behind my raven entertained your zebra that waited .
Input: my xylophones comforted my walruses who swam . present
Target output: my xylophones comfort my walruses who swim .
Model output: my xylophones comfort my walruses who swim .
Input: the zebras upon our salamander entertained the yak with your walrus . past
Target output: the zebras upon our salamander entertained the yak with your walrus .
Model output: the zebras upon our salamander entertained the yak with your walrus .
Input: your vultures that our yaks confused confused her quails below your newt . past
Target output: your vultures that our yaks confused confused her quails below your newt .
Model output: your vultures that our yaks confused confused her quails below your newt .", exgen:"Input: your walrus upon our walruses remembered her xylophones who entertained some unicorn . present
Target output: your walrus upon our walruses remembers her xylophones who entertain some unicorn .
Model output: your walrus upon our walruses remember her xylophones who remember some unicorn .
Input: our tyrannosauruses by some unicorn entertained my newt . present
Target output: our tyrannosauruses by some unicorn entertain my newt .
Model output: our tyrannosauruses by some unicorn entertains my newt .
Input: our peacocks behind some zebra waited . present
Target output: our peacocks behind some zebra wait .
Model output: our peacocks behind some zebra waits .
Input: your xylophones upon her orangutan high_fived our peacocks . present
Target output: your xylophones upon her orangutan high_five our peacocks .
Model output: your xylophones upon her orangutan high_fives our peacocks .
Input: my tyrannosaurus that applauded your salamanders comforted the peacock with the unicorn . present
Target output: my tyrannosaurus that applauds your salamanders comforts the peacock with the unicorn .
Model output: my tyrannosaurus that applauds your salamanders comfort the unicorn with the peacock .
Input: some newt who my tyrannosauruses comforted ate . present
Target output: some newt who my tyrannosauruses comfort eats .
Model output: some newt who my tyrannosauruses comfort giggle .
Input: my salamander by her quails admired her ravens near her vultures . present
Target output: my salamander by her quails admires her ravens near her vultures .
Model output: my salamander who her salamander admires entertains her ravens near her vultures .
Input: her tyrannosauruses upon her quail applauded your yak that some tyrannosauruses applauded . present
Target output: her tyrannosauruses upon her quail applaud your yak that some tyrannosauruses applaud .
Model output: her tyrannosauruses upon her quail applauds your yak that some tyrannosauruses applaud .
Input: our zebras that her vulture admired applauded some walruses . present
Target output: our zebras that her vulture admires applaud some walruses .
Model output: our zebras that her vulture admires admires some walruses .
Input: my unicorn around our ravens slept . present
Target output: my unicorn around our ravens sleeps .
Model output: my unicorn around our ravens sleep .", testfull:0.75, testpos:0.99, genfull:0.02, genpos:0.98, genlinear:0.57, genmvcorrect:0.12, genmvlinear:0.7, genmvcorrectnum:0.16, genmvwrongnum:0.82, };
var p13_tense_exp35 = {name:"tense_GRU_GRU_0_0.001_256_35", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her orangutans by your unicorns read . past
Target output: her orangutans by your unicorns read .
Model output: her orangutans by your unicorns read .
Input: my salamanders ate . present
Target output: my salamanders eat .
Model output: my salamanders eat .
Input: your newt amused our unicorn behind her zebra . past
Target output: your newt amused our unicorn behind her zebra .
Model output: your newt amused our unicorn behind her zebra .
Input: our zebra by our unicorn applauded some yaks behind my quail . present
Target output: our zebra by our unicorn applauds some yaks behind my quail .
Model output: our zebra by our unicorn applauds some yaks behind my quail .
Input: her vulture near my unicorns remembered my quails who amused the salamanders . past
Target output: her vulture near my unicorns remembered my quails who amused the salamanders .
Model output: her vulture near my unicorns remembered my quails who amused the salamanders .
Input: our vulture near some zebra accepted my xylophones who some quail remembered . past
Target output: our vulture near some zebra accepted my xylophones who some quail remembered .
Model output: our vulture near some zebra accepted some xylophones who my quail remembered .
Input: her orangutans that your zebras comforted waited . present
Target output: her orangutans that your zebras comfort wait .
Model output: her orangutans that your zebras comfort wait .
Input: our zebras high_fived our zebra above the quails . past
Target output: our zebras high_fived our zebra above the quails .
Model output: our zebras high_fived our zebra above the quails .
Input: my newts upon some unicorn applauded her vultures above some vultures . past
Target output: my newts upon some unicorn applauded her vultures above some vultures .
Model output: my newts upon some unicorn applauded her vultures above some vultures .
Input: the zebra remembered her tyrannosaurus . past
Target output: the zebra remembered her tyrannosaurus .
Model output: the zebra remembered her tyrannosaurus .", exgen:"Input: our xylophones behind your zebra comforted our tyrannosauruses that high_fived the xylophone . present
Target output: our xylophones behind your zebra comfort our tyrannosauruses that high_five the xylophone .
Model output: our xylophones behind your zebra comforts our tyrannosauruses that high_five the xylophone .
Input: the orangutans by some salamander accepted my peacock upon our xylophones . present
Target output: the orangutans by some salamander accept my peacock upon our xylophones .
Model output: the orangutans by some salamander accepts my peacock upon our xylophones .
Input: the newts behind her salamander changed . present
Target output: the newts behind her salamander change .
Model output: the newts behind her salamander changes .
Input: our unicorn who amused her orangutans remembered some walrus . present
Target output: our unicorn who amuses her orangutans remembers some walrus .
Model output: our unicorn who amuses her orangutans remember some walrus .
Input: some peacocks around your yak amused some orangutans who our raven remembered . present
Target output: some peacocks around your yak amuse some orangutans who our raven remembers .
Model output: some peacocks around your yak amuse some tyrannosaurus who our raven remembers .
Input: the quails that her yak applauded high_fived your peacocks below our walrus . present
Target output: the quails that her yak applauds high_five your peacocks below our walrus .
Model output: the quails that her yak applauds high_fives your peacocks below our walrus .
Input: our peacock who applauded your orangutans confused my xylophones near her yak . present
Target output: our peacock who applauds your orangutans confuses my xylophones near her yak .
Model output: our peacock who applauds your orangutans confuse my xylophones near her yak .
Input: my tyrannosauruses that her raven entertained confused the newt below her quail . present
Target output: my tyrannosauruses that her raven entertains confuse the newt below her quail .
Model output: my tyrannosauruses that her raven entertains confuses the newt below her quail .
Input: my salamanders who my newt remembered slept . present
Target output: my salamanders who my newt remembers sleep .
Model output: my salamanders who my newt remembers sleeps .
Input: my peacocks who the unicorn amused read . present
Target output: my peacocks who the unicorn amuses read .
Model output: my peacocks who the unicorn amuses reads .", testfull:0.92, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.82, genmvcorrect:0.03, genmvlinear:0.89, genmvcorrectnum:0.04, genmvwrongnum:0.96, };
var p13_tense_exp36 = {name:"tense_GRU_GRU_0_0.001_256_36", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your walruses comforted the xylophones . present
Target output: your walruses comfort the xylophones .
Model output: your walruses comfort the xylophones .
Input: your orangutan around some zebra remembered your zebras around our newts . present
Target output: your orangutan around some zebra remembers your zebras around our newts .
Model output: your orangutan around some zebra remembers your zebras around our newts .
Input: our quails ate . past
Target output: our quails ate .
Model output: our quails ate .
Input: the orangutan that your unicorns admired high_fived some peacocks . past
Target output: the orangutan that your unicorns admired high_fived some peacocks .
Model output: the orangutan that your unicorns admired high_fived some peacocks .
Input: your peacock applauded your newt around your ravens . past
Target output: your peacock applauded your newt around your ravens .
Model output: your peacock applauded your newt around your ravens .
Input: my quail that accepted our peacock applauded the yak who read . past
Target output: my quail that accepted our peacock applauded the yak who read .
Model output: my quail that accepted our yak applauded the yak who read .
Input: my yaks below some salamanders giggled . past
Target output: my yaks below some salamanders giggled .
Model output: my yaks below some salamanders giggled .
Input: my peacocks upon her xylophone changed . past
Target output: my peacocks upon her xylophone changed .
Model output: my peacocks upon her xylophone changed .
Input: her salamander that smiled comforted my yaks below the quail . present
Target output: her salamander that smiles comforts my yaks below the quail .
Model output: her salamander that smiles comforts my yaks below the quail .
Input: her salamanders that giggled remembered our quails above our quail . past
Target output: her salamanders that giggled remembered our quails above our quail .
Model output: her salamanders that giggled remembered our quails above our quail .", exgen:"Input: some xylophone who your walruses entertained changed . present
Target output: some xylophone who your walruses entertain changes .
Model output: some xylophone who your walruses entertain change .
Input: your quails that applauded her newt applauded her newts by our peacocks . present
Target output: your quails that applaud her newt applaud her newts by our peacocks .
Model output: your quails that applaud her newt applauds her newts by our peacocks .
Input: my tyrannosaurus around our salamanders applauded some xylophone . present
Target output: my tyrannosaurus around our salamanders applauds some xylophone .
Model output: my tyrannosaurus around our salamanders applaud some xylophone .
Input: our peacocks above some xylophone high_fived her quail below the quail . present
Target output: our peacocks above some xylophone high_five her quail below the quail .
Model output: our peacocks below some quail high_fives her xylophone below the quail .
Input: the ravens below your unicorn entertained our ravens . present
Target output: the ravens below your unicorn entertain our ravens .
Model output: the ravens below your unicorn entertains our ravens .
Input: her raven by the newts applauded her raven with our xylophones . present
Target output: her raven by the newts applauds her raven with our xylophones .
Model output: her raven by the yak applauds her newts with our peacock .
Input: some peacock below our zebras remembered my quail behind the xylophones . present
Target output: some peacock below our zebras remembers my quail behind the xylophones .
Model output: some peacock below our zebras remember my quail behind the xylophones .
Input: our xylophone upon our salamanders moved . present
Target output: our xylophone upon our salamanders moves .
Model output: our xylophone upon our salamanders move .
Input: my unicorn below your unicorns applauded your peacocks . present
Target output: my unicorn below your unicorns applauds your peacocks .
Model output: my unicorn below your unicorns applaud your peacocks .
Input: her peacocks who your orangutan entertained entertained our tyrannosauruses behind her quails . present
Target output: her peacocks who your orangutan entertains entertain our tyrannosauruses behind her quails .
Model output: her peacocks who your orangutan entertains entertains our tyrannosauruses behind her quails .", testfull:0.81, testpos:0.99, genfull:0.01, genpos:0.99, genlinear:0.67, genmvcorrect:0.05, genmvlinear:0.81, genmvcorrectnum:0.06, genmvwrongnum:0.93, };
var p13_tense_exp37 = {name:"tense_GRU_GRU_0_0.001_256_37", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the yaks upon your salamander smiled . past
Target output: the yaks upon your salamander smiled .
Model output: the yaks upon your salamander smiled .
Input: her newt who smiled accepted the yak . past
Target output: her newt who smiled accepted the yak .
Model output: her newt who smiled accepted the yak .
Input: her quail confused your ravens . past
Target output: her quail confused your ravens .
Model output: her quail confused your ravens .
Input: my unicorns that read accepted my peacock . present
Target output: my unicorns that read accept my peacock .
Model output: my unicorns that read accept my peacock .
Input: her newt giggled . present
Target output: her newt giggles .
Model output: her newt giggles .
Input: your unicorn confused her orangutans that our zebra admired . present
Target output: your unicorn confuses her orangutans that our zebra admires .
Model output: your unicorn confuses her orangutans that our zebra admires .
Input: our salamanders entertained some tyrannosaurus that remembered the peacock . present
Target output: our salamanders entertain some tyrannosaurus that remembers the peacock .
Model output: our salamanders entertain some tyrannosaurus that remembers the peacock .
Input: my salamander with her orangutan accepted some vultures that some ravens confused . present
Target output: my salamander with her orangutan accepts some vultures that some ravens confuse .
Model output: my salamander with her orangutan accepts some vultures that some ravens confuse .
Input: her newt by our newt accepted your quails . past
Target output: her newt by our newt accepted your quails .
Model output: her newt by our newt accepted your quails .
Input: her vultures who high_fived my yak comforted some tyrannosauruses . past
Target output: her vultures who high_fived my yak comforted some tyrannosauruses .
Model output: her yak who high_fived my yak comforted some tyrannosauruses .", exgen:"Input: our orangutans above the zebra applauded some vulture . present
Target output: our orangutans above the zebra applaud some vulture .
Model output: our orangutans above the zebra applauds some vulture .
Input: your vulture below the walruses ate . present
Target output: your vulture below the walruses eats .
Model output: your vulture below the walruses eat .
Input: some unicorn with the unicorns entertained my yaks with some zebras . present
Target output: some unicorn with the unicorns entertains my yaks with some zebras .
Model output: some unicorn with the unicorns entertain my yaks with some zebras .
Input: our yak below the newts applauded your newt behind her salamanders . present
Target output: our yak below the newts applauds your newt behind her salamanders .
Model output: our yak below the newts applauds your newt behind her salamanders .
Input: some yak below her peacocks admired my ravens upon our yak . present
Target output: some yak below her peacocks admires my ravens upon our yak .
Model output: some yak below her peacocks admire my ravens upon our yak .
Input: her xylophone with some peacocks admired the salamander who some quails accepted . present
Target output: her xylophone with some peacocks admires the salamander who some quails accept .
Model output: her xylophone with some peacocks admire the salamander who some quails accept .
Input: her salamander who your zebras confused ate . present
Target output: her salamander who your zebras confuse eats .
Model output: her salamander who your zebras confuse eat .
Input: my salamanders by the xylophone comforted her walrus who confused the salamanders . present
Target output: my salamanders by the xylophone comfort her walrus who confuses the salamanders .
Model output: my salamanders by the xylophone comforts her walrus who confuses the salamanders .
Input: my yaks that some tyrannosaurus admired swam . present
Target output: my yaks that some tyrannosaurus admires swim .
Model output: my yaks that some tyrannosaurus admire swims .
Input: your ravens behind your quail applauded the quail below the salamanders . present
Target output: your ravens behind your quail applaud the quail below the salamanders .
Model output: your ravens behind your quail applauds the quail below the salamanders .", testfull:0.94, testpos:1.0, genfull:0.04, genpos:0.99, genlinear:0.77, genmvcorrect:0.1, genmvlinear:0.84, genmvcorrectnum:0.11, genmvwrongnum:0.89, };
var p13_tense_exp38 = {name:"tense_GRU_GRU_0_0.001_256_38", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her yaks that amused some yak applauded some peacocks near her xylophone . past
Target output: her yaks that amused some yak applauded some peacocks near her xylophone .
Model output: her yaks that applauded some yak amused some peacocks near her xylophone .
Input: her tyrannosaurus waited . past
Target output: her tyrannosaurus waited .
Model output: her tyrannosaurus waited .
Input: some xylophone who amused the yaks slept . past
Target output: some xylophone who amused the yaks slept .
Model output: some xylophone who amused the yaks slept .
Input: her tyrannosauruses above the yak remembered the zebra . past
Target output: her tyrannosauruses above the yak remembered the zebra .
Model output: her tyrannosauruses above the yak remembered the zebra .
Input: her vultures that high_fived my yaks amused her orangutan around your newt . present
Target output: her vultures that high_five my yaks amuse her orangutan around your newt .
Model output: her vultures that high_five my yaks high_five her orangutan around your newt .
Input: some newts remembered her peacock . past
Target output: some newts remembered her peacock .
Model output: some newts remembered her peacock .
Input: your xylophone who waited confused our salamanders . past
Target output: your xylophone who waited confused our salamanders .
Model output: your xylophone who waited confused our salamanders .
Input: her walrus admired some vultures that your peacock high_fived . past
Target output: her walrus admired some vultures that your peacock high_fived .
Model output: her walrus admired some vultures that your peacock high_fived .
Input: her xylophones that swam admired your salamander around our xylophones . past
Target output: her xylophones that swam admired your salamander around our xylophones .
Model output: her xylophones that swam admired your salamander around our xylophones .
Input: our tyrannosauruses who her unicorns accepted changed . past
Target output: our tyrannosauruses who her unicorns accepted changed .
Model output: our tyrannosauruses who her unicorns accepted changed .", exgen:"Input: the peacock by our orangutans applauded her newt around our xylophone . present
Target output: the peacock by our orangutans applauds her newt around our xylophone .
Model output: the peacock by our orangutans applaud her xylophone around our newt .
Input: our yaks that our tyrannosaurus amused amused our raven that applauded your yaks . present
Target output: our yaks that our tyrannosaurus amuses amuse our raven that applauds your yaks .
Model output: our yaks that our tyrannosaurus amuses amuses our raven that applauds your yaks .
Input: your orangutans upon your yak read . present
Target output: your orangutans upon your yak read .
Model output: your orangutans upon your yak reads .
Input: her vulture behind my salamanders comforted some peacocks near your xylophones . present
Target output: her vulture behind my salamanders comforts some peacocks near your xylophones .
Model output: her vulture behind my salamanders comfort some salamanders near your xylophones .
Input: my orangutan behind my xylophones confused my yak that confused the orangutans . present
Target output: my orangutan behind my xylophones confuses my yak that confuses the orangutans .
Model output: my orangutan behind my orangutans confuse the yak that confuses my orangutans .
Input: our peacocks above your salamander high_fived your newts . present
Target output: our peacocks above your salamander high_five your newts .
Model output: our peacocks above your salamander high_fives your newts .
Input: our yak upon our unicorns high_fived our orangutans above her orangutans . present
Target output: our yak upon our unicorns high_fives our orangutans above her orangutans .
Model output: our yak upon our unicorns high_five our orangutans who her orangutans unicorns .
Input: your peacocks near her raven amused my zebras . present
Target output: your peacocks near her raven amuse my zebras .
Model output: your peacocks near her raven amuses my zebras .
Input: my peacocks below my newt comforted my peacocks with my tyrannosauruses . present
Target output: my peacocks below my newt comfort my peacocks with my tyrannosauruses .
Model output: my peacocks below my newt comforts my peacocks with my tyrannosauruses .
Input: the unicorn who remembered the yaks comforted the newt that accepted my peacock . present
Target output: the unicorn who remembers the yaks comforts the newt that accepts my peacock .
Model output: the unicorn who comforts the yaks remember the newt that accepts my peacock .", testfull:0.79, testpos:1.0, genfull:0.02, genpos:0.99, genlinear:0.62, genmvcorrect:0.08, genmvlinear:0.76, genmvcorrectnum:0.11, genmvwrongnum:0.88, };
var p13_tense_exp39 = {name:"tense_GRU_GRU_0_0.001_256_39", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our orangutans giggled . past
Target output: our orangutans giggled .
Model output: our orangutans giggled .
Input: your walruses that amused some ravens entertained the tyrannosauruses who your peacocks entertained . past
Target output: your walruses that amused some ravens entertained the tyrannosauruses who your peacocks entertained .
Model output: your walruses that amused the tyrannosauruses entertained some walruses who your peacocks entertained .
Input: my quails who read amused my yak who amused her yak . past
Target output: my quails who read amused my yak who amused her yak .
Model output: my quails who read amused my yak who amused her yak .
Input: your newts admired some vultures that the xylophone entertained . past
Target output: your newts admired some vultures that the xylophone entertained .
Model output: your newts admired some vultures that the xylophone entertained .
Input: my orangutans remembered my salamander near my newt . present
Target output: my orangutans remember my salamander near my newt .
Model output: my orangutans remember my salamander near my tyrannosaurus .
Input: your newts admired our orangutans above some xylophone . present
Target output: your newts admire our orangutans above some xylophone .
Model output: your newts admire our orangutans above some xylophone .
Input: our raven around my tyrannosauruses changed . past
Target output: our raven around my tyrannosauruses changed .
Model output: our raven around my tyrannosauruses changed .
Input: my yak comforted her vulture . past
Target output: my yak comforted her vulture .
Model output: my yak comforted her vulture .
Input: my salamander comforted our unicorns who read . past
Target output: my salamander comforted our unicorns who read .
Model output: my salamander comforted our unicorns who read .
Input: your quails remembered your vultures . present
Target output: your quails remember your vultures .
Model output: your quails remember your vultures .", exgen:"Input: the orangutan with our zebras remembered our unicorns that the walruses remembered . present
Target output: the orangutan with our zebras remembers our unicorns that the walruses remember .
Model output: the orangutan with our zebras remember our unicorns that the zebras remember .
Input: her yaks by the peacock moved . present
Target output: her yaks by the peacock move .
Model output: her yaks by the peacock moves .
Input: her yak near some ravens entertained our yak . present
Target output: her yak near some ravens entertains our yak .
Model output: her yak near some ravens entertain our yak .
Input: our ravens around some yak confused her salamander with her ravens . present
Target output: our ravens around some yak confuse her salamander with her ravens .
Model output: our ravens around some yak confuses her salamander with her ravens .
Input: her peacocks that high_fived the salamander confused our xylophones above our vulture . present
Target output: her peacocks that high_five the salamander confuse our xylophones above our vulture .
Model output: her peacocks that high_five the vulture confuses our xylophones above our salamander .
Input: our walrus behind my orangutans ate . present
Target output: our walrus behind my orangutans eats .
Model output: our walrus behind my orangutans eat .
Input: my zebra who applauded your unicorns accepted some salamander behind the tyrannosauruses . present
Target output: my zebra who applauds your unicorns accepts some salamander behind the tyrannosauruses .
Model output: my zebra who applauds your unicorns accept some quail behind some tyrannosauruses .
Input: your yaks that high_fived our peacock giggled . present
Target output: your yaks that high_five our peacock giggle .
Model output: your yaks that high_five our peacock giggles .
Input: her quails near her xylophone remembered our vultures around our xylophones . present
Target output: her quails near her xylophone remember our vultures around our xylophones .
Model output: her quails near her xylophone remember our vultures around our xylophones .
Input: some zebra who entertained our zebras amused her tyrannosauruses that ate . present
Target output: some zebra who entertains our zebras amuses her tyrannosauruses that eat .
Model output: some zebra who amuses our zebra entertains her tyrannosauruses that eat .", testfull:0.64, testpos:0.98, genfull:0.02, genpos:0.96, genlinear:0.46, genmvcorrect:0.13, genmvlinear:0.66, genmvcorrectnum:0.16, genmvwrongnum:0.79, };
var p13_tense_exp40 = {name:"tense_GRU_GRU_0_0.001_256_40", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her peacocks that admired some xylophone entertained my yak . past
Target output: her peacocks that admired some xylophone entertained my yak .
Model output: her peacocks that admired some xylophone entertained my yak .
Input: our yaks confused your walruses near our zebra . present
Target output: our yaks confuse your walruses near our zebra .
Model output: our yaks confuse your walruses near our zebra .
Input: our peacock entertained your walrus that confused the quails . past
Target output: our peacock entertained your walrus that confused the quails .
Model output: our peacock entertained your walrus that confused the quails .
Input: our raven who waited moved . past
Target output: our raven who waited moved .
Model output: our raven who waited moved .
Input: some peacock high_fived some newt who confused your peacock . present
Target output: some peacock high_fives some newt who confuses your peacock .
Model output: some newt high_fives some peacock who confuses your peacock .
Input: her unicorns admired some raven . present
Target output: her unicorns admire some raven .
Model output: her unicorns admire some raven .
Input: your orangutans remembered your salamanders . past
Target output: your orangutans remembered your salamanders .
Model output: your orangutans remembered your salamanders .
Input: my salamander who waited applauded some walrus behind your peacock . present
Target output: my salamander who waits applauds some walrus behind your peacock .
Model output: my salamander who waits applauds some walrus behind your peacock .
Input: my walruses around some walruses remembered some unicorns . present
Target output: my walruses around some walruses remember some unicorns .
Model output: my walruses around some walruses remember some unicorns .
Input: my orangutans around the tyrannosauruses swam . present
Target output: my orangutans around the tyrannosauruses swim .
Model output: my orangutans around the tyrannosauruses swim .", exgen:"Input: the quails that the raven high_fived swam . present
Target output: the quails that the raven high_fives swim .
Model output: the quails that the raven high_fives swims .
Input: the ravens that accepted your yak moved . present
Target output: the ravens that accept your yak move .
Model output: the ravens that accept your yak moves .
Input: my tyrannosaurus upon the zebras entertained some zebra that slept . present
Target output: my tyrannosaurus upon the zebras entertains some zebra that sleeps .
Model output: my tyrannosaurus upon the zebras entertain some zebra that sleeps .
Input: the yaks that your raven confused applauded some salamanders . present
Target output: the yaks that your raven confuses applaud some salamanders .
Model output: the yaks that your raven applauds applauds some salamanders .
Input: her raven who my yaks applauded giggled . present
Target output: her raven who my yaks applaud giggles .
Model output: her raven who my yaks applaud giggle .
Input: her xylophone with some xylophones confused her yak behind my yaks . present
Target output: her xylophone with some xylophones confuses her yak behind my yaks .
Model output: her xylophone with some xylophones confuses her yak behind my yaks .
Input: some newts who our raven comforted confused some zebra who my walrus high_fived . present
Target output: some newts who our raven comforts confuse some zebra who my walrus high_fives .
Model output: some newts who our raven comforts high_fives some zebra who my walrus high_fives .
Input: her unicorn below some unicorns swam . present
Target output: her unicorn below some unicorns swims .
Model output: her unicorn below some unicorns swim .
Input: our vulture above some tyrannosauruses amused some peacock that high_fived her peacocks . present
Target output: our vulture above some tyrannosauruses amuses some peacock that high_fives her peacocks .
Model output: our vulture above some tyrannosauruses amuse some peacock that high_fives her peacocks .
Input: some newts who high_fived her orangutan admired the orangutan that admired my yaks . present
Target output: some newts who high_five her orangutan admire the orangutan that admires my yaks .
Model output: some newts who admire her orangutan admires the orangutan that admires my yaks .", testfull:0.83, testpos:1.0, genfull:0.02, genpos:0.99, genlinear:0.68, genmvcorrect:0.06, genmvlinear:0.79, genmvcorrectnum:0.08, genmvwrongnum:0.91, };
var p13_tense_exp41 = {name:"tense_GRU_GRU_0_0.001_256_41", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your peacocks by her zebras admired my xylophone around our peacock . past
Target output: your peacocks by her zebras admired my xylophone around our peacock .
Model output: your peacocks by her zebras admired my xylophone around our peacock .
Input: your salamander that high_fived our newt applauded your unicorn below some xylophones . present
Target output: your salamander that high_fives our newt applauds your unicorn below some xylophones .
Model output: your salamander that high_fives our newt applauds your unicorn below some xylophones .
Input: your newt slept . past
Target output: your newt slept .
Model output: your newt slept .
Input: my salamander applauded her peacocks above her walrus . present
Target output: my salamander applauds her peacocks above her walrus .
Model output: my salamander applauds her peacocks above her walrus .
Input: my newts that amused the zebra moved . past
Target output: my newts that amused the zebra moved .
Model output: my newts that amused the zebra moved .
Input: the zebra entertained her salamanders . past
Target output: the zebra entertained her salamanders .
Model output: the zebra entertained her salamanders .
Input: your vultures comforted your unicorn who applauded our raven . past
Target output: your vultures comforted your unicorn who applauded our raven .
Model output: your vultures comforted your unicorn who applauded our raven .
Input: your peacock above her tyrannosaurus ate . present
Target output: your peacock above her tyrannosaurus eats .
Model output: your peacock above her tyrannosaurus eats .
Input: some yak above my walrus slept . past
Target output: some yak above my walrus slept .
Model output: some yak above my walrus slept .
Input: some tyrannosauruses applauded our tyrannosauruses below the zebra . past
Target output: some tyrannosauruses applauded our tyrannosauruses below the zebra .
Model output: some tyrannosauruses applauded our tyrannosauruses below the zebra .", exgen:"Input: the peacocks above my raven comforted our walruses . present
Target output: the peacocks above my raven comfort our walruses .
Model output: the peacocks above my raven comforts our walruses .
Input: your salamanders around the zebra swam . present
Target output: your salamanders around the zebra swim .
Model output: your salamanders around the zebra swims .
Input: my zebras below her xylophone moved . present
Target output: my zebras below her xylophone move .
Model output: my zebras below her xylophone moves .
Input: her quail who amused some quails confused her walrus around your tyrannosauruses . present
Target output: her quail who amuses some quails confuses her walrus around your tyrannosauruses .
Model output: her quail who amuses some quails confuse her walrus around your tyrannosauruses .
Input: the orangutan who amused the zebras high_fived the ravens above her salamanders . present
Target output: the orangutan who amuses the zebras high_fives the ravens above her salamanders .
Model output: the orangutan who amuses the zebras high_five the ravens above her salamanders .
Input: the peacock upon our newts changed . present
Target output: the peacock upon our newts changes .
Model output: the peacock upon our newts change .
Input: your orangutan by some tyrannosauruses entertained your walruses that waited . present
Target output: your orangutan by some tyrannosauruses entertains your walruses that wait .
Model output: your orangutan by some tyrannosauruses entertain your walruses that wait .
Input: her tyrannosaurus with your newts remembered my yak . present
Target output: her tyrannosaurus with your newts remembers my yak .
Model output: her tyrannosaurus with your newts remember my yak .
Input: the newt behind our tyrannosauruses comforted some zebra below her xylophones . present
Target output: the newt behind our tyrannosauruses comforts some zebra below her xylophones .
Model output: the newt behind our tyrannosauruses comfort some zebra below her xylophones .
Input: my vulture that high_fived your walruses amused our newts . present
Target output: my vulture that high_fives your walruses amuses our newts .
Model output: my vulture that high_fives your walruses amuse our newts .", testfull:0.93, testpos:1.0, genfull:0.01, genpos:1.0, genlinear:0.83, genmvcorrect:0.04, genmvlinear:0.9, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp42 = {name:"tense_GRU_GRU_0_0.001_256_42", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your walruses below the tyrannosauruses applauded your quails who the orangutan comforted . past
Target output: your walruses below the tyrannosauruses applauded your quails who the orangutan comforted .
Model output: your walruses below the tyrannosauruses applauded your quails who the orangutan comforted .
Input: some unicorn that some yak high_fived entertained her tyrannosaurus . past
Target output: some unicorn that some yak high_fived entertained her tyrannosaurus .
Model output: some unicorn that some yak high_fived entertained her tyrannosaurus .
Input: your unicorns comforted our yaks around her orangutan . present
Target output: your unicorns comfort our yaks around her orangutan .
Model output: your unicorns comfort our yaks around her orangutan .
Input: her salamander accepted some zebras . past
Target output: her salamander accepted some zebras .
Model output: her salamander accepted some zebras .
Input: your peacock that moved admired some xylophones behind my quails . past
Target output: your peacock that moved admired some xylophones behind my quails .
Model output: your peacock that moved admired some xylophones behind my quails .
Input: her xylophones who remembered her walruses smiled . present
Target output: her xylophones who remember her walruses smile .
Model output: her xylophones who remember her walruses smile .
Input: our orangutan accepted the raven . past
Target output: our orangutan accepted the raven .
Model output: our orangutan accepted the raven .
Input: your peacock by your raven entertained your zebra . past
Target output: your peacock by your raven entertained your zebra .
Model output: your peacock by your raven entertained your zebra .
Input: your tyrannosauruses that our yak amused comforted the xylophone . past
Target output: your tyrannosauruses that our yak amused comforted the xylophone .
Model output: your tyrannosauruses that our yak amused comforted the xylophone .
Input: the zebras applauded the vulture who admired her vultures . present
Target output: the zebras applaud the vulture who admires her vultures .
Model output: the zebras admire the vulture who applauds her vultures .", exgen:"Input: your raven near our quails entertained the vulture . present
Target output: your raven near our quails entertains the vulture .
Model output: your quails near our quails entertain the vulture .
Input: the unicorn below some orangutans slept . present
Target output: the unicorn below some orangutans sleeps .
Model output: the unicorn below some orangutans sleep .
Input: your tyrannosauruses that confused our xylophone confused your salamander above our raven . present
Target output: your tyrannosauruses that confuse our xylophone confuse your salamander above our raven .
Model output: your tyrannosauruses that confuse our xylophone confuses your salamander above our raven .
Input: our walruses with our salamander admired our peacocks . present
Target output: our walruses with our salamander admire our peacocks .
Model output: our walruses with our walruses admire our salamander .
Input: the orangutan behind her vultures giggled . present
Target output: the orangutan behind her vultures giggles .
Model output: the orangutan behind her vultures giggle .
Input: some tyrannosauruses who entertained her tyrannosaurus ate . present
Target output: some tyrannosauruses who entertain her tyrannosaurus eat .
Model output: some tyrannosauruses who entertain her tyrannosaurus eats .
Input: her unicorns that our tyrannosaurus amused read . present
Target output: her unicorns that our tyrannosaurus amuses read .
Model output: her unicorns that our tyrannosaurus amuses reads .
Input: our newts above our raven admired some walruses . present
Target output: our newts above our raven admire some walruses .
Model output: our newts above our raven admires some walruses .
Input: some vulture who amused some tyrannosauruses entertained some tyrannosauruses . present
Target output: some vulture who amuses some tyrannosauruses entertains some tyrannosauruses .
Model output: some vulture who amuses some tyrannosauruses entertain some tyrannosauruses .
Input: our xylophones above your peacock swam . present
Target output: our xylophones above your peacock swim .
Model output: our xylophones above your peacock swims .", testfull:0.85, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.7, genmvcorrect:0.06, genmvlinear:0.82, genmvcorrectnum:0.08, genmvwrongnum:0.92, };
var p13_tense_exp43 = {name:"tense_GRU_GRU_0_0.001_256_43", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some ravens with her vulture giggled . past
Target output: some ravens with her vulture giggled .
Model output: some ravens with her vulture giggled .
Input: her zebra ate . present
Target output: her zebra eats .
Model output: her zebra eats .
Input: her xylophones that slept slept . past
Target output: her xylophones that slept slept .
Model output: her xylophones that slept slept .
Input: our yak near our newt applauded my vultures . past
Target output: our yak near our newt applauded my vultures .
Model output: our newt near our newt applauded my vultures .
Input: my newts behind your walrus admired some yaks near my ravens . past
Target output: my newts behind your walrus admired some yaks near my ravens .
Model output: my newts behind your walrus admired some yaks near my ravens .
Input: your vulture who accepted my newts confused the yaks . past
Target output: your vulture who accepted my newts confused the yaks .
Model output: your vulture who accepted my newts confused the yaks .
Input: our ravens near some yaks amused her walruses with my unicorns . present
Target output: our ravens near some yaks amuse her walruses with my unicorns .
Model output: our yaks near some yaks amuse her walruses with my unicorns .
Input: her unicorn entertained her vultures around some newts . present
Target output: her unicorn entertains her vultures around some newts .
Model output: her unicorn entertains her vultures around some newts .
Input: your vulture who smiled comforted my yaks that our quails high_fived . present
Target output: your vulture who smiles comforts my yaks that our quails high_five .
Model output: your vulture who smiles comforts my yaks that our quails high_five .
Input: some vultures below my ravens moved . past
Target output: some vultures below my ravens moved .
Model output: some vultures below my ravens moved .", exgen:"Input: some yak with your xylophones changed . present
Target output: some yak with your xylophones changes .
Model output: some yak with your xylophones change .
Input: our walrus behind the unicorns accepted your xylophones below some xylophones . present
Target output: our walrus behind the unicorns accepts your xylophones below some xylophones .
Model output: our walrus behind the unicorns accept your xylophones below some xylophones .
Input: our zebra near her orangutans high_fived my zebras . present
Target output: our zebra near her orangutans high_fives my zebras .
Model output: our zebra near her orangutans high_five my zebras .
Input: the salamander above our ravens high_fived our peacocks that confused some vulture . present
Target output: the salamander above our ravens high_fives our peacocks that confuse some vulture .
Model output: the salamander above our ravens high_five our peacocks that confuse some vulture .
Input: our unicorns who amused our quail accepted her unicorns that remembered our xylophone . present
Target output: our unicorns who amuse our quail accept her unicorns that remember our xylophone .
Model output: our unicorns who accept our quail remembers her unicorns that remember our xylophone .
Input: her xylophones who amused my walrus entertained our xylophones around your peacocks . present
Target output: her xylophones who amuse my walrus entertain our xylophones around your peacocks .
Model output: her xylophones who applaud our walrus entertains my xylophones around your peacocks .
Input: your orangutan with the zebras admired some yaks . present
Target output: your orangutan with the zebras admires some yaks .
Model output: your orangutan with the zebras admire some yaks .
Input: my raven that your zebras amused entertained her ravens who the xylophone admired . present
Target output: my raven that your zebras amuse entertains her ravens who the xylophone admires .
Model output: my tyrannosaurus that your zebras amuse entertain her ravens who the raven admires .
Input: her peacock around my ravens accepted your unicorn that slept . present
Target output: her peacock around my ravens accepts your unicorn that sleeps .
Model output: her peacock around my ravens accept your unicorn that sleeps .
Input: the yaks by her walrus changed . present
Target output: the yaks by her walrus change .
Model output: the yaks by her walrus changes .", testfull:0.8, testpos:0.99, genfull:0.01, genpos:0.98, genlinear:0.64, genmvcorrect:0.06, genmvlinear:0.79, genmvcorrectnum:0.08, genmvwrongnum:0.9, };
var p13_tense_exp44 = {name:"tense_GRU_GRU_0_0.001_256_44", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the yak by the raven entertained my xylophones who your unicorns remembered . present
Target output: the yak by the raven entertains my xylophones who your unicorns remember .
Model output: the yak by the raven entertains my xylophones who your unicorns remember .
Input: our vulture who changed admired your ravens . present
Target output: our vulture who changes admires your ravens .
Model output: our vulture who changes admires your ravens .
Input: her zebras below my orangutans confused her unicorn that giggled . present
Target output: her zebras below my orangutans confuse her unicorn that giggles .
Model output: her zebras below my orangutans confuse her unicorn that giggles .
Input: her salamander who moved high_fived my unicorn . present
Target output: her salamander who moves high_fives my unicorn .
Model output: her salamander who moves high_fives my unicorn .
Input: some vulture confused her xylophones that entertained my unicorns . past
Target output: some vulture confused her xylophones that entertained my unicorns .
Model output: some vulture confused her xylophones that entertained my unicorns .
Input: my walrus that smiled remembered the orangutans . present
Target output: my walrus that smiles remembers the orangutans .
Model output: my walrus that smiles remembers the orangutans .
Input: her yaks upon her xylophones applauded some salamander who her peacocks admired . past
Target output: her yaks upon her xylophones applauded some salamander who her peacocks admired .
Model output: her yaks upon her xylophones admired some salamander who her peacocks applauded .
Input: our quail who giggled high_fived your raven . present
Target output: our quail who giggles high_fives your raven .
Model output: our quail who giggles high_fives your raven .
Input: some salamander that some xylophones remembered applauded your unicorns . past
Target output: some salamander that some xylophones remembered applauded your unicorns .
Model output: some salamander that some xylophones remembered applauded your unicorns .
Input: the salamander by our orangutan confused her ravens . present
Target output: the salamander by our orangutan confuses her ravens .
Model output: the salamander by our orangutan confuses her ravens .", exgen:"Input: the xylophones that the raven accepted swam . present
Target output: the xylophones that the raven accepts swim .
Model output: the xylophones that the raven accepts swims .
Input: the unicorns by my raven confused our unicorns who smiled . present
Target output: the unicorns by my raven confuse our unicorns who smile .
Model output: the unicorns by my raven confuses our unicorns who smile .
Input: my orangutan by her orangutans read . present
Target output: my orangutan by her orangutans reads .
Model output: my orangutan by her orangutans read .
Input: the vultures by your salamander slept . present
Target output: the vultures by your salamander sleep .
Model output: the vultures by your salamander sleeps .
Input: our tyrannosauruses below my unicorn confused our newt that your salamanders confused . present
Target output: our tyrannosauruses below my unicorn confuse our newt that your salamanders confuse .
Model output: our tyrannosauruses below my unicorn confuses our newt that your salamanders confuse .
Input: her yak that comforted some orangutans amused the orangutan who comforted her raven . present
Target output: her yak that comforts some orangutans amuses the orangutan who comforts her raven .
Model output: her yak that comforts some peacocks amuse the orangutan who comforts her raven .
Input: her xylophones that remembered your vulture high_fived our peacocks . present
Target output: her xylophones that remember your vulture high_five our peacocks .
Model output: her xylophones that remember your vulture high_fives our peacocks .
Input: our tyrannosaurus upon some salamanders applauded some raven . present
Target output: our tyrannosaurus upon some salamanders applauds some raven .
Model output: our tyrannosaurus upon some salamanders applaud some raven .
Input: her orangutans by the tyrannosaurus applauded the tyrannosaurus that our vulture confused . present
Target output: her orangutans by the tyrannosaurus applaud the tyrannosaurus that our vulture confuses .
Model output: her orangutans by the tyrannosaurus applauds the tyrannosaurus that our vulture confuses .
Input: her walrus above our newts admired some xylophones that ate . present
Target output: her walrus above our newts admires some xylophones that eat .
Model output: her walrus above our newts admire some xylophones that eat .", testfull:0.9, testpos:1.0, genfull:0.0, genpos:1.0, genlinear:0.8, genmvcorrect:0.03, genmvlinear:0.89, genmvcorrectnum:0.03, genmvwrongnum:0.96, };
var p13_tense_exp45 = {name:"tense_GRU_GRU_0_0.001_256_45", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your zebra that entertained her peacocks confused some quails . past
Target output: your zebra that entertained her peacocks confused some quails .
Model output: your zebra that entertained her peacocks confused some quails .
Input: the unicorns that swam high_fived my walruses above my newts . past
Target output: the unicorns that swam high_fived my walruses above my newts .
Model output: the unicorns that swam high_fived my walruses above my newts .
Input: my ravens comforted some salamanders above your yaks . present
Target output: my ravens comfort some salamanders above your yaks .
Model output: my ravens comfort some salamanders above your yaks .
Input: her orangutans that swam comforted my xylophones . present
Target output: her orangutans that swim comfort my xylophones .
Model output: her orangutans that swim comfort my xylophones .
Input: the yak comforted our zebra . present
Target output: the yak comforts our zebra .
Model output: the yak comforts our zebra .
Input: your peacock applauded our xylophones that confused your quail . present
Target output: your peacock applauds our xylophones that confuse your quail .
Model output: your peacock applauds our xylophones that confuse your quail .
Input: her zebra that your tyrannosaurus entertained moved . present
Target output: her zebra that your tyrannosaurus entertains moves .
Model output: her zebra that your tyrannosaurus entertains moves .
Input: my peacocks who ate remembered some yak around my ravens . past
Target output: my peacocks who ate remembered some yak around my ravens .
Model output: my peacocks who ate remembered some yak around my ravens .
Input: the salamanders above some walruses comforted her unicorns with her orangutan . past
Target output: the salamanders above some walruses comforted her unicorns with her orangutan .
Model output: the salamanders above some walruses comforted her unicorns with her orangutan .
Input: my orangutan entertained some orangutans . past
Target output: my orangutan entertained some orangutans .
Model output: my orangutan entertained some orangutans .", exgen:"Input: our tyrannosauruses that our xylophone high_fived read . present
Target output: our tyrannosauruses that our xylophone high_fives read .
Model output: our tyrannosauruses that our xylophone high_fives reads .
Input: the xylophones that confused the raven swam . present
Target output: the xylophones that confuse the raven swim .
Model output: the xylophones that confuse the raven swims .
Input: some orangutans with your tyrannosaurus smiled . present
Target output: some orangutans with your tyrannosaurus smile .
Model output: some orangutans with your tyrannosaurus smiles .
Input: your orangutans upon the zebra entertained my zebra upon your peacock . present
Target output: your orangutans upon the zebra entertain my zebra upon your peacock .
Model output: your orangutans upon the zebra entertains my zebra upon your peacock .
Input: my peacock above our unicorns applauded our quail that changed . present
Target output: my peacock above our unicorns applauds our quail that changes .
Model output: my peacock above our unicorns applauds our quail that changes .
Input: her xylophones around some raven giggled . present
Target output: her xylophones around some raven giggle .
Model output: her xylophones around some raven giggles .
Input: the salamander that accepted some walruses high_fived the yaks around her zebras . present
Target output: the salamander that accepts some walruses high_fives the yaks around her zebras .
Model output: the salamander that accepts some walruses high_five the yaks around her zebras .
Input: some xylophone around the peacocks applauded my tyrannosauruses . present
Target output: some xylophone around the peacocks applauds my tyrannosauruses .
Model output: some xylophone around the peacocks applaud my tyrannosauruses .
Input: some vulture that applauded some xylophones accepted her orangutan . present
Target output: some vulture that applauds some xylophones accepts her orangutan .
Model output: some vulture that applauds some xylophones accept her orangutan .
Input: your salamanders that high_fived some quail entertained our newt who slept . present
Target output: your salamanders that high_five some quail entertain our newt who sleeps .
Model output: your salamanders that high_five some quail entertains our newt who sleeps .", testfull:0.91, testpos:1.0, genfull:0.02, genpos:0.99, genlinear:0.78, genmvcorrect:0.07, genmvlinear:0.85, genmvcorrectnum:0.08, genmvwrongnum:0.92, };
var p13_tense_exp46 = {name:"tense_GRU_GRU_0_0.001_256_46", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our vulture upon our salamander changed . present
Target output: our vulture upon our salamander changes .
Model output: our vulture upon our salamander changes .
Input: your vulture that confused our walruses confused her zebras who her orangutans remembered . past
Target output: your vulture that confused our walruses confused her zebras who her orangutans remembered .
Model output: your vulture that confused our walruses confused her zebras who her orangutans remembered .
Input: my walruses confused our peacock who her quails applauded . past
Target output: my walruses confused our peacock who her quails applauded .
Model output: my walruses applauded our peacock who her quails confused .
Input: her peacocks confused your newts with her newt . present
Target output: her peacocks confuse your newts with her newt .
Model output: her peacocks confuse your newts with her newt .
Input: my walrus above her tyrannosaurus remembered the ravens . past
Target output: my walrus above her tyrannosaurus remembered the ravens .
Model output: my walrus above her tyrannosaurus remembered the ravens .
Input: my yaks that waited high_fived my vulture . present
Target output: my yaks that wait high_five my vulture .
Model output: my yaks that wait high_five my vulture .
Input: her unicorn who slept admired my salamanders . present
Target output: her unicorn who sleeps admires my salamanders .
Model output: her unicorn who sleeps admires my salamanders .
Input: her quails that remembered our xylophones entertained our zebra that moved . past
Target output: her quails that remembered our xylophones entertained our zebra that moved .
Model output: her quails that remembered our xylophones entertained our zebra that moved .
Input: your quail above her walruses moved . past
Target output: your quail above her walruses moved .
Model output: your quail above her walruses moved .
Input: her vulture entertained my walrus above your walruses . past
Target output: her vulture entertained my walrus above your walruses .
Model output: her vulture entertained my walrus above your walruses .", exgen:"Input: the zebra that my tyrannosauruses accepted entertained my unicorns that amused my salamander . present
Target output: the zebra that my tyrannosauruses accept entertains my unicorns that amuse my salamander .
Model output: the zebra that my tyrannosauruses accept entertain my unicorns that entertain my salamander .
Input: the walrus that our orangutans confused slept . present
Target output: the walrus that our orangutans confuse sleeps .
Model output: the walrus that our orangutans confuse sleep .
Input: your tyrannosaurus with your zebras remembered our newts . present
Target output: your tyrannosaurus with your zebras remembers our newts .
Model output: your tyrannosaurus with your zebras remember our newts .
Input: our yak upon our unicorns high_fived our orangutans above her orangutans . present
Target output: our yak upon our unicorns high_fives our orangutans above her orangutans .
Model output: our yak upon our unicorns high_five our orangutans above her orangutans .
Input: my unicorns near my zebra comforted our yak below the salamanders . present
Target output: my unicorns near my zebra comfort our yak below the salamanders .
Model output: my unicorns near my zebra comforts our yak below the salamanders .
Input: your yak who some tyrannosauruses admired amused your yaks that the xylophones comforted . present
Target output: your yak who some tyrannosauruses admire amuses your yaks that the xylophones comfort .
Model output: your yak who some tyrannosauruses admire comfort your yaks that the xylophones admire .
Input: my xylophone who some orangutans amused comforted some walrus . present
Target output: my xylophone who some orangutans amuse comforts some walrus .
Model output: my orangutans who some orangutans amuse comfort some walrus .
Input: the newt near her xylophones moved . present
Target output: the newt near her xylophones moves .
Model output: the newt near her xylophones move .
Input: her salamander behind our yaks accepted our vultures around our peacock . present
Target output: her salamander behind our yaks accepts our vultures around our peacock .
Model output: her salamander behind our yaks accept our vultures around our peacock .
Input: her xylophone who your tyrannosauruses amused smiled . present
Target output: her xylophone who your tyrannosauruses amuse smiles .
Model output: her xylophone who your tyrannosauruses amuse smile .", testfull:0.92, testpos:1.0, genfull:0.0, genpos:1.0, genlinear:0.85, genmvcorrect:0.01, genmvlinear:0.92, genmvcorrectnum:0.02, genmvwrongnum:0.98, };
var p13_tense_exp47 = {name:"tense_GRU_GRU_0_0.001_256_47", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her unicorns admired some raven . present
Target output: her unicorns admire some raven .
Model output: her unicorns admire some raven .
Input: our unicorns entertained your yak upon the vultures . past
Target output: our unicorns entertained your yak upon the vultures .
Model output: our unicorns entertained your yak upon the vultures .
Input: her yaks above your unicorns applauded her walrus who applauded our quail . present
Target output: her yaks above your unicorns applaud her walrus who applauds our quail .
Model output: her yaks above your yaks applaud her walrus who applauds our quail .
Input: her quails upon your xylophone remembered my zebra near our quail . past
Target output: her quails upon your xylophone remembered my zebra near our quail .
Model output: her quails upon your xylophone remembered my zebra near our quail .
Input: your xylophones near my salamanders confused the tyrannosaurus upon my walrus . present
Target output: your xylophones near my salamanders confuse the tyrannosaurus upon my walrus .
Model output: your xylophones near my salamanders confuse the tyrannosaurus upon my walrus .
Input: our raven changed . past
Target output: our raven changed .
Model output: our raven changed .
Input: my unicorns applauded our ravens . present
Target output: my unicorns applaud our ravens .
Model output: my unicorns applaud our ravens .
Input: your yaks who our tyrannosaurus comforted applauded some ravens . past
Target output: your yaks who our tyrannosaurus comforted applauded some ravens .
Model output: your yaks who our tyrannosaurus comforted applauded some ravens .
Input: my zebra confused her zebras around my tyrannosaurus . past
Target output: my zebra confused her zebras around my tyrannosaurus .
Model output: my zebra confused her zebras around my tyrannosaurus .
Input: some vulture that accepted our peacock applauded my walrus who the peacock admired . present
Target output: some vulture that accepts our peacock applauds my walrus who the peacock admires .
Model output: some vulture that accepts our peacock admires my peacock who the walrus admires .", exgen:"Input: the newts above my xylophone moved . present
Target output: the newts above my xylophone move .
Model output: the newts above my xylophone moves .
Input: her unicorns that high_fived some tyrannosaurus entertained her zebra . present
Target output: her unicorns that high_five some tyrannosaurus entertain her zebra .
Model output: her unicorns that high_five some tyrannosaurus entertain her zebra .
Input: some newt with our tyrannosauruses high_fived my quails . present
Target output: some newt with our tyrannosauruses high_fives my quails .
Model output: some newt with our tyrannosauruses high_five my quails .
Input: my unicorns who some zebra applauded read . present
Target output: my unicorns who some zebra applauds read .
Model output: my unicorns who some zebra applauds read .
Input: our yaks above some walrus applauded her quail who moved . present
Target output: our yaks above some walrus applaud her quail who moves .
Model output: our yaks above some walrus applauds her quail who moves .
Input: my quail who accepted my peacocks admired my salamander . present
Target output: my quail who accepts my peacocks admires my salamander .
Model output: my quail who accepts my peacocks admire my salamander .
Input: some peacock below our zebras remembered my quail behind the xylophones . present
Target output: some peacock below our zebras remembers my quail behind the xylophones .
Model output: some peacock below our zebras remember my quail behind the xylophones .
Input: the vultures that confused her quail comforted your peacock who some unicorns applauded . present
Target output: the vultures that confuse her quail comfort your peacock who some unicorns applaud .
Model output: the vultures that confuse her quail comforts your peacock who some vultures comfort .
Input: my salamanders with my orangutan high_fived the newts . present
Target output: my salamanders with my orangutan high_five the newts .
Model output: my salamanders with my orangutan high_fives the newts .
Input: your raven behind our salamanders confused some raven who your raven remembered . present
Target output: your raven behind our salamanders confuses some raven who your raven remembers .
Model output: your raven behind our salamanders confuse some raven who your raven remembers .", testfull:0.76, testpos:0.99, genfull:0.03, genpos:0.99, genlinear:0.58, genmvcorrect:0.09, genmvlinear:0.75, genmvcorrectnum:0.12, genmvwrongnum:0.87, };
var p13_tense_exp48 = {name:"tense_GRU_GRU_0_0.001_256_48", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your unicorn by your orangutan remembered our orangutan behind some zebra . present
Target output: your unicorn by your orangutan remembers our orangutan behind some zebra .
Model output: your unicorn by your orangutan remembers our orangutan behind some zebra .
Input: the zebras who my vulture entertained remembered your walrus below your walruses . past
Target output: the zebras who my vulture entertained remembered your walrus below your walruses .
Model output: the zebras who my vulture remembered entertained your walrus below your walruses .
Input: the orangutan amused your newt who remembered our tyrannosauruses . present
Target output: the orangutan amuses your newt who remembers our tyrannosauruses .
Model output: the orangutan amuses your newt who remembers our tyrannosauruses .
Input: our yak that waited applauded your yaks above my zebras . present
Target output: our yak that waits applauds your yaks above my zebras .
Model output: our yak that waits applauds your yaks above my zebras .
Input: your xylophone that comforted your peacock giggled . present
Target output: your xylophone that comforts your peacock giggles .
Model output: your xylophone that comforts your peacock giggles .
Input: my yaks around our quails amused your newts around her unicorns . past
Target output: my yaks around our quails amused your newts around her unicorns .
Model output: my yaks around our quails amused your newts around her unicorns .
Input: our tyrannosaurus that slept entertained our xylophone with your tyrannosauruses . present
Target output: our tyrannosaurus that sleeps entertains our xylophone with your tyrannosauruses .
Model output: our tyrannosaurus that sleeps entertains our xylophone with your tyrannosauruses .
Input: our peacocks upon your peacock changed . past
Target output: our peacocks upon your peacock changed .
Model output: our peacocks upon your peacock changed .
Input: my unicorn amused my raven by some tyrannosaurus . past
Target output: my unicorn amused my raven by some tyrannosaurus .
Model output: my unicorn amused my raven by some tyrannosaurus .
Input: my orangutan that read accepted the tyrannosaurus that comforted my salamanders . present
Target output: my orangutan that reads accepts the tyrannosaurus that comforts my salamanders .
Model output: my orangutan that reads accepts the tyrannosaurus that comforts my salamanders .", exgen:"Input: her orangutans that the peacock remembered admired our newt . present
Target output: her orangutans that the peacock remembers admire our newt .
Model output: her orangutans that the peacock remembers admires our newt .
Input: your yaks who the walrus admired slept . present
Target output: your yaks who the walrus admires sleep .
Model output: your yaks who the walrus admires sleeps .
Input: our peacock that our peacocks remembered applauded your quails . present
Target output: our peacock that our peacocks remember applauds your quails .
Model output: our peacock that our peacocks remember applaud your quails .
Input: her quail who my peacocks entertained entertained your zebra below our orangutan . present
Target output: her quail who my peacocks entertain entertains your zebra below our orangutan .
Model output: her quail who my peacocks entertain entertains your zebra below our orangutan .
Input: my orangutan who applauded her newts amused her xylophone . present
Target output: my orangutan who applauds her newts amuses her xylophone .
Model output: my orangutan who applauds her newts amuse her xylophone .
Input: some unicorns that some orangutan confused entertained some orangutan that some xylophones applauded . present
Target output: some unicorns that some orangutan confuses entertain some orangutan that some xylophones applaud .
Model output: some unicorns that some orangutan confuses confuses some orangutan that some xylophones applaud .
Input: the orangutan above your unicorns entertained my quail . present
Target output: the orangutan above your unicorns entertains my quail .
Model output: the orangutan above your unicorns entertain my quail .
Input: some zebra above your salamanders comforted some newt upon my zebra . present
Target output: some zebra above your salamanders comforts some newt upon my zebra .
Model output: some zebra above your salamanders comfort some newt upon my zebra .
Input: your orangutan around my peacocks waited . present
Target output: your orangutan around my peacocks waits .
Model output: your orangutan around my peacocks wait .
Input: our salamanders with your unicorn amused my quail . present
Target output: our salamanders with your unicorn amuse my quail .
Model output: our salamanders with your unicorn amuses my quail .", testfull:0.93, testpos:1.0, genfull:0.0, genpos:1.0, genlinear:0.85, genmvcorrect:0.01, genmvlinear:0.91, genmvcorrectnum:0.02, genmvwrongnum:0.98, };
var p13_tense_exp49 = {name:"tense_GRU_GRU_0_0.001_256_49", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her unicorn applauded my quails around my zebra . present
Target output: her unicorn applauds my quails around my zebra .
Model output: her unicorn applauds my quails around my zebra .
Input: the newts that entertained her quails entertained some peacocks below my salamanders . past
Target output: the newts that entertained her quails entertained some peacocks below my salamanders .
Model output: the newts that entertained her quails entertained some peacocks below my salamanders .
Input: her vultures confused my xylophone who read . present
Target output: her vultures confuse my xylophone who reads .
Model output: her vultures confuse my xylophone who reads .
Input: the unicorns who smiled waited . past
Target output: the unicorns who smiled waited .
Model output: the unicorns who smiled waited .
Input: the vulture who entertained your yak amused your tyrannosaurus with some xylophone . present
Target output: the vulture who entertains your yak amuses your tyrannosaurus with some xylophone .
Model output: the vulture who entertains your yak amuses your tyrannosaurus with some xylophone .
Input: our xylophones entertained our unicorns who comforted your unicorns . past
Target output: our xylophones entertained our unicorns who comforted your unicorns .
Model output: our xylophones entertained our unicorns who comforted your unicorns .
Input: our xylophone remembered her newt . present
Target output: our xylophone remembers her newt .
Model output: our xylophone remembers her newt .
Input: her zebras entertained the yak . present
Target output: her zebras entertain the yak .
Model output: her zebras entertain the yak .
Input: some salamander that admired her vulture read . past
Target output: some salamander that admired her vulture read .
Model output: some salamander that admired her vulture read .
Input: her tyrannosaurus that smiled swam . present
Target output: her tyrannosaurus that smiles swims .
Model output: her tyrannosaurus that smiles swims .", exgen:"Input: the walruses above her peacock waited . present
Target output: the walruses above her peacock wait .
Model output: the walruses above her peacock waits .
Input: the orangutans below the xylophone confused her vultures . present
Target output: the orangutans below the xylophone confuse her vultures .
Model output: the orangutans below the xylophone confuses her vultures .
Input: my xylophones near your unicorn confused some yak that smiled . present
Target output: my xylophones near your unicorn confuse some yak that smiles .
Model output: my xylophones near your unicorn confuses some yak that smiles .
Input: your orangutan that your orangutans comforted comforted some tyrannosauruses . present
Target output: your orangutan that your orangutans comfort comforts some tyrannosauruses .
Model output: your orangutan that your orangutans comfort comfort some tyrannosauruses .
Input: some salamander who applauded my unicorns high_fived some xylophones above our zebras . present
Target output: some salamander who applauds my unicorns high_fives some xylophones above our zebras .
Model output: some salamander who high_fives my unicorns applaud some xylophones above our zebras .
Input: the orangutans near her quail high_fived some ravens by my yak . present
Target output: the orangutans near her quail high_five some ravens by my yak .
Model output: the orangutans near her quail high_fives some ravens by my yak .
Input: her tyrannosaurus that her unicorns high_fived slept . present
Target output: her tyrannosaurus that her unicorns high_five sleeps .
Model output: her tyrannosaurus that her unicorns high_five sleep .
Input: my vultures around my orangutan comforted my xylophones that high_fived some xylophones . present
Target output: my vultures around my orangutan comfort my xylophones that high_five some xylophones .
Model output: my vultures around my orangutan comforts my xylophones that high_five some xylophones .
Input: some zebras below our raven entertained our newt . present
Target output: some zebras below our raven entertain our newt .
Model output: some zebras below our raven entertains our newt .
Input: her newts below the unicorn amused your xylophones that swam . present
Target output: her newts below the unicorn amuse your xylophones that swim .
Model output: her newts below the unicorn amuses your xylophones that swim .", testfull:0.91, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.82, genmvcorrect:0.02, genmvlinear:0.89, genmvcorrectnum:0.02, genmvwrongnum:0.97, };
var p13_tense_exp50 = {name:"tense_GRU_GRU_0_0.001_256_50", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some vulture that your ravens comforted slept . past
Target output: some vulture that your ravens comforted slept .
Model output: some vulture that your ravens comforted slept .
Input: our newt remembered the newt that applauded my orangutans . present
Target output: our newt remembers the newt that applauds my orangutans .
Model output: our newt remembers the newt that applauds my orangutans .
Input: the zebras entertained her yak . present
Target output: the zebras entertain her yak .
Model output: the zebras entertain her yak .
Input: some ravens swam . present
Target output: some ravens swim .
Model output: some ravens swim .
Input: her newt entertained your walruses below our peacocks . present
Target output: her newt entertains your walruses below our peacocks .
Model output: her newt entertains your walruses below our peacocks .
Input: some newts that giggled applauded some unicorns that changed . past
Target output: some newts that giggled applauded some unicorns that changed .
Model output: some newts that giggled applauded some unicorns that changed .
Input: the unicorns that giggled entertained the zebra around some walrus . present
Target output: the unicorns that giggle entertain the zebra around some walrus .
Model output: the unicorns that giggle entertain the zebra around some walrus .
Input: the yaks above the quail confused our walrus that entertained your salamanders . past
Target output: the yaks above the quail confused our walrus that entertained your salamanders .
Model output: the yaks above the quail entertained our walrus that confused your salamanders .
Input: the tyrannosaurus ate . past
Target output: the tyrannosaurus ate .
Model output: the tyrannosaurus ate .
Input: some tyrannosaurus upon our orangutan giggled . past
Target output: some tyrannosaurus upon our orangutan giggled .
Model output: some tyrannosaurus upon our orangutan giggled .", exgen:"Input: our zebra behind the salamanders high_fived my quails who her quail remembered . present
Target output: our zebra behind the salamanders high_fives my quails who her quail remembers .
Model output: our zebra behind the salamanders high_five my quails who her quail remembers .
Input: the peacock above the unicorns confused some newts . present
Target output: the peacock above the unicorns confuses some newts .
Model output: the peacock above the unicorns confuse some newts .
Input: our zebra who some walruses remembered confused some ravens . present
Target output: our zebra who some walruses remember confuses some ravens .
Model output: our zebra who some walruses remember confuse some ravens .
Input: our yaks by your zebra applauded our peacock by your zebra . present
Target output: our yaks by your zebra applaud our peacock by your zebra .
Model output: our yaks by your zebra applauds our peacock by your zebra .
Input: her tyrannosaurus below her ravens swam . present
Target output: her tyrannosaurus below her ravens swims .
Model output: her tyrannosaurus below her ravens swim .
Input: her walruses around the zebra remembered your ravens upon our vulture . present
Target output: her walruses around the zebra remember your ravens upon our vulture .
Model output: her walruses around the zebra remembers your ravens upon our vulture .
Input: the tyrannosaurus near my unicorns read . present
Target output: the tyrannosaurus near my unicorns reads .
Model output: the tyrannosaurus near my unicorns read .
Input: our unicorns that entertained some yak high_fived the xylophones who entertained the yaks . present
Target output: our unicorns that entertain some yak high_five the xylophones who entertain the yaks .
Model output: our unicorns that entertain some yak high_fives the xylophones who entertain the yaks .
Input: my walruses who our salamander amused entertained the vultures . present
Target output: my walruses who our salamander amuses entertain the vultures .
Model output: my walruses who our salamander amuses entertains the vultures .
Input: the xylophones near some quail high_fived your zebra upon her tyrannosaurus . present
Target output: the xylophones near some quail high_five your zebra upon her tyrannosaurus .
Model output: the xylophones near some quail high_fives your tyrannosaurus upon her tyrannosaurus .", testfull:0.88, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.73, genmvcorrect:0.07, genmvlinear:0.83, genmvcorrectnum:0.08, genmvwrongnum:0.91, };
var p13_tense_exp51 = {name:"tense_GRU_GRU_0_0.001_256_51", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some orangutan who ate admired some salamander . present
Target output: some orangutan who eats admires some salamander .
Model output: some orangutan who eats admires some salamander .
Input: my salamander around the unicorns admired some tyrannosauruses near some quails . past
Target output: my salamander around the unicorns admired some tyrannosauruses near some quails .
Model output: my salamander around the unicorns admired some tyrannosauruses near some quails .
Input: your zebras confused your quail . present
Target output: your zebras confuse your quail .
Model output: your zebras confuse your quail .
Input: your yak changed . past
Target output: your yak changed .
Model output: your yak changed .
Input: my vulture that admired my salamander swam . past
Target output: my vulture that admired my salamander swam .
Model output: my vulture that admired my salamander swam .
Input: the vulture that changed high_fived her yaks that her zebras applauded . present
Target output: the vulture that changes high_fives her yaks that her zebras applaud .
Model output: the vulture that changes high_fives her yaks that her zebras applaud .
Input: the newts who admired some tyrannosaurus accepted the orangutans . past
Target output: the newts who admired some tyrannosaurus accepted the orangutans .
Model output: the newts who admired some tyrannosaurus accepted the orangutans .
Input: your unicorn who your raven comforted giggled . present
Target output: your unicorn who your raven comforts giggles .
Model output: your unicorn who your raven comforts giggles .
Input: my zebras high_fived her yak . past
Target output: my zebras high_fived her yak .
Model output: my zebras high_fived her yak .
Input: your ravens that remembered your unicorns smiled . past
Target output: your ravens that remembered your unicorns smiled .
Model output: your ravens that remembered your unicorns smiled .", exgen:"Input: some raven below your peacocks swam . present
Target output: some raven below your peacocks swims .
Model output: some raven below your peacocks swim .
Input: the peacock who accepted the quails moved . present
Target output: the peacock who accepts the quails moves .
Model output: the peacock who accepts the quails move .
Input: her peacock that entertained my walruses remembered her peacocks who slept . present
Target output: her peacock that entertains my walruses remembers her peacocks who sleep .
Model output: her peacock that entertains my walruses remember her peacocks who sleep .
Input: her walrus that the zebras entertained high_fived our newts above her vultures . present
Target output: her walrus that the zebras entertain high_fives our newts above her vultures .
Model output: her walrus that the zebras entertain high_five our newts above her vultures .
Input: our orangutans by her vulture admired your zebra . present
Target output: our orangutans by her vulture admire your zebra .
Model output: our orangutans by her vulture admires your zebra .
Input: your unicorns who entertained your salamander accepted some salamanders below the salamanders . present
Target output: your unicorns who entertain your salamander accept some salamanders below the salamanders .
Model output: your unicorns who entertain your salamander accepts some salamanders below the salamanders .
Input: the newt that your xylophones accepted remembered some quail . present
Target output: the newt that your xylophones accept remembers some quail .
Model output: the newt that your xylophones accept remember some quail .
Input: my peacock that admired your xylophones applauded your salamanders upon her walrus . present
Target output: my peacock that admires your xylophones applauds your salamanders upon her walrus .
Model output: my peacock that upon your xylophones applaud your salamanders upon her walrus .
Input: your salamander around my tyrannosauruses high_fived her newt below the yak . present
Target output: your salamander around my tyrannosauruses high_fives her newt below the yak .
Model output: your salamander around my tyrannosauruses high_five her newt below the yak .
Input: the salamander with our tyrannosauruses ate . present
Target output: the salamander with our tyrannosauruses eats .
Model output: the salamander with our tyrannosauruses eat .", testfull:0.92, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.82, genmvcorrect:0.03, genmvlinear:0.9, genmvcorrectnum:0.03, genmvwrongnum:0.96, };
var p13_tense_exp52 = {name:"tense_GRU_GRU_0_0.001_256_52", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her zebra that our xylophone confused confused our orangutans that read . past
Target output: her zebra that our xylophone confused confused our orangutans that read .
Model output: her xylophone that our xylophone confused confused her orangutans that read .
Input: her tyrannosauruses behind your peacocks high_fived her orangutans around our orangutan . present
Target output: her tyrannosauruses behind your peacocks high_five her orangutans around our orangutan .
Model output: her tyrannosauruses behind your peacocks high_five her orangutans around our orangutan .
Input: her walruses slept . past
Target output: her walruses slept .
Model output: her walruses slept .
Input: my peacock remembered the walrus . present
Target output: my peacock remembers the walrus .
Model output: my peacock remembers the walrus .
Input: my vulture who smiled slept . present
Target output: my vulture who smiles sleeps .
Model output: my vulture who smiles sleeps .
Input: her xylophone that high_fived your orangutan slept . present
Target output: her xylophone that high_fives your orangutan sleeps .
Model output: her xylophone that high_fives your orangutan sleeps .
Input: her yak who her vulture accepted swam . past
Target output: her yak who her vulture accepted swam .
Model output: her yak who her vulture accepted swam .
Input: the orangutans near the orangutans admired our zebras that my vulture amused . present
Target output: the orangutans near the orangutans admire our zebras that my vulture amuses .
Model output: the orangutans near the orangutans admire our zebras that the vulture amuses .
Input: some newt admired the yak . present
Target output: some newt admires the yak .
Model output: some newt admires the yak .
Input: her zebra that your tyrannosaurus entertained moved . present
Target output: her zebra that your tyrannosaurus entertains moves .
Model output: her zebra that your tyrannosaurus entertains moves .", exgen:"Input: our walruses with our peacock comforted the zebra who giggled . present
Target output: our walruses with our peacock comfort the zebra who giggles .
Model output: our walruses with our peacock comforts the zebra who giggles .
Input: our peacock by her zebras confused the peacock around some walruses . present
Target output: our peacock by her zebras confuses the peacock around some walruses .
Model output: our peacock by her zebras confuse the peacock around some walruses .
Input: your salamanders who some xylophone amused giggled . present
Target output: your salamanders who some xylophone amuses giggle .
Model output: your salamanders who some xylophone amuses giggles .
Input: the zebras near some raven admired our salamanders around your vulture . present
Target output: the zebras near some raven admire our salamanders around your vulture .
Model output: the zebras near some raven admires our salamanders around your vulture .
Input: the vulture who some unicorns applauded amused the raven that swam . present
Target output: the vulture who some unicorns applaud amuses the raven that swims .
Model output: the vulture who some unicorns amuse applaud the raven that swims .
Input: the xylophones that her unicorn admired entertained some unicorn that smiled . present
Target output: the xylophones that her unicorn admires entertain some unicorn that smiles .
Model output: the xylophones that her unicorn admires entertains some unicorn that smiles .
Input: our vulture by our vultures moved . present
Target output: our vulture by our vultures moves .
Model output: our vulture by our vultures move .
Input: her peacocks behind your peacock amused our orangutan . present
Target output: her peacocks behind your peacock amuse our orangutan .
Model output: her peacocks behind your peacock amuses our orangutan .
Input: some orangutans behind her vulture amused her unicorn by your orangutans . present
Target output: some orangutans behind her vulture amuse her unicorn by your orangutans .
Model output: some orangutans behind her vulture amuses her unicorn by your orangutans .
Input: the unicorns that the zebra admired applauded my walruses . present
Target output: the unicorns that the zebra admires applaud my walruses .
Model output: the unicorns that the zebra admires applauds my walruses .", testfull:0.92, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.82, genmvcorrect:0.02, genmvlinear:0.9, genmvcorrectnum:0.03, genmvwrongnum:0.96, };
var p13_tense_exp53 = {name:"tense_GRU_GRU_0_0.001_256_53", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our yak amused our newts . present
Target output: our yak amuses our newts .
Model output: our yak amuses our newts .
Input: some newt confused your tyrannosaurus . present
Target output: some newt confuses your tyrannosaurus .
Model output: some newt confuses your tyrannosaurus .
Input: some walruses entertained the quail . past
Target output: some walruses entertained the quail .
Model output: some walruses entertained the quail .
Input: some peacock below the quail high_fived your zebras . present
Target output: some peacock below the quail high_fives your zebras .
Model output: some peacock below the quail high_fives your zebras .
Input: your orangutans that ate high_fived your newts that our quails admired . past
Target output: your orangutans that ate high_fived your newts that our quails admired .
Model output: your orangutans that ate high_fived your newts that our quails admired .
Input: the quail that some salamanders amused applauded your xylophones by the quails . past
Target output: the quail that some salamanders amused applauded your xylophones by the quails .
Model output: the quail that some salamanders amused applauded your xylophones by the quails .
Input: your quails around my vultures confused my salamander that your ravens applauded . present
Target output: your quails around my vultures confuse my salamander that your ravens applaud .
Model output: your quails around my vultures confuse my ravens that applaud your applaud .
Input: my orangutans that swam high_fived her xylophone that read . past
Target output: my orangutans that swam high_fived her xylophone that read .
Model output: my orangutans that swam high_fived her xylophone that read .
Input: my zebras that moved waited . past
Target output: my zebras that moved waited .
Model output: my zebras that moved waited .
Input: some xylophones that her quails amused high_fived her tyrannosauruses that my walrus high_fived . past
Target output: some xylophones that her quails amused high_fived her tyrannosauruses that my walrus high_fived .
Model output: some xylophones that her quails amused high_fived her tyrannosauruses that my walrus high_fived .", exgen:"Input: some newts near our salamander remembered her tyrannosaurus above her peacock . present
Target output: some newts near our salamander remember her tyrannosaurus above her peacock .
Model output: some newts near our unicorns remember her tyrannosaurus near her peacock .
Input: your xylophone near my quails swam . present
Target output: your xylophone near my quails swims .
Model output: your xylophone near my quails swim .
Input: our tyrannosauruses who my walrus applauded giggled . present
Target output: our tyrannosauruses who my walrus applauds giggle .
Model output: our tyrannosauruses who my walrus applauds giggles .
Input: my raven near the salamanders admired the orangutans . present
Target output: my raven near the salamanders admires the orangutans .
Model output: my raven near the salamanders admire the orangutans .
Input: the vultures who our quail entertained admired our peacock who some quails comforted . present
Target output: the vultures who our quail entertains admire our peacock who some quails comfort .
Model output: the vultures who our quail admires entertains our peacock who some quails admire .
Input: some xylophones that her zebra remembered applauded the ravens upon our newts . present
Target output: some xylophones that her zebra remembers applaud the ravens upon our newts .
Model output: some xylophones that her zebra applauds remembers the ravens upon our newts .
Input: some xylophones below some yak comforted some walrus upon my raven . present
Target output: some xylophones below some yak comfort some walrus upon my raven .
Model output: some xylophones below some yak comfort some walrus upon my raven .
Input: my zebras below her yak accepted your newt that high_fived her yaks . present
Target output: my zebras below her yak accept your newt that high_fives her yaks .
Model output: my zebras below her yak accept your zebra that high_fives her yaks .
Input: your tyrannosauruses that remembered your vulture admired the orangutans . present
Target output: your tyrannosauruses that remember your vulture admire the orangutans .
Model output: your tyrannosauruses that remember your vulture admires the orangutans .
Input: the walruses who comforted your zebra confused the salamander . present
Target output: the walruses who comfort your zebra confuse the salamander .
Model output: the walruses who comfort your zebra confuses the salamander .", testfull:0.91, testpos:1.0, genfull:0.05, genpos:0.99, genlinear:0.74, genmvcorrect:0.11, genmvlinear:0.8, genmvcorrectnum:0.13, genmvwrongnum:0.86, };
var p13_tense_exp54 = {name:"tense_GRU_GRU_0_0.001_256_54", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our peacock amused my vulture around our orangutan . present
Target output: our peacock amuses my vulture around our orangutan .
Model output: our peacock amuses my vulture around our orangutan .
Input: the ravens that applauded the unicorn confused her newts that moved . past
Target output: the ravens that applauded the unicorn confused her newts that moved .
Model output: the ravens that applauded the unicorn confused her newts that moved .
Input: the quails below her quail confused our xylophone behind your newts . past
Target output: the quails below her quail confused our xylophone behind your newts .
Model output: the quails below her quail confused our xylophone behind your newts .
Input: some salamander comforted the yaks who moved . present
Target output: some salamander comforts the yaks who move .
Model output: some salamander comforts the yaks who move .
Input: her walrus accepted your zebra by her newt . past
Target output: her walrus accepted your zebra by her newt .
Model output: her walrus accepted your zebra by her newt .
Input: your zebra remembered our quail . past
Target output: your zebra remembered our quail .
Model output: your zebra remembered our quail .
Input: my vulture who smiled slept . present
Target output: my vulture who smiles sleeps .
Model output: my vulture who smiles sleeps .
Input: some salamander that giggled admired the yak . past
Target output: some salamander that giggled admired the yak .
Model output: some salamander that giggled admired the yak .
Input: the walrus confused some orangutan . past
Target output: the walrus confused some orangutan .
Model output: the walrus confused some orangutan .
Input: the salamander accepted her unicorn . present
Target output: the salamander accepts her unicorn .
Model output: the salamander accepts her unicorn .", exgen:"Input: my walrus who high_fived your newts changed . present
Target output: my walrus who high_fives your newts changes .
Model output: my walrus who high_fives your newts change .
Input: some walruses near my xylophone admired my vultures that confused her newts . present
Target output: some walruses near my xylophone admire my vultures that confuse her newts .
Model output: some walruses near my xylophone admires my vultures that confuse her newts .
Input: the tyrannosaurus below my quails entertained her tyrannosauruses who applauded my newt . present
Target output: the tyrannosaurus below my quails entertains her tyrannosauruses who applaud my newt .
Model output: the tyrannosaurus below my quails entertain her tyrannosauruses who applaud my newt .
Input: some raven that her quails comforted admired our tyrannosauruses that smiled . present
Target output: some raven that her quails comfort admires our tyrannosauruses that smile .
Model output: some raven that her quails comfort admire our tyrannosauruses that smile .
Input: some newt with some peacocks admired your unicorn who the salamander amused . present
Target output: some newt with some peacocks admires your unicorn who the salamander amuses .
Model output: some newt with some peacocks admire your unicorn who the salamander amuses .
Input: some xylophones above some yak high_fived the ravens upon some ravens . present
Target output: some xylophones above some yak high_five the ravens upon some ravens .
Model output: some xylophones above some yak high_fives the ravens upon some ravens .
Input: my salamander who admired the xylophones high_fived your walrus around the unicorns . present
Target output: my salamander who admires the xylophones high_fives your walrus around the unicorns .
Model output: my salamander who admires the walrus high_fives your xylophones around the unicorns .
Input: my peacocks upon my tyrannosaurus accepted the vulture upon your xylophone . present
Target output: my peacocks upon my tyrannosaurus accept the vulture upon your xylophone .
Model output: my peacocks upon my tyrannosaurus accepts the vulture upon your xylophone .
Input: your orangutans that her peacock comforted admired her xylophones . present
Target output: your orangutans that her peacock comforts admire her xylophones .
Model output: your orangutans that her peacock comforts admires her xylophones .
Input: my newt that our salamanders amused ate . present
Target output: my newt that our salamanders amuse eats .
Model output: my newt that our salamanders amuse eat .", testfull:0.92, testpos:1.0, genfull:0.01, genpos:1.0, genlinear:0.82, genmvcorrect:0.04, genmvlinear:0.89, genmvcorrectnum:0.05, genmvwrongnum:0.95, };
var p13_tense_exp55 = {name:"tense_GRU_GRU_0_0.001_256_55", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some yaks near our walrus high_fived our raven with her quails . past
Target output: some yaks near our walrus high_fived our raven with her quails .
Model output: some yaks near our walrus high_fived our raven with her quails .
Input: my ravens with some salamander ate . past
Target output: my ravens with some salamander ate .
Model output: my ravens with some salamander ate .
Input: some newt above your walrus waited . present
Target output: some newt above your walrus waits .
Model output: some newt above your walrus waits .
Input: some unicorn confused her xylophones with some unicorn . past
Target output: some unicorn confused her xylophones with some unicorn .
Model output: some unicorn confused her xylophones with some unicorn .
Input: the zebras entertained some quails . present
Target output: the zebras entertain some quails .
Model output: the zebras entertain some quails .
Input: my walrus around my walruses amused some unicorns with her vulture . past
Target output: my walrus around my walruses amused some unicorns with her vulture .
Model output: my walrus around my walruses amused some unicorns with her vulture .
Input: some xylophone below our unicorn giggled . past
Target output: some xylophone below our unicorn giggled .
Model output: some xylophone below our unicorn giggled .
Input: the xylophone who smiled confused some peacocks behind the unicorn . present
Target output: the xylophone who smiles confuses some peacocks behind the unicorn .
Model output: the xylophone who smiles confuses some peacocks behind the unicorn .
Input: my zebra moved . present
Target output: my zebra moves .
Model output: my zebra moves .
Input: our ravens who admired your peacocks comforted our tyrannosaurus that her walrus comforted . present
Target output: our ravens who admire your peacocks comfort our tyrannosaurus that her walrus comforts .
Model output: our ravens who admire your peacocks comfort our tyrannosaurus that her walrus comforts .", exgen:"Input: her walrus below some zebras smiled . present
Target output: her walrus below some zebras smiles .
Model output: her walrus below some zebras smile .
Input: your vulture that my zebras admired high_fived your vultures above her vulture . present
Target output: your vulture that my zebras admire high_fives your vultures above her vulture .
Model output: your vulture that my zebras admire high_five your vultures above her vulture .
Input: your peacock upon my orangutans waited . present
Target output: your peacock upon my orangutans waits .
Model output: your peacock upon my orangutans wait .
Input: her unicorn that admired the vultures swam . present
Target output: her unicorn that admires the vultures swims .
Model output: her unicorn that admires the vultures swim .
Input: the zebras that some peacock confused smiled . present
Target output: the zebras that some peacock confuses smile .
Model output: the zebras that some peacock confuses smiles .
Input: our zebra behind her salamanders amused my xylophone . present
Target output: our zebra behind her salamanders amuses my xylophone .
Model output: our zebra behind her salamanders amuse my xylophone .
Input: the walrus by your newts high_fived some xylophone behind some newts . present
Target output: the walrus by your newts high_fives some xylophone behind some newts .
Model output: the walrus by your newts high_five some xylophone behind some newts .
Input: the peacocks below our tyrannosaurus comforted her salamander with my unicorns . present
Target output: the peacocks below our tyrannosaurus comfort her salamander with my unicorns .
Model output: the peacocks below our tyrannosaurus comforts her salamander with my unicorns .
Input: our walruses with our salamander admired our peacocks . present
Target output: our walruses with our salamander admire our peacocks .
Model output: our walruses with our salamander admires our peacocks .
Input: her vulture behind our xylophones applauded our peacock above our walrus . present
Target output: her vulture behind our xylophones applauds our peacock above our walrus .
Model output: her vulture behind our xylophones applaud our peacock above our walrus .", testfull:0.95, testpos:1.0, genfull:0.0, genpos:1.0, genlinear:0.88, genmvcorrect:0.01, genmvlinear:0.93, genmvcorrectnum:0.01, genmvwrongnum:0.98, };
var p13_tense_exp56 = {name:"tense_GRU_GRU_0_0.001_256_56", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my quails around my yak accepted our zebras . past
Target output: my quails around my yak accepted our zebras .
Model output: my quails around my yak accepted our zebras .
Input: your yaks entertained my unicorns below her vulture . present
Target output: your yaks entertain my unicorns below her vulture .
Model output: your yaks entertain my unicorns below her vulture .
Input: her peacock that swam high_fived my peacocks . present
Target output: her peacock that swims high_fives my peacocks .
Model output: her peacock that swims high_fives my peacocks .
Input: my quail smiled . present
Target output: my quail smiles .
Model output: my quail smiles .
Input: your peacock upon some unicorn applauded my unicorn below her yaks . present
Target output: your peacock upon some unicorn applauds my unicorn below her yaks .
Model output: your peacock upon some unicorn applauds my unicorn below her yaks .
Input: my salamander waited . present
Target output: my salamander waits .
Model output: my salamander waits .
Input: her xylophones around our unicorn entertained my raven who accepted my newt . past
Target output: her xylophones around our unicorn entertained my raven who accepted my newt .
Model output: her xylophones around our raven entertained my unicorn who accepted my newt .
Input: her yak upon some vulture high_fived my salamanders upon our xylophone . past
Target output: her yak upon some vulture high_fived my salamanders upon our xylophone .
Model output: her yak upon some vulture high_fived my salamanders upon our xylophone .
Input: my orangutans remembered my salamander near my newt . present
Target output: my orangutans remember my salamander near my newt .
Model output: my orangutans remember my salamander near my newt .
Input: the tyrannosaurus below some xylophone amused your quail that read . past
Target output: the tyrannosaurus below some xylophone amused your quail that read .
Model output: the tyrannosaurus below some xylophone amused your quail that read .", exgen:"Input: her unicorn around her walruses slept . present
Target output: her unicorn around her walruses sleeps .
Model output: her unicorn around her walruses sleep .
Input: our newt with some ravens swam . present
Target output: our newt with some ravens swims .
Model output: our newt with some ravens swim .
Input: our yak near your xylophones confused your orangutan near my ravens . present
Target output: our yak near your xylophones confuses your orangutan near my ravens .
Model output: our yak near your walrus confuses your ravens near my zebras .
Input: the orangutans around your peacock amused your xylophone near some unicorn . present
Target output: the orangutans around your peacock amuse your xylophone near some unicorn .
Model output: the orangutans around your peacock amuses your xylophone around some peacock .
Input: your walruses near the xylophone applauded your newt . present
Target output: your walruses near the xylophone applaud your newt .
Model output: your walruses near the xylophone applauds your newt .
Input: some orangutan above the newts applauded my peacocks . present
Target output: some orangutan above the newts applauds my peacocks .
Model output: some orangutan above the newts applaud my peacocks .
Input: the tyrannosauruses with the newt confused my yak below some ravens . present
Target output: the tyrannosauruses with the newt confuse my yak below some ravens .
Model output: the tyrannosauruses with the newt confuses the yak below my ravens .
Input: your peacocks near the peacock remembered the salamander that your quails remembered . present
Target output: your peacocks near the peacock remember the salamander that your quails remember .
Model output: your peacocks near the peacock remembers the salamander that your quails remember .
Input: my peacock that your ravens admired ate . present
Target output: my peacock that your ravens admire eats .
Model output: my peacock that your ravens admire eat .
Input: our zebra near her newts remembered her xylophone above our unicorns . present
Target output: our zebra near her newts remembers her xylophone above our unicorns .
Model output: our zebra near her newts remember her xylophone above our unicorns .", testfull:0.84, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.68, genmvcorrect:0.06, genmvlinear:0.81, genmvcorrectnum:0.08, genmvwrongnum:0.91, };
var p13_tense_exp57 = {name:"tense_GRU_GRU_0_0.001_256_57", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her vultures high_fived her salamanders . past
Target output: her vultures high_fived her salamanders .
Model output: her vultures high_fived her salamanders .
Input: her orangutan by the orangutan high_fived some salamanders who ate . present
Target output: her orangutan by the orangutan high_fives some salamanders who eat .
Model output: her orangutan by the orangutan high_fives some salamanders who eat .
Input: her walruses giggled . present
Target output: her walruses giggle .
Model output: her walruses giggle .
Input: my quails with some unicorns swam . present
Target output: my quails with some unicorns swim .
Model output: my quails with some unicorns swim .
Input: the quail below our tyrannosaurus moved . present
Target output: the quail below our tyrannosaurus moves .
Model output: the quail below our tyrannosaurus moves .
Input: my yaks near your newts entertained your ravens . present
Target output: my yaks near your newts entertain your ravens .
Model output: my yaks near your newts entertain your ravens .
Input: the zebras that applauded your zebra accepted my zebras that amused some xylophones . past
Target output: the zebras that applauded your zebra accepted my zebras that amused some xylophones .
Model output: the zebras that applauded your zebra accepted my zebras that amused some xylophones .
Input: the peacocks changed . past
Target output: the peacocks changed .
Model output: the peacocks changed .
Input: my salamanders upon her salamanders entertained the salamander that smiled . past
Target output: my salamanders upon her salamanders entertained the salamander that smiled .
Model output: my salamanders upon her salamanders entertained the salamander that smiled .
Input: your peacocks with your vultures read . present
Target output: your peacocks with your vultures read .
Model output: your peacocks with your vultures read .", exgen:"Input: my peacocks that her tyrannosaurus applauded slept . present
Target output: my peacocks that her tyrannosaurus applauds sleep .
Model output: my peacocks that her tyrannosaurus applauds sleeps .
Input: your salamanders who my xylophone high_fived entertained my peacocks near the yak . present
Target output: your salamanders who my xylophone high_fives entertain my peacocks near the yak .
Model output: your salamanders who my xylophone high_fives high_fives my peacocks near the yak .
Input: her unicorns behind our peacock applauded your unicorn . present
Target output: her unicorns behind our peacock applaud your unicorn .
Model output: her unicorns behind our peacock applauds your unicorn .
Input: the xylophone that my salamanders remembered waited . present
Target output: the xylophone that my salamanders remember waits .
Model output: the xylophone that my salamanders remember wait .
Input: our quails that the newt comforted accepted her tyrannosaurus with some unicorns . present
Target output: our quails that the newt comforts accept her tyrannosaurus with some unicorns .
Model output: our quails that the newt comforts accepts her tyrannosaurus with some unicorns .
Input: some ravens below her zebra amused the salamander . present
Target output: some ravens below her zebra amuse the salamander .
Model output: some ravens below her zebra amuses the salamander .
Input: some unicorn who some vultures remembered confused some vulture . present
Target output: some unicorn who some vultures remember confuses some vulture .
Model output: some unicorn who some vultures remember confuse some vulture .
Input: my xylophones near your vulture comforted my yak . present
Target output: my xylophones near your vulture comfort my yak .
Model output: my xylophones near your vulture comforts my yak .
Input: the walrus around her zebras slept . present
Target output: the walrus around her zebras sleeps .
Model output: the walrus around her zebras sleep .
Input: my vultures who some walrus amused accepted your raven . present
Target output: my vultures who some walrus amuses accept your raven .
Model output: my vultures who some walrus amuses accepts your raven .", testfull:0.95, testpos:1.0, genfull:0.01, genpos:1.0, genlinear:0.87, genmvcorrect:0.02, genmvlinear:0.93, genmvcorrectnum:0.02, genmvwrongnum:0.97, };
var p13_tense_exp58 = {name:"tense_GRU_GRU_0_0.001_256_58", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her zebra that applauded our newts remembered some xylophones . past
Target output: her zebra that applauded our newts remembered some xylophones .
Model output: her zebra that applauded our newts remembered some xylophones .
Input: the orangutan with the salamander smiled . present
Target output: the orangutan with the salamander smiles .
Model output: the orangutan with the salamander smiles .
Input: your orangutans that my vultures amused comforted the vulture that giggled . past
Target output: your orangutans that my vultures amused comforted the vulture that giggled .
Model output: your orangutans that my vultures amused comforted the vulture that giggled .
Input: some walruses entertained the quail . past
Target output: some walruses entertained the quail .
Model output: some walruses entertained the quail .
Input: our newts upon your newts confused the ravens that waited . past
Target output: our newts upon your newts confused the ravens that waited .
Model output: our newts upon your newts confused the ravens that waited .
Input: your salamanders above some peacocks applauded our peacock above my salamander . past
Target output: your salamanders above some peacocks applauded our peacock above my salamander .
Model output: your salamanders above some peacocks applauded our peacock above my salamander .
Input: her salamanders that changed amused some tyrannosauruses that some orangutans comforted . present
Target output: her salamanders that change amuse some tyrannosauruses that some orangutans comfort .
Model output: her salamanders that change amuse some tyrannosauruses that some orangutans comfort .
Input: your vulture who giggled admired my quails that giggled . present
Target output: your vulture who giggles admires my quails that giggle .
Model output: your vulture who giggles admires my quails that giggle .
Input: your zebras that her peacocks confused confused her walruses . present
Target output: your zebras that her peacocks confuse confuse her walruses .
Model output: your zebras that her peacocks confuse confuse her walruses .
Input: our tyrannosaurus giggled . present
Target output: our tyrannosaurus giggles .
Model output: our tyrannosaurus giggles .", exgen:"Input: her quail by my xylophones remembered some yak around the vulture . present
Target output: her quail by my xylophones remembers some yak around the vulture .
Model output: her quail by my xylophones remember some yak around the vulture .
Input: your walrus that her peacocks high_fived giggled . present
Target output: your walrus that her peacocks high_five giggles .
Model output: your walrus that her peacocks high_five giggle .
Input: your walruses that the walrus applauded accepted your salamanders who giggled . present
Target output: your walruses that the walrus applauds accept your salamanders who giggle .
Model output: your walruses that the walrus applauds accepts your salamanders who giggle .
Input: my ravens that remembered her zebra entertained her walrus around my xylophones . present
Target output: my ravens that remember her zebra entertain her walrus around my xylophones .
Model output: my ravens that remember her zebra entertains her walrus around my xylophones .
Input: my tyrannosauruses near her zebra entertained our walrus who my vultures confused . present
Target output: my tyrannosauruses near her zebra entertain our walrus who my vultures confuse .
Model output: my tyrannosauruses near her zebra entertains our walrus who my vultures confuse .
Input: our salamander with our ravens remembered our unicorns who our unicorn confused . present
Target output: our salamander with our ravens remembers our unicorns who our unicorn confuses .
Model output: our salamander with our ravens remember our unicorns who our unicorn confuses .
Input: our yaks that your unicorn accepted amused my orangutan who read . present
Target output: our yaks that your unicorn accepts amuse my orangutan who reads .
Model output: our yaks that your unicorn accepts amuses my orangutan who reads .
Input: her peacock that the yaks high_fived remembered your yaks who waited . present
Target output: her peacock that the yaks high_five remembers your yaks who wait .
Model output: her peacock that the yaks high_five remember your yaks who wait .
Input: the raven that the quails applauded read . present
Target output: the raven that the quails applaud reads .
Model output: the raven that the quails applaud read .
Input: her salamanders who the yak remembered admired the yak that slept . present
Target output: her salamanders who the yak remembers admire the yak that sleeps .
Model output: her salamanders who the yak remembers admires the yak that sleeps .", testfull:0.97, testpos:1.0, genfull:0.0, genpos:1.0, genlinear:0.92, genmvcorrect:0.01, genmvlinear:0.95, genmvcorrectnum:0.02, genmvwrongnum:0.98, };
var p13_tense_exp59 = {name:"tense_GRU_GRU_0_0.001_256_59", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her salamander that entertained my unicorns high_fived some zebra . past
Target output: her salamander that entertained my unicorns high_fived some zebra .
Model output: her salamander that entertained my unicorns high_fived some zebra .
Input: your zebra who changed comforted the tyrannosauruses who admired our newts . present
Target output: your zebra who changes comforts the tyrannosauruses who admire our newts .
Model output: your zebra who changes comforts the tyrannosauruses who admire our newts .
Input: her yaks behind your quails amused her zebras below her yak . present
Target output: her yaks behind your quails amuse her zebras below her yak .
Model output: her yaks behind your quails amuse her zebras below her yak .
Input: your tyrannosauruses who applauded some salamanders smiled . present
Target output: your tyrannosauruses who applaud some salamanders smile .
Model output: your tyrannosauruses who applaud some salamanders smile .
Input: some salamanders entertained the raven . present
Target output: some salamanders entertain the raven .
Model output: some salamanders entertain the raven .
Input: your salamanders admired my unicorns near our unicorns . past
Target output: your salamanders admired my unicorns near our unicorns .
Model output: your salamanders admired my unicorns near our unicorns .
Input: the yaks around your unicorns entertained my unicorn upon the peacock . present
Target output: the yaks around your unicorns entertain my unicorn upon the peacock .
Model output: the yaks around your unicorns entertain my zebra upon the peacock .
Input: her tyrannosauruses remembered some orangutan . past
Target output: her tyrannosauruses remembered some orangutan .
Model output: her tyrannosauruses remembered some orangutan .
Input: her tyrannosaurus comforted some quail . past
Target output: her tyrannosaurus comforted some quail .
Model output: her tyrannosaurus comforted some quail .
Input: her salamander ate . past
Target output: her salamander ate .
Model output: her salamander ate .", exgen:"Input: your walrus who comforted her walruses high_fived my vultures above your tyrannosaurus . present
Target output: your walrus who comforts her walruses high_fives my vultures above your tyrannosaurus .
Model output: your walrus who comforts her walruses high_five your vultures above her walrus .
Input: her tyrannosauruses above my raven swam . present
Target output: her tyrannosauruses above my raven swim .
Model output: her tyrannosauruses above my raven swims .
Input: our zebra above some quails confused my peacock upon the newt . present
Target output: our zebra above some quails confuses my peacock upon the newt .
Model output: our zebra above some quails confuse my peacock upon the peacock .
Input: her tyrannosauruses that her walrus confused comforted some unicorns who our ravens amused . present
Target output: her tyrannosauruses that her walrus confuses comfort some unicorns who our ravens amuse .
Model output: her tyrannosauruses that some walrus confuses comforts her unicorns who our ravens amuse .
Input: some peacock that her ravens remembered confused my orangutans who swam . present
Target output: some peacock that her ravens remember confuses my orangutans who swim .
Model output: some peacock that her ravens remember confuse my orangutans who swim .
Input: your raven with the unicorns amused some orangutan with our xylophone . present
Target output: your raven with the unicorns amuses some orangutan with our xylophone .
Model output: your raven with the unicorns amuse some unicorns with our xylophone .
Input: the unicorn below our walruses amused her vulture near our yaks . present
Target output: the unicorn below our walruses amuses her vulture near our yaks .
Model output: the unicorn below our walruses amuse her vulture near our yaks .
Input: some salamanders by your yak amused the peacocks . present
Target output: some salamanders by your yak amuse the peacocks .
Model output: some salamanders by your yak amuses the peacocks .
Input: my walruses near your peacock remembered your walruses who the zebras accepted . present
Target output: my walruses near your peacock remember your walruses who the zebras accept .
Model output: my walruses near your peacock remembers your walruses who the zebras accept .
Input: the vulture that confused some tyrannosauruses applauded our peacocks upon our zebras . present
Target output: the vulture that confuses some tyrannosauruses applauds our peacocks upon our zebras .
Model output: the vulture that confuses some tyrannosauruses confuse our peacocks upon our zebras .", testfull:0.83, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.69, genmvcorrect:0.05, genmvlinear:0.81, genmvcorrectnum:0.06, genmvwrongnum:0.93, };
var p13_tense_exp60 = {name:"tense_GRU_GRU_0_0.001_256_60", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her vulture with our walrus remembered our vultures behind the walruses . past
Target output: her vulture with our walrus remembered our vultures behind the walruses .
Model output: her vulture with our walrus remembered our vultures behind the walruses .
Input: the tyrannosaurus around our peacock read . present
Target output: the tyrannosaurus around our peacock reads .
Model output: the tyrannosaurus around our peacock reads .
Input: my newt by some vulture applauded her yak behind my ravens . past
Target output: my newt by some vulture applauded her yak behind my ravens .
Model output: my newt by some yak applauded her yak behind my ravens .
Input: our yak who changed giggled . present
Target output: our yak who changes giggles .
Model output: our yak who changes giggles .
Input: your yaks near our xylophones entertained our peacocks . past
Target output: your yaks near our xylophones entertained our peacocks .
Model output: your yaks near our xylophones entertained our peacocks .
Input: your quails who slept waited . past
Target output: your quails who slept waited .
Model output: your quails who slept waited .
Input: your quails that the quail remembered confused the orangutans that her xylophone applauded . past
Target output: your quails that the quail remembered confused the orangutans that her xylophone applauded .
Model output: your quails that the quail remembered confused the orangutans that her xylophone remembered .
Input: your newts high_fived our peacock . present
Target output: your newts high_five our peacock .
Model output: your newts high_five our peacock .
Input: her zebra applauded her zebras that our unicorn amused . present
Target output: her zebra applauds her zebras that our unicorn amuses .
Model output: her zebra applauds her zebras that our unicorn amuses .
Input: the ravens that applauded the unicorn confused her newts that moved . past
Target output: the ravens that applauded the unicorn confused her newts that moved .
Model output: the ravens that applauded the unicorn confused her newts that moved .", exgen:"Input: some salamanders that your raven amused amused your walruses . present
Target output: some salamanders that your raven amuses amuse your walruses .
Model output: some salamanders that your raven amuses amuses your walruses .
Input: some vultures who some walrus confused confused our raven that ate . present
Target output: some vultures who some walrus confuses confuse our raven that eats .
Model output: some vultures who some walrus confuses confuses our walrus that eats .
Input: our salamanders above her salamander moved . present
Target output: our salamanders above her salamander move .
Model output: our salamanders above her salamander moves .
Input: some tyrannosaurus upon my quails admired my unicorns behind my yaks . present
Target output: some tyrannosaurus upon my quails admires my unicorns behind my yaks .
Model output: some tyrannosaurus upon my quails admire my unicorns behind my yaks .
Input: my raven who my ravens comforted amused the newts behind your orangutan . present
Target output: my raven who my ravens comfort amuses the newts behind your orangutan .
Model output: my raven who my ravens comfort amuse the newts behind your orangutan .
Input: the yak below my quails swam . present
Target output: the yak below my quails swims .
Model output: the yak below my quails swim .
Input: your vulture above your peacocks waited . present
Target output: your vulture above your peacocks waits .
Model output: your vulture above your peacocks wait .
Input: some xylophones around some yak entertained the vultures who applauded your vultures . present
Target output: some xylophones around some yak entertain the vultures who applaud your vultures .
Model output: some xylophones around some yak entertains the vultures who applaud your vultures .
Input: our tyrannosauruses who comforted her quail swam . present
Target output: our tyrannosauruses who comfort her quail swim .
Model output: our tyrannosauruses who comfort her quail swims .
Input: our yaks that applauded your raven comforted our salamander near your ravens . present
Target output: our yaks that applaud your raven comfort our salamander near your ravens .
Model output: our yaks that applaud your raven applauds our salamander near your ravens .", testfull:0.9, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.81, genmvcorrect:0.03, genmvlinear:0.89, genmvcorrectnum:0.03, genmvwrongnum:0.96, };
var p13_tense_exp61 = {name:"tense_GRU_GRU_0_0.001_256_61", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her newt by our newt accepted your quails . past
Target output: her newt by our newt accepted your quails .
Model output: her newt by our newt accepted your quails .
Input: my walrus comforted our tyrannosaurus below your vulture . past
Target output: my walrus comforted our tyrannosaurus below your vulture .
Model output: my walrus comforted our tyrannosaurus below your vulture .
Input: some raven remembered some yaks behind my tyrannosaurus . present
Target output: some raven remembers some yaks behind my tyrannosaurus .
Model output: some raven remembers some yaks behind my tyrannosaurus .
Input: some salamander that accepted the quails confused the salamander behind some walrus . past
Target output: some salamander that accepted the quails confused the salamander behind some walrus .
Model output: some salamander that accepted the quails confused the salamander behind some salamander .
Input: the tyrannosauruses who swam high_fived some salamanders below my peacock . present
Target output: the tyrannosauruses who swim high_five some salamanders below my peacock .
Model output: the tyrannosauruses who swim high_five some salamanders below my peacock .
Input: some tyrannosauruses that our walruses comforted high_fived her vulture that the salamanders amused . past
Target output: some tyrannosauruses that our walruses comforted high_fived her vulture that the salamanders amused .
Model output: some tyrannosauruses that our salamanders comforted high_fived her salamanders that the vulture amused .
Input: her raven admired some tyrannosaurus who some raven remembered . past
Target output: her raven admired some tyrannosaurus who some raven remembered .
Model output: her raven admired some tyrannosaurus who some raven remembered .
Input: some quails comforted your walruses that waited . past
Target output: some quails comforted your walruses that waited .
Model output: some quails comforted your walruses that waited .
Input: her newts who applauded her unicorns entertained my yak near her ravens . past
Target output: her newts who applauded her unicorns entertained my yak near her ravens .
Model output: her newts who applauded her unicorns entertained my yak near her ravens .
Input: our tyrannosauruses that slept applauded her newt around the yak . present
Target output: our tyrannosauruses that sleep applaud her newt around the yak .
Model output: our tyrannosauruses that sleep applaud her newt around the yak .", exgen:"Input: our salamander by some tyrannosauruses giggled . present
Target output: our salamander by some tyrannosauruses giggles .
Model output: our salamander by some tyrannosauruses giggle .
Input: the ravens who confused our vulture smiled . present
Target output: the ravens who confuse our vulture smile .
Model output: the ravens who confuse our vulture smiles .
Input: some salamanders by my raven slept . present
Target output: some salamanders by my raven sleep .
Model output: some salamanders by my raven sleeps .
Input: your quails above her tyrannosaurus comforted my tyrannosauruses . present
Target output: your quails above her tyrannosaurus comfort my tyrannosauruses .
Model output: your quails above her tyrannosaurus comforts my tyrannosauruses .
Input: your salamanders that high_fived some quail entertained our newt who slept . present
Target output: your salamanders that high_five some quail entertain our newt who sleeps .
Model output: your salamanders that high_five some quail high_fives our newt who sleeps .
Input: her zebra that her orangutans accepted admired your ravens . present
Target output: her zebra that her orangutans accept admires your ravens .
Model output: her zebra that her orangutans accept accepts your ravens .
Input: our quails around the vulture accepted some unicorns below her peacocks . present
Target output: our quails around the vulture accept some unicorns below her peacocks .
Model output: our quails around some vulture accepts the unicorns below her peacocks .
Input: our quails above our newt amused some unicorn by the quails . present
Target output: our quails above our newt amuse some unicorn by the quails .
Model output: our quails above our newt amuses some unicorn by the quails .
Input: some walrus upon our zebras accepted my walruses by my walrus . present
Target output: some walrus upon our zebras accepts my walruses by my walrus .
Model output: some walrus upon our zebras accept my walruses by my walrus .
Input: her newts upon her salamander giggled . present
Target output: her newts upon her salamander giggle .
Model output: her newts upon her salamander giggles .", testfull:0.91, testpos:1.0, genfull:0.03, genpos:0.99, genlinear:0.76, genmvcorrect:0.09, genmvlinear:0.82, genmvcorrectnum:0.11, genmvwrongnum:0.88, };
var p13_tense_exp62 = {name:"tense_GRU_GRU_0_0.001_256_62", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some xylophone below your xylophone entertained her peacocks . present
Target output: some xylophone below your xylophone entertains her peacocks .
Model output: some xylophone below your xylophone entertains her peacocks .
Input: some yaks swam . past
Target output: some yaks swam .
Model output: some yaks swam .
Input: her zebras who giggled confused her peacocks . present
Target output: her zebras who giggle confuse her peacocks .
Model output: her zebras who giggle confuse her peacocks .
Input: her xylophone confused her quails . present
Target output: her xylophone confuses her quails .
Model output: her xylophone confuses her quails .
Input: your unicorns around her xylophones applauded your orangutan by some zebras . present
Target output: your unicorns around her xylophones applaud your orangutan by some zebras .
Model output: your unicorns around her xylophones applaud your orangutan by some zebras .
Input: her vultures that read admired some newts who amused some raven . past
Target output: her vultures that read admired some newts who amused some raven .
Model output: her vultures that read admired some newts who amused some raven .
Input: our peacock accepted my zebras who applauded my vulture . past
Target output: our peacock accepted my zebras who applauded my vulture .
Model output: our peacock accepted my zebras who applauded my vulture .
Input: our newts who swam remembered our tyrannosaurus who giggled . past
Target output: our newts who swam remembered our tyrannosaurus who giggled .
Model output: our newts who swam remembered our tyrannosaurus who giggled .
Input: my tyrannosaurus admired your vultures . past
Target output: my tyrannosaurus admired your vultures .
Model output: my tyrannosaurus admired your vultures .
Input: our unicorn who high_fived some quail swam . past
Target output: our unicorn who high_fived some quail swam .
Model output: our unicorn who high_fived some quail swam .", exgen:"Input: the orangutans by some peacock comforted her walruses . present
Target output: the orangutans by some peacock comfort her walruses .
Model output: the orangutans by some peacock comforts her walruses .
Input: our tyrannosaurus upon some unicorns high_fived her xylophone . present
Target output: our tyrannosaurus upon some unicorns high_fives her xylophone .
Model output: our tyrannosaurus upon some unicorns high_five her xylophone .
Input: some salamander above my xylophones comforted her peacocks near some zebras . present
Target output: some salamander above my xylophones comforts her peacocks near some zebras .
Model output: some salamander above my xylophones comfort her peacocks near some zebras .
Input: some walrus by my tyrannosauruses entertained the tyrannosaurus . present
Target output: some walrus by my tyrannosauruses entertains the tyrannosaurus .
Model output: some walrus by my tyrannosauruses entertain the tyrannosaurus .
Input: our unicorn upon her ravens admired our raven above my zebras . present
Target output: our unicorn upon her ravens admires our raven above my zebras .
Model output: our unicorn upon her ravens admire our raven above my zebras .
Input: some zebras that high_fived our walrus moved . present
Target output: some zebras that high_five our walrus move .
Model output: some zebras that high_five our walrus moves .
Input: her zebra that admired my ravens admired your newt that changed . present
Target output: her zebra that admires my ravens admires your newt that changes .
Model output: her zebra that admires my ravens admire your newt that changes .
Input: the vultures that admired her zebra high_fived your salamander who changed . present
Target output: the vultures that admire her zebra high_five your salamander who changes .
Model output: the vultures that admire her salamander high_fives your zebra who changes .
Input: her newt upon some peacocks admired her quail that the newt admired . present
Target output: her newt upon some peacocks admires her quail that the newt admires .
Model output: her newt upon some peacocks admire her quail that the newt admires .
Input: our walruses with our peacock comforted the zebra who giggled . present
Target output: our walruses with our peacock comfort the zebra who giggles .
Model output: our walruses with our peacock comforts the zebra who giggles .", testfull:0.94, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.87, genmvcorrect:0.02, genmvlinear:0.92, genmvcorrectnum:0.02, genmvwrongnum:0.97, };
var p13_tense_exp63 = {name:"tense_GRU_GRU_0_0.001_256_63", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the yaks admired our xylophone behind my unicorns . past
Target output: the yaks admired our xylophone behind my unicorns .
Model output: the yaks admired our xylophone behind my unicorns .
Input: my salamanders who the newts accepted entertained my zebra . past
Target output: my salamanders who the newts accepted entertained my zebra .
Model output: my salamanders who the newts accepted entertained my zebra .
Input: our zebra around some walrus admired our raven that her tyrannosauruses remembered . present
Target output: our zebra around some walrus admires our raven that her tyrannosauruses remember .
Model output: our zebra around some walrus admires our raven that her tyrannosauruses remember .
Input: some ravens who entertained our zebras confused my newt above her unicorns . present
Target output: some ravens who entertain our zebras confuse my newt above her unicorns .
Model output: some ravens who confuse our zebras entertain my newt behind her unicorns .
Input: the quail that smiled comforted her peacock around our unicorn . present
Target output: the quail that smiles comforts her peacock around our unicorn .
Model output: the quail that smiles comforts her peacock around our unicorn .
Input: my tyrannosaurus below my quail remembered the unicorns . present
Target output: my tyrannosaurus below my quail remembers the unicorns .
Model output: my tyrannosaurus below my quail remembers the unicorns .
Input: her vultures that high_fived my yaks amused her orangutan around your newt . present
Target output: her vultures that high_five my yaks amuse her orangutan around your newt .
Model output: her vultures that high_five my yaks amuse her orangutan around your orangutan .
Input: your quail that her newt entertained comforted her raven . past
Target output: your quail that her newt entertained comforted her raven .
Model output: your quail that her newt entertained comforted her raven .
Input: our xylophones who waited entertained your tyrannosauruses . past
Target output: our xylophones who waited entertained your tyrannosauruses .
Model output: our xylophones who waited entertained your tyrannosauruses .
Input: her zebras who high_fived some unicorns admired my quails that comforted my quails . present
Target output: her zebras who high_five some unicorns admire my quails that comfort my quails .
Model output: her zebras who high_five some unicorns high_five my quails that admire my quails .", exgen:"Input: some xylophones around some yak entertained the vultures who applauded your vultures . present
Target output: some xylophones around some yak entertain the vultures who applaud your vultures .
Model output: some xylophones around some yak entertains the vultures who applaud your vultures .
Input: my newts by my newt applauded the newt . present
Target output: my newts by my newt applaud the newt .
Model output: my newts by my newt applauds the newt .
Input: your tyrannosaurus upon my yaks swam . present
Target output: your tyrannosaurus upon my yaks swims .
Model output: your tyrannosaurus upon my yaks swim .
Input: some salamander who some unicorns admired moved . present
Target output: some salamander who some unicorns admire moves .
Model output: some salamander who some unicorns admire move .
Input: some tyrannosaurus below the walruses entertained your salamanders that confused some zebra . present
Target output: some tyrannosaurus below the walruses entertains your salamanders that confuse some zebra .
Model output: some tyrannosaurus below the salamanders entertain your walruses that confuse some zebra .
Input: our vultures by some yak comforted my walruses that remembered the xylophones . present
Target output: our vultures by some yak comfort my walruses that remember the xylophones .
Model output: our vultures by some yak comforts my walruses that remember the xylophones .
Input: my unicorn near the vultures confused the yaks . present
Target output: my unicorn near the vultures confuses the yaks .
Model output: my unicorn near the vultures confuse the yaks .
Input: my salamanders below the quail confused your tyrannosauruses by her peacocks . present
Target output: my salamanders below the quail confuse your tyrannosauruses by her peacocks .
Model output: my salamanders below the quail confuses your quail by her salamanders .
Input: some unicorn that the newts remembered waited . present
Target output: some unicorn that the newts remember waits .
Model output: some unicorn that the newts remember wait .
Input: our orangutan below our newts comforted the yak who slept . present
Target output: our orangutan below our newts comforts the yak who sleeps .
Model output: our orangutan below our newts comfort the yak who sleeps .", testfull:0.91, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.8, genmvcorrect:0.05, genmvlinear:0.88, genmvcorrectnum:0.05, genmvwrongnum:0.94, };
var p13_tense_exp64 = {name:"tense_GRU_GRU_0_0.001_256_64", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her peacocks confused your newts with her newt . present
Target output: her peacocks confuse your newts with her newt .
Model output: her peacocks confuse your newts with her newt .
Input: her quails who confused your walruses moved . present
Target output: her quails who confuse your walruses move .
Model output: her quails who confuse your walruses move .
Input: her walrus accepted your zebra by her newt . past
Target output: her walrus accepted your zebra by her newt .
Model output: her walrus accepted your zebra by her newt .
Input: our peacock amused the xylophone near my tyrannosauruses . present
Target output: our peacock amuses the xylophone near my tyrannosauruses .
Model output: our peacock amuses the xylophone near my tyrannosauruses .
Input: some salamanders that your zebra high_fived admired the vulture above my yak . past
Target output: some salamanders that your zebra high_fived admired the vulture above my yak .
Model output: some salamanders that your zebra high_fived admired the vulture above my yak .
Input: my walrus accepted our quails who high_fived her tyrannosauruses . present
Target output: my walrus accepts our quails who high_five her tyrannosauruses .
Model output: my walrus high_fives our quails who accept her tyrannosauruses .
Input: the ravens high_fived the tyrannosauruses . present
Target output: the ravens high_five the tyrannosauruses .
Model output: the ravens high_five the tyrannosauruses .
Input: some xylophone who ate applauded my salamander who giggled . present
Target output: some xylophone who eats applauds my salamander who giggles .
Model output: some xylophone who eats applauds my salamander who giggles .
Input: your yaks who high_fived your salamanders accepted my tyrannosauruses . past
Target output: your yaks who high_fived your salamanders accepted my tyrannosauruses .
Model output: your yaks who high_fived your salamanders accepted my tyrannosauruses .
Input: her newt above some xylophones confused the walruses . past
Target output: her newt above some xylophones confused the walruses .
Model output: her newt above some xylophones confused the walruses .", exgen:"Input: our orangutan with your peacocks applauded the walrus with her yaks . present
Target output: our orangutan with your peacocks applauds the walrus with her yaks .
Model output: our orangutan with your peacocks applaud the walrus with her yaks .
Input: her unicorns with my orangutan confused my walrus . present
Target output: her unicorns with my orangutan confuse my walrus .
Model output: her unicorns with my orangutan confuses my walrus .
Input: the zebras around our yak accepted our ravens . present
Target output: the zebras around our yak accept our ravens .
Model output: the zebras around our yak accepts our ravens .
Input: your vultures below your xylophone smiled . present
Target output: your vultures below your xylophone smile .
Model output: your vultures below your xylophone smiles .
Input: some orangutan with the walruses remembered her peacock above her xylophones . present
Target output: some orangutan with the walruses remembers her peacock above her xylophones .
Model output: some orangutan with the walruses remember her peacock above her xylophones .
Input: the walruses above some walrus ate . present
Target output: the walruses above some walrus eat .
Model output: the walruses above some walrus eats .
Input: some walruses behind my quail amused our xylophones . present
Target output: some walruses behind my quail amuse our xylophones .
Model output: some walruses behind my quail amuses our xylophones .
Input: some raven that high_fived her newts confused the salamanders who admired some yak . present
Target output: some raven that high_fives her newts confuses the salamanders who admire some yak .
Model output: some raven that confuses her salamanders confuse the yak who admires some yak .
Input: our zebra behind my xylophones slept . present
Target output: our zebra behind my xylophones sleeps .
Model output: our zebra behind my xylophones sleep .
Input: the salamanders that the walrus entertained high_fived some quail near your zebra . present
Target output: the salamanders that the walrus entertains high_five some quail near your zebra .
Model output: the salamanders that the walrus entertains high_fives some quail near your zebra .", testfull:0.89, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.79, genmvcorrect:0.02, genmvlinear:0.88, genmvcorrectnum:0.03, genmvwrongnum:0.96, };
var p13_tense_exp65 = {name:"tense_GRU_GRU_0_0.001_256_65", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my walrus amused my quail near some quails . present
Target output: my walrus amuses my quail near some quails .
Model output: my walrus amuses my quail near some quails .
Input: your newt that smiled applauded the unicorn near her vultures . past
Target output: your newt that smiled applauded the unicorn near her vultures .
Model output: your newt that smiled applauded the unicorn near her vultures .
Input: her salamanders that entertained our xylophones remembered her zebra who swam . past
Target output: her salamanders that entertained our xylophones remembered her zebra who swam .
Model output: her salamanders that entertained our xylophones entertained her zebra who swam .
Input: some tyrannosauruses changed . past
Target output: some tyrannosauruses changed .
Model output: some tyrannosauruses changed .
Input: some newt applauded the peacocks that slept . past
Target output: some newt applauded the peacocks that slept .
Model output: some newt applauded the peacocks that slept .
Input: the unicorns that her newts entertained giggled . past
Target output: the unicorns that her newts entertained giggled .
Model output: the newts that her newts entertained giggled .
Input: her yaks that some peacock comforted accepted some raven who comforted her raven . past
Target output: her yaks that some peacock comforted accepted some raven who comforted her raven .
Model output: her yaks that some peacock comforted accepted some raven who comforted her raven .
Input: her peacock accepted your raven . past
Target output: her peacock accepted your raven .
Model output: her peacock accepted your raven .
Input: some zebra by your peacock admired our newts around her salamanders . present
Target output: some zebra by your peacock admires our newts around her salamanders .
Model output: some zebra by your zebra admires our newts around her salamanders .
Input: her orangutans who high_fived her orangutans slept . present
Target output: her orangutans who high_five her orangutans sleep .
Model output: her orangutans who high_five her orangutans sleep .", exgen:"Input: her salamanders upon our xylophone remembered our vulture with her peacocks . present
Target output: her salamanders upon our xylophone remember our vulture with her peacocks .
Model output: her salamanders upon our xylophone remembers our vulture with her peacocks .
Input: your peacocks who amused my tyrannosaurus admired your vultures upon the tyrannosaurus . present
Target output: your peacocks who amuse my tyrannosaurus admire your vultures upon the tyrannosaurus .
Model output: your peacocks who amuse my vultures admire your tyrannosaurus upon the tyrannosaurus .
Input: my salamanders upon her peacock entertained my unicorn that slept . present
Target output: my salamanders upon her peacock entertain my unicorn that sleeps .
Model output: my salamanders upon her peacock entertains my unicorn that sleeps .
Input: some quail behind our vultures confused some peacock near your vultures . present
Target output: some quail behind our vultures confuses some peacock near your vultures .
Model output: some quail behind our vultures confuse some peacock near your vultures .
Input: my newt above my orangutans remembered the quails by our zebra . present
Target output: my newt above my orangutans remembers the quails by our zebra .
Model output: my newt above my orangutans remember the quails by our zebra .
Input: your salamander below our salamanders confused some orangutans with your peacocks . present
Target output: your salamander below our salamanders confuses some orangutans with your peacocks .
Model output: your salamander below our salamanders confuse some orangutans with your peacocks .
Input: some yak that comforted the tyrannosauruses amused our quail above some zebra . present
Target output: some yak that comforts the tyrannosauruses amuses our quail above some zebra .
Model output: some yak that amuses the tyrannosauruses comfort our quail above some zebra .
Input: our xylophone around my orangutans confused my vulture who the peacocks applauded . present
Target output: our xylophone around my orangutans confuses my vulture who the peacocks applaud .
Model output: our xylophone around my orangutans confuse my vulture who the peacocks applaud .
Input: our xylophones around your quail entertained my xylophone who the yaks accepted . present
Target output: our xylophones around your quail entertain my xylophone who the yaks accept .
Model output: our xylophones around your quail entertains my xylophone who the yaks accept .
Input: the zebra who her zebras amused confused my tyrannosaurus who amused our vulture . present
Target output: the zebra who her zebras amuse confuses my tyrannosaurus who amuses our vulture .
Model output: the zebra who her zebras amuse confuse my tyrannosaurus who amuses our vulture .", testfull:0.87, testpos:0.99, genfull:0.01, genpos:0.99, genlinear:0.74, genmvcorrect:0.03, genmvlinear:0.86, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp66 = {name:"tense_GRU_GRU_0_0.001_256_66", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her unicorn that smiled amused some salamander who swam . present
Target output: her unicorn that smiles amuses some salamander who swims .
Model output: her unicorn that smiles amuses some salamander who swims .
Input: her orangutan who waited swam . present
Target output: her orangutan who waits swims .
Model output: her orangutan who waits swims .
Input: our raven below your zebras accepted my walruses who applauded our raven . past
Target output: our raven below your zebras accepted my walruses who applauded our raven .
Model output: our raven below your zebras accepted my walruses who applauded our raven .
Input: the tyrannosaurus applauded some tyrannosauruses . past
Target output: the tyrannosaurus applauded some tyrannosauruses .
Model output: the tyrannosaurus applauded some tyrannosauruses .
Input: her quails confused my orangutan by our walrus . past
Target output: her quails confused my orangutan by our walrus .
Model output: her quails confused my orangutan by our walrus .
Input: my zebra that read admired the zebra that some orangutan comforted . present
Target output: my zebra that reads admires the zebra that some orangutan comforts .
Model output: my zebra that reads admires the zebra that some orangutan comforts .
Input: your salamander upon the walrus admired her xylophone upon our zebra . present
Target output: your salamander upon the walrus admires her xylophone upon our zebra .
Model output: your salamander upon the walrus admires her xylophone upon our zebra .
Input: her peacocks that entertained your xylophones comforted some orangutan near my peacocks . past
Target output: her peacocks that entertained your xylophones comforted some orangutan near my peacocks .
Model output: her peacocks that entertained your xylophones comforted some orangutan near my peacocks .
Input: my newt applauded her newt behind her walrus . past
Target output: my newt applauded her newt behind her walrus .
Model output: my newt applauded her newt behind her walrus .
Input: her yaks remembered her xylophones with your salamanders . present
Target output: her yaks remember her xylophones with your salamanders .
Model output: her yaks remember her xylophones with your salamanders .", exgen:"Input: her walruses near some newt admired some ravens who your newts admired . present
Target output: her walruses near some newt admire some ravens who your newts admire .
Model output: her walruses near some newt admires some ravens who your newts admire .
Input: my orangutans behind some peacock amused our zebras . present
Target output: my orangutans behind some peacock amuse our zebras .
Model output: my orangutans behind some peacock amuses our zebras .
Input: her orangutan who your tyrannosauruses remembered confused some orangutans . present
Target output: her orangutan who your tyrannosauruses remember confuses some orangutans .
Model output: her orangutan who your tyrannosauruses remember confuse some orangutans .
Input: the salamanders that our newt entertained entertained our orangutans who changed . present
Target output: the salamanders that our newt entertains entertain our orangutans who change .
Model output: the salamanders that our newt entertains entertains our orangutans who change .
Input: your newts above her vulture slept . present
Target output: your newts above her vulture sleep .
Model output: your newts above her vulture sleeps .
Input: our tyrannosaurus with your newts slept . present
Target output: our tyrannosaurus with your newts sleeps .
Model output: our tyrannosaurus with your newts sleep .
Input: some salamanders below some xylophone remembered our yaks . present
Target output: some salamanders below some xylophone remember our yaks .
Model output: some salamanders below some xylophone remembers our yaks .
Input: our salamander who your newts entertained high_fived your tyrannosaurus that waited . present
Target output: our salamander who your newts entertain high_fives your tyrannosaurus that waits .
Model output: our salamander who your newts entertain high_five your tyrannosaurus that waits .
Input: my salamander by the vultures high_fived my orangutans . present
Target output: my salamander by the vultures high_fives my orangutans .
Model output: my salamander by the vultures high_five my orangutans .
Input: my salamanders around my walrus comforted my orangutans behind her walrus . present
Target output: my salamanders around my walrus comfort my orangutans behind her walrus .
Model output: my salamanders around my orangutans comfort my walrus behind her walrus .", testfull:0.91, testpos:1.0, genfull:0.0, genpos:1.0, genlinear:0.8, genmvcorrect:0.03, genmvlinear:0.89, genmvcorrectnum:0.04, genmvwrongnum:0.96, };
var p13_tense_exp67 = {name:"tense_GRU_GRU_0_0.001_256_67", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the newts who ate accepted my tyrannosaurus above your newts . past
Target output: the newts who ate accepted my tyrannosaurus above your newts .
Model output: the newts who ate accepted my tyrannosaurus above your newts .
Input: your salamanders who admired the orangutan entertained the orangutan . past
Target output: your salamanders who admired the orangutan entertained the orangutan .
Model output: your salamanders who admired the orangutan entertained the orangutan .
Input: your zebra behind our quails admired her raven upon the quail . past
Target output: your zebra behind our quails admired her raven upon the quail .
Model output: your zebra behind our quails admired her raven upon the quail .
Input: my walruses who smiled remembered her tyrannosaurus by my xylophones . present
Target output: my walruses who smile remember her tyrannosaurus by my xylophones .
Model output: my walruses who smile remember her tyrannosaurus by my xylophones .
Input: some quail who slept comforted some tyrannosauruses . present
Target output: some quail who sleeps comforts some tyrannosauruses .
Model output: some quail who sleeps comforts some tyrannosauruses .
Input: my tyrannosaurus that my zebra confused smiled . past
Target output: my tyrannosaurus that my zebra confused smiled .
Model output: my tyrannosaurus that my zebra confused smiled .
Input: our unicorns behind her quails confused some walruses that high_fived the newt . past
Target output: our unicorns behind her quails confused some walruses that high_fived the newt .
Model output: our unicorns behind her quails confused some walruses that high_fived the newt .
Input: her quail who our ravens confused slept . past
Target output: her quail who our ravens confused slept .
Model output: her quail who our ravens confused slept .
Input: some zebras near her walrus admired some yaks who accepted some walrus . past
Target output: some zebras near her walrus admired some yaks who accepted some walrus .
Model output: some zebras near her walrus admired some yaks who accepted some walrus .
Input: my xylophone by some walruses accepted your zebra who giggled . past
Target output: my xylophone by some walruses accepted your zebra who giggled .
Model output: my xylophone by some walruses accepted your zebra who giggled .", exgen:"Input: her raven upon her peacocks admired my walrus . present
Target output: her raven upon her peacocks admires my walrus .
Model output: her raven upon her peacocks admire my walrus .
Input: your zebra upon some newts comforted her ravens . present
Target output: your zebra upon some newts comforts her ravens .
Model output: your zebra upon some newts comfort her ravens .
Input: some zebras who some orangutan admired giggled . present
Target output: some zebras who some orangutan admires giggle .
Model output: some zebras who some orangutan admires giggles .
Input: the vultures upon her newt admired your yaks behind our yaks . present
Target output: the vultures upon her newt admire your yaks behind our yaks .
Model output: the vultures upon her newt admires your yaks behind our yaks .
Input: my xylophone with your ravens remembered your ravens upon some tyrannosaurus . present
Target output: my xylophone with your ravens remembers your ravens upon some tyrannosaurus .
Model output: my xylophone with your ravens remember your ravens upon some tyrannosaurus .
Input: our unicorn above my orangutans remembered my quail that our yaks confused . present
Target output: our unicorn above my orangutans remembers my quail that our yaks confuse .
Model output: our unicorn above my orangutans remember my quail that our yaks confuse .
Input: her orangutans upon my salamander remembered your yaks . present
Target output: her orangutans upon my salamander remember your yaks .
Model output: her orangutans upon my salamander remembers your yaks .
Input: the unicorns that admired your salamander applauded your tyrannosaurus by my walruses . present
Target output: the unicorns that admire your salamander applaud your tyrannosaurus by my walruses .
Model output: the unicorns that admire your salamander applauds your tyrannosaurus by my walruses .
Input: her quails above the xylophone entertained some tyrannosaurus . present
Target output: her quails above the xylophone entertain some tyrannosaurus .
Model output: her quails above the xylophone entertains some tyrannosaurus .
Input: the salamanders near your raven giggled . present
Target output: the salamanders near your raven giggle .
Model output: the salamanders near your raven giggles .", testfull:0.95, testpos:1.0, genfull:0.01, genpos:1.0, genlinear:0.86, genmvcorrect:0.03, genmvlinear:0.93, genmvcorrectnum:0.03, genmvwrongnum:0.97, };
var p13_tense_exp68 = {name:"tense_GRU_GRU_0_0.001_256_68", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our walruses near your raven smiled . past
Target output: our walruses near your raven smiled .
Model output: our walruses near your raven smiled .
Input: your ravens upon some salamander entertained our newts . past
Target output: your ravens upon some salamander entertained our newts .
Model output: your newts upon some salamander entertained our newts .
Input: our yaks above her quails moved . past
Target output: our yaks above her quails moved .
Model output: our yaks above her quails moved .
Input: some vulture who my unicorn entertained admired the ravens who moved . present
Target output: some vulture who my unicorn entertains admires the ravens who move .
Model output: some vulture who my unicorn entertains admires the ravens who move .
Input: the raven behind your vultures smiled . past
Target output: the raven behind your vultures smiled .
Model output: the raven behind your vultures smiled .
Input: your yaks above some yak remembered my zebra that your zebra entertained . past
Target output: your yaks above some yak remembered my zebra that your zebra entertained .
Model output: your yak above some orangutans remembered your zebra that my yak entertained .
Input: some vulture behind the orangutan comforted our salamander . present
Target output: some vulture behind the orangutan comforts our salamander .
Model output: some vulture behind the orangutan comforts our salamander .
Input: some salamanders high_fived her unicorn below some quails . past
Target output: some salamanders high_fived her unicorn below some quails .
Model output: some salamanders high_fived her unicorn below some quails .
Input: her zebra that your tyrannosaurus entertained moved . present
Target output: her zebra that your tyrannosaurus entertains moves .
Model output: her tyrannosaurus that your tyrannosaurus entertains moves .
Input: her walrus confused our walruses . present
Target output: her walrus confuses our walruses .
Model output: her walrus confuses our walruses .", exgen:"Input: your newts by the xylophone amused her newts by your peacock . present
Target output: your newts by the xylophone amuse her newts by your peacock .
Model output: your newts by the xylophone amuses her newts by your peacock .
Input: the walrus with your walruses changed . present
Target output: the walrus with your walruses changes .
Model output: the walrus with your walruses change .
Input: some xylophones that our orangutan comforted amused my unicorns . present
Target output: some xylophones that our orangutan comforts amuse my unicorns .
Model output: some xylophones that our orangutan comforts comforts my unicorns .
Input: your zebras that the peacock high_fived smiled . present
Target output: your zebras that the peacock high_fives smile .
Model output: your zebras that the peacock high_fives smiles .
Input: the quail that my peacocks remembered remembered my quail . present
Target output: the quail that my peacocks remember remembers my quail .
Model output: the quail that my peacocks remember remember my quail .
Input: the peacocks that some xylophone remembered accepted my newt above the ravens . present
Target output: the peacocks that some xylophone remembers accept my newt above the ravens .
Model output: the peacocks that some xylophone remembers accepts my newt above the ravens .
Input: some ravens behind her vulture confused her vultures . present
Target output: some ravens behind her vulture confuse her vultures .
Model output: some ravens behind her vulture confuses her vultures .
Input: your newts below our vulture admired your yaks that waited . present
Target output: your newts below our vulture admire your yaks that wait .
Model output: your newts near your vulture admires our yaks .
Input: your quails behind our vulture applauded the walruses by her yaks . present
Target output: your quails behind our vulture applaud the walruses by her yaks .
Model output: your quails behind our vulture applaud the yaks by her walruses .
Input: the newts below some yak applauded our yaks . present
Target output: the newts below some yak applaud our yaks .
Model output: the newts below some yak applauds our yaks .", testfull:0.69, testpos:0.99, genfull:0.03, genpos:0.97, genlinear:0.49, genmvcorrect:0.13, genmvlinear:0.68, genmvcorrectnum:0.16, genmvwrongnum:0.8, };
var p13_tense_exp69 = {name:"tense_GRU_GRU_0_0.001_256_69", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our xylophone who read comforted our peacocks below her quail . past
Target output: our xylophone who read comforted our peacocks below her quail .
Model output: our xylophone who read comforted our peacocks below her quail .
Input: the quails who swam entertained your walruses . present
Target output: the quails who swim entertain your walruses .
Model output: the quails who swim entertain your walruses .
Input: our vulture applauded our unicorns that high_fived your xylophone . past
Target output: our vulture applauded our unicorns that high_fived your xylophone .
Model output: our vulture applauded our unicorns that high_fived your xylophone .
Input: our quail moved . present
Target output: our quail moves .
Model output: our quail moves .
Input: her peacocks confused your newts with her newt . present
Target output: her peacocks confuse your newts with her newt .
Model output: her peacocks confuse your newts with her newt .
Input: our vultures remembered the walruses . past
Target output: our vultures remembered the walruses .
Model output: our vultures remembered the walruses .
Input: some orangutans that waited high_fived our salamander that admired her walrus . past
Target output: some orangutans that waited high_fived our salamander that admired her walrus .
Model output: some orangutans that waited high_fived our salamander that admired her walrus .
Input: your xylophones upon your unicorns accepted her tyrannosauruses . present
Target output: your xylophones upon your unicorns accept her tyrannosauruses .
Model output: your xylophones upon your unicorns accept her tyrannosauruses .
Input: her xylophone that moved confused your unicorn . present
Target output: her xylophone that moves confuses your unicorn .
Model output: her xylophone that moves confuses your unicorn .
Input: the vultures comforted her salamanders . past
Target output: the vultures comforted her salamanders .
Model output: the vultures comforted her salamanders .", exgen:"Input: the yak who the walruses applauded entertained my unicorn that changed . present
Target output: the yak who the walruses applaud entertains my unicorn that changes .
Model output: the yak who the walruses entertain applaud my unicorn that changes .
Input: your peacock above some newts confused your walrus . present
Target output: your peacock above some newts confuses your walrus .
Model output: your peacock above some newts confuse your walrus .
Input: the walrus around her zebras slept . present
Target output: the walrus around her zebras sleeps .
Model output: the walrus around her zebras sleep .
Input: your salamander with our salamanders waited . present
Target output: your salamander with our salamanders waits .
Model output: your salamander with our salamanders wait .
Input: her zebras that entertained our peacock remembered her newts around some salamanders . present
Target output: her zebras that entertain our peacock remember her newts around some salamanders .
Model output: her zebras that entertain our peacock remembers her newts around some salamanders .
Input: the unicorn who amused our orangutans comforted her vulture upon your unicorn . present
Target output: the unicorn who amuses our orangutans comforts her vulture upon your unicorn .
Model output: the unicorn who amuses our orangutans comfort her vulture upon your unicorn .
Input: our zebra by my ravens admired our vultures who my tyrannosaurus remembered . present
Target output: our zebra by my ravens admires our vultures who my tyrannosaurus remembers .
Model output: our zebra by our ravens admire my vultures who my tyrannosaurus remembers .
Input: the peacocks that high_fived the yak changed . present
Target output: the peacocks that high_five the yak change .
Model output: the peacocks that high_five the yak changes .
Input: our vulture who your unicorns admired confused our yaks around her peacocks . present
Target output: our vulture who your unicorns admire confuses our yaks around her peacocks .
Model output: our vulture who your unicorns admire confuse our yaks around her peacocks .
Input: the zebra near the yaks swam . present
Target output: the zebra near the yaks swims .
Model output: the zebra near the yaks swim .", testfull:0.89, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.78, genmvcorrect:0.03, genmvlinear:0.88, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp70 = {name:"tense_GRU_GRU_0_0.001_256_70", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your xylophones entertained the raven who swam . past
Target output: your xylophones entertained the raven who swam .
Model output: your xylophones entertained the raven who swam .
Input: our unicorn below her walrus remembered our yaks . present
Target output: our unicorn below her walrus remembers our yaks .
Model output: our unicorn below her walrus remembers our yaks .
Input: our xylophone remembered the ravens who your unicorn high_fived . past
Target output: our xylophone remembered the ravens who your unicorn high_fived .
Model output: our xylophone remembered the ravens who your unicorn high_fived .
Input: my yaks applauded her vulture that the vultures applauded . past
Target output: my yaks applauded her vulture that the vultures applauded .
Model output: my yaks applauded her vulture that the vultures applauded .
Input: our ravens with the yaks confused some xylophone who confused your yak . present
Target output: our ravens with the yaks confuse some xylophone who confuses your yak .
Model output: our ravens with the yaks confuse some xylophone who confuses your yak .
Input: her orangutans confused some vultures with some xylophones . past
Target output: her orangutans confused some vultures with some xylophones .
Model output: her orangutans confused some vultures with some xylophones .
Input: some peacock comforted your peacocks . past
Target output: some peacock comforted your peacocks .
Model output: some peacock comforted your peacocks .
Input: your newts upon my orangutans admired my yaks that her unicorns applauded . present
Target output: your newts upon my orangutans admire my yaks that her unicorns applaud .
Model output: your newts upon my orangutans admire my yaks that her unicorns applaud .
Input: her walrus that ate applauded some tyrannosauruses that high_fived our orangutans . past
Target output: her walrus that ate applauded some tyrannosauruses that high_fived our orangutans .
Model output: her walrus that ate applauded some tyrannosauruses that high_fived our orangutans .
Input: your raven who giggled entertained your walruses . present
Target output: your raven who giggles entertains your walruses .
Model output: your raven who giggles entertains your walruses .", exgen:"Input: my vultures upon some vulture confused our orangutan near the tyrannosauruses . present
Target output: my vultures upon some vulture confuse our orangutan near the tyrannosauruses .
Model output: my vultures upon some vulture confuses our orangutan near the tyrannosauruses .
Input: some orangutan above some newts high_fived your salamander near her quail . present
Target output: some orangutan above some newts high_fives your salamander near her quail .
Model output: some orangutan above some newts high_five your salamander near her quail .
Input: the walrus who confused the walruses waited . present
Target output: the walrus who confuses the walruses waits .
Model output: the walrus who confuses the walruses wait .
Input: your peacocks near her raven amused my zebras . present
Target output: your peacocks near her raven amuse my zebras .
Model output: your peacocks near her raven amuses my zebras .
Input: the orangutans around my zebra entertained some raven by the quails . present
Target output: the orangutans around my zebra entertain some raven by the quails .
Model output: the orangutans around my zebra entertains some raven by the quails .
Input: my zebras who the tyrannosaurus remembered confused some zebras who accepted our newts . present
Target output: my zebras who the tyrannosaurus remembers confuse some zebras who accept our newts .
Model output: my zebras who the zebras accept remember some tyrannosaurus who accepts our newts .
Input: our tyrannosauruses below some tyrannosaurus entertained some xylophones . present
Target output: our tyrannosauruses below some tyrannosaurus entertain some xylophones .
Model output: our tyrannosauruses below some tyrannosaurus entertains some xylophones .
Input: your salamanders that admired her peacock high_fived the orangutans who admired some zebras . present
Target output: your salamanders that admire her peacock high_five the orangutans who admire some zebras .
Model output: your salamanders that admire her peacock admires the orangutans who remember some zebras .
Input: the peacock below our peacocks remembered your salamanders who the newts admired . present
Target output: the peacock below our peacocks remembers your salamanders who the newts admire .
Model output: the peacock below our peacocks remember your salamanders who the newts admire .
Input: our zebra below the orangutans swam . present
Target output: our zebra below the orangutans swims .
Model output: our zebra below the orangutans swim .", testfull:0.9, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.79, genmvcorrect:0.03, genmvlinear:0.88, genmvcorrectnum:0.03, genmvwrongnum:0.96, };
var p13_tense_exp71 = {name:"tense_GRU_GRU_0_0.001_256_71", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her quails with my raven high_fived my unicorn who comforted your raven . past
Target output: her quails with my raven high_fived my unicorn who comforted your raven .
Model output: her quails with my raven high_fived my unicorn who comforted your raven .
Input: my peacock high_fived your zebra . past
Target output: my peacock high_fived your zebra .
Model output: my peacock high_fived your zebra .
Input: your xylophone above your salamander high_fived my raven who changed . past
Target output: your xylophone above your salamander high_fived my raven who changed .
Model output: your xylophone above your salamander high_fived my raven who changed .
Input: my tyrannosaurus waited . past
Target output: my tyrannosaurus waited .
Model output: my tyrannosaurus waited .
Input: the orangutan applauded some unicorns around some yak . past
Target output: the orangutan applauded some unicorns around some yak .
Model output: the orangutan applauded some unicorns around some yak .
Input: the tyrannosaurus comforted her newts who slept . past
Target output: the tyrannosaurus comforted her newts who slept .
Model output: the tyrannosaurus comforted her newts who slept .
Input: the peacock accepted some zebra that waited . present
Target output: the peacock accepts some zebra that waits .
Model output: the peacock accepts some zebra that waits .
Input: the walruses who moved read . past
Target output: the walruses who moved read .
Model output: the walruses who moved read .
Input: her orangutans that giggled comforted my vulture with the salamander . past
Target output: her orangutans that giggled comforted my vulture with the salamander .
Model output: her orangutans that giggled comforted my vulture with the salamander .
Input: her salamanders who slept confused the unicorn by the vulture . present
Target output: her salamanders who sleep confuse the unicorn by the vulture .
Model output: her salamanders who sleep confuse the unicorn by the vulture .", exgen:"Input: her unicorns by our vulture amused some vultures that my zebra amused . present
Target output: her unicorns by our vulture amuse some vultures that my zebra amuses .
Model output: her unicorns by our vulture amuses some zebra that my vultures amuses .
Input: her quails with your xylophone read . present
Target output: her quails with your xylophone read .
Model output: her quails with your xylophone reads .
Input: the newts behind her raven remembered my xylophones that my quails accepted . present
Target output: the newts behind her raven remember my xylophones that my quails accept .
Model output: the newts behind her raven remembers my xylophones that my quails accept .
Input: my zebra near some yaks confused your quail who remembered the zebra . present
Target output: my zebra near some yaks confuses your quail who remembers the zebra .
Model output: my zebra near some yaks confuse your quail who confuses the zebra .
Input: our newts that confused your salamander amused your unicorns above some yak . present
Target output: our newts that confuse your salamander amuse your unicorns above some yak .
Model output: our newts that confuse your salamander amuses your unicorns above some yak .
Input: the zebras near some raven admired our salamanders around your vulture . present
Target output: the zebras near some raven admire our salamanders around your vulture .
Model output: the zebras near some raven admires our salamanders around your vulture .
Input: some ravens by her newt amused some yak who her quail applauded . present
Target output: some ravens by her newt amuse some yak who her quail applauds .
Model output: some ravens by her newt amuses some yak who her quail applauds .
Input: the walruses that confused my newt swam . present
Target output: the walruses that confuse my newt swim .
Model output: the walruses that confuse my newt swims .
Input: some tyrannosaurus who applauded your orangutans high_fived your unicorn . present
Target output: some tyrannosaurus who applauds your orangutans high_fives your unicorn .
Model output: some tyrannosaurus who high_fives your orangutans applaud your unicorn .
Input: her yaks around my zebra accepted her ravens that the unicorn amused . present
Target output: her yaks around my zebra accept her ravens that the unicorn amuses .
Model output: her yaks around my zebra accepts her ravens that the unicorn amuses .", testfull:0.9, testpos:1.0, genfull:0.03, genpos:0.99, genlinear:0.73, genmvcorrect:0.09, genmvlinear:0.82, genmvcorrectnum:0.1, genmvwrongnum:0.89, };
var p13_tense_exp72 = {name:"tense_GRU_GRU_0_0.001_256_72", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our tyrannosauruses near my orangutans remembered some salamanders who remembered some orangutans . past
Target output: our tyrannosauruses near my orangutans remembered some salamanders who remembered some orangutans .
Model output: our tyrannosauruses near my orangutans remembered some salamanders who remembered some orangutans .
Input: our xylophones by your orangutans applauded our salamanders . present
Target output: our xylophones by your orangutans applaud our salamanders .
Model output: our xylophones by your orangutans applaud our salamanders .
Input: the tyrannosauruses above the salamanders waited . present
Target output: the tyrannosauruses above the salamanders wait .
Model output: the tyrannosauruses above the salamanders wait .
Input: your zebras that some salamanders applauded smiled . past
Target output: your zebras that some salamanders applauded smiled .
Model output: your zebras that some salamanders applauded smiled .
Input: some quail below my yak entertained the zebra around some vultures . past
Target output: some quail below my yak entertained the zebra around some vultures .
Model output: some quail below my yak entertained the zebra around some vultures .
Input: some newts that ate changed . past
Target output: some newts that ate changed .
Model output: some newts that changed changed .
Input: our xylophones behind the xylophones remembered the unicorn . past
Target output: our xylophones behind the xylophones remembered the unicorn .
Model output: our xylophones behind the xylophones remembered the unicorn .
Input: our yaks below our raven giggled . past
Target output: our yaks below our raven giggled .
Model output: our yaks below our raven giggled .
Input: my zebra with our yak remembered her tyrannosauruses who accepted your raven . present
Target output: my zebra with our yak remembers her tyrannosauruses who accept your raven .
Model output: my zebra with our yak remembers her tyrannosauruses who accept your raven .
Input: her xylophone near some newts comforted our ravens that your newts comforted . past
Target output: her xylophone near some newts comforted our ravens that your newts comforted .
Model output: her xylophone near some newts comforted our ravens that your newts comforted .", exgen:"Input: her walrus that the orangutans high_fived high_fived her vulture . present
Target output: her walrus that the orangutans high_five high_fives her vulture .
Model output: her walrus that the orangutans high_five high_five her vulture .
Input: my peacocks who remembered your raven amused your orangutan . present
Target output: my peacocks who remember your raven amuse your orangutan .
Model output: my peacocks who amuse your raven remembers your orangutan .
Input: your vultures behind some unicorn confused the orangutans behind your tyrannosaurus . present
Target output: your vultures behind some unicorn confuse the orangutans behind your tyrannosaurus .
Model output: your vultures behind some unicorn confuses the orangutans behind your tyrannosaurus .
Input: my walruses who our salamander amused entertained the vultures . present
Target output: my walruses who our salamander amuses entertain the vultures .
Model output: my walruses who our salamander amuses entertains the vultures .
Input: her tyrannosaurus above her salamanders moved . present
Target output: her tyrannosaurus above her salamanders moves .
Model output: her tyrannosaurus above her salamanders move .
Input: your salamander above my yaks entertained our unicorn . present
Target output: your salamander above my yaks entertains our unicorn .
Model output: your salamander above my yaks entertain our unicorn .
Input: her salamanders who accepted some newt admired some raven that moved . present
Target output: her salamanders who accept some newt admire some raven that moves .
Model output: her salamanders who accept some newt admires some raven that moves .
Input: your tyrannosauruses with some zebra confused your walrus . present
Target output: your tyrannosauruses with some zebra confuse your walrus .
Model output: your tyrannosauruses with some zebra confuses your walrus .
Input: some xylophones by your unicorn admired my yaks behind her unicorn . present
Target output: some xylophones by your unicorn admire my yaks behind her unicorn .
Model output: some xylophones by your unicorn admires my yaks behind her unicorn .
Input: the yaks who our walrus amused remembered the peacocks . present
Target output: the yaks who our walrus amuses remember the peacocks .
Model output: the yaks who our walrus remembers amuses the peacocks .", testfull:0.88, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.76, genmvcorrect:0.03, genmvlinear:0.86, genmvcorrectnum:0.04, genmvwrongnum:0.96, };
var p13_tense_exp73 = {name:"tense_GRU_GRU_0_0.001_256_73", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the salamanders entertained my xylophone below the yaks . present
Target output: the salamanders entertain my xylophone below the yaks .
Model output: the salamanders entertain my xylophone below the yaks .
Input: her unicorns who your orangutans entertained comforted some tyrannosauruses . present
Target output: her unicorns who your orangutans entertain comfort some tyrannosauruses .
Model output: her unicorns who your orangutans entertain entertain some tyrannosauruses .
Input: her zebras below your yak admired the xylophones that our yaks entertained . past
Target output: her zebras below your yak admired the xylophones that our yaks entertained .
Model output: her zebras below your yak admired the xylophones that our yaks entertained .
Input: her salamander accepted some ravens . past
Target output: her salamander accepted some ravens .
Model output: her salamander accepted some ravens .
Input: the peacocks high_fived her unicorn . present
Target output: the peacocks high_five her unicorn .
Model output: the peacocks high_five her unicorn .
Input: my ravens who some yaks comforted admired some salamander . past
Target output: my ravens who some yaks comforted admired some salamander .
Model output: my ravens who some yaks comforted admired some salamander .
Input: some xylophones that read moved . past
Target output: some xylophones that read moved .
Model output: some xylophones that read moved .
Input: some quail applauded my tyrannosauruses . present
Target output: some quail applauds my tyrannosauruses .
Model output: some quail applauds my tyrannosauruses .
Input: your quails that admired our xylophones smiled . past
Target output: your quails that admired our xylophones smiled .
Model output: your quails that admired our xylophones smiled .
Input: the xylophones by our xylophones amused her zebras . present
Target output: the xylophones by our xylophones amuse her zebras .
Model output: the xylophones by our xylophones amuse her zebras .", exgen:"Input: my newts that some zebra confused accepted some walruses . present
Target output: my newts that some zebra confuses accept some walruses .
Model output: my newts that some zebra accepts confuses some walruses .
Input: the newt that comforted our salamanders accepted some tyrannosaurus near her peacocks . present
Target output: the newt that comforts our salamanders accepts some tyrannosaurus near her peacocks .
Model output: the newt that comforts our tyrannosaurus accepts some salamanders near her peacocks .
Input: her yak around her vultures entertained our walrus . present
Target output: her yak around her vultures entertains our walrus .
Model output: her yak around her vultures entertain our walrus .
Input: your vulture upon your newts high_fived some orangutans who your orangutans amused . present
Target output: your vulture upon your newts high_fives some orangutans who your orangutans amuse .
Model output: your vulture upon your newts high_five some orangutans who your orangutans amuse .
Input: her xylophone that entertained some peacocks entertained your salamanders below her salamanders . present
Target output: her xylophone that entertains some peacocks entertains your salamanders below her salamanders .
Model output: her xylophone that entertains some peacocks entertain your salamanders below her salamanders .
Input: your zebras who amused our vulture swam . present
Target output: your zebras who amuse our vulture swim .
Model output: your zebras who amuse our vulture swims .
Input: the walruses that our raven entertained entertained her raven who remembered our walrus . present
Target output: the walruses that our raven entertains entertain her raven who remembers our walrus .
Model output: the walruses that our raven entertains entertains her raven who remembers our walrus .
Input: her zebras that remembered my walrus accepted our vulture that remembered our newt . present
Target output: her zebras that remember my walrus accept our vulture that remembers our newt .
Model output: her zebras that remember my walrus remembers our vulture that accepts our newt .
Input: some raven below my newts confused our raven who some xylophones confused . present
Target output: some raven below my newts confuses our raven who some xylophones confuse .
Model output: my raven below my newts confuse our raven who some xylophones confuse .
Input: her orangutan who my quails accepted remembered some yak near her tyrannosaurus . present
Target output: her orangutan who my quails accept remembers some yak near her tyrannosaurus .
Model output: her orangutan who my quails accept accept some yak near her tyrannosaurus .", testfull:0.85, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.72, genmvcorrect:0.03, genmvlinear:0.85, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp74 = {name:"tense_GRU_GRU_0_0.001_256_74", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your yaks upon some xylophones high_fived the orangutan . present
Target output: your yaks upon some xylophones high_five the orangutan .
Model output: your yaks upon some xylophones high_five the orangutan .
Input: your vultures waited . present
Target output: your vultures wait .
Model output: your vultures wait .
Input: our walrus behind the walrus moved . past
Target output: our walrus behind the walrus moved .
Model output: our walrus behind the walrus moved .
Input: some newts that applauded some yak applauded our unicorns . past
Target output: some newts that applauded some yak applauded our unicorns .
Model output: some newts that applauded some yak applauded our unicorns .
Input: our peacock accepted my zebras who applauded my vulture . past
Target output: our peacock accepted my zebras who applauded my vulture .
Model output: our peacock accepted my zebras who applauded my vulture .
Input: your orangutan around your quail admired our walruses above our yak . present
Target output: your orangutan around your quail admires our walruses above our yak .
Model output: your orangutan around your quail admires our walruses above our yak .
Input: our tyrannosaurus entertained the orangutan around our tyrannosaurus . past
Target output: our tyrannosaurus entertained the orangutan around our tyrannosaurus .
Model output: our tyrannosaurus entertained the orangutan around our tyrannosaurus .
Input: her zebra that ate remembered my xylophone . present
Target output: her zebra that eats remembers my xylophone .
Model output: her zebra that eats remembers my xylophone .
Input: her orangutan entertained her quail by your newt . past
Target output: her orangutan entertained her quail by your newt .
Model output: her orangutan entertained her quail by your newt .
Input: some newt amused her peacocks that your tyrannosaurus comforted . present
Target output: some newt amuses her peacocks that your tyrannosaurus comforts .
Model output: some newt amuses her peacocks that your tyrannosaurus comforts .", exgen:"Input: your unicorn by my yaks giggled . present
Target output: your unicorn by my yaks giggles .
Model output: your unicorn by my yaks giggle .
Input: some quails below your raven entertained our orangutan above our vultures . present
Target output: some quails below your raven entertain our orangutan above our vultures .
Model output: some quails below your raven entertains our orangutan above our vultures .
Input: your zebra behind our peacocks high_fived your peacocks upon your salamanders . present
Target output: your zebra behind our peacocks high_fives your peacocks upon your salamanders .
Model output: your zebra behind our peacocks high_five your peacocks upon your salamanders .
Input: our newts who confused your yak accepted our yak above some zebras . present
Target output: our newts who confuse your yak accept our yak above some zebras .
Model output: our newts who accept your yak confuses our yak above some zebras .
Input: her xylophones who accepted my tyrannosaurus slept . present
Target output: her xylophones who accept my tyrannosaurus sleep .
Model output: her xylophones who accept my tyrannosaurus sleeps .
Input: some unicorn near our ravens entertained some unicorns who high_fived some xylophones . present
Target output: some unicorn near our ravens entertains some unicorns who high_five some xylophones .
Model output: some unicorn near our ravens entertain some unicorns who high_five some xylophones .
Input: the newt above our yaks giggled . present
Target output: the newt above our yaks giggles .
Model output: the newt above our yaks giggle .
Input: the peacock by our newts high_fived the orangutans who her vultures confused . present
Target output: the peacock by our newts high_fives the orangutans who her vultures confuse .
Model output: the peacock by our newts high_five the orangutans who her vultures confuse .
Input: her xylophones behind her quail ate . present
Target output: her xylophones behind her quail eat .
Model output: her xylophones behind her quail eats .
Input: her ravens near the orangutan remembered her orangutans that read . present
Target output: her ravens near the orangutan remember her orangutans that read .
Model output: her ravens near the orangutan remembers her orangutans that read .", testfull:0.89, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.78, genmvcorrect:0.02, genmvlinear:0.88, genmvcorrectnum:0.02, genmvwrongnum:0.97, };
var p13_tense_exp75 = {name:"tense_GRU_GRU_0_0.001_256_75", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the newt who the unicorns high_fived entertained some unicorns who entertained our salamander . past
Target output: the newt who the unicorns high_fived entertained some unicorns who entertained our salamander .
Model output: the newt who the unicorns high_fived entertained some unicorns who entertained our salamander .
Input: our yaks changed . present
Target output: our yaks change .
Model output: our yaks change .
Input: the vultures by the quails read . present
Target output: the vultures by the quails read .
Model output: the vultures by the quails read .
Input: some yaks by some unicorns admired the salamanders by some xylophone . present
Target output: some yaks by some unicorns admire the salamanders by some xylophone .
Model output: some yaks by some unicorns admire the salamanders by some xylophone .
Input: your ravens near our yaks changed . past
Target output: your ravens near our yaks changed .
Model output: your ravens near our yaks changed .
Input: the tyrannosauruses who swam high_fived some salamanders below my peacock . present
Target output: the tyrannosauruses who swim high_five some salamanders below my peacock .
Model output: the tyrannosauruses who swim high_five some salamanders below my peacock .
Input: the quail read . present
Target output: the quail reads .
Model output: the quail reads .
Input: her zebras that remembered my orangutans admired your orangutans . present
Target output: her zebras that remember my orangutans admire your orangutans .
Model output: her zebras that remember my orangutans admire your orangutans .
Input: your raven that ate remembered some orangutan . present
Target output: your raven that eats remembers some orangutan .
Model output: your raven that eats remembers some orangutan .
Input: your orangutan who slept accepted some raven who smiled . past
Target output: your orangutan who slept accepted some raven who smiled .
Model output: your orangutan who slept accepted some raven who smiled .", exgen:"Input: your vulture with her salamanders smiled . present
Target output: your vulture with her salamanders smiles .
Model output: your vulture with her salamanders smile .
Input: our newt upon your yaks swam . present
Target output: our newt upon your yaks swims .
Model output: our newt upon your yaks swim .
Input: her peacock near some xylophones admired her walrus with our tyrannosauruses . present
Target output: her peacock near some xylophones admires her walrus with our tyrannosauruses .
Model output: her peacock near some xylophones admire her walrus with our tyrannosauruses .
Input: the tyrannosauruses that her zebra comforted comforted her vultures . present
Target output: the tyrannosauruses that her zebra comforts comfort her vultures .
Model output: the tyrannosauruses that her zebra comforts comforts her vultures .
Input: your newts who the peacock remembered smiled . present
Target output: your newts who the peacock remembers smile .
Model output: your newts who the peacock remembers smiles .
Input: my vultures upon our unicorn high_fived some zebra around the peacocks . present
Target output: my vultures upon our unicorn high_five some zebra around the peacocks .
Model output: my vultures upon our unicorn high_fives some zebra around the peacocks .
Input: her xylophone upon some peacocks comforted her peacock . present
Target output: her xylophone upon some peacocks comforts her peacock .
Model output: her xylophone upon some peacocks comfort her peacock .
Input: your peacocks who my peacock applauded accepted our peacock upon the yaks . present
Target output: your peacocks who my peacock applauds accept our peacock upon the yaks .
Model output: your peacocks who my peacock applauds accepts our peacock upon the yaks .
Input: some salamanders that applauded our vulture high_fived the raven . present
Target output: some salamanders that applaud our vulture high_five the raven .
Model output: some salamanders that applaud our vulture applauds the raven .
Input: my salamander near her vultures read . present
Target output: my salamander near her vultures reads .
Model output: my salamander near her vultures read .", testfull:0.93, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.82, genmvcorrect:0.04, genmvlinear:0.89, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp76 = {name:"tense_GRU_GRU_0_0.001_256_76", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your peacocks behind some yaks confused the zebra above the vultures . past
Target output: your peacocks behind some yaks confused the zebra above the vultures .
Model output: your peacocks above some yaks confused the zebra above the vultures .
Input: the salamander behind the xylophones remembered some zebra . past
Target output: the salamander behind the xylophones remembered some zebra .
Model output: the salamander behind the xylophones remembered some zebra .
Input: your unicorn who applauded our peacocks read . past
Target output: your unicorn who applauded our peacocks read .
Model output: your unicorn who applauded our peacocks read .
Input: our walruses admired your vulture with our quails . past
Target output: our walruses admired your vulture with our quails .
Model output: our walruses admired your vulture with our quails .
Input: my xylophones amused our walruses above your zebras . present
Target output: my xylophones amuse our walruses above your zebras .
Model output: my xylophones amuse our walruses above your zebras .
Input: your xylophones below our newt changed . past
Target output: your xylophones below our newt changed .
Model output: your xylophones below our newt changed .
Input: her xylophone that accepted some quail comforted my salamander . past
Target output: her xylophone that accepted some quail comforted my salamander .
Model output: her xylophone that accepted some quail comforted my salamander .
Input: my quails who your raven accepted applauded my salamanders . past
Target output: my quails who your raven accepted applauded my salamanders .
Model output: my quails who your raven applauded accepted my salamanders .
Input: some xylophones around some walrus amused the tyrannosauruses that ate . past
Target output: some xylophones around some walrus amused the tyrannosauruses that ate .
Model output: some xylophones around some walrus amused the tyrannosauruses that ate .
Input: the salamander by her vulture confused my zebras above your raven . past
Target output: the salamander by her vulture confused my zebras above your raven .
Model output: the salamander by her vulture confused my raven above your zebras .", exgen:"Input: her vulture upon her quails remembered our orangutans near some unicorn . present
Target output: her vulture upon her quails remembers our orangutans near some unicorn .
Model output: her vulture upon her quails remember our quails near some orangutan .
Input: my quails around our yak ate . present
Target output: my quails around our yak eat .
Model output: my quails around our yak eats .
Input: our yaks that some orangutan remembered applauded the orangutans who high_fived our tyrannosauruses . present
Target output: our yaks that some orangutan remembers applaud the orangutans who high_five our tyrannosauruses .
Model output: our yaks that some orangutans high_five remember the orangutan who high_fives our tyrannosauruses .
Input: the tyrannosauruses below our vulture applauded your walrus that waited . present
Target output: the tyrannosauruses below our vulture applaud your walrus that waits .
Model output: the tyrannosauruses below our vulture applauds your walrus that waits .
Input: some orangutan below my tyrannosauruses entertained some vulture above your zebra . present
Target output: some orangutan below my tyrannosauruses entertains some vulture above your zebra .
Model output: some orangutan below my tyrannosauruses entertain some tyrannosauruses above your vulture .
Input: my peacocks who applauded my peacock entertained her peacock . present
Target output: my peacocks who applaud my peacock entertain her peacock .
Model output: my peacocks who applaud my peacock entertain her peacock .
Input: her vultures around some yak changed . present
Target output: her vultures around some yak change .
Model output: her vultures around some yak changes .
Input: some zebra by your orangutans remembered our orangutans behind my quails . present
Target output: some zebra by your orangutans remembers our orangutans behind my quails .
Model output: some zebra by your orangutans remember our orangutans behind my quails .
Input: some vultures who her quail comforted read . present
Target output: some vultures who her quail comforts read .
Model output: some vultures who her quail comforts reads .
Input: her ravens who remembered my newt entertained my peacock that giggled . present
Target output: her ravens who remember my newt entertain my peacock that giggles .
Model output: her ravens who high_five my newt entertains my peacock that giggles .", testfull:0.81, testpos:0.99, genfull:0.01, genpos:0.99, genlinear:0.61, genmvcorrect:0.12, genmvlinear:0.74, genmvcorrectnum:0.15, genmvwrongnum:0.84, };
var p13_tense_exp77 = {name:"tense_GRU_GRU_0_0.001_256_77", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my unicorn accepted her xylophone above the quails . past
Target output: my unicorn accepted her xylophone above the quails .
Model output: my unicorn accepted her xylophone above the quails .
Input: some xylophones comforted the unicorn behind my xylophones . present
Target output: some xylophones comfort the unicorn behind my xylophones .
Model output: some xylophones comfort the unicorn behind my xylophones .
Input: her quails confused your peacock near our vulture . past
Target output: her quails confused your peacock near our vulture .
Model output: her quails confused your peacock near our vulture .
Input: your orangutans upon our xylophones slept . present
Target output: your orangutans upon our xylophones sleep .
Model output: your orangutans upon our xylophones sleep .
Input: my vultures who your salamander entertained read . past
Target output: my vultures who your salamander entertained read .
Model output: my vultures who your salamander entertained read .
Input: my salamanders entertained our salamander that giggled . past
Target output: my salamanders entertained our salamander that giggled .
Model output: my salamanders entertained our salamander that giggled .
Input: some quails admired her ravens who my newts confused . past
Target output: some quails admired her ravens who my newts confused .
Model output: some quails admired her ravens who my newts confused .
Input: your zebras who entertained some vultures entertained the unicorn near some xylophones . present
Target output: your zebras who entertain some vultures entertain the unicorn near some xylophones .
Model output: your zebras who entertain some vultures entertain the unicorn near some xylophones .
Input: your yak that my yak entertained remembered some zebras with your yaks . present
Target output: your yak that my yak entertains remembers some zebras with your yaks .
Model output: your yak that my yak entertains entertains some zebras with your yaks .
Input: our yak changed . past
Target output: our yak changed .
Model output: our yak changed .", exgen:"Input: her tyrannosauruses near your tyrannosaurus admired some unicorn that my tyrannosauruses comforted . present
Target output: her tyrannosauruses near your tyrannosaurus admire some unicorn that my tyrannosauruses comfort .
Model output: her tyrannosauruses near your tyrannosaurus admires some unicorn that my tyrannosauruses comfort .
Input: my tyrannosauruses that her raven entertained confused the newt below her quail . present
Target output: my tyrannosauruses that her raven entertains confuse the newt below her quail .
Model output: my tyrannosauruses that her raven entertains confuses the newt below her quail .
Input: the ravens who your salamander entertained high_fived the orangutan . present
Target output: the ravens who your salamander entertains high_five the orangutan .
Model output: the ravens who your salamander entertains high_fives the orangutan .
Input: some unicorns that comforted your raven read . present
Target output: some unicorns that comfort your raven read .
Model output: some unicorns that comfort your raven reads .
Input: my quails below some newt admired your peacocks . present
Target output: my quails below some newt admire your peacocks .
Model output: my quails below some newt admires your peacocks .
Input: your zebras below your salamander high_fived the tyrannosauruses . present
Target output: your zebras below your salamander high_five the tyrannosauruses .
Model output: your zebras below your salamander high_fives the tyrannosauruses .
Input: our walrus that comforted our salamanders smiled . present
Target output: our walrus that comforts our salamanders smiles .
Model output: our walrus that comforts our salamanders smile .
Input: some quails with our walrus moved . present
Target output: some quails with our walrus move .
Model output: some quails with our walrus moves .
Input: our zebra that remembered her vultures giggled . present
Target output: our zebra that remembers her vultures giggles .
Model output: our zebra that remembers her vultures giggle .
Input: your walrus who amused my newts comforted my quail who remembered the vulture . present
Target output: your walrus who amuses my newts comforts my quail who remembers the vulture .
Model output: your walrus who amuses my newts comfort my quail who remembers the vulture .", testfull:0.94, testpos:1.0, genfull:0.01, genpos:1.0, genlinear:0.86, genmvcorrect:0.03, genmvlinear:0.91, genmvcorrectnum:0.03, genmvwrongnum:0.96, };
var p13_tense_exp78 = {name:"tense_GRU_GRU_0_0.001_256_78", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her vultures that high_fived my yaks amused her orangutan around your newt . present
Target output: her vultures that high_five my yaks amuse her orangutan around your newt .
Model output: her vultures that high_five my yaks amuse her orangutan around your newt .
Input: the peacocks that your ravens admired ate . past
Target output: the peacocks that your ravens admired ate .
Model output: the peacocks that your ravens admired ate .
Input: some quails ate . present
Target output: some quails eat .
Model output: some quails eat .
Input: the vulture near our xylophone amused the peacocks above my zebras . present
Target output: the vulture near our xylophone amuses the peacocks above my zebras .
Model output: the vulture near our xylophone amuses the peacocks above my zebras .
Input: your peacock above our zebra entertained my xylophone upon my newt . present
Target output: your peacock above our zebra entertains my xylophone upon my newt .
Model output: your peacock above our zebra entertains my xylophone upon my newt .
Input: her yaks admired my raven that entertained my vultures . past
Target output: her yaks admired my raven that entertained my vultures .
Model output: her yaks admired my raven that entertained my vultures .
Input: my xylophone accepted your raven below our newt . past
Target output: my xylophone accepted your raven below our newt .
Model output: my xylophone accepted your raven below our newt .
Input: her vulture near my quail comforted some salamander . past
Target output: her vulture near my quail comforted some salamander .
Model output: her vulture near my quail comforted some salamander .
Input: her quail confused your ravens . past
Target output: her quail confused your ravens .
Model output: her quail confused your ravens .
Input: your tyrannosaurus that confused the peacock applauded our walruses upon her raven . present
Target output: your tyrannosaurus that confuses the peacock applauds our walruses upon her raven .
Model output: your tyrannosaurus that confuses the peacock applauds our walruses upon her raven .", exgen:"Input: some newt above my peacocks comforted our unicorns by some yak . present
Target output: some newt above my peacocks comforts our unicorns by some yak .
Model output: some newt above my unicorns comfort our peacocks by some yak .
Input: your yak by some xylophones slept . present
Target output: your yak by some xylophones sleeps .
Model output: your yak by some xylophones sleep .
Input: my peacocks who our peacock accepted read . present
Target output: my peacocks who our peacock accepts read .
Model output: my peacocks who our peacock accepts reads .
Input: her salamanders below our zebra waited . present
Target output: her salamanders below our zebra wait .
Model output: her salamanders below our zebra waits .
Input: your newt below my unicorns remembered some newts . present
Target output: your newt below my unicorns remembers some newts .
Model output: your newt below my unicorns remember some newts .
Input: the tyrannosauruses below your newt giggled . present
Target output: the tyrannosauruses below your newt giggle .
Model output: the tyrannosauruses below your newt giggles .
Input: the peacock below our peacocks remembered your salamanders who the newts admired . present
Target output: the peacock below our peacocks remembers your salamanders who the newts admire .
Model output: the peacock below our peacocks remember your salamanders who the newts admire .
Input: your orangutans that my raven accepted ate . present
Target output: your orangutans that my raven accepts eat .
Model output: your orangutans that my raven accepts eats .
Input: some salamanders above your newt high_fived my zebra . present
Target output: some salamanders above your newt high_five my zebra .
Model output: some salamanders above your newt high_fives my zebra .
Input: my quails upon your tyrannosaurus admired my yak . present
Target output: my quails upon your tyrannosaurus admire my yak .
Model output: my quails upon your tyrannosaurus admires my yak .", testfull:0.89, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.77, genmvcorrect:0.03, genmvlinear:0.87, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp79 = {name:"tense_GRU_GRU_0_0.001_256_79", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my vultures high_fived our orangutans . present
Target output: my vultures high_five our orangutans .
Model output: my vultures high_five our orangutans .
Input: some tyrannosaurus ate . past
Target output: some tyrannosaurus ate .
Model output: some tyrannosaurus ate .
Input: my newts remembered the yaks . past
Target output: my newts remembered the yaks .
Model output: my newts remembered the yaks .
Input: your raven behind our vulture ate . past
Target output: your raven behind our vulture ate .
Model output: your raven behind our vulture ate .
Input: my salamander confused the tyrannosauruses that some unicorn accepted . past
Target output: my salamander confused the tyrannosauruses that some unicorn accepted .
Model output: my salamander confused the tyrannosauruses that some unicorn accepted .
Input: the xylophones high_fived my yaks . present
Target output: the xylophones high_five my yaks .
Model output: the xylophones high_five my yaks .
Input: some vultures that moved slept . present
Target output: some vultures that move sleep .
Model output: some vultures that sleep sleep .
Input: my vultures high_fived our ravens with my orangutan . present
Target output: my vultures high_five our ravens with my orangutan .
Model output: my vultures high_five our ravens with my orangutan .
Input: some walrus admired our xylophone who smiled . present
Target output: some walrus admires our xylophone who smiles .
Model output: some walrus admires our xylophone who smiles .
Input: some orangutans above the ravens changed . present
Target output: some orangutans above the ravens change .
Model output: some orangutans above the ravens change .", exgen:"Input: the yaks above my newt giggled . present
Target output: the yaks above my newt giggle .
Model output: the yaks above my newt giggles .
Input: my unicorns that some walrus comforted accepted your newt . present
Target output: my unicorns that some walrus comforts accept your newt .
Model output: my unicorns that some walrus comforts accepts your newt .
Input: the xylophones by our yak confused her zebras who swam . present
Target output: the xylophones by our yak confuse her zebras who swim .
Model output: the xylophones by our yak confuses her zebras who swim .
Input: some peacock around my unicorns slept . present
Target output: some peacock around my unicorns sleeps .
Model output: some peacock around my unicorns sleep .
Input: the orangutan behind some yaks accepted your newt who moved . present
Target output: the orangutan behind some yaks accepts your newt who moves .
Model output: the orangutan behind some yaks accept your newt who moves .
Input: my newt that my tyrannosauruses admired moved . present
Target output: my newt that my tyrannosauruses admire moves .
Model output: my newt that my tyrannosauruses admire move .
Input: your zebras with her yak admired your vulture . present
Target output: your zebras with her yak admire your vulture .
Model output: your zebras with her yak admires your vulture .
Input: her salamander around your tyrannosauruses accepted the salamander that amused my vulture . present
Target output: her salamander around your tyrannosauruses accepts the salamander that amuses my vulture .
Model output: her salamander around your tyrannosauruses accept the salamander that amuses my vulture .
Input: the unicorns around the orangutan applauded your peacock that some zebras entertained . present
Target output: the unicorns around the orangutan applaud your peacock that some zebras entertain .
Model output: the unicorns around the orangutan applauds your peacock that some zebras entertain .
Input: my zebras near some newt remembered her vulture that accepted our tyrannosaurus . present
Target output: my zebras near some newt remember her vulture that accepts our tyrannosaurus .
Model output: my zebras near some newt remembers her vulture that accepts our tyrannosaurus .", testfull:0.95, testpos:1.0, genfull:0.01, genpos:1.0, genlinear:0.87, genmvcorrect:0.03, genmvlinear:0.91, genmvcorrectnum:0.04, genmvwrongnum:0.96, };
var p13_tense_exp80 = {name:"tense_GRU_GRU_0_0.001_256_80", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our vultures upon our newts entertained our orangutan that moved . present
Target output: our vultures upon our newts entertain our orangutan that moves .
Model output: our vultures upon our newts entertain our orangutan that moves .
Input: our ravens that giggled admired some ravens . past
Target output: our ravens that giggled admired some ravens .
Model output: our ravens that giggled admired some ravens .
Input: the yak above our salamander remembered our xylophone . present
Target output: the yak above our salamander remembers our xylophone .
Model output: the yak above our salamander remembers our xylophone .
Input: my raven entertained some salamander above the ravens . present
Target output: my raven entertains some salamander above the ravens .
Model output: my raven entertains some salamander above the ravens .
Input: your raven who ate ate . present
Target output: your raven who eats eats .
Model output: your raven who eats eats .
Input: the quails accepted some ravens near the xylophone . present
Target output: the quails accept some ravens near the xylophone .
Model output: the quails accept some ravens near the xylophone .
Input: our ravens applauded the orangutans around my newt . present
Target output: our ravens applaud the orangutans around my newt .
Model output: our ravens applaud the orangutans around my newt .
Input: the vulture above our yak admired her newts . past
Target output: the vulture above our yak admired her newts .
Model output: the vulture above our yak admired her newts .
Input: your peacocks by her zebras admired my xylophone around our peacock . past
Target output: your peacocks by her zebras admired my xylophone around our peacock .
Model output: your peacocks by her zebras admired my xylophone around our peacock .
Input: my peacock by your zebras comforted your ravens behind my quails . past
Target output: my peacock by your zebras comforted your ravens behind my quails .
Model output: my peacock by your zebras comforted your ravens behind my quails .", exgen:"Input: my tyrannosauruses that our zebra entertained remembered my orangutan . present
Target output: my tyrannosauruses that our zebra entertains remember my orangutan .
Model output: my tyrannosauruses that our zebra entertains entertains my orangutan .
Input: some tyrannosauruses who the xylophone remembered accepted her orangutans . present
Target output: some tyrannosauruses who the xylophone remembers accept her orangutans .
Model output: some tyrannosauruses who the xylophone remembers accepts her orangutans .
Input: her salamanders who our zebra accepted confused our quail by her newt . present
Target output: her salamanders who our zebra accepts confuse our quail by her newt .
Model output: her salamanders who our zebra accepts confuses our quail by her newt .
Input: her unicorns below our tyrannosaurus changed . present
Target output: her unicorns below our tyrannosaurus change .
Model output: her unicorns below our tyrannosaurus changes .
Input: our zebra behind some newts amused my unicorns . present
Target output: our zebra behind some newts amuses my unicorns .
Model output: our zebra behind some newts amuse my unicorns .
Input: my tyrannosauruses behind some yak high_fived some quail who my xylophone applauded . present
Target output: my tyrannosauruses behind some yak high_five some quail who my xylophone applauds .
Model output: my tyrannosauruses behind some yak high_fives some quail who my xylophone applauds .
Input: some xylophones who our vulture admired admired some walrus around our xylophones . present
Target output: some xylophones who our vulture admires admire some walrus around our xylophones .
Model output: some xylophones who our vulture admires admires some walrus around our xylophones .
Input: your tyrannosaurus below my salamanders confused our vulture upon the walruses . present
Target output: your tyrannosaurus below my salamanders confuses our vulture upon the walruses .
Model output: your tyrannosaurus below my vulture confuses our salamanders upon the walruses .
Input: your salamanders below our xylophone applauded some walruses who your vulture accepted . present
Target output: your salamanders below our xylophone applaud some walruses who your vulture accepts .
Model output: your salamanders below our xylophone applauds some walruses who your salamander applauds .
Input: my newts that my unicorn applauded high_fived my xylophones above the xylophones . present
Target output: my newts that my unicorn applauds high_five my xylophones above the xylophones .
Model output: my newts that my unicorn applauds high_fives my xylophones above the xylophones .", testfull:0.93, testpos:1.0, genfull:0.02, genpos:0.99, genlinear:0.79, genmvcorrect:0.06, genmvlinear:0.87, genmvcorrectnum:0.07, genmvwrongnum:0.92, };
var p13_tense_exp81 = {name:"tense_GRU_GRU_0_0.001_256_81", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my orangutans who waited amused your walrus behind your peacocks . present
Target output: my orangutans who wait amuse your walrus behind your peacocks .
Model output: my orangutans who wait amuse your walrus behind your peacocks .
Input: the newt above the yak high_fived the newts who your vulture amused . present
Target output: the newt above the yak high_fives the newts who your vulture amuses .
Model output: the newt above the yak high_fives the newts who your vulture amuses .
Input: the newts confused her quail above my raven . past
Target output: the newts confused her quail above my raven .
Model output: the newts confused her quail above my raven .
Input: our quail behind my salamander giggled . present
Target output: our quail behind my salamander giggles .
Model output: our quail behind my salamander giggles .
Input: some walrus waited . past
Target output: some walrus waited .
Model output: some walrus waited .
Input: our unicorns who applauded your walruses high_fived some walruses . present
Target output: our unicorns who applaud your walruses high_five some walruses .
Model output: our unicorns who applaud your walruses applaud some walruses .
Input: her peacock around my vulture accepted her raven that her vultures amused . past
Target output: her peacock around my vulture accepted her raven that her vultures amused .
Model output: her peacock around my vulture accepted her raven that her vultures amused .
Input: our xylophone amused the walruses that your yaks confused . past
Target output: our xylophone amused the walruses that your yaks confused .
Model output: our xylophone amused the walruses that your yaks confused .
Input: some peacocks that her quail amused admired our peacocks with her peacocks . past
Target output: some peacocks that her quail amused admired our peacocks with her peacocks .
Model output: some peacocks that her quail amused admired our peacocks with her peacocks .
Input: her salamander who the zebras applauded entertained the yak above her orangutan . past
Target output: her salamander who the zebras applauded entertained the yak above her orangutan .
Model output: her salamander who the zebras entertained applauded the yak above her orangutan .", exgen:"Input: some tyrannosaurus below my peacocks applauded her quails that your orangutan entertained . present
Target output: some tyrannosaurus below my peacocks applauds her quails that your orangutan entertains .
Model output: some tyrannosaurus below my peacocks applaud her quails that your orangutan entertains .
Input: your ravens with the vulture admired some yak with my walruses . present
Target output: your ravens with the vulture admire some yak with my walruses .
Model output: your ravens with the vulture admires some yak with my walruses .
Input: our ravens above her peacock comforted the yaks that the unicorn confused . present
Target output: our ravens above her peacock comfort the yaks that the unicorn confuses .
Model output: our ravens with her peacock comforts her yaks that the unicorn confuses .
Input: the salamander who confused your peacocks confused your newt upon some tyrannosaurus . present
Target output: the salamander who confuses your peacocks confuses your newt upon some tyrannosaurus .
Model output: the salamander who confuses your unicorn confuses your newt upon some tyrannosaurus .
Input: some yak above my orangutans amused your newt . present
Target output: some yak above my orangutans amuses your newt .
Model output: some yak above my orangutans amuse your newt .
Input: some walruses who admired my zebra read . present
Target output: some walruses who admire my zebra read .
Model output: some walruses who admire my zebra reads .
Input: your raven around our zebras applauded your walruses upon the zebra . present
Target output: your raven around our zebras applauds your walruses upon the zebra .
Model output: your raven around our zebras applaud your walruses upon the zebra .
Input: the vultures by our orangutan high_fived your tyrannosaurus . present
Target output: the vultures by our orangutan high_five your tyrannosaurus .
Model output: the vultures by our orangutan high_fives your tyrannosaurus .
Input: the quails that some newt comforted comforted our quail . present
Target output: the quails that some newt comforts comfort our quail .
Model output: the quails that some newt comforts comforts our quail .
Input: our yaks that her raven entertained accepted my xylophone by your quail . present
Target output: our yaks that her raven entertains accept my xylophone by your quail .
Model output: our yaks that her raven entertains accepts my xylophone by your quail .", testfull:0.88, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.76, genmvcorrect:0.04, genmvlinear:0.86, genmvcorrectnum:0.05, genmvwrongnum:0.94, };
var p13_tense_exp82 = {name:"tense_GRU_GRU_0_0.001_256_82", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our xylophones above my orangutan admired the walruses who my peacocks applauded . past
Target output: our xylophones above my orangutan admired the walruses who my peacocks applauded .
Model output: our xylophones above my orangutan admired the walruses who my peacocks applauded .
Input: some peacocks remembered some zebra below my ravens . past
Target output: some peacocks remembered some zebra below my ravens .
Model output: some peacocks remembered some zebra below my ravens .
Input: her quails remembered your zebras who moved . present
Target output: her quails remember your zebras who move .
Model output: her quails remember your zebras who move .
Input: your orangutans who read remembered our yaks that admired some orangutans . past
Target output: your orangutans who read remembered our yaks that admired some orangutans .
Model output: your orangutans who read remembered our yaks that admired some orangutans .
Input: your xylophones that applauded your salamanders comforted her peacock who accepted the tyrannosauruses . past
Target output: your xylophones that applauded your salamanders comforted her peacock who accepted the tyrannosauruses .
Model output: your xylophones that applauded your salamanders comforted her peacock who accepted the tyrannosauruses .
Input: my xylophone that giggled applauded some vultures who entertained the unicorns . past
Target output: my xylophone that giggled applauded some vultures who entertained the unicorns .
Model output: my xylophone that giggled applauded some vultures who entertained the unicorns .
Input: your peacock who your salamander accepted comforted her orangutan who high_fived my tyrannosauruses . past
Target output: your peacock who your salamander accepted comforted her orangutan who high_fived my tyrannosauruses .
Model output: your peacock who your salamander accepted high_fived her orangutan who comforted my tyrannosauruses .
Input: your newt read . past
Target output: your newt read .
Model output: your newt read .
Input: her orangutans ate . present
Target output: her orangutans eat .
Model output: her orangutans eat .
Input: some quails comforted your unicorn . past
Target output: some quails comforted your unicorn .
Model output: some quails comforted your unicorn .", exgen:"Input: my vulture behind our peacocks amused her quail that your unicorns accepted . present
Target output: my vulture behind our peacocks amuses her quail that your unicorns accept .
Model output: my vulture behind our peacocks amuse her quail that your unicorns accept .
Input: the walrus behind her yaks waited . present
Target output: the walrus behind her yaks waits .
Model output: the walrus behind her yaks wait .
Input: our ravens that amused my peacock confused the zebra near her ravens . present
Target output: our ravens that amuse my peacock confuse the zebra near her ravens .
Model output: our ravens that amuse my peacock confuses the zebra near her ravens .
Input: your unicorn near her vultures ate . present
Target output: your unicorn near her vultures eats .
Model output: your unicorn near her vultures eat .
Input: the unicorn that confused some tyrannosauruses smiled . present
Target output: the unicorn that confuses some tyrannosauruses smiles .
Model output: the unicorn that confuses some tyrannosauruses smile .
Input: my newts that her yak remembered amused my vultures above our zebras . present
Target output: my newts that her yak remembers amuse my vultures above our zebras .
Model output: my newts that her yak remembers amuses my vultures above our zebras .
Input: the vultures by our orangutan high_fived your tyrannosaurus . present
Target output: the vultures by our orangutan high_five your tyrannosaurus .
Model output: the vultures by our orangutan high_fives your tyrannosaurus .
Input: the walruses around our raven read . present
Target output: the walruses around our raven read .
Model output: the walruses around our raven reads .
Input: your quails below some newt confused our tyrannosauruses who swam . present
Target output: your quails below some newt confuse our tyrannosauruses who swim .
Model output: your quails below some newt confuses our tyrannosauruses who swim .
Input: her orangutans behind some salamander remembered your ravens . present
Target output: her orangutans behind some salamander remember your ravens .
Model output: her orangutans behind some salamander remembers your ravens .", testfull:0.93, testpos:1.0, genfull:0.0, genpos:1.0, genlinear:0.86, genmvcorrect:0.01, genmvlinear:0.93, genmvcorrectnum:0.01, genmvwrongnum:0.99, };
var p13_tense_exp83 = {name:"tense_GRU_GRU_0_0.001_256_83", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your yaks who moved slept . present
Target output: your yaks who move sleep .
Model output: your yaks who move sleep .
Input: my quails near your peacocks applauded my walrus who your orangutans amused . past
Target output: my quails near your peacocks applauded my walrus who your orangutans amused .
Model output: my quails near your peacocks applauded my orangutans who your walrus amused .
Input: my walrus who moved comforted some vultures by our salamander . past
Target output: my walrus who moved comforted some vultures by our salamander .
Model output: my walrus who moved comforted some vultures by our salamander .
Input: our tyrannosauruses that our quails confused remembered the zebras . present
Target output: our tyrannosauruses that our quails confuse remember the zebras .
Model output: our tyrannosauruses that our quails confuse confuse the zebras .
Input: some vulture that smiled high_fived our orangutan who the peacock admired . present
Target output: some vulture that smiles high_fives our orangutan who the peacock admires .
Model output: some vulture that smiles high_fives our orangutan who the peacock admires .
Input: the unicorn upon her xylophone comforted the salamanders upon your walrus . present
Target output: the unicorn upon her xylophone comforts the salamanders upon your walrus .
Model output: the unicorn upon her xylophone comforts the salamanders upon your walrus .
Input: the unicorns that some vulture comforted applauded our tyrannosauruses behind my unicorns . past
Target output: the unicorns that some vulture comforted applauded our tyrannosauruses behind my unicorns .
Model output: the unicorns that some vulture comforted applauded our tyrannosauruses behind my unicorns .
Input: our raven admired her peacock . present
Target output: our raven admires her peacock .
Model output: our raven admires her peacock .
Input: your yaks that accepted the walrus comforted our peacocks that the newt high_fived . past
Target output: your yaks that accepted the walrus comforted our peacocks that the newt high_fived .
Model output: your yaks that accepted the walrus comforted our peacocks that the newt high_fived .
Input: the tyrannosaurus who ate accepted our zebras . present
Target output: the tyrannosaurus who eats accepts our zebras .
Model output: the tyrannosaurus who eats accepts our zebras .", exgen:"Input: our yak below the yaks giggled . present
Target output: our yak below the yaks giggles .
Model output: our yak below the yaks giggle .
Input: the quails below some zebra accepted her tyrannosaurus . present
Target output: the quails below some zebra accept her tyrannosaurus .
Model output: the quails below some zebra accepts her tyrannosaurus .
Input: your zebra near my zebras moved . present
Target output: your zebra near my zebras moves .
Model output: your zebra near my zebras move .
Input: your quails with your raven high_fived some yaks who changed . present
Target output: your quails with your raven high_five some yaks who change .
Model output: your quails with your raven high_fives some yaks who change .
Input: my salamander above my newts comforted some vultures . present
Target output: my salamander above my newts comforts some vultures .
Model output: my salamander above my newts comfort some vultures .
Input: my tyrannosauruses around the tyrannosaurus changed . present
Target output: my tyrannosauruses around the tyrannosaurus change .
Model output: my tyrannosauruses around the tyrannosaurus changes .
Input: her raven below my tyrannosauruses changed . present
Target output: her raven below my tyrannosauruses changes .
Model output: her raven below my tyrannosauruses change .
Input: our newt below some salamanders waited . present
Target output: our newt below some salamanders waits .
Model output: our newt below some salamanders wait .
Input: our newts upon our vulture swam . present
Target output: our newts upon our vulture swim .
Model output: our newts upon our vulture swims .
Input: her orangutans with her tyrannosaurus amused our orangutan . present
Target output: her orangutans with her tyrannosaurus amuse our orangutan .
Model output: her orangutans with her tyrannosaurus amuses our orangutan .", testfull:0.89, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.77, genmvcorrect:0.04, genmvlinear:0.87, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp84 = {name:"tense_GRU_GRU_0_0.001_256_84", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our raven changed . past
Target output: our raven changed .
Model output: our raven changed .
Input: some yaks behind the walruses comforted my vulture by our walrus . present
Target output: some yaks behind the walruses comfort my vulture by our walrus .
Model output: some yaks behind the walruses comfort my vulture by our walrus .
Input: my peacocks with your zebras remembered some newts that accepted our peacocks . present
Target output: my peacocks with your zebras remember some newts that accept our peacocks .
Model output: my peacocks with your zebras remember some newts that accept our peacocks .
Input: the newt high_fived my tyrannosaurus . past
Target output: the newt high_fived my tyrannosaurus .
Model output: the newt high_fived my tyrannosaurus .
Input: our vultures near some quails amused our vulture below our tyrannosauruses . past
Target output: our vultures near some quails amused our vulture below our tyrannosauruses .
Model output: our vultures near some quails amused our vulture below our tyrannosauruses .
Input: my xylophones admired our zebra who her orangutans high_fived . past
Target output: my xylophones admired our zebra who her orangutans high_fived .
Model output: my xylophones admired our zebra who her orangutans high_fived .
Input: the newt with her peacock remembered your salamander with my vultures . present
Target output: the newt with her peacock remembers your salamander with my vultures .
Model output: the newt with her peacock remembers your salamander with my vultures .
Input: our walrus entertained her salamander who moved . present
Target output: our walrus entertains her salamander who moves .
Model output: our walrus entertains her salamander who moves .
Input: my yak upon the yak confused the walruses that remembered the quails . past
Target output: my yak upon the yak confused the walruses that remembered the quails .
Model output: my yak upon the yak confused the walruses that remembered the quails .
Input: her orangutan entertained the raven with some orangutan . present
Target output: her orangutan entertains the raven with some orangutan .
Model output: her orangutan entertains the raven with some orangutan .", exgen:"Input: her ravens with my salamander entertained her vulture . present
Target output: her ravens with my salamander entertain her vulture .
Model output: her ravens with my salamander entertains her vulture .
Input: our yaks with my orangutan high_fived some yaks . present
Target output: our yaks with my orangutan high_five some yaks .
Model output: our yaks with my orangutan high_fives some yaks .
Input: my orangutans who my newt high_fived read . present
Target output: my orangutans who my newt high_fives read .
Model output: my orangutans who my newt high_fives reads .
Input: our zebras around her vulture ate . present
Target output: our zebras around her vulture eat .
Model output: our zebras around her vulture eats .
Input: the quail upon our zebras remembered her peacocks that her yak accepted . present
Target output: the quail upon our zebras remembers her peacocks that her yak accepts .
Model output: the quail upon our zebras remember her peacocks that her yak accepts .
Input: my unicorn who amused the salamanders accepted my orangutan who our walruses confused . present
Target output: my unicorn who amuses the salamanders accepts my orangutan who our walruses confuse .
Model output: my unicorn who amuses the salamanders accept my orangutan who our walruses confuse .
Input: her ravens by our orangutan swam . present
Target output: her ravens by our orangutan swim .
Model output: her ravens by our orangutan swims .
Input: her yaks that your quail high_fived smiled . present
Target output: her yaks that your quail high_fives smile .
Model output: her yaks that your quail high_fives smiles .
Input: the walruses by your unicorn remembered the quails . present
Target output: the walruses by your unicorn remember the quails .
Model output: the walruses by your unicorn remembers the quails .
Input: some newts near my unicorn applauded your tyrannosaurus that high_fived my yaks . present
Target output: some newts near my unicorn applaud your tyrannosaurus that high_fives my yaks .
Model output: some newts near my unicorn applauds your tyrannosaurus that high_fives my yaks .", testfull:0.97, testpos:1.0, genfull:0.01, genpos:1.0, genlinear:0.92, genmvcorrect:0.02, genmvlinear:0.95, genmvcorrectnum:0.02, genmvwrongnum:0.98, };
var p13_tense_exp85 = {name:"tense_GRU_GRU_0_0.001_256_85", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her xylophones entertained my xylophone by the unicorns . present
Target output: her xylophones entertain my xylophone by the unicorns .
Model output: her xylophones entertain my xylophone by the unicorns .
Input: some quails that confused some yak accepted the newts who some xylophones confused . past
Target output: some quails that confused some yak accepted the newts who some xylophones confused .
Model output: some quails that confused some yak confused the newts who some xylophones confused .
Input: her unicorns upon some unicorns admired the zebras around her walruses . past
Target output: her unicorns upon some unicorns admired the zebras around her walruses .
Model output: her unicorns upon some unicorns admired the zebras around her walruses .
Input: my yaks around my tyrannosauruses changed . present
Target output: my yaks around my tyrannosauruses change .
Model output: my yaks around my tyrannosauruses change .
Input: the orangutan that ate high_fived my orangutans below the tyrannosaurus . past
Target output: the orangutan that ate high_fived my orangutans below the tyrannosaurus .
Model output: the orangutan that ate high_fived my orangutans below the tyrannosaurus .
Input: the tyrannosauruses that amused my vulture high_fived her peacock above your yak . past
Target output: the tyrannosauruses that amused my vulture high_fived her peacock above your yak .
Model output: the tyrannosauruses that amused my vulture high_fived her yak above your vulture .
Input: some tyrannosaurus above some salamander high_fived my orangutans above our unicorns . past
Target output: some tyrannosaurus above some salamander high_fived my orangutans above our unicorns .
Model output: some tyrannosaurus above some salamander high_fived my orangutans above our unicorns .
Input: the quail swam . past
Target output: the quail swam .
Model output: the quail swam .
Input: her yaks slept . past
Target output: her yaks slept .
Model output: her yaks slept .
Input: the unicorns who giggled high_fived some peacock . past
Target output: the unicorns who giggled high_fived some peacock .
Model output: the unicorns who giggled high_fived some peacock .", exgen:"Input: the ravens upon her vulture swam . present
Target output: the ravens upon her vulture swim .
Model output: the ravens upon her vulture swims .
Input: our xylophones around my peacock high_fived our raven behind our unicorn . present
Target output: our xylophones around my peacock high_five our raven behind our unicorn .
Model output: our xylophones around my peacock high_fives our raven behind our unicorn .
Input: her newt behind my yaks read . present
Target output: her newt behind my yaks reads .
Model output: her newt behind my yaks read .
Input: her yak that the zebras accepted confused your tyrannosaurus that admired your salamanders . present
Target output: her yak that the zebras accept confuses your tyrannosaurus that admires your salamanders .
Model output: her yak that the yaks accept confuse your yak that your your zebras .
Input: the salamander who confused her xylophones confused our vulture that read . present
Target output: the salamander who confuses her xylophones confuses our vulture that reads .
Model output: the salamander who confuses her xylophones confuse our vulture that reads .
Input: your vulture below the walruses ate . present
Target output: your vulture below the walruses eats .
Model output: your vulture below the walruses eat .
Input: our ravens near my orangutan accepted your peacocks by the zebra . present
Target output: our ravens near my orangutan accept your peacocks by the zebra .
Model output: our ravens near my orangutan accepts your peacocks by the zebra .
Input: her unicorns above your tyrannosaurus remembered some yaks who read . present
Target output: her unicorns above your tyrannosaurus remember some yaks who read .
Model output: your unicorns above her tyrannosaurus remembers some yaks who read .
Input: your salamander near my vultures slept . present
Target output: your salamander near my vultures sleeps .
Model output: your salamander near my vultures sleep .
Input: her walrus that comforted our xylophones amused the tyrannosauruses that high_fived the vulture . present
Target output: her walrus that comforts our xylophones amuses the tyrannosauruses that high_five the vulture .
Model output: her walrus that comforts our xylophones high_five the tyrannosauruses that high_five the vulture .", testfull:0.82, testpos:1.0, genfull:0.02, genpos:0.99, genlinear:0.65, genmvcorrect:0.07, genmvlinear:0.79, genmvcorrectnum:0.08, genmvwrongnum:0.91, };
var p13_tense_exp86 = {name:"tense_GRU_GRU_0_0.001_256_86", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my peacocks by her zebras accepted my zebras around my peacock . present
Target output: my peacocks by her zebras accept my zebras around my peacock .
Model output: my peacocks by her zebras accept my zebras around my peacock .
Input: my orangutan comforted my unicorn below my walruses . present
Target output: my orangutan comforts my unicorn below my walruses .
Model output: my orangutan comforts my unicorn below my walruses .
Input: the peacocks who moved high_fived her zebra that entertained her orangutan . past
Target output: the peacocks who moved high_fived her zebra that entertained her orangutan .
Model output: the peacocks who moved high_fived her zebra that entertained her orangutan .
Input: your salamander who entertained some tyrannosaurus applauded some vulture that read . present
Target output: your salamander who entertains some tyrannosaurus applauds some vulture that reads .
Model output: your salamander who entertains some tyrannosaurus applauds some vulture that reads .
Input: my salamander who giggled giggled . present
Target output: my salamander who giggles giggles .
Model output: my salamander who giggles giggles .
Input: the quails upon our vulture entertained our orangutan that your quails amused . past
Target output: the quails upon our vulture entertained our orangutan that your quails amused .
Model output: the quails upon our vulture amused our orangutan that your quails entertained .
Input: some peacocks behind her xylophone waited . past
Target output: some peacocks behind her xylophone waited .
Model output: some peacocks behind her xylophone waited .
Input: the newts behind some tyrannosauruses confused my orangutan upon her peacock . present
Target output: the newts behind some tyrannosauruses confuse my orangutan upon her peacock .
Model output: the newts behind some tyrannosauruses confuse my orangutan upon her orangutan .
Input: some orangutan that some raven confused applauded her zebra by her tyrannosaurus . present
Target output: some orangutan that some raven confuses applauds her zebra by her tyrannosaurus .
Model output: some orangutan that some raven confuses applauds her zebra by her tyrannosaurus .
Input: our quail comforted my xylophones near our quails . present
Target output: our quail comforts my xylophones near our quails .
Model output: our quail comforts my xylophones near our quails .", exgen:"Input: your walrus below my newts remembered your vulture that smiled . present
Target output: your walrus below my newts remembers your vulture that smiles .
Model output: your walrus below my newts remember your vulture that smiles .
Input: my quail near the walruses comforted her newt that some peacock admired . present
Target output: my quail near the walruses comforts her newt that some peacock admires .
Model output: my newt near the walruses comfort her newt that some peacock admires .
Input: my salamanders by your salamander changed . present
Target output: my salamanders by your salamander change .
Model output: my salamanders by your salamander changes .
Input: your vultures by my orangutan swam . present
Target output: your vultures by my orangutan swim .
Model output: your vultures by my orangutan swims .
Input: your walruses that high_fived my walrus giggled . present
Target output: your walruses that high_five my walrus giggle .
Model output: your walruses that high_five my walrus giggles .
Input: the zebra behind some orangutans high_fived her orangutan by our peacock . present
Target output: the zebra behind some orangutans high_fives her orangutan by our peacock .
Model output: the zebra behind some orangutans high_five her orangutan by our orangutan .
Input: her walruses near some walrus amused her peacock with the raven . present
Target output: her walruses near some walrus amuse her peacock with the raven .
Model output: her walruses near some walrus amuses her peacock with the raven .
Input: our walrus with your newts moved . present
Target output: our walrus with your newts moves .
Model output: our walrus with your newts move .
Input: the newt behind some walruses giggled . present
Target output: the newt behind some walruses giggles .
Model output: the newt behind some walruses giggle .
Input: your newt who high_fived her newts admired our unicorn around your xylophone . present
Target output: your newt who high_fives her newts admires our unicorn around your xylophone .
Model output: your newt who high_fives her newts high_five our unicorn around your xylophone .", testfull:0.81, testpos:0.99, genfull:0.02, genpos:0.98, genlinear:0.66, genmvcorrect:0.06, genmvlinear:0.79, genmvcorrectnum:0.07, genmvwrongnum:0.91, };
var p13_tense_exp87 = {name:"tense_GRU_GRU_0_0.001_256_87", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the quails that some vultures high_fived smiled . past
Target output: the quails that some vultures high_fived smiled .
Model output: the quails that some vultures high_fived smiled .
Input: the raven that entertained your vulture admired our salamander who accepted some unicorn . present
Target output: the raven that entertains your vulture admires our salamander who accepts some unicorn .
Model output: the raven that entertains your vulture accepts our salamander who admires some unicorn .
Input: the xylophones read . past
Target output: the xylophones read .
Model output: the xylophones read .
Input: her ravens entertained the quail below our newt . past
Target output: her ravens entertained the quail below our newt .
Model output: her ravens entertained the quail below our newt .
Input: our tyrannosauruses entertained our peacocks that her zebras applauded . past
Target output: our tyrannosauruses entertained our peacocks that her zebras applauded .
Model output: our tyrannosauruses entertained our peacocks that her zebras applauded .
Input: our walrus that changed entertained her walruses . past
Target output: our walrus that changed entertained her walruses .
Model output: our walrus that changed entertained her walruses .
Input: the walrus with our ravens remembered some vulture near her tyrannosaurus . past
Target output: the walrus with our ravens remembered some vulture near her tyrannosaurus .
Model output: the walrus with our ravens remembered some vulture near our tyrannosaurus .
Input: the zebras upon our salamander entertained the yak with your walrus . past
Target output: the zebras upon our salamander entertained the yak with your walrus .
Model output: the zebras upon our salamander entertained the yak with your walrus .
Input: some orangutan that remembered my unicorns remembered the quail . past
Target output: some orangutan that remembered my unicorns remembered the quail .
Model output: some orangutan that remembered my unicorns remembered the quail .
Input: her quail slept . present
Target output: her quail sleeps .
Model output: her quail sleeps .", exgen:"Input: my orangutans above her orangutan slept . present
Target output: my orangutans above her orangutan sleep .
Model output: my orangutans above her orangutan sleep .
Input: our peacocks that admired my salamander amused some peacocks . present
Target output: our peacocks that admire my salamander amuse some peacocks .
Model output: our peacocks that admire my salamander amuses some peacocks .
Input: the peacocks who admired my quail amused our orangutan that comforted our raven . present
Target output: the peacocks who admire my quail amuse our orangutan that comforts our raven .
Model output: the peacocks who admire my orangutan admires our quail that comforts our peacocks .
Input: some xylophone that admired our walruses applauded her tyrannosauruses who applauded our newt . present
Target output: some xylophone that admires our walruses applauds her tyrannosauruses who applaud our newt .
Model output: some xylophone that admires her walruses applaud our tyrannosauruses who applaud our newt .
Input: our tyrannosauruses who admired her newt giggled . present
Target output: our tyrannosauruses who admire her newt giggle .
Model output: our tyrannosauruses who admire her newt giggles .
Input: some quails who confused my yak remembered your yaks . present
Target output: some quails who confuse my yak remember your yaks .
Model output: some quails who confuse my yaks confuse your yak .
Input: my xylophones with her raven smiled . present
Target output: my xylophones with her raven smile .
Model output: my xylophones with her raven smiles .
Input: my xylophone by her quails admired her zebra . present
Target output: my xylophone by her quails admires her zebra .
Model output: my xylophone by her quails admire her zebra .
Input: your tyrannosaurus behind some quails accepted my vulture . present
Target output: your tyrannosaurus behind some quails accepts my vulture .
Model output: your tyrannosaurus behind some quails accept my vulture .
Input: some vultures that our orangutan amused remembered her zebra . present
Target output: some vultures that our orangutan amuses remember her zebra .
Model output: some vultures that our orangutan amuses remembers her zebra .", testfull:0.91, testpos:1.0, genfull:0.13, genpos:0.99, genlinear:0.54, genmvcorrect:0.32, genmvlinear:0.6, genmvcorrectnum:0.36, genmvwrongnum:0.63, };
var p13_tense_exp88 = {name:"tense_GRU_GRU_0_0.001_256_88", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some walrus admired our zebras behind the salamanders . present
Target output: some walrus admires our zebras behind the salamanders .
Model output: some walrus admires our zebras behind the salamanders .
Input: my quail high_fived your orangutans that moved . past
Target output: my quail high_fived your orangutans that moved .
Model output: my quail high_fived your orangutans that moved .
Input: some zebra that remembered her peacock confused your xylophone with her orangutan . present
Target output: some zebra that remembers her peacock confuses your xylophone with her orangutan .
Model output: some zebra that remembers some peacock confuses her xylophone with your orangutan .
Input: my salamander who the walrus remembered smiled . past
Target output: my salamander who the walrus remembered smiled .
Model output: my salamander who the walrus remembered smiled .
Input: her ravens who some peacocks comforted confused your quail . present
Target output: her ravens who some peacocks comfort confuse your quail .
Model output: her ravens who some peacocks comfort confuse your quail .
Input: some salamanders behind your newts giggled . present
Target output: some salamanders behind your newts giggle .
Model output: some salamanders behind your newts giggle .
Input: some walrus that our xylophones applauded high_fived our ravens . past
Target output: some walrus that our xylophones applauded high_fived our ravens .
Model output: some walrus that our xylophones applauded high_fived our ravens .
Input: your xylophone that comforted the walruses accepted my walrus with the tyrannosauruses . past
Target output: your xylophone that comforted the walruses accepted my walrus with the tyrannosauruses .
Model output: your xylophone that comforted the walruses accepted my walrus with the tyrannosauruses .
Input: the newt around the quail accepted your walruses that read . present
Target output: the newt around the quail accepts your walruses that read .
Model output: the newt around the quail accepts your walruses that read .
Input: my quails accepted my zebras . past
Target output: my quails accepted my zebras .
Model output: my quails accepted my zebras .", exgen:"Input: our zebra who my walruses high_fived accepted some salamanders . present
Target output: our zebra who my walruses high_five accepts some salamanders .
Model output: our zebra who my walruses high_five accept some salamanders .
Input: our vultures below the salamander smiled . present
Target output: our vultures below the salamander smile .
Model output: our vultures below the salamander smiles .
Input: her quails above the quail entertained your salamanders . present
Target output: her quails above the quail entertain your salamanders .
Model output: her quails above the quail entertains your salamanders .
Input: your tyrannosauruses behind the walrus smiled . present
Target output: your tyrannosauruses behind the walrus smile .
Model output: your tyrannosauruses behind the walrus smiles .
Input: the raven who amused her unicorns confused our yaks . present
Target output: the raven who amuses her unicorns confuses our yaks .
Model output: the raven who amuses her unicorns confuse our yaks .
Input: the salamanders below her salamander swam . present
Target output: the salamanders below her salamander swim .
Model output: the salamanders below her salamander swims .
Input: the tyrannosauruses with her tyrannosaurus remembered her unicorns . present
Target output: the tyrannosauruses with her tyrannosaurus remember her unicorns .
Model output: the tyrannosauruses with her tyrannosaurus remembers her unicorns .
Input: our tyrannosaurus around my ravens confused your ravens above her newt . present
Target output: our tyrannosaurus around my ravens confuses your ravens above her newt .
Model output: our tyrannosaurus around my ravens confuse your ravens above her newt .
Input: your salamanders with her vulture read . present
Target output: your salamanders with her vulture read .
Model output: your salamanders with her vulture reads .
Input: my orangutans by our newt remembered some newt who some vultures applauded . present
Target output: my orangutans by our newt remember some newt who some vultures applaud .
Model output: my orangutans by our newt remembers some newt who some vultures applaud .", testfull:0.95, testpos:1.0, genfull:0.0, genpos:1.0, genlinear:0.88, genmvcorrect:0.01, genmvlinear:0.93, genmvcorrectnum:0.02, genmvwrongnum:0.98, };
var p13_tense_exp89 = {name:"tense_GRU_GRU_0_0.001_256_89", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her yaks behind my orangutans slept . past
Target output: her yaks behind my orangutans slept .
Model output: her yaks behind my orangutans slept .
Input: your newt around the quail remembered some vulture . present
Target output: your newt around the quail remembers some vulture .
Model output: your newt around the quail remembers some vulture .
Input: some peacocks that her quail amused admired our peacocks with her peacocks . past
Target output: some peacocks that her quail amused admired our peacocks with her peacocks .
Model output: some peacocks that her quail amused admired our peacocks with her peacocks .
Input: her orangutans that confused the xylophones swam . present
Target output: her orangutans that confuse the xylophones swim .
Model output: her orangutans that confuse the xylophones swim .
Input: my tyrannosaurus accepted her zebra . present
Target output: my tyrannosaurus accepts her zebra .
Model output: my tyrannosaurus accepts her zebra .
Input: her orangutan that slept applauded the xylophones above her zebra . present
Target output: her orangutan that sleeps applauds the xylophones above her zebra .
Model output: her orangutan that sleeps applauds the xylophones above her zebra .
Input: our newt remembered your zebra . present
Target output: our newt remembers your zebra .
Model output: our newt remembers your zebra .
Input: the walruses high_fived my yak below the walruses . present
Target output: the walruses high_five my yak below the walruses .
Model output: the walruses high_five my yak below the walruses .
Input: the orangutan high_fived your salamander who some ravens high_fived . present
Target output: the orangutan high_fives your salamander who some ravens high_five .
Model output: the orangutan high_fives your salamander who some ravens high_five .
Input: the unicorn amused some walrus by my zebra . present
Target output: the unicorn amuses some walrus by my zebra .
Model output: the unicorn amuses some walrus by my zebra .", exgen:"Input: the newts near her salamander read . present
Target output: the newts near her salamander read .
Model output: the newts near her salamander reads .
Input: her vultures near the orangutan high_fived your yaks . present
Target output: her vultures near the orangutan high_five your yaks .
Model output: her vultures near the orangutan high_fives your yaks .
Input: your zebras that some unicorn admired ate . present
Target output: your zebras that some unicorn admires eat .
Model output: your zebras that some unicorn admires eats .
Input: our peacocks upon our orangutan high_fived her zebras who changed . present
Target output: our peacocks upon our orangutan high_five her zebras who change .
Model output: our peacocks upon our orangutan high_fives her zebras who change .
Input: our orangutan by some yaks ate . present
Target output: our orangutan by some yaks eats .
Model output: our orangutan by some yaks eat .
Input: some zebras that my tyrannosaurus amused changed . present
Target output: some zebras that my tyrannosaurus amuses change .
Model output: some zebras that my tyrannosaurus amuses changes .
Input: my newt behind some walruses admired the walrus with my peacocks . present
Target output: my newt behind some walruses admires the walrus with my peacocks .
Model output: my newt behind some walruses admire the walrus with my peacocks .
Input: some unicorn around your vultures remembered our quails . present
Target output: some unicorn around your vultures remembers our quails .
Model output: some unicorn around your vultures remember our quails .
Input: our unicorns upon some tyrannosaurus high_fived her walrus that admired my xylophone . present
Target output: our unicorns upon some tyrannosaurus high_five her walrus that admires my xylophone .
Model output: our unicorns upon some tyrannosaurus high_fives her walrus that admires my xylophone .
Input: my xylophones who amused your orangutan ate . present
Target output: my xylophones who amuse your orangutan eat .
Model output: my xylophones who amuse your orangutan eats .", testfull:0.82, testpos:0.99, genfull:0.01, genpos:0.98, genlinear:0.68, genmvcorrect:0.05, genmvlinear:0.83, genmvcorrectnum:0.06, genmvwrongnum:0.92, };
var p13_tense_exp90 = {name:"tense_GRU_GRU_0_0.001_256_90", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her unicorns upon your orangutans remembered my orangutans that our unicorn accepted . present
Target output: her unicorns upon your orangutans remember my orangutans that our unicorn accepts .
Model output: her unicorns upon your orangutans remember my orangutans that our unicorn accepts .
Input: our ravens with our xylophone confused my orangutans . past
Target output: our ravens with our xylophone confused my orangutans .
Model output: our ravens with our xylophone confused my orangutans .
Input: some orangutan with my ravens confused your walruses . past
Target output: some orangutan with my ravens confused your walruses .
Model output: some orangutan with my ravens confused your walruses .
Input: your ravens accepted my yak that our peacock applauded . past
Target output: your ravens accepted my yak that our peacock applauded .
Model output: your ravens accepted my yak that our peacock applauded .
Input: your newts below the yaks high_fived your walrus . past
Target output: your newts below the yaks high_fived your walrus .
Model output: your newts below the yaks high_fived your walrus .
Input: our orangutans near some walruses comforted our tyrannosaurus who the vultures accepted . past
Target output: our orangutans near some walruses comforted our tyrannosaurus who the vultures accepted .
Model output: our orangutans near some walruses comforted our orangutans who the peacocks high_fived .
Input: our xylophone that ate admired the tyrannosauruses . present
Target output: our xylophone that eats admires the tyrannosauruses .
Model output: our xylophone that eats admires the tyrannosauruses .
Input: our walruses who her quail amused high_fived your ravens . past
Target output: our walruses who her quail amused high_fived your ravens .
Model output: our walruses who her quail amused high_fived your ravens .
Input: her xylophone amused the vulture . present
Target output: her xylophone amuses the vulture .
Model output: her xylophone amuses the vulture .
Input: your peacock with some walrus ate . past
Target output: your peacock with some walrus ate .
Model output: your peacock with some walrus ate .", exgen:"Input: our salamanders that the quail comforted moved . present
Target output: our salamanders that the quail comforts move .
Model output: our salamanders that the quail comforts moves .
Input: the vulture that applauded her walruses confused the peacock . present
Target output: the vulture that applauds her walruses confuses the peacock .
Model output: the vulture that confuses her walruses applaud the peacock .
Input: our newt upon your yaks swam . present
Target output: our newt upon your yaks swims .
Model output: our newt upon your yaks swim .
Input: the newts with the unicorn remembered your quails around our salamanders . present
Target output: the newts with the unicorn remember your quails around our salamanders .
Model output: the newts with the unicorn remembers your quails around our salamanders .
Input: our tyrannosaurus with the orangutans smiled . present
Target output: our tyrannosaurus with the orangutans smiles .
Model output: our tyrannosaurus with the orangutans smile .
Input: our unicorn around her unicorns confused our orangutan . present
Target output: our unicorn around her unicorns confuses our orangutan .
Model output: our unicorn around her unicorns confuse our orangutan .
Input: her unicorn by some yaks remembered her salamander . present
Target output: her unicorn by some yaks remembers her salamander .
Model output: her unicorn by some yaks remember her salamander .
Input: my unicorn who some salamanders accepted ate . present
Target output: my unicorn who some salamanders accept eats .
Model output: my unicorn who some salamanders accept eat .
Input: some walrus that your zebras accepted read . present
Target output: some walrus that your zebras accept reads .
Model output: some walrus that your zebras accept read .
Input: her quails that my peacock remembered applauded the tyrannosauruses who admired her zebra . present
Target output: her quails that my peacock remembers applaud the tyrannosauruses who admire her zebra .
Model output: her quails that my peacock remembers remembers her tyrannosauruses who admire her zebra .", testfull:0.95, testpos:1.0, genfull:0.0, genpos:1.0, genlinear:0.89, genmvcorrect:0.01, genmvlinear:0.94, genmvcorrectnum:0.01, genmvwrongnum:0.99, };
var p13_tense_exp91 = {name:"tense_GRU_GRU_0_0.001_256_91", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your xylophone near her orangutans amused my ravens . past
Target output: your xylophone near her orangutans amused my ravens .
Model output: your xylophone near her orangutans amused my ravens .
Input: her newts applauded my peacocks . present
Target output: her newts applaud my peacocks .
Model output: her newts applaud my peacocks .
Input: some salamanders confused her orangutans . past
Target output: some salamanders confused her orangutans .
Model output: some salamanders confused her orangutans .
Input: her zebras applauded some zebras who my quails confused . past
Target output: her zebras applauded some zebras who my quails confused .
Model output: her zebras applauded some zebras who my quails confused .
Input: your vulture by her tyrannosauruses admired the unicorns that the xylophones comforted . past
Target output: your vulture by her tyrannosauruses admired the unicorns that the xylophones comforted .
Model output: your vulture by her tyrannosauruses admired the unicorns that the xylophones comforted .
Input: my unicorns that swam entertained some salamanders who read . past
Target output: my unicorns that swam entertained some salamanders who read .
Model output: my unicorns that swam entertained some salamanders who read .
Input: my tyrannosaurus admired your tyrannosaurus who moved . past
Target output: my tyrannosaurus admired your tyrannosaurus who moved .
Model output: my tyrannosaurus admired your tyrannosaurus who moved .
Input: some salamander that accepted the quails confused the salamander behind some walrus . past
Target output: some salamander that accepted the quails confused the salamander behind some walrus .
Model output: some salamander that accepted the quails confused the walrus behind some salamander .
Input: the orangutans near my vulture applauded the newts who smiled . past
Target output: the orangutans near my vulture applauded the newts who smiled .
Model output: the orangutans near my vulture applauded the newts who smiled .
Input: your walruses who our tyrannosaurus admired slept . past
Target output: your walruses who our tyrannosaurus admired slept .
Model output: your walruses who our tyrannosaurus admired slept .", exgen:"Input: your tyrannosaurus above her tyrannosauruses applauded her newt . present
Target output: your tyrannosaurus above her tyrannosauruses applauds her newt .
Model output: your tyrannosaurus above her tyrannosauruses applaud her newt .
Input: your walrus who amused the orangutans amused your walrus who smiled . present
Target output: your walrus who amuses the orangutans amuses your walrus who smiles .
Model output: your walrus who amuses the orangutans amuse your walrus who smiles .
Input: some zebra below some newts high_fived some walrus behind her salamander . present
Target output: some zebra below some newts high_fives some walrus behind her salamander .
Model output: some zebra below some newts high_five some walrus behind her salamander .
Input: some xylophone upon her orangutans applauded our xylophone . present
Target output: some xylophone upon her orangutans applauds our xylophone .
Model output: some xylophone upon her orangutans applaud our xylophone .
Input: your quails that applauded her newt applauded her newts by our peacocks . present
Target output: your quails that applaud her newt applaud her newts by our peacocks .
Model output: your quails that applaud her newt applauds her newts by our peacocks .
Input: our unicorn behind some zebras giggled . present
Target output: our unicorn behind some zebras giggles .
Model output: our unicorn behind some zebras giggle .
Input: the orangutan who my newts remembered ate . present
Target output: the orangutan who my newts remember eats .
Model output: the orangutan who my newts remember eat .
Input: her tyrannosaurus by your walruses ate . present
Target output: her tyrannosaurus by your walruses eats .
Model output: her tyrannosaurus by your walruses eat .
Input: her raven that confused our quails giggled . present
Target output: her raven that confuses our quails giggles .
Model output: her raven that confuses our quails giggle .
Input: our vultures that accepted my zebra confused our unicorns around the newt . present
Target output: our vultures that accept my zebra confuse our unicorns around the newt .
Model output: our vultures that accept my zebra confuses our unicorns around the newt .", testfull:0.92, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.83, genmvcorrect:0.03, genmvlinear:0.9, genmvcorrectnum:0.03, genmvwrongnum:0.96, };
var p13_tense_exp92 = {name:"tense_GRU_GRU_0_0.001_256_92", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the walruses high_fived our newt . past
Target output: the walruses high_fived our newt .
Model output: the walruses high_fived our newt .
Input: her zebra below some quails confused our xylophone above our salamander . past
Target output: her zebra below some quails confused our xylophone above our salamander .
Model output: her zebra below some quails confused our salamander above our xylophone .
Input: some xylophone applauded my yaks with the raven . present
Target output: some xylophone applauds my yaks with the raven .
Model output: some xylophone applauds my yaks with the raven .
Input: your zebra upon some salamanders comforted her orangutan . past
Target output: your zebra upon some salamanders comforted her orangutan .
Model output: your zebra upon some salamanders comforted her orangutan .
Input: her tyrannosauruses applauded some peacocks around the salamanders . past
Target output: her tyrannosauruses applauded some peacocks around the salamanders .
Model output: her tyrannosauruses applauded some peacocks around the salamanders .
Input: my zebras giggled . present
Target output: my zebras giggle .
Model output: my zebras giggle .
Input: her unicorn around my newt high_fived my tyrannosaurus . present
Target output: her unicorn around my newt high_fives my tyrannosaurus .
Model output: her unicorn around my newt high_fives my tyrannosaurus .
Input: her xylophone applauded the salamanders . present
Target output: her xylophone applauds the salamanders .
Model output: her xylophone applauds the salamanders .
Input: your walruses who some quails comforted admired some vultures that her yak applauded . past
Target output: your walruses who some quails comforted admired some vultures that her yak applauded .
Model output: your walruses who some quails comforted admired some vultures that her yak applauded .
Input: my yak that smiled read . past
Target output: my yak that smiled read .
Model output: my yak that smiled read .", exgen:"Input: the walrus that my peacocks confused admired your xylophone that confused some zebras . present
Target output: the walrus that my peacocks confuse admires your xylophone that confuses some zebras .
Model output: the walrus that my peacocks confuse confuses your zebras that confuse some peacocks .
Input: some walruses with the quail comforted some walruses . present
Target output: some walruses with the quail comfort some walruses .
Model output: some walruses with the quail comforts some walruses .
Input: my salamanders that the tyrannosaurus high_fived confused my quails . present
Target output: my salamanders that the tyrannosaurus high_fives confuse my quails .
Model output: my salamanders that the tyrannosaurus high_fives confuses my quails .
Input: the zebras that remembered the xylophone waited . present
Target output: the zebras that remember the xylophone wait .
Model output: the zebras that remember the xylophone waits .
Input: the tyrannosaurus below my quails entertained her tyrannosauruses who applauded my newt . present
Target output: the tyrannosaurus below my quails entertains her tyrannosauruses who applaud my newt .
Model output: the tyrannosaurus below my quail entertains her tyrannosauruses who entertain my newt .
Input: some salamander that high_fived our peacocks accepted her salamanders that the vultures confused . present
Target output: some salamander that high_fives our peacocks accepts her salamanders that the vultures confuse .
Model output: some salamander that confuses our peacocks high_five our salamanders behind the vultures .
Input: our salamander below her salamanders admired her walruses above the xylophone . present
Target output: our salamander below her salamanders admires her walruses above the xylophone .
Model output: our salamander below her salamanders admire her walruses above the xylophone .
Input: our xylophone behind her vultures high_fived your walruses that my walruses amused . present
Target output: our xylophone behind her vultures high_fives your walruses that my walruses amuse .
Model output: our xylophone behind her vultures high_five your walruses that my walruses high_five .
Input: your peacocks who comforted the newt accepted some salamander by my peacocks . present
Target output: your peacocks who comfort the newt accept some salamander by my peacocks .
Model output: your peacocks who comfort the newt comforts some salamander by my peacocks .
Input: the unicorns near the salamander amused the vulture that the unicorn entertained . present
Target output: the unicorns near the salamander amuse the vulture that the unicorn entertains .
Model output: the unicorns near the salamander amuses the vulture that the unicorns amuse .", testfull:0.82, testpos:0.99, genfull:0.01, genpos:0.99, genlinear:0.68, genmvcorrect:0.05, genmvlinear:0.82, genmvcorrectnum:0.06, genmvwrongnum:0.93, };
var p13_tense_exp93 = {name:"tense_GRU_GRU_0_0.001_256_93", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the xylophone that moved entertained the quail near my unicorns . past
Target output: the xylophone that moved entertained the quail near my unicorns .
Model output: the xylophone that moved entertained the quail near my unicorns .
Input: her walruses applauded your vulture near the ravens . past
Target output: her walruses applauded your vulture near the ravens .
Model output: her walruses applauded your vulture near the ravens .
Input: her zebra high_fived her orangutan . past
Target output: her zebra high_fived her orangutan .
Model output: her zebra high_fived her orangutan .
Input: my yaks that my peacock admired accepted my newt . past
Target output: my yaks that my peacock admired accepted my newt .
Model output: my yaks that my peacock admired accepted my newt .
Input: the newt amused her ravens behind the zebras . past
Target output: the newt amused her ravens behind the zebras .
Model output: the newt amused her ravens behind the zebras .
Input: her quails behind some newts entertained your newt . present
Target output: her quails behind some newts entertain your newt .
Model output: her quails behind some newts entertain your newt .
Input: the newts upon your zebras amused our ravens near some vultures . present
Target output: the newts upon your zebras amuse our ravens near some vultures .
Model output: the newts upon your tyrannosauruses amuse our ravens near some vultures .
Input: your salamander entertained your salamander who some orangutan accepted . past
Target output: your salamander entertained your salamander who some orangutan accepted .
Model output: your salamander entertained your salamander who some orangutan accepted .
Input: my peacocks below our xylophones swam . past
Target output: my peacocks below our xylophones swam .
Model output: my peacocks below our xylophones swam .
Input: some tyrannosaurus behind your tyrannosauruses slept . past
Target output: some tyrannosaurus behind your tyrannosauruses slept .
Model output: some tyrannosaurus behind your tyrannosauruses slept .", exgen:"Input: her vultures who admired some yak amused the zebra upon some ravens . present
Target output: her vultures who admire some yak amuse the zebra upon some ravens .
Model output: her vultures who admire some yak amuses the zebra upon some ravens .
Input: some salamander with some tyrannosauruses remembered her vultures that swam . present
Target output: some salamander with some tyrannosauruses remembers her vultures that swim .
Model output: some salamander with some tyrannosauruses remember her vultures that swim .
Input: my yaks that amused my vulture accepted her vultures around our xylophone . present
Target output: my yaks that amuse my vulture accept her vultures around our xylophone .
Model output: my yaks that amuse my vulture accepts her vultures around our xylophone .
Input: the vulture that the newts accepted entertained some unicorn that applauded my unicorns . present
Target output: the vulture that the newts accept entertains some unicorn that applauds my unicorns .
Model output: the vulture that the newts accept entertain some unicorn that entertains my unicorns .
Input: your raven who the unicorns entertained amused my yaks near my peacocks . present
Target output: your raven who the unicorns entertain amuses my yaks near my peacocks .
Model output: your raven who the unicorns entertain entertain my peacocks near my yaks .
Input: your salamander upon some unicorns remembered my quail who entertained some zebras . present
Target output: your salamander upon some unicorns remembers my quail who entertains some zebras .
Model output: your salamander upon my salamander entertains some unicorns who remember some zebras .
Input: our zebra near some quails changed . present
Target output: our zebra near some quails changes .
Model output: our zebra near some quails change .
Input: the newt with your quails admired our walrus who changed . present
Target output: the newt with your quails admires our walrus who changes .
Model output: the newt with your quails admire our walrus who changes .
Input: your tyrannosauruses that my peacock amused high_fived our unicorn . present
Target output: your tyrannosauruses that my peacock amuses high_five our unicorn .
Model output: your tyrannosauruses that my peacock amuses high_fives our unicorn .
Input: my unicorn that admired some newts remembered her salamander who applauded her vulture . present
Target output: my unicorn that admires some newts remembers her salamander who applauds her vulture .
Model output: my unicorn that admires some newts applaud her salamander who remembers her vulture .", testfull:0.81, testpos:0.99, genfull:0.01, genpos:0.98, genlinear:0.67, genmvcorrect:0.05, genmvlinear:0.8, genmvcorrectnum:0.06, genmvwrongnum:0.92, };
var p13_tense_exp94 = {name:"tense_GRU_GRU_0_0.001_256_94", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some orangutan near some walrus applauded my tyrannosaurus by some peacock . present
Target output: some orangutan near some walrus applauds my tyrannosaurus by some peacock .
Model output: some orangutan near some walrus applauds some tyrannosaurus by my peacock .
Input: our salamanders that slept remembered some quails above the walruses . present
Target output: our salamanders that sleep remember some quails above the walruses .
Model output: our salamanders that sleep remember some quails above the walruses .
Input: her yaks behind the unicorn entertained my newt who ate . past
Target output: her yaks behind the unicorn entertained my newt who ate .
Model output: her yaks behind the unicorn entertained my newt who ate .
Input: some peacocks amused some quails who read . past
Target output: some peacocks amused some quails who read .
Model output: some peacocks amused some quails who read .
Input: your quails below the zebras remembered your peacock by her vultures . present
Target output: your quails below the zebras remember your peacock by her vultures .
Model output: your quails below the zebras remember your peacock by her vultures .
Input: our peacock that comforted the walrus confused her newt who confused my xylophones . present
Target output: our peacock that comforts the walrus confuses her newt who confuses my xylophones .
Model output: our peacock that confuses the walrus confuses her newt who confuses my xylophones .
Input: some tyrannosaurus below her orangutan admired the salamanders that amused my walrus . past
Target output: some tyrannosaurus below her orangutan admired the salamanders that amused my walrus .
Model output: some tyrannosaurus below her orangutan amused the salamanders that admired my walrus .
Input: her ravens who remembered her yaks slept . present
Target output: her ravens who remember her yaks sleep .
Model output: her ravens who remember her yaks sleep .
Input: my salamander that some yak amused entertained some raven who swam . past
Target output: my salamander that some yak amused entertained some raven who swam .
Model output: my salamander that some yak amused entertained some raven who swam .
Input: our orangutan high_fived some newts by some unicorns . present
Target output: our orangutan high_fives some newts by some unicorns .
Model output: our orangutan high_fives some newts by some unicorns .", exgen:"Input: some unicorns around the vulture waited . present
Target output: some unicorns around the vulture wait .
Model output: some unicorns around the vulture waits .
Input: my zebras behind her salamander confused our peacock who accepted our vultures . present
Target output: my zebras behind her salamander confuse our peacock who accepts our vultures .
Model output: my zebras behind her salamander confuses our peacock who accepts our vultures .
Input: the tyrannosauruses behind our unicorn entertained our vulture below the vulture . present
Target output: the tyrannosauruses behind our unicorn entertain our vulture below the vulture .
Model output: the tyrannosauruses behind our unicorn entertains our vulture below the vulture .
Input: my walruses with some peacock admired your unicorns that your peacocks remembered . present
Target output: my walruses with some peacock admire your unicorns that your peacocks remember .
Model output: my walruses with some peacock admires your unicorns that your peacocks remember .
Input: our peacock that some quails entertained comforted my zebras that the newts admired . present
Target output: our peacock that some quails entertain comforts my zebras that the newts admire .
Model output: our peacock that some quails entertain admire my zebras that the newts comfort .
Input: your unicorns behind my walrus swam . present
Target output: your unicorns behind my walrus swim .
Model output: your unicorns behind my walrus swims .
Input: your peacock who accepted our tyrannosauruses confused your walrus who high_fived my quail . present
Target output: your peacock who accepts our tyrannosauruses confuses your walrus who high_fives my quail .
Model output: your peacock who confuses our tyrannosauruses accept your walrus who my quail accepts .
Input: her walruses who my newt remembered swam . present
Target output: her walruses who my newt remembers swim .
Model output: her walruses who my newt remembers swims .
Input: my xylophones who admired our walrus comforted the salamander who accepted the tyrannosaurus . present
Target output: my xylophones who admire our walrus comfort the salamander who accepts the tyrannosaurus .
Model output: my xylophones who accept our walrus comforts the salamander who comforts the tyrannosaurus .
Input: your xylophones who comforted your vulture high_fived some unicorn . present
Target output: your xylophones who comfort your vulture high_five some unicorn .
Model output: your xylophones who comfort your vulture comforts some unicorn .", testfull:0.83, testpos:0.99, genfull:0.01, genpos:0.98, genlinear:0.68, genmvcorrect:0.04, genmvlinear:0.81, genmvcorrectnum:0.06, genmvwrongnum:0.93, };
var p13_tense_exp95 = {name:"tense_GRU_GRU_0_0.001_256_95", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our yaks amused her orangutan around your ravens . past
Target output: our yaks amused her orangutan around your ravens .
Model output: our yaks amused her orangutan around your ravens .
Input: our orangutan near her vultures amused some ravens . past
Target output: our orangutan near her vultures amused some ravens .
Model output: our orangutan near her vultures amused some ravens .
Input: our newts who slept comforted your yak near some ravens . past
Target output: our newts who slept comforted your yak near some ravens .
Model output: our newts who slept comforted your yak near some ravens .
Input: some quail who amused our orangutans applauded some orangutan . past
Target output: some quail who amused our orangutans applauded some orangutan .
Model output: some quail who amused our orangutans applauded some orangutan .
Input: the zebras upon some ravens accepted my newts around our orangutans . past
Target output: the zebras upon some ravens accepted my newts around our orangutans .
Model output: the zebras upon some ravens accepted my newts around our orangutans .
Input: your walruses upon the ravens applauded my walrus who remembered the vulture . past
Target output: your walruses upon the ravens applauded my walrus who remembered the vulture .
Model output: your walruses upon the ravens applauded my walrus who remembered the vulture .
Input: the raven that accepted your raven accepted our zebras . past
Target output: the raven that accepted your raven accepted our zebras .
Model output: the raven that accepted your raven accepted our zebras .
Input: our peacocks behind her walruses high_fived some newt . past
Target output: our peacocks behind her walruses high_fived some newt .
Model output: our peacocks behind her walruses high_fived some newt .
Input: some vulture amused her zebras above her vultures . present
Target output: some vulture amuses her zebras above her vultures .
Model output: some vulture amuses her zebras above her vultures .
Input: some peacocks applauded our zebras that slept . past
Target output: some peacocks applauded our zebras that slept .
Model output: some peacocks applauded our zebras that slept .", exgen:"Input: our unicorns behind your zebra accepted the walrus below my salamander . present
Target output: our unicorns behind your zebra accept the walrus below my salamander .
Model output: our unicorns behind your zebra accepts the salamander below my walrus .
Input: her tyrannosaurus who high_fived our xylophones high_fived her yak . present
Target output: her tyrannosaurus who high_fives our xylophones high_fives her yak .
Model output: her tyrannosaurus who high_fives our xylophones high_five her yak .
Input: my peacocks above the zebra entertained my vultures that accepted her salamander . present
Target output: my peacocks above the zebra entertain my vultures that accept her salamander .
Model output: my peacocks above the zebra entertains my vultures that accept her salamander .
Input: her peacocks that our salamander confused high_fived her unicorns upon the newt . present
Target output: her peacocks that our salamander confuses high_five her unicorns upon the newt .
Model output: her peacocks that our salamander confuses confuses her unicorns upon the newt .
Input: some zebra near her orangutans high_fived your raven with my yaks . present
Target output: some zebra near her orangutans high_fives your raven with my yaks .
Model output: some zebra near her orangutans high_five your raven with my yaks .
Input: the ravens above your vulture high_fived the vultures who smiled . present
Target output: the ravens above your vulture high_five the vultures who smile .
Model output: the ravens above your vulture high_fives the vultures who smile .
Input: her zebras behind the yak confused my newt behind some tyrannosauruses . present
Target output: her zebras behind the yak confuse my newt behind some tyrannosauruses .
Model output: her zebras behind the yak confuses my newt behind some tyrannosauruses .
Input: her quail that entertained her xylophones entertained her xylophones below the walruses . present
Target output: her quail that entertains her xylophones entertains her xylophones below the walruses .
Model output: her quail that entertains her xylophones entertain her xylophones below the walruses .
Input: your vultures that confused our raven applauded your vulture . present
Target output: your vultures that confuse our raven applaud your vulture .
Model output: your vultures that confuse our raven applauds your vulture .
Input: our quails below some xylophone moved . present
Target output: our quails below some xylophone move .
Model output: our quails below some xylophone moves .", testfull:0.96, testpos:1.0, genfull:0.01, genpos:1.0, genlinear:0.87, genmvcorrect:0.03, genmvlinear:0.93, genmvcorrectnum:0.03, genmvwrongnum:0.96, };
var p13_tense_exp96 = {name:"tense_GRU_GRU_0_0.001_256_96", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some peacocks applauded the unicorns . present
Target output: some peacocks applaud the unicorns .
Model output: some peacocks applaud the unicorns .
Input: some salamanders entertained the xylophone below her unicorns . present
Target output: some salamanders entertain the xylophone below her unicorns .
Model output: some salamanders entertain the xylophone below her unicorns .
Input: her salamander comforted the newts . present
Target output: her salamander comforts the newts .
Model output: her salamander comforts the newts .
Input: our orangutans who some quails entertained applauded some newt near my walruses . present
Target output: our orangutans who some quails entertain applaud some newt near my walruses .
Model output: our orangutans who some quails entertain applaud some newt near my walruses .
Input: your raven who admired my orangutan applauded the tyrannosaurus by the walruses . past
Target output: your raven who admired my orangutan applauded the tyrannosaurus by the walruses .
Model output: your raven who admired my orangutan applauded the walruses by the raven .
Input: some orangutan that slept admired her orangutans who her ravens entertained . past
Target output: some orangutan that slept admired her orangutans who her ravens entertained .
Model output: some orangutan that slept admired her orangutans who her ravens entertained .
Input: her yak admired the raven . present
Target output: her yak admires the raven .
Model output: her yak admires the raven .
Input: the zebra with my salamander accepted some yak who accepted my salamander . past
Target output: the zebra with my salamander accepted some yak who accepted my salamander .
Model output: the zebra with my salamander accepted some yak who accepted my salamander .
Input: some orangutan that remembered her walruses accepted your salamanders by some xylophones . past
Target output: some orangutan that remembered her walruses accepted your salamanders by some xylophones .
Model output: some orangutan that remembered her walruses accepted your salamanders by some xylophones .
Input: her orangutan changed . past
Target output: her orangutan changed .
Model output: her orangutan changed .", exgen:"Input: her orangutan behind your vultures amused our raven below my orangutan . present
Target output: her orangutan behind your vultures amuses our raven below my orangutan .
Model output: her orangutan behind your vultures amuse our raven below my orangutan .
Input: your unicorns behind some walrus remembered your orangutan who swam . present
Target output: your unicorns behind some walrus remember your orangutan who swims .
Model output: your unicorns behind some walrus remembers your orangutan who swims .
Input: her zebras by our tyrannosaurus confused your ravens . present
Target output: her zebras by our tyrannosaurus confuse your ravens .
Model output: her zebras by our tyrannosaurus confuses your ravens .
Input: your unicorn that my xylophones amused remembered her vulture with some unicorn . present
Target output: your unicorn that my xylophones amuse remembers her vulture with some unicorn .
Model output: your unicorn that my xylophones amuse remember her vulture with some unicorn .
Input: my tyrannosauruses near my walrus entertained some unicorn . present
Target output: my tyrannosauruses near my walrus entertain some unicorn .
Model output: my tyrannosauruses near my walrus entertains some unicorn .
Input: the yaks who our walrus amused remembered the peacocks . present
Target output: the yaks who our walrus amuses remember the peacocks .
Model output: the yaks who our walrus amuses remembers the peacocks .
Input: your vultures that our salamander remembered confused our walruses below our salamanders . present
Target output: your vultures that our salamander remembers confuse our walruses below our salamanders .
Model output: your vultures that our salamander remembers confuses our walruses below our salamanders .
Input: my walrus around your ravens comforted my tyrannosauruses with some walrus . present
Target output: my walrus around your ravens comforts my tyrannosauruses with some walrus .
Model output: my walrus around your ravens comfort my tyrannosauruses with some walrus .
Input: her vulture above the quails slept . present
Target output: her vulture above the quails sleeps .
Model output: her vulture above the quails sleep .
Input: my walrus that my xylophones comforted changed . present
Target output: my walrus that my xylophones comfort changes .
Model output: my walrus that my xylophones comfort change .", testfull:0.92, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.84, genmvcorrect:0.02, genmvlinear:0.91, genmvcorrectnum:0.02, genmvwrongnum:0.97, };
var p13_tense_exp97 = {name:"tense_GRU_GRU_0_0.001_256_97", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some zebras who the newts comforted remembered the quail below her xylophone . present
Target output: some zebras who the newts comfort remember the quail below her xylophone .
Model output: some newts who the zebras comfort admire the quail below her xylophone .
Input: our orangutans that admired some salamanders ate . present
Target output: our orangutans that admire some salamanders eat .
Model output: our orangutans that admire some salamanders eat .
Input: our orangutan that my walrus comforted confused our xylophone . present
Target output: our orangutan that my walrus comforts confuses our xylophone .
Model output: our orangutan that my walrus comforts comforts our xylophone .
Input: some xylophones entertained the walrus who entertained the raven . present
Target output: some xylophones entertain the walrus who entertains the raven .
Model output: some xylophones entertain the walrus who entertains the raven .
Input: my quails remembered the zebras that the salamanders amused . present
Target output: my quails remember the zebras that the salamanders amuse .
Model output: my quails remember the zebras that the salamanders amuse .
Input: your quail with your peacock moved . past
Target output: your quail with your peacock moved .
Model output: your quail with your peacock moved .
Input: my orangutan that moved entertained your yak that read . past
Target output: my orangutan that moved entertained your yak that read .
Model output: my orangutan that moved entertained your yak that read .
Input: my unicorn confused some yak below your newts . present
Target output: my unicorn confuses some yak below your newts .
Model output: my unicorn confuses some yak below your newts .
Input: her xylophone that some orangutans admired changed . past
Target output: her xylophone that some orangutans admired changed .
Model output: her xylophone that some orangutans admired changed .
Input: my walruses behind my walrus applauded your tyrannosauruses that our vulture remembered . past
Target output: my walruses behind my walrus applauded your tyrannosauruses that our vulture remembered .
Model output: my walruses behind my walruses applauded your yaks that our vulture remembered .", exgen:"Input: some salamander near our yaks accepted her raven who swam . present
Target output: some salamander near our yaks accepts her raven who swims .
Model output: some salamander near our yaks accept her raven who swims .
Input: some orangutan near the peacocks swam . present
Target output: some orangutan near the peacocks swims .
Model output: some orangutan near the peacocks swim .
Input: my ravens who applauded my quail amused the peacock . present
Target output: my ravens who applaud my quail amuse the peacock .
Model output: my ravens who applaud my quail amuses the peacock .
Input: her tyrannosauruses by our newt swam . present
Target output: her tyrannosauruses by our newt swim .
Model output: her tyrannosauruses by our newt swims .
Input: some vultures that my peacock admired amused her unicorn around our yak . present
Target output: some vultures that my peacock admires amuse her unicorn around our yak .
Model output: some vultures that my peacock admires amuses her unicorn around our yak .
Input: her walruses upon some yak comforted my orangutan who entertained her tyrannosauruses . present
Target output: her walruses upon some yak comfort my orangutan who entertains her tyrannosauruses .
Model output: her walruses upon some yak comforts my orangutan who entertains her tyrannosauruses .
Input: the xylophone who my peacocks remembered applauded my walruses . present
Target output: the xylophone who my peacocks remember applauds my walruses .
Model output: the xylophone who my peacocks remember applaud my walruses .
Input: her newts around our peacock applauded your quails . present
Target output: her newts around our peacock applaud your quails .
Model output: her newts around our peacock applauds your quails .
Input: some zebras near the raven applauded our unicorns who her tyrannosaurus admired . present
Target output: some zebras near the raven applaud our unicorns who her tyrannosaurus admires .
Model output: some unicorns near the raven applauds our tyrannosaurus who her tyrannosaurus admires .
Input: my newt around her vultures admired my raven who some newt high_fived . present
Target output: my newt around her vultures admires my raven who some newt high_fives .
Model output: my newt around her vultures admire my raven who some newt high_fives .", testfull:0.89, testpos:1.0, genfull:0.01, genpos:0.99, genlinear:0.76, genmvcorrect:0.05, genmvlinear:0.86, genmvcorrectnum:0.06, genmvwrongnum:0.94, };
var p13_tense_exp98 = {name:"tense_GRU_GRU_0_0.001_256_98", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our salamander with your orangutans amused my tyrannosaurus by some tyrannosauruses . past
Target output: our salamander with your orangutans amused my tyrannosaurus by some tyrannosauruses .
Model output: our salamander with your orangutans amused my tyrannosaurus by some tyrannosauruses .
Input: your salamanders below her newt changed . past
Target output: your salamanders below her newt changed .
Model output: your salamanders below her newt changed .
Input: our zebras comforted the zebras . present
Target output: our zebras comfort the zebras .
Model output: our zebras comfort the zebras .
Input: our orangutan high_fived the yak with some vultures . past
Target output: our orangutan high_fived the yak with some vultures .
Model output: our orangutan high_fived the yak with some vultures .
Input: my peacocks below your quails applauded the peacocks . past
Target output: my peacocks below your quails applauded the peacocks .
Model output: my peacocks below your quails applauded the peacocks .
Input: her zebras remembered some xylophones by the tyrannosaurus . present
Target output: her zebras remember some xylophones by the tyrannosaurus .
Model output: her zebras remember some xylophones by the tyrannosaurus .
Input: her vulture admired my peacocks who confused some vultures . present
Target output: her vulture admires my peacocks who confuse some vultures .
Model output: her vulture admires my peacocks who confuse some vultures .
Input: our walruses that remembered your salamanders giggled . present
Target output: our walruses that remember your salamanders giggle .
Model output: our walruses that remember your salamanders giggle .
Input: my orangutan who comforted my yak confused my walruses . present
Target output: my orangutan who comforts my yak confuses my walruses .
Model output: my orangutan who comforts my yak confuses my walruses .
Input: our yak that smiled remembered my newt by your orangutans . past
Target output: our yak that smiled remembered my newt by your orangutans .
Model output: our yak that smiled remembered my newt by your orangutans .", exgen:"Input: my newt below my yaks accepted the newt . present
Target output: my newt below my yaks accepts the newt .
Model output: my newt below my yaks accept the newt .
Input: your unicorns behind her unicorn accepted her unicorn behind the walrus . present
Target output: your unicorns behind her unicorn accept her unicorn behind the walrus .
Model output: your unicorns behind her unicorn accepts her unicorn behind the walrus .
Input: my orangutan behind my xylophones confused my yak that confused the orangutans . present
Target output: my orangutan behind my xylophones confuses my yak that confuses the orangutans .
Model output: my orangutan behind my xylophones confuse my yak that confuses the orangutans .
Input: her unicorns behind the quail confused my zebra by my walrus . present
Target output: her unicorns behind the quail confuse my zebra by my walrus .
Model output: her unicorns behind the zebra confuses my quail by my walrus .
Input: her zebras below your peacock applauded your salamanders that some salamanders entertained . present
Target output: her zebras below your peacock applaud your salamanders that some salamanders entertain .
Model output: her zebras below your peacock applaud your salamanders that some salamanders entertain .
Input: some newts behind some orangutan slept . present
Target output: some newts behind some orangutan sleep .
Model output: some newts behind some orangutan sleeps .
Input: some newts with some raven giggled . present
Target output: some newts with some raven giggle .
Model output: some newts with some raven giggles .
Input: her orangutans behind some salamander entertained your peacocks near our xylophones . present
Target output: her orangutans behind some salamander entertain your peacocks near our xylophones .
Model output: her orangutans behind some salamander entertains your peacocks near our xylophones .
Input: my walruses near your yak amused some newt by your quails . present
Target output: my walruses near your yak amuse some newt by your quails .
Model output: my walruses near your yak amuses some newt by your quails .
Input: my peacock above your walruses moved . present
Target output: my peacock above your walruses moves .
Model output: my peacock above your walruses move .", testfull:0.91, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.81, genmvcorrect:0.02, genmvlinear:0.89, genmvcorrectnum:0.02, genmvwrongnum:0.97, };
var p13_tense_exp99 = {name:"tense_GRU_GRU_0_0.001_256_99", dataset:"tense", mt:"Single-task", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our zebras remembered your walruses by your xylophone . past
Target output: our zebras remembered your walruses by your xylophone .
Model output: our zebras remembered your walruses by your xylophone .
Input: her tyrannosaurus behind the tyrannosaurus confused our raven that moved . present
Target output: her tyrannosaurus behind the tyrannosaurus confuses our raven that moves .
Model output: her tyrannosaurus with the tyrannosaurus confuses our raven that moves .
Input: her quail that entertained some xylophones admired her yak with our orangutan . past
Target output: her quail that entertained some xylophones admired her yak with our orangutan .
Model output: her quail that entertained some xylophones admired our yak with her orangutan .
Input: your orangutans who amused our zebras amused my vultures . present
Target output: your orangutans who amuse our zebras amuse my vultures .
Model output: your orangutans who amuse our zebras amuse my vultures .
Input: our salamander entertained my orangutan . past
Target output: our salamander entertained my orangutan .
Model output: our salamander entertained my orangutan .
Input: the xylophones read . past
Target output: the xylophones read .
Model output: the xylophones read .
Input: my vultures that high_fived your walruses changed . past
Target output: my vultures that high_fived your walruses changed .
Model output: my vultures that high_fived your walruses changed .
Input: her raven changed . past
Target output: her raven changed .
Model output: her raven changed .
Input: your walruses who read admired the tyrannosauruses upon the yak . present
Target output: your walruses who read admire the tyrannosauruses upon the yak .
Model output: your walruses who read admire the tyrannosauruses upon the yak .
Input: your vultures amused our orangutans who your walruses amused . present
Target output: your vultures amuse our orangutans who your walruses amuse .
Model output: your vultures amuse our orangutans who your walruses amuse .", exgen:"Input: your newt with my ravens accepted some peacocks by our unicorn . present
Target output: your newt with my ravens accepts some peacocks by our unicorn .
Model output: your newt with my ravens accept some peacocks by our unicorn .
Input: my ravens by her zebra admired your salamanders . present
Target output: my ravens by her zebra admire your salamanders .
Model output: my ravens by your zebra admires your salamanders .
Input: our raven behind our quails slept . present
Target output: our raven behind our quails sleeps .
Model output: our raven behind our quails sleep .
Input: her unicorn around your unicorns read . present
Target output: her unicorn around your unicorns reads .
Model output: her unicorn around your unicorns read .
Input: my orangutan that some xylophones entertained comforted your yaks who ate . present
Target output: my orangutan that some xylophones entertain comforts your yaks who eat .
Model output: my orangutan that some xylophones entertain comfort your yaks who eat .
Input: your xylophone behind the unicorns applauded my peacock . present
Target output: your xylophone behind the unicorns applauds my peacock .
Model output: your peacock behind the unicorns applaud my peacock .
Input: my yak upon my yaks amused some quail . present
Target output: my yak upon my yaks amuses some quail .
Model output: my yak upon my yaks amuse some quail .
Input: your walrus that the zebras admired smiled . present
Target output: your walrus that the zebras admire smiles .
Model output: your walrus that the zebras admire smile .
Input: the ravens who your peacock comforted remembered the peacock . present
Target output: the ravens who your peacock comforts remember the peacock .
Model output: the ravens who your peacock comforts remembers the peacock .
Input: some tyrannosaurus with your walruses entertained her peacock below the raven . present
Target output: some tyrannosaurus with your walruses entertains her peacock below the raven .
Model output: some tyrannosaurus with your walruses entertain her peacock below the raven .", testfull:0.85, testpos:1.0, genfull:0.0, genpos:0.99, genlinear:0.75, genmvcorrect:0.03, genmvlinear:0.87, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp100 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_0", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her vultures that admired your peacocks high_fived the zebras . present
Target output: her vultures that admire your peacocks high_five the zebras .
Model output: her vultures that admire your peacocks high_five the zebras .
Input: your walruses around some xylophones entertained your xylophones around her unicorns . present
Target output: your walruses around some xylophones entertain your xylophones around her unicorns .
Model output: your walruses around some xylophones entertain your xylophones around her unicorns .
Input: the xylophone with her orangutan applauded her vultures . past
Target output: the xylophone with her orangutan applauded her vultures .
Model output: the xylophone with her orangutan applauded her vultures .
Input: her quails with our unicorns accepted my zebras by your ravens . present
Target output: her quails with our unicorns accept my zebras by your ravens .
Model output: her quails with our unicorns accept my zebras by your ravens .
Input: the yak that swam high_fived your quails who moved . present
Target output: the yak that swims high_fives your quails who move .
Model output: the yak that swims high_fives your quails who move .
Input: your salamanders who smiled high_fived some salamanders below your tyrannosauruses . present
Target output: your salamanders who smile high_five some salamanders below your tyrannosauruses .
Model output: your salamanders who smile high_five some salamanders below your tyrannosauruses .
Input: my xylophone confused my tyrannosaurus . present
Target output: my xylophone confuses my tyrannosaurus .
Model output: my xylophone confuses my tyrannosaurus .
Input: your walrus that slept swam . present
Target output: your walrus that sleeps swims .
Model output: your walrus that sleeps sleeps .
Input: some peacock that changed amused your tyrannosaurus above our xylophone . present
Target output: some peacock that changes amuses your tyrannosaurus above our xylophone .
Model output: some peacock that changes amuses your tyrannosaurus above our xylophone .
Input: some yaks confused some newt that moved . past
Target output: some yaks confused some newt that moved .
Model output: some yaks confused some newt that moved .", exgen:"Input: our unicorn that her quails high_fived admired the newt above some yaks . present
Target output: our unicorn that her quails high_five admires the newt above some yaks .
Model output: our unicorn that her quails high_five admire the peacock above some yaks .
Input: my raven behind my peacocks admired the walrus above her yak . present
Target output: my raven behind my peacocks admires the walrus above her yak .
Model output: my raven behind my peacocks admire the walrus above her yak .
Input: the peacock who our xylophones applauded remembered our yak . present
Target output: the peacock who our xylophones applaud remembers our yak .
Model output: the peacock who our xylophones applaud remember our yak .
Input: my peacocks that admired our yak accepted my unicorns that our zebras entertained . present
Target output: my peacocks that admire our yak accept my unicorns that our zebras entertain .
Model output: my peacocks that admire my yak accepts our unicorns that our zebras entertain .
Input: our newts around some tyrannosaurus amused some vultures . present
Target output: our newts around some tyrannosaurus amuse some vultures .
Model output: our newts around some tyrannosaurus amuses some vultures .
Input: the quail near your vultures amused your yak . present
Target output: the quail near your vultures amuses your yak .
Model output: the quail near your vultures amuse your yak .
Input: our xylophones near our newt entertained my orangutans upon her zebra . present
Target output: our xylophones near our newt entertain my orangutans upon her zebra .
Model output: our xylophones near our newt entertain my orangutans upon her zebra .
Input: some unicorn that amused your salamanders waited . present
Target output: some unicorn that amuses your salamanders waits .
Model output: some unicorn that amuses your salamanders wait .
Input: my salamanders with my walrus confused the walruses below our yaks . present
Target output: my salamanders with my walrus confuse the walruses below our yaks .
Model output: my salamanders with my walrus confuses the walruses below our yaks .
Input: my zebra that applauded your peacocks high_fived our ravens who our ravens amused . present
Target output: my zebra that applauds your peacocks high_fives our ravens who our ravens amuse .
Model output: my zebra that applauds your peacocks high_five our ravens who our ravens applaud .", testfull:0.93, testpos:1.0, genfull:0.08, genpos:0.99, genlinear:0.76, genmvcorrect:0.11, genmvlinear:0.81, genmvcorrectnum:0.12, genmvwrongnum:0.87, };
var p13_tense_exp101 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_1", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some unicorns who our salamanders high_fived remembered your peacocks near our peacock . present
Target output: some unicorns who our salamanders high_five remember your peacocks near our peacock .
Model output: some unicorns who our salamanders high_five entertain your peacocks near our peacock .
Input: the peacock applauded some peacock behind the xylophone . past
Target output: the peacock applauded some peacock behind the xylophone .
Model output: the peacock applauded some peacock behind the xylophone .
Input: our quails below your salamander accepted our zebra above my vultures . past
Target output: our quails below your salamander accepted our zebra above my vultures .
Model output: our quails below your salamander accepted our zebra above my vultures .
Input: some yak who some walrus high_fived accepted my peacocks . present
Target output: some yak who some walrus high_fives accepts my peacocks .
Model output: some yak who some walrus high_fives accepts my peacocks .
Input: some vulture who my unicorn entertained admired the ravens who moved . present
Target output: some vulture who my unicorn entertains admires the ravens who move .
Model output: some vulture who my unicorn admires entertains the ravens who move .
Input: your tyrannosaurus amused her yaks behind our salamander . past
Target output: your tyrannosaurus amused her yaks behind our salamander .
Model output: your tyrannosaurus amused her yaks behind our salamander .
Input: your salamander that her orangutan amused admired our salamanders . present
Target output: your salamander that her orangutan amuses admires our salamanders .
Model output: your salamander that her orangutan amuses amuses our salamanders .
Input: my salamanders who swam remembered some tyrannosauruses that remembered your zebras . present
Target output: my salamanders who swim remember some tyrannosauruses that remember your zebras .
Model output: my salamanders who swim remember some tyrannosauruses that remember your zebras .
Input: my orangutan around our peacocks accepted my yak upon some yak . past
Target output: my orangutan around our peacocks accepted my yak upon some yak .
Model output: my orangutan around our peacocks accepted my yak upon some yak .
Input: my walruses that some yaks applauded applauded her zebras that remembered some walruses . past
Target output: my walruses that some yaks applauded applauded her zebras that remembered some walruses .
Model output: my walruses that some yaks applauded applauded her walruses that remembered some zebras .", exgen:"Input: our xylophone with our xylophones applauded her orangutan . present
Target output: our xylophone with our xylophones applauds her orangutan .
Model output: our xylophone with our xylophones applaud her orangutan .
Input: our peacocks with my walrus comforted my vulture below the walruses . present
Target output: our peacocks with my walrus comfort my vulture below the walruses .
Model output: our peacocks with my walrus comforts my vulture below the walruses .
Input: my walruses upon your orangutan applauded her orangutans with the unicorns . present
Target output: my walruses upon your orangutan applaud her orangutans with the unicorns .
Model output: my walruses upon your orangutan applauds her orangutans with the unicorns .
Input: your yaks who admired her unicorn applauded the salamander . present
Target output: your yaks who admire her unicorn applaud the salamander .
Model output: your yaks who admire her unicorn admires the salamander .
Input: my quail who some salamanders amused applauded my newt behind the walruses . present
Target output: my quail who some salamanders amuse applauds my newt behind the walruses .
Model output: my quail who some salamanders amused applaud my newt behind the salamanders .
Input: your xylophones who remembered some yak applauded some tyrannosaurus . present
Target output: your xylophones who remember some yak applaud some tyrannosaurus .
Model output: your xylophones who remember some yak applauds some tyrannosaurus .
Input: our yaks that your unicorn accepted amused my orangutan who read . present
Target output: our yaks that your unicorn accepts amuse my orangutan who reads .
Model output: our yaks that your unicorn accepts accepts my orangutan who reads .
Input: the newts that accepted my peacock confused your quails . present
Target output: the newts that accept my peacock confuse your quails .
Model output: the newts that accept my peacock confuses your quails .
Input: some salamanders who remembered my zebra waited . present
Target output: some salamanders who remember my zebra wait .
Model output: some salamanders who remember my zebra wait .
Input: her peacocks who admired her quail high_fived our unicorns . present
Target output: her peacocks who admire her quail high_five our unicorns .
Model output: her peacocks who admire her quail high_fives our unicorns .", testfull:0.86, testpos:1.0, genfull:0.24, genpos:0.99, genlinear:0.5, genmvcorrect:0.29, genmvlinear:0.59, genmvcorrectnum:0.32, genmvwrongnum:0.67, };
var p13_tense_exp102 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_2", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her xylophone that remembered the peacock high_fived her zebras . past
Target output: her xylophone that remembered the peacock high_fived her zebras .
Model output: her xylophone that remembered the peacock high_fived her zebras .
Input: our vulture moved . present
Target output: our vulture moves .
Model output: our vulture moves .
Input: your raven accepted your quails that comforted her ravens . present
Target output: your raven accepts your quails that comfort her ravens .
Model output: your raven accepts your quails that comfort her ravens .
Input: your unicorn admired her unicorns upon your unicorn . present
Target output: your unicorn admires her unicorns upon your unicorn .
Model output: your unicorn admires her unicorns upon your unicorn .
Input: her quail upon the walruses entertained your unicorns above your orangutans . past
Target output: her quail upon the walruses entertained your unicorns above your orangutans .
Model output: her quail upon the walruses entertained your unicorns above your orangutans .
Input: the vultures admired her orangutan . present
Target output: the vultures admire her orangutan .
Model output: the vultures admire her orangutan .
Input: our xylophones who changed confused your newt . present
Target output: our xylophones who change confuse your newt .
Model output: our xylophones who change confuse your newt .
Input: our xylophone accepted our quails . past
Target output: our xylophone accepted our quails .
Model output: our xylophone accepted our quails .
Input: my salamanders that giggled accepted some xylophones that swam . past
Target output: my salamanders that giggled accepted some xylophones that swam .
Model output: my salamanders that giggled accepted some xylophones that giggled .
Input: the salamander that some zebras comforted waited . past
Target output: the salamander that some zebras comforted waited .
Model output: the salamander that some zebras comforted waited .", exgen:"Input: our xylophones around the orangutan accepted the yak that some yak accepted . present
Target output: our xylophones around the orangutan accept the yak that some yak accepts .
Model output: our xylophones around the orangutan accepts the yak that some yak accepts .
Input: some peacock around your vultures remembered some walruses who remembered some orangutan . present
Target output: some peacock around your vultures remembers some walruses who remember some orangutan .
Model output: some peacock above your vultures remember some walruses who remember some orangutan .
Input: the quail that my peacocks remembered remembered my quail . present
Target output: the quail that my peacocks remember remembers my quail .
Model output: the quail that my peacocks remember remember my quail .
Input: our peacock above her peacocks read . present
Target output: our peacock above her peacocks reads .
Model output: our peacock above her peacocks read .
Input: some xylophones behind the raven applauded the zebras who our peacock confused . present
Target output: some xylophones behind the raven applaud the zebras who our peacock confuses .
Model output: some xylophones behind the raven applaud the zebras who our peacock confuses .
Input: your ravens who my walrus high_fived confused your tyrannosauruses that amused the vulture . present
Target output: your ravens who my walrus high_fives confuse your tyrannosauruses that amuse the vulture .
Model output: your ravens who my walrus high_five confuse your tyrannosauruses that amuse the vulture .
Input: some walruses by some zebra ate . present
Target output: some walruses by some zebra eat .
Model output: some walruses by some zebra eats .
Input: your xylophone below some newts remembered my walruses who comforted my vulture . present
Target output: your xylophone below some newts remembers my walruses who comfort my vulture .
Model output: your xylophone below some newts remember my walruses who comfort my vulture .
Input: the xylophones who my newt admired moved . present
Target output: the xylophones who my newt admires move .
Model output: the xylophones who my newt admires moves .
Input: the xylophone who admired your walruses slept . present
Target output: the xylophone who admires your walruses sleeps .
Model output: the xylophone who admires your walruses sleep .", testfull:0.78, testpos:1.0, genfull:0.09, genpos:0.99, genlinear:0.56, genmvcorrect:0.14, genmvlinear:0.69, genmvcorrectnum:0.17, genmvwrongnum:0.82, };
var p13_tense_exp103 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_3", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our peacocks behind the salamanders confused my newts that high_fived my newt . present
Target output: our peacocks behind the salamanders confuse my newts that high_five my newt .
Model output: our peacocks behind the salamanders high_five my newts that confuse my newt .
Input: some tyrannosauruses who moved ate . present
Target output: some tyrannosauruses who move eat .
Model output: some tyrannosauruses who move eat .
Input: some zebras upon my quails entertained your orangutan around her xylophone . present
Target output: some zebras upon my quails entertain your orangutan around her xylophone .
Model output: some zebras upon my quails entertain your orangutan behind her xylophone .
Input: some orangutan who giggled entertained your newt . past
Target output: some orangutan who giggled entertained your newt .
Model output: some orangutan who giggled entertained your newt .
Input: the newt comforted her tyrannosauruses with the peacock . past
Target output: the newt comforted her tyrannosauruses with the peacock .
Model output: the newt comforted her tyrannosauruses with the peacock .
Input: the tyrannosauruses that confused the peacock ate . past
Target output: the tyrannosauruses that confused the peacock ate .
Model output: the tyrannosauruses that confused the peacock ate .
Input: your orangutan giggled . present
Target output: your orangutan giggles .
Model output: your orangutan giggles .
Input: her walrus remembered our salamander by her orangutans . present
Target output: her walrus remembers our salamander by her orangutans .
Model output: her walrus remember our salamander by her orangutans .
Input: your tyrannosauruses around our quails remembered the zebras who the newt amused . present
Target output: your tyrannosauruses around our quails remember the zebras who the newt amuses .
Model output: your tyrannosauruses around our quails remember the zebras who the newt amuses .
Input: my newts amused some yaks that waited . past
Target output: my newts amused some yaks that waited .
Model output: my newts amused some yaks that waited .", exgen:"Input: the vulture that some salamanders entertained confused our newts who applauded our walruses . present
Target output: the vulture that some salamanders entertain confuses our newts who applaud our walruses .
Model output: the vulture that some salamanders entertain confuse your newts who our our walruses .
Input: her salamander who your zebras amused high_fived some tyrannosauruses with my walrus . present
Target output: her salamander who your zebras amuse high_fives some tyrannosauruses with my walrus .
Model output: her salamander who your zebras high_five amuse some tyrannosauruses with my walrus .
Input: her peacock below her xylophones entertained some walruses who your salamander high_fived . present
Target output: her peacock below her xylophones entertains some walruses who your salamander high_fives .
Model output: her peacock below her xylophones entertain some walruses who your salamander high_fives .
Input: the newts by the quail slept . present
Target output: the newts by the quail sleep .
Model output: the newts by the quail sleep .
Input: some newts who confused our yak high_fived our walrus . present
Target output: some newts who confuse our yak high_five our walrus .
Model output: some newts who confuse our yak high_fives our walrus .
Input: my vulture with her quails applauded our raven . present
Target output: my vulture with her quails applauds our raven .
Model output: my vulture with her quails applaud our raven .
Input: the newts with my peacock smiled . present
Target output: the newts with my peacock smile .
Model output: the newts with my peacock smile .
Input: my zebra who accepted my salamanders confused her tyrannosaurus . present
Target output: my zebra who accepts my salamanders confuses her tyrannosaurus .
Model output: my zebra who accepts my salamanders confuse her tyrannosaurus .
Input: my peacock above my tyrannosauruses applauded your yak by the walrus . present
Target output: my peacock above my tyrannosauruses applauds your yak by the walrus .
Model output: my peacock above my tyrannosauruses applaud your yak by the walrus .
Input: your orangutan upon your walruses comforted your walruses who amused our orangutans . present
Target output: your orangutan upon your walruses comforts your walruses who amuse our orangutans .
Model output: your orangutan upon your walruses comfort your vultures who amuse our orangutans .", testfull:0.81, testpos:0.99, genfull:0.26, genpos:0.98, genlinear:0.41, genmvcorrect:0.34, genmvlinear:0.5, genmvcorrectnum:0.4, genmvwrongnum:0.58, };
var p13_tense_exp104 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_4", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our quail who giggled high_fived your raven . present
Target output: our quail who giggles high_fives your raven .
Model output: our quail who giggles high_fives your raven .
Input: your walrus confused some unicorn that the yak accepted . past
Target output: your walrus confused some unicorn that the yak accepted .
Model output: your walrus confused some unicorn that the yak accepted .
Input: her zebras with my walruses ate . present
Target output: her zebras with my walruses eat .
Model output: her zebras with my walruses eat .
Input: some vulture above some raven confused her yaks with our ravens . present
Target output: some vulture above some raven confuses her yaks with our ravens .
Model output: some vulture above some raven confuses her yaks with our ravens .
Input: her unicorn admired the zebra that comforted some xylophones . present
Target output: her unicorn admires the zebra that comforts some xylophones .
Model output: her unicorn admires the zebra that comforts some xylophones .
Input: your salamander that amused her orangutans applauded my xylophones . past
Target output: your salamander that amused her orangutans applauded my xylophones .
Model output: your salamander that amused her orangutans applauded my xylophones .
Input: some salamander who our xylophone confused changed . present
Target output: some salamander who our xylophone confuses changes .
Model output: some salamander who our xylophone confuses changes .
Input: your vultures near my raven waited . past
Target output: your vultures near my raven waited .
Model output: your vultures near my raven waited .
Input: our zebra by our unicorn applauded some yaks behind my quail . present
Target output: our zebra by our unicorn applauds some yaks behind my quail .
Model output: our zebra by our unicorn applauds some yaks behind my quail .
Input: some tyrannosaurus ate . past
Target output: some tyrannosaurus ate .
Model output: some tyrannosaurus ate .", exgen:"Input: your ravens with your zebra entertained our salamander that waited . present
Target output: your ravens with your zebra entertain our salamander that waits .
Model output: your ravens with your zebra entertains our salamander that waits .
Input: her xylophone with the yaks smiled . present
Target output: her xylophone with the yaks smiles .
Model output: her xylophone with the yaks smile .
Input: some vultures that comforted some unicorn remembered my yak . present
Target output: some vultures that comfort some unicorn remember my yak .
Model output: some vultures that comfort some unicorn remembers my yak .
Input: my salamander near our peacocks confused my tyrannosauruses behind our quails . present
Target output: my salamander near our peacocks confuses my tyrannosauruses behind our quails .
Model output: my salamander near our peacocks confuse my tyrannosauruses behind our quails .
Input: my vultures around the unicorn high_fived the orangutans who high_fived your tyrannosauruses . present
Target output: my vultures around the unicorn high_five the orangutans who high_five your tyrannosauruses .
Model output: my vultures around the unicorn high_fives the orangutans who accept your tyrannosauruses .
Input: the peacock around her peacocks remembered some walruses that amused her orangutans . present
Target output: the peacock around her peacocks remembers some walruses that amuse her orangutans .
Model output: the peacock around her peacocks remembers her walruses that amuse some orangutans .
Input: my zebra behind the vultures accepted our vultures . present
Target output: my zebra behind the vultures accepts our vultures .
Model output: my zebra behind the vultures accept our vultures .
Input: the peacock around some tyrannosauruses confused the tyrannosauruses who her peacocks amused . present
Target output: the peacock around some tyrannosauruses confuses the tyrannosauruses who her peacocks amuse .
Model output: the peacock around some tyrannosauruses confuse the tyrannosauruses who her peacocks amuse .
Input: her ravens that the raven accepted amused my salamanders upon some tyrannosaurus . present
Target output: her ravens that the raven accepts amuse my salamanders upon some tyrannosaurus .
Model output: her ravens that the raven accept amuse my salamanders upon some tyrannosaurus .
Input: the orangutan who my xylophones admired swam . present
Target output: the orangutan who my xylophones admire swims .
Model output: the orangutan who my xylophones admire swim .", testfull:0.95, testpos:1.0, genfull:0.13, genpos:1.0, genlinear:0.74, genmvcorrect:0.15, genmvlinear:0.79, genmvcorrectnum:0.16, genmvwrongnum:0.83, };
var p13_tense_exp105 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_5", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the yak upon our xylophones read . past
Target output: the yak upon our xylophones read .
Model output: the yak upon our xylophones read .
Input: some xylophone high_fived our peacocks . past
Target output: some xylophone high_fived our peacocks .
Model output: some xylophone high_fived our peacocks .
Input: your yak giggled . present
Target output: your yak giggles .
Model output: your yak giggles .
Input: our peacock near her vulture accepted my unicorns who slept . present
Target output: our peacock near her vulture accepts my unicorns who sleep .
Model output: our peacock near her vulture accepts my unicorns who sleep .
Input: your tyrannosaurus that our yaks admired high_fived our newt . past
Target output: your tyrannosaurus that our yaks admired high_fived our newt .
Model output: your tyrannosaurus that our yaks admired high_fived our newt .
Input: her newts entertained her quail . present
Target output: her newts entertain her quail .
Model output: her newts entertain her quail .
Input: my orangutans high_fived her newts . present
Target output: my orangutans high_five her newts .
Model output: my orangutans high_five her newts .
Input: the yaks above some unicorns amused my vultures who applauded my yaks . past
Target output: the yaks above some unicorns amused my vultures who applauded my yaks .
Model output: the yaks above some unicorns amused my vultures who applauded my yaks .
Input: our yak behind your peacock swam . present
Target output: our yak behind your peacock swims .
Model output: our yak behind your peacock swims .
Input: our newts high_fived some peacocks who your unicorn confused . past
Target output: our newts high_fived some peacocks who your unicorn confused .
Model output: our newts high_fived some peacocks who your unicorn confused .", exgen:"Input: your xylophone below her salamanders moved . present
Target output: your xylophone below her salamanders moves .
Model output: your xylophone below her salamanders move .
Input: my newt that comforted our yaks ate . present
Target output: my newt that comforts our yaks eats .
Model output: my newt that comforts our yaks eat .
Input: my newts by my tyrannosaurus confused my peacock . present
Target output: my newts by my tyrannosaurus confuse my peacock .
Model output: my newts by my tyrannosaurus confuse my peacock .
Input: her walrus near her walruses read . present
Target output: her walrus near her walruses reads .
Model output: her walrus near her walruses read .
Input: her xylophones that my zebra high_fived confused my zebra . present
Target output: her xylophones that my zebra high_fives confuse my zebra .
Model output: her xylophones that my zebra high_fives high_fives my zebra .
Input: my salamanders below our walrus waited . present
Target output: my salamanders below our walrus wait .
Model output: my salamanders below our walrus waits .
Input: the salamander near the yaks applauded the zebras . present
Target output: the salamander near the yaks applauds the zebras .
Model output: the salamander near the yaks applaud the zebras .
Input: your yaks who some raven remembered admired our peacocks . present
Target output: your yaks who some raven remembers admire our peacocks .
Model output: your yaks who some raven admires remembers our peacocks .
Input: the newts behind her raven remembered my xylophones that my quails accepted . present
Target output: the newts behind her raven remember my xylophones that my quails accept .
Model output: the newts behind her raven remembers my xylophones that my quails accept .
Input: your zebras behind your peacock high_fived her tyrannosaurus behind the xylophones . present
Target output: your zebras behind your peacock high_five her tyrannosaurus behind the xylophones .
Model output: your zebras behind your peacock high_fives her tyrannosaurus behind the peacock .", testfull:0.89, testpos:1.0, genfull:0.26, genpos:0.99, genlinear:0.49, genmvcorrect:0.33, genmvlinear:0.56, genmvcorrectnum:0.37, genmvwrongnum:0.62, };
var p13_tense_exp106 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_6", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some orangutans by the zebras confused your newt near some unicorn . present
Target output: some orangutans by the zebras confuse your newt near some unicorn .
Model output: some orangutans by the zebras confuse your newt near some walrus .
Input: my vultures confused our peacock who some newts entertained . present
Target output: my vultures confuse our peacock who some newts entertain .
Model output: my vultures confuse our peacock who some newts entertain .
Input: our tyrannosaurus ate . present
Target output: our tyrannosaurus eats .
Model output: our tyrannosaurus eats .
Input: my orangutans remembered my salamander near my newt . present
Target output: my orangutans remember my salamander near my newt .
Model output: my orangutans remember my salamander near my newt .
Input: our vultures below some unicorns confused my orangutan by some peacocks . present
Target output: our vultures below some unicorns confuse my orangutan by some peacocks .
Model output: our vultures below some unicorns confuse my orangutan by some peacocks .
Input: your salamanders who slept amused my walruses . past
Target output: your salamanders who slept amused my walruses .
Model output: your salamanders who slept amused my walruses .
Input: your xylophones with my xylophone read . past
Target output: your xylophones with my xylophone read .
Model output: your xylophones with my xylophone read .
Input: some zebra high_fived her ravens that confused your tyrannosaurus . past
Target output: some zebra high_fived her ravens that confused your tyrannosaurus .
Model output: some zebra high_fived her ravens that confused your tyrannosaurus .
Input: her tyrannosaurus waited . past
Target output: her tyrannosaurus waited .
Model output: her tyrannosaurus waited .
Input: the walrus above her tyrannosaurus entertained our orangutans behind some quail . past
Target output: the walrus above her tyrannosaurus entertained our orangutans behind some quail .
Model output: the walrus above her tyrannosaurus entertained our orangutans behind some quail .", exgen:"Input: my orangutan who some quails remembered remembered her walruses who some vultures accepted . present
Target output: my orangutan who some quails remember remembers her walruses who some vultures accept .
Model output: my orangutan who some quails remember remember her walruses who some vultures accept .
Input: the tyrannosaurus that applauded my xylophones ate . present
Target output: the tyrannosaurus that applauds my xylophones eats .
Model output: the tyrannosaurus that applauds my xylophones eat .
Input: her peacock that some peacocks entertained smiled . present
Target output: her peacock that some peacocks entertain smiles .
Model output: her peacock that some peacocks entertain smile .
Input: your xylophone below some ravens smiled . present
Target output: your xylophone below some ravens smiles .
Model output: your xylophone below some ravens smile .
Input: her newts around our zebra entertained your raven who giggled . present
Target output: her newts around our zebra entertain your raven who giggles .
Model output: her newts around our zebra entertain your raven who giggles .
Input: some peacock who her orangutans remembered admired her xylophones . present
Target output: some peacock who her orangutans remember admires her xylophones .
Model output: some peacock who her orangutans remembers admire her xylophones .
Input: the zebra near the zebras remembered some unicorns by her xylophone . present
Target output: the zebra near the zebras remembers some unicorns by her xylophone .
Model output: the zebra above the zebras remember some unicorns by her xylophone .
Input: your walruses below some raven accepted some yak who the walruses comforted . present
Target output: your walruses below some raven accept some yak who the walruses comfort .
Model output: your walruses below some raven accepts some yak who the walruses comfort .
Input: some salamanders that your raven amused amused your walruses . present
Target output: some salamanders that your raven amuses amuse your walruses .
Model output: some salamanders that your raven amuses amuses your walruses .
Input: your tyrannosaurus upon some vultures comforted some zebras . present
Target output: your tyrannosaurus upon some vultures comforts some zebras .
Model output: your tyrannosaurus upon some vultures comfort some zebras .", testfull:0.91, testpos:1.0, genfull:0.12, genpos:0.99, genlinear:0.67, genmvcorrect:0.17, genmvlinear:0.75, genmvcorrectnum:0.19, genmvwrongnum:0.8, };
var p13_tense_exp107 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_7", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some orangutan high_fived our walruses near some orangutan . present
Target output: some orangutan high_fives our walruses near some orangutan .
Model output: some orangutan high_fives our walruses near some orangutan .
Input: her raven entertained your raven around some zebras . present
Target output: her raven entertains your raven around some zebras .
Model output: her raven entertains your raven around some zebras .
Input: your yak by our walrus comforted our tyrannosauruses behind her yak . present
Target output: your yak by our walrus comforts our tyrannosauruses behind her yak .
Model output: your yak by our walrus comforts our tyrannosauruses behind her yak .
Input: her orangutan that some salamander amused read . present
Target output: her orangutan that some salamander amuses reads .
Model output: her salamander that some salamander amuses reads .
Input: the zebras that waited applauded some peacocks with some vultures . past
Target output: the zebras that waited applauded some peacocks with some vultures .
Model output: the zebras that waited applauded some peacocks with some vultures .
Input: our tyrannosauruses behind her salamander accepted the unicorns with my raven . past
Target output: our tyrannosauruses behind her salamander accepted the unicorns with my raven .
Model output: our tyrannosauruses behind her salamander accepted the unicorns with my raven .
Input: your zebra applauded the vulture that high_fived our unicorns . present
Target output: your zebra applauds the vulture that high_fives our unicorns .
Model output: your zebra applauds the vulture that high_fives our unicorns .
Input: your yaks who the newts accepted smiled . present
Target output: your yaks who the newts accept smile .
Model output: your yaks who the newts accept smile .
Input: your tyrannosauruses who slept high_fived your tyrannosaurus that applauded the quails . present
Target output: your tyrannosauruses who sleep high_five your tyrannosaurus that applauds the quails .
Model output: your tyrannosauruses who sleep high_five your tyrannosaurus that applauds the quails .
Input: our yak who read slept . past
Target output: our yak who read slept .
Model output: our yak who read slept .", exgen:"Input: my walrus that our quails accepted admired her raven by her peacocks . present
Target output: my walrus that our quails accept admires her raven by her peacocks .
Model output: my walrus that our quails accepts admire her raven by her peacocks .
Input: some vulture around my newts smiled . present
Target output: some vulture around my newts smiles .
Model output: some vulture around my newts smile .
Input: my raven that her unicorns remembered high_fived her zebras . present
Target output: my raven that her unicorns remember high_fives her zebras .
Model output: my raven that her unicorns remember high_five her zebras .
Input: your peacocks who amused my tyrannosaurus admired your vultures upon the tyrannosaurus . present
Target output: your peacocks who amuse my tyrannosaurus admire your vultures upon the tyrannosaurus .
Model output: your peacocks who admire my tyrannosaurus amuses your vultures upon the tyrannosaurus .
Input: some tyrannosauruses by your vulture waited . present
Target output: some tyrannosauruses by your vulture wait .
Model output: some tyrannosauruses by your vulture waits .
Input: some walrus behind our ravens amused your zebra above the walruses . present
Target output: some walrus behind our ravens amuses your zebra above the walruses .
Model output: some walrus behind our ravens amuses your zebra above the walruses .
Input: your peacocks around some walrus remembered the salamander . present
Target output: your peacocks around some walrus remember the salamander .
Model output: your peacocks around some walrus remembers the salamander .
Input: some tyrannosauruses behind your orangutan admired your salamanders . present
Target output: some tyrannosauruses behind your orangutan admire your salamanders .
Model output: some tyrannosauruses behind your orangutan admires your salamanders .
Input: her vulture that remembered your ravens high_fived our ravens who changed . present
Target output: her vulture that remembers your ravens high_fives our ravens who change .
Model output: her vulture that remembers your ravens high_fives our ravens who change .
Input: her xylophones near my salamander high_fived the orangutans that comforted your raven . present
Target output: her xylophones near my salamander high_five the orangutans that comfort your raven .
Model output: her xylophones near my salamander high_fives the orangutans that comfort your raven .", testfull:0.91, testpos:1.0, genfull:0.18, genpos:0.99, genlinear:0.65, genmvcorrect:0.21, genmvlinear:0.71, genmvcorrectnum:0.23, genmvwrongnum:0.77, };
var p13_tense_exp108 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_8", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the zebra behind the tyrannosaurus high_fived our xylophones behind her salamander . present
Target output: the zebra behind the tyrannosaurus high_fives our xylophones behind her salamander .
Model output: the zebra behind the tyrannosaurus high_fives our xylophones behind her salamander .
Input: our salamander with the walruses waited . past
Target output: our salamander with the walruses waited .
Model output: our salamander with the walruses waited .
Input: her quails behind some xylophone applauded your unicorn above my vultures . past
Target output: her quails behind some xylophone applauded your unicorn above my vultures .
Model output: her quails behind some xylophone applauded your unicorn above my vultures .
Input: the vulture accepted her vulture . past
Target output: the vulture accepted her vulture .
Model output: the vulture accepted her vulture .
Input: some tyrannosaurus that the raven high_fived changed . past
Target output: some tyrannosaurus that the raven high_fived changed .
Model output: some tyrannosaurus that the raven high_fived changed .
Input: my vultures admired my newt behind my walrus . present
Target output: my vultures admire my newt behind my walrus .
Model output: my vultures admire my newt behind my walrus .
Input: your quail with your peacock moved . past
Target output: your quail with your peacock moved .
Model output: your quail with your peacock moved .
Input: her peacock who read read . present
Target output: her peacock who reads reads .
Model output: her peacock who reads reads .
Input: your unicorns upon some quails admired our peacock who remembered our peacocks . present
Target output: your unicorns upon some quails admire our peacock who remembers our peacocks .
Model output: your unicorns upon some quails remember our peacock who admires our peacocks .
Input: my ravens who some yaks comforted admired some salamander . past
Target output: my ravens who some yaks comforted admired some salamander .
Model output: my ravens who some yaks comforted admired some salamander .", exgen:"Input: your quails below your newt waited . present
Target output: your quails below your newt wait .
Model output: your quails below your newt waits .
Input: my walrus by your yaks comforted your quail upon your quail . present
Target output: my walrus by your yaks comforts your quail upon your quail .
Model output: my walrus by your yaks comfort your quail upon your quail .
Input: your quail upon the peacocks moved . present
Target output: your quail upon the peacocks moves .
Model output: your quail upon the peacocks move .
Input: some tyrannosauruses that comforted your zebra smiled . present
Target output: some tyrannosauruses that comfort your zebra smile .
Model output: some tyrannosauruses that comfort your zebra smiles .
Input: her raven upon her peacocks admired my walrus . present
Target output: her raven upon her peacocks admires my walrus .
Model output: her raven upon her peacocks admire my ravens .
Input: your orangutans who entertained the orangutan giggled . present
Target output: your orangutans who entertain the orangutan giggle .
Model output: your orangutans who entertain the orangutan giggles .
Input: your walrus who our vultures high_fived entertained our salamanders who your ravens applauded . present
Target output: your walrus who our vultures high_five entertains our salamanders who your ravens applaud .
Model output: your walrus who our vultures entertains applaud our salamanders who your ravens high_five .
Input: our unicorn around the quails remembered some yaks upon the quails . present
Target output: our unicorn around the quails remembers some yaks upon the quails .
Model output: our unicorn around the quails remember some yaks upon the quails .
Input: some unicorn below her salamanders entertained your unicorn . present
Target output: some unicorn below her salamanders entertains your unicorn .
Model output: some unicorn below her salamanders entertain your unicorn .
Input: your zebra around my unicorns moved . present
Target output: your zebra around my unicorns moves .
Model output: your zebra around my unicorns move .", testfull:0.79, testpos:0.99, genfull:0.08, genpos:0.98, genlinear:0.58, genmvcorrect:0.13, genmvlinear:0.72, genmvcorrectnum:0.15, genmvwrongnum:0.83, };
var p13_tense_exp109 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_9", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the walruses that our vulture amused entertained our zebras . past
Target output: the walruses that our vulture amused entertained our zebras .
Model output: the walruses that our vulture amused entertained our zebras .
Input: my yaks admired my unicorns that smiled . past
Target output: my yaks admired my unicorns that smiled .
Model output: my yaks admired my unicorns that smiled .
Input: her walrus that comforted my salamander comforted her xylophones . present
Target output: her walrus that comforts my salamander comforts her xylophones .
Model output: her walrus that comforts my salamander comforts her xylophones .
Input: our peacock confused your walruses . present
Target output: our peacock confuses your walruses .
Model output: our peacock confuses your walruses .
Input: her salamanders below our quails ate . present
Target output: her salamanders below our quails eat .
Model output: her salamanders below our quails eat .
Input: some vulture near our tyrannosaurus giggled . past
Target output: some vulture near our tyrannosaurus giggled .
Model output: some vulture near our tyrannosaurus giggled .
Input: some peacocks near our quail ate . past
Target output: some peacocks near our quail ate .
Model output: some peacocks near our quail ate .
Input: our vulture around your newt swam . past
Target output: our vulture around your newt swam .
Model output: our vulture around your newt swam .
Input: the salamander comforted her orangutan with my unicorn . present
Target output: the salamander comforts her orangutan with my unicorn .
Model output: the salamander comforts her orangutan with my unicorn .
Input: the orangutan admired my xylophone upon some salamanders . present
Target output: the orangutan admires my xylophone upon some salamanders .
Model output: the orangutan admires my xylophone upon some salamanders .", exgen:"Input: your salamander around some orangutans confused your yaks who my ravens high_fived . present
Target output: your salamander around some orangutans confuses your yaks who my ravens high_five .
Model output: your salamander around some orangutans confuse your yaks who my ravens high_five .
Input: some unicorns that high_fived my orangutan entertained our newt . present
Target output: some unicorns that high_five my orangutan entertain our newt .
Model output: some unicorns that high_five my orangutan entertains our newt .
Input: her salamanders around my quail remembered our salamanders around your tyrannosauruses . present
Target output: her salamanders around my quail remember our salamanders around your tyrannosauruses .
Model output: her salamanders around my quail remembers our salamanders upon your tyrannosauruses .
Input: our peacocks upon our orangutan high_fived her zebras who changed . present
Target output: our peacocks upon our orangutan high_five her zebras who change .
Model output: our peacocks upon our orangutan high_fives her zebras who change .
Input: the tyrannosauruses upon our zebra entertained our tyrannosaurus behind her unicorn . present
Target output: the tyrannosauruses upon our zebra entertain our tyrannosaurus behind her unicorn .
Model output: the tyrannosauruses upon our zebra entertains our tyrannosaurus behind her unicorn .
Input: some orangutans that applauded our yak comforted my ravens who swam . present
Target output: some orangutans that applaud our yak comfort my ravens who swim .
Model output: some orangutans that applaud our yak comfort my ravens who your .
Input: your tyrannosauruses by my zebra read . present
Target output: your tyrannosauruses by my zebra read .
Model output: your tyrannosauruses by my zebra reads .
Input: her salamander that applauded the salamanders admired the tyrannosauruses that high_fived my newts . present
Target output: her salamander that applauds the salamanders admires the tyrannosauruses that high_five my newts .
Model output: her salamander that applauds the salamanders admire the tyrannosauruses that applauds my newts .
Input: the walruses that some raven amused changed . present
Target output: the walruses that some raven amuses change .
Model output: the walruses that some raven amuses changes .
Input: your quail upon the peacocks moved . present
Target output: your quail upon the peacocks moves .
Model output: your quail upon the peacocks move .", testfull:0.93, testpos:1.0, genfull:0.12, genpos:0.99, genlinear:0.71, genmvcorrect:0.14, genmvlinear:0.79, genmvcorrectnum:0.15, genmvwrongnum:0.84, };
var p13_tense_exp110 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_10", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some zebras confused our walruses . past
Target output: some zebras confused our walruses .
Model output: some zebras confused our walruses .
Input: your walrus behind your vulture entertained her tyrannosauruses who the walrus amused . past
Target output: your walrus behind your vulture entertained her tyrannosauruses who the walrus amused .
Model output: your walrus behind your vulture entertained her tyrannosauruses who the walrus amused .
Input: the vulture applauded the quails . past
Target output: the vulture applauded the quails .
Model output: the vulture applauded the quails .
Input: your xylophones changed . present
Target output: your xylophones change .
Model output: your xylophones change .
Input: our tyrannosauruses that slept amused her walruses who ate . past
Target output: our tyrannosauruses that slept amused her walruses who ate .
Model output: our tyrannosauruses that ate amused her walruses who ate .
Input: the unicorns with our quails comforted our yak . past
Target output: the unicorns with our quails comforted our yak .
Model output: the unicorns with our quails comforted our yak .
Input: some salamander that accepted the quails confused the salamander behind some walrus . past
Target output: some salamander that accepted the quails confused the salamander behind some walrus .
Model output: some salamander that accepted the quails confused the walrus behind some walrus .
Input: some vultures around our vultures amused our yaks . present
Target output: some vultures around our vultures amuse our yaks .
Model output: some vultures around our vultures amuse our yaks .
Input: the zebras smiled . past
Target output: the zebras smiled .
Model output: the zebras smiled .
Input: my vultures admired my newt behind my walrus . present
Target output: my vultures admire my newt behind my walrus .
Model output: my vultures admire my newt behind my walrus .", exgen:"Input: my unicorns that applauded the xylophone ate . present
Target output: my unicorns that applaud the xylophone eat .
Model output: my unicorns that applaud the xylophone eats .
Input: my quails behind some yak accepted your unicorn . present
Target output: my quails behind some yak accept your unicorn .
Model output: my quails behind some yak accept your unicorn .
Input: your yak that the salamanders amused confused the orangutan . present
Target output: your yak that the salamanders amuse confuses the orangutan .
Model output: your yak that the salamanders confuse amuse the orangutan .
Input: some quail with the salamanders confused my newt that our vultures amused . present
Target output: some quail with the salamanders confuses my newt that our vultures amuse .
Model output: some quail with the salamanders confuse my newt that our vultures amuse .
Input: our newts below your newt entertained the zebras around your xylophones . present
Target output: our newts below your newt entertain the zebras around your xylophones .
Model output: our newts below your newt entertain the zebras around your xylophones .
Input: her walruses with my raven read . present
Target output: her walruses with my raven read .
Model output: her walruses with my raven reads .
Input: your newt who amused her walruses slept . present
Target output: your newt who amuses her walruses sleeps .
Model output: your newt who amuses her walruses sleep .
Input: my newt who her vultures entertained confused the xylophones . present
Target output: my newt who her vultures entertain confuses the xylophones .
Model output: my yak who her vultures entertain confuse the xylophones .
Input: my raven with her peacocks remembered the raven . present
Target output: my raven with her peacocks remembers the raven .
Model output: my raven with her peacocks remember the raven .
Input: the raven around our quails confused my xylophones that my zebras entertained . present
Target output: the raven around our quails confuses my xylophones that my zebras entertain .
Model output: the raven around our quails confuses my xylophones that my zebras entertain .", testfull:0.84, testpos:1.0, genfull:0.26, genpos:0.98, genlinear:0.46, genmvcorrect:0.33, genmvlinear:0.53, genmvcorrectnum:0.39, genmvwrongnum:0.6, };
var p13_tense_exp111 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_11", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some walruses confused some walrus who admired her yaks . past
Target output: some walruses confused some walrus who admired her yaks .
Model output: some walruses confused some walrus who admired her yaks .
Input: the orangutans smiled . past
Target output: the orangutans smiled .
Model output: the orangutans smiled .
Input: my unicorn that ate amused our yak who admired your orangutans . past
Target output: my unicorn that ate amused our yak who admired your orangutans .
Model output: my unicorn that ate amused our yak who admired your orangutans .
Input: our xylophone with my peacocks entertained your orangutan below her unicorns . past
Target output: our xylophone with my peacocks entertained your orangutan below her unicorns .
Model output: our xylophone with my peacocks entertained your orangutan below her unicorns .
Input: her yaks that moved moved . present
Target output: her yaks that move move .
Model output: her yaks that move move .
Input: her newts near her xylophones changed . past
Target output: her newts near her xylophones changed .
Model output: her newts near her xylophones changed .
Input: my salamander with her newts confused her zebras . past
Target output: my salamander with her newts confused her zebras .
Model output: my salamander with her newts confused her zebras .
Input: some tyrannosauruses around my orangutans smiled . past
Target output: some tyrannosauruses around my orangutans smiled .
Model output: some tyrannosauruses around my orangutans smiled .
Input: your walruses comforted some salamanders behind my raven . present
Target output: your walruses comfort some salamanders behind my raven .
Model output: your walruses comfort some salamanders behind my raven .
Input: her xylophones accepted some unicorns . past
Target output: her xylophones accepted some unicorns .
Model output: her xylophones accepted some unicorns .", exgen:"Input: my tyrannosaurus by your vultures comforted her vultures behind the tyrannosaurus . present
Target output: my tyrannosaurus by your vultures comforts her vultures behind the tyrannosaurus .
Model output: my tyrannosaurus by your vultures comfort her vultures behind the tyrannosaurus .
Input: your salamanders above my raven remembered her peacock who my unicorn high_fived . present
Target output: your salamanders above my raven remember her peacock who my unicorn high_fives .
Model output: your salamanders above my raven high_five her peacock who her unicorn remembers .
Input: my yaks that the xylophone admired ate . present
Target output: my yaks that the xylophone admires eat .
Model output: my yaks that the xylophone admires eats .
Input: your vultures around the peacock comforted the raven . present
Target output: your vultures around the peacock comfort the raven .
Model output: your vultures around the peacock comfort the raven .
Input: the orangutan with some quails moved . present
Target output: the orangutan with some quails moves .
Model output: the orangutan with some quails move .
Input: some yaks who your peacock accepted moved . present
Target output: some yaks who your peacock accepts move .
Model output: some yaks who your peacock accepts moves .
Input: the zebras by our raven amused our vulture below the zebras . present
Target output: the zebras by our raven amuse our vulture below the zebras .
Model output: the zebras by our raven amuses the vulture below the zebras .
Input: the salamanders with my salamander amused our raven . present
Target output: the salamanders with my salamander amuse our raven .
Model output: the salamanders with my salamander amuses our raven .
Input: the orangutan that admired your yaks entertained my xylophones upon some salamander . present
Target output: the orangutan that admires your yaks entertains my xylophones upon some salamander .
Model output: the orangutan that entertains your yaks entertain my xylophones upon some salamander .
Input: the tyrannosauruses who entertained her newt high_fived my unicorns . present
Target output: the tyrannosauruses who entertain her newt high_five my unicorns .
Model output: the tyrannosauruses who entertain her newt high_fives my unicorns .", testfull:0.86, testpos:1.0, genfull:0.21, genpos:0.99, genlinear:0.51, genmvcorrect:0.29, genmvlinear:0.6, genmvcorrectnum:0.32, genmvwrongnum:0.67, };
var p13_tense_exp112 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_12", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my peacock who high_fived the salamander comforted your vulture . present
Target output: my peacock who high_fives the salamander comforts your vulture .
Model output: my peacock who high_fives the salamander comforts your vulture .
Input: some unicorns upon my yaks remembered my quails who giggled . present
Target output: some unicorns upon my yaks remember my quails who giggle .
Model output: some unicorns upon my quails remember my yaks who giggle .
Input: the unicorn amused some raven below her xylophone . past
Target output: the unicorn amused some raven below her xylophone .
Model output: the unicorn amused some raven below her xylophone .
Input: my newt confused the orangutans . present
Target output: my newt confuses the orangutans .
Model output: my newt confuses the orangutans .
Input: the newts admired our yak . present
Target output: the newts admire our yak .
Model output: the newts admire our yak .
Input: some tyrannosaurus remembered her orangutan . present
Target output: some tyrannosaurus remembers her orangutan .
Model output: some tyrannosaurus remembers her orangutan .
Input: her unicorn high_fived my peacock above my yak . present
Target output: her unicorn high_fives my peacock above my yak .
Model output: her unicorn high_fives my peacock above my yak .
Input: my tyrannosauruses above the vultures admired her salamanders . past
Target output: my tyrannosauruses above the vultures admired her salamanders .
Model output: my tyrannosauruses above the vultures admired her salamanders .
Input: some zebras confused your tyrannosauruses . present
Target output: some zebras confuse your tyrannosauruses .
Model output: some zebras confuse your tyrannosauruses .
Input: your quails that my peacocks comforted ate . present
Target output: your quails that my peacocks comfort eat .
Model output: your quails that my peacocks comfort eat .", exgen:"Input: some peacocks with our walrus moved . present
Target output: some peacocks with our walrus move .
Model output: some peacocks with our walrus move .
Input: your walruses around my xylophone ate . present
Target output: your walruses around my xylophone eat .
Model output: your walruses around my xylophone eats .
Input: some zebra who our peacocks confused high_fived our vulture that admired your newt . present
Target output: some zebra who our peacocks confuse high_fives our vulture that admires your newt .
Model output: some zebra who our newt high_fives high_fives our peacocks that admire your vulture .
Input: some vultures by our raven admired her raven near her vultures . present
Target output: some vultures by our raven admire her raven near her vultures .
Model output: some vultures by our raven admires her raven near her vultures .
Input: your yak who my walruses applauded admired her walruses with the newts . present
Target output: your yak who my walruses applaud admires her walruses with the newts .
Model output: your yak who my walruses applauds admire her walruses with the newts .
Input: some orangutans that comforted the raven giggled . present
Target output: some orangutans that comfort the raven giggle .
Model output: some orangutans that comfort the raven giggle .
Input: your newt that your vultures remembered entertained the peacock with her quail . present
Target output: your newt that your vultures remember entertains the peacock with her quail .
Model output: your peacock that your vultures remember remember the peacock with her quail .
Input: your newt who the quails accepted entertained her xylophone upon the tyrannosaurus . present
Target output: your newt who the quails accept entertains her xylophone upon the tyrannosaurus .
Model output: your newt who the xylophone entertains accepts her quails upon the xylophone .
Input: our newts that amused your vulture applauded the unicorn . present
Target output: our newts that amuse your vulture applaud the unicorn .
Model output: our newts that amuse your vulture applauds the unicorn .
Input: your tyrannosauruses that remembered some unicorn swam . present
Target output: your tyrannosauruses that remember some unicorn swim .
Model output: your tyrannosauruses that remember some unicorn swims .", testfull:0.68, testpos:0.99, genfull:0.08, genpos:0.97, genlinear:0.46, genmvcorrect:0.13, genmvlinear:0.66, genmvcorrectnum:0.17, genmvwrongnum:0.81, };
var p13_tense_exp113 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_13", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your raven changed . present
Target output: your raven changes .
Model output: your raven changes .
Input: your ravens who her newts applauded high_fived your zebras upon our xylophones . present
Target output: your ravens who her newts applaud high_five your zebras upon our xylophones .
Model output: your ravens who her newts applaud high_five your zebras upon our xylophones .
Input: your yak behind some unicorns accepted the ravens . past
Target output: your yak behind some unicorns accepted the ravens .
Model output: your yak behind some unicorns accepted the ravens .
Input: your salamanders read . past
Target output: your salamanders read .
Model output: your salamanders read .
Input: your zebras that her peacocks confused confused her walruses . present
Target output: your zebras that her peacocks confuse confuse her walruses .
Model output: your zebras that her peacocks confuse confuse her walruses .
Input: your tyrannosauruses that our tyrannosauruses accepted accepted your newts that changed . present
Target output: your tyrannosauruses that our tyrannosauruses accept accept your newts that change .
Model output: your tyrannosauruses that our tyrannosauruses accept accept your newts that change .
Input: my tyrannosauruses that high_fived my ravens amused her xylophones that my salamanders entertained . past
Target output: my tyrannosauruses that high_fived my ravens amused her xylophones that my salamanders entertained .
Model output: my tyrannosauruses that amused her ravens high_fived my xylophones that my ravens amused .
Input: our unicorns applauded your vultures . past
Target output: our unicorns applauded your vultures .
Model output: our unicorns applauded your vultures .
Input: your peacocks behind our salamander confused my zebras near your newts . past
Target output: your peacocks behind our salamander confused my zebras near your newts .
Model output: your peacocks behind our salamander confused my newts near your zebras .
Input: your walrus confused my peacocks . present
Target output: your walrus confuses my peacocks .
Model output: your walrus confuses my peacocks .", exgen:"Input: my peacocks that remembered some yak smiled . present
Target output: my peacocks that remember some yak smile .
Model output: my peacocks that remember some yak smiles .
Input: some yaks upon our unicorn amused my orangutan that some xylophone high_fived . present
Target output: some yaks upon our unicorn amuse my orangutan that some xylophone high_fives .
Model output: some yaks upon our unicorn amuses my orangutan that some xylophones high_five .
Input: your quail with her peacocks remembered the tyrannosauruses . present
Target output: your quail with her peacocks remembers the tyrannosauruses .
Model output: your salamander with her peacocks remember the tyrannosauruses .
Input: the vulture with your unicorns accepted our newt above some peacocks . present
Target output: the vulture with your unicorns accepts our newt above some peacocks .
Model output: the vulture with your unicorns accept our newt above some peacocks .
Input: our raven upon the zebras comforted the vulture who ate . present
Target output: our raven upon the zebras comforts the vulture who eats .
Model output: our raven upon the zebras comfort the vulture who eats .
Input: our raven around her newts comforted some tyrannosauruses that some walruses high_fived . present
Target output: our raven around her newts comforts some tyrannosauruses that some walruses high_five .
Model output: our raven around her newts comfort some tyrannosauruses that some walruses high_five .
Input: your orangutan near the vultures comforted some ravens who some zebra comforted . present
Target output: your orangutan near the vultures comforts some ravens who some zebra comforts .
Model output: your orangutan near the vultures comfort some vultures who some zebra comforts .
Input: our tyrannosaurus around my peacocks amused our xylophone upon the peacock . present
Target output: our tyrannosaurus around my peacocks amuses our xylophone upon the peacock .
Model output: our tyrannosaurus around my peacocks amuse our xylophone upon the peacock .
Input: her unicorn who applauded my yaks comforted my unicorn . present
Target output: her unicorn who applauds my yaks comforts my unicorn .
Model output: her unicorn who applauds my yaks comfort my unicorn .
Input: our salamanders with my tyrannosaurus high_fived our yaks by her newts . present
Target output: our salamanders with my tyrannosaurus high_five our yaks by her newts .
Model output: our salamanders with my tyrannosaurus high_fives our yaks by her newts .", testfull:0.81, testpos:1.0, genfull:0.07, genpos:0.99, genlinear:0.62, genmvcorrect:0.1, genmvlinear:0.75, genmvcorrectnum:0.12, genmvwrongnum:0.87, };
var p13_tense_exp114 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_14", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your salamanders entertained some salamanders above some quail . past
Target output: your salamanders entertained some salamanders above some quail .
Model output: your salamanders entertained some salamanders above some quail .
Input: her vulture behind her quail comforted her tyrannosauruses . present
Target output: her vulture behind her quail comforts her tyrannosauruses .
Model output: her vulture behind her quail comforts her tyrannosauruses .
Input: my unicorn admired your quails . present
Target output: my unicorn admires your quails .
Model output: my unicorn admires your quails .
Input: her zebra swam . present
Target output: her zebra swims .
Model output: her zebra swims .
Input: our peacock confused your walruses . present
Target output: our peacock confuses your walruses .
Model output: our peacock confuses your walruses .
Input: your unicorn around my walrus amused some tyrannosaurus that the quail high_fived . past
Target output: your unicorn around my walrus amused some tyrannosaurus that the quail high_fived .
Model output: your unicorn around my walrus amused some tyrannosaurus that the quail high_fived .
Input: my xylophones applauded some unicorns that waited . present
Target output: my xylophones applaud some unicorns that wait .
Model output: my xylophones applaud some unicorns that wait .
Input: my quails near your tyrannosauruses smiled . present
Target output: my quails near your tyrannosauruses smile .
Model output: my quails near your tyrannosauruses smile .
Input: our zebra remembered your quails . past
Target output: our zebra remembered your quails .
Model output: our zebra remembered your quails .
Input: her yak around her walrus read . present
Target output: her yak around her walrus reads .
Model output: her yak around her walrus reads .", exgen:"Input: my zebras near the quail comforted the quail around my vulture . present
Target output: my zebras near the quail comfort the quail around my vulture .
Model output: my zebras near the quail comforts the quail around my vulture .
Input: the ravens around my vulture accepted your xylophone that the zebras entertained . present
Target output: the ravens around my vulture accept your xylophone that the zebras entertain .
Model output: the ravens around my vulture entertains your xylophone that the zebras entertain .
Input: the salamander by the tyrannosauruses amused some vultures that the vultures applauded . present
Target output: the salamander by the tyrannosauruses amuses some vultures that the vultures applaud .
Model output: the salamander by the tyrannosauruses amuse some vultures that the vultures amuse .
Input: our quails that applauded our quail smiled . present
Target output: our quails that applaud our quail smile .
Model output: our quails that applaud our quail smiles .
Input: our yaks that comforted her zebra ate . present
Target output: our yaks that comfort her zebra eat .
Model output: our yaks that comfort her zebra eat .
Input: the xylophone upon your vultures comforted our xylophones . present
Target output: the xylophone upon your vultures comforts our xylophones .
Model output: the xylophone upon your vultures comfort our xylophones .
Input: my walrus below my orangutans amused my tyrannosauruses upon my orangutans . present
Target output: my walrus below my orangutans amuses my tyrannosauruses upon my orangutans .
Model output: my walrus below my orangutans amuse my tyrannosauruses upon my orangutans .
Input: your quails below your newt waited . present
Target output: your quails below your newt wait .
Model output: your quails below your newt wait .
Input: your newts that some xylophone admired giggled . present
Target output: your newts that some xylophone admires giggle .
Model output: your newts that some xylophone admires giggles .
Input: some quail who admired some yaks changed . present
Target output: some quail who admires some yaks changes .
Model output: some quail who admires some yaks changes .", testfull:0.83, testpos:1.0, genfull:0.19, genpos:0.99, genlinear:0.52, genmvcorrect:0.24, genmvlinear:0.63, genmvcorrectnum:0.27, genmvwrongnum:0.72, };
var p13_tense_exp115 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_15", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her vultures entertained your vultures upon our orangutans . present
Target output: her vultures entertain your vultures upon our orangutans .
Model output: her vultures entertain your vultures upon our orangutans .
Input: some unicorn that smiled amused your raven who changed . present
Target output: some unicorn that smiles amuses your raven who changes .
Model output: some unicorn that smiles amuses your raven who changes .
Input: our xylophone who your yak admired swam . past
Target output: our xylophone who your yak admired swam .
Model output: our xylophone who your yak admired swam .
Input: your quails that smiled comforted your raven behind the orangutan . past
Target output: your quails that smiled comforted your raven behind the orangutan .
Model output: your quails that smiled comforted your raven behind the orangutan .
Input: our yaks near my xylophone admired some vultures . past
Target output: our yaks near my xylophone admired some vultures .
Model output: our yaks near my xylophone admired some vultures .
Input: her newt who accepted your newts confused your unicorns who waited . past
Target output: her newt who accepted your newts confused your unicorns who waited .
Model output: her newt who confused your newts confused your unicorns who waited .
Input: some yaks who your peacocks admired applauded the orangutans above some xylophone . present
Target output: some yaks who your peacocks admire applaud the orangutans above some xylophone .
Model output: some yaks who your orangutans applaud admire some quails above the xylophone .
Input: the vultures comforted our quails . past
Target output: the vultures comforted our quails .
Model output: the vultures comforted our quails .
Input: your quails high_fived your vultures who giggled . past
Target output: your quails high_fived your vultures who giggled .
Model output: your quails high_fived your vultures who giggled .
Input: your raven changed . present
Target output: your raven changes .
Model output: your raven changes .", exgen:"Input: some orangutans near our xylophone confused some yak . present
Target output: some orangutans near our xylophone confuse some yak .
Model output: some orangutans near our xylophone confuses some yak .
Input: the xylophone with some zebras comforted some zebras . present
Target output: the xylophone with some zebras comforts some zebras .
Model output: the xylophone with some zebras comforts some zebras .
Input: her yaks that her newt remembered ate . present
Target output: her yaks that her newt remembers eat .
Model output: her yaks that her newt remembers eats .
Input: some salamander that entertained your orangutans entertained the xylophone . present
Target output: some salamander that entertains your orangutans entertains the xylophone .
Model output: some salamander that entertains your orangutans entertain the xylophone .
Input: the salamanders who admired your newt comforted some orangutans who slept . present
Target output: the salamanders who admire your newt comfort some orangutans who sleep .
Model output: the ravens who comfort your newt admires some orangutans who sleep .
Input: the tyrannosauruses that her zebra comforted comforted her vultures . present
Target output: the tyrannosauruses that her zebra comforts comfort her vultures .
Model output: the tyrannosauruses that her zebra comforts comforts vultures vultures .
Input: some quail with my unicorns applauded our walruses . present
Target output: some quail with my unicorns applauds our walruses .
Model output: some quail with my unicorns applaud our walruses .
Input: her raven upon some newts slept . present
Target output: her raven upon some newts sleeps .
Model output: her raven upon some newts sleep .
Input: the quail that some walruses confused ate . present
Target output: the quail that some walruses confuse eats .
Model output: the quail that some walruses confuse eat .
Input: some newts who high_fived her orangutan admired the orangutan that admired my yaks . present
Target output: some newts who high_five her orangutan admire the orangutan that admires my yaks .
Model output: some newts who admire her orangutan high_fives the orangutan that admires my yaks .", testfull:0.79, testpos:0.99, genfull:0.06, genpos:0.98, genlinear:0.6, genmvcorrect:0.09, genmvlinear:0.74, genmvcorrectnum:0.11, genmvwrongnum:0.87, };
var p13_tense_exp116 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_16", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some salamander high_fived the tyrannosaurus . present
Target output: some salamander high_fives the tyrannosaurus .
Model output: some salamander high_fives the tyrannosaurus .
Input: our orangutans who ate read . past
Target output: our orangutans who ate read .
Model output: our orangutans who ate read .
Input: your walruses entertained your peacocks . past
Target output: your walruses entertained your peacocks .
Model output: your walruses entertained your peacocks .
Input: some quail who some peacock accepted comforted our peacocks that smiled . past
Target output: some quail who some peacock accepted comforted our peacocks that smiled .
Model output: some quail who some peacock accepted comforted our peacocks that smiled .
Input: the xylophones upon your tyrannosauruses ate . present
Target output: the xylophones upon your tyrannosauruses eat .
Model output: the xylophones upon your tyrannosauruses eat .
Input: your walrus ate . present
Target output: your walrus eats .
Model output: your walrus eats .
Input: our newt that swam ate . present
Target output: our newt that swims eats .
Model output: our newt that eats swims .
Input: the vulture who ate accepted some walruses . present
Target output: the vulture who eats accepts some walruses .
Model output: the vulture who eats accepts some walruses .
Input: the xylophone who smiled confused some peacocks behind the unicorn . present
Target output: the xylophone who smiles confuses some peacocks behind the unicorn .
Model output: the xylophone who smiles confuses some peacocks behind the unicorn .
Input: your xylophone that moved admired her tyrannosaurus . past
Target output: your xylophone that moved admired her tyrannosaurus .
Model output: your xylophone that moved admired her tyrannosaurus .", exgen:"Input: her salamanders near some raven entertained our yak that waited . present
Target output: her salamanders near some raven entertain our yak that waits .
Model output: her salamanders near some raven entertain our yak that waits .
Input: her walrus who admired the quails swam . present
Target output: her walrus who admires the quails swims .
Model output: her walrus who admires the quails swims .
Input: your newt who the quails accepted entertained her xylophone upon the tyrannosaurus . present
Target output: your newt who the quails accept entertains her xylophone upon the tyrannosaurus .
Model output: your newt who the quails accept entertain her xylophone upon the salamander .
Input: my salamanders below your raven comforted her peacocks near our vultures . present
Target output: my salamanders below your raven comfort her peacocks near our vultures .
Model output: my salamanders below your raven comforts her peacocks near our vultures .
Input: my salamanders who her peacock confused read . present
Target output: my salamanders who her peacock confuses read .
Model output: my salamanders who her peacock confuses reads .
Input: some unicorn behind her newts amused your orangutans . present
Target output: some unicorn behind her newts amuses your orangutans .
Model output: some unicorn behind her newts amuse your orangutans .
Input: our tyrannosaurus who entertained my ravens read . present
Target output: our tyrannosaurus who entertains my ravens reads .
Model output: our tyrannosaurus who entertains my ravens read .
Input: my orangutans by your quail amused some orangutans . present
Target output: my orangutans by your quail amuse some orangutans .
Model output: my orangutans by your quail amuses some orangutans .
Input: some unicorns by my newt accepted some quails . present
Target output: some unicorns by my newt accept some quails .
Model output: some unicorns by my newt accepts some quails .
Input: some zebras around her raven admired the vultures . present
Target output: some zebras around her raven admire the vultures .
Model output: some zebras around her raven admires the vultures .", testfull:0.88, testpos:1.0, genfull:0.12, genpos:0.99, genlinear:0.64, genmvcorrect:0.16, genmvlinear:0.73, genmvcorrectnum:0.17, genmvwrongnum:0.82, };
var p13_tense_exp117 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_17", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your salamander confused our raven . past
Target output: your salamander confused our raven .
Model output: your salamander confused our raven .
Input: some quails applauded my tyrannosauruses . past
Target output: some quails applauded my tyrannosauruses .
Model output: some quails applauded my tyrannosauruses .
Input: my xylophones behind her newt comforted her newt that your tyrannosauruses comforted . past
Target output: my xylophones behind her newt comforted her newt that your tyrannosauruses comforted .
Model output: my xylophones behind her newt comforted her newt that your tyrannosauruses comforted .
Input: the newts with my zebras ate . present
Target output: the newts with my zebras eat .
Model output: the newts with my zebras eat .
Input: my orangutan that some zebra comforted confused my walrus that your tyrannosaurus confused . past
Target output: my orangutan that some zebra comforted confused my walrus that your tyrannosaurus confused .
Model output: my orangutan that some zebra confused comforted my walrus that your tyrannosaurus confused .
Input: my quail upon my orangutan accepted her unicorn by your raven . past
Target output: my quail upon my orangutan accepted her unicorn by your raven .
Model output: my quail with my orangutan accepted her unicorn by your raven .
Input: our tyrannosaurus by her tyrannosaurus applauded your orangutan who amused my ravens . past
Target output: our tyrannosaurus by her tyrannosaurus applauded your orangutan who amused my ravens .
Model output: our tyrannosaurus by her tyrannosaurus applauded your orangutan who amused my ravens .
Input: the newts below our peacocks admired the tyrannosaurus around my newt . past
Target output: the newts below our peacocks admired the tyrannosaurus around my newt .
Model output: the newts below our peacocks admired the tyrannosaurus around my newt .
Input: our zebras by our tyrannosaurus high_fived the vultures with her xylophones . past
Target output: our zebras by our tyrannosaurus high_fived the vultures with her xylophones .
Model output: our zebras by our tyrannosaurus high_fived the vultures with her xylophones .
Input: your yak that amused your salamander applauded her unicorns that her tyrannosaurus applauded . past
Target output: your yak that amused your salamander applauded her unicorns that her tyrannosaurus applauded .
Model output: your yak that applauded your salamander applauded her yaks that her yak applauded .", exgen:"Input: her vulture that high_fived some zebras applauded my quails . present
Target output: her vulture that high_fives some zebras applauds my quails .
Model output: her vulture that high_fives some zebras applaud my quails .
Input: the salamanders around her walrus entertained her newts . present
Target output: the salamanders around her walrus entertain her newts .
Model output: the salamanders around her walrus entertain her newts .
Input: my vultures upon our tyrannosaurus comforted our unicorn who the walrus confused . present
Target output: my vultures upon our tyrannosaurus comfort our unicorn who the walrus confuses .
Model output: my vultures upon our tyrannosaurus comfort our walrus who the unicorn confuses .
Input: some salamanders by my raven slept . present
Target output: some salamanders by my raven sleep .
Model output: some salamanders by my raven sleeps .
Input: our walruses behind our tyrannosaurus changed . present
Target output: our walruses behind our tyrannosaurus change .
Model output: our walruses behind our tyrannosaurus changes .
Input: some quail above the vultures remembered her quails around our xylophone . present
Target output: some quail above the vultures remembers her quails around our xylophone .
Model output: some quail above the vultures remember her quails around our xylophone .
Input: our ravens above your newt remembered your unicorns below the quails . present
Target output: our ravens above your newt remember your unicorns below the quails .
Model output: our ravens above your newt remember your quails below the unicorns .
Input: our vulture upon my yaks confused the zebras . present
Target output: our vulture upon my yaks confuses the zebras .
Model output: our vulture upon my yaks confuse the zebras .
Input: the orangutans around my zebra entertained some raven by the quails . present
Target output: the orangutans around my zebra entertain some raven by the quails .
Model output: the orangutans around my zebra entertain the raven by the quails .
Input: my peacocks below your peacock comforted my yak who comforted the salamanders . present
Target output: my peacocks below your peacock comfort my yak who comforts the salamanders .
Model output: my peacocks below your peacock comforts my yak who comforts the salamanders .", testfull:0.85, testpos:0.99, genfull:0.21, genpos:0.99, genlinear:0.54, genmvcorrect:0.25, genmvlinear:0.63, genmvcorrectnum:0.27, genmvwrongnum:0.71, };
var p13_tense_exp118 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_18", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some quail that smiled changed . past
Target output: some quail that smiled changed .
Model output: some quail that smiled changed .
Input: our peacock who moved comforted our salamanders . present
Target output: our peacock who moves comforts our salamanders .
Model output: our peacock who moves comforts our salamanders .
Input: her vultures high_fived her salamanders . past
Target output: her vultures high_fived her salamanders .
Model output: her vultures high_fived her salamanders .
Input: some newt who admired some peacocks high_fived her peacock . past
Target output: some newt who admired some peacocks high_fived her peacock .
Model output: some newt who admired some peacocks high_fived her peacock .
Input: our orangutans who ate read . past
Target output: our orangutans who ate read .
Model output: our orangutans who ate read .
Input: some newt comforted our tyrannosaurus who smiled . present
Target output: some newt comforts our tyrannosaurus who smiles .
Model output: some newt comforts our tyrannosaurus who smiles .
Input: the quails who swam entertained your walruses . present
Target output: the quails who swim entertain your walruses .
Model output: the quails who swim entertain your walruses .
Input: my unicorns around my orangutans remembered our zebras . present
Target output: my unicorns around my orangutans remember our zebras .
Model output: my unicorns around my orangutans remember our zebras .
Input: your peacock who amused her xylophone entertained my zebras near your peacocks . past
Target output: your peacock who amused her xylophone entertained my zebras near your peacocks .
Model output: your peacock who amused her xylophone entertained my zebras near your peacocks .
Input: the xylophones who confused my tyrannosauruses admired some xylophones upon my tyrannosauruses . past
Target output: the xylophones who confused my tyrannosauruses admired some xylophones upon my tyrannosauruses .
Model output: the xylophones who confused my xylophones admired some tyrannosauruses upon my xylophones .", exgen:"Input: our tyrannosauruses that applauded her quail entertained her orangutans . present
Target output: our tyrannosauruses that applaud her quail entertain her orangutans .
Model output: our tyrannosauruses that applaud her quail entertains her orangutans .
Input: some ravens upon some quail applauded her unicorn below your tyrannosauruses . present
Target output: some ravens upon some quail applaud her unicorn below your tyrannosauruses .
Model output: some ravens upon some quail applauds her unicorn below your tyrannosauruses .
Input: your orangutan above our quails giggled . present
Target output: your orangutan above our quails giggles .
Model output: your orangutan above our quails giggle .
Input: her orangutan that her unicorns admired amused the tyrannosauruses who ate . present
Target output: her orangutan that her unicorns admire amuses the tyrannosauruses who eat .
Model output: her orangutan that her unicorns admire amuse the tyrannosauruses who eat .
Input: some orangutans above our tyrannosaurus applauded our vulture . present
Target output: some orangutans above our tyrannosaurus applaud our vulture .
Model output: some orangutans above our tyrannosaurus applauds our vulture .
Input: some salamander around my newts comforted your zebras who ate . present
Target output: some salamander around my newts comforts your zebras who eat .
Model output: some salamander around my newts comfort your zebras who eat .
Input: the tyrannosauruses upon her peacock high_fived some yaks . present
Target output: the tyrannosauruses upon her peacock high_five some yaks .
Model output: the tyrannosauruses upon her peacock high_five some yaks .
Input: some quails around some salamander applauded the salamander . present
Target output: some quails around some salamander applaud the salamander .
Model output: some quails around some salamander applaud the salamander .
Input: her xylophone below our unicorns amused your vulture with some xylophone . present
Target output: her xylophone below our unicorns amuses your vulture with some xylophone .
Model output: her xylophone below our unicorns amuse your vulture with some xylophone .
Input: your newt upon our salamanders accepted her salamanders . present
Target output: your newt upon our salamanders accepts her salamanders .
Model output: your newt upon our salamanders accept her salamanders .", testfull:0.94, testpos:1.0, genfull:0.21, genpos:0.99, genlinear:0.65, genmvcorrect:0.23, genmvlinear:0.7, genmvcorrectnum:0.24, genmvwrongnum:0.75, };
var p13_tense_exp119 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_19", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her zebras who giggled confused her peacocks . present
Target output: her zebras who giggle confuse her peacocks .
Model output: her zebras who giggle confuse her peacocks .
Input: our unicorns upon her peacocks smiled . past
Target output: our unicorns upon her peacocks smiled .
Model output: our unicorns upon her peacocks smiled .
Input: our peacock who my zebra comforted remembered your yak that remembered our peacock . present
Target output: our peacock who my zebra comforts remembers your yak that remembers our peacock .
Model output: our peacock who my zebra comforts remembers your yak that remembers our peacock .
Input: the quails that moved accepted our unicorn who high_fived our raven . present
Target output: the quails that move accept our unicorn who high_fives our raven .
Model output: the quails that move accept our unicorn who high_fives our raven .
Input: your quail behind the peacock slept . present
Target output: your quail behind the peacock sleeps .
Model output: your quail behind the peacock sleeps .
Input: my peacock applauded my tyrannosauruses . past
Target output: my peacock applauded my tyrannosauruses .
Model output: my peacock applauded my tyrannosauruses .
Input: our walrus ate . past
Target output: our walrus ate .
Model output: our walrus ate .
Input: the yaks comforted the walruses . past
Target output: the yaks comforted the walruses .
Model output: the yaks comforted the walruses .
Input: some unicorn swam . past
Target output: some unicorn swam .
Model output: some unicorn swam .
Input: your quail read . present
Target output: your quail reads .
Model output: your quail reads .", exgen:"Input: my yak who your xylophones remembered entertained her vultures . present
Target output: my yak who your xylophones remember entertains her vultures .
Model output: my yak who your xylophones remember entertain her vultures .
Input: some unicorn near my walruses high_fived your peacocks with her vultures . present
Target output: some unicorn near my walruses high_fives your peacocks with her vultures .
Model output: some unicorn near my walruses high_five your peacocks with her vultures .
Input: our yak below her salamanders comforted our orangutans . present
Target output: our yak below her salamanders comforts our orangutans .
Model output: our yak below her salamanders comfort our orangutans .
Input: your peacocks with our zebra comforted my ravens . present
Target output: your peacocks with our zebra comfort my ravens .
Model output: your peacocks with our zebra comforts my ravens .
Input: our unicorn with some walruses entertained your xylophones . present
Target output: our unicorn with some walruses entertains your xylophones .
Model output: our unicorn with some walruses entertain your xylophones .
Input: your tyrannosauruses with the yak applauded some orangutan that my tyrannosaurus amused . present
Target output: your tyrannosauruses with the yak applaud some orangutan that my tyrannosaurus amuses .
Model output: your tyrannosauruses with the yak applaud some orangutan that my tyrannosaurus amuses .
Input: your newts that confused some unicorn slept . present
Target output: your newts that confuse some unicorn sleep .
Model output: your newts that confuse some unicorn sleeps .
Input: your tyrannosauruses who remembered her tyrannosaurus remembered her raven . present
Target output: your tyrannosauruses who remember her tyrannosaurus remember her raven .
Model output: your tyrannosauruses who remember her tyrannosaurus remembers her raven .
Input: her orangutans around our quail entertained my vultures that changed . present
Target output: her orangutans around our quail entertain my vultures that change .
Model output: her orangutans around our quail entertains my vultures that change .
Input: her newt below my salamanders moved . present
Target output: her newt below my salamanders moves .
Model output: her newt below my salamanders move .", testfull:0.9, testpos:1.0, genfull:0.1, genpos:0.99, genlinear:0.72, genmvcorrect:0.11, genmvlinear:0.8, genmvcorrectnum:0.12, genmvwrongnum:0.87, };
var p13_tense_exp120 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_20", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the tyrannosauruses that changed remembered your quails . past
Target output: the tyrannosauruses that changed remembered your quails .
Model output: the tyrannosauruses that changed remembered your quails .
Input: your orangutan entertained your walruses . past
Target output: your orangutan entertained your walruses .
Model output: your orangutan entertained your walruses .
Input: our unicorn giggled . present
Target output: our unicorn giggles .
Model output: our unicorn giggles .
Input: your walruses changed . present
Target output: your walruses change .
Model output: your walruses change .
Input: some walruses near the unicorn read . past
Target output: some walruses near the unicorn read .
Model output: some walruses near the unicorn read .
Input: your yak who your quails applauded waited . past
Target output: your yak who your quails applauded waited .
Model output: your yak who your quails applauded waited .
Input: your orangutan who my newts remembered entertained your unicorns . past
Target output: your orangutan who my newts remembered entertained your unicorns .
Model output: your orangutan who my newts remembered entertained your unicorns .
Input: your salamanders comforted our zebra . present
Target output: your salamanders comfort our zebra .
Model output: your salamanders comfort our zebra .
Input: her unicorns comforted the orangutans below your xylophones . past
Target output: her unicorns comforted the orangutans below your xylophones .
Model output: her unicorns comforted the orangutans below your xylophones .
Input: my raven by some raven read . past
Target output: my raven by some raven read .
Model output: my raven by some raven read .", exgen:"Input: the peacocks with the peacock moved . present
Target output: the peacocks with the peacock move .
Model output: the peacocks with the peacock move .
Input: her vultures near my peacock swam . present
Target output: her vultures near my peacock swim .
Model output: her vultures near my peacock swims .
Input: our vultures above my unicorn high_fived the orangutan that changed . present
Target output: our vultures above my unicorn high_five the orangutan that changes .
Model output: our vultures above my unicorn high_five the orangutan that changes .
Input: the yak by your orangutans high_fived her orangutans that your yak applauded . present
Target output: the yak by your orangutans high_fives her orangutans that your yak applauds .
Model output: the yak by your orangutans high_five her orangutans that your yak applauds .
Input: some zebra that some peacocks applauded high_fived her yak . present
Target output: some zebra that some peacocks applaud high_fives her yak .
Model output: some zebra that some peacocks applauds applaud her yak .
Input: her vulture below her walruses entertained her walrus . present
Target output: her vulture below her walruses entertains her walrus .
Model output: her vulture below her walruses entertain her walrus .
Input: some unicorns upon your salamander waited . present
Target output: some unicorns upon your salamander wait .
Model output: some unicorns upon your salamander wait .
Input: my peacocks who accepted some xylophone high_fived my peacocks that accepted my orangutans . present
Target output: my peacocks who accept some xylophone high_five my peacocks that accept my orangutans .
Model output: my peacocks who accept some xylophone accept my peacocks that high_five my orangutans .
Input: your ravens who my vulture remembered changed . present
Target output: your ravens who my vulture remembers change .
Model output: your ravens who my vulture remember changes .
Input: our orangutans above the zebra applauded some vulture . present
Target output: our orangutans above the zebra applaud some vulture .
Model output: our orangutans above the zebra applauds some vulture .", testfull:0.86, testpos:1.0, genfull:0.28, genpos:0.99, genlinear:0.44, genmvcorrect:0.35, genmvlinear:0.51, genmvcorrectnum:0.41, genmvwrongnum:0.58, };
var p13_tense_exp121 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_21", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the walrus above my orangutans read . past
Target output: the walrus above my orangutans read .
Model output: the walrus above my orangutans read .
Input: some walruses with your unicorn applauded my salamander . past
Target output: some walruses with your unicorn applauded my salamander .
Model output: some walruses with your unicorn applauded my salamander .
Input: my orangutan behind some zebra applauded your raven that smiled . present
Target output: my orangutan behind some zebra applauds your raven that smiles .
Model output: my zebra behind some orangutan applauds your raven that smiles .
Input: my vultures upon the yak amused her zebra who slept . past
Target output: my vultures upon the yak amused her zebra who slept .
Model output: my vultures upon the yak amused her zebra who slept .
Input: your xylophone that comforted the walruses accepted my walrus with the tyrannosauruses . past
Target output: your xylophone that comforted the walruses accepted my walrus with the tyrannosauruses .
Model output: your xylophone that accepted my quail comforted the tyrannosauruses with the tyrannosauruses .
Input: my vultures who waited remembered my peacocks . past
Target output: my vultures who waited remembered my peacocks .
Model output: my vultures who waited remembered my peacocks .
Input: the quails above our zebras swam . past
Target output: the quails above our zebras swam .
Model output: the quails above our zebras swam .
Input: the tyrannosauruses behind our xylophones confused some raven that the zebras applauded . present
Target output: the tyrannosauruses behind our xylophones confuse some raven that the zebras applaud .
Model output: the tyrannosauruses behind our xylophones confuse some raven that the zebras confuse .
Input: some xylophones remembered our raven that entertained my newt . present
Target output: some xylophones remember our raven that entertains my newt .
Model output: some xylophones remember our raven that entertains my newt .
Input: some vulture around the xylophones accepted some tyrannosauruses by my tyrannosauruses . past
Target output: some vulture around the xylophones accepted some tyrannosauruses by my tyrannosauruses .
Model output: some vulture around the xylophones accepted some tyrannosauruses by my tyrannosauruses .", exgen:"Input: your xylophones with her unicorn accepted the tyrannosauruses . present
Target output: your xylophones with her unicorn accept the tyrannosauruses .
Model output: your xylophones with her unicorn accepts the tyrannosauruses .
Input: some salamanders near the orangutan accepted our xylophone . present
Target output: some salamanders near the orangutan accept our xylophone .
Model output: some salamanders near the orangutan accepts our xylophone .
Input: some peacock by our ravens comforted your vulture that swam . present
Target output: some peacock by our ravens comforts your vulture that swims .
Model output: some peacock by our ravens comfort your peacocks that swim .
Input: my raven above her tyrannosauruses applauded our unicorn . present
Target output: my raven above her tyrannosauruses applauds our unicorn .
Model output: my raven above her tyrannosauruses applauds our unicorn .
Input: the salamander below the vultures entertained your salamander by your orangutan . present
Target output: the salamander below the vultures entertains your salamander by your orangutan .
Model output: the salamander below the vultures entertain your salamander by our orangutan .
Input: my unicorn above my ravens waited . present
Target output: my unicorn above my ravens waits .
Model output: my unicorn above my ravens wait .
Input: some salamanders around her yak smiled . present
Target output: some salamanders around her yak smile .
Model output: some salamanders around her yak smile .
Input: her salamander that our newts entertained applauded my yaks that swam . present
Target output: her salamander that our newts entertain applauds my yaks that swim .
Model output: her salamander that our newts entertain applaud my yaks that swim .
Input: her zebras below some quail changed . present
Target output: her zebras below some quail change .
Model output: her zebras below some quail changes .
Input: your tyrannosauruses above my vulture applauded our xylophone upon your newts . present
Target output: your tyrannosauruses above my vulture applaud our xylophone upon your newts .
Model output: your tyrannosauruses above my xylophone applauds our newts upon your newts .", testfull:0.81, testpos:0.99, genfull:0.08, genpos:0.99, genlinear:0.59, genmvcorrect:0.14, genmvlinear:0.71, genmvcorrectnum:0.18, genmvwrongnum:0.81, };
var p13_tense_exp122 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_22", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the vulture who ate accepted some walruses . present
Target output: the vulture who eats accepts some walruses .
Model output: the vulture who eats accepts some walruses .
Input: my orangutans that the walruses remembered slept . past
Target output: my orangutans that the walruses remembered slept .
Model output: my orangutans that the walruses remembered slept .
Input: her salamander above the yak amused my walrus . present
Target output: her salamander above the yak amuses my walrus .
Model output: her salamander above the yak amuses my walrus .
Input: our newts applauded her vultures . present
Target output: our newts applaud her vultures .
Model output: our newts applaud her vultures .
Input: your xylophones who admired your unicorns waited . present
Target output: your xylophones who admire your unicorns wait .
Model output: your xylophones who admire your unicorns wait .
Input: her vultures who swam entertained your unicorns with her unicorns . past
Target output: her vultures who swam entertained your unicorns with her unicorns .
Model output: her vultures who swam entertained your unicorns with her unicorns .
Input: our walruses that swam entertained some vulture with my peacock . past
Target output: our walruses that swam entertained some vulture with my peacock .
Model output: our walruses that swam entertained some vulture with my peacock .
Input: your newt behind our quail read . past
Target output: your newt behind our quail read .
Model output: your newt behind our quail read .
Input: your ravens amused my unicorns around our orangutans . past
Target output: your ravens amused my unicorns around our orangutans .
Model output: your ravens amused my unicorns around our orangutans .
Input: the yak that comforted the xylophone waited . past
Target output: the yak that comforted the xylophone waited .
Model output: the yak that comforted the xylophone waited .", exgen:"Input: her newts with some quail remembered her salamanders who giggled . present
Target output: her newts with some quail remember her salamanders who giggle .
Model output: her newts with some quail remembers her salamanders who giggle .
Input: the orangutan with her tyrannosauruses comforted her yaks . present
Target output: the orangutan with her tyrannosauruses comforts her yaks .
Model output: the orangutan with her tyrannosauruses comfort her yaks .
Input: my orangutans upon your vulture applauded the salamanders . present
Target output: my orangutans upon your vulture applaud the salamanders .
Model output: my orangutans upon your vulture applauds the salamanders .
Input: the salamanders that entertained our vulture giggled . present
Target output: the salamanders that entertain our vulture giggle .
Model output: the salamanders that entertain our vulture giggles .
Input: my yak that some quails comforted admired our xylophones who your orangutans high_fived . present
Target output: my yak that some quails comfort admires our xylophones who your orangutans high_five .
Model output: my yak that some tyrannosauruses comfort admire our xylophones who your orangutans high_five .
Input: your tyrannosaurus that your walruses confused high_fived the walrus who waited . present
Target output: your tyrannosaurus that your walruses confuse high_fives the walrus who waits .
Model output: your tyrannosaurus that your walruses confuse high_five the walrus who waits .
Input: your peacocks behind some vulture read . present
Target output: your peacocks behind some vulture read .
Model output: your peacocks behind some vulture read .
Input: her salamanders near her newt confused some newt upon some orangutan . present
Target output: her salamanders near her newt confuse some newt upon some orangutan .
Model output: her salamanders near her newt confuse some newt upon some orangutan .
Input: her zebras who confused our peacock admired her walruses . present
Target output: her zebras who confuse our peacock admire her walruses .
Model output: her zebras who confuse our peacock admires her walruses .
Input: my vulture below the tyrannosauruses remembered your ravens behind some unicorns . present
Target output: my vulture below the tyrannosauruses remembers your ravens behind some unicorns .
Model output: my vulture below the tyrannosauruses remember your ravens behind some unicorns .", testfull:0.84, testpos:1.0, genfull:0.14, genpos:0.99, genlinear:0.56, genmvcorrect:0.18, genmvlinear:0.67, genmvcorrectnum:0.21, genmvwrongnum:0.78, };
var p13_tense_exp123 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_23", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some newt admired her zebra by the salamander . present
Target output: some newt admires her zebra by the salamander .
Model output: some newt admires her zebra by the salamander .
Input: her peacocks that my tyrannosaurus applauded entertained her tyrannosaurus . past
Target output: her peacocks that my tyrannosaurus applauded entertained her tyrannosaurus .
Model output: her peacocks that my tyrannosaurus entertained applauded her tyrannosaurus .
Input: some peacock with some ravens remembered her xylophones who our zebra amused . past
Target output: some peacock with some ravens remembered her xylophones who our zebra amused .
Model output: some peacock with some ravens amused her xylophones who our zebra amused .
Input: my zebras accepted the salamander . past
Target output: my zebras accepted the salamander .
Model output: my zebras accepted the salamander .
Input: my xylophones around the newt high_fived your xylophone that swam . past
Target output: my xylophones around the newt high_fived your xylophone that swam .
Model output: my xylophones around the newt high_fived your xylophone that swam .
Input: your salamander above our xylophones comforted the salamander around the newt . past
Target output: your salamander above our xylophones comforted the salamander around the newt .
Model output: your salamander above our xylophones comforted the salamander around the newt .
Input: your ravens confused the ravens . present
Target output: your ravens confuse the ravens .
Model output: your ravens confuse the ravens .
Input: our newts who your peacocks admired amused my yaks . past
Target output: our newts who your peacocks admired amused my yaks .
Model output: our newts who your peacocks admired admired my yaks .
Input: some salamanders high_fived her unicorn below some quails . past
Target output: some salamanders high_fived her unicorn below some quails .
Model output: some salamanders high_fived her unicorn below some quails .
Input: your peacocks with the tyrannosauruses amused the walrus who confused some newt . past
Target output: your peacocks with the tyrannosauruses amused the walrus who confused some newt .
Model output: your peacocks with the tyrannosauruses confused the walrus who amused some walrus .", exgen:"Input: our tyrannosaurus by our vultures high_fived our unicorn that the tyrannosauruses comforted . present
Target output: our tyrannosaurus by our vultures high_fives our unicorn that the tyrannosauruses comfort .
Model output: our tyrannosaurus by our vultures comfort our unicorn that the tyrannosauruses high_five .
Input: my walrus who accepted my yaks entertained her vulture upon some walruses . present
Target output: my walrus who accepts my yaks entertains her vulture upon some walruses .
Model output: my walrus who entertains my yaks accept her vulture upon some walruses .
Input: your vultures near your xylophone ate . present
Target output: your vultures near your xylophone eat .
Model output: your vultures near your xylophone eats .
Input: my yaks who accepted some orangutan remembered the xylophone . present
Target output: my yaks who accept some orangutan remember the xylophone .
Model output: my yaks who remember some orangutan accept the xylophone .
Input: my newt with the unicorns waited . present
Target output: my newt with the unicorns waits .
Model output: my newt with the unicorns wait .
Input: the raven with some ravens read . present
Target output: the raven with some ravens reads .
Model output: the raven with some ravens read .
Input: her quails with her unicorn read . present
Target output: her quails with her unicorn read .
Model output: her quails with her unicorn reads .
Input: some xylophones that confused her salamander comforted our walruses . present
Target output: some xylophones that confuse her salamander comfort our walruses .
Model output: some xylophones that confuse her salamander comforts our walruses .
Input: some unicorn who entertained some tyrannosauruses confused our unicorn . present
Target output: some unicorn who entertains some tyrannosauruses confuses our unicorn .
Model output: some unicorn who entertains some tyrannosauruses confuse our unicorn .
Input: your peacock near some newts giggled . present
Target output: your peacock near some newts giggles .
Model output: your peacock near some newts giggle .", testfull:0.75, testpos:0.99, genfull:0.08, genpos:0.97, genlinear:0.54, genmvcorrect:0.11, genmvlinear:0.71, genmvcorrectnum:0.13, genmvwrongnum:0.85, };
var p13_tense_exp124 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_24", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some quail near your newt accepted her xylophones . past
Target output: some quail near your newt accepted her xylophones .
Model output: some quail near your newt accepted her xylophones .
Input: our orangutan below her orangutan waited . present
Target output: our orangutan below her orangutan waits .
Model output: our orangutan below her orangutan waits .
Input: our walrus by the tyrannosaurus comforted your unicorns around my quails . present
Target output: our walrus by the tyrannosaurus comforts your unicorns around my quails .
Model output: our walrus by the tyrannosaurus comforts your unicorns around my unicorns .
Input: some salamanders near some zebra comforted some orangutans who waited . past
Target output: some salamanders near some zebra comforted some orangutans who waited .
Model output: some salamanders near some zebra comforted some orangutans who waited .
Input: your xylophones upon her salamander swam . past
Target output: your xylophones upon her salamander swam .
Model output: your xylophones upon her salamander swam .
Input: her peacocks with your vulture entertained some peacock above the walruses . past
Target output: her peacocks with your vulture entertained some peacock above the walruses .
Model output: her peacocks with your vulture entertained some peacock above the walruses .
Input: her yak who read amused some salamanders behind your zebra . past
Target output: her yak who read amused some salamanders behind your zebra .
Model output: her yak who read amused some salamanders behind your zebra .
Input: her walrus that smiled applauded her newts . present
Target output: her walrus that smiles applauds her newts .
Model output: her walrus that smiles applauds her newts .
Input: her newts waited . present
Target output: her newts wait .
Model output: her newts wait .
Input: her ravens by some vultures read . present
Target output: her ravens by some vultures read .
Model output: her ravens by some vultures read .", exgen:"Input: the xylophone around your peacocks changed . present
Target output: the xylophone around your peacocks changes .
Model output: the xylophone around your peacocks change .
Input: her salamander that her xylophones confused slept . present
Target output: her salamander that her xylophones confuse sleeps .
Model output: her salamander that her xylophones confuses sleeps .
Input: our salamanders below my tyrannosaurus accepted our tyrannosauruses with the newts . present
Target output: our salamanders below my tyrannosaurus accept our tyrannosauruses with the newts .
Model output: our salamanders below my tyrannosaurus accept our tyrannosauruses with the newts .
Input: the yak near her xylophones entertained the raven . present
Target output: the yak near her xylophones entertains the raven .
Model output: the yak near her xylophones entertain the xylophones .
Input: my walruses behind her walrus comforted your yak . present
Target output: my walruses behind her walrus comfort your yak .
Model output: my walruses behind her walrus comforts your yak .
Input: her unicorns around some zebra remembered the tyrannosauruses behind the raven . present
Target output: her unicorns around some zebra remember the tyrannosauruses behind the raven .
Model output: her tyrannosauruses around some zebra remembers the unicorns behind the unicorn .
Input: the tyrannosaurus around the newts amused some yak . present
Target output: the tyrannosaurus around the newts amuses some yak .
Model output: the tyrannosaurus around the newts amuse some yak .
Input: some tyrannosauruses above some unicorn amused our newts . present
Target output: some tyrannosauruses above some unicorn amuse our newts .
Model output: some tyrannosauruses above some unicorn amuses our newts .
Input: the tyrannosaurus upon your zebras applauded the walrus that smiled . present
Target output: the tyrannosaurus upon your zebras applauds the walrus that smiles .
Model output: the tyrannosaurus upon your zebras applaud the walrus that smiles .
Input: some yak around her zebras admired her raven . present
Target output: some yak around her zebras admires her raven .
Model output: some yak around her zebras admire her raven .", testfull:0.78, testpos:0.99, genfull:0.14, genpos:0.97, genlinear:0.46, genmvcorrect:0.25, genmvlinear:0.57, genmvcorrectnum:0.31, genmvwrongnum:0.66, };
var p13_tense_exp125 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_25", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some quail behind your salamanders entertained your vultures below the orangutans . past
Target output: some quail behind your salamanders entertained your vultures below the orangutans .
Model output: some quail behind your salamanders entertained your vultures below the orangutans .
Input: some orangutan that some raven confused applauded her zebra by her tyrannosaurus . present
Target output: some orangutan that some raven confuses applauds her zebra by her tyrannosaurus .
Model output: some orangutan that some raven confuses applauds her zebra by her tyrannosaurus .
Input: some newts accepted her newts . past
Target output: some newts accepted her newts .
Model output: some newts accepted her newts .
Input: our yaks with her quails high_fived the peacock that our vulture accepted . past
Target output: our yaks with her quails high_fived the peacock that our vulture accepted .
Model output: our yaks with her quails high_fived the peacock that our vulture accepted .
Input: your peacock by some walrus comforted your newts . present
Target output: your peacock by some walrus comforts your newts .
Model output: your peacock by some walrus comforts your newts .
Input: your tyrannosaurus admired some salamanders who high_fived her raven . present
Target output: your tyrannosaurus admires some salamanders who high_five her raven .
Model output: your tyrannosaurus admires some salamanders who high_five her raven .
Input: our salamander entertained your quail . past
Target output: our salamander entertained your quail .
Model output: our salamander entertained your quail .
Input: some tyrannosaurus remembered your zebra . present
Target output: some tyrannosaurus remembers your zebra .
Model output: some tyrannosaurus remembers your zebra .
Input: some zebras admired my zebra near my tyrannosauruses . past
Target output: some zebras admired my zebra near my tyrannosauruses .
Model output: some zebras admired my zebra near my tyrannosauruses .
Input: my xylophones admired our zebra who her orangutans high_fived . past
Target output: my xylophones admired our zebra who her orangutans high_fived .
Model output: my xylophones admired our zebra who her orangutans high_fived .", exgen:"Input: our walrus who accepted her peacocks accepted my xylophone who admired our walruses . present
Target output: our walrus who accepts her peacocks accepts my xylophone who admires our walruses .
Model output: our walrus who accepts her peacocks admire my xylophone who accepts our walruses .
Input: some tyrannosaurus that my salamanders admired admired your quails that the walruses confused . present
Target output: some tyrannosaurus that my salamanders admire admires your quails that the walruses confuse .
Model output: some tyrannosaurus that my salamanders admires confuse your quails that the walruses admire .
Input: my newt that amused some salamanders amused our quails that moved . present
Target output: my newt that amuses some salamanders amuses our quails that move .
Model output: my newt that amuses some salamanders amuse our quails that move .
Input: the tyrannosaurus upon my yaks high_fived my tyrannosaurus behind your yaks . present
Target output: the tyrannosaurus upon my yaks high_fives my tyrannosaurus behind your yaks .
Model output: the tyrannosaurus upon my yaks high_five my tyrannosaurus behind your yaks .
Input: some tyrannosaurus below her vultures giggled . present
Target output: some tyrannosaurus below her vultures giggles .
Model output: some tyrannosaurus below her vultures giggle .
Input: our tyrannosauruses that some peacock entertained remembered our raven . present
Target output: our tyrannosauruses that some peacock entertains remember our raven .
Model output: our tyrannosauruses that some peacock entertains remembers our raven .
Input: the vultures by our quail giggled . present
Target output: the vultures by our quail giggle .
Model output: the vultures by our quail giggles .
Input: the raven that confused my peacocks admired our walrus that some zebras applauded . present
Target output: the raven that confuses my peacocks admires our walrus that some zebras applaud .
Model output: the raven that confuses my peacocks admire our walrus that some zebras comfort .
Input: your orangutan below the tyrannosauruses comforted your quails around some ravens . present
Target output: your orangutan below the tyrannosauruses comforts your quails around some ravens .
Model output: your orangutan below the tyrannosauruses comfort your quails around some ravens .
Input: some tyrannosauruses by her orangutan swam . present
Target output: some tyrannosauruses by her orangutan swim .
Model output: some tyrannosauruses by her orangutan swim .", testfull:0.93, testpos:1.0, genfull:0.09, genpos:0.99, genlinear:0.77, genmvcorrect:0.1, genmvlinear:0.82, genmvcorrectnum:0.11, genmvwrongnum:0.88, };
var p13_tense_exp126 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_26", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your orangutans who waited accepted my yak that amused your yak . present
Target output: your orangutans who wait accept my yak that amuses your yak .
Model output: your orangutans who wait accept my yak that amuses your yak .
Input: our vultures below some unicorns confused my orangutan by some peacocks . present
Target output: our vultures below some unicorns confuse my orangutan by some peacocks .
Model output: our vultures below some quails confuse my orangutan by some peacocks .
Input: some newts remembered our walrus who some xylophones remembered . present
Target output: some newts remember our walrus who some xylophones remember .
Model output: some newts remember our walrus who some xylophones remember .
Input: your zebra by our unicorn high_fived some zebra that your tyrannosaurus comforted . present
Target output: your zebra by our unicorn high_fives some zebra that your tyrannosaurus comforts .
Model output: your zebra by our unicorn high_fives some zebra that your tyrannosaurus comforts .
Input: the xylophones with our walruses comforted her vulture that the unicorns comforted . present
Target output: the xylophones with our walruses comfort her vulture that the unicorns comfort .
Model output: the xylophones with our walruses comfort her quail that the unicorns comfort .
Input: some tyrannosauruses confused your salamander . present
Target output: some tyrannosauruses confuse your salamander .
Model output: some tyrannosauruses confuse your salamander .
Input: your unicorns who slept admired the newts who smiled . past
Target output: your unicorns who slept admired the newts who smiled .
Model output: your unicorns who slept accepted the newts who smiled .
Input: her newts remembered our newt who ate . past
Target output: her newts remembered our newt who ate .
Model output: her newts remembered our newt who ate .
Input: her zebras above your orangutans high_fived some orangutan near the quail . present
Target output: her zebras above your orangutans high_five some orangutan near the quail .
Model output: her zebras above your orangutans high_five some orangutan near the quail .
Input: your peacocks who some walruses entertained read . past
Target output: your peacocks who some walruses entertained read .
Model output: your peacocks who some walruses entertained read .", exgen:"Input: our raven who the newts admired applauded her vulture above her zebra . present
Target output: our raven who the newts admire applauds her vulture above her zebra .
Model output: our raven who the salamander applauds applauds her vulture that her zebra admires .
Input: your zebras below some peacock confused your peacocks below her walrus . present
Target output: your zebras below some peacock confuse your peacocks below her walrus .
Model output: your zebras below some peacock confuses your peacocks below her walrus .
Input: some unicorns that some orangutan confused entertained some orangutan that some xylophones applauded . present
Target output: some unicorns that some orangutan confuses entertain some orangutan that some xylophones applaud .
Model output: some unicorns that some orangutan entertains confuses some orangutan that some xylophones entertain .
Input: my newts that your quail entertained applauded the tyrannosaurus who smiled . present
Target output: my newts that your quail entertains applaud the tyrannosaurus who smiles .
Model output: my newts that your quail entertains applauds the tyrannosaurus who smiles .
Input: the vulture upon our orangutans high_fived some yak that some orangutan remembered . present
Target output: the vulture upon our orangutans high_fives some yak that some orangutan remembers .
Model output: the vulture upon our yak high_fives some yak that some orangutan remembers .
Input: your yak who her peacocks comforted amused her tyrannosauruses that high_fived her yaks . present
Target output: your yak who her peacocks comfort amuses her tyrannosauruses that high_five her yaks .
Model output: your yak who her peacocks amuse high_five her tyrannosauruses that high_five her yaks .
Input: the newt above your zebras amused my xylophone by her ravens . present
Target output: the newt above your zebras amuses my xylophone by her ravens .
Model output: the newt above your zebras amuse my xylophone by her ravens .
Input: some tyrannosaurus upon her peacocks admired the xylophones above some walrus . present
Target output: some tyrannosaurus upon her peacocks admires the xylophones above some walrus .
Model output: some tyrannosaurus upon her peacocks admire the xylophones above some walrus .
Input: the xylophone upon some quails amused the salamander that comforted the salamander . present
Target output: the xylophone upon some quails amuses the salamander that comforts the salamander .
Model output: the xylophone upon some quails amuse the salamander that comforts the salamander .
Input: our walrus upon the yaks remembered her tyrannosaurus who amused your newts . present
Target output: our walrus upon the yaks remembers her tyrannosaurus who amuses your newts .
Model output: our walrus upon the yaks amuse her tyrannosaurus who remembers your newts .", testfull:0.84, testpos:0.99, genfull:0.12, genpos:0.99, genlinear:0.61, genmvcorrect:0.15, genmvlinear:0.71, genmvcorrectnum:0.17, genmvwrongnum:0.81, };
var p13_tense_exp127 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_27", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our orangutan admired your zebra . present
Target output: our orangutan admires your zebra .
Model output: our orangutan admires your zebra .
Input: my salamanders that high_fived our walruses high_fived some peacocks below my ravens . past
Target output: my salamanders that high_fived our walruses high_fived some peacocks below my ravens .
Model output: my salamanders that high_fived our walruses high_fived some walruses below my raven .
Input: some vulture above my peacock amused the walrus who the vulture confused . present
Target output: some vulture above my peacock amuses the walrus who the vulture confuses .
Model output: some vulture above my peacock confuses the vulture who the walrus confuses .
Input: the quails moved . past
Target output: the quails moved .
Model output: the quails moved .
Input: some tyrannosauruses remembered her yaks . present
Target output: some tyrannosauruses remember her yaks .
Model output: some tyrannosauruses remember her yaks .
Input: your tyrannosaurus near my quail high_fived some salamanders below my peacocks . present
Target output: your tyrannosaurus near my quail high_fives some salamanders below my peacocks .
Model output: your tyrannosaurus near my quail high_fives some salamanders below my peacocks .
Input: your newt who our walrus applauded slept . past
Target output: your newt who our walrus applauded slept .
Model output: your newt who our walrus applauded slept .
Input: some quail applauded my tyrannosauruses . present
Target output: some quail applauds my tyrannosauruses .
Model output: some quail applauds my tyrannosauruses .
Input: your salamanders behind some orangutans high_fived her ravens . past
Target output: your salamanders behind some orangutans high_fived her ravens .
Model output: your salamanders behind some orangutans high_fived her ravens .
Input: my walruses who my yaks accepted accepted her zebras . present
Target output: my walruses who my yaks accept accept her zebras .
Model output: my walruses who my yaks accept accept her zebras .", exgen:"Input: some ravens above her orangutan confused my vultures behind her xylophone . present
Target output: some ravens above her orangutan confuse my vultures behind her xylophone .
Model output: some ravens above her orangutan confuses my vultures behind her xylophone .
Input: our orangutan who applauded the ravens amused some tyrannosauruses who admired our xylophones . present
Target output: our orangutan who applauds the ravens amuses some tyrannosauruses who admire our xylophones .
Model output: our orangutan who applauds the ravens admires some tyrannosauruses who amuse our xylophones .
Input: your unicorn who your ravens applauded high_fived our walrus who giggled . present
Target output: your unicorn who your ravens applaud high_fives our walrus who giggles .
Model output: your unicorn who your ravens applaud high_five our walrus who giggles .
Input: your orangutan that remembered my walruses amused the walruses . present
Target output: your orangutan that remembers my walruses amuses the walruses .
Model output: your orangutan that remembers my walruses amuse the walruses .
Input: some peacocks with some quail entertained your walruses who giggled . present
Target output: some peacocks with some quail entertain your walruses who giggle .
Model output: some peacocks with some quail entertains your walruses who giggle .
Input: the orangutans who your peacock applauded changed . present
Target output: the orangutans who your peacock applauds change .
Model output: the orangutans who your peacock applauds change .
Input: my newt who entertained the salamanders moved . present
Target output: my newt who entertains the salamanders moves .
Model output: my newt who entertains the salamanders move .
Input: your walrus around her yaks confused our newt near the orangutans . present
Target output: your walrus around her yaks confuses our newt near the orangutans .
Model output: your walrus around her yaks confuse our newt near the orangutans .
Input: your yaks who comforted the orangutan accepted some xylophone . present
Target output: your yaks who comfort the orangutan accept some xylophone .
Model output: your yaks who comfort the orangutan accepts some xylophone .
Input: my unicorn around your tyrannosauruses waited . present
Target output: my unicorn around your tyrannosauruses waits .
Model output: my unicorn around your tyrannosauruses wait .", testfull:0.88, testpos:1.0, genfull:0.07, genpos:0.99, genlinear:0.71, genmvcorrect:0.09, genmvlinear:0.79, genmvcorrectnum:0.1, genmvwrongnum:0.89, };
var p13_tense_exp128 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_28", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your tyrannosauruses that my yaks entertained remembered your newt around your yaks . past
Target output: your tyrannosauruses that my yaks entertained remembered your newt around your yaks .
Model output: your tyrannosauruses that my yaks entertained remembered your newt around your yaks .
Input: my xylophones behind her newt comforted her newt that your tyrannosauruses comforted . past
Target output: my xylophones behind her newt comforted her newt that your tyrannosauruses comforted .
Model output: my xylophones above her newt comforted her newt that your tyrannosauruses comforted .
Input: our quails around our orangutan entertained her xylophones near my xylophone . past
Target output: our quails around our orangutan entertained her xylophones near my xylophone .
Model output: our quails around our orangutan entertained her xylophones near my xylophone .
Input: her walruses near some vultures accepted some peacocks with your tyrannosauruses . present
Target output: her walruses near some vultures accept some peacocks with your tyrannosauruses .
Model output: her vultures near some walruses accept some peacocks with your tyrannosauruses .
Input: some ravens that moved ate . past
Target output: some ravens that moved ate .
Model output: some ravens that ate ate .
Input: the quails accepted some ravens near the xylophone . present
Target output: the quails accept some ravens near the xylophone .
Model output: the quails accept some ravens near the xylophone .
Input: your walrus who my newt remembered changed . past
Target output: your walrus who my newt remembered changed .
Model output: your walrus who my newt remembered changed .
Input: some peacocks comforted her orangutan near the zebra . present
Target output: some peacocks comfort her orangutan near the zebra .
Model output: some peacocks comfort her orangutan near the zebra .
Input: some quail moved . past
Target output: some quail moved .
Model output: some quail moved .
Input: our newts that smiled entertained my raven with the yak . present
Target output: our newts that smile entertain my raven with the yak .
Model output: our newts that smile entertain my raven with the yak .", exgen:"Input: my peacock that your ravens admired ate . present
Target output: my peacock that your ravens admire eats .
Model output: my peacock that your ravens admire eat .
Input: our xylophones who her quail confused admired our yaks . present
Target output: our xylophones who her quail confuses admire our yaks .
Model output: our xylophones who her quail confuses confuses our yaks .
Input: our newt near our unicorns accepted some vulture . present
Target output: our newt near our unicorns accepts some vulture .
Model output: our newt near our unicorns accept some vulture .
Input: my ravens upon the zebra amused our walruses . present
Target output: my ravens upon the zebra amuse our walruses .
Model output: my ravens upon the zebra amuses our walruses .
Input: our xylophones below your xylophone admired your unicorn . present
Target output: our xylophones below your xylophone admire your unicorn .
Model output: our xylophones below your xylophone admires your unicorn .
Input: my vultures who your raven applauded high_fived her quails that the zebras amused . present
Target output: my vultures who your raven applauds high_five her quails that the zebras amuse .
Model output: my vultures who your raven high_fives high_fives her raven that the zebras confuse .
Input: my yaks that entertained our raven confused my tyrannosaurus . present
Target output: my yaks that entertain our raven confuse my tyrannosaurus .
Model output: my yaks that entertain our raven entertains my tyrannosaurus .
Input: our tyrannosaurus above your peacocks remembered my peacock behind your vultures . present
Target output: our tyrannosaurus above your peacocks remembers my peacock behind your vultures .
Model output: our tyrannosaurus above my peacocks remembers your peacock above your vultures .
Input: the tyrannosauruses above the orangutan admired some yak that ate . present
Target output: the tyrannosauruses above the orangutan admire some yak that eats .
Model output: the tyrannosauruses above the orangutan admire some yak that eats .
Input: my quail who remembered your zebras amused the xylophones who accepted my zebra . present
Target output: my quail who remembers your zebras amuses the xylophones who accept my zebra .
Model output: my quail who amuses the zebras accept your zebra who amuses my xylophones .", testfull:0.73, testpos:1.0, genfull:0.12, genpos:0.99, genlinear:0.47, genmvcorrect:0.19, genmvlinear:0.62, genmvcorrectnum:0.25, genmvwrongnum:0.74, };
var p13_tense_exp129 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_29", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the walrus above your quails confused our zebras . past
Target output: the walrus above your quails confused our zebras .
Model output: the walrus above your quails confused our zebras .
Input: my vultures who remembered your xylophones admired the ravens who ate . past
Target output: my vultures who remembered your xylophones admired the ravens who ate .
Model output: my vultures who remembered your xylophones admired the ravens who ate .
Input: her xylophones around our unicorns amused my walruses around your quails . present
Target output: her xylophones around our unicorns amuse my walruses around your quails .
Model output: her xylophones around our unicorns amuse my walruses around your quails .
Input: your yaks who my orangutans confused giggled . past
Target output: your yaks who my orangutans confused giggled .
Model output: your yaks who my orangutans confused giggled .
Input: our quails confused the xylophones behind the walrus . past
Target output: our quails confused the xylophones behind the walrus .
Model output: our quails confused the xylophones behind the walrus .
Input: some walrus who entertained some peacocks high_fived my xylophone . past
Target output: some walrus who entertained some peacocks high_fived my xylophone .
Model output: some walrus who entertained some peacocks high_fived my xylophone .
Input: the vulture comforted some peacock . past
Target output: the vulture comforted some peacock .
Model output: the vulture comforted some peacock .
Input: some orangutans applauded your peacock who giggled . present
Target output: some orangutans applaud your peacock who giggles .
Model output: some orangutans applaud your peacock who giggles .
Input: the unicorn near your quails comforted my unicorn that swam . past
Target output: the unicorn near your quails comforted my unicorn that swam .
Model output: the unicorn near your quails comforted my unicorn that swam .
Input: the yak admired our newt by some newt . past
Target output: the yak admired our newt by some newt .
Model output: the yak admired our newt by some newt .", exgen:"Input: your walrus that the unicorns comforted high_fived some xylophones near her peacocks . present
Target output: your walrus that the unicorns comfort high_fives some xylophones near her peacocks .
Model output: your walrus that the unicorns high_five comfort some xylophones near her peacocks .
Input: her orangutans who admired your orangutan entertained her newts around the unicorns . present
Target output: her orangutans who admire your orangutan entertain her newts around the unicorns .
Model output: her orangutans who admire your orangutan entertain her newts around the unicorns .
Input: her peacocks below your orangutan high_fived some walrus . present
Target output: her peacocks below your orangutan high_five some walrus .
Model output: her peacocks below your orangutan high_five some walrus .
Input: our unicorns that some vulture amused changed . present
Target output: our unicorns that some vulture amuses change .
Model output: our unicorns that some vulture amuses changes .
Input: some peacocks above our orangutan confused her quails around my salamander . present
Target output: some peacocks above our orangutan confuse her quails around my salamander .
Model output: some peacocks above our orangutan confuses her quails around my salamander .
Input: the vulture with her ravens confused her peacock below our yaks . present
Target output: the vulture with her ravens confuses her peacock below our yaks .
Model output: the vulture with her ravens confuse her peacock below our yaks .
Input: your quail with the walruses entertained my newts behind the ravens . present
Target output: your quail with the walruses entertains my newts behind the ravens .
Model output: your quail with the walruses entertain my newts behind the ravens .
Input: some orangutan behind our walruses remembered your vultures upon your quails . present
Target output: some orangutan behind our walruses remembers your vultures upon your quails .
Model output: some orangutan behind our walruses remember your vultures upon your quails .
Input: her yaks with your walrus high_fived some walrus above her raven . present
Target output: her yaks with your walrus high_five some walrus above her raven .
Model output: her yaks with your walrus high_five some walrus above her raven .
Input: my ravens near my orangutan applauded the quail below our xylophones . present
Target output: my ravens near my orangutan applaud the quail below our xylophones .
Model output: my ravens near my orangutan applauds the quail below our xylophones .", testfull:0.88, testpos:1.0, genfull:0.13, genpos:0.99, genlinear:0.65, genmvcorrect:0.17, genmvlinear:0.72, genmvcorrectnum:0.18, genmvwrongnum:0.81, };
var p13_tense_exp130 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_30", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her tyrannosaurus comforted some quail . past
Target output: her tyrannosaurus comforted some quail .
Model output: her tyrannosaurus comforted some quail .
Input: our tyrannosaurus near her zebras read . past
Target output: our tyrannosaurus near her zebras read .
Model output: our tyrannosaurus near her zebras read .
Input: the quails amused our peacock above my unicorns . present
Target output: the quails amuse our peacock above my unicorns .
Model output: the quails amuse our peacock above my unicorns .
Input: your yaks who the unicorns confused amused my salamanders by some vultures . present
Target output: your yaks who the unicorns confuse amuse my salamanders by some vultures .
Model output: your yaks who the unicorns confuse amuse my salamanders by some vultures .
Input: her newt entertained your walruses below our peacocks . present
Target output: her newt entertains your walruses below our peacocks .
Model output: her newt entertains your walruses below our peacocks .
Input: our orangutans behind some quails admired her xylophone . present
Target output: our orangutans behind some quails admire her xylophone .
Model output: our orangutans behind some quails admire her xylophone .
Input: your salamanders with my quails admired your zebra upon her salamanders . present
Target output: your salamanders with my quails admire your zebra upon her salamanders .
Model output: your salamanders with my quails admire your zebra upon her salamanders .
Input: our tyrannosauruses that high_fived her vulture accepted our tyrannosauruses . past
Target output: our tyrannosauruses that high_fived her vulture accepted our tyrannosauruses .
Model output: our tyrannosauruses that high_fived her vulture accepted our tyrannosauruses .
Input: some unicorns giggled . present
Target output: some unicorns giggle .
Model output: some unicorns giggle .
Input: your orangutan around our tyrannosauruses high_fived the xylophones behind her peacocks . past
Target output: your orangutan around our tyrannosauruses high_fived the xylophones behind her peacocks .
Model output: your orangutan around our tyrannosauruses high_fived the xylophones behind her peacocks .", exgen:"Input: her yaks by some vulture moved . present
Target output: her yaks by some vulture move .
Model output: her yaks by some vulture moves .
Input: the tyrannosaurus with my tyrannosauruses waited . present
Target output: the tyrannosaurus with my tyrannosauruses waits .
Model output: the tyrannosaurus with my quails wait .
Input: my peacock that my salamanders applauded high_fived our tyrannosaurus . present
Target output: my peacock that my salamanders applaud high_fives our tyrannosaurus .
Model output: my peacock that my salamanders applaud high_five our tyrannosaurus .
Input: our zebra by my xylophones read . present
Target output: our zebra by my xylophones reads .
Model output: our zebra by my xylophones reads .
Input: your walrus who comforted her tyrannosauruses admired the xylophone behind the yaks . present
Target output: your walrus who comforts her tyrannosauruses admires the xylophone behind the yaks .
Model output: your walrus who comforts her tyrannosauruses admire the xylophone behind the yaks .
Input: the xylophones that confused the raven swam . present
Target output: the xylophones that confuse the raven swim .
Model output: the xylophones that confuse the raven swims .
Input: some unicorn behind your vultures applauded our raven above my yaks . present
Target output: some unicorn behind your vultures applauds our raven above my yaks .
Model output: some unicorn behind your vultures applaud our raven above my yaks .
Input: her walruses that my orangutan entertained admired our orangutans . present
Target output: her walruses that my orangutan entertains admire our orangutans .
Model output: her walruses that my orangutan entertains entertains our orangutans .
Input: my newts by our vulture amused my salamanders by some salamander . present
Target output: my newts by our vulture amuse my salamanders by some salamander .
Model output: my newts by our vulture amuses my salamanders by some salamander .
Input: the vultures that some vulture comforted confused some raven by your orangutans . present
Target output: the vultures that some vulture comforts confuse some raven by your orangutans .
Model output: the vultures that some vulture comforts comforts some raven by your orangutans .", testfull:0.9, testpos:1.0, genfull:0.04, genpos:0.99, genlinear:0.77, genmvcorrect:0.06, genmvlinear:0.85, genmvcorrectnum:0.07, genmvwrongnum:0.93, };
var p13_tense_exp131 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_31", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her tyrannosaurus admired our vulture who my walrus applauded . present
Target output: her tyrannosaurus admires our vulture who my walrus applauds .
Model output: her tyrannosaurus admires our vulture who my walrus admires .
Input: her ravens that accepted her tyrannosauruses confused your xylophones who remembered some zebras . past
Target output: her ravens that accepted her tyrannosauruses confused your xylophones who remembered some zebras .
Model output: her ravens that accepted her tyrannosauruses confused your xylophones who remembered some zebras .
Input: some quails giggled . past
Target output: some quails giggled .
Model output: some quails giggled .
Input: my vulture that your orangutan entertained smiled . past
Target output: my vulture that your orangutan entertained smiled .
Model output: my vulture that your orangutan entertained smiled .
Input: her orangutan ate . present
Target output: her orangutan eats .
Model output: her orangutan eats .
Input: our xylophones high_fived your tyrannosauruses that confused some xylophone . present
Target output: our xylophones high_five your tyrannosauruses that confuse some xylophone .
Model output: our xylophones high_five your tyrannosauruses that high_five some xylophone .
Input: some zebra with some tyrannosaurus smiled . present
Target output: some zebra with some tyrannosaurus smiles .
Model output: some zebra with some tyrannosaurus smiles .
Input: the tyrannosauruses above the zebras swam . present
Target output: the tyrannosauruses above the zebras swim .
Model output: the tyrannosauruses above the zebras swim .
Input: some quail swam . present
Target output: some quail swims .
Model output: some quail swims .
Input: my peacocks upon our vultures accepted your xylophones below our walrus . present
Target output: my peacocks upon our vultures accept your xylophones below our walrus .
Model output: my peacocks upon our vultures accept your xylophones upon our walrus .", exgen:"Input: her walruses with our peacock comforted my tyrannosauruses . present
Target output: her walruses with our peacock comfort my tyrannosauruses .
Model output: her walruses with our peacock comfort my tyrannosauruses .
Input: her orangutan below the orangutans accepted your unicorn that moved . present
Target output: her orangutan below the orangutans accepts your unicorn that moves .
Model output: her orangutan below the orangutans accept your unicorn that moves .
Input: our vulture who comforted my unicorns accepted my tyrannosaurus below her quails . present
Target output: our vulture who comforts my unicorns accepts my tyrannosaurus below her quails .
Model output: our vulture who comforts my unicorn comforts my zebras below her quails .
Input: my ravens that some raven confused comforted our salamanders . present
Target output: my ravens that some raven confuses comfort our salamanders .
Model output: my ravens that some raven confuses comfort our salamanders .
Input: the newt above our orangutans admired the orangutans with her tyrannosauruses . present
Target output: the newt above our orangutans admires the orangutans with her tyrannosauruses .
Model output: the newt above our orangutans admire the tyrannosauruses with her orangutans .
Input: her newts around our zebra entertained your raven who giggled . present
Target output: her newts around our zebra entertain your raven who giggles .
Model output: her newts around our zebra entertains your raven who giggles .
Input: your orangutan that my yaks entertained swam . present
Target output: your orangutan that my yaks entertain swims .
Model output: your orangutan that my yaks entertain swim .
Input: her orangutan that confused your tyrannosauruses entertained your quail . present
Target output: her orangutan that confuses your tyrannosauruses entertains your quail .
Model output: her orangutan that entertains your tyrannosauruses entertain your quail .
Input: the orangutans who some orangutan comforted remembered the xylophone around your peacock . present
Target output: the orangutans who some orangutan comforts remember the xylophone around your peacock .
Model output: the orangutans who some orangutan comforts remembers the peacock around your xylophone .
Input: my peacocks with our peacock admired her ravens who amused some peacocks . present
Target output: my peacocks with our peacock admire her ravens who amuse some peacocks .
Model output: my peacocks around our peacock admires her ravens who amuse some peacocks .", testfull:0.73, testpos:0.99, genfull:0.13, genpos:0.98, genlinear:0.46, genmvcorrect:0.23, genmvlinear:0.58, genmvcorrectnum:0.28, genmvwrongnum:0.69, };
var p13_tense_exp132 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_32", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your salamander that high_fived our newt applauded your unicorn below some xylophones . present
Target output: your salamander that high_fives our newt applauds your unicorn below some xylophones .
Model output: your salamander that applauds our newt applauds your unicorn below some quails .
Input: her zebras with your yak admired her peacock . past
Target output: her zebras with your yak admired her peacock .
Model output: her zebras with your yak admired her peacock .
Input: our yak who read applauded some zebra . past
Target output: our yak who read applauded some zebra .
Model output: our yak who changed applauded some zebra .
Input: my quails remembered the zebras that the salamanders amused . present
Target output: my quails remember the zebras that the salamanders amuse .
Model output: my quails remember the zebras that the salamanders amuse .
Input: our vultures high_fived some tyrannosaurus who her walruses applauded . past
Target output: our vultures high_fived some tyrannosaurus who her walruses applauded .
Model output: our vultures high_fived some tyrannosaurus who her walruses applauded .
Input: her yak near her unicorns entertained our raven that her newt accepted . past
Target output: her yak near her unicorns entertained our raven that her newt accepted .
Model output: her walrus near her unicorns entertained our newt that her raven entertained .
Input: your walrus remembered her salamanders . past
Target output: your walrus remembered her salamanders .
Model output: your walrus remembered her salamanders .
Input: my unicorn who waited admired my tyrannosaurus who amused my salamanders . past
Target output: my unicorn who waited admired my tyrannosaurus who amused my salamanders .
Model output: my unicorn who waited admired my tyrannosaurus who amused her salamanders .
Input: her zebras accepted your orangutan . past
Target output: her zebras accepted your orangutan .
Model output: her zebras accepted your orangutan .
Input: your raven who giggled entertained your walruses . present
Target output: your raven who giggles entertains your walruses .
Model output: your raven who moves entertains your walruses .", exgen:"Input: our newts who the vulture applauded amused some xylophones . present
Target output: our newts who the vulture applauds amuse some xylophones .
Model output: our newts who the vulture applauds amuses some xylophones .
Input: her raven upon my vultures remembered your ravens below our walruses . present
Target output: her raven upon my vultures remembers your ravens below our walruses .
Model output: her raven upon my vultures remember your ravens below our walruses .
Input: some ravens who my zebra comforted waited . present
Target output: some ravens who my zebra comforts wait .
Model output: some ravens who my zebra comforts waits .
Input: your walrus that my peacocks high_fived admired my ravens below some walrus . present
Target output: your walrus that my peacocks high_five admires my ravens below some walrus .
Model output: your walrus that my peacocks high_five admire my walrus below some ravens .
Input: the raven who your ravens amused amused her tyrannosauruses . present
Target output: the raven who your ravens amuse amuses her tyrannosauruses .
Model output: the raven who your ravens amuse amuse her tyrannosauruses .
Input: some salamander who amused her ravens admired the zebras who ate . present
Target output: some salamander who amuses her ravens admires the zebras who eat .
Model output: some salamander who amuses her ravens admire the zebras who eat .
Input: our quails below the salamander comforted the peacock . present
Target output: our quails below the salamander comfort the peacock .
Model output: our quails below the salamander comforts the peacock .
Input: my quails above her yak entertained my tyrannosauruses by some vultures . present
Target output: my quails above her yak entertain my tyrannosauruses by some vultures .
Model output: my quails above her yak entertain my tyrannosauruses by some vultures .
Input: the yak that some tyrannosauruses remembered confused your tyrannosauruses . present
Target output: the yak that some tyrannosauruses remember confuses your tyrannosauruses .
Model output: the yak that some tyrannosauruses remembers confuse your tyrannosauruses .
Input: your orangutans below your peacock read . present
Target output: your orangutans below your peacock read .
Model output: your orangutans below your peacock read .", testfull:0.72, testpos:0.99, genfull:0.13, genpos:0.98, genlinear:0.43, genmvcorrect:0.23, genmvlinear:0.59, genmvcorrectnum:0.27, genmvwrongnum:0.72, };
var p13_tense_exp133 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_33", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your xylophones by your ravens entertained some newts around your orangutans . present
Target output: your xylophones by your ravens entertain some newts around your orangutans .
Model output: your xylophones by your ravens entertain some newts around your orangutans .
Input: your yaks confused her quail above some salamander . present
Target output: your yaks confuse her quail above some salamander .
Model output: your yaks confuse her quail above some salamander .
Input: her unicorn read . present
Target output: her unicorn reads .
Model output: her unicorn reads .
Input: your vulture below your quails entertained the walruses . past
Target output: your vulture below your quails entertained the walruses .
Model output: your vulture below your quails entertained the walruses .
Input: the orangutan that admired the walrus waited . past
Target output: the orangutan that admired the walrus waited .
Model output: the orangutan that admired the walrus waited .
Input: your unicorn upon your unicorn admired your vultures behind your newts . past
Target output: your unicorn upon your unicorn admired your vultures behind your newts .
Model output: your unicorn upon your unicorn admired your vultures behind your newts .
Input: the zebras upon some xylophones changed . past
Target output: the zebras upon some xylophones changed .
Model output: the zebras upon some xylophones changed .
Input: my xylophone above her yak entertained her orangutans with your orangutans . present
Target output: my xylophone above her yak entertains her orangutans with your orangutans .
Model output: my xylophone above her yak entertains her orangutans with your orangutans .
Input: my xylophone confused some xylophone . present
Target output: my xylophone confuses some xylophone .
Model output: my xylophone confuses some xylophone .
Input: some newt behind her salamander high_fived our xylophone who entertained our quails . present
Target output: some newt behind her salamander high_fives our xylophone who entertains our quails .
Model output: some newt behind her xylophone high_fives our salamander who high_fives our quails .", exgen:"Input: my newt that admired your zebras remembered our unicorns that swam . present
Target output: my newt that admires your zebras remembers our unicorns that swim .
Model output: my newt that admires your zebras admire our unicorns that swim .
Input: our newt above some newts moved . present
Target output: our newt above some newts moves .
Model output: our newt above some newts move .
Input: our quail who entertained your ravens confused our unicorn . present
Target output: our quail who entertains your ravens confuses our unicorn .
Model output: our quail who entertains your ravens confuse our unicorn .
Input: your xylophone near our tyrannosauruses accepted some unicorn that our walrus accepted . present
Target output: your xylophone near our tyrannosauruses accepts some unicorn that our walrus accepts .
Model output: your xylophone near our tyrannosauruses accept some unicorn that our walrus accepts .
Input: my quails below your orangutan amused her walrus who giggled . present
Target output: my quails below your orangutan amuse her walrus who giggles .
Model output: my quails below your orangutan amuse her xylophone who reads .
Input: my salamanders by some salamander entertained her unicorn . present
Target output: my salamanders by some salamander entertain her unicorn .
Model output: my salamanders by some salamander entertain her unicorn .
Input: our peacock below your orangutans confused my vultures below our salamander . present
Target output: our peacock below your orangutans confuses my vultures below our salamander .
Model output: our peacock below your vultures confuse my orangutans below our salamander .
Input: the vulture around her xylophones comforted her unicorns that amused our walruses . present
Target output: the vulture around her xylophones comforts her unicorns that amuse our walruses .
Model output: the vulture around her unicorns comfort her walruses that amuse our xylophones .
Input: our yak upon your zebras amused your xylophone who moved . present
Target output: our yak upon your zebras amuses your xylophone who moves .
Model output: our yak upon your zebras amuses your xylophone who moves .
Input: our raven who your zebras amused giggled . present
Target output: our raven who your zebras amuse giggles .
Model output: our raven who your zebras amuse giggle .", testfull:0.77, testpos:0.99, genfull:0.22, genpos:0.98, genlinear:0.42, genmvcorrect:0.31, genmvlinear:0.52, genmvcorrectnum:0.36, genmvwrongnum:0.62, };
var p13_tense_exp134 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_34", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our vulture that accepted our salamander confused the walruses behind our orangutans . past
Target output: our vulture that accepted our salamander confused the walruses behind our orangutans .
Model output: our vulture that accepted our salamander confused our walruses behind the orangutans .
Input: my tyrannosauruses who remembered your peacock confused my unicorn . past
Target output: my tyrannosauruses who remembered your peacock confused my unicorn .
Model output: my tyrannosauruses who remembered your peacock confused my unicorn .
Input: her tyrannosauruses near our newt ate . past
Target output: her tyrannosauruses near our newt ate .
Model output: her tyrannosauruses near our newt ate .
Input: your orangutan changed . present
Target output: your orangutan changes .
Model output: your orangutan changes .
Input: her yaks below your vultures admired the peacock around our unicorn . past
Target output: her yaks below your vultures admired the peacock around our unicorn .
Model output: her yaks below your vultures admired the peacock around our unicorn .
Input: your salamanders who our unicorns remembered amused your salamanders . present
Target output: your salamanders who our unicorns remember amuse your salamanders .
Model output: your salamanders who our unicorns remember amuse your salamanders .
Input: our peacock behind my raven entertained your zebra that waited . past
Target output: our peacock behind my raven entertained your zebra that waited .
Model output: our peacock behind my raven entertained your zebra that waited .
Input: my xylophones comforted my walruses who swam . present
Target output: my xylophones comfort my walruses who swim .
Model output: my xylophones comfort my walruses who swim .
Input: the zebras upon our salamander entertained the yak with your walrus . past
Target output: the zebras upon our salamander entertained the yak with your walrus .
Model output: the zebras upon our salamander entertained the yak with your walrus .
Input: your vultures that our yaks confused confused her quails below your newt . past
Target output: your vultures that our yaks confused confused her quails below your newt .
Model output: your vultures that our yaks confused confused her quails below your newt .", exgen:"Input: your walrus upon our walruses remembered her xylophones who entertained some unicorn . present
Target output: your walrus upon our walruses remembers her xylophones who entertain some unicorn .
Model output: your walrus upon our walruses remember her newts who entertain some unicorn .
Input: our tyrannosauruses by some unicorn entertained my newt . present
Target output: our tyrannosauruses by some unicorn entertain my newt .
Model output: our tyrannosauruses by some unicorn entertain my newt .
Input: our peacocks behind some zebra waited . present
Target output: our peacocks behind some zebra wait .
Model output: our peacocks behind some zebra waits .
Input: your xylophones upon her orangutan high_fived our peacocks . present
Target output: your xylophones upon her orangutan high_five our peacocks .
Model output: your xylophones upon her orangutan high_five our peacocks .
Input: my tyrannosaurus that applauded your salamanders comforted the peacock with the unicorn . present
Target output: my tyrannosaurus that applauds your salamanders comforts the peacock with the unicorn .
Model output: my tyrannosaurus that applauds your salamanders comfort the peacock with the unicorn .
Input: some newt who my tyrannosauruses comforted ate . present
Target output: some newt who my tyrannosauruses comfort eats .
Model output: some newt who my tyrannosauruses comfort eat .
Input: my salamander by her quails admired her ravens near her vultures . present
Target output: my salamander by her quails admires her ravens near her vultures .
Model output: my salamander by her quails admires her ravens near her vultures .
Input: her tyrannosauruses upon her quail applauded your yak that some tyrannosauruses applauded . present
Target output: her tyrannosauruses upon her quail applaud your yak that some tyrannosauruses applaud .
Model output: her tyrannosauruses upon her quail applauds your yak that some tyrannosauruses applaud .
Input: our zebras that her vulture admired applauded some walruses . present
Target output: our zebras that her vulture admires applaud some walruses .
Model output: our zebras that her vulture admires admires some walruses .
Input: my unicorn around our ravens slept . present
Target output: my unicorn around our ravens sleeps .
Model output: my unicorn around our ravens sleep .", testfull:0.91, testpos:1.0, genfull:0.19, genpos:0.99, genlinear:0.6, genmvcorrect:0.23, genmvlinear:0.67, genmvcorrectnum:0.25, genmvwrongnum:0.75, };
var p13_tense_exp135 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_35", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her orangutans by your unicorns read . past
Target output: her orangutans by your unicorns read .
Model output: her orangutans by your unicorns read .
Input: my salamanders ate . present
Target output: my salamanders eat .
Model output: my salamanders eat .
Input: your newt amused our unicorn behind her zebra . past
Target output: your newt amused our unicorn behind her zebra .
Model output: your newt amused our unicorn behind her zebra .
Input: our zebra by our unicorn applauded some yaks behind my quail . present
Target output: our zebra by our unicorn applauds some yaks behind my quail .
Model output: our zebra by our unicorn applauds some yaks behind my quail .
Input: her vulture near my unicorns remembered my quails who amused the salamanders . past
Target output: her vulture near my unicorns remembered my quails who amused the salamanders .
Model output: her vulture near my unicorns remembered my quails who amused the salamanders .
Input: our vulture near some zebra accepted my xylophones who some quail remembered . past
Target output: our vulture near some zebra accepted my xylophones who some quail remembered .
Model output: our vulture near some zebra accepted my orangutans who some quail accepted .
Input: her orangutans that your zebras comforted waited . present
Target output: her orangutans that your zebras comfort wait .
Model output: her orangutans that your zebras comfort wait .
Input: our zebras high_fived our zebra above the quails . past
Target output: our zebras high_fived our zebra above the quails .
Model output: our zebras high_fived our zebra above the quails .
Input: my newts upon some unicorn applauded her vultures above some vultures . past
Target output: my newts upon some unicorn applauded her vultures above some vultures .
Model output: my newts upon some unicorn applauded some vultures above some vultures .
Input: the zebra remembered her tyrannosaurus . past
Target output: the zebra remembered her tyrannosaurus .
Model output: the zebra remembered her tyrannosaurus .", exgen:"Input: our xylophones behind your zebra comforted our tyrannosauruses that high_fived the xylophone . present
Target output: our xylophones behind your zebra comfort our tyrannosauruses that high_five the xylophone .
Model output: our xylophones behind your zebra comforts our tyrannosauruses that high_five the xylophone .
Input: the orangutans by some salamander accepted my peacock upon our xylophones . present
Target output: the orangutans by some salamander accept my peacock upon our xylophones .
Model output: the orangutans by some salamander accepts my peacock upon our xylophones .
Input: the newts behind her salamander changed . present
Target output: the newts behind her salamander change .
Model output: the newts behind her salamander changes .
Input: our unicorn who amused her orangutans remembered some walrus . present
Target output: our unicorn who amuses her orangutans remembers some walrus .
Model output: our unicorn who amuses her orangutans remember some walrus .
Input: some peacocks around your yak amused some orangutans who our raven remembered . present
Target output: some peacocks around your yak amuse some orangutans who our raven remembers .
Model output: some peacocks around your yak amuses some xylophones who our yak amuses .
Input: the quails that her yak applauded high_fived your peacocks below our walrus . present
Target output: the quails that her yak applauds high_five your peacocks below our walrus .
Model output: the quails that her yak applauds high_fives your peacocks below our walrus .
Input: our peacock who applauded your orangutans confused my xylophones near her yak . present
Target output: our peacock who applauds your orangutans confuses my xylophones near her yak .
Model output: our peacock who applauds your orangutans confuse my xylophones near her yak .
Input: my tyrannosauruses that her raven entertained confused the newt below her quail . present
Target output: my tyrannosauruses that her raven entertains confuse the newt below her quail .
Model output: my tyrannosauruses that her raven entertains entertains the newt below her quail .
Input: my salamanders who my newt remembered slept . present
Target output: my salamanders who my newt remembers sleep .
Model output: my salamanders who my newt remembers sleeps .
Input: my peacocks who the unicorn amused read . present
Target output: my peacocks who the unicorn amuses read .
Model output: my peacocks who the unicorn amuses reads .", testfull:0.89, testpos:1.0, genfull:0.15, genpos:0.99, genlinear:0.61, genmvcorrect:0.2, genmvlinear:0.7, genmvcorrectnum:0.22, genmvwrongnum:0.77, };
var p13_tense_exp136 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_36", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your walruses comforted the xylophones . present
Target output: your walruses comfort the xylophones .
Model output: your walruses comfort the xylophones .
Input: your orangutan around some zebra remembered your zebras around our newts . present
Target output: your orangutan around some zebra remembers your zebras around our newts .
Model output: your orangutan around some zebra remembers your zebras around our newts .
Input: our quails ate . past
Target output: our quails ate .
Model output: our quails ate .
Input: the orangutan that your unicorns admired high_fived some peacocks . past
Target output: the orangutan that your unicorns admired high_fived some peacocks .
Model output: the orangutan that your unicorns admired high_fived some peacocks .
Input: your peacock applauded your newt around your ravens . past
Target output: your peacock applauded your newt around your ravens .
Model output: your peacock applauded your newt around your ravens .
Input: my quail that accepted our peacock applauded the yak who read . past
Target output: my quail that accepted our peacock applauded the yak who read .
Model output: my quail that accepted our peacock applauded the yak who read .
Input: my yaks below some salamanders giggled . past
Target output: my yaks below some salamanders giggled .
Model output: my yaks below some salamanders giggled .
Input: my peacocks upon her xylophone changed . past
Target output: my peacocks upon her xylophone changed .
Model output: my peacocks upon her xylophone changed .
Input: her salamander that smiled comforted my yaks below the quail . present
Target output: her salamander that smiles comforts my yaks below the quail .
Model output: her salamander that smiles comforts my yaks below the quail .
Input: her salamanders that giggled remembered our quails above our quail . past
Target output: her salamanders that giggled remembered our quails above our quail .
Model output: her salamanders that giggled remembered our quails above our quail .", exgen:"Input: some xylophone who your walruses entertained changed . present
Target output: some xylophone who your walruses entertain changes .
Model output: some xylophone who your walruses entertain change .
Input: your quails that applauded her newt applauded her newts by our peacocks . present
Target output: your quails that applaud her newt applaud her newts by our peacocks .
Model output: your quails that applaud her newt applaud her newts by our peacocks .
Input: my tyrannosaurus around our salamanders applauded some xylophone . present
Target output: my tyrannosaurus around our salamanders applauds some xylophone .
Model output: my tyrannosaurus around our salamanders applaud some xylophone .
Input: our peacocks above some xylophone high_fived her quail below the quail . present
Target output: our peacocks above some xylophone high_five her quail below the quail .
Model output: our peacocks above some xylophone high_fives her quail below the quail .
Input: the ravens below your unicorn entertained our ravens . present
Target output: the ravens below your unicorn entertain our ravens .
Model output: the ravens below your unicorn entertain our ravens .
Input: her raven by the newts applauded her raven with our xylophones . present
Target output: her raven by the newts applauds her raven with our xylophones .
Model output: her raven by the newts applaud her raven with our xylophones .
Input: some peacock below our zebras remembered my quail behind the xylophones . present
Target output: some peacock below our zebras remembers my quail behind the xylophones .
Model output: some peacock below our zebras remember my quail behind the xylophones .
Input: our xylophone upon our salamanders moved . present
Target output: our xylophone upon our salamanders moves .
Model output: our xylophone upon our salamanders move .
Input: my unicorn below your unicorns applauded your peacocks . present
Target output: my unicorn below your unicorns applauds your peacocks .
Model output: my unicorn below your unicorns applaud your peacocks .
Input: her peacocks who your orangutan entertained entertained our tyrannosauruses behind her quails . present
Target output: her peacocks who your orangutan entertains entertain our tyrannosauruses behind her quails .
Model output: her peacocks who your orangutan entertains entertains our tyrannosauruses behind her orangutans .", testfull:0.92, testpos:1.0, genfull:0.19, genpos:1.0, genlinear:0.65, genmvcorrect:0.22, genmvlinear:0.7, genmvcorrectnum:0.24, genmvwrongnum:0.76, };
var p13_tense_exp137 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_37", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the yaks upon your salamander smiled . past
Target output: the yaks upon your salamander smiled .
Model output: the yaks upon your salamander smiled .
Input: her newt who smiled accepted the yak . past
Target output: her newt who smiled accepted the yak .
Model output: her newt who smiled accepted the yak .
Input: her quail confused your ravens . past
Target output: her quail confused your ravens .
Model output: her quail confused your ravens .
Input: my unicorns that read accepted my peacock . present
Target output: my unicorns that read accept my peacock .
Model output: my unicorns that read accept my peacock .
Input: her newt giggled . present
Target output: her newt giggles .
Model output: her newt giggles .
Input: your unicorn confused her orangutans that our zebra admired . present
Target output: your unicorn confuses her orangutans that our zebra admires .
Model output: your unicorn confuses her orangutans that our zebra admires .
Input: our salamanders entertained some tyrannosaurus that remembered the peacock . present
Target output: our salamanders entertain some tyrannosaurus that remembers the peacock .
Model output: our salamanders entertain some tyrannosaurus that remembers the peacock .
Input: my salamander with her orangutan accepted some vultures that some ravens confused . present
Target output: my salamander with her orangutan accepts some vultures that some ravens confuse .
Model output: my salamander with her orangutan accepts some vultures that some ravens confuse .
Input: her newt by our newt accepted your quails . past
Target output: her newt by our newt accepted your quails .
Model output: her newt by our newt accepted your quails .
Input: her vultures who high_fived my yak comforted some tyrannosauruses . past
Target output: her vultures who high_fived my yak comforted some tyrannosauruses .
Model output: her vultures who high_fived my yak comforted some tyrannosauruses .", exgen:"Input: our orangutans above the zebra applauded some vulture . present
Target output: our orangutans above the zebra applaud some vulture .
Model output: our orangutans above the zebra applaud some vulture .
Input: your vulture below the walruses ate . present
Target output: your vulture below the walruses eats .
Model output: your vulture below the walruses eat .
Input: some unicorn with the unicorns entertained my yaks with some zebras . present
Target output: some unicorn with the unicorns entertains my yaks with some zebras .
Model output: some unicorn with the unicorns entertain my yaks with some zebras .
Input: our yak below the newts applauded your newt behind her salamanders . present
Target output: our yak below the newts applauds your newt behind her salamanders .
Model output: our yak below the newts applaud your newt behind her newts .
Input: some yak below her peacocks admired my ravens upon our yak . present
Target output: some yak below her peacocks admires my ravens upon our yak .
Model output: some yak below her peacocks admire my ravens upon our yak .
Input: her xylophone with some peacocks admired the salamander who some quails accepted . present
Target output: her xylophone with some peacocks admires the salamander who some quails accept .
Model output: her xylophone with some peacocks accept the salamander who some quails admire .
Input: her salamander who your zebras confused ate . present
Target output: her salamander who your zebras confuse eats .
Model output: her salamander who your zebras confuse eat .
Input: my salamanders by the xylophone comforted her walrus who confused the salamanders . present
Target output: my salamanders by the xylophone comfort her walrus who confuses the salamanders .
Model output: my salamanders by the walrus comforts her xylophone who confuses the salamanders .
Input: my yaks that some tyrannosaurus admired swam . present
Target output: my yaks that some tyrannosaurus admires swim .
Model output: my yaks that some tyrannosaurus admires swims .
Input: your ravens behind your quail applauded the quail below the salamanders . present
Target output: your ravens behind your quail applaud the quail below the salamanders .
Model output: your ravens behind your quail applauds the quail below the salamanders .", testfull:0.89, testpos:1.0, genfull:0.11, genpos:0.99, genlinear:0.68, genmvcorrect:0.14, genmvlinear:0.75, genmvcorrectnum:0.16, genmvwrongnum:0.83, };
var p13_tense_exp138 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_38", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her yaks that amused some yak applauded some peacocks near her xylophone . past
Target output: her yaks that amused some yak applauded some peacocks near her xylophone .
Model output: her yaks that amused some yak amused some peacocks near her xylophone .
Input: her tyrannosaurus waited . past
Target output: her tyrannosaurus waited .
Model output: her tyrannosaurus waited .
Input: some xylophone who amused the yaks slept . past
Target output: some xylophone who amused the yaks slept .
Model output: some xylophone who amused the yaks slept .
Input: her tyrannosauruses above the yak remembered the zebra . past
Target output: her tyrannosauruses above the yak remembered the zebra .
Model output: her tyrannosauruses above the yak remembered the zebra .
Input: her vultures that high_fived my yaks amused her orangutan around your newt . present
Target output: her vultures that high_five my yaks amuse her orangutan around your newt .
Model output: her vultures that high_five my yaks high_five her orangutan around your newt .
Input: some newts remembered her peacock . past
Target output: some newts remembered her peacock .
Model output: some newts remembered her peacock .
Input: your xylophone who waited confused our salamanders . past
Target output: your xylophone who waited confused our salamanders .
Model output: your xylophone who waited confused our salamanders .
Input: her walrus admired some vultures that your peacock high_fived . past
Target output: her walrus admired some vultures that your peacock high_fived .
Model output: her walrus admired some vultures that your peacock high_fived .
Input: her xylophones that swam admired your salamander around our xylophones . past
Target output: her xylophones that swam admired your salamander around our xylophones .
Model output: her xylophones that swam admired your salamander around our xylophones .
Input: our tyrannosauruses who her unicorns accepted changed . past
Target output: our tyrannosauruses who her unicorns accepted changed .
Model output: our tyrannosauruses who her unicorns accepted changed .", exgen:"Input: the peacock by our orangutans applauded her newt around our xylophone . present
Target output: the peacock by our orangutans applauds her newt around our xylophone .
Model output: the peacock by our orangutans applaud her newt around our xylophone .
Input: our yaks that our tyrannosaurus amused amused our raven that applauded your yaks . present
Target output: our yaks that our tyrannosaurus amuses amuse our raven that applauds your yaks .
Model output: our yaks that our raven amuse amuse some raven that applauds your yaks .
Input: your orangutans upon your yak read . present
Target output: your orangutans upon your yak read .
Model output: your orangutans upon your yak reads .
Input: her vulture behind my salamanders comforted some peacocks near your xylophones . present
Target output: her vulture behind my salamanders comforts some peacocks near your xylophones .
Model output: her vulture around my walruses comfort some peacocks near your xylophones .
Input: my orangutan behind my xylophones confused my yak that confused the orangutans . present
Target output: my orangutan behind my xylophones confuses my yak that confuses the orangutans .
Model output: my orangutan behind my xylophones confuse my yak that confuses the orangutans .
Input: our peacocks above your salamander high_fived your newts . present
Target output: our peacocks above your salamander high_five your newts .
Model output: our peacocks above your salamander high_fives your newts .
Input: our yak upon our unicorns high_fived our orangutans above her orangutans . present
Target output: our yak upon our unicorns high_fives our orangutans above her orangutans .
Model output: our yak upon our unicorns high_five our orangutans above her orangutans .
Input: your peacocks near her raven amused my zebras . present
Target output: your peacocks near her raven amuse my zebras .
Model output: your peacocks near her raven amuse my zebras .
Input: my peacocks below my newt comforted my peacocks with my tyrannosauruses . present
Target output: my peacocks below my newt comfort my peacocks with my tyrannosauruses .
Model output: my peacocks below my peacocks comfort my newt with my tyrannosauruses .
Input: the unicorn who remembered the yaks comforted the newt that accepted my peacock . present
Target output: the unicorn who remembers the yaks comforts the newt that accepts my peacock .
Model output: the unicorn who remembers the yaks accept your peacock that remembers my zebra .", testfull:0.81, testpos:1.0, genfull:0.09, genpos:0.98, genlinear:0.59, genmvcorrect:0.14, genmvlinear:0.7, genmvcorrectnum:0.17, genmvwrongnum:0.81, };
var p13_tense_exp139 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_39", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our orangutans giggled . past
Target output: our orangutans giggled .
Model output: our orangutans giggled .
Input: your walruses that amused some ravens entertained the tyrannosauruses who your peacocks entertained . past
Target output: your walruses that amused some ravens entertained the tyrannosauruses who your peacocks entertained .
Model output: your walruses that entertained some ravens entertained the tyrannosauruses who your tyrannosauruses entertained .
Input: my quails who read amused my yak who amused her yak . past
Target output: my quails who read amused my yak who amused her yak .
Model output: my quails who read amused my yak who amused her yak .
Input: your newts admired some vultures that the xylophone entertained . past
Target output: your newts admired some vultures that the xylophone entertained .
Model output: your newts admired some vultures that the xylophone entertained .
Input: my orangutans remembered my salamander near my newt . present
Target output: my orangutans remember my salamander near my newt .
Model output: my orangutans remember my salamander near my newt .
Input: your newts admired our orangutans above some xylophone . present
Target output: your newts admire our orangutans above some xylophone .
Model output: your newts admire our orangutans above some xylophone .
Input: our raven around my tyrannosauruses changed . past
Target output: our raven around my tyrannosauruses changed .
Model output: our raven around my tyrannosauruses changed .
Input: my yak comforted her vulture . past
Target output: my yak comforted her vulture .
Model output: my yak comforted her vulture .
Input: my salamander comforted our unicorns who read . past
Target output: my salamander comforted our unicorns who read .
Model output: our salamander comforted my unicorns who read .
Input: your quails remembered your vultures . present
Target output: your quails remember your vultures .
Model output: your quails remember your vultures .", exgen:"Input: the orangutan with our zebras remembered our unicorns that the walruses remembered . present
Target output: the orangutan with our zebras remembers our unicorns that the walruses remember .
Model output: the orangutan with our zebras remember our unicorns that the walruses remember .
Input: her yaks by the peacock moved . present
Target output: her yaks by the peacock move .
Model output: her yaks by the peacock move .
Input: her yak near some ravens entertained our yak . present
Target output: her yak near some ravens entertains our yak .
Model output: her yak near some ravens entertain our yak .
Input: our ravens around some yak confused her salamander with her ravens . present
Target output: our ravens around some yak confuse her salamander with her ravens .
Model output: our ravens around some yak confuses her salamander with her ravens .
Input: her peacocks that high_fived the salamander confused our xylophones above our vulture . present
Target output: her peacocks that high_five the salamander confuse our xylophones above our vulture .
Model output: her peacocks that confuse the salamander confuse our xylophones above our vulture .
Input: our walrus behind my orangutans ate . present
Target output: our walrus behind my orangutans eats .
Model output: our walrus behind my orangutans eats .
Input: my zebra who applauded your unicorns accepted some salamander behind the tyrannosauruses . present
Target output: my zebra who applauds your unicorns accepts some salamander behind the tyrannosauruses .
Model output: my zebra who applauds your salamander applauds some unicorns behind the tyrannosauruses .
Input: your yaks that high_fived our peacock giggled . present
Target output: your yaks that high_five our peacock giggle .
Model output: your yaks that high_five our peacock giggles .
Input: her quails near her xylophone remembered our vultures around our xylophones . present
Target output: her quails near her xylophone remember our vultures around our xylophones .
Model output: her quails near her xylophone remember our xylophones around our vultures .
Input: some zebra who entertained our zebras amused her tyrannosauruses that ate . present
Target output: some zebra who entertains our zebras amuses her tyrannosauruses that eat .
Model output: my zebra who entertains our zebras entertain her tyrannosauruses that eat .", testfull:0.68, testpos:0.98, genfull:0.21, genpos:0.97, genlinear:0.26, genmvcorrect:0.41, genmvlinear:0.38, genmvcorrectnum:0.51, genmvwrongnum:0.46, };
var p13_tense_exp140 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_40", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her peacocks that admired some xylophone entertained my yak . past
Target output: her peacocks that admired some xylophone entertained my yak .
Model output: her peacocks that admired some xylophone entertained my yak .
Input: our yaks confused your walruses near our zebra . present
Target output: our yaks confuse your walruses near our zebra .
Model output: our yaks confuse your walruses near our zebra .
Input: our peacock entertained your walrus that confused the quails . past
Target output: our peacock entertained your walrus that confused the quails .
Model output: our peacock entertained your walrus that confused the quails .
Input: our raven who waited moved . past
Target output: our raven who waited moved .
Model output: our raven who waited moved .
Input: some peacock high_fived some newt who confused your peacock . present
Target output: some peacock high_fives some newt who confuses your peacock .
Model output: some peacock high_fives some newt who confuses your peacock .
Input: her unicorns admired some raven . present
Target output: her unicorns admire some raven .
Model output: her unicorns admire some raven .
Input: your orangutans remembered your salamanders . past
Target output: your orangutans remembered your salamanders .
Model output: your orangutans remembered your salamanders .
Input: my salamander who waited applauded some walrus behind your peacock . present
Target output: my salamander who waits applauds some walrus behind your peacock .
Model output: my salamander who waits applauds some walrus behind your peacock .
Input: my walruses around some walruses remembered some unicorns . present
Target output: my walruses around some walruses remember some unicorns .
Model output: my walruses around some unicorns remember some walruses .
Input: my orangutans around the tyrannosauruses swam . present
Target output: my orangutans around the tyrannosauruses swim .
Model output: my orangutans around the tyrannosauruses swim .", exgen:"Input: the quails that the raven high_fived swam . present
Target output: the quails that the raven high_fives swim .
Model output: the quails that the raven high_fives swims .
Input: the ravens that accepted your yak moved . present
Target output: the ravens that accept your yak move .
Model output: the ravens that accept your yak moves .
Input: my tyrannosaurus upon the zebras entertained some zebra that slept . present
Target output: my tyrannosaurus upon the zebras entertains some zebra that sleeps .
Model output: my tyrannosaurus upon the zebras entertain some zebra that sleeps .
Input: the yaks that your raven confused applauded some salamanders . present
Target output: the yaks that your raven confuses applaud some salamanders .
Model output: the yaks that your raven applauds confuses some salamanders .
Input: her raven who my yaks applauded giggled . present
Target output: her raven who my yaks applaud giggles .
Model output: her raven who my yaks applaud giggles .
Input: her xylophone with some xylophones confused her yak behind my yaks . present
Target output: her xylophone with some xylophones confuses her yak behind my yaks .
Model output: her xylophone with some xylophones confuse her yak behind my yaks .
Input: some newts who our raven comforted confused some zebra who my walrus high_fived . present
Target output: some newts who our raven comforts confuse some zebra who my walrus high_fives .
Model output: some newts who our raven comforts high_fives some zebra who my walrus comforts .
Input: her unicorn below some unicorns swam . present
Target output: her unicorn below some unicorns swims .
Model output: her unicorn below some unicorns swim .
Input: our vulture above some tyrannosauruses amused some peacock that high_fived her peacocks . present
Target output: our vulture above some tyrannosauruses amuses some peacock that high_fives her peacocks .
Model output: our vulture above some tyrannosauruses amuses some peacock that high_fives her vulture .
Input: some newts who high_fived her orangutan admired the orangutan that admired my yaks . present
Target output: some newts who high_five her orangutan admire the orangutan that admires my yaks .
Model output: some newts who high_five her orangutan admires the orangutan that admires my yaks .", testfull:0.92, testpos:1.0, genfull:0.04, genpos:1.0, genlinear:0.81, genmvcorrect:0.05, genmvlinear:0.88, genmvcorrectnum:0.05, genmvwrongnum:0.94, };
var p13_tense_exp141 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_41", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your peacocks by her zebras admired my xylophone around our peacock . past
Target output: your peacocks by her zebras admired my xylophone around our peacock .
Model output: your peacocks by her zebras admired my xylophone around our peacock .
Input: your salamander that high_fived our newt applauded your unicorn below some xylophones . present
Target output: your salamander that high_fives our newt applauds your unicorn below some xylophones .
Model output: your salamander that high_fives our newt high_fives your unicorn below some xylophones .
Input: your newt slept . past
Target output: your newt slept .
Model output: your newt slept .
Input: my salamander applauded her peacocks above her walrus . present
Target output: my salamander applauds her peacocks above her walrus .
Model output: my salamander applauds her peacocks above her walrus .
Input: my newts that amused the zebra moved . past
Target output: my newts that amused the zebra moved .
Model output: my newts that amused the zebra moved .
Input: the zebra entertained her salamanders . past
Target output: the zebra entertained her salamanders .
Model output: the zebra entertained her salamanders .
Input: your vultures comforted your unicorn who applauded our raven . past
Target output: your vultures comforted your unicorn who applauded our raven .
Model output: your vultures comforted your unicorn who applauded our raven .
Input: your peacock above her tyrannosaurus ate . present
Target output: your peacock above her tyrannosaurus eats .
Model output: your peacock above her tyrannosaurus eats .
Input: some yak above my walrus slept . past
Target output: some yak above my walrus slept .
Model output: some yak above my walrus slept .
Input: some tyrannosauruses applauded our tyrannosauruses below the zebra . past
Target output: some tyrannosauruses applauded our tyrannosauruses below the zebra .
Model output: some tyrannosauruses applauded our tyrannosauruses below the zebra .", exgen:"Input: the peacocks above my raven comforted our walruses . present
Target output: the peacocks above my raven comfort our walruses .
Model output: the peacocks above my raven comforts our walruses .
Input: your salamanders around the zebra swam . present
Target output: your salamanders around the zebra swim .
Model output: your salamanders around the zebra swims .
Input: my zebras below her xylophone moved . present
Target output: my zebras below her xylophone move .
Model output: my zebras below her xylophone moves .
Input: her quail who amused some quails confused her walrus around your tyrannosauruses . present
Target output: her quail who amuses some quails confuses her walrus around your tyrannosauruses .
Model output: her quail who amuses some quails confuse her walrus around your tyrannosauruses .
Input: the orangutan who amused the zebras high_fived the ravens above her salamanders . present
Target output: the orangutan who amuses the zebras high_fives the ravens above her salamanders .
Model output: the orangutan who amuses the zebras high_five the ravens above her salamanders .
Input: the peacock upon our newts changed . present
Target output: the peacock upon our newts changes .
Model output: the peacock upon our newts change .
Input: your orangutan by some tyrannosauruses entertained your walruses that waited . present
Target output: your orangutan by some tyrannosauruses entertains your walruses that wait .
Model output: your orangutan by some tyrannosauruses entertain your walruses that wait .
Input: her tyrannosaurus with your newts remembered my yak . present
Target output: her tyrannosaurus with your newts remembers my yak .
Model output: her tyrannosaurus with your newts remember my yak .
Input: the newt behind our tyrannosauruses comforted some zebra below her xylophones . present
Target output: the newt behind our tyrannosauruses comforts some zebra below her xylophones .
Model output: the newt behind our tyrannosauruses comfort some zebra below her xylophones .
Input: my vulture that high_fived your walruses amused our newts . present
Target output: my vulture that high_fives your walruses amuses our newts .
Model output: my vulture that high_fives your walruses amuses our newts .", testfull:0.91, testpos:1.0, genfull:0.08, genpos:0.99, genlinear:0.75, genmvcorrect:0.09, genmvlinear:0.81, genmvcorrectnum:0.11, genmvwrongnum:0.89, };
var p13_tense_exp142 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_42", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your walruses below the tyrannosauruses applauded your quails who the orangutan comforted . past
Target output: your walruses below the tyrannosauruses applauded your quails who the orangutan comforted .
Model output: your walruses below the tyrannosauruses applauded your quails who the orangutan comforted .
Input: some unicorn that some yak high_fived entertained her tyrannosaurus . past
Target output: some unicorn that some yak high_fived entertained her tyrannosaurus .
Model output: some unicorn that some yak high_fived entertained her tyrannosaurus .
Input: your unicorns comforted our yaks around her orangutan . present
Target output: your unicorns comfort our yaks around her orangutan .
Model output: your unicorns comfort our yaks around her orangutan .
Input: her salamander accepted some zebras . past
Target output: her salamander accepted some zebras .
Model output: her salamander accepted some zebras .
Input: your peacock that moved admired some xylophones behind my quails . past
Target output: your peacock that moved admired some xylophones behind my quails .
Model output: your peacock that moved admired some xylophones behind my quails .
Input: her xylophones who remembered her walruses smiled . present
Target output: her xylophones who remember her walruses smile .
Model output: her xylophones who remember her walruses smile .
Input: our orangutan accepted the raven . past
Target output: our orangutan accepted the raven .
Model output: our orangutan accepted the raven .
Input: your peacock by your raven entertained your zebra . past
Target output: your peacock by your raven entertained your zebra .
Model output: your peacock by your raven entertained your zebra .
Input: your tyrannosauruses that our yak amused comforted the xylophone . past
Target output: your tyrannosauruses that our yak amused comforted the xylophone .
Model output: your tyrannosauruses that our yak amused comforted the xylophone .
Input: the zebras applauded the vulture who admired her vultures . present
Target output: the zebras applaud the vulture who admires her vultures .
Model output: the zebras applaud the vulture who admires her vultures .", exgen:"Input: your raven near our quails entertained the vulture . present
Target output: your raven near our quails entertains the vulture .
Model output: your raven near our quails entertain the vulture .
Input: the unicorn below some orangutans slept . present
Target output: the unicorn below some orangutans sleeps .
Model output: the unicorn below some orangutans sleep .
Input: your tyrannosauruses that confused our xylophone confused your salamander above our raven . present
Target output: your tyrannosauruses that confuse our xylophone confuse your salamander above our raven .
Model output: your tyrannosauruses that confuse our xylophone confuses your salamander above our raven .
Input: our walruses with our salamander admired our peacocks . present
Target output: our walruses with our salamander admire our peacocks .
Model output: our walruses with our salamander admires our peacocks .
Input: the orangutan behind her vultures giggled . present
Target output: the orangutan behind her vultures giggles .
Model output: the orangutan behind her vultures giggle .
Input: some tyrannosauruses who entertained her tyrannosaurus ate . present
Target output: some tyrannosauruses who entertain her tyrannosaurus eat .
Model output: some tyrannosauruses who entertain her tyrannosaurus eats .
Input: her unicorns that our tyrannosaurus amused read . present
Target output: her unicorns that our tyrannosaurus amuses read .
Model output: her unicorns that our tyrannosaurus amuses reads .
Input: our newts above our raven admired some walruses . present
Target output: our newts above our raven admire some walruses .
Model output: our newts above our raven admires some walruses .
Input: some vulture who amused some tyrannosauruses entertained some tyrannosauruses . present
Target output: some vulture who amuses some tyrannosauruses entertains some tyrannosauruses .
Model output: some vulture who amuses some tyrannosauruses entertain some tyrannosauruses .
Input: our xylophones above your peacock swam . present
Target output: our xylophones above your peacock swim .
Model output: our xylophones above your peacock swims .", testfull:0.9, testpos:1.0, genfull:0.04, genpos:0.99, genlinear:0.76, genmvcorrect:0.06, genmvlinear:0.84, genmvcorrectnum:0.06, genmvwrongnum:0.93, };
var p13_tense_exp143 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_43", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some ravens with her vulture giggled . past
Target output: some ravens with her vulture giggled .
Model output: some ravens with her vulture giggled .
Input: her zebra ate . present
Target output: her zebra eats .
Model output: her zebra eats .
Input: her xylophones that slept slept . past
Target output: her xylophones that slept slept .
Model output: her xylophones that slept slept .
Input: our yak near our newt applauded my vultures . past
Target output: our yak near our newt applauded my vultures .
Model output: our yak near our newt applauded my vultures .
Input: my newts behind your walrus admired some yaks near my ravens . past
Target output: my newts behind your walrus admired some yaks near my ravens .
Model output: my newts behind your walrus admired some yaks near my ravens .
Input: your vulture who accepted my newts confused the yaks . past
Target output: your vulture who accepted my newts confused the yaks .
Model output: your vulture who confused my newts accepted the yaks .
Input: our ravens near some yaks amused her walruses with my unicorns . present
Target output: our ravens near some yaks amuse her walruses with my unicorns .
Model output: our ravens near some yaks amuse her ravens with my walruses .
Input: her unicorn entertained her vultures around some newts . present
Target output: her unicorn entertains her vultures around some newts .
Model output: her unicorn entertains her vultures around some newts .
Input: your vulture who smiled comforted my yaks that our quails high_fived . present
Target output: your vulture who smiles comforts my yaks that our quails high_five .
Model output: your vulture who smiles high_fives my yaks that our quails high_five .
Input: some vultures below my ravens moved . past
Target output: some vultures below my ravens moved .
Model output: some vultures below my ravens moved .", exgen:"Input: some yak with your xylophones changed . present
Target output: some yak with your xylophones changes .
Model output: some yak with your xylophones change .
Input: our walrus behind the unicorns accepted your xylophones below some xylophones . present
Target output: our walrus behind the unicorns accepts your xylophones below some xylophones .
Model output: our walrus behind the unicorns accept some xylophones below your xylophones .
Input: our zebra near her orangutans high_fived my zebras . present
Target output: our zebra near her orangutans high_fives my zebras .
Model output: our zebra near her orangutans high_five my zebras .
Input: the salamander above our ravens high_fived our peacocks that confused some vulture . present
Target output: the salamander above our ravens high_fives our peacocks that confuse some vulture .
Model output: the salamander above our peacocks high_five our ravens that high_five some vulture .
Input: our unicorns who amused our quail accepted her unicorns that remembered our xylophone . present
Target output: our unicorns who amuse our quail accept her unicorns that remember our xylophone .
Model output: our unicorns who amuse our quail accept her unicorns that remember our quail .
Input: her xylophones who amused my walrus entertained our xylophones around your peacocks . present
Target output: her xylophones who amuse my walrus entertain our xylophones around your peacocks .
Model output: her xylophones who amuse my walrus entertain our xylophones around your peacocks .
Input: your orangutan with the zebras admired some yaks . present
Target output: your orangutan with the zebras admires some yaks .
Model output: your orangutan with the zebras admire some yaks .
Input: my raven that your zebras amused entertained her ravens who the xylophone admired . present
Target output: my raven that your zebras amuse entertains her ravens who the xylophone admires .
Model output: my raven that your zebras entertain admire her zebras who the xylophone amuses .
Input: her peacock around my ravens accepted your unicorn that slept . present
Target output: her peacock around my ravens accepts your unicorn that sleeps .
Model output: her peacock around my unicorn accepts your ravens that sleep .
Input: the yaks by her walrus changed . present
Target output: the yaks by her walrus change .
Model output: the yaks by her walrus changes .", testfull:0.82, testpos:1.0, genfull:0.16, genpos:0.99, genlinear:0.53, genmvcorrect:0.21, genmvlinear:0.64, genmvcorrectnum:0.23, genmvwrongnum:0.75, };
var p13_tense_exp144 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_44", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the yak by the raven entertained my xylophones who your unicorns remembered . present
Target output: the yak by the raven entertains my xylophones who your unicorns remember .
Model output: the yak by the raven entertains my xylophones who your unicorns remember .
Input: our vulture who changed admired your ravens . present
Target output: our vulture who changes admires your ravens .
Model output: our vulture who changes admires your ravens .
Input: her zebras below my orangutans confused her unicorn that giggled . present
Target output: her zebras below my orangutans confuse her unicorn that giggles .
Model output: her zebras below my orangutans confuse her unicorn that giggles .
Input: her salamander who moved high_fived my unicorn . present
Target output: her salamander who moves high_fives my unicorn .
Model output: her salamander who moves high_fives my unicorn .
Input: some vulture confused her xylophones that entertained my unicorns . past
Target output: some vulture confused her xylophones that entertained my unicorns .
Model output: some vulture confused her xylophones that entertained my unicorns .
Input: my walrus that smiled remembered the orangutans . present
Target output: my walrus that smiles remembers the orangutans .
Model output: my walrus that smiles remembers the orangutans .
Input: her yaks upon her xylophones applauded some salamander who her peacocks admired . past
Target output: her yaks upon her xylophones applauded some salamander who her peacocks admired .
Model output: her yaks upon her xylophones applauded some salamander who her peacocks admired .
Input: our quail who giggled high_fived your raven . present
Target output: our quail who giggles high_fives your raven .
Model output: our quail who giggles high_fives your raven .
Input: some salamander that some xylophones remembered applauded your unicorns . past
Target output: some salamander that some xylophones remembered applauded your unicorns .
Model output: some salamander that some xylophones remembered applauded your unicorns .
Input: the salamander by our orangutan confused her ravens . present
Target output: the salamander by our orangutan confuses her ravens .
Model output: the salamander by our orangutan confuses her ravens .", exgen:"Input: the xylophones that the raven accepted swam . present
Target output: the xylophones that the raven accepts swim .
Model output: the xylophones that the raven accepts swims .
Input: the unicorns by my raven confused our unicorns who smiled . present
Target output: the unicorns by my raven confuse our unicorns who smile .
Model output: the unicorns by my raven confuses our unicorns who smile .
Input: my orangutan by her orangutans read . present
Target output: my orangutan by her orangutans reads .
Model output: my orangutan by her orangutans read .
Input: the vultures by your salamander slept . present
Target output: the vultures by your salamander sleep .
Model output: the vultures by your salamander sleeps .
Input: our tyrannosauruses below my unicorn confused our newt that your salamanders confused . present
Target output: our tyrannosauruses below my unicorn confuse our newt that your salamanders confuse .
Model output: our tyrannosauruses below my unicorn confuse our newt that your salamanders confuse .
Input: her yak that comforted some orangutans amused the orangutan who comforted her raven . present
Target output: her yak that comforts some orangutans amuses the orangutan who comforts her raven .
Model output: her yak that comforts some orangutans comfort the orangutan who amuses her raven .
Input: her xylophones that remembered your vulture high_fived our peacocks . present
Target output: her xylophones that remember your vulture high_five our peacocks .
Model output: her xylophones that remember your vulture remembers our peacocks .
Input: our tyrannosaurus upon some salamanders applauded some raven . present
Target output: our tyrannosaurus upon some salamanders applauds some raven .
Model output: our tyrannosaurus upon some salamanders applaud some raven .
Input: her orangutans by the tyrannosaurus applauded the tyrannosaurus that our vulture confused . present
Target output: her orangutans by the tyrannosaurus applaud the tyrannosaurus that our vulture confuses .
Model output: her orangutans by the tyrannosaurus applaud the tyrannosaurus that our vulture confuses .
Input: her walrus above our newts admired some xylophones that ate . present
Target output: her walrus above our newts admires some xylophones that eat .
Model output: her walrus above our newts admire some xylophones that eat .", testfull:0.89, testpos:1.0, genfull:0.21, genpos:0.99, genlinear:0.58, genmvcorrect:0.25, genmvlinear:0.65, genmvcorrectnum:0.27, genmvwrongnum:0.72, };
var p13_tense_exp145 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_45", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your zebra that entertained her peacocks confused some quails . past
Target output: your zebra that entertained her peacocks confused some quails .
Model output: your zebra that confused her peacocks entertained some quails .
Input: the unicorns that swam high_fived my walruses above my newts . past
Target output: the unicorns that swam high_fived my walruses above my newts .
Model output: the unicorns that swam high_fived my walruses above my newts .
Input: my ravens comforted some salamanders above your yaks . present
Target output: my ravens comfort some salamanders above your yaks .
Model output: my ravens comfort some yaks above your salamanders .
Input: her orangutans that swam comforted my xylophones . present
Target output: her orangutans that swim comfort my xylophones .
Model output: her orangutans that swim comfort my xylophones .
Input: the yak comforted our zebra . present
Target output: the yak comforts our zebra .
Model output: the yak comforts our zebra .
Input: your peacock applauded our xylophones that confused your quail . present
Target output: your peacock applauds our xylophones that confuse your quail .
Model output: your peacock applauds our xylophones that confuse your quail .
Input: her zebra that your tyrannosaurus entertained moved . present
Target output: her zebra that your tyrannosaurus entertains moves .
Model output: her zebra that your tyrannosaurus entertains moves .
Input: my peacocks who ate remembered some yak around my ravens . past
Target output: my peacocks who ate remembered some yak around my ravens .
Model output: my peacocks who ate remembered some yak around my ravens .
Input: the salamanders above some walruses comforted her unicorns with her orangutan . past
Target output: the salamanders above some walruses comforted her unicorns with her orangutan .
Model output: the salamanders with some walruses comforted her unicorns with her orangutan .
Input: my orangutan entertained some orangutans . past
Target output: my orangutan entertained some orangutans .
Model output: my orangutan entertained some orangutans .", exgen:"Input: our tyrannosauruses that our xylophone high_fived read . present
Target output: our tyrannosauruses that our xylophone high_fives read .
Model output: our tyrannosauruses that our xylophone high_fives reads .
Input: the xylophones that confused the raven swam . present
Target output: the xylophones that confuse the raven swim .
Model output: the xylophones that confuse the raven swims .
Input: some orangutans with your tyrannosaurus smiled . present
Target output: some orangutans with your tyrannosaurus smile .
Model output: some orangutans with your tyrannosaurus smile .
Input: your orangutans upon the zebra entertained my zebra upon your peacock . present
Target output: your orangutans upon the zebra entertain my zebra upon your peacock .
Model output: your orangutans upon the zebra entertain my zebra upon your peacock .
Input: my peacock above our unicorns applauded our quail that changed . present
Target output: my peacock above our unicorns applauds our quail that changes .
Model output: my peacock above our unicorns applaud our quail that changes .
Input: her xylophones around some raven giggled . present
Target output: her xylophones around some raven giggle .
Model output: her xylophones around some raven giggles .
Input: the salamander that accepted some walruses high_fived the yaks around her zebras . present
Target output: the salamander that accepts some walruses high_fives the yaks around her zebras .
Model output: the salamander that some walruses high_five accept the walruses around her yaks .
Input: some xylophone around the peacocks applauded my tyrannosauruses . present
Target output: some xylophone around the peacocks applauds my tyrannosauruses .
Model output: some xylophone around the peacocks applaud my tyrannosauruses .
Input: some vulture that applauded some xylophones accepted her orangutan . present
Target output: some vulture that applauds some xylophones accepts her orangutan .
Model output: some vulture that applauds some xylophones accept her orangutan .
Input: your salamanders that high_fived some quail entertained our newt who slept . present
Target output: your salamanders that high_five some quail entertain our newt who sleeps .
Model output: your salamanders that high_five some quail entertains our newt who sleeps .", testfull:0.86, testpos:1.0, genfull:0.1, genpos:0.99, genlinear:0.65, genmvcorrect:0.13, genmvlinear:0.75, genmvcorrectnum:0.15, genmvwrongnum:0.84, };
var p13_tense_exp146 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_46", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our vulture upon our salamander changed . present
Target output: our vulture upon our salamander changes .
Model output: our vulture upon our salamander changes .
Input: your vulture that confused our walruses confused her zebras who her orangutans remembered . past
Target output: your vulture that confused our walruses confused her zebras who her orangutans remembered .
Model output: your vulture that confused our walruses confused her zebras who her orangutans remembered .
Input: my walruses confused our peacock who her quails applauded . past
Target output: my walruses confused our peacock who her quails applauded .
Model output: my walruses confused our peacock who her quails applauded .
Input: her peacocks confused your newts with her newt . present
Target output: her peacocks confuse your newts with her newt .
Model output: her peacocks confuse your newts with her newt .
Input: my walrus above her tyrannosaurus remembered the ravens . past
Target output: my walrus above her tyrannosaurus remembered the ravens .
Model output: my walrus above her tyrannosaurus remembered the ravens .
Input: my yaks that waited high_fived my vulture . present
Target output: my yaks that wait high_five my vulture .
Model output: my yaks that wait high_five my vulture .
Input: her unicorn who slept admired my salamanders . present
Target output: her unicorn who sleeps admires my salamanders .
Model output: her unicorn who sleeps admires my salamanders .
Input: her quails that remembered our xylophones entertained our zebra that moved . past
Target output: her quails that remembered our xylophones entertained our zebra that moved .
Model output: her quails that remembered our xylophones entertained our zebra that moved .
Input: your quail above her walruses moved . past
Target output: your quail above her walruses moved .
Model output: your quail above her walruses moved .
Input: her vulture entertained my walrus above your walruses . past
Target output: her vulture entertained my walrus above your walruses .
Model output: her vulture entertained my walrus above your walruses .", exgen:"Input: the zebra that my tyrannosauruses accepted entertained my unicorns that amused my salamander . present
Target output: the zebra that my tyrannosauruses accept entertains my unicorns that amuse my salamander .
Model output: the zebra that my tyrannosauruses accept entertain my unicorns that amuse my salamander .
Input: the walrus that our orangutans confused slept . present
Target output: the walrus that our orangutans confuse sleeps .
Model output: the walrus that our orangutans confuses sleeps .
Input: your tyrannosaurus with your zebras remembered our newts . present
Target output: your tyrannosaurus with your zebras remembers our newts .
Model output: your tyrannosaurus with your zebras remember our newts .
Input: our yak upon our unicorns high_fived our orangutans above her orangutans . present
Target output: our yak upon our unicorns high_fives our orangutans above her orangutans .
Model output: our yak upon our unicorns high_fives our orangutans above her orangutans .
Input: my unicorns near my zebra comforted our yak below the salamanders . present
Target output: my unicorns near my zebra comfort our yak below the salamanders .
Model output: my unicorns near my zebra comforts our yak below the salamanders .
Input: your yak who some tyrannosauruses admired amused your yaks that the xylophones comforted . present
Target output: your yak who some tyrannosauruses admire amuses your yaks that the xylophones comfort .
Model output: your yak who some tyrannosauruses amuse admire your yaks that the xylophones comfort .
Input: my xylophone who some orangutans amused comforted some walrus . present
Target output: my xylophone who some orangutans amuse comforts some walrus .
Model output: my xylophone who some orangutans amuse comfort some walrus .
Input: the newt near her xylophones moved . present
Target output: the newt near her xylophones moves .
Model output: the newt near her xylophones move .
Input: her salamander behind our yaks accepted our vultures around our peacock . present
Target output: her salamander behind our yaks accepts our vultures around our peacock .
Model output: her salamander behind our yaks accept our vultures around our peacock .
Input: her xylophone who your tyrannosauruses amused smiled . present
Target output: her xylophone who your tyrannosauruses amuse smiles .
Model output: her xylophone who your tyrannosauruses amuse smile .", testfull:0.89, testpos:1.0, genfull:0.07, genpos:0.99, genlinear:0.72, genmvcorrect:0.09, genmvlinear:0.81, genmvcorrectnum:0.09, genmvwrongnum:0.9, };
var p13_tense_exp147 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_47", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her unicorns admired some raven . present
Target output: her unicorns admire some raven .
Model output: her unicorns admire some raven .
Input: our unicorns entertained your yak upon the vultures . past
Target output: our unicorns entertained your yak upon the vultures .
Model output: our unicorns entertained your yak upon the vultures .
Input: her yaks above your unicorns applauded her walrus who applauded our quail . present
Target output: her yaks above your unicorns applaud her walrus who applauds our quail .
Model output: her yaks above your unicorns applaud her walrus who applauds our quail .
Input: her quails upon your xylophone remembered my zebra near our quail . past
Target output: her quails upon your xylophone remembered my zebra near our quail .
Model output: her quails upon your xylophone remembered my zebra near our quail .
Input: your xylophones near my salamanders confused the tyrannosaurus upon my walrus . present
Target output: your xylophones near my salamanders confuse the tyrannosaurus upon my walrus .
Model output: your xylophones near my salamanders confuse the walrus upon my tyrannosaurus .
Input: our raven changed . past
Target output: our raven changed .
Model output: our raven changed .
Input: my unicorns applauded our ravens . present
Target output: my unicorns applaud our ravens .
Model output: my unicorns applaud our ravens .
Input: your yaks who our tyrannosaurus comforted applauded some ravens . past
Target output: your yaks who our tyrannosaurus comforted applauded some ravens .
Model output: your yaks who our tyrannosaurus comforted applauded some ravens .
Input: my zebra confused her zebras around my tyrannosaurus . past
Target output: my zebra confused her zebras around my tyrannosaurus .
Model output: my zebra confused her zebras around my tyrannosaurus .
Input: some vulture that accepted our peacock applauded my walrus who the peacock admired . present
Target output: some vulture that accepts our peacock applauds my walrus who the peacock admires .
Model output: some vulture that accepts our peacock admires my walrus who the peacock admires .", exgen:"Input: the newts above my xylophone moved . present
Target output: the newts above my xylophone move .
Model output: the newts above my xylophone moves .
Input: her unicorns that high_fived some tyrannosaurus entertained her zebra . present
Target output: her unicorns that high_five some tyrannosaurus entertain her zebra .
Model output: her unicorns that high_five some tyrannosaurus entertains her zebra .
Input: some newt with our tyrannosauruses high_fived my quails . present
Target output: some newt with our tyrannosauruses high_fives my quails .
Model output: some newt with our tyrannosauruses high_five my quails .
Input: my unicorns who some zebra applauded read . present
Target output: my unicorns who some zebra applauds read .
Model output: my unicorns who some zebra applauds read .
Input: our yaks above some walrus applauded her quail who moved . present
Target output: our yaks above some walrus applaud her quail who moves .
Model output: our yaks above some walrus applauds her quail who moves .
Input: my quail who accepted my peacocks admired my salamander . present
Target output: my quail who accepts my peacocks admires my salamander .
Model output: my quail who accepts my peacocks admire my salamander .
Input: some peacock below our zebras remembered my quail behind the xylophones . present
Target output: some peacock below our zebras remembers my quail behind the xylophones .
Model output: some peacock below our zebras remember my quail behind the xylophones .
Input: the vultures that confused her quail comforted your peacock who some unicorns applauded . present
Target output: the vultures that confuse her quail comfort your peacock who some unicorns applaud .
Model output: the vultures that applaud your quail comfort her peacock who some unicorns applaud .
Input: my salamanders with my orangutan high_fived the newts . present
Target output: my salamanders with my orangutan high_five the newts .
Model output: my salamanders with my orangutan high_fives the newts .
Input: your raven behind our salamanders confused some raven who your raven remembered . present
Target output: your raven behind our salamanders confuses some raven who your raven remembers .
Model output: your raven behind our salamanders remember some raven who your raven confuses .", testfull:0.83, testpos:1.0, genfull:0.12, genpos:0.99, genlinear:0.6, genmvcorrect:0.17, genmvlinear:0.7, genmvcorrectnum:0.2, genmvwrongnum:0.8, };
var p13_tense_exp148 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_48", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your unicorn by your orangutan remembered our orangutan behind some zebra . present
Target output: your unicorn by your orangutan remembers our orangutan behind some zebra .
Model output: your unicorn by your orangutan remembers our orangutan behind some zebra .
Input: the zebras who my vulture entertained remembered your walrus below your walruses . past
Target output: the zebras who my vulture entertained remembered your walrus below your walruses .
Model output: the zebras who my vulture entertained remembered your walrus below your walruses .
Input: the orangutan amused your newt who remembered our tyrannosauruses . present
Target output: the orangutan amuses your newt who remembers our tyrannosauruses .
Model output: the orangutan amuses your newt who remembers our tyrannosauruses .
Input: our yak that waited applauded your yaks above my zebras . present
Target output: our yak that waits applauds your yaks above my zebras .
Model output: our yak that waits applauds your yaks below my zebras .
Input: your xylophone that comforted your peacock giggled . present
Target output: your xylophone that comforts your peacock giggles .
Model output: your xylophone that comforts your peacock giggles .
Input: my yaks around our quails amused your newts around her unicorns . past
Target output: my yaks around our quails amused your newts around her unicorns .
Model output: my yaks around our quails amused your newts around her unicorns .
Input: our tyrannosaurus that slept entertained our xylophone with your tyrannosauruses . present
Target output: our tyrannosaurus that sleeps entertains our xylophone with your tyrannosauruses .
Model output: our tyrannosaurus that sleeps entertains our xylophone with your tyrannosauruses .
Input: our peacocks upon your peacock changed . past
Target output: our peacocks upon your peacock changed .
Model output: our peacocks upon your peacock changed .
Input: my unicorn amused my raven by some tyrannosaurus . past
Target output: my unicorn amused my raven by some tyrannosaurus .
Model output: my unicorn amused my raven by some tyrannosaurus .
Input: my orangutan that read accepted the tyrannosaurus that comforted my salamanders . present
Target output: my orangutan that reads accepts the tyrannosaurus that comforts my salamanders .
Model output: my orangutan that reads comforts the tyrannosaurus that accepts my salamanders .", exgen:"Input: her orangutans that the peacock remembered admired our newt . present
Target output: her orangutans that the peacock remembers admire our newt .
Model output: her orangutans that the peacock remembers remembers our newt .
Input: your yaks who the walrus admired slept . present
Target output: your yaks who the walrus admires sleep .
Model output: your yaks who the walrus admires sleeps .
Input: our peacock that our peacocks remembered applauded your quails . present
Target output: our peacock that our peacocks remember applauds your quails .
Model output: our peacock that our peacocks remember applaud your quails .
Input: her quail who my peacocks entertained entertained your zebra below our orangutan . present
Target output: her quail who my peacocks entertain entertains your zebra below our orangutan .
Model output: her quail who my peacocks entertain entertain your zebra below our orangutan .
Input: my orangutan who applauded her newts amused her xylophone . present
Target output: my orangutan who applauds her newts amuses her xylophone .
Model output: my orangutan who applauds her newts amuse her xylophone .
Input: some unicorns that some orangutan confused entertained some orangutan that some xylophones applauded . present
Target output: some unicorns that some orangutan confuses entertain some orangutan that some xylophones applaud .
Model output: some unicorns that some orangutan confuses entertain some orangutan that some xylophones applaud .
Input: the orangutan above your unicorns entertained my quail . present
Target output: the orangutan above your unicorns entertains my quail .
Model output: the orangutan above your unicorns entertain my quail .
Input: some zebra above your salamanders comforted some newt upon my zebra . present
Target output: some zebra above your salamanders comforts some newt upon my zebra .
Model output: some zebra above your salamanders comfort some newt upon my zebra .
Input: your orangutan around my peacocks waited . present
Target output: your orangutan around my peacocks waits .
Model output: your orangutan around my peacocks wait .
Input: our salamanders with your unicorn amused my quail . present
Target output: our salamanders with your unicorn amuse my quail .
Model output: our salamanders with your unicorn amuses my quail .", testfull:0.85, testpos:1.0, genfull:0.18, genpos:1.0, genlinear:0.56, genmvcorrect:0.22, genmvlinear:0.67, genmvcorrectnum:0.25, genmvwrongnum:0.74, };
var p13_tense_exp149 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_49", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her unicorn applauded my quails around my zebra . present
Target output: her unicorn applauds my quails around my zebra .
Model output: her unicorn applauds my quails around my zebra .
Input: the newts that entertained her quails entertained some peacocks below my salamanders . past
Target output: the newts that entertained her quails entertained some peacocks below my salamanders .
Model output: the newts that entertained her quails entertained some peacocks below my salamanders .
Input: her vultures confused my xylophone who read . present
Target output: her vultures confuse my xylophone who reads .
Model output: her vultures confuse my xylophone who reads .
Input: the unicorns who smiled waited . past
Target output: the unicorns who smiled waited .
Model output: the unicorns who smiled waited .
Input: the vulture who entertained your yak amused your tyrannosaurus with some xylophone . present
Target output: the vulture who entertains your yak amuses your tyrannosaurus with some xylophone .
Model output: the vulture who entertains your tyrannosaurus amuses your yak with some tyrannosaurus .
Input: our xylophones entertained our unicorns who comforted your unicorns . past
Target output: our xylophones entertained our unicorns who comforted your unicorns .
Model output: our xylophones entertained our unicorns who comforted your unicorns .
Input: our xylophone remembered her newt . present
Target output: our xylophone remembers her newt .
Model output: our xylophone remembers her newt .
Input: her zebras entertained the yak . present
Target output: her zebras entertain the yak .
Model output: her zebras entertain the yak .
Input: some salamander that admired her vulture read . past
Target output: some salamander that admired her vulture read .
Model output: some salamander that admired her vulture read .
Input: her tyrannosaurus that smiled swam . present
Target output: her tyrannosaurus that smiles swims .
Model output: her tyrannosaurus that smiles swims .", exgen:"Input: the walruses above her peacock waited . present
Target output: the walruses above her peacock wait .
Model output: the walruses above her peacock waits .
Input: the orangutans below the xylophone confused her vultures . present
Target output: the orangutans below the xylophone confuse her vultures .
Model output: the orangutans below the xylophone confuses her vultures .
Input: my xylophones near your unicorn confused some yak that smiled . present
Target output: my xylophones near your unicorn confuse some yak that smiles .
Model output: my xylophones near your unicorn confuses some yak that smiles .
Input: your orangutan that your orangutans comforted comforted some tyrannosauruses . present
Target output: your orangutan that your orangutans comfort comforts some tyrannosauruses .
Model output: your orangutan that your orangutans comfort comfort some tyrannosauruses .
Input: some salamander who applauded my unicorns high_fived some xylophones above our zebras . present
Target output: some salamander who applauds my unicorns high_fives some xylophones above our zebras .
Model output: some salamander who applauds my unicorns high_five some xylophones above our zebras .
Input: the orangutans near her quail high_fived some ravens by my yak . present
Target output: the orangutans near her quail high_five some ravens by my yak .
Model output: the orangutans near her quail high_fives some ravens by my orangutan .
Input: her tyrannosaurus that her unicorns high_fived slept . present
Target output: her tyrannosaurus that her unicorns high_five sleeps .
Model output: her tyrannosaurus that her unicorns high_five sleep .
Input: my vultures around my orangutan comforted my xylophones that high_fived some xylophones . present
Target output: my vultures around my orangutan comfort my xylophones that high_five some xylophones .
Model output: my vultures around my orangutan comforts my xylophones that high_five some xylophones .
Input: some zebras below our raven entertained our newt . present
Target output: some zebras below our raven entertain our newt .
Model output: some zebras below our raven entertains our newt .
Input: her newts below the unicorn amused your xylophones that swam . present
Target output: her newts below the unicorn amuse your xylophones that swim .
Model output: her newts below the unicorn amuses your xylophones that swim .", testfull:0.9, testpos:1.0, genfull:0.05, genpos:0.99, genlinear:0.76, genmvcorrect:0.06, genmvlinear:0.84, genmvcorrectnum:0.07, genmvwrongnum:0.92, };
var p13_tense_exp150 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_50", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some vulture that your ravens comforted slept . past
Target output: some vulture that your ravens comforted slept .
Model output: some vulture that your ravens comforted slept .
Input: our newt remembered the newt that applauded my orangutans . present
Target output: our newt remembers the newt that applauds my orangutans .
Model output: our newt remembers the newt that applauds my orangutans .
Input: the zebras entertained her yak . present
Target output: the zebras entertain her yak .
Model output: the zebras entertain her yak .
Input: some ravens swam . present
Target output: some ravens swim .
Model output: some ravens swim .
Input: her newt entertained your walruses below our peacocks . present
Target output: her newt entertains your walruses below our peacocks .
Model output: her newt entertains your walruses below our peacocks .
Input: some newts that giggled applauded some unicorns that changed . past
Target output: some newts that giggled applauded some unicorns that changed .
Model output: some newts that giggled applauded some unicorns that changed .
Input: the unicorns that giggled entertained the zebra around some walrus . present
Target output: the unicorns that giggle entertain the zebra around some walrus .
Model output: the unicorns that giggle entertain the zebra around some walrus .
Input: the yaks above the quail confused our walrus that entertained your salamanders . past
Target output: the yaks above the quail confused our walrus that entertained your salamanders .
Model output: the yaks around the quail entertained our walrus that comforted your salamanders .
Input: the tyrannosaurus ate . past
Target output: the tyrannosaurus ate .
Model output: the tyrannosaurus ate .
Input: some tyrannosaurus upon our orangutan giggled . past
Target output: some tyrannosaurus upon our orangutan giggled .
Model output: some tyrannosaurus upon our orangutan giggled .", exgen:"Input: our zebra behind the salamanders high_fived my quails who her quail remembered . present
Target output: our zebra behind the salamanders high_fives my quails who her quail remembers .
Model output: our zebra behind the salamanders high_five my quails who her yaks remember .
Input: the peacock above the unicorns confused some newts . present
Target output: the peacock above the unicorns confuses some newts .
Model output: the peacock above the unicorns confuse some newts .
Input: our zebra who some walruses remembered confused some ravens . present
Target output: our zebra who some walruses remember confuses some ravens .
Model output: our zebra who some walruses confuse remember some ravens .
Input: our yaks by your zebra applauded our peacock by your zebra . present
Target output: our yaks by your zebra applaud our peacock by your zebra .
Model output: our yaks by your zebra applaud our zebra by your zebra .
Input: her tyrannosaurus below her ravens swam . present
Target output: her tyrannosaurus below her ravens swims .
Model output: her tyrannosaurus below her ravens swim .
Input: her walruses around the zebra remembered your ravens upon our vulture . present
Target output: her walruses around the zebra remember your ravens upon our vulture .
Model output: her walruses around the zebra remember your ravens upon our vulture .
Input: the tyrannosaurus near my unicorns read . present
Target output: the tyrannosaurus near my unicorns reads .
Model output: the tyrannosaurus near my unicorns read .
Input: our unicorns that entertained some yak high_fived the xylophones who entertained the yaks . present
Target output: our unicorns that entertain some yak high_five the xylophones who entertain the yaks .
Model output: our unicorns that entertain some yak entertains the yaks who entertain the xylophones .
Input: my walruses who our salamander amused entertained the vultures . present
Target output: my walruses who our salamander amuses entertain the vultures .
Model output: my walruses who our salamander amuses amuses the vultures .
Input: the xylophones near some quail high_fived your zebra upon her tyrannosaurus . present
Target output: the xylophones near some quail high_five your zebra upon her tyrannosaurus .
Model output: the xylophones near some quail high_five your zebra upon her zebra .", testfull:0.81, testpos:1.0, genfull:0.17, genpos:0.99, genlinear:0.5, genmvcorrect:0.25, genmvlinear:0.6, genmvcorrectnum:0.3, genmvwrongnum:0.69, };
var p13_tense_exp151 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_51", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some orangutan who ate admired some salamander . present
Target output: some orangutan who eats admires some salamander .
Model output: some orangutan who eats admires some salamander .
Input: my salamander around the unicorns admired some tyrannosauruses near some quails . past
Target output: my salamander around the unicorns admired some tyrannosauruses near some quails .
Model output: my salamander around the unicorns admired some tyrannosauruses near some quails .
Input: your zebras confused your quail . present
Target output: your zebras confuse your quail .
Model output: your zebras confuse your quail .
Input: your yak changed . past
Target output: your yak changed .
Model output: your yak changed .
Input: my vulture that admired my salamander swam . past
Target output: my vulture that admired my salamander swam .
Model output: my vulture that admired my salamander swam .
Input: the vulture that changed high_fived her yaks that her zebras applauded . present
Target output: the vulture that changes high_fives her yaks that her zebras applaud .
Model output: the vulture that changes high_fives her yaks that her zebras high_five .
Input: the newts who admired some tyrannosaurus accepted the orangutans . past
Target output: the newts who admired some tyrannosaurus accepted the orangutans .
Model output: the newts who accepted some tyrannosaurus admired the orangutans .
Input: your unicorn who your raven comforted giggled . present
Target output: your unicorn who your raven comforts giggles .
Model output: your unicorn who your raven comforts giggles .
Input: my zebras high_fived her yak . past
Target output: my zebras high_fived her yak .
Model output: my zebras high_fived her yak .
Input: your ravens that remembered your unicorns smiled . past
Target output: your ravens that remembered your unicorns smiled .
Model output: your ravens that remembered your unicorns smiled .", exgen:"Input: some raven below your peacocks swam . present
Target output: some raven below your peacocks swims .
Model output: some raven below your peacocks swim .
Input: the peacock who accepted the quails moved . present
Target output: the peacock who accepts the quails moves .
Model output: the peacock who accepts the quails move .
Input: her peacock that entertained my walruses remembered her peacocks who slept . present
Target output: her peacock that entertains my walruses remembers her peacocks who sleep .
Model output: her peacock that entertains my walruses remember her peacocks who sleep .
Input: her walrus that the zebras entertained high_fived our newts above her vultures . present
Target output: her walrus that the zebras entertain high_fives our newts above her vultures .
Model output: her walrus that the zebras entertain high_fives our newts above her vultures .
Input: our orangutans by her vulture admired your zebra . present
Target output: our orangutans by her vulture admire your zebra .
Model output: our orangutans by her vulture admires your zebra .
Input: your unicorns who entertained your salamander accepted some salamanders below the salamanders . present
Target output: your unicorns who entertain your salamander accept some salamanders below the salamanders .
Model output: your unicorns who accept your salamander entertain some salamanders below the salamanders .
Input: the newt that your xylophones accepted remembered some quail . present
Target output: the newt that your xylophones accept remembers some quail .
Model output: the newt that your xylophones accept remember some quail .
Input: my peacock that admired your xylophones applauded your salamanders upon her walrus . present
Target output: my peacock that admires your xylophones applauds your salamanders upon her walrus .
Model output: my peacock that applauds your xylophones applaud your salamanders upon her walrus .
Input: your salamander around my tyrannosauruses high_fived her newt below the yak . present
Target output: your salamander around my tyrannosauruses high_fives her newt below the yak .
Model output: your salamander around my tyrannosauruses high_five her newt below the yak .
Input: the salamander with our tyrannosauruses ate . present
Target output: the salamander with our tyrannosauruses eats .
Model output: the salamander with our tyrannosauruses eat .", testfull:0.82, testpos:1.0, genfull:0.2, genpos:0.99, genlinear:0.51, genmvcorrect:0.26, genmvlinear:0.6, genmvcorrectnum:0.31, genmvwrongnum:0.68, };
var p13_tense_exp152 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_52", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her zebra that our xylophone confused confused our orangutans that read . past
Target output: her zebra that our xylophone confused confused our orangutans that read .
Model output: her zebra that our xylophone confused confused our orangutans that read .
Input: her tyrannosauruses behind your peacocks high_fived her orangutans around our orangutan . present
Target output: her tyrannosauruses behind your peacocks high_five her orangutans around our orangutan .
Model output: her tyrannosauruses behind your peacocks high_five her orangutans around our orangutan .
Input: her walruses slept . past
Target output: her walruses slept .
Model output: her walruses slept .
Input: my peacock remembered the walrus . present
Target output: my peacock remembers the walrus .
Model output: my peacock remembers the walrus .
Input: my vulture who smiled slept . present
Target output: my vulture who smiles sleeps .
Model output: my vulture who smiles sleeps .
Input: her xylophone that high_fived your orangutan slept . present
Target output: her xylophone that high_fives your orangutan sleeps .
Model output: her xylophone that high_fives your orangutan sleeps .
Input: her yak who her vulture accepted swam . past
Target output: her yak who her vulture accepted swam .
Model output: her yak who her vulture accepted swam .
Input: the orangutans near the orangutans admired our zebras that my vulture amused . present
Target output: the orangutans near the orangutans admire our zebras that my vulture amuses .
Model output: the orangutans near the orangutans admire our zebras that my vulture amuses .
Input: some newt admired the yak . present
Target output: some newt admires the yak .
Model output: some newt admires the yak .
Input: her zebra that your tyrannosaurus entertained moved . present
Target output: her zebra that your tyrannosaurus entertains moves .
Model output: her zebra that your tyrannosaurus entertains moves .", exgen:"Input: our walruses with our peacock comforted the zebra who giggled . present
Target output: our walruses with our peacock comfort the zebra who giggles .
Model output: our walruses with our peacock comfort the zebra who giggles .
Input: our peacock by her zebras confused the peacock around some walruses . present
Target output: our peacock by her zebras confuses the peacock around some walruses .
Model output: our peacock by her zebras confuse the peacock around some walruses .
Input: your salamanders who some xylophone amused giggled . present
Target output: your salamanders who some xylophone amuses giggle .
Model output: your salamanders who some xylophone amuses giggles .
Input: the zebras near some raven admired our salamanders around your vulture . present
Target output: the zebras near some raven admire our salamanders around your vulture .
Model output: the zebras near some raven admires our salamanders around your vulture .
Input: the vulture who some unicorns applauded amused the raven that swam . present
Target output: the vulture who some unicorns applaud amuses the raven that swims .
Model output: the vulture who some unicorns applaud applaud the raven that swims .
Input: the xylophones that her unicorn admired entertained some unicorn that smiled . present
Target output: the xylophones that her unicorn admires entertain some unicorn that smiles .
Model output: the xylophones that her unicorn admires admire some unicorn that smiles .
Input: our vulture by our vultures moved . present
Target output: our vulture by our vultures moves .
Model output: our vulture by our vultures move .
Input: her peacocks behind your peacock amused our orangutan . present
Target output: her peacocks behind your peacock amuse our orangutan .
Model output: her peacocks behind your peacock amuses our orangutan .
Input: some orangutans behind her vulture amused her unicorn by your orangutans . present
Target output: some orangutans behind her vulture amuse her unicorn by your orangutans .
Model output: some orangutans behind her vulture amuses her unicorn by your orangutans .
Input: the unicorns that the zebra admired applauded my walruses . present
Target output: the unicorns that the zebra admires applaud my walruses .
Model output: the unicorns that the zebra admires applaud my walruses .", testfull:0.94, testpos:1.0, genfull:0.26, genpos:0.99, genlinear:0.52, genmvcorrect:0.36, genmvlinear:0.57, genmvcorrectnum:0.39, genmvwrongnum:0.6, };
var p13_tense_exp153 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_53", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our yak amused our newts . present
Target output: our yak amuses our newts .
Model output: our yak amuses our newts .
Input: some newt confused your tyrannosaurus . present
Target output: some newt confuses your tyrannosaurus .
Model output: some newt confuses your tyrannosaurus .
Input: some walruses entertained the quail . past
Target output: some walruses entertained the quail .
Model output: some walruses entertained the quail .
Input: some peacock below the quail high_fived your zebras . present
Target output: some peacock below the quail high_fives your zebras .
Model output: some peacock below the quail high_fives your zebras .
Input: your orangutans that ate high_fived your newts that our quails admired . past
Target output: your orangutans that ate high_fived your newts that our quails admired .
Model output: your orangutans that ate high_fived your newts that our quails admired .
Input: the quail that some salamanders amused applauded your xylophones by the quails . past
Target output: the quail that some salamanders amused applauded your xylophones by the quails .
Model output: the quail that some salamanders applauded amused your xylophones by the quails .
Input: your quails around my vultures confused my salamander that your ravens applauded . present
Target output: your quails around my vultures confuse my salamander that your ravens applaud .
Model output: your quails around my vultures applaud your salamander that your ravens confuse .
Input: my orangutans that swam high_fived her xylophone that read . past
Target output: my orangutans that swam high_fived her xylophone that read .
Model output: my orangutans that swam high_fived her xylophone that read .
Input: my zebras that moved waited . past
Target output: my zebras that moved waited .
Model output: my zebras that moved waited .
Input: some xylophones that her quails amused high_fived her tyrannosauruses that my walrus high_fived . past
Target output: some xylophones that her quails amused high_fived her tyrannosauruses that my walrus high_fived .
Model output: some xylophones that her quails high_fived amused my tyrannosauruses that your walrus high_fived .", exgen:"Input: some newts near our salamander remembered her tyrannosaurus above her peacock . present
Target output: some newts near our salamander remember her tyrannosaurus above her peacock .
Model output: some newts near our salamander remembers her tyrannosaurus above her peacock .
Input: your xylophone near my quails swam . present
Target output: your xylophone near my quails swims .
Model output: your xylophone near my quails swim .
Input: our tyrannosauruses who my walrus applauded giggled . present
Target output: our tyrannosauruses who my walrus applauds giggle .
Model output: our tyrannosauruses who my walrus applauds giggles .
Input: my raven near the salamanders admired the orangutans . present
Target output: my raven near the salamanders admires the orangutans .
Model output: my raven near the salamanders admire the orangutans .
Input: the vultures who our quail entertained admired our peacock who some quails comforted . present
Target output: the vultures who our quail entertains admire our peacock who some quails comfort .
Model output: the vultures who our quail entertains admires our peacock who some quails comfort .
Input: some xylophones that her zebra remembered applauded the ravens upon our newts . present
Target output: some xylophones that her zebra remembers applaud the ravens upon our newts .
Model output: some xylophones that her zebra remembers applauds the ravens upon our newts .
Input: some xylophones below some yak comforted some walrus upon my raven . present
Target output: some xylophones below some yak comfort some walrus upon my raven .
Model output: some xylophones below some yak comforts some yak upon my raven .
Input: my zebras below her yak accepted your newt that high_fived her yaks . present
Target output: my zebras below her yak accept your newt that high_fives her yaks .
Model output: my zebras below her yak accepts your newt that high_fives her yaks .
Input: your tyrannosauruses that remembered your vulture admired the orangutans . present
Target output: your tyrannosauruses that remember your vulture admire the orangutans .
Model output: your tyrannosauruses that remember your vulture admires the orangutans .
Input: the walruses who comforted your zebra confused the salamander . present
Target output: the walruses who comfort your zebra confuse the salamander .
Model output: the walruses who confuse your zebra comforts the salamander .", testfull:0.87, testpos:1.0, genfull:0.06, genpos:0.99, genlinear:0.7, genmvcorrect:0.08, genmvlinear:0.8, genmvcorrectnum:0.09, genmvwrongnum:0.9, };
var p13_tense_exp154 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_54", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our peacock amused my vulture around our orangutan . present
Target output: our peacock amuses my vulture around our orangutan .
Model output: our peacock amuses my vulture around our orangutan .
Input: the ravens that applauded the unicorn confused her newts that moved . past
Target output: the ravens that applauded the unicorn confused her newts that moved .
Model output: the ravens that applauded the unicorn confused her newts that moved .
Input: the quails below her quail confused our xylophone behind your newts . past
Target output: the quails below her quail confused our xylophone behind your newts .
Model output: the quails below her quail confused our xylophone behind your newts .
Input: some salamander comforted the yaks who moved . present
Target output: some salamander comforts the yaks who move .
Model output: some salamander comforts the yaks who move .
Input: her walrus accepted your zebra by her newt . past
Target output: her walrus accepted your zebra by her newt .
Model output: her walrus accepted your zebra by her newt .
Input: your zebra remembered our quail . past
Target output: your zebra remembered our quail .
Model output: your zebra remembered our quail .
Input: my vulture who smiled slept . present
Target output: my vulture who smiles sleeps .
Model output: my vulture who sleeps smiles .
Input: some salamander that giggled admired the yak . past
Target output: some salamander that giggled admired the yak .
Model output: some salamander that giggled admired the yak .
Input: the walrus confused some orangutan . past
Target output: the walrus confused some orangutan .
Model output: the walrus confused some orangutan .
Input: the salamander accepted her unicorn . present
Target output: the salamander accepts her unicorn .
Model output: the salamander accepts her unicorn .", exgen:"Input: my walrus who high_fived your newts changed . present
Target output: my walrus who high_fives your newts changes .
Model output: my walrus who high_fives your newts change .
Input: some walruses near my xylophone admired my vultures that confused her newts . present
Target output: some walruses near my xylophone admire my vultures that confuse her newts .
Model output: some walruses near my xylophone admire my vultures that confuse her newts .
Input: the tyrannosaurus below my quails entertained her tyrannosauruses who applauded my newt . present
Target output: the tyrannosaurus below my quails entertains her tyrannosauruses who applaud my newt .
Model output: the tyrannosaurus below my tyrannosauruses entertain her quails who applaud my newt .
Input: some raven that her quails comforted admired our tyrannosauruses that smiled . present
Target output: some raven that her quails comfort admires our tyrannosauruses that smile .
Model output: some raven that her quails comfort admire our tyrannosauruses that smile .
Input: some newt with some peacocks admired your unicorn who the salamander amused . present
Target output: some newt with some peacocks admires your unicorn who the salamander amuses .
Model output: some newt with some peacocks admire your unicorn who the salamander amuses .
Input: some xylophones above some yak high_fived the ravens upon some ravens . present
Target output: some xylophones above some yak high_five the ravens upon some ravens .
Model output: some xylophones above some yak high_five the ravens upon some ravens .
Input: my salamander who admired the xylophones high_fived your walrus around the unicorns . present
Target output: my salamander who admires the xylophones high_fives your walrus around the unicorns .
Model output: my salamander who high_fives the xylophones admire your walrus around the unicorns .
Input: my peacocks upon my tyrannosaurus accepted the vulture upon your xylophone . present
Target output: my peacocks upon my tyrannosaurus accept the vulture upon your xylophone .
Model output: my peacocks upon my tyrannosaurus accepts the vulture upon your xylophone .
Input: your orangutans that her peacock comforted admired her xylophones . present
Target output: your orangutans that her peacock comforts admire her xylophones .
Model output: your orangutans that her peacock comforts admires her xylophones .
Input: my newt that our salamanders amused ate . present
Target output: my newt that our salamanders amuse eats .
Model output: my newt that our salamanders amuse eat .", testfull:0.9, testpos:1.0, genfull:0.08, genpos:0.99, genlinear:0.73, genmvcorrect:0.11, genmvlinear:0.8, genmvcorrectnum:0.13, genmvwrongnum:0.87, };
var p13_tense_exp155 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_55", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some yaks near our walrus high_fived our raven with her quails . past
Target output: some yaks near our walrus high_fived our raven with her quails .
Model output: some yaks near our walrus high_fived our raven with her quails .
Input: my ravens with some salamander ate . past
Target output: my ravens with some salamander ate .
Model output: my ravens with some salamander ate .
Input: some newt above your walrus waited . present
Target output: some newt above your walrus waits .
Model output: some newt above your walrus waits .
Input: some unicorn confused her xylophones with some unicorn . past
Target output: some unicorn confused her xylophones with some unicorn .
Model output: some unicorn confused her xylophones with some unicorn .
Input: the zebras entertained some quails . present
Target output: the zebras entertain some quails .
Model output: the zebras entertain some quails .
Input: my walrus around my walruses amused some unicorns with her vulture . past
Target output: my walrus around my walruses amused some unicorns with her vulture .
Model output: my walrus around my walruses amused some unicorns with her vulture .
Input: some xylophone below our unicorn giggled . past
Target output: some xylophone below our unicorn giggled .
Model output: some xylophone below our unicorn giggled .
Input: the xylophone who smiled confused some peacocks behind the unicorn . present
Target output: the xylophone who smiles confuses some peacocks behind the unicorn .
Model output: the xylophone who smiles confuses some peacocks behind the unicorn .
Input: my zebra moved . present
Target output: my zebra moves .
Model output: my zebra moves .
Input: our ravens who admired your peacocks comforted our tyrannosaurus that her walrus comforted . present
Target output: our ravens who admire your peacocks comfort our tyrannosaurus that her walrus comforts .
Model output: our ravens who admire your peacocks comfort our tyrannosaurus that her walrus comforts .", exgen:"Input: her walrus below some zebras smiled . present
Target output: her walrus below some zebras smiles .
Model output: her walrus below some zebras smile .
Input: your vulture that my zebras admired high_fived your vultures above her vulture . present
Target output: your vulture that my zebras admire high_fives your vultures above her vulture .
Model output: your vulture that my zebras admire high_five your vultures above her vulture .
Input: your peacock upon my orangutans waited . present
Target output: your peacock upon my orangutans waits .
Model output: your peacock upon my orangutans wait .
Input: her unicorn that admired the vultures swam . present
Target output: her unicorn that admires the vultures swims .
Model output: her unicorn that admires the vultures swim .
Input: the zebras that some peacock confused smiled . present
Target output: the zebras that some peacock confuses smile .
Model output: the zebras that some peacock confuses smiles .
Input: our zebra behind her salamanders amused my xylophone . present
Target output: our zebra behind her salamanders amuses my xylophone .
Model output: our zebra behind her salamanders amuse my xylophone .
Input: the walrus by your newts high_fived some xylophone behind some newts . present
Target output: the walrus by your newts high_fives some xylophone behind some newts .
Model output: the walrus by your newts high_five some xylophone behind some newts .
Input: the peacocks below our tyrannosaurus comforted her salamander with my unicorns . present
Target output: the peacocks below our tyrannosaurus comfort her salamander with my unicorns .
Model output: the peacocks below our tyrannosaurus comforts her salamander with my unicorns .
Input: our walruses with our salamander admired our peacocks . present
Target output: our walruses with our salamander admire our peacocks .
Model output: our walruses with our salamander admires our peacocks .
Input: her vulture behind our xylophones applauded our peacock above our walrus . present
Target output: her vulture behind our xylophones applauds our peacock above our walrus .
Model output: her vulture behind our xylophones applaud our peacock above our walrus .", testfull:0.9, testpos:1.0, genfull:0.04, genpos:0.99, genlinear:0.75, genmvcorrect:0.05, genmvlinear:0.84, genmvcorrectnum:0.06, genmvwrongnum:0.93, };
var p13_tense_exp156 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_56", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my quails around my yak accepted our zebras . past
Target output: my quails around my yak accepted our zebras .
Model output: my quails around my yak accepted our zebras .
Input: your yaks entertained my unicorns below her vulture . present
Target output: your yaks entertain my unicorns below her vulture .
Model output: your yaks entertain my unicorns below her vulture .
Input: her peacock that swam high_fived my peacocks . present
Target output: her peacock that swims high_fives my peacocks .
Model output: her peacock that swims high_fives my peacocks .
Input: my quail smiled . present
Target output: my quail smiles .
Model output: my quail smiles .
Input: your peacock upon some unicorn applauded my unicorn below her yaks . present
Target output: your peacock upon some unicorn applauds my unicorn below her yaks .
Model output: your peacock upon some unicorn applauds my unicorn below her yaks .
Input: my salamander waited . present
Target output: my salamander waits .
Model output: my salamander waits .
Input: her xylophones around our unicorn entertained my raven who accepted my newt . past
Target output: her xylophones around our unicorn entertained my raven who accepted my newt .
Model output: her xylophones around our raven entertained my newt who accepted my raven .
Input: her yak upon some vulture high_fived my salamanders upon our xylophone . past
Target output: her yak upon some vulture high_fived my salamanders upon our xylophone .
Model output: her yak upon some vulture high_fived my salamanders upon our xylophone .
Input: my orangutans remembered my salamander near my newt . present
Target output: my orangutans remember my salamander near my newt .
Model output: my orangutans remember my salamander near my newt .
Input: the tyrannosaurus below some xylophone amused your quail that read . past
Target output: the tyrannosaurus below some xylophone amused your quail that read .
Model output: the tyrannosaurus below some xylophone amused your quail that read .", exgen:"Input: her unicorn around her walruses slept . present
Target output: her unicorn around her walruses sleeps .
Model output: her unicorn around her walruses sleep .
Input: our newt with some ravens swam . present
Target output: our newt with some ravens swims .
Model output: our newt with some ravens swim .
Input: our yak near your xylophones confused your orangutan near my ravens . present
Target output: our yak near your xylophones confuses your orangutan near my ravens .
Model output: our yak near your xylophones confuse your orangutan near my ravens .
Input: the orangutans around your peacock amused your xylophone near some unicorn . present
Target output: the orangutans around your peacock amuse your xylophone near some unicorn .
Model output: the orangutans around your peacock amuse your xylophone near some unicorn .
Input: your walruses near the xylophone applauded your newt . present
Target output: your walruses near the xylophone applaud your newt .
Model output: your walruses near the xylophone applaud your newt .
Input: some orangutan above the newts applauded my peacocks . present
Target output: some orangutan above the newts applauds my peacocks .
Model output: some orangutan above the newts applaud my peacocks .
Input: the tyrannosauruses with the newt confused my yak below some ravens . present
Target output: the tyrannosauruses with the newt confuse my yak below some ravens .
Model output: the tyrannosauruses with the newt confuse my yak below some ravens .
Input: your peacocks near the peacock remembered the salamander that your quails remembered . present
Target output: your peacocks near the peacock remember the salamander that your quails remember .
Model output: your peacocks near the peacock remember the salamander that your quails remember .
Input: my peacock that your ravens admired ate . present
Target output: my peacock that your ravens admire eats .
Model output: my peacock that your ravens admire eat .
Input: our zebra near her newts remembered her xylophone above our unicorns . present
Target output: our zebra near her newts remembers her xylophone above our unicorns .
Model output: our zebra near her newts remember her xylophone above our unicorns .", testfull:0.91, testpos:1.0, genfull:0.25, genpos:0.99, genlinear:0.55, genmvcorrect:0.31, genmvlinear:0.6, genmvcorrectnum:0.34, genmvwrongnum:0.65, };
var p13_tense_exp157 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_57", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her vultures high_fived her salamanders . past
Target output: her vultures high_fived her salamanders .
Model output: her vultures high_fived her salamanders .
Input: her orangutan by the orangutan high_fived some salamanders who ate . present
Target output: her orangutan by the orangutan high_fives some salamanders who eat .
Model output: her orangutan by the orangutan high_fives some salamanders who eat .
Input: her walruses giggled . present
Target output: her walruses giggle .
Model output: her walruses giggle .
Input: my quails with some unicorns swam . present
Target output: my quails with some unicorns swim .
Model output: my quails with some unicorns swim .
Input: the quail below our tyrannosaurus moved . present
Target output: the quail below our tyrannosaurus moves .
Model output: the quail below our tyrannosaurus moves .
Input: my yaks near your newts entertained your ravens . present
Target output: my yaks near your newts entertain your ravens .
Model output: my yaks near your newts entertain your ravens .
Input: the zebras that applauded your zebra accepted my zebras that amused some xylophones . past
Target output: the zebras that applauded your zebra accepted my zebras that amused some xylophones .
Model output: the zebras that applauded your zebra amused my xylophones that accepted some xylophones .
Input: the peacocks changed . past
Target output: the peacocks changed .
Model output: the peacocks changed .
Input: my salamanders upon her salamanders entertained the salamander that smiled . past
Target output: my salamanders upon her salamanders entertained the salamander that smiled .
Model output: my salamanders upon her salamanders entertained the salamander that smiled .
Input: your peacocks with your vultures read . present
Target output: your peacocks with your vultures read .
Model output: your peacocks with your vultures read .", exgen:"Input: my peacocks that her tyrannosaurus applauded slept . present
Target output: my peacocks that her tyrannosaurus applauds sleep .
Model output: my peacocks that her tyrannosaurus applauds sleeps .
Input: your salamanders who my xylophone high_fived entertained my peacocks near the yak . present
Target output: your salamanders who my xylophone high_fives entertain my peacocks near the yak .
Model output: your salamanders who my xylophone high_fives entertains my peacocks near the yak .
Input: her unicorns behind our peacock applauded your unicorn . present
Target output: her unicorns behind our peacock applaud your unicorn .
Model output: her unicorns behind our peacock applauds your unicorn .
Input: the xylophone that my salamanders remembered waited . present
Target output: the xylophone that my salamanders remember waits .
Model output: the xylophone that my salamanders remember wait .
Input: our quails that the newt comforted accepted her tyrannosaurus with some unicorns . present
Target output: our quails that the newt comforts accept her tyrannosaurus with some unicorns .
Model output: our quails that the newt comforts accepts her tyrannosaurus with some unicorns .
Input: some ravens below her zebra amused the salamander . present
Target output: some ravens below her zebra amuse the salamander .
Model output: some ravens below her zebra amuses the salamander .
Input: some unicorn who some vultures remembered confused some vulture . present
Target output: some unicorn who some vultures remember confuses some vulture .
Model output: some unicorn who some vultures remember confuse some vulture .
Input: my xylophones near your vulture comforted my yak . present
Target output: my xylophones near your vulture comfort my yak .
Model output: my xylophones near your vulture comforts my yak .
Input: the walrus around her zebras slept . present
Target output: the walrus around her zebras sleeps .
Model output: the walrus around her zebras sleep .
Input: my vultures who some walrus amused accepted your raven . present
Target output: my vultures who some walrus amuses accept your raven .
Model output: my vultures who some walrus accept amuses your raven .", testfull:0.94, testpos:1.0, genfull:0.07, genpos:0.99, genlinear:0.8, genmvcorrect:0.08, genmvlinear:0.86, genmvcorrectnum:0.09, genmvwrongnum:0.91, };
var p13_tense_exp158 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_58", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her zebra that applauded our newts remembered some xylophones . past
Target output: her zebra that applauded our newts remembered some xylophones .
Model output: her zebra that applauded our newts remembered some xylophones .
Input: the orangutan with the salamander smiled . present
Target output: the orangutan with the salamander smiles .
Model output: the orangutan with the salamander smiles .
Input: your orangutans that my vultures amused comforted the vulture that giggled . past
Target output: your orangutans that my vultures amused comforted the vulture that giggled .
Model output: your orangutans that my vultures comforted amused the vulture that giggled .
Input: some walruses entertained the quail . past
Target output: some walruses entertained the quail .
Model output: some walruses entertained the quail .
Input: our newts upon your newts confused the ravens that waited . past
Target output: our newts upon your newts confused the ravens that waited .
Model output: our newts upon your newts confused the ravens that waited .
Input: your salamanders above some peacocks applauded our peacock above my salamander . past
Target output: your salamanders above some peacocks applauded our peacock above my salamander .
Model output: your salamanders above some peacocks applauded our peacock above my salamander .
Input: her salamanders that changed amused some tyrannosauruses that some orangutans comforted . present
Target output: her salamanders that change amuse some tyrannosauruses that some orangutans comfort .
Model output: her salamanders that change amuse some tyrannosauruses that some orangutans comfort .
Input: your vulture who giggled admired my quails that giggled . present
Target output: your vulture who giggles admires my quails that giggle .
Model output: your vulture who giggles admires my quails that giggle .
Input: your zebras that her peacocks confused confused her walruses . present
Target output: your zebras that her peacocks confuse confuse her walruses .
Model output: your zebras that her peacocks confuse confuse her walruses .
Input: our tyrannosaurus giggled . present
Target output: our tyrannosaurus giggles .
Model output: our tyrannosaurus giggles .", exgen:"Input: her quail by my xylophones remembered some yak around the vulture . present
Target output: her quail by my xylophones remembers some yak around the vulture .
Model output: her quail by my xylophones remember some yak around the vulture .
Input: your walrus that her peacocks high_fived giggled . present
Target output: your walrus that her peacocks high_five giggles .
Model output: your walrus that her peacocks high_five giggle .
Input: your walruses that the walrus applauded accepted your salamanders who giggled . present
Target output: your walruses that the walrus applauds accept your salamanders who giggle .
Model output: your walruses that the walrus applauds accepts your walrus who giggles .
Input: my ravens that remembered her zebra entertained her walrus around my xylophones . present
Target output: my ravens that remember her zebra entertain her walrus around my xylophones .
Model output: my ravens that remember her walrus remembers her walrus around my xylophones .
Input: my tyrannosauruses near her zebra entertained our walrus who my vultures confused . present
Target output: my tyrannosauruses near her zebra entertain our walrus who my vultures confuse .
Model output: my tyrannosauruses near her zebra entertain our walrus who my vultures confuse .
Input: our salamander with our ravens remembered our unicorns who our unicorn confused . present
Target output: our salamander with our ravens remembers our unicorns who our unicorn confuses .
Model output: our salamander with our ravens remember our unicorns who our unicorn confuses .
Input: our yaks that your unicorn accepted amused my orangutan who read . present
Target output: our yaks that your unicorn accepts amuse my orangutan who reads .
Model output: our yaks that your unicorn accepts accepts my orangutan who reads .
Input: her peacock that the yaks high_fived remembered your yaks who waited . present
Target output: her peacock that the yaks high_five remembers your yaks who wait .
Model output: her peacock that the yaks high_five high_five your yaks who wait .
Input: the raven that the quails applauded read . present
Target output: the raven that the quails applaud reads .
Model output: the raven that the quails applaud read .
Input: her salamanders who the yak remembered admired the yak that slept . present
Target output: her salamanders who the yak remembers admire the yak that sleeps .
Model output: her salamanders who the yak remembers admire the yak that sleeps .", testfull:0.9, testpos:1.0, genfull:0.08, genpos:0.99, genlinear:0.71, genmvcorrect:0.1, genmvlinear:0.78, genmvcorrectnum:0.12, genmvwrongnum:0.87, };
var p13_tense_exp159 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_59", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her salamander that entertained my unicorns high_fived some zebra . past
Target output: her salamander that entertained my unicorns high_fived some zebra .
Model output: her salamander that entertained my unicorns high_fived some zebra .
Input: your zebra who changed comforted the tyrannosauruses who admired our newts . present
Target output: your zebra who changes comforts the tyrannosauruses who admire our newts .
Model output: your zebra who changes admires the tyrannosauruses who admire our newts .
Input: her yaks behind your quails amused her zebras below her yak . present
Target output: her yaks behind your quails amuse her zebras below her yak .
Model output: her yaks behind your quails amuse her quails below her yak .
Input: your tyrannosauruses who applauded some salamanders smiled . present
Target output: your tyrannosauruses who applaud some salamanders smile .
Model output: your tyrannosauruses who applaud some salamanders smile .
Input: some salamanders entertained the raven . present
Target output: some salamanders entertain the raven .
Model output: some salamanders entertain the raven .
Input: your salamanders admired my unicorns near our unicorns . past
Target output: your salamanders admired my unicorns near our unicorns .
Model output: your salamanders admired my unicorns near our unicorns .
Input: the yaks around your unicorns entertained my unicorn upon the peacock . present
Target output: the yaks around your unicorns entertain my unicorn upon the peacock .
Model output: the yaks around your unicorns entertain my peacock upon the newt .
Input: her tyrannosauruses remembered some orangutan . past
Target output: her tyrannosauruses remembered some orangutan .
Model output: her tyrannosauruses remembered some orangutan .
Input: her tyrannosaurus comforted some quail . past
Target output: her tyrannosaurus comforted some quail .
Model output: her tyrannosaurus comforted some quail .
Input: her salamander ate . past
Target output: her salamander ate .
Model output: her salamander ate .", exgen:"Input: your walrus who comforted her walruses high_fived my vultures above your tyrannosaurus . present
Target output: your walrus who comforts her walruses high_fives my vultures above your tyrannosaurus .
Model output: your walrus who comforts her walruses high_five my vultures above your tyrannosaurus .
Input: her tyrannosauruses above my raven swam . present
Target output: her tyrannosauruses above my raven swim .
Model output: her tyrannosauruses above my raven swim .
Input: our zebra above some quails confused my peacock upon the newt . present
Target output: our zebra above some quails confuses my peacock upon the newt .
Model output: our zebra above some quails confuse my peacock upon the newt .
Input: her tyrannosauruses that her walrus confused comforted some unicorns who our ravens amused . present
Target output: her tyrannosauruses that her walrus confuses comfort some unicorns who our ravens amuse .
Model output: her tyrannosauruses that her walrus amuse comfort some unicorns who our ravens amuse .
Input: some peacock that her ravens remembered confused my orangutans who swam . present
Target output: some peacock that her ravens remember confuses my orangutans who swim .
Model output: some peacock that her ravens remember confuse my orangutans who swim .
Input: your raven with the unicorns amused some orangutan with our xylophone . present
Target output: your raven with the unicorns amuses some orangutan with our xylophone .
Model output: your raven with the unicorns amuse some orangutan with our xylophone .
Input: the unicorn below our walruses amused her vulture near our yaks . present
Target output: the unicorn below our walruses amuses her vulture near our yaks .
Model output: the unicorn below our walruses amuse her vulture near our yaks .
Input: some salamanders by your yak amused the peacocks . present
Target output: some salamanders by your yak amuse the peacocks .
Model output: some salamanders by your yak amuse the peacocks .
Input: my walruses near your peacock remembered your walruses who the zebras accepted . present
Target output: my walruses near your peacock remember your walruses who the zebras accept .
Model output: my walruses near your peacock remember your zebras who the walruses accept .
Input: the vulture that confused some tyrannosauruses applauded our peacocks upon our zebras . present
Target output: the vulture that confuses some tyrannosauruses applauds our peacocks upon our zebras .
Model output: the vulture that applauds some tyrannosauruses confuse our peacocks upon our zebras .", testfull:0.8, testpos:1.0, genfull:0.21, genpos:0.99, genlinear:0.44, genmvcorrect:0.31, genmvlinear:0.53, genmvcorrectnum:0.38, genmvwrongnum:0.61, };
var p13_tense_exp160 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_60", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her vulture with our walrus remembered our vultures behind the walruses . past
Target output: her vulture with our walrus remembered our vultures behind the walruses .
Model output: her vulture with our walrus remembered our yaks behind the vultures .
Input: the tyrannosaurus around our peacock read . present
Target output: the tyrannosaurus around our peacock reads .
Model output: the tyrannosaurus around our peacock reads .
Input: my newt by some vulture applauded her yak behind my ravens . past
Target output: my newt by some vulture applauded her yak behind my ravens .
Model output: my newt by some vulture applauded her yak behind my ravens .
Input: our yak who changed giggled . present
Target output: our yak who changes giggles .
Model output: our yak who changes giggles .
Input: your yaks near our xylophones entertained our peacocks . past
Target output: your yaks near our xylophones entertained our peacocks .
Model output: your yaks near our xylophones entertained our peacocks .
Input: your quails who slept waited . past
Target output: your quails who slept waited .
Model output: your quails who slept slept .
Input: your quails that the quail remembered confused the orangutans that her xylophone applauded . past
Target output: your quails that the quail remembered confused the orangutans that her xylophone applauded .
Model output: your quails that the quail remembered confused the orangutans that her xylophone applauded .
Input: your newts high_fived our peacock . present
Target output: your newts high_five our peacock .
Model output: your newts high_five our peacock .
Input: her zebra applauded her zebras that our unicorn amused . present
Target output: her zebra applauds her zebras that our unicorn amuses .
Model output: her zebra applauds her zebras that our unicorn amuses .
Input: the ravens that applauded the unicorn confused her newts that moved . past
Target output: the ravens that applauded the unicorn confused her newts that moved .
Model output: the ravens that applauded the unicorn confused her newts that moved .", exgen:"Input: some salamanders that your raven amused amused your walruses . present
Target output: some salamanders that your raven amuses amuse your walruses .
Model output: some salamanders that your raven amuses amuses your walruses .
Input: some vultures who some walrus confused confused our raven that ate . present
Target output: some vultures who some walrus confuses confuse our raven that eats .
Model output: some vultures who some walrus confuses confuses our raven that eats .
Input: our salamanders above her salamander moved . present
Target output: our salamanders above her salamander move .
Model output: our salamanders above her salamander moves .
Input: some tyrannosaurus upon my quails admired my unicorns behind my yaks . present
Target output: some tyrannosaurus upon my quails admires my unicorns behind my yaks .
Model output: some tyrannosaurus upon my quails admire my tyrannosauruses behind my yaks .
Input: my raven who my ravens comforted amused the newts behind your orangutan . present
Target output: my raven who my ravens comfort amuses the newts behind your orangutan .
Model output: my raven who my ravens amuses comfort the newts behind your orangutan .
Input: the yak below my quails swam . present
Target output: the yak below my quails swims .
Model output: the yak below my quails swim .
Input: your vulture above your peacocks waited . present
Target output: your vulture above your peacocks waits .
Model output: your vulture above your peacocks wait .
Input: some xylophones around some yak entertained the vultures who applauded your vultures . present
Target output: some xylophones around some yak entertain the vultures who applaud your vultures .
Model output: some xylophones around some yak entertains the vultures who applaud your vultures .
Input: our tyrannosauruses who comforted her quail swam . present
Target output: our tyrannosauruses who comfort her quail swim .
Model output: our tyrannosauruses who comfort her quail swims .
Input: our yaks that applauded your raven comforted our salamander near your ravens . present
Target output: our yaks that applaud your raven comfort our salamander near your ravens .
Model output: our yaks that applaud your raven comforts our salamander near your ravens .", testfull:0.94, testpos:1.0, genfull:0.03, genpos:1.0, genlinear:0.84, genmvcorrect:0.04, genmvlinear:0.9, genmvcorrectnum:0.04, genmvwrongnum:0.95, };
var p13_tense_exp161 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_61", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her newt by our newt accepted your quails . past
Target output: her newt by our newt accepted your quails .
Model output: her newt by our newt accepted your quails .
Input: my walrus comforted our tyrannosaurus below your vulture . past
Target output: my walrus comforted our tyrannosaurus below your vulture .
Model output: my walrus comforted our tyrannosaurus below your vulture .
Input: some raven remembered some yaks behind my tyrannosaurus . present
Target output: some raven remembers some yaks behind my tyrannosaurus .
Model output: some raven remembers some yaks behind my tyrannosaurus .
Input: some salamander that accepted the quails confused the salamander behind some walrus . past
Target output: some salamander that accepted the quails confused the salamander behind some walrus .
Model output: some salamander that accepted the quails confused the salamander behind some walrus .
Input: the tyrannosauruses who swam high_fived some salamanders below my peacock . present
Target output: the tyrannosauruses who swim high_five some salamanders below my peacock .
Model output: the tyrannosauruses who swim high_five some salamanders below my peacock .
Input: some tyrannosauruses that our walruses comforted high_fived her vulture that the salamanders amused . past
Target output: some tyrannosauruses that our walruses comforted high_fived her vulture that the salamanders amused .
Model output: some tyrannosauruses that our walruses comforted high_fived her vulture that the salamanders amused .
Input: her raven admired some tyrannosaurus who some raven remembered . past
Target output: her raven admired some tyrannosaurus who some raven remembered .
Model output: her raven admired some tyrannosaurus who some raven remembered .
Input: some quails comforted your walruses that waited . past
Target output: some quails comforted your walruses that waited .
Model output: some quails comforted your walruses that waited .
Input: her newts who applauded her unicorns entertained my yak near her ravens . past
Target output: her newts who applauded her unicorns entertained my yak near her ravens .
Model output: her newts who applauded her unicorns entertained her yak near my ravens .
Input: our tyrannosauruses that slept applauded her newt around the yak . present
Target output: our tyrannosauruses that sleep applaud her newt around the yak .
Model output: our tyrannosauruses that sleep applaud her newt around the yak .", exgen:"Input: our salamander by some tyrannosauruses giggled . present
Target output: our salamander by some tyrannosauruses giggles .
Model output: our salamander by some tyrannosauruses giggle .
Input: the ravens who confused our vulture smiled . present
Target output: the ravens who confuse our vulture smile .
Model output: the ravens who confuse our vulture smiles .
Input: some salamanders by my raven slept . present
Target output: some salamanders by my raven sleep .
Model output: some salamanders by my raven sleeps .
Input: your quails above her tyrannosaurus comforted my tyrannosauruses . present
Target output: your quails above her tyrannosaurus comfort my tyrannosauruses .
Model output: your quails above her tyrannosaurus comforts my tyrannosauruses .
Input: your salamanders that high_fived some quail entertained our newt who slept . present
Target output: your salamanders that high_five some quail entertain our newt who sleeps .
Model output: your salamanders that high_five some quail entertains our newt who sleeps .
Input: her zebra that her orangutans accepted admired your ravens . present
Target output: her zebra that her orangutans accept admires your ravens .
Model output: her zebra that her orangutans accept admire your ravens .
Input: our quails around the vulture accepted some unicorns below her peacocks . present
Target output: our quails around the vulture accept some unicorns below her peacocks .
Model output: our quails around the vulture accepts some unicorns below her peacocks .
Input: our quails above our newt amused some unicorn by the quails . present
Target output: our quails above our newt amuse some unicorn by the quails .
Model output: our quails above our newt amuses some unicorn by the quails .
Input: some walrus upon our zebras accepted my walruses by my walrus . present
Target output: some walrus upon our zebras accepts my walruses by my walrus .
Model output: some walrus upon our zebras accept my walruses by my walrus .
Input: her newts upon her salamander giggled . present
Target output: her newts upon her salamander giggle .
Model output: her newts upon her salamander giggles .", testfull:0.96, testpos:1.0, genfull:0.07, genpos:0.99, genlinear:0.83, genmvcorrect:0.08, genmvlinear:0.87, genmvcorrectnum:0.08, genmvwrongnum:0.91, };
var p13_tense_exp162 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_62", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some xylophone below your xylophone entertained her peacocks . present
Target output: some xylophone below your xylophone entertains her peacocks .
Model output: some xylophone below your xylophone entertains her peacocks .
Input: some yaks swam . past
Target output: some yaks swam .
Model output: some yaks swam .
Input: her zebras who giggled confused her peacocks . present
Target output: her zebras who giggle confuse her peacocks .
Model output: her zebras who giggle confuse her peacocks .
Input: her xylophone confused her quails . present
Target output: her xylophone confuses her quails .
Model output: her xylophone confuses her quails .
Input: your unicorns around her xylophones applauded your orangutan by some zebras . present
Target output: your unicorns around her xylophones applaud your orangutan by some zebras .
Model output: your unicorns around her xylophones applaud your orangutan by some zebras .
Input: her vultures that read admired some newts who amused some raven . past
Target output: her vultures that read admired some newts who amused some raven .
Model output: her vultures that read admired some newts who amused some raven .
Input: our peacock accepted my zebras who applauded my vulture . past
Target output: our peacock accepted my zebras who applauded my vulture .
Model output: our peacock accepted my zebras who applauded my vulture .
Input: our newts who swam remembered our tyrannosaurus who giggled . past
Target output: our newts who swam remembered our tyrannosaurus who giggled .
Model output: our newts who swam remembered our tyrannosaurus who giggled .
Input: my tyrannosaurus admired your vultures . past
Target output: my tyrannosaurus admired your vultures .
Model output: my tyrannosaurus admired your vultures .
Input: our unicorn who high_fived some quail swam . past
Target output: our unicorn who high_fived some quail swam .
Model output: our unicorn who high_fived some quail swam .", exgen:"Input: the orangutans by some peacock comforted her walruses . present
Target output: the orangutans by some peacock comfort her walruses .
Model output: the orangutans by some peacock comforts her walruses .
Input: our tyrannosaurus upon some unicorns high_fived her xylophone . present
Target output: our tyrannosaurus upon some unicorns high_fives her xylophone .
Model output: our tyrannosaurus upon some unicorns high_five her xylophone .
Input: some salamander above my xylophones comforted her peacocks near some zebras . present
Target output: some salamander above my xylophones comforts her peacocks near some zebras .
Model output: some salamander above my xylophones comfort her peacocks near some zebras .
Input: some walrus by my tyrannosauruses entertained the tyrannosaurus . present
Target output: some walrus by my tyrannosauruses entertains the tyrannosaurus .
Model output: some walrus by my tyrannosauruses entertain the tyrannosaurus .
Input: our unicorn upon her ravens admired our raven above my zebras . present
Target output: our unicorn upon her ravens admires our raven above my zebras .
Model output: our unicorn upon her ravens admire our raven above my zebras .
Input: some zebras that high_fived our walrus moved . present
Target output: some zebras that high_five our walrus move .
Model output: some zebras that high_five our walrus moves .
Input: her zebra that admired my ravens admired your newt that changed . present
Target output: her zebra that admires my ravens admires your newt that changes .
Model output: her zebra that admires my ravens admire your newt that changes .
Input: the vultures that admired her zebra high_fived your salamander who changed . present
Target output: the vultures that admire her zebra high_five your salamander who changes .
Model output: the vultures that admire her zebra high_fives your salamander who changes .
Input: her newt upon some peacocks admired her quail that the newt admired . present
Target output: her newt upon some peacocks admires her quail that the newt admires .
Model output: her newt upon some peacocks admire her quail that her newt admires .
Input: our walruses with our peacock comforted the zebra who giggled . present
Target output: our walruses with our peacock comfort the zebra who giggles .
Model output: our walruses with our peacock comforts the zebra who giggles .", testfull:0.89, testpos:1.0, genfull:0.03, genpos:0.99, genlinear:0.77, genmvcorrect:0.04, genmvlinear:0.87, genmvcorrectnum:0.05, genmvwrongnum:0.94, };
var p13_tense_exp163 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_63", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the yaks admired our xylophone behind my unicorns . past
Target output: the yaks admired our xylophone behind my unicorns .
Model output: the yaks admired our xylophone behind my unicorns .
Input: my salamanders who the newts accepted entertained my zebra . past
Target output: my salamanders who the newts accepted entertained my zebra .
Model output: my salamanders who the newts entertained accepted my zebra .
Input: our zebra around some walrus admired our raven that her tyrannosauruses remembered . present
Target output: our zebra around some walrus admires our raven that her tyrannosauruses remember .
Model output: our zebra around some walrus admires our raven that her tyrannosauruses remember .
Input: some ravens who entertained our zebras confused my newt above her unicorns . present
Target output: some ravens who entertain our zebras confuse my newt above her unicorns .
Model output: some ravens who entertain our zebras confuse my newt above her unicorns .
Input: the quail that smiled comforted her peacock around our unicorn . present
Target output: the quail that smiles comforts her peacock around our unicorn .
Model output: the quail that smiles comforts her peacock around our unicorn .
Input: my tyrannosaurus below my quail remembered the unicorns . present
Target output: my tyrannosaurus below my quail remembers the unicorns .
Model output: my tyrannosaurus below my quail remembers the unicorns .
Input: her vultures that high_fived my yaks amused her orangutan around your newt . present
Target output: her vultures that high_five my yaks amuse her orangutan around your newt .
Model output: her vultures that high_five my yaks amuse her orangutan around your newt .
Input: your quail that her newt entertained comforted her raven . past
Target output: your quail that her newt entertained comforted her raven .
Model output: your quail that her newt comforted entertained her raven .
Input: our xylophones who waited entertained your tyrannosauruses . past
Target output: our xylophones who waited entertained your tyrannosauruses .
Model output: our xylophones who waited entertained your tyrannosauruses .
Input: her zebras who high_fived some unicorns admired my quails that comforted my quails . present
Target output: her zebras who high_five some unicorns admire my quails that comfort my quails .
Model output: her zebras who high_five some unicorns admire my quails that confuse my quails .", exgen:"Input: some xylophones around some yak entertained the vultures who applauded your vultures . present
Target output: some xylophones around some yak entertain the vultures who applaud your vultures .
Model output: some xylophones around some yak entertains the vultures who applaud your vultures .
Input: my newts by my newt applauded the newt . present
Target output: my newts by my newt applaud the newt .
Model output: my newts by my newt applauds the newt .
Input: your tyrannosaurus upon my yaks swam . present
Target output: your tyrannosaurus upon my yaks swims .
Model output: your tyrannosaurus upon my yaks swim .
Input: some salamander who some unicorns admired moved . present
Target output: some salamander who some unicorns admire moves .
Model output: some salamander who some unicorns admire move .
Input: some tyrannosaurus below the walruses entertained your salamanders that confused some zebra . present
Target output: some tyrannosaurus below the walruses entertains your salamanders that confuse some zebra .
Model output: some tyrannosaurus below the walruses entertain your salamanders that confuse some zebra .
Input: our vultures by some yak comforted my walruses that remembered the xylophones . present
Target output: our vultures by some yak comfort my walruses that remember the xylophones .
Model output: our vultures by some yak comforts my walruses that remember the xylophones .
Input: my unicorn near the vultures confused the yaks . present
Target output: my unicorn near the vultures confuses the yaks .
Model output: my unicorn near the vultures confuse the yaks .
Input: my salamanders below the quail confused your tyrannosauruses by her peacocks . present
Target output: my salamanders below the quail confuse your tyrannosauruses by her peacocks .
Model output: my salamanders below the quail confuse your tyrannosauruses by her peacocks .
Input: some unicorn that the newts remembered waited . present
Target output: some unicorn that the newts remember waits .
Model output: some unicorn that the newts remembers waits .
Input: our orangutan below our newts comforted the yak who slept . present
Target output: our orangutan below our newts comforts the yak who sleeps .
Model output: our orangutan below our newts comfort the yak who sleeps .", testfull:0.91, testpos:1.0, genfull:0.07, genpos:0.99, genlinear:0.74, genmvcorrect:0.09, genmvlinear:0.81, genmvcorrectnum:0.11, genmvwrongnum:0.89, };
var p13_tense_exp164 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_64", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her peacocks confused your newts with her newt . present
Target output: her peacocks confuse your newts with her newt .
Model output: her peacocks confuse your newts with her newt .
Input: her quails who confused your walruses moved . present
Target output: her quails who confuse your walruses move .
Model output: her quails who confuse your walruses move .
Input: her walrus accepted your zebra by her newt . past
Target output: her walrus accepted your zebra by her newt .
Model output: her walrus accepted your zebra by her newt .
Input: our peacock amused the xylophone near my tyrannosauruses . present
Target output: our peacock amuses the xylophone near my tyrannosauruses .
Model output: our peacock amuses the xylophone near my tyrannosauruses .
Input: some salamanders that your zebra high_fived admired the vulture above my yak . past
Target output: some salamanders that your zebra high_fived admired the vulture above my yak .
Model output: some salamanders that your zebra high_fived admired the vulture above my tyrannosaurus .
Input: my walrus accepted our quails who high_fived her tyrannosauruses . present
Target output: my walrus accepts our quails who high_five her tyrannosauruses .
Model output: my walrus accepts our quails who high_five her tyrannosauruses .
Input: the ravens high_fived the tyrannosauruses . present
Target output: the ravens high_five the tyrannosauruses .
Model output: the ravens high_five the tyrannosauruses .
Input: some xylophone who ate applauded my salamander who giggled . present
Target output: some xylophone who eats applauds my salamander who giggles .
Model output: some xylophone who eats applauds my salamander who giggles .
Input: your yaks who high_fived your salamanders accepted my tyrannosauruses . past
Target output: your yaks who high_fived your salamanders accepted my tyrannosauruses .
Model output: your yaks who high_fived your salamanders accepted my tyrannosauruses .
Input: her newt above some xylophones confused the walruses . past
Target output: her newt above some xylophones confused the walruses .
Model output: her newt above some xylophones confused the walruses .", exgen:"Input: our orangutan with your peacocks applauded the walrus with her yaks . present
Target output: our orangutan with your peacocks applauds the walrus with her yaks .
Model output: our orangutan with your walrus applauds the peacocks with her yaks .
Input: her unicorns with my orangutan confused my walrus . present
Target output: her unicorns with my orangutan confuse my walrus .
Model output: her unicorns with my orangutan confuse my walrus .
Input: the zebras around our yak accepted our ravens . present
Target output: the zebras around our yak accept our ravens .
Model output: the zebras around our yak accept our ravens .
Input: your vultures below your xylophone smiled . present
Target output: your vultures below your xylophone smile .
Model output: your vultures below your xylophone smile .
Input: some orangutan with the walruses remembered her peacock above her xylophones . present
Target output: some orangutan with the walruses remembers her peacock above her xylophones .
Model output: some orangutan with the walruses remember her peacock above her xylophones .
Input: the walruses above some walrus ate . present
Target output: the walruses above some walrus eat .
Model output: the walruses above some walrus eats .
Input: some walruses behind my quail amused our xylophones . present
Target output: some walruses behind my quail amuse our xylophones .
Model output: some walruses behind my quail amuse our xylophones .
Input: some raven that high_fived her newts confused the salamanders who admired some yak . present
Target output: some raven that high_fives her newts confuses the salamanders who admire some yak .
Model output: some raven that high_fives her newts high_fives the salamanders who admire some yak .
Input: our zebra behind my xylophones slept . present
Target output: our zebra behind my xylophones sleeps .
Model output: our zebra behind my xylophones sleep .
Input: the salamanders that the walrus entertained high_fived some quail near your zebra . present
Target output: the salamanders that the walrus entertains high_five some quail near your zebra .
Model output: the salamanders that the walrus entertains entertains some quail near your zebra .", testfull:0.85, testpos:1.0, genfull:0.23, genpos:0.99, genlinear:0.44, genmvcorrect:0.32, genmvlinear:0.54, genmvcorrectnum:0.36, genmvwrongnum:0.63, };
var p13_tense_exp165 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_65", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my walrus amused my quail near some quails . present
Target output: my walrus amuses my quail near some quails .
Model output: my walrus amuses my quail near some quails .
Input: your newt that smiled applauded the unicorn near her vultures . past
Target output: your newt that smiled applauded the unicorn near her vultures .
Model output: your newt that smiled applauded the unicorn below her vultures .
Input: her salamanders that entertained our xylophones remembered her zebra who swam . past
Target output: her salamanders that entertained our xylophones remembered her zebra who swam .
Model output: her salamanders that entertained our salamanders remembered her zebra who swam .
Input: some tyrannosauruses changed . past
Target output: some tyrannosauruses changed .
Model output: some tyrannosauruses changed .
Input: some newt applauded the peacocks that slept . past
Target output: some newt applauded the peacocks that slept .
Model output: some newt applauded the peacocks that slept .
Input: the unicorns that her newts entertained giggled . past
Target output: the unicorns that her newts entertained giggled .
Model output: the unicorns that her newts entertained giggled .
Input: her yaks that some peacock comforted accepted some raven who comforted her raven . past
Target output: her yaks that some peacock comforted accepted some raven who comforted her raven .
Model output: her yaks that some peacock comforted comforted some raven who comforted her raven .
Input: her peacock accepted your raven . past
Target output: her peacock accepted your raven .
Model output: her peacock accepted your raven .
Input: some zebra by your peacock admired our newts around her salamanders . present
Target output: some zebra by your peacock admires our newts around her salamanders .
Model output: some zebra by your peacock admires our newts around her salamanders .
Input: her orangutans who high_fived her orangutans slept . present
Target output: her orangutans who high_five her orangutans sleep .
Model output: her orangutans who high_five her orangutans sleep .", exgen:"Input: her salamanders upon our xylophone remembered our vulture with her peacocks . present
Target output: her salamanders upon our xylophone remember our vulture with her peacocks .
Model output: her salamanders upon our xylophone remember our vulture with our peacocks .
Input: your peacocks who amused my tyrannosaurus admired your vultures upon the tyrannosaurus . present
Target output: your peacocks who amuse my tyrannosaurus admire your vultures upon the tyrannosaurus .
Model output: your peacocks who amuse my tyrannosaurus admires your vultures upon the tyrannosaurus .
Input: my salamanders upon her peacock entertained my unicorn that slept . present
Target output: my salamanders upon her peacock entertain my unicorn that sleeps .
Model output: my salamanders upon her peacock entertains my yaks that sleep .
Input: some quail behind our vultures confused some peacock near your vultures . present
Target output: some quail behind our vultures confuses some peacock near your vultures .
Model output: some quail behind our vultures confuse some peacock near your vultures .
Input: my newt above my orangutans remembered the quails by our zebra . present
Target output: my newt above my orangutans remembers the quails by our zebra .
Model output: my newt above my orangutans remember the quails by our zebra .
Input: your salamander below our salamanders confused some orangutans with your peacocks . present
Target output: your salamander below our salamanders confuses some orangutans with your peacocks .
Model output: your salamander below our salamanders confuse some orangutans with your peacocks .
Input: some yak that comforted the tyrannosauruses amused our quail above some zebra . present
Target output: some yak that comforts the tyrannosauruses amuses our quail above some zebra .
Model output: some yak that amuses the quail amuses our zebra above some quail .
Input: our xylophone around my orangutans confused my vulture who the peacocks applauded . present
Target output: our xylophone around my orangutans confuses my vulture who the peacocks applaud .
Model output: our peacock around my walruses confuse my vulture who the peacocks applaud .
Input: our xylophones around your quail entertained my xylophone who the yaks accepted . present
Target output: our xylophones around your quail entertain my xylophone who the yaks accept .
Model output: our xylophones around your quail entertains my xylophone who the yaks accept .
Input: the zebra who her zebras amused confused my tyrannosaurus who amused our vulture . present
Target output: the zebra who her zebras amuse confuses my tyrannosaurus who amuses our vulture .
Model output: the zebra who her tyrannosaurus amuse confuse my vulture who amuses our tyrannosaurus .", testfull:0.83, testpos:1.0, genfull:0.24, genpos:0.99, genlinear:0.46, genmvcorrect:0.3, genmvlinear:0.55, genmvcorrectnum:0.35, genmvwrongnum:0.64, };
var p13_tense_exp166 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_66", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her unicorn that smiled amused some salamander who swam . present
Target output: her unicorn that smiles amuses some salamander who swims .
Model output: her unicorn that swims amuses some salamander who swims .
Input: her orangutan who waited swam . present
Target output: her orangutan who waits swims .
Model output: her orangutan who waits waits .
Input: our raven below your zebras accepted my walruses who applauded our raven . past
Target output: our raven below your zebras accepted my walruses who applauded our raven .
Model output: our raven below your walruses accepted my walruses who applauded our raven .
Input: the tyrannosaurus applauded some tyrannosauruses . past
Target output: the tyrannosaurus applauded some tyrannosauruses .
Model output: the tyrannosaurus applauded some tyrannosauruses .
Input: her quails confused my orangutan by our walrus . past
Target output: her quails confused my orangutan by our walrus .
Model output: her quails confused my orangutan by our walrus .
Input: my zebra that read admired the zebra that some orangutan comforted . present
Target output: my zebra that reads admires the zebra that some orangutan comforts .
Model output: my zebra that reads admires the zebra that some orangutan admires .
Input: your salamander upon the walrus admired her xylophone upon our zebra . present
Target output: your salamander upon the walrus admires her xylophone upon our zebra .
Model output: your salamander upon the walrus admires her xylophone upon our zebra .
Input: her peacocks that entertained your xylophones comforted some orangutan near my peacocks . past
Target output: her peacocks that entertained your xylophones comforted some orangutan near my peacocks .
Model output: her peacocks that entertained your xylophones entertained some orangutan near my peacocks .
Input: my newt applauded her newt behind her walrus . past
Target output: my newt applauded her newt behind her walrus .
Model output: my newt applauded her newt behind her walrus .
Input: her yaks remembered her xylophones with your salamanders . present
Target output: her yaks remember her xylophones with your salamanders .
Model output: her yaks remember her xylophones with your salamanders .", exgen:"Input: her walruses near some newt admired some ravens who your newts admired . present
Target output: her walruses near some newt admire some ravens who your newts admire .
Model output: her walruses near some newt admires some newts who your ravens admire .
Input: my orangutans behind some peacock amused our zebras . present
Target output: my orangutans behind some peacock amuse our zebras .
Model output: my orangutans behind some peacock amuses our zebras .
Input: her orangutan who your tyrannosauruses remembered confused some orangutans . present
Target output: her orangutan who your tyrannosauruses remember confuses some orangutans .
Model output: her orangutan who your tyrannosauruses remember confuse some orangutans .
Input: the salamanders that our newt entertained entertained our orangutans who changed . present
Target output: the salamanders that our newt entertains entertain our orangutans who change .
Model output: the salamanders that our newt entertains entertain our orangutans who change .
Input: your newts above her vulture slept . present
Target output: your newts above her vulture sleep .
Model output: your newts above her vulture sleep .
Input: our tyrannosaurus with your newts slept . present
Target output: our tyrannosaurus with your newts sleeps .
Model output: our tyrannosaurus with your newts sleeps .
Input: some salamanders below some xylophone remembered our yaks . present
Target output: some salamanders below some xylophone remember our yaks .
Model output: some salamanders below some xylophone remember our yaks .
Input: our salamander who your newts entertained high_fived your tyrannosaurus that waited . present
Target output: our salamander who your newts entertain high_fives your tyrannosaurus that waits .
Model output: our salamander who your newts entertains high_fives your tyrannosaurus that waits .
Input: my salamander by the vultures high_fived my orangutans . present
Target output: my salamander by the vultures high_fives my orangutans .
Model output: my salamander by the vultures high_five my orangutans .
Input: my salamanders around my walrus comforted my orangutans behind her walrus . present
Target output: my salamanders around my walrus comfort my orangutans behind her walrus .
Model output: my salamanders around my walrus comforts my orangutans behind her walrus .", testfull:0.88, testpos:1.0, genfull:0.22, genpos:0.99, genlinear:0.52, genmvcorrect:0.3, genmvlinear:0.59, genmvcorrectnum:0.34, genmvwrongnum:0.65, };
var p13_tense_exp167 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_67", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the newts who ate accepted my tyrannosaurus above your newts . past
Target output: the newts who ate accepted my tyrannosaurus above your newts .
Model output: the newts who changed accepted my tyrannosaurus upon your newts .
Input: your salamanders who admired the orangutan entertained the orangutan . past
Target output: your salamanders who admired the orangutan entertained the orangutan .
Model output: your salamanders who admired the orangutan entertained the orangutan .
Input: your zebra behind our quails admired her raven upon the quail . past
Target output: your zebra behind our quails admired her raven upon the quail .
Model output: your zebra behind our quails admired her raven upon the quail .
Input: my walruses who smiled remembered her tyrannosaurus by my xylophones . present
Target output: my walruses who smile remember her tyrannosaurus by my xylophones .
Model output: my walruses who smile remember her tyrannosaurus by my xylophones .
Input: some quail who slept comforted some tyrannosauruses . present
Target output: some quail who sleeps comforts some tyrannosauruses .
Model output: some quail who sleeps comforts some tyrannosauruses .
Input: my tyrannosaurus that my zebra confused smiled . past
Target output: my tyrannosaurus that my zebra confused smiled .
Model output: my tyrannosaurus that my zebra confused smiled .
Input: our unicorns behind her quails confused some walruses that high_fived the newt . past
Target output: our unicorns behind her quails confused some walruses that high_fived the newt .
Model output: our unicorns behind her quails confused some walruses that high_fived the newt .
Input: her quail who our ravens confused slept . past
Target output: her quail who our ravens confused slept .
Model output: her quail who our ravens confused slept .
Input: some zebras near her walrus admired some yaks who accepted some walrus . past
Target output: some zebras near her walrus admired some yaks who accepted some walrus .
Model output: some zebras near her walrus accepted some yaks who admired some walrus .
Input: my xylophone by some walruses accepted your zebra who giggled . past
Target output: my xylophone by some walruses accepted your zebra who giggled .
Model output: my xylophone by some walruses accepted your zebra who giggled .", exgen:"Input: her raven upon her peacocks admired my walrus . present
Target output: her raven upon her peacocks admires my walrus .
Model output: her raven upon my peacocks admire my walrus .
Input: your zebra upon some newts comforted her ravens . present
Target output: your zebra upon some newts comforts her ravens .
Model output: your zebra upon some newts comfort her ravens .
Input: some zebras who some orangutan admired giggled . present
Target output: some zebras who some orangutan admires giggle .
Model output: some zebras who some orangutan admires giggles .
Input: the vultures upon her newt admired your yaks behind our yaks . present
Target output: the vultures upon her newt admire your yaks behind our yaks .
Model output: the vultures upon her newt admire your yaks behind our yaks .
Input: my xylophone with your ravens remembered your ravens upon some tyrannosaurus . present
Target output: my xylophone with your ravens remembers your ravens upon some tyrannosaurus .
Model output: my xylophone with your ravens remember your ravens upon some tyrannosaurus .
Input: our unicorn above my orangutans remembered my quail that our yaks confused . present
Target output: our unicorn above my orangutans remembers my quail that our yaks confuse .
Model output: our unicorn above my orangutans remember my quail that our yaks remember .
Input: her orangutans upon my salamander remembered your yaks . present
Target output: her orangutans upon my salamander remember your yaks .
Model output: her orangutans upon my salamander remembers your yaks .
Input: the unicorns that admired your salamander applauded your tyrannosaurus by my walruses . present
Target output: the unicorns that admire your salamander applaud your tyrannosaurus by my walruses .
Model output: the unicorns that admire your salamander applaud your salamander by my walruses .
Input: her quails above the xylophone entertained some tyrannosaurus . present
Target output: her quails above the xylophone entertain some tyrannosaurus .
Model output: her quails above the xylophone entertains some tyrannosaurus .
Input: the salamanders near your raven giggled . present
Target output: the salamanders near your raven giggle .
Model output: the salamanders near your raven giggles .", testfull:0.83, testpos:0.99, genfull:0.14, genpos:0.98, genlinear:0.55, genmvcorrect:0.21, genmvlinear:0.65, genmvcorrectnum:0.24, genmvwrongnum:0.74, };
var p13_tense_exp168 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_68", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our walruses near your raven smiled . past
Target output: our walruses near your raven smiled .
Model output: our walruses near your raven smiled .
Input: your ravens upon some salamander entertained our newts . past
Target output: your ravens upon some salamander entertained our newts .
Model output: your ravens upon some salamander entertained our newts .
Input: our yaks above her quails moved . past
Target output: our yaks above her quails moved .
Model output: our yaks above her quails moved .
Input: some vulture who my unicorn entertained admired the ravens who moved . present
Target output: some vulture who my unicorn entertains admires the ravens who move .
Model output: some vulture who my unicorn admires admires the ravens who move .
Input: the raven behind your vultures smiled . past
Target output: the raven behind your vultures smiled .
Model output: the raven behind your vultures smiled .
Input: your yaks above some yak remembered my zebra that your zebra entertained . past
Target output: your yaks above some yak remembered my zebra that your zebra entertained .
Model output: your yaks above some yak remembered my zebra that your zebra entertained .
Input: some vulture behind the orangutan comforted our salamander . present
Target output: some vulture behind the orangutan comforts our salamander .
Model output: some vulture behind the orangutan comforts our salamander .
Input: some salamanders high_fived her unicorn below some quails . past
Target output: some salamanders high_fived her unicorn below some quails .
Model output: some salamanders high_fived her unicorn below some quails .
Input: her zebra that your tyrannosaurus entertained moved . present
Target output: her zebra that your tyrannosaurus entertains moves .
Model output: her zebra that your tyrannosaurus entertains moves .
Input: her walrus confused our walruses . present
Target output: her walrus confuses our walruses .
Model output: her walrus confuses our walruses .", exgen:"Input: your newts by the xylophone amused her newts by your peacock . present
Target output: your newts by the xylophone amuse her newts by your peacock .
Model output: your newts by the xylophone amuse her newts by your peacock .
Input: the walrus with your walruses changed . present
Target output: the walrus with your walruses changes .
Model output: the walrus with your walruses change .
Input: some xylophones that our orangutan comforted amused my unicorns . present
Target output: some xylophones that our orangutan comforts amuse my unicorns .
Model output: some xylophones that our orangutan comforts amuses my unicorns .
Input: your zebras that the peacock high_fived smiled . present
Target output: your zebras that the peacock high_fives smile .
Model output: your zebras that the peacock high_five smile .
Input: the quail that my peacocks remembered remembered my quail . present
Target output: the quail that my peacocks remember remembers my quail .
Model output: the quail that my peacocks remember remember my quail .
Input: the peacocks that some xylophone remembered accepted my newt above the ravens . present
Target output: the peacocks that some xylophone remembers accept my newt above the ravens .
Model output: the peacocks that some xylophone remembers accepts my newt above the ravens .
Input: some ravens behind her vulture confused her vultures . present
Target output: some ravens behind her vulture confuse her vultures .
Model output: some ravens behind her vulture confuse her vultures .
Input: your newts below our vulture admired your yaks that waited . present
Target output: your newts below our vulture admire your yaks that wait .
Model output: your newts below our vulture admire your yaks that wait .
Input: your quails behind our vulture applauded the walruses by her yaks . present
Target output: your quails behind our vulture applaud the walruses by her yaks .
Model output: your quails behind our vulture applauds the walruses by her yaks .
Input: the newts below some yak applauded our yaks . present
Target output: the newts below some yak applaud our yaks .
Model output: the newts below some yak applauds our yaks .", testfull:0.91, testpos:1.0, genfull:0.18, genpos:0.99, genlinear:0.64, genmvcorrect:0.2, genmvlinear:0.7, genmvcorrectnum:0.22, genmvwrongnum:0.77, };
var p13_tense_exp169 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_69", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our xylophone who read comforted our peacocks below her quail . past
Target output: our xylophone who read comforted our peacocks below her quail .
Model output: our xylophone who read comforted our peacocks below her quail .
Input: the quails who swam entertained your walruses . present
Target output: the quails who swim entertain your walruses .
Model output: the quails who swim entertain your walruses .
Input: our vulture applauded our unicorns that high_fived your xylophone . past
Target output: our vulture applauded our unicorns that high_fived your xylophone .
Model output: our vulture applauded our unicorns that high_fived your xylophone .
Input: our quail moved . present
Target output: our quail moves .
Model output: our quail moves .
Input: her peacocks confused your newts with her newt . present
Target output: her peacocks confuse your newts with her newt .
Model output: her peacocks confuse your newts with her newt .
Input: our vultures remembered the walruses . past
Target output: our vultures remembered the walruses .
Model output: our vultures remembered the walruses .
Input: some orangutans that waited high_fived our salamander that admired her walrus . past
Target output: some orangutans that waited high_fived our salamander that admired her walrus .
Model output: some orangutans that waited high_fived our salamander that admired her walrus .
Input: your xylophones upon your unicorns accepted her tyrannosauruses . present
Target output: your xylophones upon your unicorns accept her tyrannosauruses .
Model output: your xylophones upon your unicorns accept her tyrannosauruses .
Input: her xylophone that moved confused your unicorn . present
Target output: her xylophone that moves confuses your unicorn .
Model output: her xylophone that moves confuses your unicorn .
Input: the vultures comforted her salamanders . past
Target output: the vultures comforted her salamanders .
Model output: the vultures comforted her salamanders .", exgen:"Input: the yak who the walruses applauded entertained my unicorn that changed . present
Target output: the yak who the walruses applaud entertains my unicorn that changes .
Model output: the yak who the walruses applaud applaud my unicorn that changes .
Input: your peacock above some newts confused your walrus . present
Target output: your peacock above some newts confuses your walrus .
Model output: your peacock above some newts confuse your walrus .
Input: the walrus around her zebras slept . present
Target output: the walrus around her zebras sleeps .
Model output: the walrus around her zebras sleep .
Input: your salamander with our salamanders waited . present
Target output: your salamander with our salamanders waits .
Model output: your salamander with our salamanders wait .
Input: her zebras that entertained our peacock remembered her newts around some salamanders . present
Target output: her zebras that entertain our peacock remember her newts around some salamanders .
Model output: her zebras that entertain our unicorn remembers her newts around some salamanders .
Input: the unicorn who amused our orangutans comforted her vulture upon your unicorn . present
Target output: the unicorn who amuses our orangutans comforts her vulture upon your unicorn .
Model output: the unicorn who amuses the yak comforts our vulture who her unicorn amuses .
Input: our zebra by my ravens admired our vultures who my tyrannosaurus remembered . present
Target output: our zebra by my ravens admires our vultures who my tyrannosaurus remembers .
Model output: our zebra by my ravens remember my tyrannosauruses who our tyrannosaurus admires .
Input: the peacocks that high_fived the yak changed . present
Target output: the peacocks that high_five the yak change .
Model output: the peacocks that high_five the yak changes .
Input: our vulture who your unicorns admired confused our yaks around her peacocks . present
Target output: our vulture who your unicorns admire confuses our yaks around her peacocks .
Model output: our vulture who your unicorns confuse admire our yaks around her peacocks .
Input: the zebra near the yaks swam . present
Target output: the zebra near the yaks swims .
Model output: the zebra near the yaks swim .", testfull:0.82, testpos:0.99, genfull:0.14, genpos:0.99, genlinear:0.55, genmvcorrect:0.22, genmvlinear:0.64, genmvcorrectnum:0.26, genmvwrongnum:0.73, };
var p13_tense_exp170 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_70", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your xylophones entertained the raven who swam . past
Target output: your xylophones entertained the raven who swam .
Model output: your xylophones entertained the raven who swam .
Input: our unicorn below her walrus remembered our yaks . present
Target output: our unicorn below her walrus remembers our yaks .
Model output: our unicorn below her walrus remembers our yaks .
Input: our xylophone remembered the ravens who your unicorn high_fived . past
Target output: our xylophone remembered the ravens who your unicorn high_fived .
Model output: our xylophone remembered the ravens who your unicorn high_fived .
Input: my yaks applauded her vulture that the vultures applauded . past
Target output: my yaks applauded her vulture that the vultures applauded .
Model output: my yaks applauded her vulture that the vultures applauded .
Input: our ravens with the yaks confused some xylophone who confused your yak . present
Target output: our ravens with the yaks confuse some xylophone who confuses your yak .
Model output: our ravens with the ravens confuse some xylophone who confuses your yak .
Input: her orangutans confused some vultures with some xylophones . past
Target output: her orangutans confused some vultures with some xylophones .
Model output: her orangutans confused some vultures with some xylophones .
Input: some peacock comforted your peacocks . past
Target output: some peacock comforted your peacocks .
Model output: some peacock comforted your peacocks .
Input: your newts upon my orangutans admired my yaks that her unicorns applauded . present
Target output: your newts upon my orangutans admire my yaks that her unicorns applaud .
Model output: your newts upon my orangutans admire my unicorns that her yaks applaud .
Input: her walrus that ate applauded some tyrannosauruses that high_fived our orangutans . past
Target output: her walrus that ate applauded some tyrannosauruses that high_fived our orangutans .
Model output: her walrus that ate applauded some tyrannosauruses that confused our orangutans .
Input: your raven who giggled entertained your walruses . present
Target output: your raven who giggles entertains your walruses .
Model output: your raven who giggles entertains your walruses .", exgen:"Input: my vultures upon some vulture confused our orangutan near the tyrannosauruses . present
Target output: my vultures upon some vulture confuse our orangutan near the tyrannosauruses .
Model output: my vultures upon some vulture confuses our orangutan near the tyrannosauruses .
Input: some orangutan above some newts high_fived your salamander near her quail . present
Target output: some orangutan above some newts high_fives your salamander near her quail .
Model output: some orangutan above some newts high_five your salamander near her quail .
Input: the walrus who confused the walruses waited . present
Target output: the walrus who confuses the walruses waits .
Model output: the walrus who confuses the walruses wait .
Input: your peacocks near her raven amused my zebras . present
Target output: your peacocks near her raven amuse my zebras .
Model output: your peacocks near her raven amuse my zebras .
Input: the orangutans around my zebra entertained some raven by the quails . present
Target output: the orangutans around my zebra entertain some raven by the quails .
Model output: the orangutans around my zebra entertain some raven by the quails .
Input: my zebras who the tyrannosaurus remembered confused some zebras who accepted our newts . present
Target output: my zebras who the tyrannosaurus remembers confuse some zebras who accept our newts .
Model output: my zebras who the tyrannosaurus remembers remembers some zebras who confuse our newts .
Input: our tyrannosauruses below some tyrannosaurus entertained some xylophones . present
Target output: our tyrannosauruses below some tyrannosaurus entertain some xylophones .
Model output: our tyrannosauruses below some tyrannosaurus entertains some xylophones .
Input: your salamanders that admired her peacock high_fived the orangutans who admired some zebras . present
Target output: your salamanders that admire her peacock high_five the orangutans who admire some zebras .
Model output: your salamanders that admire her peacock high_fives the orangutans who admire some zebras .
Input: the peacock below our peacocks remembered your salamanders who the newts admired . present
Target output: the peacock below our peacocks remembers your salamanders who the newts admire .
Model output: the peacock below our peacocks remember your salamanders who the newts admire .
Input: our zebra below the orangutans swam . present
Target output: our zebra below the orangutans swims .
Model output: our zebra below the orangutans swim .", testfull:0.9, testpos:1.0, genfull:0.21, genpos:0.99, genlinear:0.57, genmvcorrect:0.26, genmvlinear:0.63, genmvcorrectnum:0.28, genmvwrongnum:0.71, };
var p13_tense_exp171 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_71", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her quails with my raven high_fived my unicorn who comforted your raven . past
Target output: her quails with my raven high_fived my unicorn who comforted your raven .
Model output: her quails with my raven high_fived my unicorn who comforted your raven .
Input: my peacock high_fived your zebra . past
Target output: my peacock high_fived your zebra .
Model output: my peacock high_fived your zebra .
Input: your xylophone above your salamander high_fived my raven who changed . past
Target output: your xylophone above your salamander high_fived my raven who changed .
Model output: your xylophone above your salamander high_fived my raven who changed .
Input: my tyrannosaurus waited . past
Target output: my tyrannosaurus waited .
Model output: my tyrannosaurus waited .
Input: the orangutan applauded some unicorns around some yak . past
Target output: the orangutan applauded some unicorns around some yak .
Model output: the orangutan applauded some unicorns around some yak .
Input: the tyrannosaurus comforted her newts who slept . past
Target output: the tyrannosaurus comforted her newts who slept .
Model output: the tyrannosaurus comforted her newts who slept .
Input: the peacock accepted some zebra that waited . present
Target output: the peacock accepts some zebra that waits .
Model output: the peacock accepts some zebra that waits .
Input: the walruses who moved read . past
Target output: the walruses who moved read .
Model output: the walruses who moved read .
Input: her orangutans that giggled comforted my vulture with the salamander . past
Target output: her orangutans that giggled comforted my vulture with the salamander .
Model output: her orangutans that giggled comforted my vulture with the salamander .
Input: her salamanders who slept confused the unicorn by the vulture . present
Target output: her salamanders who sleep confuse the unicorn by the vulture .
Model output: her salamanders who sleep confuse the unicorn by the vulture .", exgen:"Input: her unicorns by our vulture amused some vultures that my zebra amused . present
Target output: her unicorns by our vulture amuse some vultures that my zebra amuses .
Model output: her unicorns by our vulture amuse some vultures that my zebra amuse .
Input: her quails with your xylophone read . present
Target output: her quails with your xylophone read .
Model output: her quails with your xylophone read .
Input: the newts behind her raven remembered my xylophones that my quails accepted . present
Target output: the newts behind her raven remember my xylophones that my quails accept .
Model output: the newts behind her raven accepts my xylophones that my quails accept .
Input: my zebra near some yaks confused your quail who remembered the zebra . present
Target output: my zebra near some yaks confuses your quail who remembers the zebra .
Model output: my zebra near some yaks confuse your quail who remembers the zebra .
Input: our newts that confused your salamander amused your unicorns above some yak . present
Target output: our newts that confuse your salamander amuse your unicorns above some yak .
Model output: our newts that confuse your salamander amuse your unicorns above some yak .
Input: the zebras near some raven admired our salamanders around your vulture . present
Target output: the zebras near some raven admire our salamanders around your vulture .
Model output: the zebras near some raven admire our salamanders around your vulture .
Input: some ravens by her newt amused some yak who her quail applauded . present
Target output: some ravens by her newt amuse some yak who her quail applauds .
Model output: some ravens by her newt amuse some yak who her quail applauds .
Input: the walruses that confused my newt swam . present
Target output: the walruses that confuse my newt swim .
Model output: the walruses that confuse my newt swims .
Input: some tyrannosaurus who applauded your orangutans high_fived your unicorn . present
Target output: some tyrannosaurus who applauds your orangutans high_fives your unicorn .
Model output: some tyrannosaurus who applauds your orangutans high_five your unicorn .
Input: her yaks around my zebra accepted her ravens that the unicorn amused . present
Target output: her yaks around my zebra accept her ravens that the unicorn amuses .
Model output: her yaks around my zebra accept her ravens that the unicorn amuses .", testfull:0.92, testpos:1.0, genfull:0.1, genpos:0.99, genlinear:0.74, genmvcorrect:0.12, genmvlinear:0.8, genmvcorrectnum:0.13, genmvwrongnum:0.86, };
var p13_tense_exp172 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_72", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our tyrannosauruses near my orangutans remembered some salamanders who remembered some orangutans . past
Target output: our tyrannosauruses near my orangutans remembered some salamanders who remembered some orangutans .
Model output: our tyrannosauruses near my orangutans remembered some salamanders who remembered some orangutans .
Input: our xylophones by your orangutans applauded our salamanders . present
Target output: our xylophones by your orangutans applaud our salamanders .
Model output: our xylophones by your orangutans applaud our salamanders .
Input: the tyrannosauruses above the salamanders waited . present
Target output: the tyrannosauruses above the salamanders wait .
Model output: the tyrannosauruses above the salamanders wait .
Input: your zebras that some salamanders applauded smiled . past
Target output: your zebras that some salamanders applauded smiled .
Model output: your zebras that some salamanders applauded smiled .
Input: some quail below my yak entertained the zebra around some vultures . past
Target output: some quail below my yak entertained the zebra around some vultures .
Model output: some quail below my yak entertained the zebra around some vultures .
Input: some newts that ate changed . past
Target output: some newts that ate changed .
Model output: some newts that ate changed .
Input: our xylophones behind the xylophones remembered the unicorn . past
Target output: our xylophones behind the xylophones remembered the unicorn .
Model output: our xylophones behind the xylophones remembered the unicorn .
Input: our yaks below our raven giggled . past
Target output: our yaks below our raven giggled .
Model output: our yaks below our raven giggled .
Input: my zebra with our yak remembered her tyrannosauruses who accepted your raven . present
Target output: my zebra with our yak remembers her tyrannosauruses who accept your raven .
Model output: my zebra with our yak remembers her tyrannosauruses who accept your raven .
Input: her xylophone near some newts comforted our ravens that your newts comforted . past
Target output: her xylophone near some newts comforted our ravens that your newts comforted .
Model output: her xylophone near some newts comforted our ravens that your newts comforted .", exgen:"Input: her walrus that the orangutans high_fived high_fived her vulture . present
Target output: her walrus that the orangutans high_five high_fives her vulture .
Model output: her walrus that the orangutans high_five high_five her vulture .
Input: my peacocks who remembered your raven amused your orangutan . present
Target output: my peacocks who remember your raven amuse your orangutan .
Model output: my peacocks who remember your raven amuses your orangutan .
Input: your vultures behind some unicorn confused the orangutans behind your tyrannosaurus . present
Target output: your vultures behind some unicorn confuse the orangutans behind your tyrannosaurus .
Model output: your vultures behind some unicorn confuse the orangutans behind your tyrannosaurus .
Input: my walruses who our salamander amused entertained the vultures . present
Target output: my walruses who our salamander amuses entertain the vultures .
Model output: my walruses who our salamander amuses entertains the vultures .
Input: her tyrannosaurus above her salamanders moved . present
Target output: her tyrannosaurus above her salamanders moves .
Model output: her tyrannosaurus above her salamanders move .
Input: your salamander above my yaks entertained our unicorn . present
Target output: your salamander above my yaks entertains our unicorn .
Model output: your salamander above my yaks entertain our unicorn .
Input: her salamanders who accepted some newt admired some raven that moved . present
Target output: her salamanders who accept some newt admire some raven that moves .
Model output: her salamanders who accept some newt admires some raven that moves .
Input: your tyrannosauruses with some zebra confused your walrus . present
Target output: your tyrannosauruses with some zebra confuse your walrus .
Model output: your tyrannosauruses with some zebra confuses your walrus .
Input: some xylophones by your unicorn admired my yaks behind her unicorn . present
Target output: some xylophones by your unicorn admire my yaks behind her unicorn .
Model output: some xylophones by your unicorn admire my yaks behind her unicorn .
Input: the yaks who our walrus amused remembered the peacocks . present
Target output: the yaks who our walrus amuses remember the peacocks .
Model output: the yaks who our walrus remembers amuse the peacocks .", testfull:0.9, testpos:1.0, genfull:0.04, genpos:0.99, genlinear:0.76, genmvcorrect:0.06, genmvlinear:0.85, genmvcorrectnum:0.06, genmvwrongnum:0.93, };
var p13_tense_exp173 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_73", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the salamanders entertained my xylophone below the yaks . present
Target output: the salamanders entertain my xylophone below the yaks .
Model output: the salamanders entertain my xylophone below the yaks .
Input: her unicorns who your orangutans entertained comforted some tyrannosauruses . present
Target output: her unicorns who your orangutans entertain comfort some tyrannosauruses .
Model output: her unicorns who your orangutans entertain comfort some tyrannosauruses .
Input: her zebras below your yak admired the xylophones that our yaks entertained . past
Target output: her zebras below your yak admired the xylophones that our yaks entertained .
Model output: her zebras below your yak admired the xylophones that our yaks entertained .
Input: her salamander accepted some ravens . past
Target output: her salamander accepted some ravens .
Model output: her salamander accepted some ravens .
Input: the peacocks high_fived her unicorn . present
Target output: the peacocks high_five her unicorn .
Model output: the peacocks high_five her unicorn .
Input: my ravens who some yaks comforted admired some salamander . past
Target output: my ravens who some yaks comforted admired some salamander .
Model output: my ravens who some yaks comforted admired some salamander .
Input: some xylophones that read moved . past
Target output: some xylophones that read moved .
Model output: some xylophones that moved read .
Input: some quail applauded my tyrannosauruses . present
Target output: some quail applauds my tyrannosauruses .
Model output: some quail applauds my tyrannosauruses .
Input: your quails that admired our xylophones smiled . past
Target output: your quails that admired our xylophones smiled .
Model output: your quails that admired our xylophones smiled .
Input: the xylophones by our xylophones amused her zebras . present
Target output: the xylophones by our xylophones amuse her zebras .
Model output: the xylophones by our xylophones amuse her zebras .", exgen:"Input: my newts that some zebra confused accepted some walruses . present
Target output: my newts that some zebra confuses accept some walruses .
Model output: my newts that some zebra confuses confuses some walruses .
Input: the newt that comforted our salamanders accepted some tyrannosaurus near her peacocks . present
Target output: the newt that comforts our salamanders accepts some tyrannosaurus near her peacocks .
Model output: the newt that comforts our salamanders accepts some tyrannosaurus near her peacocks .
Input: her yak around her vultures entertained our walrus . present
Target output: her yak around her vultures entertains our walrus .
Model output: her yak around her vultures entertain our walrus .
Input: your vulture upon your newts high_fived some orangutans who your orangutans amused . present
Target output: your vulture upon your newts high_fives some orangutans who your orangutans amuse .
Model output: your vulture upon your newts high_five some orangutans who your orangutans amuse .
Input: her xylophone that entertained some peacocks entertained your salamanders below her salamanders . present
Target output: her xylophone that entertains some peacocks entertains your salamanders below her salamanders .
Model output: her xylophone that entertains some peacocks entertain your salamanders below her salamanders .
Input: your zebras who amused our vulture swam . present
Target output: your zebras who amuse our vulture swim .
Model output: your zebras who amuse our vulture swims .
Input: the walruses that our raven entertained entertained her raven who remembered our walrus . present
Target output: the walruses that our raven entertains entertain her raven who remembers our walrus .
Model output: the walruses that our raven entertains entertains her walrus who applauds our raven .
Input: her zebras that remembered my walrus accepted our vulture that remembered our newt . present
Target output: her zebras that remember my walrus accept our vulture that remembers our newt .
Model output: her zebras that remember my walrus remembers our vulture that remembers our newt .
Input: some raven below my newts confused our raven who some xylophones confused . present
Target output: some raven below my newts confuses our raven who some xylophones confuse .
Model output: some raven below my newts confuse our raven who some xylophones confuse .
Input: her orangutan who my quails accepted remembered some yak near her tyrannosaurus . present
Target output: her orangutan who my quails accept remembers some yak near her tyrannosaurus .
Model output: my orangutan who my quails accept remember some yak near her tyrannosaurus .", testfull:0.9, testpos:1.0, genfull:0.13, genpos:0.99, genlinear:0.67, genmvcorrect:0.15, genmvlinear:0.76, genmvcorrectnum:0.17, genmvwrongnum:0.83, };
var p13_tense_exp174 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_74", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your yaks upon some xylophones high_fived the orangutan . present
Target output: your yaks upon some xylophones high_five the orangutan .
Model output: your yaks upon some xylophones high_five the orangutan .
Input: your vultures waited . present
Target output: your vultures wait .
Model output: your vultures wait .
Input: our walrus behind the walrus moved . past
Target output: our walrus behind the walrus moved .
Model output: our walrus behind the walrus moved .
Input: some newts that applauded some yak applauded our unicorns . past
Target output: some newts that applauded some yak applauded our unicorns .
Model output: some newts that applauded some yak applauded our unicorns .
Input: our peacock accepted my zebras who applauded my vulture . past
Target output: our peacock accepted my zebras who applauded my vulture .
Model output: our peacock applauded my zebras who applauded my vulture .
Input: your orangutan around your quail admired our walruses above our yak . present
Target output: your orangutan around your quail admires our walruses above our yak .
Model output: your orangutan around your quail admires our walruses above our walruses .
Input: our tyrannosaurus entertained the orangutan around our tyrannosaurus . past
Target output: our tyrannosaurus entertained the orangutan around our tyrannosaurus .
Model output: our tyrannosaurus entertained the orangutan around our tyrannosaurus .
Input: her zebra that ate remembered my xylophone . present
Target output: her zebra that eats remembers my xylophone .
Model output: her zebra that eats remembers my xylophone .
Input: her orangutan entertained her quail by your newt . past
Target output: her orangutan entertained her quail by your newt .
Model output: her orangutan entertained her quail by your newt .
Input: some newt amused her peacocks that your tyrannosaurus comforted . present
Target output: some newt amuses her peacocks that your tyrannosaurus comforts .
Model output: some newt amuses her peacocks that your tyrannosaurus amuses .", exgen:"Input: your unicorn by my yaks giggled . present
Target output: your unicorn by my yaks giggles .
Model output: your unicorn by my yaks giggle .
Input: some quails below your raven entertained our orangutan above our vultures . present
Target output: some quails below your raven entertain our orangutan above our vultures .
Model output: some quails below your raven entertains our orangutan above our vultures .
Input: your zebra behind our peacocks high_fived your peacocks upon your salamanders . present
Target output: your zebra behind our peacocks high_fives your peacocks upon your salamanders .
Model output: your zebra behind our peacocks high_five your salamanders upon your salamanders .
Input: our newts who confused your yak accepted our yak above some zebras . present
Target output: our newts who confuse your yak accept our yak above some zebras .
Model output: our newts who confuse your yak above our yak above some ravens .
Input: her xylophones who accepted my tyrannosaurus slept . present
Target output: her xylophones who accept my tyrannosaurus sleep .
Model output: her xylophones who accept my tyrannosaurus sleeps .
Input: some unicorn near our ravens entertained some unicorns who high_fived some xylophones . present
Target output: some unicorn near our ravens entertains some unicorns who high_five some xylophones .
Model output: some unicorn near our ravens entertain some unicorns who entertain some xylophones .
Input: the newt above our yaks giggled . present
Target output: the newt above our yaks giggles .
Model output: the newt above our yaks giggle .
Input: the peacock by our newts high_fived the orangutans who her vultures confused . present
Target output: the peacock by our newts high_fives the orangutans who her vultures confuse .
Model output: the peacock by our newts high_five the orangutans who her vultures confuse .
Input: her xylophones behind her quail ate . present
Target output: her xylophones behind her quail eat .
Model output: her xylophones behind her quail eats .
Input: her ravens near the orangutan remembered her orangutans that read . present
Target output: her ravens near the orangutan remember her orangutans that read .
Model output: her ravens near the orangutan remembers her orangutans that read .", testfull:0.77, testpos:0.99, genfull:0.16, genpos:0.98, genlinear:0.47, genmvcorrect:0.25, genmvlinear:0.59, genmvcorrectnum:0.3, genmvwrongnum:0.69, };
var p13_tense_exp175 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_75", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the newt who the unicorns high_fived entertained some unicorns who entertained our salamander . past
Target output: the newt who the unicorns high_fived entertained some unicorns who entertained our salamander .
Model output: the newt who the unicorns entertained entertained some unicorns who entertained our salamander .
Input: our yaks changed . present
Target output: our yaks change .
Model output: our yaks change .
Input: the vultures by the quails read . present
Target output: the vultures by the quails read .
Model output: the vultures by the quails read .
Input: some yaks by some unicorns admired the salamanders by some xylophone . present
Target output: some yaks by some unicorns admire the salamanders by some xylophone .
Model output: some yaks by some unicorns admire the salamanders by some xylophone .
Input: your ravens near our yaks changed . past
Target output: your ravens near our yaks changed .
Model output: your ravens near our yaks changed .
Input: the tyrannosauruses who swam high_fived some salamanders below my peacock . present
Target output: the tyrannosauruses who swim high_five some salamanders below my peacock .
Model output: the tyrannosauruses who swim high_five some salamanders below my peacock .
Input: the quail read . present
Target output: the quail reads .
Model output: the quail reads .
Input: her zebras that remembered my orangutans admired your orangutans . present
Target output: her zebras that remember my orangutans admire your orangutans .
Model output: her zebras that remember my orangutans admire your orangutans .
Input: your raven that ate remembered some orangutan . present
Target output: your raven that eats remembers some orangutan .
Model output: your raven that eats remembers some orangutan .
Input: your orangutan who slept accepted some raven who smiled . past
Target output: your orangutan who slept accepted some raven who smiled .
Model output: your orangutan who slept accepted some raven who smiled .", exgen:"Input: your vulture with her salamanders smiled . present
Target output: your vulture with her salamanders smiles .
Model output: your vulture with her salamanders smile .
Input: our newt upon your yaks swam . present
Target output: our newt upon your yaks swims .
Model output: our newt upon your yaks swim .
Input: her peacock near some xylophones admired her walrus with our tyrannosauruses . present
Target output: her peacock near some xylophones admires her walrus with our tyrannosauruses .
Model output: her peacock near some xylophones admire her walrus with our tyrannosauruses .
Input: the tyrannosauruses that her zebra comforted comforted her vultures . present
Target output: the tyrannosauruses that her zebra comforts comfort her vultures .
Model output: the tyrannosauruses that her zebra comforts comforts her vultures .
Input: your newts who the peacock remembered smiled . present
Target output: your newts who the peacock remembers smile .
Model output: your newts who the peacock remembers smiles .
Input: my vultures upon our unicorn high_fived some zebra around the peacocks . present
Target output: my vultures upon our unicorn high_five some zebra around the peacocks .
Model output: my vultures upon our unicorn high_fives some zebra around the peacocks .
Input: her xylophone upon some peacocks comforted her peacock . present
Target output: her xylophone upon some peacocks comforts her peacock .
Model output: her xylophone upon some peacocks comfort her peacock .
Input: your peacocks who my peacock applauded accepted our peacock upon the yaks . present
Target output: your peacocks who my peacock applauds accept our peacock upon the yaks .
Model output: your peacocks who my peacock accepts applauds the peacock upon our yaks .
Input: some salamanders that applauded our vulture high_fived the raven . present
Target output: some salamanders that applaud our vulture high_five the raven .
Model output: some salamanders that applaud our vulture high_five the raven .
Input: my salamander near her vultures read . present
Target output: my salamander near her vultures reads .
Model output: my salamander near her vultures read .", testfull:0.86, testpos:1.0, genfull:0.06, genpos:0.99, genlinear:0.69, genmvcorrect:0.09, genmvlinear:0.79, genmvcorrectnum:0.1, genmvwrongnum:0.89, };
var p13_tense_exp176 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_76", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your peacocks behind some yaks confused the zebra above the vultures . past
Target output: your peacocks behind some yaks confused the zebra above the vultures .
Model output: your peacocks behind some yaks confused the zebra above the vultures .
Input: the salamander behind the xylophones remembered some zebra . past
Target output: the salamander behind the xylophones remembered some zebra .
Model output: the salamander behind the xylophones remembered some zebra .
Input: your unicorn who applauded our peacocks read . past
Target output: your unicorn who applauded our peacocks read .
Model output: your unicorn who applauded our peacocks read .
Input: our walruses admired your vulture with our quails . past
Target output: our walruses admired your vulture with our quails .
Model output: our walruses admired your vulture with our quails .
Input: my xylophones amused our walruses above your zebras . present
Target output: my xylophones amuse our walruses above your zebras .
Model output: my xylophones amuse our walruses above your zebras .
Input: your xylophones below our newt changed . past
Target output: your xylophones below our newt changed .
Model output: your xylophones below our newt changed .
Input: her xylophone that accepted some quail comforted my salamander . past
Target output: her xylophone that accepted some quail comforted my salamander .
Model output: her xylophone that accepted some quail comforted my salamander .
Input: my quails who your raven accepted applauded my salamanders . past
Target output: my quails who your raven accepted applauded my salamanders .
Model output: my quails who your raven applauded accepted my salamanders .
Input: some xylophones around some walrus amused the tyrannosauruses that ate . past
Target output: some xylophones around some walrus amused the tyrannosauruses that ate .
Model output: some xylophones around some walrus amused the tyrannosauruses that ate .
Input: the salamander by her vulture confused my zebras above your raven . past
Target output: the salamander by her vulture confused my zebras above your raven .
Model output: the salamander by her salamander confused my zebras above your vulture .", exgen:"Input: her vulture upon her quails remembered our orangutans near some unicorn . present
Target output: her vulture upon her quails remembers our orangutans near some unicorn .
Model output: her vulture upon her quails remembers our orangutans near some unicorn .
Input: my quails around our yak ate . present
Target output: my quails around our yak eat .
Model output: my quails around our yak eats .
Input: our yaks that some orangutan remembered applauded the orangutans who high_fived our tyrannosauruses . present
Target output: our yaks that some orangutan remembers applaud the orangutans who high_five our tyrannosauruses .
Model output: our vultures that some orangutan high_fives high_fives the tyrannosauruses who remember our orangutans .
Input: the tyrannosauruses below our vulture applauded your walrus that waited . present
Target output: the tyrannosauruses below our vulture applaud your walrus that waits .
Model output: the tyrannosauruses below our vulture applaud your walrus that waits .
Input: some orangutan below my tyrannosauruses entertained some vulture above your zebra . present
Target output: some orangutan below my tyrannosauruses entertains some vulture above your zebra .
Model output: some orangutan below my vulture entertains some tyrannosauruses above your zebra .
Input: my peacocks who applauded my peacock entertained her peacock . present
Target output: my peacocks who applaud my peacock entertain her peacock .
Model output: my peacocks who applaud my peacock high_fives her peacock .
Input: her vultures around some yak changed . present
Target output: her vultures around some yak change .
Model output: her vultures around some yak changes .
Input: some zebra by your orangutans remembered our orangutans behind my quails . present
Target output: some zebra by your orangutans remembers our orangutans behind my quails .
Model output: some zebra by your orangutans remember our orangutans behind my quails .
Input: some vultures who her quail comforted read . present
Target output: some vultures who her quail comforts read .
Model output: some vultures who her quail comforts reads .
Input: her ravens who remembered my newt entertained my peacock that giggled . present
Target output: her ravens who remember my newt entertain my peacock that giggles .
Model output: her ravens who remember my newt entertains my peacock that giggles .", testfull:0.81, testpos:1.0, genfull:0.11, genpos:0.99, genlinear:0.52, genmvcorrect:0.2, genmvlinear:0.63, genmvcorrectnum:0.24, genmvwrongnum:0.74, };
var p13_tense_exp177 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_77", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my unicorn accepted her xylophone above the quails . past
Target output: my unicorn accepted her xylophone above the quails .
Model output: my unicorn accepted her xylophone above the quails .
Input: some xylophones comforted the unicorn behind my xylophones . present
Target output: some xylophones comfort the unicorn behind my xylophones .
Model output: some xylophones comfort the unicorn behind my xylophones .
Input: her quails confused your peacock near our vulture . past
Target output: her quails confused your peacock near our vulture .
Model output: her quails confused your peacock near our vulture .
Input: your orangutans upon our xylophones slept . present
Target output: your orangutans upon our xylophones sleep .
Model output: your orangutans upon our xylophones sleep .
Input: my vultures who your salamander entertained read . past
Target output: my vultures who your salamander entertained read .
Model output: my vultures who your salamander entertained read .
Input: my salamanders entertained our salamander that giggled . past
Target output: my salamanders entertained our salamander that giggled .
Model output: my salamanders entertained our salamander that giggled .
Input: some quails admired her ravens who my newts confused . past
Target output: some quails admired her ravens who my newts confused .
Model output: some quails admired her ravens who my newts confused .
Input: your zebras who entertained some vultures entertained the unicorn near some xylophones . present
Target output: your zebras who entertain some vultures entertain the unicorn near some xylophones .
Model output: your zebras who entertain some vultures entertain the unicorn near some xylophones .
Input: your yak that my yak entertained remembered some zebras with your yaks . present
Target output: your yak that my yak entertains remembers some zebras with your yaks .
Model output: your yak that my yak entertains remembers some zebras with your yaks .
Input: our yak changed . past
Target output: our yak changed .
Model output: our yak changed .", exgen:"Input: her tyrannosauruses near your tyrannosaurus admired some unicorn that my tyrannosauruses comforted . present
Target output: her tyrannosauruses near your tyrannosaurus admire some unicorn that my tyrannosauruses comfort .
Model output: her tyrannosauruses near your tyrannosaurus admires some unicorn that my tyrannosauruses comfort .
Input: my tyrannosauruses that her raven entertained confused the newt below her quail . present
Target output: my tyrannosauruses that her raven entertains confuse the newt below her quail .
Model output: my tyrannosauruses that her raven entertains confuses the newt below the quail .
Input: the ravens who your salamander entertained high_fived the orangutan . present
Target output: the ravens who your salamander entertains high_five the orangutan .
Model output: the ravens who your salamander entertains entertains the orangutan .
Input: some unicorns that comforted your raven read . present
Target output: some unicorns that comfort your raven read .
Model output: some unicorns that comfort your raven reads .
Input: my quails below some newt admired your peacocks . present
Target output: my quails below some newt admire your peacocks .
Model output: my quails below some newt admires your peacocks .
Input: your zebras below your salamander high_fived the tyrannosauruses . present
Target output: your zebras below your salamander high_five the tyrannosauruses .
Model output: your zebras below your salamander high_fives the tyrannosauruses .
Input: our walrus that comforted our salamanders smiled . present
Target output: our walrus that comforts our salamanders smiles .
Model output: our walrus that comforts our salamanders smile .
Input: some quails with our walrus moved . present
Target output: some quails with our walrus move .
Model output: some quails with our walrus move .
Input: our zebra that remembered her vultures giggled . present
Target output: our zebra that remembers her vultures giggles .
Model output: our zebra that remembers her vultures giggle .
Input: your walrus who amused my newts comforted my quail who remembered the vulture . present
Target output: your walrus who amuses my newts comforts my quail who remembers the vulture .
Model output: your walrus who amuses my newts remember my quail who comforts the vulture .", testfull:0.91, testpos:1.0, genfull:0.17, genpos:0.99, genlinear:0.61, genmvcorrect:0.22, genmvlinear:0.68, genmvcorrectnum:0.24, genmvwrongnum:0.75, };
var p13_tense_exp178 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_78", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her vultures that high_fived my yaks amused her orangutan around your newt . present
Target output: her vultures that high_five my yaks amuse her orangutan around your newt .
Model output: her vultures that high_five my yaks amuse her orangutan around your newt .
Input: the peacocks that your ravens admired ate . past
Target output: the peacocks that your ravens admired ate .
Model output: the peacocks that your ravens admired ate .
Input: some quails ate . present
Target output: some quails eat .
Model output: some quails eat .
Input: the vulture near our xylophone amused the peacocks above my zebras . present
Target output: the vulture near our xylophone amuses the peacocks above my zebras .
Model output: the vulture near our xylophone amuses the zebras above my peacocks .
Input: your peacock above our zebra entertained my xylophone upon my newt . present
Target output: your peacock above our zebra entertains my xylophone upon my newt .
Model output: your peacock above our zebra entertains my xylophone upon my newt .
Input: her yaks admired my raven that entertained my vultures . past
Target output: her yaks admired my raven that entertained my vultures .
Model output: her yaks admired my raven that entertained my vultures .
Input: my xylophone accepted your raven below our newt . past
Target output: my xylophone accepted your raven below our newt .
Model output: my xylophone accepted your raven below our newt .
Input: her vulture near my quail comforted some salamander . past
Target output: her vulture near my quail comforted some salamander .
Model output: her vulture near my quail comforted some salamander .
Input: her quail confused your ravens . past
Target output: her quail confused your ravens .
Model output: her quail confused your ravens .
Input: your tyrannosaurus that confused the peacock applauded our walruses upon her raven . present
Target output: your tyrannosaurus that confuses the peacock applauds our walruses upon her raven .
Model output: your tyrannosaurus that confuses the peacock applauds our walruses upon her raven .", exgen:"Input: some newt above my peacocks comforted our unicorns by some yak . present
Target output: some newt above my peacocks comforts our unicorns by some yak .
Model output: some newt above my peacocks comfort our unicorns by some yak .
Input: your yak by some xylophones slept . present
Target output: your yak by some xylophones sleeps .
Model output: your yak by some xylophones sleep .
Input: my peacocks who our peacock accepted read . present
Target output: my peacocks who our peacock accepts read .
Model output: my peacocks who our peacock accepts reads .
Input: her salamanders below our zebra waited . present
Target output: her salamanders below our zebra wait .
Model output: her salamanders below our zebra waits .
Input: your newt below my unicorns remembered some newts . present
Target output: your newt below my unicorns remembers some newts .
Model output: your newt below my unicorns remember some newts .
Input: the tyrannosauruses below your newt giggled . present
Target output: the tyrannosauruses below your newt giggle .
Model output: the tyrannosauruses below your newt giggles .
Input: the peacock below our peacocks remembered your salamanders who the newts admired . present
Target output: the peacock below our peacocks remembers your salamanders who the newts admire .
Model output: the peacock below our peacocks remember your salamanders who the newts remember .
Input: your orangutans that my raven accepted ate . present
Target output: your orangutans that my raven accepts eat .
Model output: your orangutans that my raven accepts eat .
Input: some salamanders above your newt high_fived my zebra . present
Target output: some salamanders above your newt high_five my zebra .
Model output: some salamanders above your newt high_fives my zebra .
Input: my quails upon your tyrannosaurus admired my yak . present
Target output: my quails upon your tyrannosaurus admire my yak .
Model output: my quails upon your tyrannosaurus admires my yak .", testfull:0.93, testpos:1.0, genfull:0.12, genpos:0.99, genlinear:0.72, genmvcorrect:0.14, genmvlinear:0.79, genmvcorrectnum:0.15, genmvwrongnum:0.84, };
var p13_tense_exp179 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_79", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my vultures high_fived our orangutans . present
Target output: my vultures high_five our orangutans .
Model output: my vultures high_five our orangutans .
Input: some tyrannosaurus ate . past
Target output: some tyrannosaurus ate .
Model output: some tyrannosaurus ate .
Input: my newts remembered the yaks . past
Target output: my newts remembered the yaks .
Model output: my newts remembered the yaks .
Input: your raven behind our vulture ate . past
Target output: your raven behind our vulture ate .
Model output: your raven behind our vulture ate .
Input: my salamander confused the tyrannosauruses that some unicorn accepted . past
Target output: my salamander confused the tyrannosauruses that some unicorn accepted .
Model output: my salamander confused the tyrannosauruses that some unicorn accepted .
Input: the xylophones high_fived my yaks . present
Target output: the xylophones high_five my yaks .
Model output: the xylophones high_five my yaks .
Input: some vultures that moved slept . present
Target output: some vultures that move sleep .
Model output: some vultures that move sleep .
Input: my vultures high_fived our ravens with my orangutan . present
Target output: my vultures high_five our ravens with my orangutan .
Model output: my vultures high_five our ravens with my orangutan .
Input: some walrus admired our xylophone who smiled . present
Target output: some walrus admires our xylophone who smiles .
Model output: some walrus admires our xylophone who smiles .
Input: some orangutans above the ravens changed . present
Target output: some orangutans above the ravens change .
Model output: some orangutans above the ravens change .", exgen:"Input: the yaks above my newt giggled . present
Target output: the yaks above my newt giggle .
Model output: the yaks above my newt giggles .
Input: my unicorns that some walrus comforted accepted your newt . present
Target output: my unicorns that some walrus comforts accept your newt .
Model output: my unicorns that some walrus accepts comforts your newt .
Input: the xylophones by our yak confused her zebras who swam . present
Target output: the xylophones by our yak confuse her zebras who swim .
Model output: the xylophones with our yak confuses her zebras who swim .
Input: some peacock around my unicorns slept . present
Target output: some peacock around my unicorns sleeps .
Model output: some peacock around my unicorns sleep .
Input: the orangutan behind some yaks accepted your newt who moved . present
Target output: the orangutan behind some yaks accepts your newt who moves .
Model output: the orangutan behind some yaks accept your newt who moves .
Input: my newt that my tyrannosauruses admired moved . present
Target output: my newt that my tyrannosauruses admire moves .
Model output: my newt that my tyrannosauruses admire move .
Input: your zebras with her yak admired your vulture . present
Target output: your zebras with her yak admire your vulture .
Model output: your zebras with her yak admires your vulture .
Input: her salamander around your tyrannosauruses accepted the salamander that amused my vulture . present
Target output: her salamander around your tyrannosauruses accepts the salamander that amuses my vulture .
Model output: her salamander around your tyrannosauruses amuse the salamander that amuses my walrus .
Input: the unicorns around the orangutan applauded your peacock that some zebras entertained . present
Target output: the unicorns around the orangutan applaud your peacock that some zebras entertain .
Model output: the unicorns around the orangutan applauds your peacock that some zebras applaud .
Input: my zebras near some newt remembered her vulture that accepted our tyrannosaurus . present
Target output: my zebras near some newt remember her vulture that accepts our tyrannosaurus .
Model output: my zebras near some newt accepts her vulture that remembers our tyrannosaurus .", testfull:0.79, testpos:0.99, genfull:0.17, genpos:0.99, genlinear:0.49, genmvcorrect:0.21, genmvlinear:0.62, genmvcorrectnum:0.26, genmvwrongnum:0.73, };
var p13_tense_exp180 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_80", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our vultures upon our newts entertained our orangutan that moved . present
Target output: our vultures upon our newts entertain our orangutan that moves .
Model output: our vultures upon our newts entertain our orangutan that moves .
Input: our ravens that giggled admired some ravens . past
Target output: our ravens that giggled admired some ravens .
Model output: our ravens that giggled admired some ravens .
Input: the yak above our salamander remembered our xylophone . present
Target output: the yak above our salamander remembers our xylophone .
Model output: the yak above our salamander remembers our xylophone .
Input: my raven entertained some salamander above the ravens . present
Target output: my raven entertains some salamander above the ravens .
Model output: my raven entertains some salamander above the ravens .
Input: your raven who ate ate . present
Target output: your raven who eats eats .
Model output: your raven who eats eats .
Input: the quails accepted some ravens near the xylophone . present
Target output: the quails accept some ravens near the xylophone .
Model output: the quails accept some ravens near the xylophone .
Input: our ravens applauded the orangutans around my newt . present
Target output: our ravens applaud the orangutans around my newt .
Model output: our ravens applaud the orangutans around my newt .
Input: the vulture above our yak admired her newts . past
Target output: the vulture above our yak admired her newts .
Model output: the vulture above our yak admired her newts .
Input: your peacocks by her zebras admired my xylophone around our peacock . past
Target output: your peacocks by her zebras admired my xylophone around our peacock .
Model output: your peacocks around her zebras admired my xylophone around our peacock .
Input: my peacock by your zebras comforted your ravens behind my quails . past
Target output: my peacock by your zebras comforted your ravens behind my quails .
Model output: my peacock by your zebras comforted your ravens behind my quails .", exgen:"Input: my tyrannosauruses that our zebra entertained remembered my orangutan . present
Target output: my tyrannosauruses that our zebra entertains remember my orangutan .
Model output: my tyrannosauruses that our zebra entertains remember my orangutan .
Input: some tyrannosauruses who the xylophone remembered accepted her orangutans . present
Target output: some tyrannosauruses who the xylophone remembers accept her orangutans .
Model output: some tyrannosauruses who the xylophone remembers her orangutans .
Input: her salamanders who our zebra accepted confused our quail by her newt . present
Target output: her salamanders who our zebra accepts confuse our quail by her newt .
Model output: her salamanders who our zebra accepts accept our quail by her newt .
Input: her unicorns below our tyrannosaurus changed . present
Target output: her unicorns below our tyrannosaurus change .
Model output: her unicorns below our tyrannosaurus reads .
Input: our zebra behind some newts amused my unicorns . present
Target output: our zebra behind some newts amuses my unicorns .
Model output: our zebra behind some newts amuse my unicorns .
Input: my tyrannosauruses behind some yak high_fived some quail who my xylophone applauded . present
Target output: my tyrannosauruses behind some yak high_five some quail who my xylophone applauds .
Model output: my tyrannosauruses behind some quail applauds some xylophone who my quail applauds .
Input: some xylophones who our vulture admired admired some walrus around our xylophones . present
Target output: some xylophones who our vulture admires admire some walrus around our xylophones .
Model output: some xylophones who admire vulture admires admire our walrus around our xylophones .
Input: your tyrannosaurus below my salamanders confused our vulture upon the walruses . present
Target output: your tyrannosaurus below my salamanders confuses our vulture upon the walruses .
Model output: your tyrannosaurus near my vulture confuses our salamanders upon the walruses .
Input: your salamanders below our xylophone applauded some walruses who your vulture accepted . present
Target output: your salamanders below our xylophone applaud some walruses who your vulture accepts .
Model output: your salamanders below our xylophone high_fives your walruses who some vulture applauds .
Input: my newts that my unicorn applauded high_fived my xylophones above the xylophones . present
Target output: my newts that my unicorn applauds high_five my xylophones above the xylophones .
Model output: my newts that my unicorn high_fives applaud my xylophones above the xylophones .", testfull:0.61, testpos:0.97, genfull:0.11, genpos:0.94, genlinear:0.36, genmvcorrect:0.23, genmvlinear:0.53, genmvcorrectnum:0.29, genmvwrongnum:0.66, };
var p13_tense_exp181 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_81", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my orangutans who waited amused your walrus behind your peacocks . present
Target output: my orangutans who wait amuse your walrus behind your peacocks .
Model output: my orangutans who swim amuse your walrus behind your peacocks .
Input: the newt above the yak high_fived the newts who your vulture amused . present
Target output: the newt above the yak high_fives the newts who your vulture amuses .
Model output: the newt above the yak high_fives the newts who your vulture amuses .
Input: the newts confused her quail above my raven . past
Target output: the newts confused her quail above my raven .
Model output: the newts confused her quail above my raven .
Input: our quail behind my salamander giggled . present
Target output: our quail behind my salamander giggles .
Model output: our quail behind my salamander giggles .
Input: some walrus waited . past
Target output: some walrus waited .
Model output: some walrus waited .
Input: our unicorns who applauded your walruses high_fived some walruses . present
Target output: our unicorns who applaud your walruses high_five some walruses .
Model output: our unicorns who applaud your walruses applaud some walruses .
Input: her peacock around my vulture accepted her raven that her vultures amused . past
Target output: her peacock around my vulture accepted her raven that her vultures amused .
Model output: her peacock around my vulture amused her raven that her vultures accepted .
Input: our xylophone amused the walruses that your yaks confused . past
Target output: our xylophone amused the walruses that your yaks confused .
Model output: our xylophone amused the walruses that your yaks confused .
Input: some peacocks that her quail amused admired our peacocks with her peacocks . past
Target output: some peacocks that her quail amused admired our peacocks with her peacocks .
Model output: some peacocks that her quail admired amused our peacocks with her peacocks .
Input: her salamander who the zebras applauded entertained the yak above her orangutan . past
Target output: her salamander who the zebras applauded entertained the yak above her orangutan .
Model output: her salamander who the zebras applauded entertained the yak above her orangutan .", exgen:"Input: some tyrannosaurus below my peacocks applauded her quails that your orangutan entertained . present
Target output: some tyrannosaurus below my peacocks applauds her quails that your orangutan entertains .
Model output: some tyrannosaurus below my orangutan entertains her quails that your vulture entertains .
Input: your ravens with the vulture admired some yak with my walruses . present
Target output: your ravens with the vulture admire some yak with my walruses .
Model output: your ravens with the vulture admires some yak with my walruses .
Input: our ravens above her peacock comforted the yaks that the unicorn confused . present
Target output: our ravens above her peacock comfort the yaks that the unicorn confuses .
Model output: our ravens above her peacock comforts the yaks that the unicorn confuses .
Input: the salamander who confused your peacocks confused your newt upon some tyrannosaurus . present
Target output: the salamander who confuses your peacocks confuses your newt upon some tyrannosaurus .
Model output: the salamander who confuses your peacocks confuse some newt upon your tyrannosaurus .
Input: some yak above my orangutans amused your newt . present
Target output: some yak above my orangutans amuses your newt .
Model output: some yak above my orangutans amuse your newt .
Input: some walruses who admired my zebra read . present
Target output: some walruses who admire my zebra read .
Model output: some walruses who admire my zebra read .
Input: your raven around our zebras applauded your walruses upon the zebra . present
Target output: your raven around our zebras applauds your walruses upon the zebra .
Model output: your raven around our zebras applaud your walruses upon the zebra .
Input: the vultures by our orangutan high_fived your tyrannosaurus . present
Target output: the vultures by our orangutan high_five your tyrannosaurus .
Model output: the vultures by our orangutan high_fives your tyrannosaurus .
Input: the quails that some newt comforted comforted our quail . present
Target output: the quails that some newt comforts comfort our quail .
Model output: the quails that some newt comfort comfort our quail .
Input: our yaks that her raven entertained accepted my xylophone by your quail . present
Target output: our yaks that her raven entertains accept my xylophone by your quail .
Model output: our yaks that her raven entertains accept my quail by your quail .", testfull:0.75, testpos:0.98, genfull:0.1, genpos:0.97, genlinear:0.54, genmvcorrect:0.15, genmvlinear:0.67, genmvcorrectnum:0.2, genmvwrongnum:0.78, };
var p13_tense_exp182 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_82", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our xylophones above my orangutan admired the walruses who my peacocks applauded . past
Target output: our xylophones above my orangutan admired the walruses who my peacocks applauded .
Model output: our xylophones above my orangutan admired the walruses who my peacocks applauded .
Input: some peacocks remembered some zebra below my ravens . past
Target output: some peacocks remembered some zebra below my ravens .
Model output: some peacocks remembered some zebra below my ravens .
Input: her quails remembered your zebras who moved . present
Target output: her quails remember your zebras who move .
Model output: her quails remember your zebras who move .
Input: your orangutans who read remembered our yaks that admired some orangutans . past
Target output: your orangutans who read remembered our yaks that admired some orangutans .
Model output: your orangutans who read remembered our yaks that admired some orangutans .
Input: your xylophones that applauded your salamanders comforted her peacock who accepted the tyrannosauruses . past
Target output: your xylophones that applauded your salamanders comforted her peacock who accepted the tyrannosauruses .
Model output: your xylophones that comforted your salamanders accepted her peacock who comforted the tyrannosauruses .
Input: my xylophone that giggled applauded some vultures who entertained the unicorns . past
Target output: my xylophone that giggled applauded some vultures who entertained the unicorns .
Model output: my xylophone that giggled applauded some vultures who entertained the unicorns .
Input: your peacock who your salamander accepted comforted her orangutan who high_fived my tyrannosauruses . past
Target output: your peacock who your salamander accepted comforted her orangutan who high_fived my tyrannosauruses .
Model output: your peacock who your salamander accepted comforted her orangutan who high_fived my vultures .
Input: your newt read . past
Target output: your newt read .
Model output: your newt read .
Input: her orangutans ate . present
Target output: her orangutans eat .
Model output: her orangutans eat .
Input: some quails comforted your unicorn . past
Target output: some quails comforted your unicorn .
Model output: some quails comforted your unicorn .", exgen:"Input: my vulture behind our peacocks amused her quail that your unicorns accepted . present
Target output: my vulture behind our peacocks amuses her quail that your unicorns accept .
Model output: my vulture behind our peacocks amuses her quail that your unicorns accept .
Input: the walrus behind her yaks waited . present
Target output: the walrus behind her yaks waits .
Model output: the walrus behind her yaks wait .
Input: our ravens that amused my peacock confused the zebra near her ravens . present
Target output: our ravens that amuse my peacock confuse the zebra near her ravens .
Model output: our ravens that amuse my peacock confuse the zebra near her ravens .
Input: your unicorn near her vultures ate . present
Target output: your unicorn near her vultures eats .
Model output: your unicorn near her vultures eat .
Input: the unicorn that confused some tyrannosauruses smiled . present
Target output: the unicorn that confuses some tyrannosauruses smiles .
Model output: the unicorn that confuses some tyrannosauruses smile .
Input: my newts that her yak remembered amused my vultures above our zebras . present
Target output: my newts that her yak remembers amuse my vultures above our zebras .
Model output: my newts that her yak remembers remember my vultures above our zebras .
Input: the vultures by our orangutan high_fived your tyrannosaurus . present
Target output: the vultures by our orangutan high_five your tyrannosaurus .
Model output: the vultures by our orangutan high_five your tyrannosaurus .
Input: the walruses around our raven read . present
Target output: the walruses around our raven read .
Model output: the walruses around our raven reads .
Input: your quails below some newt confused our tyrannosauruses who swam . present
Target output: your quails below some newt confuse our tyrannosauruses who swim .
Model output: your quails below some newt confuse our tyrannosauruses who swim .
Input: her orangutans behind some salamander remembered your ravens . present
Target output: her orangutans behind some salamander remember your ravens .
Model output: her orangutans behind some salamander remember your ravens .", testfull:0.88, testpos:1.0, genfull:0.22, genpos:0.99, genlinear:0.51, genmvcorrect:0.31, genmvlinear:0.57, genmvcorrectnum:0.36, genmvwrongnum:0.63, };
var p13_tense_exp183 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_83", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your yaks who moved slept . present
Target output: your yaks who move sleep .
Model output: your yaks who sleep move .
Input: my quails near your peacocks applauded my walrus who your orangutans amused . past
Target output: my quails near your peacocks applauded my walrus who your orangutans amused .
Model output: my quails near your peacocks applauded my walrus who your orangutans amused .
Input: my walrus who moved comforted some vultures by our salamander . past
Target output: my walrus who moved comforted some vultures by our salamander .
Model output: my walrus who moved comforted some vultures by our salamander .
Input: our tyrannosauruses that our quails confused remembered the zebras . present
Target output: our tyrannosauruses that our quails confuse remember the zebras .
Model output: our tyrannosauruses that our quails confuse remember the zebras .
Input: some vulture that smiled high_fived our orangutan who the peacock admired . present
Target output: some vulture that smiles high_fives our orangutan who the peacock admires .
Model output: some vulture that smiles high_fives our orangutan who the peacock admires .
Input: the unicorn upon her xylophone comforted the salamanders upon your walrus . present
Target output: the unicorn upon her xylophone comforts the salamanders upon your walrus .
Model output: the unicorn upon her xylophone comforts the salamanders upon your unicorn .
Input: the unicorns that some vulture comforted applauded our tyrannosauruses behind my unicorns . past
Target output: the unicorns that some vulture comforted applauded our tyrannosauruses behind my unicorns .
Model output: the unicorns that some vulture applauded comforted our unicorns behind my tyrannosauruses .
Input: our raven admired her peacock . present
Target output: our raven admires her peacock .
Model output: our raven admires her peacock .
Input: your yaks that accepted the walrus comforted our peacocks that the newt high_fived . past
Target output: your yaks that accepted the walrus comforted our peacocks that the newt high_fived .
Model output: your yaks that accepted the walrus comforted our peacocks that the newt accepted .
Input: the tyrannosaurus who ate accepted our zebras . present
Target output: the tyrannosaurus who eats accepts our zebras .
Model output: the tyrannosaurus who eats accepts our zebras .", exgen:"Input: our yak below the yaks giggled . present
Target output: our yak below the yaks giggles .
Model output: our yak below the yaks giggle .
Input: the quails below some zebra accepted her tyrannosaurus . present
Target output: the quails below some zebra accept her tyrannosaurus .
Model output: the quails below some zebra accepts her tyrannosaurus .
Input: your zebra near my zebras moved . present
Target output: your zebra near my zebras moves .
Model output: your zebra near my zebras move .
Input: your quails with your raven high_fived some yaks who changed . present
Target output: your quails with your raven high_five some yaks who change .
Model output: your quails with your raven high_fives some yaks who change .
Input: my salamander above my newts comforted some vultures . present
Target output: my salamander above my newts comforts some vultures .
Model output: my salamander above my newts comfort some vultures .
Input: my tyrannosauruses around the tyrannosaurus changed . present
Target output: my tyrannosauruses around the tyrannosaurus change .
Model output: my tyrannosauruses around the tyrannosaurus change .
Input: her raven below my tyrannosauruses changed . present
Target output: her raven below my tyrannosauruses changes .
Model output: her raven below my tyrannosauruses change .
Input: our newt below some salamanders waited . present
Target output: our newt below some salamanders waits .
Model output: our newt below some salamanders wait .
Input: our newts upon our vulture swam . present
Target output: our newts upon our vulture swim .
Model output: our newts upon our vulture swims .
Input: her orangutans with her tyrannosaurus amused our orangutan . present
Target output: her orangutans with her tyrannosaurus amuse our orangutan .
Model output: her orangutans with her tyrannosaurus amuses our orangutan .", testfull:0.86, testpos:1.0, genfull:0.24, genpos:0.99, genlinear:0.49, genmvcorrect:0.31, genmvlinear:0.56, genmvcorrectnum:0.37, genmvwrongnum:0.62, };
var p13_tense_exp184 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_84", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our raven changed . past
Target output: our raven changed .
Model output: our raven changed .
Input: some yaks behind the walruses comforted my vulture by our walrus . present
Target output: some yaks behind the walruses comfort my vulture by our walrus .
Model output: some yaks behind the walruses comfort my vulture by our walrus .
Input: my peacocks with your zebras remembered some newts that accepted our peacocks . present
Target output: my peacocks with your zebras remember some newts that accept our peacocks .
Model output: my peacocks with your zebras remember some newts that accept our peacocks .
Input: the newt high_fived my tyrannosaurus . past
Target output: the newt high_fived my tyrannosaurus .
Model output: the newt high_fived my tyrannosaurus .
Input: our vultures near some quails amused our vulture below our tyrannosauruses . past
Target output: our vultures near some quails amused our vulture below our tyrannosauruses .
Model output: our vultures behind some quails entertained our vulture below our tyrannosauruses .
Input: my xylophones admired our zebra who her orangutans high_fived . past
Target output: my xylophones admired our zebra who her orangutans high_fived .
Model output: my xylophones admired our zebra who her orangutans high_fived .
Input: the newt with her peacock remembered your salamander with my vultures . present
Target output: the newt with her peacock remembers your salamander with my vultures .
Model output: the newt with her peacock remembers your salamander with my vultures .
Input: our walrus entertained her salamander who moved . present
Target output: our walrus entertains her salamander who moves .
Model output: our walrus entertains her salamander who moves .
Input: my yak upon the yak confused the walruses that remembered the quails . past
Target output: my yak upon the yak confused the walruses that remembered the quails .
Model output: my yak upon the yak confused the walruses that remembered the quails .
Input: her orangutan entertained the raven with some orangutan . present
Target output: her orangutan entertains the raven with some orangutan .
Model output: her orangutan entertains the raven with some orangutan .", exgen:"Input: her ravens with my salamander entertained her vulture . present
Target output: her ravens with my salamander entertain her vulture .
Model output: her ravens with my salamander entertain her vulture .
Input: our yaks with my orangutan high_fived some yaks . present
Target output: our yaks with my orangutan high_five some yaks .
Model output: our yaks with my orangutan high_fives some yaks .
Input: my orangutans who my newt high_fived read . present
Target output: my orangutans who my newt high_fives read .
Model output: my orangutans who my newt high_fives reads .
Input: our zebras around her vulture ate . present
Target output: our zebras around her vulture eat .
Model output: our zebras around her vulture eats .
Input: the quail upon our zebras remembered her peacocks that her yak accepted . present
Target output: the quail upon our zebras remembers her peacocks that her yak accepts .
Model output: the quail upon our zebras remember her peacocks that her yak accepts .
Input: my unicorn who amused the salamanders accepted my orangutan who our walruses confused . present
Target output: my unicorn who amuses the salamanders accepts my orangutan who our walruses confuse .
Model output: my unicorn who accepts the salamanders amuse my orangutan who our walruses confuse .
Input: her ravens by our orangutan swam . present
Target output: her ravens by our orangutan swim .
Model output: her ravens by our orangutan swims .
Input: her yaks that your quail high_fived smiled . present
Target output: her yaks that your quail high_fives smile .
Model output: her yaks that your quail high_fives smiles .
Input: the walruses by your unicorn remembered the quails . present
Target output: the walruses by your unicorn remember the quails .
Model output: the walruses by your unicorn remembers the quails .
Input: some newts near my unicorn applauded your tyrannosaurus that high_fived my yaks . present
Target output: some newts near my unicorn applaud your tyrannosaurus that high_fives my yaks .
Model output: some newts near my unicorn high_fives your tyrannosaurus that applauds my yaks .", testfull:0.89, testpos:1.0, genfull:0.15, genpos:0.99, genlinear:0.64, genmvcorrect:0.18, genmvlinear:0.72, genmvcorrectnum:0.19, genmvwrongnum:0.8, };
var p13_tense_exp185 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_85", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her xylophones entertained my xylophone by the unicorns . present
Target output: her xylophones entertain my xylophone by the unicorns .
Model output: her xylophones entertain my xylophone by the unicorns .
Input: some quails that confused some yak accepted the newts who some xylophones confused . past
Target output: some quails that confused some yak accepted the newts who some xylophones confused .
Model output: some quails that confused some yak accepted the newts who some xylophones confused .
Input: her unicorns upon some unicorns admired the zebras around her walruses . past
Target output: her unicorns upon some unicorns admired the zebras around her walruses .
Model output: her unicorns upon some unicorns admired the zebras around her unicorns .
Input: my yaks around my tyrannosauruses changed . present
Target output: my yaks around my tyrannosauruses change .
Model output: my yaks around my tyrannosauruses change .
Input: the orangutan that ate high_fived my orangutans below the tyrannosaurus . past
Target output: the orangutan that ate high_fived my orangutans below the tyrannosaurus .
Model output: the orangutan that ate high_fived my orangutans below the tyrannosaurus .
Input: the tyrannosauruses that amused my vulture high_fived her peacock above your yak . past
Target output: the tyrannosauruses that amused my vulture high_fived her peacock above your yak .
Model output: the tyrannosauruses that amused my vulture high_fived her vulture below your yak .
Input: some tyrannosaurus above some salamander high_fived my orangutans above our unicorns . past
Target output: some tyrannosaurus above some salamander high_fived my orangutans above our unicorns .
Model output: some tyrannosaurus above some salamander high_fived my orangutans above our unicorns .
Input: the quail swam . past
Target output: the quail swam .
Model output: the quail swam .
Input: her yaks slept . past
Target output: her yaks slept .
Model output: her yaks slept .
Input: the unicorns who giggled high_fived some peacock . past
Target output: the unicorns who giggled high_fived some peacock .
Model output: the unicorns who giggled high_fived some peacock .", exgen:"Input: the ravens upon her vulture swam . present
Target output: the ravens upon her vulture swim .
Model output: the ravens upon her vulture swims .
Input: our xylophones around my peacock high_fived our raven behind our unicorn . present
Target output: our xylophones around my peacock high_five our raven behind our unicorn .
Model output: our xylophones around my peacock high_five our raven behind our unicorn .
Input: her newt behind my yaks read . present
Target output: her newt behind my yaks reads .
Model output: her newt behind my yaks read .
Input: her yak that the zebras accepted confused your tyrannosaurus that admired your salamanders . present
Target output: her yak that the zebras accept confuses your tyrannosaurus that admires your salamanders .
Model output: her yak that the zebras confuse accept your tyrannosaurus that admires your salamanders .
Input: the salamander who confused her xylophones confused our vulture that read . present
Target output: the salamander who confuses her xylophones confuses our vulture that reads .
Model output: the salamander who confuses her xylophones confuses our vulture that reads .
Input: your vulture below the walruses ate . present
Target output: your vulture below the walruses eats .
Model output: your vulture below the walruses eat .
Input: our ravens near my orangutan accepted your peacocks by the zebra . present
Target output: our ravens near my orangutan accept your peacocks by the zebra .
Model output: our ravens near my orangutan accepts your peacocks by the zebra .
Input: her unicorns above your tyrannosaurus remembered some yaks who read . present
Target output: her unicorns above your tyrannosaurus remember some yaks who read .
Model output: her unicorns above your tyrannosaurus remember some yaks who read .
Input: your salamander near my vultures slept . present
Target output: your salamander near my vultures sleeps .
Model output: your salamander near my vultures sleeps .
Input: her walrus that comforted our xylophones amused the tyrannosauruses that high_fived the vulture . present
Target output: her walrus that comforts our xylophones amuses the tyrannosauruses that high_five the vulture .
Model output: her walrus that comforts our xylophones comfort the vulture that high_fives the tyrannosauruses .", testfull:0.91, testpos:1.0, genfull:0.23, genpos:0.99, genlinear:0.59, genmvcorrect:0.26, genmvlinear:0.65, genmvcorrectnum:0.28, genmvwrongnum:0.72, };
var p13_tense_exp186 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_86", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my peacocks by her zebras accepted my zebras around my peacock . present
Target output: my peacocks by her zebras accept my zebras around my peacock .
Model output: my peacocks by her zebras accept my zebras around my peacock .
Input: my orangutan comforted my unicorn below my walruses . present
Target output: my orangutan comforts my unicorn below my walruses .
Model output: my orangutan comforts my unicorn below my walruses .
Input: the peacocks who moved high_fived her zebra that entertained her orangutan . past
Target output: the peacocks who moved high_fived her zebra that entertained her orangutan .
Model output: the peacocks who moved high_fived her zebra that entertained her orangutan .
Input: your salamander who entertained some tyrannosaurus applauded some vulture that read . present
Target output: your salamander who entertains some tyrannosaurus applauds some vulture that reads .
Model output: your salamander who entertains some vulture applauds some tyrannosaurus that reads .
Input: my salamander who giggled giggled . present
Target output: my salamander who giggles giggles .
Model output: my salamander who giggles giggles .
Input: the quails upon our vulture entertained our orangutan that your quails amused . past
Target output: the quails upon our vulture entertained our orangutan that your quails amused .
Model output: the quails upon our vulture entertained our orangutan that your orangutan amused .
Input: some peacocks behind her xylophone waited . past
Target output: some peacocks behind her xylophone waited .
Model output: some peacocks behind her xylophone waited .
Input: the newts behind some tyrannosauruses confused my orangutan upon her peacock . present
Target output: the newts behind some tyrannosauruses confuse my orangutan upon her peacock .
Model output: the newts behind some tyrannosauruses confuse my orangutan upon her peacock .
Input: some orangutan that some raven confused applauded her zebra by her tyrannosaurus . present
Target output: some orangutan that some raven confuses applauds her zebra by her tyrannosaurus .
Model output: some orangutan that some raven confuses applauds her zebra by her tyrannosaurus .
Input: our quail comforted my xylophones near our quails . present
Target output: our quail comforts my xylophones near our quails .
Model output: our quail comforts my xylophones near our quails .", exgen:"Input: your walrus below my newts remembered your vulture that smiled . present
Target output: your walrus below my newts remembers your vulture that smiles .
Model output: your walrus below my newts remember your vulture that smiles .
Input: my quail near the walruses comforted her newt that some peacock admired . present
Target output: my quail near the walruses comforts her newt that some peacock admires .
Model output: my quail near the walruses comfort some newt that her peacock admires .
Input: my salamanders by your salamander changed . present
Target output: my salamanders by your salamander change .
Model output: my salamanders by your salamander changes .
Input: your vultures by my orangutan swam . present
Target output: your vultures by my orangutan swim .
Model output: your vultures by my orangutan swims .
Input: your walruses that high_fived my walrus giggled . present
Target output: your walruses that high_five my walrus giggle .
Model output: your walruses that high_five my walrus giggle .
Input: the zebra behind some orangutans high_fived her orangutan by our peacock . present
Target output: the zebra behind some orangutans high_fives her orangutan by our peacock .
Model output: the zebra behind some orangutans high_five her orangutan by our peacock .
Input: her walruses near some walrus amused her peacock with the raven . present
Target output: her walruses near some walrus amuse her peacock with the raven .
Model output: her walruses near some walrus amuses her peacock with the raven .
Input: our walrus with your newts moved . present
Target output: our walrus with your newts moves .
Model output: our walrus with your newts move .
Input: the newt behind some walruses giggled . present
Target output: the newt behind some walruses giggles .
Model output: the newt behind some walruses giggle .
Input: your newt who high_fived her newts admired our unicorn around your xylophone . present
Target output: your newt who high_fives her newts admires our unicorn around your xylophone .
Model output: your newt who high_fives her newts admire our unicorn around your xylophone .", testfull:0.92, testpos:1.0, genfull:0.09, genpos:0.99, genlinear:0.75, genmvcorrect:0.11, genmvlinear:0.81, genmvcorrectnum:0.12, genmvwrongnum:0.87, };
var p13_tense_exp187 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_87", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the quails that some vultures high_fived smiled . past
Target output: the quails that some vultures high_fived smiled .
Model output: the vultures that some vultures high_fived smiled .
Input: the raven that entertained your vulture admired our salamander who accepted some unicorn . present
Target output: the raven that entertains your vulture admires our salamander who accepts some unicorn .
Model output: the raven that entertains your vulture admires our salamander who accepts some unicorn .
Input: the xylophones read . past
Target output: the xylophones read .
Model output: the xylophones read .
Input: her ravens entertained the quail below our newt . past
Target output: her ravens entertained the quail below our newt .
Model output: her ravens entertained the quail below our newt .
Input: our tyrannosauruses entertained our peacocks that her zebras applauded . past
Target output: our tyrannosauruses entertained our peacocks that her zebras applauded .
Model output: our tyrannosauruses entertained our peacocks that her zebras applauded .
Input: our walrus that changed entertained her walruses . past
Target output: our walrus that changed entertained her walruses .
Model output: our walrus that changed entertained her walruses .
Input: the walrus with our ravens remembered some vulture near her tyrannosaurus . past
Target output: the walrus with our ravens remembered some vulture near her tyrannosaurus .
Model output: the walrus with our ravens remembered some vulture near her tyrannosaurus .
Input: the zebras upon our salamander entertained the yak with your walrus . past
Target output: the zebras upon our salamander entertained the yak with your walrus .
Model output: the zebras upon our salamander entertained the yak with your walrus .
Input: some orangutan that remembered my unicorns remembered the quail . past
Target output: some orangutan that remembered my unicorns remembered the quail .
Model output: some orangutan that remembered my unicorns remembered the quail .
Input: her quail slept . present
Target output: her quail sleeps .
Model output: her quail sleeps .", exgen:"Input: my orangutans above her orangutan slept . present
Target output: my orangutans above her orangutan sleep .
Model output: my orangutans above her orangutan sleeps .
Input: our peacocks that admired my salamander amused some peacocks . present
Target output: our peacocks that admire my salamander amuse some peacocks .
Model output: our peacocks that admire my salamander amuses some peacocks .
Input: the peacocks who admired my quail amused our orangutan that comforted our raven . present
Target output: the peacocks who admire my quail amuse our orangutan that comforts our raven .
Model output: the peacocks who admire my orangutan amuses our quail that comforts our raven .
Input: some xylophone that admired our walruses applauded her tyrannosauruses who applauded our newt . present
Target output: some xylophone that admires our walruses applauds her tyrannosauruses who applaud our newt .
Model output: some xylophone that admires our walruses applauds her tyrannosauruses who applaud our newt .
Input: our tyrannosauruses who admired her newt giggled . present
Target output: our tyrannosauruses who admire her newt giggle .
Model output: our tyrannosauruses who admire her newt giggles .
Input: some quails who confused my yak remembered your yaks . present
Target output: some quails who confuse my yak remember your yaks .
Model output: some quails who confuse my yak remembers your yaks .
Input: my xylophones with her raven smiled . present
Target output: my xylophones with her raven smile .
Model output: my xylophones with her raven smiles .
Input: my xylophone by her quails admired her zebra . present
Target output: my xylophone by her quails admires her zebra .
Model output: my xylophone by her quails admire her zebra .
Input: your tyrannosaurus behind some quails accepted my vulture . present
Target output: your tyrannosaurus behind some quails accepts my vulture .
Model output: your tyrannosaurus behind some quails accept my vulture .
Input: some vultures that our orangutan amused remembered her zebra . present
Target output: some vultures that our orangutan amuses remember her zebra .
Model output: some vultures that our orangutan amuses remembers her zebra .", testfull:0.93, testpos:1.0, genfull:0.13, genpos:1.0, genlinear:0.73, genmvcorrect:0.15, genmvlinear:0.79, genmvcorrectnum:0.16, genmvwrongnum:0.83, };
var p13_tense_exp188 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_88", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some walrus admired our zebras behind the salamanders . present
Target output: some walrus admires our zebras behind the salamanders .
Model output: some walrus admires our zebras behind the salamanders .
Input: my quail high_fived your orangutans that moved . past
Target output: my quail high_fived your orangutans that moved .
Model output: my quail high_fived your orangutans that moved .
Input: some zebra that remembered her peacock confused your xylophone with her orangutan . present
Target output: some zebra that remembers her peacock confuses your xylophone with her orangutan .
Model output: some zebra that remembers her peacock confuses her xylophone with her orangutan .
Input: my salamander who the walrus remembered smiled . past
Target output: my salamander who the walrus remembered smiled .
Model output: my salamander who the walrus remembered smiled .
Input: her ravens who some peacocks comforted confused your quail . present
Target output: her ravens who some peacocks comfort confuse your quail .
Model output: her ravens who some peacocks comfort confuse your quail .
Input: some salamanders behind your newts giggled . present
Target output: some salamanders behind your newts giggle .
Model output: some salamanders behind your newts giggle .
Input: some walrus that our xylophones applauded high_fived our ravens . past
Target output: some walrus that our xylophones applauded high_fived our ravens .
Model output: some walrus that our xylophones applauded high_fived our ravens .
Input: your xylophone that comforted the walruses accepted my walrus with the tyrannosauruses . past
Target output: your xylophone that comforted the walruses accepted my walrus with the tyrannosauruses .
Model output: your xylophone that comforted the walruses accepted the walrus with my tyrannosauruses .
Input: the newt around the quail accepted your walruses that read . present
Target output: the newt around the quail accepts your walruses that read .
Model output: the newt around the quail accepts your walruses that read .
Input: my quails accepted my zebras . past
Target output: my quails accepted my zebras .
Model output: my quails accepted my zebras .", exgen:"Input: our zebra who my walruses high_fived accepted some salamanders . present
Target output: our zebra who my walruses high_five accepts some salamanders .
Model output: our zebra who my walruses high_five accept some salamanders .
Input: our vultures below the salamander smiled . present
Target output: our vultures below the salamander smile .
Model output: our vultures below the salamander smiles .
Input: her quails above the quail entertained your salamanders . present
Target output: her quails above the quail entertain your salamanders .
Model output: her quails above the quail entertains your salamanders .
Input: your tyrannosauruses behind the walrus smiled . present
Target output: your tyrannosauruses behind the walrus smile .
Model output: your tyrannosauruses behind the walrus smiles .
Input: the raven who amused her unicorns confused our yaks . present
Target output: the raven who amuses her unicorns confuses our yaks .
Model output: the raven who amuses her unicorns confuse our yaks .
Input: the salamanders below her salamander swam . present
Target output: the salamanders below her salamander swim .
Model output: the salamanders below her salamander swim .
Input: the tyrannosauruses with her tyrannosaurus remembered her unicorns . present
Target output: the tyrannosauruses with her tyrannosaurus remember her unicorns .
Model output: the tyrannosauruses with her tyrannosaurus remember her unicorns .
Input: our tyrannosaurus around my ravens confused your ravens above her newt . present
Target output: our tyrannosaurus around my ravens confuses your ravens above her newt .
Model output: our tyrannosaurus around my ravens confuse your ravens above her newt .
Input: your salamanders with her vulture read . present
Target output: your salamanders with her vulture read .
Model output: your salamanders with her vulture read .
Input: my orangutans by our newt remembered some newt who some vultures applauded . present
Target output: my orangutans by our newt remember some newt who some vultures applaud .
Model output: my orangutans by our newt remembers some newt who some orangutans applaud .", testfull:0.86, testpos:1.0, genfull:0.09, genpos:0.99, genlinear:0.65, genmvcorrect:0.13, genmvlinear:0.75, genmvcorrectnum:0.15, genmvwrongnum:0.84, };
var p13_tense_exp189 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_89", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her yaks behind my orangutans slept . past
Target output: her yaks behind my orangutans slept .
Model output: her yaks behind my orangutans slept .
Input: your newt around the quail remembered some vulture . present
Target output: your newt around the quail remembers some vulture .
Model output: your newt around the quail remembers some vulture .
Input: some peacocks that her quail amused admired our peacocks with her peacocks . past
Target output: some peacocks that her quail amused admired our peacocks with her peacocks .
Model output: some peacocks that our quail amused remembered her peacocks with her peacocks .
Input: her orangutans that confused the xylophones swam . present
Target output: her orangutans that confuse the xylophones swim .
Model output: her orangutans that confuse the xylophones swim .
Input: my tyrannosaurus accepted her zebra . present
Target output: my tyrannosaurus accepts her zebra .
Model output: my tyrannosaurus accepts her zebra .
Input: her orangutan that slept applauded the xylophones above her zebra . present
Target output: her orangutan that sleeps applauds the xylophones above her zebra .
Model output: her orangutan that sleeps applauds the xylophones above her zebra .
Input: our newt remembered your zebra . present
Target output: our newt remembers your zebra .
Model output: our newt remembers your zebra .
Input: the walruses high_fived my yak below the walruses . present
Target output: the walruses high_five my yak below the walruses .
Model output: the walruses high_five my yak below the walruses .
Input: the orangutan high_fived your salamander who some ravens high_fived . present
Target output: the orangutan high_fives your salamander who some ravens high_five .
Model output: the orangutan high_fives your salamander who some ravens high_five .
Input: the unicorn amused some walrus by my zebra . present
Target output: the unicorn amuses some walrus by my zebra .
Model output: the unicorn amuses some walrus by my zebra .", exgen:"Input: the newts near her salamander read . present
Target output: the newts near her salamander read .
Model output: the newts near her salamander read .
Input: her vultures near the orangutan high_fived your yaks . present
Target output: her vultures near the orangutan high_five your yaks .
Model output: her vultures near the orangutan high_fives your yaks .
Input: your zebras that some unicorn admired ate . present
Target output: your zebras that some unicorn admires eat .
Model output: your zebras that some unicorn admires eats .
Input: our peacocks upon our orangutan high_fived her zebras who changed . present
Target output: our peacocks upon our orangutan high_five her zebras who change .
Model output: our peacocks upon our orangutan high_fives her zebras who change .
Input: our orangutan by some yaks ate . present
Target output: our orangutan by some yaks eats .
Model output: our orangutan by some yaks eat .
Input: some zebras that my tyrannosaurus amused changed . present
Target output: some zebras that my tyrannosaurus amuses change .
Model output: some zebras that my tyrannosaurus amuses changes .
Input: my newt behind some walruses admired the walrus with my peacocks . present
Target output: my newt behind some walruses admires the walrus with my peacocks .
Model output: my newt behind some walruses admire the walrus with my peacocks .
Input: some unicorn around your vultures remembered our quails . present
Target output: some unicorn around your vultures remembers our quails .
Model output: some unicorn around your vultures remember our quails .
Input: our unicorns upon some tyrannosaurus high_fived her walrus that admired my xylophone . present
Target output: our unicorns upon some tyrannosaurus high_five her walrus that admires my xylophone .
Model output: our unicorns upon some tyrannosaurus high_fives her walrus that high_fives my tyrannosaurus .
Input: my xylophones who amused your orangutan ate . present
Target output: my xylophones who amuse your orangutan eat .
Model output: my xylophones who amuse your orangutan eats .", testfull:0.86, testpos:1.0, genfull:0.14, genpos:0.99, genlinear:0.59, genmvcorrect:0.19, genmvlinear:0.68, genmvcorrectnum:0.22, genmvwrongnum:0.77, };
var p13_tense_exp190 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_90", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her unicorns upon your orangutans remembered my orangutans that our unicorn accepted . present
Target output: her unicorns upon your orangutans remember my orangutans that our unicorn accepts .
Model output: her unicorns upon your orangutans remember my orangutans that our unicorn remembers .
Input: our ravens with our xylophone confused my orangutans . past
Target output: our ravens with our xylophone confused my orangutans .
Model output: our ravens with our xylophone confused my orangutans .
Input: some orangutan with my ravens confused your walruses . past
Target output: some orangutan with my ravens confused your walruses .
Model output: some orangutan with my ravens confused your walruses .
Input: your ravens accepted my yak that our peacock applauded . past
Target output: your ravens accepted my yak that our peacock applauded .
Model output: your ravens accepted my yak that our peacock applauded .
Input: your newts below the yaks high_fived your walrus . past
Target output: your newts below the yaks high_fived your walrus .
Model output: your newts below the yaks high_fived your walrus .
Input: our orangutans near some walruses comforted our tyrannosaurus who the vultures accepted . past
Target output: our orangutans near some walruses comforted our tyrannosaurus who the vultures accepted .
Model output: our orangutans near some walruses comforted our tyrannosaurus who the vultures accepted .
Input: our xylophone that ate admired the tyrannosauruses . present
Target output: our xylophone that eats admires the tyrannosauruses .
Model output: our xylophone that eats admires the tyrannosauruses .
Input: our walruses who her quail amused high_fived your ravens . past
Target output: our walruses who her quail amused high_fived your ravens .
Model output: our walruses who her quail high_fived amused your ravens .
Input: her xylophone amused the vulture . present
Target output: her xylophone amuses the vulture .
Model output: her xylophone amuses the vulture .
Input: your peacock with some walrus ate . past
Target output: your peacock with some walrus ate .
Model output: your peacock with some walrus ate .", exgen:"Input: our salamanders that the quail comforted moved . present
Target output: our salamanders that the quail comforts move .
Model output: our salamanders that the quail comforts moves .
Input: the vulture that applauded her walruses confused the peacock . present
Target output: the vulture that applauds her walruses confuses the peacock .
Model output: the vulture that applauds her walruses confuse the peacock .
Input: our newt upon your yaks swam . present
Target output: our newt upon your yaks swims .
Model output: our newt upon your yaks swim .
Input: the newts with the unicorn remembered your quails around our salamanders . present
Target output: the newts with the unicorn remember your quails around our salamanders .
Model output: the newts with the unicorn remember your salamanders around our salamanders .
Input: our tyrannosaurus with the orangutans smiled . present
Target output: our tyrannosaurus with the orangutans smiles .
Model output: our tyrannosaurus with the orangutans smile .
Input: our unicorn around her unicorns confused our orangutan . present
Target output: our unicorn around her unicorns confuses our orangutan .
Model output: our unicorn around her unicorns confuse our orangutan .
Input: her unicorn by some yaks remembered her salamander . present
Target output: her unicorn by some yaks remembers her salamander .
Model output: her unicorn by some yaks remember her salamander .
Input: my unicorn who some salamanders accepted ate . present
Target output: my unicorn who some salamanders accept eats .
Model output: my unicorn who some salamanders accept eat .
Input: some walrus that your zebras accepted read . present
Target output: some walrus that your zebras accept reads .
Model output: some walrus that your zebras accept read .
Input: her quails that my peacock remembered applauded the tyrannosauruses who admired her zebra . present
Target output: her quails that my peacock remembers applaud the tyrannosauruses who admire her zebra .
Model output: her quails that my tyrannosaurus remembers applaud the tyrannosauruses who admire her zebra .", testfull:0.85, testpos:1.0, genfull:0.09, genpos:0.99, genlinear:0.63, genmvcorrect:0.13, genmvlinear:0.75, genmvcorrectnum:0.15, genmvwrongnum:0.84, };
var p13_tense_exp191 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_91", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your xylophone near her orangutans amused my ravens . past
Target output: your xylophone near her orangutans amused my ravens .
Model output: your xylophone near her orangutans amused my ravens .
Input: her newts applauded my peacocks . present
Target output: her newts applaud my peacocks .
Model output: her newts applaud my peacocks .
Input: some salamanders confused her orangutans . past
Target output: some salamanders confused her orangutans .
Model output: some salamanders confused her orangutans .
Input: her zebras applauded some zebras who my quails confused . past
Target output: her zebras applauded some zebras who my quails confused .
Model output: her zebras applauded some zebras who my quails confused .
Input: your vulture by her tyrannosauruses admired the unicorns that the xylophones comforted . past
Target output: your vulture by her tyrannosauruses admired the unicorns that the xylophones comforted .
Model output: your vulture by her unicorns comforted the tyrannosauruses that the xylophones comforted .
Input: my unicorns that swam entertained some salamanders who read . past
Target output: my unicorns that swam entertained some salamanders who read .
Model output: my unicorns that read entertained some salamanders who read .
Input: my tyrannosaurus admired your tyrannosaurus who moved . past
Target output: my tyrannosaurus admired your tyrannosaurus who moved .
Model output: my tyrannosaurus admired your tyrannosaurus who moved .
Input: some salamander that accepted the quails confused the salamander behind some walrus . past
Target output: some salamander that accepted the quails confused the salamander behind some walrus .
Model output: some salamander that confused the quails accepted some walrus behind the salamander .
Input: the orangutans near my vulture applauded the newts who smiled . past
Target output: the orangutans near my vulture applauded the newts who smiled .
Model output: the orangutans near my vulture applauded the newts who smiled .
Input: your walruses who our tyrannosaurus admired slept . past
Target output: your walruses who our tyrannosaurus admired slept .
Model output: your walruses who our tyrannosaurus admired slept .", exgen:"Input: your tyrannosaurus above her tyrannosauruses applauded her newt . present
Target output: your tyrannosaurus above her tyrannosauruses applauds her newt .
Model output: your tyrannosaurus above your tyrannosauruses applaud her newt .
Input: your walrus who amused the orangutans amused your walrus who smiled . present
Target output: your walrus who amuses the orangutans amuses your walrus who smiles .
Model output: your walrus who amuses the orangutans amuse your walrus who smiles .
Input: some zebra below some newts high_fived some walrus behind her salamander . present
Target output: some zebra below some newts high_fives some walrus behind her salamander .
Model output: some zebra below some newts high_five some walrus behind some walrus .
Input: some xylophone upon her orangutans applauded our xylophone . present
Target output: some xylophone upon her orangutans applauds our xylophone .
Model output: some xylophone upon her orangutans applaud our xylophone .
Input: your quails that applauded her newt applauded her newts by our peacocks . present
Target output: your quails that applaud her newt applaud her newts by our peacocks .
Model output: your quails that applaud her newts applaud her newt by our peacocks .
Input: our unicorn behind some zebras giggled . present
Target output: our unicorn behind some zebras giggles .
Model output: our unicorn behind some zebras giggle .
Input: the orangutan who my newts remembered ate . present
Target output: the orangutan who my newts remember eats .
Model output: the orangutan who my newts remember eat .
Input: her tyrannosaurus by your walruses ate . present
Target output: her tyrannosaurus by your walruses eats .
Model output: her tyrannosaurus by your walruses eat .
Input: her raven that confused our quails giggled . present
Target output: her raven that confuses our quails giggles .
Model output: her raven that confuses our quails giggle .
Input: our vultures that accepted my zebra confused our unicorns around the newt . present
Target output: our vultures that accept my zebra confuse our unicorns around the newt .
Model output: our vultures that accept my salamanders accept our zebra around the newt .", testfull:0.69, testpos:0.99, genfull:0.16, genpos:0.97, genlinear:0.33, genmvcorrect:0.34, genmvlinear:0.47, genmvcorrectnum:0.42, genmvwrongnum:0.56, };
var p13_tense_exp192 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_92", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the walruses high_fived our newt . past
Target output: the walruses high_fived our newt .
Model output: the walruses high_fived our newt .
Input: her zebra below some quails confused our xylophone above our salamander . past
Target output: her zebra below some quails confused our xylophone above our salamander .
Model output: her zebra below some quails confused our xylophone above our salamander .
Input: some xylophone applauded my yaks with the raven . present
Target output: some xylophone applauds my yaks with the raven .
Model output: some xylophone applauds my yaks with the raven .
Input: your zebra upon some salamanders comforted her orangutan . past
Target output: your zebra upon some salamanders comforted her orangutan .
Model output: your zebra upon some salamanders comforted her orangutan .
Input: her tyrannosauruses applauded some peacocks around the salamanders . past
Target output: her tyrannosauruses applauded some peacocks around the salamanders .
Model output: her tyrannosauruses applauded some peacocks around the salamanders .
Input: my zebras giggled . present
Target output: my zebras giggle .
Model output: my zebras giggle .
Input: her unicorn around my newt high_fived my tyrannosaurus . present
Target output: her unicorn around my newt high_fives my tyrannosaurus .
Model output: her unicorn around my newt high_fives my tyrannosaurus .
Input: her xylophone applauded the salamanders . present
Target output: her xylophone applauds the salamanders .
Model output: her xylophone applauds the salamanders .
Input: your walruses who some quails comforted admired some vultures that her yak applauded . past
Target output: your walruses who some quails comforted admired some vultures that her yak applauded .
Model output: your walruses who some quails admired comforted some vultures that her yak admired .
Input: my yak that smiled read . past
Target output: my yak that smiled read .
Model output: my yak that smiled read .", exgen:"Input: the walrus that my peacocks confused admired your xylophone that confused some zebras . present
Target output: the walrus that my peacocks confuse admires your xylophone that confuses some zebras .
Model output: the walrus that my peacocks confuses confuses your xylophone that confuses some zebras .
Input: some walruses with the quail comforted some walruses . present
Target output: some walruses with the quail comfort some walruses .
Model output: some walruses with the quail comforts some walruses .
Input: my salamanders that the tyrannosaurus high_fived confused my quails . present
Target output: my salamanders that the tyrannosaurus high_fives confuse my quails .
Model output: my salamanders that the tyrannosaurus high_fives confuses my quails .
Input: the zebras that remembered the xylophone waited . present
Target output: the zebras that remember the xylophone wait .
Model output: the zebras that remember the xylophone wait .
Input: the tyrannosaurus below my quails entertained her tyrannosauruses who applauded my newt . present
Target output: the tyrannosaurus below my quails entertains her tyrannosauruses who applaud my newt .
Model output: the tyrannosaurus below my quails entertain her tyrannosauruses who applaud my newt .
Input: some salamander that high_fived our peacocks accepted her salamanders that the vultures confused . present
Target output: some salamander that high_fives our peacocks accepts her salamanders that the vultures confuse .
Model output: some salamander that confuses our peacocks confuses our salamanders that the peacocks confuse .
Input: our salamander below her salamanders admired her walruses above the xylophone . present
Target output: our salamander below her salamanders admires her walruses above the xylophone .
Model output: our salamander below her salamanders admire her walruses above the xylophone .
Input: our xylophone behind her vultures high_fived your walruses that my walruses amused . present
Target output: our xylophone behind her vultures high_fives your walruses that my walruses amuse .
Model output: our xylophone behind her vultures high_five your walruses that my walruses amuse .
Input: your peacocks who comforted the newt accepted some salamander by my peacocks . present
Target output: your peacocks who comfort the newt accept some salamander by my peacocks .
Model output: your peacocks who accept the newt accepts some salamander by my peacocks .
Input: the unicorns near the salamander amused the vulture that the unicorn entertained . present
Target output: the unicorns near the salamander amuse the vulture that the unicorn entertains .
Model output: the unicorns near the salamander amuses the vulture that the unicorn entertains .", testfull:0.87, testpos:1.0, genfull:0.09, genpos:0.99, genlinear:0.64, genmvcorrect:0.15, genmvlinear:0.73, genmvcorrectnum:0.17, genmvwrongnum:0.82, };
var p13_tense_exp193 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_93", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the xylophone that moved entertained the quail near my unicorns . past
Target output: the xylophone that moved entertained the quail near my unicorns .
Model output: the xylophone that moved entertained the quail near my unicorns .
Input: her walruses applauded your vulture near the ravens . past
Target output: her walruses applauded your vulture near the ravens .
Model output: her walruses applauded your vulture near the ravens .
Input: her zebra high_fived her orangutan . past
Target output: her zebra high_fived her orangutan .
Model output: her zebra high_fived her orangutan .
Input: my yaks that my peacock admired accepted my newt . past
Target output: my yaks that my peacock admired accepted my newt .
Model output: my yaks that my peacock admired accepted my newt .
Input: the newt amused her ravens behind the zebras . past
Target output: the newt amused her ravens behind the zebras .
Model output: the newt amused her ravens behind the zebras .
Input: her quails behind some newts entertained your newt . present
Target output: her quails behind some newts entertain your newt .
Model output: her quails behind some newts entertain your newt .
Input: the newts upon your zebras amused our ravens near some vultures . present
Target output: the newts upon your zebras amuse our ravens near some vultures .
Model output: the newts upon your zebras amuse our ravens near some vultures .
Input: your salamander entertained your salamander who some orangutan accepted . past
Target output: your salamander entertained your salamander who some orangutan accepted .
Model output: your salamander entertained your salamander who some orangutan accepted .
Input: my peacocks below our xylophones swam . past
Target output: my peacocks below our xylophones swam .
Model output: my peacocks below our xylophones swam .
Input: some tyrannosaurus behind your tyrannosauruses slept . past
Target output: some tyrannosaurus behind your tyrannosauruses slept .
Model output: some tyrannosaurus behind your tyrannosauruses slept .", exgen:"Input: her vultures who admired some yak amused the zebra upon some ravens . present
Target output: her vultures who admire some yak amuse the zebra upon some ravens .
Model output: her vultures who admire some yak amuses the zebra upon some ravens .
Input: some salamander with some tyrannosauruses remembered her vultures that swam . present
Target output: some salamander with some tyrannosauruses remembers her vultures that swim .
Model output: some salamander with some tyrannosauruses remember her vultures that swim .
Input: my yaks that amused my vulture accepted her vultures around our xylophone . present
Target output: my yaks that amuse my vulture accept her vultures around our xylophone .
Model output: my yaks that amuse my vulture accepts her vultures around our xylophone .
Input: the vulture that the newts accepted entertained some unicorn that applauded my unicorns . present
Target output: the vulture that the newts accept entertains some unicorn that applauds my unicorns .
Model output: the vulture that the newts accept applaud some unicorn that accepts my unicorns .
Input: your raven who the unicorns entertained amused my yaks near my peacocks . present
Target output: your raven who the unicorns entertain amuses my yaks near my peacocks .
Model output: your raven who the unicorns amuses entertains my yaks near my peacocks .
Input: your salamander upon some unicorns remembered my quail who entertained some zebras . present
Target output: your salamander upon some unicorns remembers my quail who entertains some zebras .
Model output: your salamander upon some unicorns remember my quail who entertains some zebras .
Input: our zebra near some quails changed . present
Target output: our zebra near some quails changes .
Model output: our zebra near some quails changes .
Input: the newt with your quails admired our walrus who changed . present
Target output: the newt with your quails admires our walrus who changes .
Model output: the newt with your quails admire our walrus who changes .
Input: your tyrannosauruses that my peacock amused high_fived our unicorn . present
Target output: your tyrannosauruses that my peacock amuses high_five our unicorn .
Model output: your tyrannosauruses that my peacock amuses high_fives our unicorn .
Input: my unicorn that admired some newts remembered her salamander who applauded her vulture . present
Target output: my unicorn that admires some newts remembers her salamander who applauds her vulture .
Model output: my unicorn that remembers some newts applauds her salamander who remembers her vulture .", testfull:0.9, testpos:1.0, genfull:0.15, genpos:0.99, genlinear:0.63, genmvcorrect:0.2, genmvlinear:0.7, genmvcorrectnum:0.22, genmvwrongnum:0.77, };
var p13_tense_exp194 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_94", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some orangutan near some walrus applauded my tyrannosaurus by some peacock . present
Target output: some orangutan near some walrus applauds my tyrannosaurus by some peacock .
Model output: some orangutan near some walrus applauds my tyrannosaurus by some peacock .
Input: our salamanders that slept remembered some quails above the walruses . present
Target output: our salamanders that sleep remember some quails above the walruses .
Model output: our salamanders that sleep remember some quails above the walruses .
Input: her yaks behind the unicorn entertained my newt who ate . past
Target output: her yaks behind the unicorn entertained my newt who ate .
Model output: her yaks behind the unicorn entertained my newt who ate .
Input: some peacocks amused some quails who read . past
Target output: some peacocks amused some quails who read .
Model output: some peacocks amused some quails who read .
Input: your quails below the zebras remembered your peacock by her vultures . present
Target output: your quails below the zebras remember your peacock by her vultures .
Model output: your quails below the zebras remember your peacock by her vultures .
Input: our peacock that comforted the walrus confused her newt who confused my xylophones . present
Target output: our peacock that comforts the walrus confuses her newt who confuses my xylophones .
Model output: our peacock who confuses the walrus comforts her newt who confuses my xylophones .
Input: some tyrannosaurus below her orangutan admired the salamanders that amused my walrus . past
Target output: some tyrannosaurus below her orangutan admired the salamanders that amused my walrus .
Model output: some tyrannosaurus below her orangutan admired the salamanders that amused my walrus .
Input: her ravens who remembered her yaks slept . present
Target output: her ravens who remember her yaks sleep .
Model output: her ravens who remember her yaks sleep .
Input: my salamander that some yak amused entertained some raven who swam . past
Target output: my salamander that some yak amused entertained some raven who swam .
Model output: my salamander that some yak amused entertained some raven who swam .
Input: our orangutan high_fived some newts by some unicorns . present
Target output: our orangutan high_fives some newts by some unicorns .
Model output: our orangutan high_fives some newts by some unicorns .", exgen:"Input: some unicorns around the vulture waited . present
Target output: some unicorns around the vulture wait .
Model output: some unicorns around the vulture waits .
Input: my zebras behind her salamander confused our peacock who accepted our vultures . present
Target output: my zebras behind her salamander confuse our peacock who accepts our vultures .
Model output: my zebras behind her salamander confuse our orangutan who accepts our vultures .
Input: the tyrannosauruses behind our unicorn entertained our vulture below the vulture . present
Target output: the tyrannosauruses behind our unicorn entertain our vulture below the vulture .
Model output: the tyrannosauruses behind our unicorn entertain our vulture below the vulture .
Input: my walruses with some peacock admired your unicorns that your peacocks remembered . present
Target output: my walruses with some peacock admire your unicorns that your peacocks remember .
Model output: my walruses with some peacock admires some unicorns that your peacocks remember .
Input: our peacock that some quails entertained comforted my zebras that the newts admired . present
Target output: our peacock that some quails entertain comforts my zebras that the newts admire .
Model output: our peacock that some quails comfort entertain my zebras that the newts admire .
Input: your unicorns behind my walrus swam . present
Target output: your unicorns behind my walrus swim .
Model output: your unicorns behind my walrus swim .
Input: your peacock who accepted our tyrannosauruses confused your walrus who high_fived my quail . present
Target output: your peacock who accepts our tyrannosauruses confuses your walrus who high_fives my quail .
Model output: your peacock who accepts our tyrannosauruses accept your walrus who confuses my quail .
Input: her walruses who my newt remembered swam . present
Target output: her walruses who my newt remembers swim .
Model output: her walruses who my newt remember swim .
Input: my xylophones who admired our walrus comforted the salamander who accepted the tyrannosaurus . present
Target output: my xylophones who admire our walrus comfort the salamander who accepts the tyrannosaurus .
Model output: my xylophones who comfort our walrus admire the salamander who accepts the tyrannosaurus .
Input: your xylophones who comforted your vulture high_fived some unicorn . present
Target output: your xylophones who comfort your vulture high_five some unicorn .
Model output: your xylophones who comfort your vulture high_fives some unicorn .", testfull:0.89, testpos:1.0, genfull:0.19, genpos:0.99, genlinear:0.61, genmvcorrect:0.24, genmvlinear:0.66, genmvcorrectnum:0.27, genmvwrongnum:0.73, };
var p13_tense_exp195 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_95", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our yaks amused her orangutan around your ravens . past
Target output: our yaks amused her orangutan around your ravens .
Model output: our yaks amused her orangutan around your ravens .
Input: our orangutan near her vultures amused some ravens . past
Target output: our orangutan near her vultures amused some ravens .
Model output: our orangutan near her vultures amused some ravens .
Input: our newts who slept comforted your yak near some ravens . past
Target output: our newts who slept comforted your yak near some ravens .
Model output: our newts who slept comforted your yak near some ravens .
Input: some quail who amused our orangutans applauded some orangutan . past
Target output: some quail who amused our orangutans applauded some orangutan .
Model output: some quail who amused our orangutans applauded some orangutan .
Input: the zebras upon some ravens accepted my newts around our orangutans . past
Target output: the zebras upon some ravens accepted my newts around our orangutans .
Model output: the zebras upon some tyrannosauruses accepted my ravens around our orangutans .
Input: your walruses upon the ravens applauded my walrus who remembered the vulture . past
Target output: your walruses upon the ravens applauded my walrus who remembered the vulture .
Model output: your walruses upon the ravens applauded my walrus who remembered the vulture .
Input: the raven that accepted your raven accepted our zebras . past
Target output: the raven that accepted your raven accepted our zebras .
Model output: the raven that accepted your raven accepted our zebras .
Input: our peacocks behind her walruses high_fived some newt . past
Target output: our peacocks behind her walruses high_fived some newt .
Model output: our peacocks behind her walruses high_fived some newt .
Input: some vulture amused her zebras above her vultures . present
Target output: some vulture amuses her zebras above her vultures .
Model output: some vulture amuses her zebras above her zebras .
Input: some peacocks applauded our zebras that slept . past
Target output: some peacocks applauded our zebras that slept .
Model output: some peacocks applauded our zebras that slept .", exgen:"Input: our unicorns behind your zebra accepted the walrus below my salamander . present
Target output: our unicorns behind your zebra accept the walrus below my salamander .
Model output: our unicorns behind your walrus accept the zebra below my salamander .
Input: her tyrannosaurus who high_fived our xylophones high_fived her yak . present
Target output: her tyrannosaurus who high_fives our xylophones high_fives her yak .
Model output: her tyrannosaurus who high_fives our xylophones high_five her yak .
Input: my peacocks above the zebra entertained my vultures that accepted her salamander . present
Target output: my peacocks above the zebra entertain my vultures that accept her salamander .
Model output: my peacocks above the zebra entertain my vultures that accept her salamander .
Input: her peacocks that our salamander confused high_fived her unicorns upon the newt . present
Target output: her peacocks that our salamander confuses high_five her unicorns upon the newt .
Model output: her peacocks that our salamander high_fives confuse her unicorns upon the newt .
Input: some zebra near her orangutans high_fived your raven with my yaks . present
Target output: some zebra near her orangutans high_fives your raven with my yaks .
Model output: some zebra near her orangutans high_fives your raven with my yaks .
Input: the ravens above your vulture high_fived the vultures who smiled . present
Target output: the ravens above your vulture high_five the vultures who smile .
Model output: the ravens above your vulture high_five the vultures who smile .
Input: her zebras behind the yak confused my newt behind some tyrannosauruses . present
Target output: her zebras behind the yak confuse my newt behind some tyrannosauruses .
Model output: her zebras behind the yak confuses my newt behind some tyrannosauruses .
Input: her quail that entertained her xylophones entertained her xylophones below the walruses . present
Target output: her quail that entertains her xylophones entertains her xylophones below the walruses .
Model output: her quail that entertains her xylophones entertain her xylophones below the walruses .
Input: your vultures that confused our raven applauded your vulture . present
Target output: your vultures that confuse our raven applaud your vulture .
Model output: your vultures that confuse our raven applaud your vulture .
Input: our quails below some xylophone moved . present
Target output: our quails below some xylophone move .
Model output: our quails below some xylophone move .", testfull:0.93, testpos:1.0, genfull:0.36, genpos:0.99, genlinear:0.48, genmvcorrect:0.4, genmvlinear:0.52, genmvcorrectnum:0.43, genmvwrongnum:0.56, };
var p13_tense_exp196 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_96", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some peacocks applauded the unicorns . present
Target output: some peacocks applaud the unicorns .
Model output: some peacocks applaud the unicorns .
Input: some salamanders entertained the xylophone below her unicorns . present
Target output: some salamanders entertain the xylophone below her unicorns .
Model output: some salamanders entertain the xylophone below her unicorns .
Input: her salamander comforted the newts . present
Target output: her salamander comforts the newts .
Model output: her salamander comforts the newts .
Input: our orangutans who some quails entertained applauded some newt near my walruses . present
Target output: our orangutans who some quails entertain applaud some newt near my walruses .
Model output: our orangutans who some quails entertain applaud some newt near my walruses .
Input: your raven who admired my orangutan applauded the tyrannosaurus by the walruses . past
Target output: your raven who admired my orangutan applauded the tyrannosaurus by the walruses .
Model output: your raven who admired my orangutan applauded the tyrannosaurus by the walruses .
Input: some orangutan that slept admired her orangutans who her ravens entertained . past
Target output: some orangutan that slept admired her orangutans who her ravens entertained .
Model output: some orangutan that slept admired her orangutans who her ravens entertained .
Input: her yak admired the raven . present
Target output: her yak admires the raven .
Model output: her yak admires the raven .
Input: the zebra with my salamander accepted some yak who accepted my salamander . past
Target output: the zebra with my salamander accepted some yak who accepted my salamander .
Model output: the zebra with my salamander accepted some yak who accepted my salamander .
Input: some orangutan that remembered her walruses accepted your salamanders by some xylophones . past
Target output: some orangutan that remembered her walruses accepted your salamanders by some xylophones .
Model output: some orangutan that accepted her walruses remembered your salamanders by some xylophones .
Input: her orangutan changed . past
Target output: her orangutan changed .
Model output: her orangutan changed .", exgen:"Input: her orangutan behind your vultures amused our raven below my orangutan . present
Target output: her orangutan behind your vultures amuses our raven below my orangutan .
Model output: her orangutan behind your vultures amuse our raven below my orangutan .
Input: your unicorns behind some walrus remembered your orangutan who swam . present
Target output: your unicorns behind some walrus remember your orangutan who swims .
Model output: your unicorns behind some walrus remember your orangutan who swims .
Input: her zebras by our tyrannosaurus confused your ravens . present
Target output: her zebras by our tyrannosaurus confuse your ravens .
Model output: her zebras by our tyrannosaurus confuse your ravens .
Input: your unicorn that my xylophones amused remembered her vulture with some unicorn . present
Target output: your unicorn that my xylophones amuse remembers her vulture with some unicorn .
Model output: your unicorn that my newt remembers amuses her salamanders with some vulture .
Input: my tyrannosauruses near my walrus entertained some unicorn . present
Target output: my tyrannosauruses near my walrus entertain some unicorn .
Model output: my tyrannosauruses near my walrus entertain some unicorn .
Input: the yaks who our walrus amused remembered the peacocks . present
Target output: the yaks who our walrus amuses remember the peacocks .
Model output: the yaks who our walrus remembers amuses the peacocks .
Input: your vultures that our salamander remembered confused our walruses below our salamanders . present
Target output: your vultures that our salamander remembers confuse our walruses below our salamanders .
Model output: your vultures that our salamander remembers confuses our walruses below our salamanders .
Input: my walrus around your ravens comforted my tyrannosauruses with some walrus . present
Target output: my walrus around your ravens comforts my tyrannosauruses with some walrus .
Model output: my walrus around your ravens comforts my tyrannosauruses with some walrus .
Input: her vulture above the quails slept . present
Target output: her vulture above the quails sleeps .
Model output: her vulture above the quails sleeps .
Input: my walrus that my xylophones comforted changed . present
Target output: my walrus that my xylophones comfort changes .
Model output: my walrus that my xylophones comforts change .", testfull:0.86, testpos:1.0, genfull:0.31, genpos:0.99, genlinear:0.37, genmvcorrect:0.44, genmvlinear:0.43, genmvcorrectnum:0.49, genmvwrongnum:0.5, };
var p13_tense_exp197 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_97", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some zebras who the newts comforted remembered the quail below her xylophone . present
Target output: some zebras who the newts comfort remember the quail below her xylophone .
Model output: some zebras who the newts comfort accept the xylophone below her quail .
Input: our orangutans that admired some salamanders ate . present
Target output: our orangutans that admire some salamanders eat .
Model output: our orangutans that admire some salamanders eat .
Input: our orangutan that my walrus comforted confused our xylophone . present
Target output: our orangutan that my walrus comforts confuses our xylophone .
Model output: our orangutan that my walrus comforts confuses our xylophone .
Input: some xylophones entertained the walrus who entertained the raven . present
Target output: some xylophones entertain the walrus who entertains the raven .
Model output: some xylophones entertain the walrus who entertains the raven .
Input: my quails remembered the zebras that the salamanders amused . present
Target output: my quails remember the zebras that the salamanders amuse .
Model output: my quails remember the zebras that the salamanders amuse .
Input: your quail with your peacock moved . past
Target output: your quail with your peacock moved .
Model output: your quail with your peacock moved .
Input: my orangutan that moved entertained your yak that read . past
Target output: my orangutan that moved entertained your yak that read .
Model output: my orangutan that moved entertained your yak that read .
Input: my unicorn confused some yak below your newts . present
Target output: my unicorn confuses some yak below your newts .
Model output: my unicorn confuses some yak below your newts .
Input: her xylophone that some orangutans admired changed . past
Target output: her xylophone that some orangutans admired changed .
Model output: her xylophone that some orangutans admired changed .
Input: my walruses behind my walrus applauded your tyrannosauruses that our vulture remembered . past
Target output: my walruses behind my walrus applauded your tyrannosauruses that our vulture remembered .
Model output: my walruses behind my walrus remembered your xylophones that our vulture applauded .", exgen:"Input: some salamander near our yaks accepted her raven who swam . present
Target output: some salamander near our yaks accepts her raven who swims .
Model output: some salamander near our yaks accept her raven who swims .
Input: some orangutan near the peacocks swam . present
Target output: some orangutan near the peacocks swims .
Model output: some orangutan near the peacocks swims .
Input: my ravens who applauded my quail amused the peacock . present
Target output: my ravens who applaud my quail amuse the peacock .
Model output: my ravens who applaud my quail amuses the peacock .
Input: her tyrannosauruses by our newt swam . present
Target output: her tyrannosauruses by our newt swim .
Model output: her tyrannosauruses by our newt swim .
Input: some vultures that my peacock admired amused her unicorn around our yak . present
Target output: some vultures that my peacock admires amuse her unicorn around our yak .
Model output: some vultures that my peacock admires amuse her unicorn around our yak .
Input: her walruses upon some yak comforted my orangutan who entertained her tyrannosauruses . present
Target output: her walruses upon some yak comfort my orangutan who entertains her tyrannosauruses .
Model output: her walruses upon some yak comforts my orangutan who entertains her tyrannosauruses .
Input: the xylophone who my peacocks remembered applauded my walruses . present
Target output: the xylophone who my peacocks remember applauds my walruses .
Model output: the xylophone who my peacocks remember applaud my walruses .
Input: her newts around our peacock applauded your quails . present
Target output: her newts around our peacock applaud your quails .
Model output: her newts around our peacock applauds your quails .
Input: some zebras near the raven applauded our unicorns who her tyrannosaurus admired . present
Target output: some zebras near the raven applaud our unicorns who her tyrannosaurus admires .
Model output: some zebras near the raven admires our unicorns who her tyrannosaurus applauds .
Input: my newt around her vultures admired my raven who some newt high_fived . present
Target output: my newt around her vultures admires my raven who some newt high_fives .
Model output: my newt above her raven high_fives my vultures who some newt high_fives .", testfull:0.85, testpos:1.0, genfull:0.14, genpos:0.99, genlinear:0.59, genmvcorrect:0.17, genmvlinear:0.7, genmvcorrectnum:0.19, genmvwrongnum:0.8, };
var p13_tense_exp198 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_98", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our salamander with your orangutans amused my tyrannosaurus by some tyrannosauruses . past
Target output: our salamander with your orangutans amused my tyrannosaurus by some tyrannosauruses .
Model output: our salamander with your orangutans amused my tyrannosaurus by some tyrannosauruses .
Input: your salamanders below her newt changed . past
Target output: your salamanders below her newt changed .
Model output: your salamanders below her newt changed .
Input: our zebras comforted the zebras . present
Target output: our zebras comfort the zebras .
Model output: our zebras comfort the zebras .
Input: our orangutan high_fived the yak with some vultures . past
Target output: our orangutan high_fived the yak with some vultures .
Model output: our orangutan high_fived the yak with some vultures .
Input: my peacocks below your quails applauded the peacocks . past
Target output: my peacocks below your quails applauded the peacocks .
Model output: my peacocks below your quails applauded the peacocks .
Input: her zebras remembered some xylophones by the tyrannosaurus . present
Target output: her zebras remember some xylophones by the tyrannosaurus .
Model output: her zebras remember some xylophones by the tyrannosaurus .
Input: her vulture admired my peacocks who confused some vultures . present
Target output: her vulture admires my peacocks who confuse some vultures .
Model output: her vulture admires my peacocks who some vultures vultures .
Input: our walruses that remembered your salamanders giggled . present
Target output: our walruses that remember your salamanders giggle .
Model output: our walruses that remember your salamanders giggle .
Input: my orangutan who comforted my yak confused my walruses . present
Target output: my orangutan who comforts my yak confuses my walruses .
Model output: my orangutan who comforts my yak confuses my walruses .
Input: our yak that smiled remembered my newt by your orangutans . past
Target output: our yak that smiled remembered my newt by your orangutans .
Model output: our yak that smiled remembered my newt by your orangutans .", exgen:"Input: my newt below my yaks accepted the newt . present
Target output: my newt below my yaks accepts the newt .
Model output: my newt below my yaks accept the newt .
Input: your unicorns behind her unicorn accepted her unicorn behind the walrus . present
Target output: your unicorns behind her unicorn accept her unicorn behind the walrus .
Model output: your unicorns behind her unicorn accepts her unicorn behind the walrus .
Input: my orangutan behind my xylophones confused my yak that confused the orangutans . present
Target output: my orangutan behind my xylophones confuses my yak that confuses the orangutans .
Model output: my orangutan behind my xylophones confuse my yak that confuses the orangutans .
Input: her unicorns behind the quail confused my zebra by my walrus . present
Target output: her unicorns behind the quail confuse my zebra by my walrus .
Model output: her unicorns behind the quail confuses my zebra by my walrus .
Input: her zebras below your peacock applauded your salamanders that some salamanders entertained . present
Target output: her zebras below your peacock applaud your salamanders that some salamanders entertain .
Model output: her zebras below your peacock applauds your salamanders that some salamanders entertain .
Input: some newts behind some orangutan slept . present
Target output: some newts behind some orangutan sleep .
Model output: some newts behind some orangutan sleeps .
Input: some newts with some raven giggled . present
Target output: some newts with some raven giggle .
Model output: some newts with some raven giggles .
Input: her orangutans behind some salamander entertained your peacocks near our xylophones . present
Target output: her orangutans behind some salamander entertain your peacocks near our xylophones .
Model output: her orangutans behind some salamander entertains your peacocks near our xylophones .
Input: my walruses near your yak amused some newt by your quails . present
Target output: my walruses near your yak amuse some newt by your quails .
Model output: my walruses near your yak amuses some newt by your quails .
Input: my peacock above your walruses moved . present
Target output: my peacock above your walruses moves .
Model output: my peacock above your walruses move .", testfull:0.93, testpos:1.0, genfull:0.08, genpos:1.0, genlinear:0.77, genmvcorrect:0.1, genmvlinear:0.83, genmvcorrectnum:0.11, genmvwrongnum:0.89, };
var p13_tense_exp199 = {name:"agr_main_tense_GRU_GRU_0_0.001_256_99", dataset:"tense", mt:"Multitask", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our zebras remembered your walruses by your xylophone . past
Target output: our zebras remembered your walruses by your xylophone .
Model output: our zebras remembered your walruses by your xylophone .
Input: her tyrannosaurus behind the tyrannosaurus confused our raven that moved . present
Target output: her tyrannosaurus behind the tyrannosaurus confuses our raven that moves .
Model output: her tyrannosaurus behind the raven confuses our tyrannosaurus that moves .
Input: her quail that entertained some xylophones admired her yak with our orangutan . past
Target output: her quail that entertained some xylophones admired her yak with our orangutan .
Model output: her quail that entertained some xylophones entertained her yak with our orangutan .
Input: your orangutans who amused our zebras amused my vultures . present
Target output: your orangutans who amuse our zebras amuse my vultures .
Model output: your orangutans who amuse our zebras amuse my vultures .
Input: our salamander entertained my orangutan . past
Target output: our salamander entertained my orangutan .
Model output: our salamander entertained my orangutan .
Input: the xylophones read . past
Target output: the xylophones read .
Model output: the xylophones read .
Input: my vultures that high_fived your walruses changed . past
Target output: my vultures that high_fived your walruses changed .
Model output: my vultures that high_fived your walruses changed .
Input: her raven changed . past
Target output: her raven changed .
Model output: her raven changed .
Input: your walruses who read admired the tyrannosauruses upon the yak . present
Target output: your walruses who read admire the tyrannosauruses upon the yak .
Model output: your walruses who read admire the tyrannosauruses upon the yak .
Input: your vultures amused our orangutans who your walruses amused . present
Target output: your vultures amuse our orangutans who your walruses amuse .
Model output: your vultures amuse our orangutans who your walruses amuse .", exgen:"Input: your newt with my ravens accepted some peacocks by our unicorn . present
Target output: your newt with my ravens accepts some peacocks by our unicorn .
Model output: your newt with my ravens accept some peacocks above our unicorn .
Input: my ravens by her zebra admired your salamanders . present
Target output: my ravens by her zebra admire your salamanders .
Model output: my ravens by her zebra admires your salamanders .
Input: our raven behind our quails slept . present
Target output: our raven behind our quails sleeps .
Model output: our raven behind our quails sleep .
Input: her unicorn around your unicorns read . present
Target output: her unicorn around your unicorns reads .
Model output: her unicorn around your unicorns read .
Input: my orangutan that some xylophones entertained comforted your yaks who ate . present
Target output: my orangutan that some xylophones entertain comforts your yaks who eat .
Model output: my orangutan that some xylophones entertain comfort your yaks who eat .
Input: your xylophone behind the unicorns applauded my peacock . present
Target output: your xylophone behind the unicorns applauds my peacock .
Model output: your xylophone behind the unicorns applaud my peacock .
Input: my yak upon my yaks amused some quail . present
Target output: my yak upon my yaks amuses some quail .
Model output: my yak upon my yaks amuse some quail .
Input: your walrus that the zebras admired smiled . present
Target output: your walrus that the zebras admire smiles .
Model output: your walrus that the zebras admire smile .
Input: the ravens who your peacock comforted remembered the peacock . present
Target output: the ravens who your peacock comforts remember the peacock .
Model output: the ravens who your peacock comforts comfort the peacock .
Input: some tyrannosaurus with your walruses entertained her peacock below the raven . present
Target output: some tyrannosaurus with your walruses entertains her peacock below the raven .
Model output: some tyrannosaurus with your peacock entertains her walruses below the raven .", testfull:0.78, testpos:1.0, genfull:0.14, genpos:0.99, genlinear:0.52, genmvcorrect:0.19, genmvlinear:0.64, genmvcorrectnum:0.24, genmvwrongnum:0.75, };
var p13_tense_exp200 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_0", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your peacock who doesn't change doesn't swim . past
Target output: doesn't your peacock who doesn't change swim ?
Model output: doesn't your peacock who doesn't change swim ?
Input: your yak below some tyrannosauruses does eat . present
Target output: your yak below some tyrannosauruses does eat .
Model output: your yak below some tyrannosauruses does eat .
Input: some walrus that doesn't admire some orangutans doesn't applaud our walrus . present
Target output: some walrus that doesn't admire some orangutans doesn't applaud our walrus .
Model output: some walrus that doesn't admire some orangutans doesn't applaud our walrus .
Input: our quail with the peacocks doesn't comfort some newts by our raven . present
Target output: our quail with the peacocks doesn't comfort some newts by our raven .
Model output: our quail with the peacocks doesn't comfort some newts by our raven .
Input: your peacock who our xylophones don't remember does move . past
Target output: does your peacock who our xylophones don't remember move ?
Model output: does your peacock who our xylophones don't remember move ?
Input: your yak doesn't confuse her tyrannosaurus . present
Target output: your yak doesn't confuse her tyrannosaurus .
Model output: your yak doesn't confuse her tyrannosaurus .
Input: some newt that doesn't swim does swim . past
Target output: does some newt that doesn't swim swim ?
Model output: does some newt that doesn't swim swim ?
Input: some quails do wait . past
Target output: do some quails wait ?
Model output: do some quails wait ?
Input: the walruses with my vultures don't change . past
Target output: don't the walruses with my vultures change ?
Model output: don't the walruses with my vultures change ?
Input: our zebras do amuse some tyrannosaurus who some walruses don't comfort . past
Target output: do our zebras amuse some tyrannosaurus who some walruses don't comfort ?
Model output: do our zebras amuse some tyrannosaurus who some walruses don't comfort ?", exgen:"Input: my quails who your unicorns do admire don't sleep . past
Target output: don't my quails who your unicorns do admire sleep ?
Model output: don't my quails who your unicorns do admire sleep ?
Input: my salamander who does comfort our salamander doesn't wait . past
Target output: doesn't my salamander who does comfort our salamander wait ?
Model output: doesn't my salamander who does comfort our salamander wait ?
Input: my salamanders who do read don't change . past
Target output: don't my salamanders who do read change ?
Model output: don't my salamanders who do read change ?
Input: the tyrannosauruses who don't remember my ravens do sleep . past
Target output: do the tyrannosauruses who don't remember my ravens sleep ?
Model output: do the tyrannosauruses who don't remember my ravens sleep ?
Input: the peacock that doesn't read does change . past
Target output: does the peacock that doesn't read change ?
Model output: does the peacock that doesn't read change ?
Input: our xylophones that don't accept my peacock do swim . past
Target output: do our xylophones that don't accept my peacock swim ?
Model output: do our xylophones that don't accept my peacock swim ?
Input: the newts who do accept some zebras don't applaud some vulture . past
Target output: don't the newts who do accept some zebras applaud some vulture ?
Model output: don't the newts who do accept some zebras applaud some vulture ?
Input: the tyrannosauruses who don't remember my ravens do sleep . past
Target output: do the tyrannosauruses who don't remember my ravens sleep ?
Model output: do the tyrannosauruses who don't remember my ravens sleep ?
Input: her newt who doesn't remember the yaks does smile . past
Target output: does her newt who doesn't remember the yaks smile ?
Model output: does her newt who doesn't remember the yaks smile ?
Input: my newt that our xylophone doesn't remember does comfort the peacock below the walruses . past
Target output: does my newt that our xylophone doesn't remember comfort the peacock below the walruses ?
Model output: does my newt that our xylophone doesn't remember comfort the xylophone below the walruses ?", testfull:0.92, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.48, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp201 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_1", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my tyrannosaurus who doesn't change does high_five her salamanders around her yak . past
Target output: does my tyrannosaurus who doesn't change high_five her salamanders around her yak ?
Model output: does my tyrannosaurus who doesn't change high_five her salamanders around her yak ?
Input: my quails by your quails do entertain the walrus behind her yak . past
Target output: do my quails by your quails entertain the walrus behind her yak ?
Model output: do my quails by the quails entertain your walrus behind her yak ?
Input: our orangutan who our yak does accept doesn't wait . present
Target output: our orangutan who our yak does accept doesn't wait .
Model output: our orangutan who our yak does accept doesn't wait .
Input: my raven does comfort the tyrannosaurus who doesn't comfort her newt . past
Target output: does my raven comfort the tyrannosaurus who doesn't comfort her newt ?
Model output: does my raven comfort the tyrannosaurus who doesn't comfort her newt ?
Input: your peacocks don't sleep . present
Target output: your peacocks don't sleep .
Model output: your peacocks don't sleep .
Input: our tyrannosaurus upon the unicorns does move . past
Target output: does our tyrannosaurus upon the unicorns move ?
Model output: does our tyrannosaurus upon the unicorns move ?
Input: our vulture with some salamanders doesn't entertain my zebra . present
Target output: our vulture with some salamanders doesn't entertain my zebra .
Model output: our vulture with some salamanders doesn't entertain my zebra .
Input: our newts who your walrus does remember don't wait . present
Target output: our newts who your walrus does remember don't wait .
Model output: our newts who your walrus does remember don't wait .
Input: some newts upon the walrus don't wait . present
Target output: some newts upon the walrus don't wait .
Model output: some newts upon the walrus don't wait .
Input: your orangutan does applaud her xylophone . present
Target output: your orangutan does applaud her xylophone .
Model output: your orangutan does applaud her xylophone .", exgen:"Input: our raven who does read doesn't smile . past
Target output: doesn't our raven who does read smile ?
Model output: doesn't our raven who does read smile ?
Input: your vultures who do read don't change . past
Target output: don't your vultures who do read change ?
Model output: don't your vultures who do read change ?
Input: my salamanders that do remember your salamander don't swim . past
Target output: don't my salamanders that do remember your salamander swim ?
Model output: don't my salamanders that do remember your salamander swim ?
Input: some walrus that does sleep doesn't wait . past
Target output: doesn't some walrus that does sleep wait ?
Model output: doesn't some walrus that does sleep wait ?
Input: our vultures that do swim don't comfort her orangutans . past
Target output: don't our vultures that do swim comfort her orangutans ?
Model output: don't our vultures that do swim comfort her orangutans ?
Input: some peacocks who don't change do swim . past
Target output: do some peacocks who don't change swim ?
Model output: do some peacocks who don't change swim ?
Input: your xylophones that don't move do read . past
Target output: do your xylophones that don't move read ?
Model output: do your xylophones that don't move read ?
Input: her unicorns who don't remember my newt do accept the tyrannosauruses . past
Target output: do her unicorns who don't remember my newt accept the tyrannosauruses ?
Model output: do her unicorns who don't remember my newt accept the tyrannosauruses ?
Input: your tyrannosaurus that does amuse some orangutan doesn't high_five your walruses below some peacocks . past
Target output: doesn't your tyrannosaurus that does amuse some orangutan high_five your walruses below some peacocks ?
Model output: doesn't your tyrannosaurus that does amuse some walruses high_five some orangutan below some walruses ?
Input: your xylophone who does giggle doesn't giggle . past
Target output: doesn't your xylophone who does giggle giggle ?
Model output: doesn't your xylophone who does giggle giggle ?", testfull:0.82, testpos:0.99, genfull:0.76, genpos:0.99, genlinear:0.42, genmvcorrect:0.91, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp202 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_2", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our orangutans by the newts don't move . past
Target output: don't our orangutans by the newts move ?
Model output: don't our orangutans by the newts move ?
Input: our orangutans don't entertain our zebras . present
Target output: our orangutans don't entertain our zebras .
Model output: our orangutans don't entertain our zebras .
Input: the tyrannosauruses by her ravens do entertain our peacocks who do confuse the newts . present
Target output: the tyrannosauruses by her ravens do entertain our peacocks who do confuse the newts .
Model output: the tyrannosauruses by her peacocks do confuse our ravens who do remember the newts .
Input: her tyrannosaurus who some quail does admire does applaud the xylophones that our unicorns don't comfort . past
Target output: does her tyrannosaurus who some quail does admire applaud the xylophones that our unicorns don't comfort ?
Model output: does her tyrannosaurus who some quail does applaud admire the xylophones who our unicorns don't comfort ?
Input: the vultures don't giggle . past
Target output: don't the vultures giggle ?
Model output: don't the vultures giggle ?
Input: our walruses behind her raven do comfort our orangutan . present
Target output: our walruses behind her raven do comfort our orangutan .
Model output: our walruses behind her raven do comfort our orangutan .
Input: your walruses behind my tyrannosaurus do amuse our walrus who your walrus does applaud . present
Target output: your walruses behind my tyrannosaurus do amuse our walrus who your walrus does applaud .
Model output: your walruses behind my tyrannosaurus do applaud our walrus who your walrus does applaud .
Input: some xylophones behind her zebras don't move . past
Target output: don't some xylophones behind her zebras move ?
Model output: don't some xylophones behind her zebras move ?
Input: some yak below my quail does remember my unicorns near your newts . past
Target output: does some yak below my quail remember my unicorns near your newts ?
Model output: does some yak below my quail remember my unicorns near your newts ?
Input: your quail above our salamanders doesn't change . present
Target output: your quail above our salamanders doesn't change .
Model output: your quail above our salamanders doesn't change .", exgen:"Input: her walrus that some yak doesn't accept does confuse your raven near her orangutan . past
Target output: does her walrus that some yak doesn't accept confuse your raven near her orangutan ?
Model output: does her walrus that some yak doesn't accept confuse your raven near her orangutan ?
Input: my walruses that don't sleep do high_five the walruses below my xylophones . past
Target output: do my walruses that don't sleep high_five the walruses below my xylophones ?
Model output: do my walruses that don't sleep high_five the walruses below my xylophones ?
Input: some newt who does admire her peacock doesn't comfort my vultures . past
Target output: doesn't some newt who does admire her peacock comfort my vultures ?
Model output: doesn't some newt who does admire her peacock comfort my vultures ?
Input: your tyrannosaurus that doesn't entertain some quail does high_five my salamander below your xylophone . past
Target output: does your tyrannosaurus that doesn't entertain some quail high_five my salamander below your xylophone ?
Model output: does your tyrannosaurus that doesn't entertain some quail high_five my salamander below your xylophone ?
Input: your quails that do move don't amuse your raven upon our salamanders . past
Target output: don't your quails that do move amuse your raven upon our salamanders ?
Model output: don't your quails that do giggle amuse your raven upon our salamanders ?
Input: some raven who does amuse the orangutans doesn't swim . past
Target output: doesn't some raven who does amuse the orangutans swim ?
Model output: doesn't some raven who does amuse the orangutans swim ?
Input: my vultures that don't accept the salamander do move . past
Target output: do my vultures that don't accept the salamander move ?
Model output: do my vultures that don't accept the salamander move ?
Input: my unicorns that do entertain her salamanders don't admire some quail . past
Target output: don't my unicorns that do entertain her salamanders admire some quail ?
Model output: don't my unicorns that do admire her salamanders entertain some quail ?
Input: your peacock who doesn't smile does remember your vultures behind my tyrannosaurus . past
Target output: does your peacock who doesn't smile remember your vultures behind my tyrannosaurus ?
Model output: does your peacock who doesn't smile remember your vultures behind my tyrannosaurus ?
Input: her walrus that does applaud the yaks doesn't giggle . past
Target output: doesn't her walrus that does applaud the yaks giggle ?
Model output: doesn't her walrus that does applaud the yaks giggle ?", testfull:0.85, testpos:1.0, genfull:0.88, genpos:1.0, genlinear:0.45, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp203 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_3", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the yaks that do amuse our salamander do sleep . past
Target output: do the yaks that do amuse our salamander sleep ?
Model output: do the yaks that do amuse our salamander sleep ?
Input: some unicorn upon our tyrannosaurus doesn't wait . present
Target output: some unicorn upon our tyrannosaurus doesn't wait .
Model output: some unicorn upon our tyrannosaurus doesn't wait .
Input: my zebras that do giggle do confuse her raven that the xylophone does confuse . past
Target output: do my zebras that do giggle confuse her raven that the xylophone does confuse ?
Model output: do my zebras that do giggle confuse her raven below the xylophone ?
Input: the newt by your salamanders doesn't eat . present
Target output: the newt by your salamanders doesn't eat .
Model output: the newt by your salamanders doesn't eat .
Input: the tyrannosauruses by your orangutan do remember her walruses with some zebras . past
Target output: do the tyrannosauruses by your orangutan remember her walruses with some zebras ?
Model output: do the tyrannosauruses by your orangutan remember her walruses with some zebras ?
Input: some yak behind some quail doesn't move . present
Target output: some yak behind some quail doesn't move .
Model output: some yak behind some quail doesn't move .
Input: some walruses below your zebras don't move . present
Target output: some walruses below your zebras don't move .
Model output: some walruses below your zebras don't move .
Input: your peacocks who the vulture does amuse do sleep . present
Target output: your peacocks who the vulture does amuse do sleep .
Model output: your peacocks who the vulture does amuse do sleep .
Input: my peacock upon some vulture doesn't read . present
Target output: my peacock upon some vulture doesn't read .
Model output: my peacock upon some vulture doesn't read .
Input: your orangutans don't eat . past
Target output: don't your orangutans eat ?
Model output: don't your orangutans eat ?", exgen:"Input: some walrus who does swim doesn't giggle . past
Target output: doesn't some walrus who does swim giggle ?
Model output: doesn't some walrus who does swim giggle ?
Input: your orangutans who do accept some unicorns don't swim . past
Target output: don't your orangutans who do accept some unicorns swim ?
Model output: don't your orangutans who do accept some unicorns swim ?
Input: your ravens that do entertain the zebras don't sleep . past
Target output: don't your ravens that do entertain the zebras sleep ?
Model output: don't your ravens that do entertain the zebras sleep ?
Input: my xylophones who don't move do giggle . past
Target output: do my xylophones who don't move giggle ?
Model output: do my xylophones who don't move giggle ?
Input: some tyrannosauruses that some quails don't amuse do remember her tyrannosauruses . past
Target output: do some tyrannosauruses that some quails don't amuse remember her tyrannosauruses ?
Model output: do some tyrannosauruses that her quails don't amuse remember some tyrannosauruses ?
Input: your zebras who do swim don't swim . past
Target output: don't your zebras who do swim swim ?
Model output: don't your zebras who do swim swim ?
Input: some orangutan who doesn't admire the unicorn does comfort her newt around your newts . past
Target output: does some orangutan who doesn't admire the unicorn comfort her newt around your newts ?
Model output: does some orangutan who doesn't admire the unicorn comfort her newt with your newts ?
Input: the walrus that some xylophone doesn't admire does eat . past
Target output: does the walrus that some xylophone doesn't admire eat ?
Model output: does the walrus that some xylophone doesn't admire eat ?
Input: her xylophones who don't admire our xylophones do remember our yak above my salamander . past
Target output: do her xylophones who don't admire our xylophones remember our yak above my salamander ?
Model output: do her xylophones who don't admire our xylophones remember our yak above my salamander ?
Input: our walrus who doesn't eat does change . past
Target output: does our walrus who doesn't eat change ?
Model output: does our walrus who doesn't eat change ?", testfull:0.8, testpos:0.99, genfull:0.78, genpos:0.99, genlinear:0.41, genmvcorrect:0.94, genmvlinear:0.0, genmvcorrectnum:0.98, genmvwrongnum:0.01, };
var p13_tense_exp204 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_4", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her tyrannosauruses by my peacock do amuse her walruses below the newts . past
Target output: do her tyrannosauruses by my peacock amuse her walruses below the newts ?
Model output: do her tyrannosauruses by my peacock amuse her walruses by the newts ?
Input: your raven doesn't admire my raven . past
Target output: doesn't your raven admire my raven ?
Model output: doesn't your raven admire my raven ?
Input: your orangutan with my xylophones doesn't admire the zebras who don't wait . past
Target output: doesn't your orangutan with my xylophones admire the zebras who don't wait ?
Model output: doesn't your orangutan with my xylophones admire the zebras who don't wait ?
Input: my peacock behind the raven doesn't high_five my quail . past
Target output: doesn't my peacock behind the raven high_five my quail ?
Model output: doesn't my peacock behind the raven high_five my quail ?
Input: some newt doesn't entertain some yaks . present
Target output: some newt doesn't entertain some yaks .
Model output: some newt doesn't entertain some yaks .
Input: my newts that do wait don't confuse her tyrannosaurus who does remember your quails . present
Target output: my newts that do wait don't confuse her tyrannosaurus who does remember your quails .
Model output: my newts that do wait don't confuse her tyrannosaurus who does remember your quails .
Input: the vultures that don't eat do confuse our yaks who do comfort some walruses . past
Target output: do the vultures that don't eat confuse our yaks who do comfort some walruses ?
Model output: do the vultures that don't eat confuse our yaks who do comfort some walruses ?
Input: her salamander near some orangutans doesn't accept some yaks that don't confuse our ravens . past
Target output: doesn't her salamander near some orangutans accept some yaks that don't confuse our ravens ?
Model output: doesn't her salamander near some orangutans accept some yaks that don't confuse our ravens ?
Input: our newts don't smile . present
Target output: our newts don't smile .
Model output: our newts don't smile .
Input: our orangutans who don't change do move . present
Target output: our orangutans who don't change do move .
Model output: our orangutans who don't change do move .", exgen:"Input: the vultures that don't high_five her walrus do change . past
Target output: do the vultures that don't high_five her walrus change ?
Model output: do the vultures that don't high_five her walrus change ?
Input: some peacocks who do eat don't accept our tyrannosauruses behind her zebra . past
Target output: don't some peacocks who do eat accept our tyrannosauruses behind her zebra ?
Model output: don't some peacocks who do eat accept our tyrannosauruses behind her zebra ?
Input: your unicorns who don't wait do comfort the vultures behind the salamander . past
Target output: do your unicorns who don't wait comfort the vultures behind the salamander ?
Model output: do your unicorns who don't wait comfort the vultures behind the salamander ?
Input: your tyrannosaurus who doesn't remember some yaks does amuse our raven . past
Target output: does your tyrannosaurus who doesn't remember some yaks amuse our raven ?
Model output: does your tyrannosaurus who doesn't amuse some yaks remember our raven ?
Input: some quails that her salamanders do entertain don't smile . past
Target output: don't some quails that her salamanders do entertain smile ?
Model output: don't some quails that her salamanders do entertain smile ?
Input: the xylophones that don't remember her quail do giggle . past
Target output: do the xylophones that don't remember her quail giggle ?
Model output: do the xylophones that don't remember her quail giggle ?
Input: your yaks who don't confuse the xylophones do admire the peacocks with her newt . past
Target output: do your yaks who don't confuse the xylophones admire the peacocks with her newt ?
Model output: do your yaks who don't confuse the xylophones admire the xylophones with her newt ?
Input: my zebra that her peacock does remember doesn't confuse the quail near my quail . past
Target output: doesn't my zebra that her peacock does remember confuse the quail near my quail ?
Model output: doesn't my zebra that her peacock does remember confuse the quail near my quail ?
Input: the vulture who my raven does remember doesn't swim . past
Target output: doesn't the vulture who my raven does remember swim ?
Model output: doesn't the vulture who my raven does remember swim ?
Input: the salamanders that don't sleep do comfort her xylophone . past
Target output: do the salamanders that don't sleep comfort her xylophone ?
Model output: do the salamanders that don't sleep comfort her xylophone ?", testfull:0.94, testpos:1.0, genfull:0.94, genpos:1.0, genlinear:0.49, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp205 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_5", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her yaks upon our newts don't applaud some newt that does comfort some quail . present
Target output: her yaks upon our newts don't applaud some newt that does comfort some quail .
Model output: her yaks upon our newts don't applaud some newt that does comfort some quail .
Input: the peacocks do remember the orangutans below my walruses . past
Target output: do the peacocks remember the orangutans below my walruses ?
Model output: do the peacocks remember the orangutans below my walruses ?
Input: some unicorns who don't giggle don't remember your ravens who do change . present
Target output: some unicorns who don't giggle don't remember your ravens who do change .
Model output: some unicorns who don't giggle don't remember your ravens who do change .
Input: some salamander that doesn't change doesn't applaud my walrus who your yak doesn't high_five . past
Target output: doesn't some salamander that doesn't change applaud my walrus who your yak doesn't high_five ?
Model output: doesn't some salamander that doesn't change applaud my walrus who your yak doesn't high_five ?
Input: your quails behind some newts do admire the quail . present
Target output: your quails behind some newts do admire the quail .
Model output: your quails behind some newts do admire the quail .
Input: your zebra that doesn't sleep doesn't high_five your zebra around her unicorn . past
Target output: doesn't your zebra that doesn't sleep high_five your zebra around her unicorn ?
Model output: doesn't your zebra that doesn't sleep high_five your zebra around her unicorn ?
Input: the salamanders who her orangutans don't applaud do admire our tyrannosaurus who does smile . present
Target output: the salamanders who her orangutans don't applaud do admire our tyrannosaurus who does smile .
Model output: the salamanders who her orangutans don't applaud do admire our tyrannosaurus who does smile .
Input: her orangutan near my xylophones doesn't wait . present
Target output: her orangutan near my xylophones doesn't wait .
Model output: her orangutan near my xylophones doesn't wait .
Input: her salamanders that do sleep do read . past
Target output: do her salamanders that do sleep read ?
Model output: do her salamanders that do sleep read ?
Input: your newts by my yaks don't remember some xylophones who don't giggle . past
Target output: don't your newts by my yaks remember some xylophones who don't giggle ?
Model output: don't your newts by my yaks remember some xylophones who don't giggle ?", exgen:"Input: her yaks who don't sleep do eat . past
Target output: do her yaks who don't sleep eat ?
Model output: do her yaks who don't sleep eat ?
Input: some quails who do confuse our walrus don't eat . past
Target output: don't some quails who do confuse our walrus eat ?
Model output: don't some quails who do confuse our walrus eat ?
Input: our tyrannosaurus that doesn't high_five my zebras does smile . past
Target output: does our tyrannosaurus that doesn't high_five my zebras smile ?
Model output: does our tyrannosaurus that doesn't high_five my zebras smile ?
Input: your xylophone who doesn't sleep does accept our quails . past
Target output: does your xylophone who doesn't sleep accept our quails ?
Model output: does your xylophone who doesn't sleep accept our quails ?
Input: my tyrannosaurus who doesn't change does high_five her salamanders around her yak . past
Target output: does my tyrannosaurus who doesn't change high_five her salamanders around her yak ?
Model output: does my tyrannosaurus who doesn't change high_five her salamanders around her yak ?
Input: the newt that your zebra doesn't remember does amuse some orangutans . past
Target output: does the newt that your zebra doesn't remember amuse some orangutans ?
Model output: does the newt that your zebra doesn't remember amuse some orangutans ?
Input: my orangutan who does move doesn't admire your peacocks above her peacock . past
Target output: doesn't my orangutan who does move admire your peacocks above her peacock ?
Model output: doesn't my orangutan who does move admire your peacocks above her peacock ?
Input: my walrus that my walrus does amuse doesn't smile . past
Target output: doesn't my walrus that my walrus does amuse smile ?
Model output: doesn't my walrus that my walrus does amuse smile ?
Input: her unicorn who doesn't smile does high_five the quails . past
Target output: does her unicorn who doesn't smile high_five the quails ?
Model output: does her unicorn who doesn't smile high_five the quails ?
Input: our salamander that does accept my peacock doesn't comfort the salamanders by our xylophones . past
Target output: doesn't our salamander that does accept my peacock comfort the salamanders by our xylophones ?
Model output: doesn't our salamander that does accept my peacock comfort the salamanders by our xylophones ?", testfull:0.94, testpos:1.0, genfull:0.96, genpos:1.0, genlinear:0.5, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp206 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_6", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the xylophones behind some yaks don't remember our orangutans that do wait . past
Target output: don't the xylophones behind some yaks remember our orangutans that do wait ?
Model output: don't the xylophones behind some yaks remember our orangutans that do wait ?
Input: my tyrannosaurus around your xylophone doesn't change . present
Target output: my tyrannosaurus around your xylophone doesn't change .
Model output: my tyrannosaurus around your xylophone doesn't change .
Input: her yaks behind our unicorns don't high_five our quail who some tyrannosauruses do applaud . present
Target output: her yaks behind our unicorns don't high_five our quail who some tyrannosauruses do applaud .
Model output: her yaks behind our quail don't high_five our peacock who some tyrannosauruses do applaud .
Input: your zebra does accept her walruses who do remember my xylophones . past
Target output: does your zebra accept her walruses who do remember my xylophones ?
Model output: does your zebra accept her walruses who do remember my xylophones ?
Input: my orangutan near my tyrannosaurus doesn't wait . present
Target output: my orangutan near my tyrannosaurus doesn't wait .
Model output: my orangutan near my tyrannosaurus doesn't wait .
Input: your ravens below your orangutans don't comfort your walruses . past
Target output: don't your ravens below your orangutans comfort your walruses ?
Model output: don't your ravens below your orangutans comfort your walruses ?
Input: my vulture that her peacocks don't remember doesn't remember my walrus . present
Target output: my vulture that her peacocks don't remember doesn't remember my walrus .
Model output: my vulture that her peacocks don't remember doesn't remember my walrus .
Input: your newt by our walrus doesn't accept your xylophones near her quails . past
Target output: doesn't your newt by our walrus accept your xylophones near her quails ?
Model output: doesn't your newt by our walrus accept your xylophones near her quails ?
Input: her unicorn does amuse some zebra . past
Target output: does her unicorn amuse some zebra ?
Model output: does her unicorn amuse some zebra ?
Input: our walruses above our tyrannosauruses don't high_five some walruses with your zebras . past
Target output: don't our walruses above our tyrannosauruses high_five some walruses with your zebras ?
Model output: don't our walruses above our tyrannosauruses high_five some walruses with your zebras ?", exgen:"Input: some salamander that does admire the quail doesn't comfort your salamander below your unicorn . past
Target output: doesn't some salamander that does admire the quail comfort your salamander below your unicorn ?
Model output: doesn't some salamander that does admire the quail comfort your salamander below your unicorn ?
Input: our xylophones that don't accept my peacock do swim . past
Target output: do our xylophones that don't accept my peacock swim ?
Model output: do our xylophones that don't accept my peacock swim ?
Input: her walruses who don't confuse your raven do applaud your vulture . past
Target output: do her walruses who don't confuse your raven applaud your vulture ?
Model output: do her walruses who don't confuse your raven applaud your vulture ?
Input: my peacocks who don't giggle do high_five our vulture . past
Target output: do my peacocks who don't giggle high_five our vulture ?
Model output: do my peacocks who don't giggle high_five our vulture ?
Input: her peacock that does amuse my unicorns doesn't eat . past
Target output: doesn't her peacock that does amuse my unicorns eat ?
Model output: doesn't her peacock that does amuse my unicorns eat ?
Input: some zebra who doesn't eat does comfort some walruses . past
Target output: does some zebra who doesn't eat comfort some walruses ?
Model output: does some zebra who doesn't eat comfort some walruses ?
Input: some xylophone who doesn't accept her walruses does move . past
Target output: does some xylophone who doesn't accept her walruses move ?
Model output: does some xylophone who doesn't accept her walruses move ?
Input: my peacock who does wait doesn't giggle . past
Target output: doesn't my peacock who does wait giggle ?
Model output: doesn't my peacock who does wait giggle ?
Input: the salamander that does smile doesn't entertain some quails upon your raven . past
Target output: doesn't the salamander that does smile entertain some quails upon your raven ?
Model output: doesn't the salamander that does smile entertain some quails upon your raven ?
Input: the orangutan who does high_five my salamander doesn't swim . past
Target output: doesn't the orangutan who does high_five my salamander swim ?
Model output: doesn't the orangutan who does high_five my salamander swim ?", testfull:0.91, testpos:1.0, genfull:0.92, genpos:0.99, genlinear:0.47, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp207 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_7", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our salamander doesn't entertain her ravens who don't sleep . past
Target output: doesn't our salamander entertain her ravens who don't sleep ?
Model output: doesn't our salamander entertain her ravens who don't sleep ?
Input: the xylophones who don't confuse her quail do comfort the walrus around my xylophones . past
Target output: do the xylophones who don't confuse her quail comfort the walrus around my xylophones ?
Model output: do the xylophones who don't comfort the quail confuse her quail around my xylophones ?
Input: some zebras do amuse our yak . past
Target output: do some zebras amuse our yak ?
Model output: do some zebras amuse our yak ?
Input: some unicorns behind some peacock do amuse some tyrannosauruses . present
Target output: some unicorns behind some peacock do amuse some tyrannosauruses .
Model output: some unicorns behind some peacock do amuse some tyrannosauruses .
Input: my newt behind our salamanders does eat . past
Target output: does my newt behind our salamanders eat ?
Model output: does my newt behind our salamanders eat ?
Input: the zebras upon the peacocks do high_five your walruses above our newt . past
Target output: do the zebras upon the peacocks high_five your walruses above our newt ?
Model output: do the zebras above the peacocks high_five your walruses behind our newt ?
Input: my quail behind her walrus doesn't accept our tyrannosaurus . present
Target output: my quail behind her walrus doesn't accept our tyrannosaurus .
Model output: my quail behind her walrus doesn't accept our tyrannosaurus .
Input: the walruses that some tyrannosaurus does entertain don't sleep . past
Target output: don't the walruses that some tyrannosaurus does entertain sleep ?
Model output: don't the walruses that some tyrannosaurus does entertain sleep ?
Input: our quails above our peacocks do high_five your newt who does eat . present
Target output: our quails above our peacocks do high_five your newt who does eat .
Model output: our quails above our peacocks do high_five your newt who does eat .
Input: the orangutans who my walruses don't applaud do swim . past
Target output: do the orangutans who my walruses don't applaud swim ?
Model output: do the orangutans who my walruses don't applaud swim ?", exgen:"Input: my quail that doesn't applaud her newt does smile . past
Target output: does my quail that doesn't applaud her newt smile ?
Model output: does my quail that doesn't applaud her newt smile ?
Input: my walrus that some quail does amuse doesn't move . past
Target output: doesn't my walrus that some quail does amuse move ?
Model output: doesn't my walrus that some quail does amuse move ?
Input: her vulture that doesn't change does swim . past
Target output: does her vulture that doesn't change swim ?
Model output: does her vulture that doesn't change swim ?
Input: some unicorns who don't smile do admire my yak . past
Target output: do some unicorns who don't smile admire my yak ?
Model output: do some unicorns who don't smile admire my yak ?
Input: her quail who doesn't accept our xylophone does high_five your yak . past
Target output: does her quail who doesn't accept our xylophone high_five your yak ?
Model output: does her quail who doesn't high_five our xylophone accept your yak ?
Input: my salamanders that don't giggle do giggle . past
Target output: do my salamanders that don't giggle giggle ?
Model output: do my salamanders that don't giggle giggle ?
Input: the tyrannosauruses who don't remember my ravens do sleep . past
Target output: do the tyrannosauruses who don't remember my ravens sleep ?
Model output: do the tyrannosauruses who don't remember my ravens sleep ?
Input: her walruses who don't confuse your raven do applaud your vulture . past
Target output: do her walruses who don't confuse your raven applaud your vulture ?
Model output: do her walruses who don't confuse your raven applaud your vulture ?
Input: our peacocks that do accept our tyrannosauruses don't accept our salamanders . past
Target output: don't our peacocks that do accept our tyrannosauruses accept our salamanders ?
Model output: don't our peacocks that do accept our tyrannosauruses accept our salamanders ?
Input: the salamanders that don't sleep do comfort her xylophone . past
Target output: do the salamanders that don't sleep comfort her xylophone ?
Model output: do the salamanders that don't sleep comfort her xylophone ?", testfull:0.79, testpos:0.99, genfull:0.78, genpos:0.99, genlinear:0.39, genmvcorrect:0.98, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp208 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_8", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her xylophone upon your xylophones doesn't change . present
Target output: her xylophone upon your xylophones doesn't change .
Model output: her xylophone upon your xylophones doesn't change .
Input: some peacocks behind the yaks do smile . past
Target output: do some peacocks behind the yaks smile ?
Model output: do some peacocks behind the yaks smile ?
Input: the quail does entertain her newts who do giggle . past
Target output: does the quail entertain her newts who do giggle ?
Model output: does the quail entertain her newts who do giggle ?
Input: my newts upon our xylophone do eat . present
Target output: my newts upon our xylophone do eat .
Model output: my newts upon our xylophone do eat .
Input: some xylophones that don't read do eat . present
Target output: some xylophones that don't read do eat .
Model output: some xylophones that don't read do eat .
Input: her orangutan above your raven doesn't applaud the xylophone below your salamander . present
Target output: her orangutan above your raven doesn't applaud the xylophone below your salamander .
Model output: her orangutan above your raven doesn't applaud the xylophone below your salamander .
Input: our newts do remember your zebras around her zebras . past
Target output: do our newts remember your zebras around her zebras ?
Model output: do our newts remember your zebras around her zebras ?
Input: some newt that does move doesn't entertain her yak upon some quail . present
Target output: some newt that does move doesn't entertain her yak upon some quail .
Model output: some newt that doesn't move does entertain her yak upon some quail .
Input: the quails above the unicorn do swim . present
Target output: the quails above the unicorn do swim .
Model output: the quails above the unicorn do swim .
Input: the yak who does read does change . past
Target output: does the yak who does read change ?
Model output: does the yak who does read change ?", exgen:"Input: our salamander that does move doesn't read . past
Target output: doesn't our salamander that does move read ?
Model output: doesn't our salamander that does move read ?
Input: your peacock who does move doesn't accept some vultures . past
Target output: doesn't your peacock who does move accept some vultures ?
Model output: doesn't your peacock who does move accept some vultures ?
Input: the zebra who some yak doesn't comfort does high_five our ravens with her tyrannosauruses . past
Target output: does the zebra who some yak doesn't comfort high_five our ravens with her tyrannosauruses ?
Model output: does the zebra who some yak doesn't comfort high_five our ravens with her tyrannosauruses ?
Input: your zebras that do comfort my orangutans don't read . past
Target output: don't your zebras that do comfort my orangutans read ?
Model output: don't your zebras that do comfort my orangutans read ?
Input: some quail who does sleep doesn't entertain your tyrannosaurus . past
Target output: doesn't some quail who does sleep entertain your tyrannosaurus ?
Model output: doesn't some quail who does sleep entertain your tyrannosaurus ?
Input: your vultures that do smile don't swim . past
Target output: don't your vultures that do smile swim ?
Model output: don't your vultures that do smile swim ?
Input: some zebra who doesn't giggle does wait . past
Target output: does some zebra who doesn't giggle wait ?
Model output: does some zebra who doesn't giggle wait ?
Input: my walrus who does high_five our orangutans doesn't smile . past
Target output: doesn't my walrus who does high_five our orangutans smile ?
Model output: doesn't my walrus who does high_five our orangutans smile ?
Input: your vultures who do read don't change . past
Target output: don't your vultures who do read change ?
Model output: don't your vultures who do read change ?
Input: our newts that do comfort my ravens don't move . past
Target output: don't our newts that do comfort my ravens move ?
Model output: don't our newts that do comfort my ravens move ?", testfull:0.91, testpos:1.0, genfull:0.91, genpos:1.0, genlinear:0.46, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp209 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_9", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her unicorns behind her quails do eat . past
Target output: do her unicorns behind her quails eat ?
Model output: do her unicorns behind her quails eat ?
Input: my xylophone doesn't swim . past
Target output: doesn't my xylophone swim ?
Model output: doesn't my xylophone swim ?
Input: our unicorns do accept my yaks . past
Target output: do our unicorns accept my yaks ?
Model output: do our unicorns accept my yaks ?
Input: her xylophone who your xylophone doesn't comfort does change . past
Target output: does her xylophone who your xylophone doesn't comfort change ?
Model output: does her xylophone who your xylophone doesn't comfort change ?
Input: some yak does accept your yaks by our salamanders . past
Target output: does some yak accept your yaks by our salamanders ?
Model output: does some yak accept your yaks by our salamanders ?
Input: your peacocks below my unicorn do sleep . present
Target output: your peacocks below my unicorn do sleep .
Model output: your peacocks below my unicorn do sleep .
Input: the yak upon some vulture doesn't eat . past
Target output: doesn't the yak upon some vulture eat ?
Model output: doesn't the yak upon some vulture eat ?
Input: some tyrannosaurus doesn't read . past
Target output: doesn't some tyrannosaurus read ?
Model output: doesn't some tyrannosaurus read ?
Input: my zebra does comfort your yak . present
Target output: my zebra does comfort your yak .
Model output: my zebra does comfort your yak .
Input: the vulture who your tyrannosauruses don't admire does move . present
Target output: the vulture who your tyrannosauruses don't admire does move .
Model output: the vulture who your tyrannosauruses don't admire does move .", exgen:"Input: her salamander that doesn't admire your orangutan does remember my newt behind her vultures . past
Target output: does her salamander that doesn't admire your orangutan remember my newt behind her vultures ?
Model output: does her salamander that doesn't admire your orangutan remember my newt behind her vultures ?
Input: your unicorns who don't wait do comfort the vultures behind the salamander . past
Target output: do your unicorns who don't wait comfort the vultures behind the salamander ?
Model output: do your unicorns who don't wait comfort the vultures behind the salamander ?
Input: the walrus who doesn't comfort my zebra does smile . past
Target output: does the walrus who doesn't comfort my zebra smile ?
Model output: does the walrus who doesn't comfort my zebra smile ?
Input: her tyrannosaurus that does applaud our yaks doesn't remember our xylophones . past
Target output: doesn't her tyrannosaurus that does applaud our yaks remember our xylophones ?
Model output: doesn't her tyrannosaurus that does applaud our yaks remember our xylophones ?
Input: my vulture that does comfort our xylophones doesn't comfort some raven . past
Target output: doesn't my vulture that does comfort our xylophones comfort some raven ?
Model output: doesn't my vulture that does comfort our xylophones comfort some raven ?
Input: your orangutan who her peacock does entertain doesn't smile . past
Target output: doesn't your orangutan who her peacock does entertain smile ?
Model output: doesn't your orangutan who her peacock does entertain smile ?
Input: our xylophones who do smile don't move . past
Target output: don't our xylophones who do smile move ?
Model output: don't our xylophones who do smile move ?
Input: some tyrannosaurus that does high_five the quails doesn't wait . past
Target output: doesn't some tyrannosaurus that does high_five the quails wait ?
Model output: doesn't some tyrannosaurus that does high_five the quails wait ?
Input: some tyrannosauruses that her walruses do confuse don't eat . past
Target output: don't some tyrannosauruses that her walruses do confuse eat ?
Model output: don't some tyrannosauruses that her walruses do confuse eat ?
Input: my xylophones who don't change do admire your zebra near our quail . past
Target output: do my xylophones who don't change admire your zebra near our quail ?
Model output: do my xylophones who don't change admire your zebra near our quail ?", testfull:0.89, testpos:1.0, genfull:0.9, genpos:1.0, genlinear:0.46, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp210 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_10", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your newts don't swim . present
Target output: your newts don't swim .
Model output: your newts don't swim .
Input: her newts who don't eat don't high_five some quails by your walruses . present
Target output: her newts who don't eat don't high_five some quails by your walruses .
Model output: her newts who don't eat don't high_five some quails by your walruses .
Input: my newts behind her zebras do confuse her zebra below her salamander . past
Target output: do my newts behind her zebras confuse her zebra below her salamander ?
Model output: do my newts behind her zebras confuse her zebra below her salamander ?
Input: some raven by her xylophones doesn't giggle . past
Target output: doesn't some raven by her xylophones giggle ?
Model output: doesn't some raven by her xylophones giggle ?
Input: some vultures who don't remember my xylophone don't smile . past
Target output: don't some vultures who don't remember my xylophone smile ?
Model output: don't some vultures who don't remember my xylophone smile ?
Input: the salamander upon the zebras does read . past
Target output: does the salamander upon the zebras read ?
Model output: does the salamander upon the zebras read ?
Input: the quails that do giggle do entertain your peacock above your raven . present
Target output: the quails that do giggle do entertain your peacock above your raven .
Model output: the quails that do giggle do entertain your peacock above your raven .
Input: my yak doesn't move . present
Target output: my yak doesn't move .
Model output: my yak doesn't move .
Input: your tyrannosaurus above our salamander does move . present
Target output: your tyrannosaurus above our salamander does move .
Model output: your tyrannosaurus above our salamander does move .
Input: her orangutans that don't amuse the newt don't comfort my quail . past
Target output: don't her orangutans that don't amuse the newt comfort my quail ?
Model output: don't her orangutans that don't amuse the newt comfort my quail ?", exgen:"Input: my vulture that doesn't read does eat . past
Target output: does my vulture that doesn't read eat ?
Model output: does my vulture that doesn't read eat ?
Input: some peacocks who don't read do sleep . past
Target output: do some peacocks who don't read sleep ?
Model output: do some peacocks who don't read sleep ?
Input: my vulture that does comfort my xylophones doesn't remember her quail behind our zebras . past
Target output: doesn't my vulture that does comfort my xylophones remember her quail behind our zebras ?
Model output: doesn't my vulture that does comfort her xylophones remember my quail behind our zebras ?
Input: the xylophones who don't confuse her quail do comfort the walrus around my xylophones . past
Target output: do the xylophones who don't confuse her quail comfort the walrus around my xylophones ?
Model output: do the xylophones who don't confuse her quail comfort the xylophones around my xylophones ?
Input: my salamanders that do remember your salamander don't swim . past
Target output: don't my salamanders that do remember your salamander swim ?
Model output: don't my salamanders that do remember your salamander swim ?
Input: my unicorn who doesn't move does read . past
Target output: does my unicorn who doesn't move read ?
Model output: does my unicorn who doesn't move read ?
Input: your raven who does smile doesn't entertain her peacock with our quail . past
Target output: doesn't your raven who does smile entertain her peacock with our quail ?
Model output: doesn't your raven who does smile entertain her peacock with our quail ?
Input: the tyrannosauruses that don't admire some newts do comfort her salamander . past
Target output: do the tyrannosauruses that don't admire some newts comfort her salamander ?
Model output: do the tyrannosauruses that don't admire some newts comfort her salamander ?
Input: our xylophones that do confuse some yaks don't eat . past
Target output: don't our xylophones that do confuse some yaks eat ?
Model output: don't our xylophones that do confuse some yaks eat ?
Input: your tyrannosaurus that does amuse some orangutan doesn't high_five your walruses below some peacocks . past
Target output: doesn't your tyrannosaurus that does amuse some orangutan high_five your walruses below some peacocks ?
Model output: doesn't your tyrannosaurus that does amuse some orangutan high_five some walruses below your peacocks ?", testfull:0.93, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.47, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp211 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_11", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your ravens don't comfort our peacocks . past
Target output: don't your ravens comfort our peacocks ?
Model output: don't your ravens comfort our peacocks ?
Input: our quails behind my quails do read . present
Target output: our quails behind my quails do read .
Model output: our quails behind my quails do read .
Input: my tyrannosaurus does smile . past
Target output: does my tyrannosaurus smile ?
Model output: does my tyrannosaurus smile ?
Input: my zebra by my salamanders doesn't sleep . present
Target output: my zebra by my salamanders doesn't sleep .
Model output: my zebra by my salamanders doesn't sleep .
Input: my vulture does smile . past
Target output: does my vulture smile ?
Model output: does my vulture smile ?
Input: the walruses around my orangutan don't eat . present
Target output: the walruses around my orangutan don't eat .
Model output: the walruses around my orangutan don't eat .
Input: the raven that doesn't comfort the salamanders doesn't entertain her walruses who do sleep . present
Target output: the raven that doesn't comfort the salamanders doesn't entertain her walruses who do sleep .
Model output: the raven that doesn't comfort the salamanders doesn't entertain her walruses who do sleep .
Input: her walruses that don't giggle don't read . present
Target output: her walruses that don't giggle don't read .
Model output: her walruses that don't giggle don't read .
Input: her quails don't applaud my newts . past
Target output: don't her quails applaud my newts ?
Model output: don't her quails applaud my newts ?
Input: some peacock does swim . past
Target output: does some peacock swim ?
Model output: does some peacock swim ?", exgen:"Input: my xylophones who don't move do giggle . past
Target output: do my xylophones who don't move giggle ?
Model output: do my xylophones who don't move giggle ?
Input: my peacocks that do remember our orangutan don't amuse some yaks . past
Target output: don't my peacocks that do remember our orangutan amuse some yaks ?
Model output: don't my peacocks that do remember our orangutan amuse some yaks ?
Input: her walrus who doesn't confuse our zebra does eat . past
Target output: does her walrus who doesn't confuse our zebra eat ?
Model output: does her walrus who doesn't confuse our zebra eat ?
Input: your unicorns who our salamanders do remember don't eat . past
Target output: don't your unicorns who our salamanders do remember eat ?
Model output: don't your unicorns who our salamanders do remember eat ?
Input: the peacock that doesn't read does change . past
Target output: does the peacock that doesn't read change ?
Model output: does the peacock that doesn't read change ?
Input: her walruses that don't confuse the raven do confuse some xylophones . past
Target output: do her walruses that don't confuse the raven confuse some xylophones ?
Model output: do her walruses that don't confuse the raven confuse some xylophones ?
Input: your newts that the xylophones don't confuse do high_five our xylophones . past
Target output: do your newts that the xylophones don't confuse high_five our xylophones ?
Model output: do your newts that the xylophones don't confuse confuse our xylophones ?
Input: some quails who do confuse our walrus don't eat . past
Target output: don't some quails who do confuse our walrus eat ?
Model output: don't some quails who do confuse our walrus eat ?
Input: some walruses that do entertain the newts don't giggle . past
Target output: don't some walruses that do entertain the newts giggle ?
Model output: don't some walruses that do entertain the newts giggle ?
Input: my unicorns that do entertain her salamanders don't admire some quail . past
Target output: don't my unicorns that do entertain her salamanders admire some quail ?
Model output: don't my unicorns that do admire her salamanders entertain some quail ?", testfull:0.85, testpos:1.0, genfull:0.78, genpos:1.0, genlinear:0.38, genmvcorrect:0.91, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp212 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_12", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her walrus who does amuse our unicorns does accept our unicorns . past
Target output: does her walrus who does amuse our unicorns accept our unicorns ?
Model output: does her walrus who does amuse our unicorns accept our unicorns ?
Input: your yaks near your xylophone don't high_five her xylophones . past
Target output: don't your yaks near your xylophone high_five her xylophones ?
Model output: don't your yaks near your xylophone high_five her xylophones ?
Input: the unicorns by some newt do admire our orangutan . past
Target output: do the unicorns by some newt admire our orangutan ?
Model output: do the unicorns by some newt admire our orangutan ?
Input: her yaks above the orangutans don't amuse our vultures who do applaud my yak . past
Target output: don't her yaks above the orangutans amuse our vultures who do applaud my yak ?
Model output: don't her orangutans above the vultures amuse our yaks that do applaud my yak ?
Input: our peacocks upon our newts do entertain her zebras that don't giggle . present
Target output: our peacocks upon our newts do entertain her zebras that don't giggle .
Model output: our peacocks upon her newts do entertain our zebras that don't giggle .
Input: your walruses don't remember her salamanders who do remember your unicorns . present
Target output: your walruses don't remember her salamanders who do remember your unicorns .
Model output: your walruses don't remember her salamanders who do remember your unicorns .
Input: some vulture doesn't amuse some newts by some salamander . past
Target output: doesn't some vulture amuse some newts by some salamander ?
Model output: doesn't some vulture amuse some newts by some salamander ?
Input: the raven below your vultures does remember some xylophone that does change . past
Target output: does the raven below your vultures remember some xylophone that does change ?
Model output: does the raven below your vultures remember some xylophone that does change ?
Input: my unicorns behind the orangutans don't wait . past
Target output: don't my unicorns behind the orangutans wait ?
Model output: don't my unicorns behind the orangutans wait ?
Input: her newts behind your vultures do read . past
Target output: do her newts behind your vultures read ?
Model output: do her newts behind your vultures read ?", exgen:"Input: my tyrannosaurus who does giggle doesn't comfort her walrus . past
Target output: doesn't my tyrannosaurus who does giggle comfort her walrus ?
Model output: doesn't my tyrannosaurus who does giggle comfort her walrus ?
Input: your unicorns that don't entertain your xylophone do eat . past
Target output: do your unicorns that don't entertain your xylophone eat ?
Model output: do your unicorns that don't entertain your xylophone eat ?
Input: some peacocks that our quails don't high_five do wait . past
Target output: do some peacocks that our quails don't high_five wait ?
Model output: do some peacocks that our quails don't high_five wait ?
Input: our yak that doesn't entertain my ravens does applaud her vulture upon our peacock . past
Target output: does our yak that doesn't entertain my ravens applaud her vulture upon our peacock ?
Model output: does our vulture that doesn't entertain my ravens applaud our ravens upon her peacock ?
Input: your tyrannosauruses that don't smile do wait . past
Target output: do your tyrannosauruses that don't smile wait ?
Model output: do your tyrannosauruses that don't smile wait ?
Input: her unicorns who don't remember my newt do accept the tyrannosauruses . past
Target output: do her unicorns who don't remember my newt accept the tyrannosauruses ?
Model output: do her unicorns who don't remember my newt accept the tyrannosauruses ?
Input: her xylophone who your xylophone doesn't comfort does change . past
Target output: does her xylophone who your xylophone doesn't comfort change ?
Model output: does her xylophone who your xylophone doesn't comfort change ?
Input: the salamanders that don't sleep do comfort her xylophone . past
Target output: do the salamanders that don't sleep comfort her xylophone ?
Model output: do the salamanders that don't sleep comfort her xylophone ?
Input: my yak that does accept some vulture doesn't giggle . past
Target output: doesn't my yak that does accept some vulture giggle ?
Model output: does my yak that does accept some vulture giggle ?
Input: her tyrannosaurus who doesn't remember some yaks does remember the yak . past
Target output: does her tyrannosaurus who doesn't remember some yaks remember the yak ?
Model output: does her tyrannosaurus who doesn't remember some yak remember the yak ?", testfull:0.84, testpos:1.0, genfull:0.82, genpos:1.0, genlinear:0.41, genmvcorrect:0.97, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp213 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_13", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some zebra who doesn't entertain our newts doesn't move . present
Target output: some zebra who doesn't entertain our newts doesn't move .
Model output: some zebra who doesn't entertain our newts doesn't move .
Input: my zebras do comfort some orangutan who her tyrannosauruses do accept . present
Target output: my zebras do comfort some orangutan who her tyrannosauruses do accept .
Model output: my zebras do comfort some orangutan who her tyrannosauruses do accept .
Input: your xylophones do confuse some peacocks by some tyrannosaurus . past
Target output: do your xylophones confuse some peacocks by some tyrannosaurus ?
Model output: do your xylophones confuse some peacocks by some tyrannosaurus ?
Input: the xylophones upon some orangutans do comfort your zebras . past
Target output: do the xylophones upon some orangutans comfort your zebras ?
Model output: do the xylophones upon some orangutans comfort your zebras ?
Input: our tyrannosauruses who don't confuse my vultures do amuse my salamander . past
Target output: do our tyrannosauruses who don't confuse my vultures amuse my salamander ?
Model output: do our tyrannosauruses who don't confuse my vultures amuse my salamander ?
Input: her newt who doesn't eat does confuse my tyrannosauruses who our raven doesn't applaud . past
Target output: does her newt who doesn't eat confuse my tyrannosauruses who our raven doesn't applaud ?
Model output: does her newt who doesn't eat confuse my tyrannosauruses who our raven doesn't confuse ?
Input: our newt doesn't giggle . present
Target output: our newt doesn't giggle .
Model output: our newt doesn't giggle .
Input: her yak by the zebras doesn't accept your zebras who don't accept the yak . present
Target output: her yak by the zebras doesn't accept your zebras who don't accept the yak .
Model output: her yak by her zebras doesn't accept your zebras who don't accept the yak .
Input: some xylophones who do amuse the zebras don't admire some unicorns who do swim . present
Target output: some xylophones who do amuse the zebras don't admire some unicorns who do swim .
Model output: some xylophones who do amuse the zebras don't admire some unicorns who do swim .
Input: the orangutans do applaud her vulture that does eat . past
Target output: do the orangutans applaud her vulture that does eat ?
Model output: do the orangutans applaud her vulture that does eat ?", exgen:"Input: our walruses who do accept some xylophone don't high_five our peacocks by your newt . past
Target output: don't our walruses who do accept some xylophone high_five our peacocks by your newt ?
Model output: don't our walruses who do accept your xylophone high_five some walruses by our xylophone ?
Input: some raven that doesn't high_five some tyrannosauruses does high_five her ravens . past
Target output: does some raven that doesn't high_five some tyrannosauruses high_five her ravens ?
Model output: does some raven that doesn't high_five some tyrannosauruses high_five her ravens ?
Input: my peacocks that my orangutans do high_five don't change . past
Target output: don't my peacocks that my orangutans do high_five change ?
Model output: don't my peacocks that my orangutans do high_five change ?
Input: our walrus who doesn't move does comfort our walrus . past
Target output: does our walrus who doesn't move comfort our walrus ?
Model output: does our walrus who doesn't move comfort our walrus ?
Input: her yaks who don't sleep do eat . past
Target output: do her yaks who don't sleep eat ?
Model output: do her yaks who don't sleep eat ?
Input: my tyrannosaurus who my walrus doesn't applaud does sleep . past
Target output: does my tyrannosaurus who my walrus doesn't applaud sleep ?
Model output: does my tyrannosaurus who my walrus doesn't applaud sleep ?
Input: our vultures who do eat don't giggle . past
Target output: don't our vultures who do eat giggle ?
Model output: don't our vultures who do eat giggle ?
Input: my newt that does confuse the xylophone doesn't swim . past
Target output: doesn't my newt that does confuse the xylophone swim ?
Model output: doesn't my newt that does confuse the xylophone swim ?
Input: the salamanders who do wait don't entertain our salamanders by our vulture . past
Target output: don't the salamanders who do wait entertain our salamanders by our vulture ?
Model output: don't the salamanders who do wait entertain our salamanders by our vulture ?
Input: my unicorns that do entertain her salamanders don't admire some quail . past
Target output: don't my unicorns that do entertain her salamanders admire some quail ?
Model output: don't my unicorns that do admire her salamanders entertain some quail ?", testfull:0.86, testpos:1.0, genfull:0.86, genpos:1.0, genlinear:0.43, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp214 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_14", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some quails by our tyrannosauruses don't swim . present
Target output: some quails by our tyrannosauruses don't swim .
Model output: some quails by our tyrannosauruses don't swim .
Input: some unicorn behind some vulture does read . present
Target output: some unicorn behind some vulture does read .
Model output: some unicorn behind some vulture does read .
Input: the peacock near the newts does wait . present
Target output: the peacock near the newts does wait .
Model output: the peacock near the newts does wait .
Input: our raven who her vultures don't comfort does eat . present
Target output: our raven who her vultures don't comfort does eat .
Model output: our raven who her vultures don't comfort does eat .
Input: her yaks do comfort our newts near my quail . past
Target output: do her yaks comfort our newts near my quail ?
Model output: do her yaks comfort our newts near my quail ?
Input: my walrus does comfort your unicorn . past
Target output: does my walrus comfort your unicorn ?
Model output: does my walrus comfort your unicorn ?
Input: some yak behind some ravens doesn't remember our zebras who your ravens don't accept . present
Target output: some yak behind some ravens doesn't remember our zebras who your ravens don't accept .
Model output: some yak behind some ravens doesn't accept our zebras who your ravens don't remember .
Input: my ravens don't read . present
Target output: my ravens don't read .
Model output: my ravens don't read .
Input: my salamanders who don't high_five the quails don't swim . past
Target output: don't my salamanders who don't high_five the quails swim ?
Model output: don't my salamanders who don't high_five the quails swim ?
Input: her vulture that does giggle does swim . present
Target output: her vulture that does giggle does swim .
Model output: her vulture that does giggle does swim .", exgen:"Input: some yak who does confuse some zebra doesn't read . past
Target output: doesn't some yak who does confuse some zebra read ?
Model output: doesn't some yak who does confuse some zebra read ?
Input: my vulture that doesn't read does eat . past
Target output: does my vulture that doesn't read eat ?
Model output: does my vulture that doesn't read eat ?
Input: our quails that do amuse her unicorn don't high_five our walruses . past
Target output: don't our quails that do amuse her unicorn high_five our walruses ?
Model output: don't our quails that do amuse her unicorn high_five our walruses ?
Input: my tyrannosauruses who our quails do comfort don't high_five her orangutan . past
Target output: don't my tyrannosauruses who our quails do comfort high_five her orangutan ?
Model output: don't my tyrannosauruses who our quails do comfort high_five her orangutan ?
Input: the zebras who your orangutans do accept don't sleep . past
Target output: don't the zebras who your orangutans do accept sleep ?
Model output: don't the zebras who your orangutans do accept sleep ?
Input: the unicorn that does comfort some peacocks doesn't change . past
Target output: doesn't the unicorn that does comfort some peacocks change ?
Model output: doesn't the unicorn that does comfort some peacocks change ?
Input: your newt who does swim doesn't sleep . past
Target output: doesn't your newt who does swim sleep ?
Model output: doesn't your newt who does swim sleep ?
Input: the xylophone who doesn't applaud some salamanders does comfort your tyrannosaurus by your newt . past
Target output: does the xylophone who doesn't applaud some salamanders comfort your tyrannosaurus by your newt ?
Model output: does the xylophone who doesn't applaud some salamanders comfort your newt by your tyrannosaurus ?
Input: our tyrannosaurus who doesn't swim does giggle . past
Target output: does our tyrannosaurus who doesn't swim giggle ?
Model output: does our tyrannosaurus who doesn't swim giggle ?
Input: your quails who your tyrannosauruses do admire don't move . past
Target output: don't your quails who your tyrannosauruses do admire move ?
Model output: don't your quails who your tyrannosauruses do admire move ?", testfull:0.92, testpos:1.0, genfull:0.93, genpos:1.0, genlinear:0.48, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp215 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_15", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my quails do admire my unicorn around her yak . present
Target output: my quails do admire my unicorn around her yak .
Model output: my quails do admire my unicorn around her yak .
Input: her unicorn behind my orangutan does read . present
Target output: her unicorn behind my orangutan does read .
Model output: her unicorn behind my orangutan does read .
Input: some unicorn does eat . past
Target output: does some unicorn eat ?
Model output: does some unicorn eat ?
Input: our newt does amuse my newt who doesn't confuse her walrus . present
Target output: our newt does amuse my newt who doesn't confuse her walrus .
Model output: our newt doesn't amuse my newt who does confuse her walrus .
Input: my unicorns do applaud our walruses who do smile . present
Target output: my unicorns do applaud our walruses who do smile .
Model output: my unicorns do applaud our walruses who do smile .
Input: your newts by my yaks don't remember some xylophones who don't giggle . past
Target output: don't your newts by my yaks remember some xylophones who don't giggle ?
Model output: don't your newts by my yaks remember some xylophones who don't giggle ?
Input: our unicorns above the xylophones do change . past
Target output: do our unicorns above the xylophones change ?
Model output: do our unicorns above the xylophones change ?
Input: her peacock does admire some ravens above our salamander . past
Target output: does her peacock admire some ravens above our salamander ?
Model output: does her peacock admire some ravens above our salamander ?
Input: my vultures who your quail doesn't applaud don't confuse our yak upon my newts . past
Target output: don't my vultures who your quail doesn't applaud confuse our yak upon my newts ?
Model output: don't my vultures who your yak doesn't confuse applaud our quail upon my newts ?
Input: your vulture that does high_five your zebras does remember the vulture . present
Target output: your vulture that does high_five your zebras does remember the vulture .
Model output: your vulture that does high_five your vulture does remember the zebras .", exgen:"Input: some salamanders who do entertain your orangutan don't comfort my unicorns . past
Target output: don't some salamanders who do entertain your orangutan comfort my unicorns ?
Model output: do some salamanders who don't entertain your orangutan comfort my unicorns ?
Input: your walruses who your unicorns don't admire do entertain her xylophones . past
Target output: do your walruses who your unicorns don't admire entertain her xylophones ?
Model output: don't your walruses who your unicorns don't admire entertain her xylophones ?
Input: her salamanders who do confuse some vulture don't comfort our yak upon your newt . past
Target output: don't her salamanders who do confuse some vulture comfort our yak upon your newt ?
Model output: don't her salamanders who does confuse some vulture comfort our vulture upon your vulture ?
Input: your quail that does comfort her orangutan doesn't swim . past
Target output: doesn't your quail that does comfort her orangutan swim ?
Model output: doesn't your quail that does comfort her orangutan swim ?
Input: some tyrannosauruses that do admire some orangutans don't read . past
Target output: don't some tyrannosauruses that do admire some orangutans read ?
Model output: don't some tyrannosauruses that do admire some orangutans read ?
Input: your orangutans that do comfort my peacocks don't move . past
Target output: don't your orangutans that do comfort my peacocks move ?
Model output: don't your orangutans that do comfort my peacocks move ?
Input: some unicorns who do amuse our vultures don't giggle . past
Target output: don't some unicorns who do amuse our vultures giggle ?
Model output: don't some unicorns who do amuse our vultures giggle ?
Input: your zebra that doesn't remember her vulture does smile . past
Target output: does your zebra that doesn't remember her vulture smile ?
Model output: does your zebra that does remember her vulture smile ?
Input: my quails who your unicorns do admire don't sleep . past
Target output: don't my quails who your unicorns do admire sleep ?
Model output: don't my quails who your unicorns do admire sleep ?
Input: some xylophones who do swim don't confuse her vultures by your zebra . past
Target output: don't some xylophones who do swim confuse her vultures by your zebra ?
Model output: don't some xylophones who do swim confuse her vultures by your zebra ?", testfull:0.76, testpos:0.99, genfull:0.7, genpos:0.98, genlinear:0.36, genmvcorrect:0.9, genmvlinear:0.0, genmvcorrectnum:0.98, genmvwrongnum:0.0, };
var p13_tense_exp216 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_16", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our tyrannosaurus does applaud our salamander by our zebra . past
Target output: does our tyrannosaurus applaud our salamander by our zebra ?
Model output: does our tyrannosaurus applaud our salamander by our zebra ?
Input: your xylophones who her orangutan does accept do high_five the yak below my walrus . past
Target output: do your xylophones who her orangutan does accept high_five the yak below my walrus ?
Model output: do your xylophones who her orangutan does accept high_five the yak below my yak ?
Input: the salamander near our vultures does swim . past
Target output: does the salamander near our vultures swim ?
Model output: does the salamander near our vultures swim ?
Input: her yak that doesn't comfort my zebra doesn't move . present
Target output: her yak that doesn't comfort my zebra doesn't move .
Model output: her yak that doesn't comfort my zebra doesn't move .
Input: the orangutan does eat . present
Target output: the orangutan does eat .
Model output: the orangutan does eat .
Input: the peacocks with some walruses do applaud the yaks that do read . past
Target output: do the peacocks with some walruses applaud the yaks that do read ?
Model output: do the peacocks with some walruses applaud the yaks that do read ?
Input: her vulture doesn't swim . past
Target output: doesn't her vulture swim ?
Model output: doesn't her vulture swim ?
Input: my walrus doesn't giggle . present
Target output: my walrus doesn't giggle .
Model output: my walrus doesn't giggle .
Input: some peacocks do smile . present
Target output: some peacocks do smile .
Model output: some peacocks do smile .
Input: my quails who your unicorns do admire don't sleep . past
Target output: don't my quails who your unicorns do admire sleep ?
Model output: don't my quails who your unicorns do admire sleep ?", exgen:"Input: our xylophones that do change don't eat . past
Target output: don't our xylophones that do change eat ?
Model output: don't our xylophones that do change eat ?
Input: her walrus who her yak does admire doesn't applaud my salamander . past
Target output: doesn't her walrus who her yak does admire applaud my salamander ?
Model output: doesn't her walrus who her yak does admire applaud my salamander ?
Input: your ravens that do entertain the zebras don't sleep . past
Target output: don't your ravens that do entertain the zebras sleep ?
Model output: don't your ravens that do entertain the zebras sleep ?
Input: my yak who does remember your quails doesn't applaud your vulture upon the unicorn . past
Target output: doesn't my yak who does remember your quails applaud your vulture upon the unicorn ?
Model output: doesn't my yak who does remember your quails applaud your vulture upon the quails ?
Input: my yaks who some tyrannosauruses do amuse don't giggle . past
Target output: don't my yaks who some tyrannosauruses do amuse giggle ?
Model output: don't my yaks who some tyrannosauruses do amuse giggle ?
Input: your peacocks that her unicorns don't accept do entertain some tyrannosaurus behind my newt . past
Target output: do your peacocks that her unicorns don't accept entertain some tyrannosaurus behind my newt ?
Model output: do your peacocks that her unicorns don't accept entertain some newt behind my tyrannosaurus ?
Input: your xylophone who doesn't sleep does admire our tyrannosauruses . past
Target output: does your xylophone who doesn't sleep admire our tyrannosauruses ?
Model output: does your xylophone who doesn't sleep admire our tyrannosauruses ?
Input: some tyrannosaurus that does accept the quail doesn't eat . past
Target output: doesn't some tyrannosaurus that does accept the quail eat ?
Model output: doesn't some tyrannosaurus that does accept the quail eat ?
Input: our salamander that does accept my peacock doesn't comfort the salamanders by our xylophones . past
Target output: doesn't our salamander that does accept my peacock comfort the salamanders by our xylophones ?
Model output: doesn't our salamander that does comfort my peacock accept our salamanders by the xylophones ?
Input: the vulture that doesn't read does change . past
Target output: does the vulture that doesn't read change ?
Model output: does the vulture that doesn't read change ?", testfull:0.88, testpos:1.0, genfull:0.88, genpos:1.0, genlinear:0.45, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp217 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_17", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her salamander who my newt doesn't high_five doesn't wait . past
Target output: doesn't her salamander who my newt doesn't high_five wait ?
Model output: doesn't her salamander who my newt doesn't high_five wait ?
Input: the unicorns around the zebras do move . past
Target output: do the unicorns around the zebras move ?
Model output: do the unicorns around the zebras move ?
Input: your peacock below my ravens doesn't smile . past
Target output: doesn't your peacock below my ravens smile ?
Model output: doesn't your peacock below my ravens smile ?
Input: our unicorns don't amuse her peacock . past
Target output: don't our unicorns amuse her peacock ?
Model output: don't our unicorns amuse her peacock ?
Input: my peacocks do remember some salamanders who don't remember my unicorn . present
Target output: my peacocks do remember some salamanders who don't remember my unicorn .
Model output: my peacocks do remember some salamanders who don't remember my unicorn .
Input: my quails near our ravens don't confuse my yaks with my yak . present
Target output: my quails near our ravens don't confuse my yaks with my yak .
Model output: my quails near our ravens don't confuse my yaks with my yak .
Input: her walrus that does eat doesn't move . past
Target output: doesn't her walrus that does eat move ?
Model output: doesn't her walrus that does eat move ?
Input: her peacocks don't entertain her xylophone that doesn't comfort her vulture . present
Target output: her peacocks don't entertain her xylophone that doesn't comfort her vulture .
Model output: her peacocks don't entertain her xylophone that doesn't comfort her vulture .
Input: our raven doesn't giggle . present
Target output: our raven doesn't giggle .
Model output: our raven doesn't giggle .
Input: her ravens who do move don't move . present
Target output: her ravens who do move don't move .
Model output: her ravens who do move don't move .", exgen:"Input: her peacock that does amuse my unicorns doesn't eat . past
Target output: doesn't her peacock that does amuse my unicorns eat ?
Model output: doesn't her peacock that does amuse my unicorns eat ?
Input: my tyrannosauruses that do swim don't admire your newts . past
Target output: don't my tyrannosauruses that do swim admire your newts ?
Model output: don't my tyrannosauruses that do swim admire your newts ?
Input: some walrus who doesn't high_five your newt does sleep . past
Target output: does some walrus who doesn't high_five your newt sleep ?
Model output: does some walrus who doesn't high_five your newt sleep ?
Input: your salamander that does read doesn't applaud our peacocks . past
Target output: doesn't your salamander that does read applaud our peacocks ?
Model output: doesn't your salamander that does read applaud our peacocks ?
Input: her xylophone that doesn't high_five your raven does comfort the unicorn . past
Target output: does her xylophone that doesn't high_five your raven comfort the unicorn ?
Model output: does her xylophone that doesn't high_five your raven comfort the unicorn ?
Input: your yak who does move doesn't move . past
Target output: doesn't your yak who does move move ?
Model output: doesn't your yak who does move move ?
Input: some newt that doesn't sleep does wait . past
Target output: does some newt that doesn't sleep wait ?
Model output: does some newt that doesn't sleep wait ?
Input: my unicorns who some orangutans do entertain don't smile . past
Target output: don't my unicorns who some orangutans do entertain smile ?
Model output: don't my unicorns who some orangutans do entertain smile ?
Input: our newt that doesn't confuse your unicorns does amuse the newts . past
Target output: does our newt that doesn't confuse your unicorns amuse the newts ?
Model output: does our newt that doesn't confuse your unicorns amuse the newts ?
Input: the vulture who my raven does remember doesn't swim . past
Target output: doesn't the vulture who my raven does remember swim ?
Model output: doesn't the vulture who my raven does remember swim ?", testfull:0.91, testpos:1.0, genfull:0.9, genpos:1.0, genlinear:0.46, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp218 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_18", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her walruses below some quails don't high_five your zebra behind some quail . past
Target output: don't her walruses below some quails high_five your zebra behind some quail ?
Model output: don't her walruses below your quails high_five some quail behind some quail ?
Input: the xylophones don't smile . past
Target output: don't the xylophones smile ?
Model output: don't the xylophones smile ?
Input: your orangutans don't remember her quails who don't remember your quails . past
Target output: don't your orangutans remember her quails who don't remember your quails ?
Model output: don't your orangutans remember her quails who don't remember your quails ?
Input: our zebras with my unicorns don't move . past
Target output: don't our zebras with my unicorns move ?
Model output: don't our zebras with my unicorns move ?
Input: our xylophones that don't remember her xylophone do read . present
Target output: our xylophones that don't remember her xylophone do read .
Model output: our xylophones that don't remember her xylophone do read .
Input: her tyrannosauruses don't smile . past
Target output: don't her tyrannosauruses smile ?
Model output: don't her tyrannosauruses smile ?
Input: some peacock by her walruses does amuse our raven that some xylophones do remember . present
Target output: some peacock by her walruses does amuse our raven that some xylophones do remember .
Model output: some peacock by her walruses does amuse her raven that our unicorns do remember .
Input: your zebras who don't move don't wait . present
Target output: your zebras who don't move don't wait .
Model output: your zebras who don't move don't wait .
Input: my xylophone does high_five the yak . past
Target output: does my xylophone high_five the yak ?
Model output: does my xylophone high_five the yak ?
Input: the unicorns that our unicorns don't applaud do wait . past
Target output: do the unicorns that our unicorns don't applaud wait ?
Model output: do the unicorns that our unicorns don't applaud wait ?", exgen:"Input: some tyrannosauruses that don't remember my vultures do amuse her raven . past
Target output: do some tyrannosauruses that don't remember my vultures amuse her raven ?
Model output: do some tyrannosauruses that don't remember my vultures amuse her raven ?
Input: the newts who do accept some zebras don't applaud some vulture . past
Target output: don't the newts who do accept some zebras applaud some vulture ?
Model output: don't the newts who do accept some zebras applaud some vulture ?
Input: my yaks who do admire her peacocks don't sleep . past
Target output: don't my yaks who do admire her peacocks sleep ?
Model output: don't my yaks who do admire her peacocks sleep ?
Input: your zebras that do comfort my orangutans don't read . past
Target output: don't your zebras that do comfort my orangutans read ?
Model output: don't your zebras that do comfort my orangutans read ?
Input: the unicorn who some yak doesn't amuse does change . past
Target output: does the unicorn who some yak doesn't amuse change ?
Model output: does the unicorn who some yak doesn't amuse change ?
Input: our newt that does amuse your salamanders doesn't eat . past
Target output: doesn't our newt that does amuse your salamanders eat ?
Model output: doesn't our newt that does amuse your salamanders eat ?
Input: our yaks who don't giggle do entertain my orangutan . past
Target output: do our yaks who don't giggle entertain my orangutan ?
Model output: do our yaks who don't giggle entertain my orangutan ?
Input: your yak that doesn't wait does remember the peacock with the walruses . past
Target output: does your yak that doesn't wait remember the peacock with the walruses ?
Model output: does your yak that doesn't wait remember the peacock with the walruses ?
Input: some peacocks who do eat don't accept our tyrannosauruses behind her zebra . past
Target output: don't some peacocks who do eat accept our tyrannosauruses behind her zebra ?
Model output: don't some peacocks who do eat accept our tyrannosauruses behind her zebra ?
Input: your xylophones that don't move do read . past
Target output: do your xylophones that don't move read ?
Model output: do your xylophones that don't move read ?", testfull:0.84, testpos:0.99, genfull:0.8, genpos:0.98, genlinear:0.4, genmvcorrect:0.95, genmvlinear:0.0, genmvcorrectnum:0.98, genmvwrongnum:0.0, };
var p13_tense_exp219 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_19", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some salamander who does high_five your orangutans does giggle . present
Target output: some salamander who does high_five your orangutans does giggle .
Model output: some salamander who does high_five your orangutans does giggle .
Input: our unicorn does accept our vultures . past
Target output: does our unicorn accept our vultures ?
Model output: does our unicorn accept our vultures ?
Input: your newt who her raven does confuse does amuse the zebras below the unicorn . past
Target output: does your newt who her raven does confuse amuse the zebras below the unicorn ?
Model output: does your newt who her raven does confuse confuse the zebras below the unicorn ?
Input: my unicorns don't applaud the orangutan . past
Target output: don't my unicorns applaud the orangutan ?
Model output: don't my unicorns applaud the orangutan ?
Input: my tyrannosauruses don't move . past
Target output: don't my tyrannosauruses move ?
Model output: don't my tyrannosauruses move ?
Input: the vultures that do giggle do read . past
Target output: do the vultures that do giggle read ?
Model output: do the vultures that do giggle read ?
Input: the yak below some raven doesn't sleep . past
Target output: doesn't the yak below some raven sleep ?
Model output: doesn't the yak below some raven sleep ?
Input: your salamander that doesn't remember your walruses doesn't swim . past
Target output: doesn't your salamander that doesn't remember your walruses swim ?
Model output: doesn't your salamander that doesn't remember your walruses swim ?
Input: our salamander who the zebra doesn't amuse doesn't smile . past
Target output: doesn't our salamander who the zebra doesn't amuse smile ?
Model output: doesn't our salamander who the zebra doesn't amuse smile ?
Input: our raven below her ravens doesn't confuse our quails who the walrus doesn't confuse . present
Target output: our raven below her ravens doesn't confuse our quails who the walrus doesn't confuse .
Model output: our raven below her ravens doesn't confuse our quails who the walrus doesn't confuse .", exgen:"Input: our zebra who does comfort the walruses doesn't wait . past
Target output: doesn't our zebra who does comfort the walruses wait ?
Model output: doesn't our zebra who does comfort the walruses wait ?
Input: my quails who do move don't swim . past
Target output: don't my quails who do move swim ?
Model output: don't my quails who do move swim ?
Input: my salamanders that do remember your salamander don't swim . past
Target output: don't my salamanders that do remember your salamander swim ?
Model output: don't my salamanders that do remember your salamander swim ?
Input: her newts that don't confuse some unicorn do admire our newt below her orangutans . past
Target output: do her newts that don't confuse some unicorn admire our newt below her orangutans ?
Model output: do her newts that don't confuse some unicorn admire our newt below her orangutans ?
Input: our tyrannosauruses that do giggle don't applaud her xylophones near my unicorns . past
Target output: don't our tyrannosauruses that do giggle applaud her xylophones near my unicorns ?
Model output: don't our tyrannosauruses that do giggle applaud her xylophones near my unicorns ?
Input: our newt that doesn't confuse your unicorns does amuse the newts . past
Target output: does our newt that doesn't confuse your unicorns amuse the newts ?
Model output: does our newt that doesn't confuse your unicorns amuse the newts ?
Input: some newt who does giggle doesn't smile . past
Target output: doesn't some newt who does giggle smile ?
Model output: doesn't some newt who does giggle smile ?
Input: some unicorn that our vulture doesn't comfort does admire your walruses . past
Target output: does some unicorn that our vulture doesn't comfort admire your walruses ?
Model output: does some unicorn that our vulture doesn't comfort admire your walruses ?
Input: your tyrannosauruses that don't applaud some orangutans do swim . past
Target output: do your tyrannosauruses that don't applaud some orangutans swim ?
Model output: do your tyrannosauruses that don't applaud some orangutans swim ?
Input: my salamanders that don't giggle do giggle . past
Target output: do my salamanders that don't giggle giggle ?
Model output: do my salamanders that don't giggle giggle ?", testfull:0.91, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.48, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp220 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_20", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my xylophone doesn't change . present
Target output: my xylophone doesn't change .
Model output: my xylophone doesn't change .
Input: her peacocks do remember some vultures upon my quails . past
Target output: do her peacocks remember some vultures upon my quails ?
Model output: do her peacocks remember some vultures upon my quails ?
Input: your vultures don't wait . past
Target output: don't your vultures wait ?
Model output: don't your vultures wait ?
Input: some salamander that the vulture doesn't confuse does swim . present
Target output: some salamander that the vulture doesn't confuse does swim .
Model output: some salamander that the vulture doesn't confuse does swim .
Input: the zebras near my zebra do high_five our peacocks . past
Target output: do the zebras near my zebra high_five our peacocks ?
Model output: do the zebras near my zebra high_five our peacocks ?
Input: her quail that does entertain her newt does read . present
Target output: her quail that does entertain her newt does read .
Model output: her quail that does entertain her newt does read .
Input: our zebras that don't admire our newts don't move . past
Target output: don't our zebras that don't admire our newts move ?
Model output: don't our zebras that don't admire our newts move ?
Input: our walrus does applaud our salamanders who don't confuse the zebras . present
Target output: our walrus does applaud our salamanders who don't confuse the zebras .
Model output: our walrus does applaud our salamanders who don't confuse the zebras .
Input: her tyrannosauruses upon our newts do applaud the orangutans behind the walruses . present
Target output: her tyrannosauruses upon our newts do applaud the orangutans behind the walruses .
Model output: her tyrannosauruses upon our newts do applaud the vultures behind the salamanders .
Input: your tyrannosauruses who don't swim don't high_five the yak who does move . present
Target output: your tyrannosauruses who don't swim don't high_five the yak who does move .
Model output: your tyrannosauruses who don't swim don't high_five the yak who does move .", exgen:"Input: your vulture that does change doesn't giggle . past
Target output: doesn't your vulture that does change giggle ?
Model output: doesn't your vulture that does change giggle ?
Input: some peacocks that our quails don't high_five do wait . past
Target output: do some peacocks that our quails don't high_five wait ?
Model output: do some peacocks that our quails don't high_five wait ?
Input: our peacocks that do accept her newt don't eat . past
Target output: don't our peacocks that do accept her newt eat ?
Model output: don't our peacocks that do accept her newt eat ?
Input: her orangutan who doesn't wait does move . past
Target output: does her orangutan who doesn't wait move ?
Model output: does her orangutan who doesn't wait move ?
Input: our newt that our peacock does confuse doesn't eat . past
Target output: doesn't our newt that our peacock does confuse eat ?
Model output: doesn't our newt that our peacock does confuse eat ?
Input: some salamanders who some unicorns do comfort don't change . past
Target output: don't some salamanders who some unicorns do comfort change ?
Model output: don't some salamanders who some unicorns do comfort change ?
Input: my newt that does confuse the xylophone doesn't swim . past
Target output: doesn't my newt that does confuse the xylophone swim ?
Model output: doesn't my newt that does confuse the xylophone swim ?
Input: the tyrannosaurus that doesn't entertain your quail does accept the ravens upon the quail . past
Target output: does the tyrannosaurus that doesn't entertain your quail accept the ravens upon the quail ?
Model output: does the tyrannosaurus that doesn't accept your ravens entertain the quail upon the quail ?
Input: some tyrannosauruses that some quails don't amuse do remember her tyrannosauruses . past
Target output: do some tyrannosauruses that some quails don't amuse remember her tyrannosauruses ?
Model output: do some tyrannosauruses that some quails don't remember amuse her tyrannosauruses ?
Input: the newts who don't comfort your yak do eat . past
Target output: do the newts who don't comfort your yak eat ?
Model output: do the newts who don't comfort your yak eat ?", testfull:0.87, testpos:1.0, genfull:0.88, genpos:0.99, genlinear:0.45, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp221 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_21", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some ravens that some walruses don't comfort do giggle . past
Target output: do some ravens that some walruses don't comfort giggle ?
Model output: do some ravens that some walruses don't comfort giggle ?
Input: my salamander does accept our xylophone who the unicorns don't amuse . past
Target output: does my salamander accept our xylophone who the unicorns don't amuse ?
Model output: does my salamander accept our xylophone who the unicorns don't amuse ?
Input: her walrus that some yak doesn't accept does confuse your raven near her orangutan . past
Target output: does her walrus that some yak doesn't accept confuse your raven near her orangutan ?
Model output: does her walrus that some yak doesn't accept confuse your raven near her orangutan ?
Input: your peacocks don't move . past
Target output: don't your peacocks move ?
Model output: don't your peacocks move ?
Input: your xylophone does remember your quails that don't remember the orangutan . present
Target output: your xylophone does remember your quails that don't remember the orangutan .
Model output: your xylophone does remember your quails that don't remember the orangutan .
Input: my vultures do eat . past
Target output: do my vultures eat ?
Model output: do my vultures eat ?
Input: some orangutan around her zebra doesn't admire the zebra . present
Target output: some orangutan around her zebra doesn't admire the zebra .
Model output: some orangutan around her zebra doesn't admire the zebra .
Input: our zebras above her yak don't giggle . present
Target output: our zebras above her yak don't giggle .
Model output: our zebras above her yak don't giggle .
Input: your quails do wait . present
Target output: your quails do wait .
Model output: your quails do wait .
Input: our xylophone upon your peacock does wait . past
Target output: does our xylophone upon your peacock wait ?
Model output: does our xylophone upon your peacock wait ?", exgen:"Input: her unicorns that don't change do high_five your walrus . past
Target output: do her unicorns that don't change high_five your walrus ?
Model output: do her unicorns that don't change high_five your walrus ?
Input: your raven who does smile doesn't read . past
Target output: doesn't your raven who does smile read ?
Model output: doesn't your raven who does smile read ?
Input: some newt that doesn't swim does swim . past
Target output: does some newt that doesn't swim swim ?
Model output: does some newt that doesn't swim swim ?
Input: your tyrannosauruses that don't smile do wait . past
Target output: do your tyrannosauruses that don't smile wait ?
Model output: do your tyrannosauruses that don't smile wait ?
Input: some unicorns who don't smile do admire my yak . past
Target output: do some unicorns who don't smile admire my yak ?
Model output: do some unicorns who don't smile admire my yak ?
Input: our xylophones that don't comfort your peacock do applaud the quails with our unicorn . past
Target output: do our xylophones that don't comfort your peacock applaud the quails with our unicorn ?
Model output: do our xylophones that don't comfort your peacock applaud the quails with our unicorn ?
Input: our newt that does amuse your salamanders doesn't eat . past
Target output: doesn't our newt that does amuse your salamanders eat ?
Model output: doesn't our newt that does amuse your salamanders eat ?
Input: our peacocks that don't high_five your quails do remember your zebra below my walrus . past
Target output: do our peacocks that don't high_five your quails remember your zebra below my walrus ?
Model output: do our peacocks that don't high_five your quails remember your zebra below my walrus ?
Input: our salamanders that don't comfort our unicorns do giggle . past
Target output: do our salamanders that don't comfort our unicorns giggle ?
Model output: do our salamanders that don't comfort our unicorns giggle ?
Input: your salamander that does read doesn't applaud our peacocks . past
Target output: doesn't your salamander that does read applaud our peacocks ?
Model output: doesn't your salamander that does read applaud our peacocks ?", testfull:0.94, testpos:1.0, genfull:0.96, genpos:1.0, genlinear:0.5, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp222 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_22", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her yaks do accept the walruses above our peacock . past
Target output: do her yaks accept the walruses above our peacock ?
Model output: do her yaks accept the walruses above our peacock ?
Input: my newts with our xylophones do remember your yak . past
Target output: do my newts with our xylophones remember your yak ?
Model output: do my newts with our xylophones remember your yak ?
Input: your orangutan near her peacock does giggle . past
Target output: does your orangutan near her peacock giggle ?
Model output: does your orangutan near her peacock giggle ?
Input: our walruses who do entertain some xylophones do sleep . present
Target output: our walruses who do entertain some xylophones do sleep .
Model output: our walruses who do entertain some xylophones do sleep .
Input: our peacock does amuse her orangutans who don't remember my vulture . present
Target output: our peacock does amuse her orangutans who don't remember my vulture .
Model output: our peacock does amuse her orangutans who don't remember my vulture .
Input: some tyrannosauruses do amuse our salamanders . present
Target output: some tyrannosauruses do amuse our salamanders .
Model output: some tyrannosauruses do amuse our salamanders .
Input: some peacock by her walruses does amuse our raven that some xylophones do remember . present
Target output: some peacock by her walruses does amuse our raven that some xylophones do remember .
Model output: some peacock by her walruses does amuse our raven that some xylophones do amuse .
Input: the walruses who my newt does high_five do swim . past
Target output: do the walruses who my newt does high_five swim ?
Model output: do the walruses who my newt does high_five swim ?
Input: my peacock does high_five our vultures who do entertain the raven . past
Target output: does my peacock high_five our vultures who do entertain the raven ?
Model output: does my peacock high_five our vultures who do entertain the raven ?
Input: our unicorn near your vultures doesn't smile . present
Target output: our unicorn near your vultures doesn't smile .
Model output: our unicorn near your vultures doesn't smile .", exgen:"Input: her orangutan that does comfort my orangutan doesn't admire your walrus upon our walruses . past
Target output: doesn't her orangutan that does comfort my orangutan admire your walrus upon our walruses ?
Model output: doesn't her orangutan that does admire my newt admire your orangutan upon our zebras ?
Input: my walrus who doesn't eat does accept my xylophone . past
Target output: does my walrus who doesn't eat accept my xylophone ?
Model output: does my walrus who doesn't eat accept my xylophone ?
Input: our orangutans who do remember her ravens don't read . past
Target output: don't our orangutans who do remember her ravens read ?
Model output: don't our orangutans who do remember her ravens read ?
Input: my unicorn who doesn't move does read . past
Target output: does my unicorn who doesn't move read ?
Model output: does my unicorn who doesn't move read ?
Input: my yaks who do admire her peacocks don't sleep . past
Target output: don't my yaks who do admire her peacocks sleep ?
Model output: don't my yaks who do admire her peacocks sleep ?
Input: my tyrannosaurus who does accept your salamander doesn't entertain my quail by our vulture . past
Target output: doesn't my tyrannosaurus who does accept your salamander entertain my quail by our vulture ?
Model output: doesn't my vulture who does accept your salamander entertain my salamander by our vulture ?
Input: our salamanders who some salamanders don't remember do remember our tyrannosauruses by our tyrannosaurus . past
Target output: do our salamanders who some salamanders don't remember remember our tyrannosauruses by our tyrannosaurus ?
Model output: do our salamanders who some salamanders don't remember remember our tyrannosauruses by our tyrannosaurus ?
Input: some quails that do remember some newts don't smile . past
Target output: don't some quails that do remember some newts smile ?
Model output: don't some quails that do remember some newts smile ?
Input: our xylophones that don't comfort your peacock do applaud the quails with our unicorn . past
Target output: do our xylophones that don't comfort your peacock applaud the quails with our unicorn ?
Model output: do our xylophones that don't comfort your quails applaud the salamanders with our unicorn ?
Input: our salamanders who some salamanders don't remember do remember our tyrannosauruses by our tyrannosaurus . past
Target output: do our salamanders who some salamanders don't remember remember our tyrannosauruses by our tyrannosaurus ?
Model output: do our salamanders who some salamanders don't remember remember our tyrannosauruses by our tyrannosaurus ?", testfull:0.9, testpos:1.0, genfull:0.88, genpos:1.0, genlinear:0.46, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp223 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_23", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her tyrannosaurus doesn't read . past
Target output: doesn't her tyrannosaurus read ?
Model output: doesn't her tyrannosaurus read ?
Input: my orangutan near the vulture does admire our yaks . present
Target output: my orangutan near the vulture does admire our yaks .
Model output: my orangutan near the vulture does admire our yaks .
Input: her yaks above her unicorn don't wait . present
Target output: her yaks above her unicorn don't wait .
Model output: her yaks above her unicorn don't wait .
Input: my orangutan near the vulture does admire our yaks . present
Target output: my orangutan near the vulture does admire our yaks .
Model output: my orangutan near the vulture does admire our yaks .
Input: some tyrannosaurus does accept her quails . past
Target output: does some tyrannosaurus accept her quails ?
Model output: does some tyrannosaurus accept her quails ?
Input: some vultures who some newts do comfort don't amuse her newt that your salamanders do entertain . present
Target output: some vultures who some newts do comfort don't amuse her newt that your salamanders do entertain .
Model output: some vultures who some newts do comfort do amuse her newt that your salamanders don't entertain .
Input: your tyrannosauruses around our vulture do wait . past
Target output: do your tyrannosauruses around our vulture wait ?
Model output: do your tyrannosauruses around our vulture wait ?
Input: some xylophones that don't read do eat . present
Target output: some xylophones that don't read do eat .
Model output: some xylophones that don't read do eat .
Input: my walrus upon your zebras doesn't read . past
Target output: doesn't my walrus upon your zebras read ?
Model output: doesn't my walrus upon your zebras read ?
Input: your yaks that don't amuse the orangutans don't wait . past
Target output: don't your yaks that don't amuse the orangutans wait ?
Model output: don't your yaks that don't amuse the orangutans wait ?", exgen:"Input: your vultures that do smile don't swim . past
Target output: don't your vultures that do smile swim ?
Model output: don't your vultures that do smile swim ?
Input: some zebra who does applaud our peacock doesn't sleep . past
Target output: doesn't some zebra who does applaud our peacock sleep ?
Model output: doesn't some zebra who does applaud our peacock sleep ?
Input: the raven who my vulture does confuse doesn't move . past
Target output: doesn't the raven who my vulture does confuse move ?
Model output: doesn't the raven who my vulture does confuse move ?
Input: my walrus who doesn't eat does accept my xylophone . past
Target output: does my walrus who doesn't eat accept my xylophone ?
Model output: does my walrus who doesn't eat accept my xylophone ?
Input: my peacocks that do remember our orangutan don't amuse some yaks . past
Target output: don't my peacocks that do remember our orangutan amuse some yaks ?
Model output: don't my peacocks that do amuse our orangutan remember my yaks ?
Input: the vulture that does applaud the quails doesn't wait . past
Target output: doesn't the vulture that does applaud the quails wait ?
Model output: doesn't the vulture that does applaud the quails wait ?
Input: the zebra that does comfort your vultures doesn't eat . past
Target output: doesn't the zebra that does comfort your vultures eat ?
Model output: doesn't the zebra that does comfort your vultures eat ?
Input: your xylophones that don't entertain the walrus do swim . past
Target output: do your xylophones that don't entertain the walrus swim ?
Model output: do your xylophones that don't entertain the walrus swim ?
Input: some peacocks that her yaks do high_five don't applaud her newts . past
Target output: don't some peacocks that her yaks do high_five applaud her newts ?
Model output: don't some peacocks that her yaks do high_five applaud her newts ?
Input: the zebra that does comfort your vultures doesn't eat . past
Target output: doesn't the zebra that does comfort your vultures eat ?
Model output: doesn't the zebra that does comfort your vultures eat ?", testfull:0.92, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.48, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp224 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_24", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some xylophones around the quails do confuse our raven behind our xylophones . past
Target output: do some xylophones around the quails confuse our raven behind our xylophones ?
Model output: do some xylophones around the quails confuse our raven behind our xylophones ?
Input: my raven doesn't entertain your peacock . past
Target output: doesn't my raven entertain your peacock ?
Model output: doesn't my raven entertain your peacock ?
Input: the salamanders above her quail don't swim . past
Target output: don't the salamanders above her quail swim ?
Model output: don't the salamanders above her quail swim ?
Input: the walruses above your salamander don't admire some newt who her vulture does remember . past
Target output: don't the walruses above your salamander admire some newt who her vulture does remember ?
Model output: don't the walruses above your salamander admire some vulture who her newt does remember ?
Input: our raven by your quails does swim . present
Target output: our raven by your quails does swim .
Model output: our raven by your quails does swim .
Input: our raven doesn't smile . past
Target output: doesn't our raven smile ?
Model output: doesn't our raven smile ?
Input: our walrus doesn't change . past
Target output: doesn't our walrus change ?
Model output: doesn't our walrus change ?
Input: her xylophone upon our orangutan doesn't applaud the salamander who does smile . past
Target output: doesn't her xylophone upon our orangutan applaud the salamander who does smile ?
Model output: doesn't her xylophone upon our orangutan applaud the salamander who does smile ?
Input: her newts above the zebras do read . present
Target output: her newts above the zebras do read .
Model output: her newts above the zebras do read .
Input: our tyrannosauruses that do wait do admire my yak that doesn't sleep . present
Target output: our tyrannosauruses that do wait do admire my yak that doesn't sleep .
Model output: our tyrannosauruses that do wait do admire my yak that doesn't sleep .", exgen:"Input: our xylophone who does change doesn't swim . past
Target output: doesn't our xylophone who does change swim ?
Model output: doesn't our xylophone who does change swim ?
Input: her xylophone that doesn't comfort her raven does eat . past
Target output: does her xylophone that doesn't comfort her raven eat ?
Model output: does her xylophone that doesn't comfort her raven eat ?
Input: her ravens who don't eat do wait . past
Target output: do her ravens who don't eat wait ?
Model output: do her ravens who don't eat wait ?
Input: my xylophones who don't confuse the unicorns do move . past
Target output: do my xylophones who don't confuse the unicorns move ?
Model output: do my xylophones who don't confuse the unicorns move ?
Input: the zebras that your xylophones don't entertain do read . past
Target output: do the zebras that your xylophones don't entertain read ?
Model output: do the zebras that your xylophones don't entertain read ?
Input: our unicorn that does change doesn't giggle . past
Target output: doesn't our unicorn that does change giggle ?
Model output: doesn't our unicorn that does change giggle ?
Input: some yaks that do swim don't eat . past
Target output: don't some yaks that do swim eat ?
Model output: don't some yaks that do swim eat ?
Input: my peacocks who don't giggle do high_five our vulture . past
Target output: do my peacocks who don't giggle high_five our vulture ?
Model output: do my peacocks who don't giggle high_five our vulture ?
Input: my peacock who does wait doesn't giggle . past
Target output: doesn't my peacock who does wait giggle ?
Model output: doesn't my peacock who does giggle wait ?
Input: my quails who your unicorns do admire don't sleep . past
Target output: don't my quails who your unicorns do admire sleep ?
Model output: don't my quails who your unicorns do admire sleep ?", testfull:0.87, testpos:0.99, genfull:0.85, genpos:0.99, genlinear:0.44, genmvcorrect:0.97, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp225 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_25", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our orangutans behind my unicorns don't amuse some orangutans . past
Target output: don't our orangutans behind my unicorns amuse some orangutans ?
Model output: don't our orangutans behind my unicorns amuse some orangutans ?
Input: my tyrannosaurus by her unicorn doesn't comfort our newts upon some xylophones . past
Target output: doesn't my tyrannosaurus by her unicorn comfort our newts upon some xylophones ?
Model output: doesn't my tyrannosaurus by her unicorn comfort our newts upon some xylophones ?
Input: her yaks that don't confuse our salamanders don't eat . present
Target output: her yaks that don't confuse our salamanders don't eat .
Model output: her yaks that don't confuse our salamanders don't eat .
Input: some tyrannosaurus doesn't move . past
Target output: doesn't some tyrannosaurus move ?
Model output: doesn't some tyrannosaurus move ?
Input: our unicorn does accept my vulture . present
Target output: our unicorn does accept my vulture .
Model output: our unicorn does accept my vulture .
Input: your unicorns that do eat do read . past
Target output: do your unicorns that do eat read ?
Model output: do your unicorns that do eat read ?
Input: your yaks with our orangutan do remember the unicorns . present
Target output: your yaks with our orangutan do remember the unicorns .
Model output: your yaks with our orangutan do remember the unicorns .
Input: the zebras do giggle . past
Target output: do the zebras giggle ?
Model output: do the zebras giggle ?
Input: your orangutan near our walrus doesn't read . present
Target output: your orangutan near our walrus doesn't read .
Model output: your orangutan near our walrus doesn't read .
Input: some newts upon the walrus don't wait . present
Target output: some newts upon the walrus don't wait .
Model output: some newts upon the walrus don't wait .", exgen:"Input: my salamander who doesn't entertain some orangutans does confuse your yak above some orangutan . past
Target output: does my salamander who doesn't entertain some orangutans confuse your yak above some orangutan ?
Model output: does my salamander who doesn't entertain some orangutans confuse your yak above some orangutan ?
Input: your tyrannosaurus that doesn't entertain some quail does high_five my salamander below your xylophone . past
Target output: does your tyrannosaurus that doesn't entertain some quail high_five my salamander below your xylophone ?
Model output: does your tyrannosaurus that doesn't entertain some quail high_five my quail below your salamander ?
Input: our peacocks that do accept our tyrannosauruses don't accept our salamanders . past
Target output: don't our peacocks that do accept our tyrannosauruses accept our salamanders ?
Model output: don't our peacocks that do accept our tyrannosauruses accept our salamanders ?
Input: your zebras that my yaks don't comfort do giggle . past
Target output: do your zebras that my yaks don't comfort giggle ?
Model output: do your zebras that my yaks don't comfort giggle ?
Input: the quail that your vulture doesn't amuse does read . past
Target output: does the quail that your vulture doesn't amuse read ?
Model output: does the quail that your vulture doesn't amuse read ?
Input: my walrus that some quail does amuse doesn't move . past
Target output: doesn't my walrus that some quail does amuse move ?
Model output: doesn't my walrus that some quail does amuse move ?
Input: your walrus who does high_five our vultures doesn't applaud some newts . past
Target output: doesn't your walrus who does high_five our vultures applaud some newts ?
Model output: doesn't your walrus who does high_five our vultures applaud some newts ?
Input: your peacocks that don't sleep do giggle . past
Target output: do your peacocks that don't sleep giggle ?
Model output: do your peacocks that don't sleep giggle ?
Input: the zebra who some yak doesn't comfort does high_five our ravens with her tyrannosauruses . past
Target output: does the zebra who some yak doesn't comfort high_five our ravens with her tyrannosauruses ?
Model output: does the zebra who some yak doesn't comfort high_five our ravens with her tyrannosauruses ?
Input: the newt who does smile doesn't move . past
Target output: doesn't the newt who does smile move ?
Model output: doesn't the newt who does smile move ?", testfull:0.92, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.47, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp226 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_26", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some vultures who do accept your unicorn don't giggle . present
Target output: some vultures who do accept your unicorn don't giggle .
Model output: some vultures who do accept your unicorn don't giggle .
Input: the quail doesn't comfort some unicorns who don't remember my unicorn . past
Target output: doesn't the quail comfort some unicorns who don't remember my unicorn ?
Model output: doesn't the quail comfort some unicorns who don't remember my unicorn ?
Input: her vultures do entertain the yak who does applaud her newts . past
Target output: do her vultures entertain the yak who does applaud her newts ?
Model output: do her vultures entertain the yak who does applaud her newts ?
Input: her orangutan does accept your peacocks behind our unicorn . past
Target output: does her orangutan accept your peacocks behind our unicorn ?
Model output: does her orangutan accept our peacocks behind your unicorn ?
Input: your xylophone that your peacock does entertain does change . past
Target output: does your xylophone that your peacock does entertain change ?
Model output: does your xylophone that your peacock does entertain change ?
Input: your orangutan does accept some walruses upon her tyrannosaurus . past
Target output: does your orangutan accept some walruses upon her tyrannosaurus ?
Model output: does your orangutan accept some walruses upon her tyrannosaurus ?
Input: some raven doesn't read . present
Target output: some raven doesn't read .
Model output: some raven doesn't read .
Input: my newt does wait . past
Target output: does my newt wait ?
Model output: does my newt wait ?
Input: her quail that does change does move . present
Target output: her quail that does change does move .
Model output: her quail that does change does move .
Input: my tyrannosauruses below our tyrannosaurus do giggle . past
Target output: do my tyrannosauruses below our tyrannosaurus giggle ?
Model output: do my tyrannosauruses below our tyrannosaurus giggle ?", exgen:"Input: some tyrannosauruses that do admire some orangutans don't read . past
Target output: don't some tyrannosauruses that do admire some orangutans read ?
Model output: don't some tyrannosauruses that do admire some orangutans read ?
Input: some raven that doesn't high_five some tyrannosauruses does high_five her ravens . past
Target output: does some raven that doesn't high_five some tyrannosauruses high_five her ravens ?
Model output: does some raven that doesn't high_five some tyrannosauruses high_five her ravens ?
Input: our tyrannosauruses that don't eat do read . past
Target output: do our tyrannosauruses that don't eat read ?
Model output: do our tyrannosauruses that don't eat read ?
Input: my vulture that doesn't read does eat . past
Target output: does my vulture that doesn't read eat ?
Model output: does my vulture that doesn't read eat ?
Input: your xylophones who do eat don't high_five the raven by the walrus . past
Target output: don't your xylophones who do eat high_five the raven by the walrus ?
Model output: don't your xylophones who do eat high_five the raven by the walrus ?
Input: her unicorn who doesn't smile does high_five the quails . past
Target output: does her unicorn who doesn't smile high_five the quails ?
Model output: does her unicorn who doesn't smile high_five the quails ?
Input: the unicorns that do sleep don't move . past
Target output: don't the unicorns that do sleep move ?
Model output: don't the unicorns that do sleep move ?
Input: her tyrannosaurus that does comfort the orangutan doesn't eat . past
Target output: doesn't her tyrannosaurus that does comfort the orangutan eat ?
Model output: doesn't her tyrannosaurus that does comfort the orangutan eat ?
Input: my yaks that don't move do admire your tyrannosaurus . past
Target output: do my yaks that don't move admire your tyrannosaurus ?
Model output: do my yaks that don't move admire your tyrannosaurus ?
Input: my quail that does remember your peacocks doesn't read . past
Target output: doesn't my quail that does remember your peacocks read ?
Model output: doesn't my quail that does remember your peacocks read ?", testfull:0.89, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.47, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp227 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_27", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her xylophone below some salamanders does comfort our xylophones who don't admire her unicorn . past
Target output: does her xylophone below some salamanders comfort our xylophones who don't admire her unicorn ?
Model output: does her xylophone below some salamanders comfort our xylophones who don't admire her unicorn ?
Input: the ravens don't giggle . past
Target output: don't the ravens giggle ?
Model output: don't the ravens giggle ?
Input: some raven behind some salamander doesn't wait . past
Target output: doesn't some raven behind some salamander wait ?
Model output: doesn't some raven behind some salamander wait ?
Input: some ravens do admire your ravens near some ravens . present
Target output: some ravens do admire your ravens near some ravens .
Model output: some ravens do admire your ravens near some ravens .
Input: my walrus that doesn't entertain our unicorn does smile . present
Target output: my walrus that doesn't entertain our unicorn does smile .
Model output: my walrus that doesn't entertain our unicorn does smile .
Input: my vultures by your salamanders don't sleep . past
Target output: don't my vultures by your salamanders sleep ?
Model output: don't my vultures by your salamanders sleep ?
Input: the quail that doesn't move does wait . past
Target output: does the quail that doesn't move wait ?
Model output: does the quail that doesn't move wait ?
Input: your zebras by her ravens don't wait . past
Target output: don't your zebras by her ravens wait ?
Model output: don't your zebras by her ravens wait ?
Input: the xylophones upon her vulture do eat . present
Target output: the xylophones upon her vulture do eat .
Model output: the xylophones upon her vulture do eat .
Input: some peacock doesn't high_five our unicorn . past
Target output: doesn't some peacock high_five our unicorn ?
Model output: doesn't some peacock high_five our unicorn ?", exgen:"Input: my walrus that my walrus does amuse doesn't smile . past
Target output: doesn't my walrus that my walrus does amuse smile ?
Model output: doesn't my walrus that my walrus does amuse smile ?
Input: her newt that does move doesn't accept our walruses . past
Target output: doesn't her newt that does move accept our walruses ?
Model output: doesn't her newt that does move accept our walruses ?
Input: your xylophones that don't comfort your vultures do change . past
Target output: do your xylophones that don't comfort your vultures change ?
Model output: do your xylophones that don't comfort your vultures change ?
Input: her orangutans who do wait don't wait . past
Target output: don't her orangutans who do wait wait ?
Model output: don't her orangutans who do wait wait ?
Input: your xylophone who does giggle doesn't giggle . past
Target output: doesn't your xylophone who does giggle giggle ?
Model output: doesn't your xylophone who does giggle giggle ?
Input: the vulture that does applaud the quails doesn't wait . past
Target output: doesn't the vulture that does applaud the quails wait ?
Model output: doesn't the vulture that does applaud the quails wait ?
Input: my salamanders that do remember your salamander don't swim . past
Target output: don't my salamanders that do remember your salamander swim ?
Model output: don't my salamanders that do remember your salamander swim ?
Input: our quails that do amuse her unicorn don't high_five our walruses . past
Target output: don't our quails that do amuse her unicorn high_five our walruses ?
Model output: don't our quails that do amuse her unicorn high_five our walruses ?
Input: our walrus that your walrus does amuse doesn't wait . past
Target output: doesn't our walrus that your walrus does amuse wait ?
Model output: doesn't our walrus that your walrus does amuse wait ?
Input: your quails who don't wait do move . past
Target output: do your quails who don't wait move ?
Model output: do your quails who don't wait move ?", testfull:0.96, testpos:1.0, genfull:0.97, genpos:1.0, genlinear:0.51, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp228 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_28", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our ravens behind my peacocks don't read . past
Target output: don't our ravens behind my peacocks read ?
Model output: don't our ravens behind my peacocks read ?
Input: the vulture does confuse some zebras below her walruses . past
Target output: does the vulture confuse some zebras below her walruses ?
Model output: does the vulture confuse some zebras below her walruses ?
Input: the xylophone that doesn't amuse her orangutan doesn't amuse her xylophones who the raven does amuse . past
Target output: doesn't the xylophone that doesn't amuse her orangutan amuse her xylophones who the raven does amuse ?
Model output: doesn't the xylophone that doesn't amuse her orangutan amuse her xylophones who the raven does amuse ?
Input: the quail around your zebra does remember my vulture upon your salamanders . present
Target output: the quail around your zebra does remember my vulture upon your salamanders .
Model output: the quail around your zebra does remember my vulture upon your salamanders .
Input: my walrus who the orangutans don't confuse does entertain your orangutan who doesn't entertain our peacock . past
Target output: does my walrus who the orangutans don't confuse entertain your orangutan who doesn't entertain our peacock ?
Model output: does my walrus who the orangutans don't confuse entertain your orangutan who doesn't entertain our peacock ?
Input: her orangutan doesn't remember my newts upon her peacocks . past
Target output: doesn't her orangutan remember my newts upon her peacocks ?
Model output: doesn't her orangutan remember my newts upon her peacocks ?
Input: the walrus doesn't move . past
Target output: doesn't the walrus move ?
Model output: doesn't the walrus move ?
Input: her peacock who some newt does accept doesn't comfort my vultures . present
Target output: her peacock who some newt does accept doesn't comfort my vultures .
Model output: her peacock who some newt does accept doesn't comfort my vultures .
Input: our peacocks do swim . present
Target output: our peacocks do swim .
Model output: our peacocks do swim .
Input: some orangutan doesn't accept our zebras above my salamanders . past
Target output: doesn't some orangutan accept our zebras above my salamanders ?
Model output: doesn't some orangutan accept our zebras above my salamanders ?", exgen:"Input: her peacock that some unicorn doesn't entertain does comfort some quails around your vulture . past
Target output: does her peacock that some unicorn doesn't entertain comfort some quails around your vulture ?
Model output: does her unicorn that some peacock doesn't confuse entertain some quails around your vulture ?
Input: some quail who does sleep doesn't entertain your tyrannosaurus . past
Target output: doesn't some quail who does sleep entertain your tyrannosaurus ?
Model output: doesn't some quail who does sleep entertain your tyrannosaurus ?
Input: her tyrannosaurus that doesn't move does amuse our quail . past
Target output: does her tyrannosaurus that doesn't move amuse our quail ?
Model output: does her tyrannosaurus that doesn't move amuse our quail ?
Input: some ravens that don't comfort our peacock do eat . past
Target output: do some ravens that don't comfort our peacock eat ?
Model output: do some ravens that don't comfort our peacock eat ?
Input: the peacocks who don't sleep do giggle . past
Target output: do the peacocks who don't sleep giggle ?
Model output: do the peacocks who don't sleep sleep ?
Input: your newts who don't change do giggle . past
Target output: do your newts who don't change giggle ?
Model output: do your newts who don't change giggle ?
Input: your xylophones that don't entertain the walrus do swim . past
Target output: do your xylophones that don't entertain the walrus swim ?
Model output: do your xylophones that don't entertain the walrus swim ?
Input: our peacocks that do accept our tyrannosauruses don't accept our salamanders . past
Target output: don't our peacocks that do accept our tyrannosauruses accept our salamanders ?
Model output: don't our peacocks that do accept our tyrannosauruses accept our salamanders ?
Input: our salamander that does move doesn't read . past
Target output: doesn't our salamander that does move read ?
Model output: doesn't our salamander that does move read ?
Input: some tyrannosauruses who the ravens do remember don't confuse your raven with your xylophones . past
Target output: don't some tyrannosauruses who the ravens do remember confuse your raven with your xylophones ?
Model output: don't some tyrannosauruses who the ravens do remember confuse your raven with your xylophones ?", testfull:0.91, testpos:1.0, genfull:0.9, genpos:1.0, genlinear:0.46, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp229 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_29", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my peacock below my tyrannosauruses does entertain my xylophones with your quails . present
Target output: my peacock below my tyrannosauruses does entertain my xylophones with your quails .
Model output: my peacock below my tyrannosauruses does entertain my xylophones with your quails .
Input: your tyrannosaurus by some raven does eat . past
Target output: does your tyrannosaurus by some raven eat ?
Model output: does your tyrannosaurus by some raven eat ?
Input: the newts who do high_five the newt don't confuse our orangutans around your quails . present
Target output: the newts who do high_five the newt don't confuse our orangutans around your quails .
Model output: the newts who do high_five the newt don't confuse our orangutans around your quails .
Input: our quails behind my quails do read . present
Target output: our quails behind my quails do read .
Model output: our quails behind my quails do read .
Input: her newt that does sleep does amuse your unicorns behind my orangutans . past
Target output: does her newt that does sleep amuse your unicorns behind my orangutans ?
Model output: does her newt that does sleep amuse your unicorns behind my orangutans ?
Input: my yak behind our quails doesn't smile . past
Target output: doesn't my yak behind our quails smile ?
Model output: doesn't my yak behind our quails smile ?
Input: her orangutan that does change does read . present
Target output: her orangutan that does change does read .
Model output: her orangutan that does change does read .
Input: the raven behind our salamander doesn't confuse her ravens upon the quails . past
Target output: doesn't the raven behind our salamander confuse her ravens upon the quails ?
Model output: doesn't the raven behind our salamander confuse her quails upon the quails ?
Input: some zebras do amuse the peacocks who do admire our unicorns . past
Target output: do some zebras amuse the peacocks who do admire our unicorns ?
Model output: do some zebras amuse the peacocks who do amuse our unicorns ?
Input: some unicorns near some orangutans don't accept some zebras . present
Target output: some unicorns near some orangutans don't accept some zebras .
Model output: some unicorns near some orangutans don't accept some zebras .", exgen:"Input: my peacock who does smile doesn't wait . past
Target output: doesn't my peacock who does smile wait ?
Model output: doesn't my peacock who does smile wait ?
Input: the salamanders who do wait don't entertain our salamanders by our vulture . past
Target output: don't the salamanders who do wait entertain our salamanders by our vulture ?
Model output: don't the salamanders who do wait entertain our salamanders by our vulture ?
Input: your raven who does smile doesn't read . past
Target output: doesn't your raven who does smile read ?
Model output: doesn't your raven who does smile read ?
Input: my tyrannosaurus who doesn't giggle does swim . past
Target output: does my tyrannosaurus who doesn't giggle swim ?
Model output: does my tyrannosaurus who doesn't giggle swim ?
Input: the salamanders who don't applaud your zebra do wait . past
Target output: do the salamanders who don't applaud your zebra wait ?
Model output: do the salamanders who don't applaud your zebra wait ?
Input: her newts that don't confuse some unicorn do admire our newt below her orangutans . past
Target output: do her newts that don't confuse some unicorn admire our newt below her orangutans ?
Model output: do her newts that don't admire some newt confuse our unicorn below her orangutans ?
Input: your orangutans that do comfort my peacocks don't move . past
Target output: don't your orangutans that do comfort my peacocks move ?
Model output: don't your orangutans that do comfort my peacocks move ?
Input: her newts that don't confuse some unicorn do admire our newt below her orangutans . past
Target output: do her newts that don't confuse some unicorn admire our newt below her orangutans ?
Model output: do her newts that don't admire some newt confuse our unicorn below her orangutans ?
Input: your yaks that don't comfort your walrus do remember my xylophones . past
Target output: do your yaks that don't comfort your walrus remember my xylophones ?
Model output: do your yaks that don't comfort your walrus remember my xylophones ?
Input: some quail who doesn't applaud my vulture does wait . past
Target output: does some quail who doesn't applaud my vulture wait ?
Model output: does some quail who doesn't applaud my vulture wait ?", testfull:0.89, testpos:1.0, genfull:0.9, genpos:1.0, genlinear:0.46, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp230 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_30", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some orangutans behind the newts don't giggle . past
Target output: don't some orangutans behind the newts giggle ?
Model output: don't some newts behind the newts giggle ?
Input: my orangutans that don't admire some newts don't sleep . present
Target output: my orangutans that don't admire some newts don't sleep .
Model output: my orangutans that don't admire some newts don't sleep .
Input: my unicorn who doesn't read does amuse her orangutans with my yak . past
Target output: does my unicorn who doesn't read amuse her orangutans with my yak ?
Model output: does my unicorn who doesn't read amuse her orangutans with my yak ?
Input: her tyrannosauruses that my zebras don't accept do remember your peacock . present
Target output: her tyrannosauruses that my zebras don't accept do remember your peacock .
Model output: her tyrannosauruses that my zebras don't accept do remember your peacock .
Input: my ravens by my ravens do high_five our orangutan . present
Target output: my ravens by my ravens do high_five our orangutan .
Model output: my ravens by my ravens do high_five our orangutan .
Input: our unicorn does read . past
Target output: does our unicorn read ?
Model output: does our unicorn read ?
Input: your unicorn behind some quails doesn't remember our unicorn that her walruses do accept . present
Target output: your unicorn behind some quails doesn't remember our unicorn that her walruses do accept .
Model output: your unicorn behind some zebra doesn't remember our salamanders that her walruses do accept .
Input: some unicorns don't sleep . present
Target output: some unicorns don't sleep .
Model output: some unicorns don't sleep .
Input: the quails that do confuse some newts don't read . present
Target output: the quails that do confuse some newts don't read .
Model output: the quails that do confuse some newts don't read .
Input: her vultures around her quail don't remember the quail . present
Target output: her vultures around her quail don't remember the quail .
Model output: her vultures around her quail don't remember the quail .", exgen:"Input: your newt who doesn't admire the walruses does applaud my salamander above the tyrannosaurus . past
Target output: does your newt who doesn't admire the walruses applaud my salamander above the tyrannosaurus ?
Model output: does your newt who doesn't admire the walruses admire my salamander above the tyrannosaurus ?
Input: your tyrannosaurus that doesn't entertain some quail does high_five my salamander below your xylophone . past
Target output: does your tyrannosaurus that doesn't entertain some quail high_five my salamander below your xylophone ?
Model output: does your tyrannosaurus that doesn't entertain some quail high_five my xylophone below your xylophone ?
Input: your yak that doesn't remember some salamander does sleep . past
Target output: does your yak that doesn't remember some salamander sleep ?
Model output: does your yak that doesn't remember some salamander sleep ?
Input: some quail who doesn't applaud my vulture does wait . past
Target output: does some quail who doesn't applaud my vulture wait ?
Model output: does some quail who doesn't applaud my vulture wait ?
Input: the raven who does high_five her xylophone doesn't entertain our yaks around your walruses . past
Target output: doesn't the raven who does high_five her xylophone entertain our yaks around your walruses ?
Model output: doesn't the raven who does entertain her raven accept our yaks around your walruses ?
Input: your unicorns who don't swim do high_five her quails . past
Target output: do your unicorns who don't swim high_five her quails ?
Model output: do your unicorns who don't swim high_five her quails ?
Input: her orangutan that doesn't move does confuse our zebras . past
Target output: does her orangutan that doesn't move confuse our zebras ?
Model output: does her orangutan that doesn't move confuse our zebras ?
Input: some xylophones that your unicorns do confuse don't amuse your walrus . past
Target output: don't some xylophones that your unicorns do confuse amuse your walrus ?
Model output: do some xylophones that your unicorns do confuse amuse your walrus ?
Input: our walrus who doesn't eat does change . past
Target output: does our walrus who doesn't eat change ?
Model output: does our walrus who doesn't eat change ?
Input: your yak that your orangutan doesn't high_five does confuse our walrus . past
Target output: does your yak that your orangutan doesn't high_five confuse our walrus ?
Model output: does your yak that your orangutan doesn't high_five confuse our walrus ?", testfull:0.85, testpos:1.0, genfull:0.83, genpos:0.99, genlinear:0.44, genmvcorrect:0.97, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp231 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_31", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the xylophones near your tyrannosauruses don't comfort some peacocks below her yaks . present
Target output: the xylophones near your tyrannosauruses don't comfort some peacocks below her yaks .
Model output: the xylophones near your tyrannosauruses don't comfort some peacocks below her yaks .
Input: your orangutans below the salamander don't comfort her walruses . present
Target output: your orangutans below the salamander don't comfort her walruses .
Model output: your orangutans below the salamander don't comfort her walruses .
Input: some yak who doesn't giggle doesn't read . present
Target output: some yak who doesn't giggle doesn't read .
Model output: some yak who doesn't giggle doesn't read .
Input: your quail doesn't accept your quails around some vultures . past
Target output: doesn't your quail accept your quails around some vultures ?
Model output: doesn't your quail accept your quails around some vultures ?
Input: your quails do amuse my unicorns . past
Target output: do your quails amuse my unicorns ?
Model output: do your quails amuse my unicorns ?
Input: some tyrannosaurus doesn't admire some zebras . past
Target output: doesn't some tyrannosaurus admire some zebras ?
Model output: doesn't some tyrannosaurus admire some zebras ?
Input: some zebras don't admire your unicorns . present
Target output: some zebras don't admire your unicorns .
Model output: some zebras don't admire your unicorns .
Input: my peacock below her yak doesn't amuse her quail who doesn't confuse your unicorn . past
Target output: doesn't my peacock below her yak amuse her quail who doesn't confuse your unicorn ?
Model output: doesn't my peacock below her yak amuse her quail who doesn't confuse your unicorn ?
Input: her walrus near her unicorns does sleep . past
Target output: does her walrus near her unicorns sleep ?
Model output: does her walrus near her unicorns sleep ?
Input: our tyrannosaurus above some raven doesn't confuse some ravens who do read . present
Target output: our tyrannosaurus above some raven doesn't confuse some ravens who do read .
Model output: our tyrannosaurus above some raven doesn't confuse some ravens who do read .", exgen:"Input: our tyrannosaurus who doesn't move does remember my salamanders with our zebras . past
Target output: does our tyrannosaurus who doesn't move remember my salamanders with our zebras ?
Model output: does our tyrannosaurus who doesn't move applaud my salamanders with our zebras ?
Input: some tyrannosauruses who don't applaud your raven do admire her vultures . past
Target output: do some tyrannosauruses who don't applaud your raven admire her vultures ?
Model output: do some tyrannosauruses who don't applaud your raven admire her vultures ?
Input: the newt who does smile doesn't move . past
Target output: doesn't the newt who does smile move ?
Model output: doesn't the newt who does smile move ?
Input: your yaks who don't confuse the xylophones do admire the peacocks with her newt . past
Target output: do your yaks who don't confuse the xylophones admire the peacocks with her newt ?
Model output: do your yaks who don't confuse the xylophones admire the peacocks with her newt ?
Input: the vulture that doesn't read does change . past
Target output: does the vulture that doesn't read change ?
Model output: does the vulture that doesn't read change ?
Input: your xylophones that don't comfort your vultures do change . past
Target output: do your xylophones that don't comfort your vultures change ?
Model output: do your xylophones that don't comfort your vultures change ?
Input: our vulture who my unicorn doesn't applaud does eat . past
Target output: does our vulture who my unicorn doesn't applaud eat ?
Model output: does our vulture who my unicorn doesn't applaud eat ?
Input: her newt that doesn't high_five some salamanders does amuse some vultures with my unicorn . past
Target output: does her newt that doesn't high_five some salamanders amuse some vultures with my unicorn ?
Model output: does her newt that doesn't high_five some salamanders amuse some vultures with my unicorn ?
Input: my peacock who does smile doesn't wait . past
Target output: doesn't my peacock who does smile wait ?
Model output: doesn't my peacock who does smile wait ?
Input: our orangutan that my unicorn doesn't amuse does smile . past
Target output: does our orangutan that my unicorn doesn't amuse smile ?
Model output: does our orangutan that my unicorn doesn't amuse smile ?", testfull:0.93, testpos:1.0, genfull:0.94, genpos:1.0, genlinear:0.5, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp232 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_32", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my vulture that does swim does amuse our salamanders who my orangutans do accept . past
Target output: does my vulture that does swim amuse our salamanders who my orangutans do accept ?
Model output: does my vulture that does swim amuse our salamanders who my orangutans do accept ?
Input: the yak below some raven doesn't sleep . past
Target output: doesn't the yak below some raven sleep ?
Model output: doesn't the yak below some raven sleep ?
Input: some raven with her unicorns does giggle . present
Target output: some raven with her unicorns does giggle .
Model output: some raven with her unicorns does giggle .
Input: our yak above some newts does wait . past
Target output: does our yak above some newts wait ?
Model output: does our yak above some newts wait ?
Input: the ravens don't entertain her unicorns . present
Target output: the ravens don't entertain her unicorns .
Model output: the ravens don't entertain her unicorns .
Input: her walrus does high_five the tyrannosaurus who her unicorn does confuse . present
Target output: her walrus does high_five the tyrannosaurus who her unicorn does confuse .
Model output: her walrus does high_five the tyrannosaurus who her unicorn does confuse .
Input: my raven doesn't read . present
Target output: my raven doesn't read .
Model output: my raven doesn't read .
Input: some unicorns behind some zebra do comfort your orangutans above our zebras . present
Target output: some unicorns behind some zebra do comfort your orangutans above our zebras .
Model output: some unicorns behind some zebra do comfort your orangutans above our zebras .
Input: my newt upon some zebra does confuse my newt that the salamanders do high_five . past
Target output: does my newt upon some zebra confuse my newt that the salamanders do high_five ?
Model output: does my newt upon some newt confuse my zebra that the salamanders do high_five ?
Input: my xylophone by my tyrannosaurus does eat . past
Target output: does my xylophone by my tyrannosaurus eat ?
Model output: does my xylophone by my tyrannosaurus eat ?", exgen:"Input: our xylophones who do smile don't move . past
Target output: don't our xylophones who do smile move ?
Model output: don't our xylophones who do smile move ?
Input: some quail who her yak does applaud doesn't admire your yaks . past
Target output: doesn't some quail who her yak does applaud admire your yaks ?
Model output: doesn't some quail who her yak does applaud admire your yaks ?
Input: her newt that doesn't high_five some salamanders does amuse some vultures with my unicorn . past
Target output: does her newt that doesn't high_five some salamanders amuse some vultures with my unicorn ?
Model output: does her newt that doesn't high_five some salamanders high_five some vultures with my unicorn ?
Input: some quails who do confuse our walrus don't eat . past
Target output: don't some quails who do confuse our walrus eat ?
Model output: don't some quails who do confuse our walrus eat ?
Input: her xylophone that does confuse some unicorns doesn't read . past
Target output: doesn't her xylophone that does confuse some unicorns read ?
Model output: doesn't her xylophone that does confuse some unicorns read ?
Input: her orangutan that does comfort my orangutan doesn't admire your walrus upon our walruses . past
Target output: doesn't her orangutan that does comfort my orangutan admire your walrus upon our walruses ?
Model output: doesn't her orangutan that does comfort my orangutan admire your walrus upon our walruses ?
Input: some quails that her salamanders do entertain don't smile . past
Target output: don't some quails that her salamanders do entertain smile ?
Model output: don't some quails that her salamanders do entertain smile ?
Input: my tyrannosauruses who our quails do comfort don't high_five her orangutan . past
Target output: don't my tyrannosauruses who our quails do comfort high_five her orangutan ?
Model output: don't my tyrannosauruses who our quails do comfort high_five her orangutan ?
Input: your orangutans who do accept some unicorns don't swim . past
Target output: don't your orangutans who do accept some unicorns swim ?
Model output: don't your orangutans who do accept some unicorns swim ?
Input: your xylophone who some tyrannosaurus doesn't entertain does giggle . past
Target output: does your xylophone who some tyrannosaurus doesn't entertain giggle ?
Model output: does your xylophone who some tyrannosaurus doesn't entertain giggle ?", testfull:0.9, testpos:1.0, genfull:0.9, genpos:1.0, genlinear:0.47, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp233 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_33", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her newts with your raven do eat . present
Target output: her newts with your raven do eat .
Model output: her newts with your raven do eat .
Input: the unicorn that our quails don't remember does read . past
Target output: does the unicorn that our quails don't remember read ?
Model output: does the unicorn that our quails don't remember read ?
Input: the walruses do amuse some peacocks around some salamanders . present
Target output: the walruses do amuse some peacocks around some salamanders .
Model output: the walruses do amuse some peacocks around some salamanders .
Input: your vultures do high_five my newt who the xylophone doesn't applaud . past
Target output: do your vultures high_five my newt who the xylophone doesn't applaud ?
Model output: do your vultures high_five my newt who the xylophone doesn't applaud ?
Input: the vulture who does move doesn't wait . past
Target output: doesn't the vulture who does move wait ?
Model output: doesn't the vulture who does move wait ?
Input: our zebra that doesn't admire her tyrannosauruses does smile . present
Target output: our zebra that doesn't admire her tyrannosauruses does smile .
Model output: our zebra that doesn't admire her tyrannosauruses does smile .
Input: the quail below some zebra doesn't high_five your raven who some unicorns do high_five . present
Target output: the quail below some zebra doesn't high_five your raven who some unicorns do high_five .
Model output: the quail doesn't some zebra doesn't high_five your raven who some unicorns do high_five .
Input: the xylophones that our newt does accept do wait . present
Target output: the xylophones that our newt does accept do wait .
Model output: the xylophones that our newt does accept do wait .
Input: our unicorns don't remember her salamanders by the yaks . past
Target output: don't our unicorns remember her salamanders by the yaks ?
Model output: don't our salamanders remember her unicorns by the yaks ?
Input: her walrus behind some xylophone doesn't giggle . present
Target output: her walrus behind some xylophone doesn't giggle .
Model output: her walrus behind some xylophone doesn't giggle .", exgen:"Input: the newts who do accept some yaks don't swim . past
Target output: don't the newts who do accept some yaks swim ?
Model output: don't the newts who do accept some yaks swim ?
Input: the tyrannosaurus who does change doesn't eat . past
Target output: doesn't the tyrannosaurus who does change eat ?
Model output: doesn't the tyrannosaurus who does change eat ?
Input: my newt that does confuse the xylophone doesn't swim . past
Target output: doesn't my newt that does confuse the xylophone swim ?
Model output: doesn't my newt that does confuse the xylophone swim ?
Input: her peacocks who don't smile do wait . past
Target output: do her peacocks who don't smile wait ?
Model output: do her peacocks who don't smile wait ?
Input: her peacock that does amuse my unicorns doesn't eat . past
Target output: doesn't her peacock that does amuse my unicorns eat ?
Model output: doesn't her peacock that does amuse my unicorns eat ?
Input: the zebra who some yak doesn't comfort does high_five our ravens with her tyrannosauruses . past
Target output: does the zebra who some yak doesn't comfort high_five our ravens with her tyrannosauruses ?
Model output: does the zebra who our yak doesn't comfort high_five some ravens with her tyrannosauruses ?
Input: some quails that do remember some newts don't smile . past
Target output: don't some quails that do remember some newts smile ?
Model output: don't some quails that do remember some newts smile ?
Input: your ravens who do amuse some quail don't applaud the yaks by her zebra . past
Target output: don't your ravens who do amuse some quail applaud the yaks by her zebra ?
Model output: don't your ravens who do amuse some zebra amuse the quails that don't applaud her zebra
Input: your salamander that does remember your quail doesn't swim . past
Target output: doesn't your salamander that does remember your quail swim ?
Model output: doesn't your salamander that does remember your quail swim ?
Input: my walruses who don't high_five some walruses do giggle . past
Target output: do my walruses who don't high_five some walruses giggle ?
Model output: don't my walruses who do high_five some walruses giggle ?", testfull:0.85, testpos:1.0, genfull:0.79, genpos:1.0, genlinear:0.43, genmvcorrect:0.93, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp234 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_34", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some xylophone who our peacock doesn't applaud does entertain the orangutans who do change . past
Target output: does some xylophone who our peacock doesn't applaud entertain the orangutans who do change ?
Model output: does some xylophone who our peacock doesn't entertain applaud the orangutans who do change ?
Input: my newt that your quails don't comfort doesn't admire my orangutans . present
Target output: my newt that your quails don't comfort doesn't admire my orangutans .
Model output: my newt that your quails don't comfort doesn't admire my orangutans .
Input: your zebra doesn't confuse some zebras that don't eat . present
Target output: your zebra doesn't confuse some zebras that don't eat .
Model output: your zebra doesn't confuse some zebras that don't eat .
Input: the tyrannosaurus that does confuse the xylophones does wait . past
Target output: does the tyrannosaurus that does confuse the xylophones wait ?
Model output: does the tyrannosaurus that does confuse the xylophones wait ?
Input: some walrus who your walruses do amuse does smile . present
Target output: some walrus who your walruses do amuse does smile .
Model output: some walrus who your walruses do amuse does smile .
Input: some tyrannosauruses behind your salamanders don't swim . past
Target output: don't some tyrannosauruses behind your salamanders swim ?
Model output: don't some tyrannosauruses behind your salamanders swim ?
Input: our peacocks don't entertain our salamanders with some quails . present
Target output: our peacocks don't entertain our salamanders with some quails .
Model output: our peacocks don't entertain our salamanders with some quails .
Input: her xylophones who do change do confuse the unicorns . present
Target output: her xylophones who do change do confuse the unicorns .
Model output: her xylophones who do change do confuse the unicorns .
Input: the xylophone does admire my newt who our unicorn doesn't high_five . past
Target output: does the xylophone admire my newt who our unicorn doesn't high_five ?
Model output: does the xylophone admire my newt who our unicorn doesn't high_five ?
Input: the walruses do sleep . present
Target output: the walruses do sleep .
Model output: the walruses do sleep .", exgen:"Input: my zebra who does high_five the tyrannosauruses doesn't accept your newt upon some walruses . past
Target output: doesn't my zebra who does high_five the tyrannosauruses accept your newt upon some walruses ?
Model output: doesn't my zebra who does high_five the tyrannosauruses accept your newt upon some walruses ?
Input: her raven who does change doesn't change . past
Target output: doesn't her raven who does change change ?
Model output: doesn't her raven who does change change ?
Input: our tyrannosaurus that her xylophone does amuse doesn't giggle . past
Target output: doesn't our tyrannosaurus that her xylophone does amuse giggle ?
Model output: doesn't our tyrannosaurus that her xylophone does amuse giggle ?
Input: your newts who don't change do giggle . past
Target output: do your newts who don't change giggle ?
Model output: do your newts who don't change giggle ?
Input: the salamanders who do wait don't entertain our salamanders by our vulture . past
Target output: don't the salamanders who do wait entertain our salamanders by our vulture ?
Model output: don't the salamanders who do wait entertain our salamanders by our vulture ?
Input: my yaks that do swim don't read . past
Target output: don't my yaks that do swim read ?
Model output: don't my yaks that do swim read ?
Input: some peacocks who do accept our peacocks don't smile . past
Target output: don't some peacocks who do accept our peacocks smile ?
Model output: don't some peacocks who do accept our peacocks smile ?
Input: our yaks who don't giggle do entertain my orangutan . past
Target output: do our yaks who don't giggle entertain my orangutan ?
Model output: do our yaks who don't giggle entertain my orangutan ?
Input: our walruses who do accept some xylophone don't high_five our peacocks by your newt . past
Target output: don't our walruses who do accept some xylophone high_five our peacocks by your newt ?
Model output: don't our walruses who do accept our xylophone high_five some peacocks by your newt ?
Input: your tyrannosaurus who my walrus does entertain doesn't smile . past
Target output: doesn't your tyrannosaurus who my walrus does entertain smile ?
Model output: doesn't your tyrannosaurus who my walrus does entertain smile ?", testfull:0.88, testpos:0.99, genfull:0.88, genpos:0.99, genlinear:0.44, genmvcorrect:0.98, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp235 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_35", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my peacocks don't remember some unicorns . present
Target output: my peacocks don't remember some unicorns .
Model output: my peacocks don't remember some unicorns .
Input: the newt does high_five my unicorn . past
Target output: does the newt high_five my unicorn ?
Model output: does the newt high_five my unicorn ?
Input: some salamanders don't admire your walruses . present
Target output: some salamanders don't admire your walruses .
Model output: some salamanders don't admire your walruses .
Input: our orangutan below your walruses does high_five some salamander that our peacocks do remember . present
Target output: our orangutan below your walruses does high_five some salamander that our peacocks do remember .
Model output: our orangutan below your walruses does high_five our salamander that some peacocks do high_five .
Input: your yaks behind my vulture do sleep . past
Target output: do your yaks behind my vulture sleep ?
Model output: do your yaks behind my vulture sleep ?
Input: her walrus above her newts does remember our raven . present
Target output: her walrus above her newts does remember our raven .
Model output: her walrus above her newts does remember our raven .
Input: your xylophone by my xylophone doesn't admire the salamander . present
Target output: your xylophone by my xylophone doesn't admire the salamander .
Model output: your xylophone by my xylophone doesn't admire the salamander .
Input: some zebra doesn't remember my peacock near some tyrannosaurus . present
Target output: some zebra doesn't remember my peacock near some tyrannosaurus .
Model output: some zebra doesn't remember my peacock near some tyrannosaurus .
Input: your xylophone who doesn't sleep does accept our quails . past
Target output: does your xylophone who doesn't sleep accept our quails ?
Model output: does your xylophone who doesn't sleep accept our quails ?
Input: some zebras that our salamanders don't amuse don't sleep . present
Target output: some zebras that our salamanders don't amuse don't sleep .
Model output: some zebras that our salamanders don't amuse don't sleep .", exgen:"Input: your unicorn who doesn't amuse your orangutan does wait . past
Target output: does your unicorn who doesn't amuse your orangutan wait ?
Model output: does your unicorn who doesn't amuse your orangutan wait ?
Input: our walrus who doesn't eat does change . past
Target output: does our walrus who doesn't eat change ?
Model output: does our walrus who doesn't eat change ?
Input: your yak who doesn't comfort our zebras does admire my newts above your newts . past
Target output: does your yak who doesn't comfort our zebras admire my newts above your newts ?
Model output: does your yak who doesn't comfort our zebras comfort my newts above your newts ?
Input: the tyrannosaurus who does change doesn't eat . past
Target output: doesn't the tyrannosaurus who does change eat ?
Model output: doesn't the tyrannosaurus who does change eat ?
Input: my unicorn that doesn't move does entertain her zebras below the tyrannosauruses . past
Target output: does my unicorn that doesn't move entertain her zebras below the tyrannosauruses ?
Model output: does my unicorn that doesn't move entertain her zebras below the tyrannosauruses ?
Input: my salamander who doesn't giggle does wait . past
Target output: does my salamander who doesn't giggle wait ?
Model output: does my salamander who doesn't giggle wait ?
Input: some orangutans that don't swim do wait . past
Target output: do some orangutans that don't swim wait ?
Model output: do some orangutans that don't swim wait ?
Input: the vultures that our peacocks do admire don't amuse your quail . past
Target output: don't the vultures that our peacocks do admire amuse your quail ?
Model output: don't the vultures that our peacocks do amuse admire your quail ?
Input: the walrus that some xylophone doesn't admire does eat . past
Target output: does the walrus that some xylophone doesn't admire eat ?
Model output: does the walrus that some xylophone doesn't admire eat ?
Input: your quails who your tyrannosauruses do admire don't move . past
Target output: don't your quails who your tyrannosauruses do admire move ?
Model output: don't your quails who your tyrannosauruses do admire move ?", testfull:0.82, testpos:1.0, genfull:0.84, genpos:1.0, genlinear:0.43, genmvcorrect:0.98, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp236 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_36", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our yak near your orangutans does eat . present
Target output: our yak near your orangutans does eat .
Model output: our yak near your orangutans does eat .
Input: my salamander that your orangutans don't remember does confuse some yak around her peacocks . past
Target output: does my salamander that your orangutans don't remember confuse some yak around her peacocks ?
Model output: does my salamander that your orangutans don't confuse remember some yak around her peacocks ?
Input: her orangutan above my tyrannosaurus does admire her ravens that do applaud my ravens . past
Target output: does her orangutan above my tyrannosaurus admire her ravens that do applaud my ravens ?
Model output: does her orangutan above my tyrannosaurus admire her ravens that do applaud my ravens ?
Input: our yak that does entertain her unicorn does read . present
Target output: our yak that does entertain her unicorn does read .
Model output: our yak that does entertain her unicorn does read .
Input: some raven that does confuse the quails does wait . present
Target output: some raven that does confuse the quails does wait .
Model output: some raven that does confuse the quails does wait .
Input: our tyrannosaurus that doesn't change doesn't giggle . present
Target output: our tyrannosaurus that doesn't change doesn't giggle .
Model output: our tyrannosaurus that doesn't change doesn't giggle .
Input: my salamanders that the walrus doesn't confuse do remember our xylophones who your zebra doesn't admire . present
Target output: my salamanders that the walrus doesn't confuse do remember our xylophones who your zebra doesn't admire .
Model output: my salamanders that the walrus doesn't confuse don't remember our xylophones who your zebra does admire .
Input: some vultures that don't read do sleep . present
Target output: some vultures that don't read do sleep .
Model output: some vultures that don't read do sleep .
Input: her walrus near your unicorns doesn't eat . past
Target output: doesn't her walrus near your unicorns eat ?
Model output: doesn't her walrus near your unicorns eat ?
Input: some newt doesn't applaud our orangutan who her tyrannosauruses don't applaud . present
Target output: some newt doesn't applaud our orangutan who her tyrannosauruses don't applaud .
Model output: some newt doesn't applaud our orangutan who her tyrannosauruses don't applaud .", exgen:"Input: some raven that does admire my orangutans doesn't remember her vulture . past
Target output: doesn't some raven that does admire my orangutans remember her vulture ?
Model output: doesn't some raven that does admire my orangutans remember her vulture ?
Input: her xylophones that do admire our newt don't swim . past
Target output: don't her xylophones that do admire our newt swim ?
Model output: don't her xylophones that do admire our newt swim ?
Input: your newt who does swim doesn't sleep . past
Target output: doesn't your newt who does swim sleep ?
Model output: doesn't your newt who does swim sleep ?
Input: my yaks that her ravens do amuse don't sleep . past
Target output: don't my yaks that her ravens do amuse sleep ?
Model output: don't my yaks that her ravens do amuse sleep ?
Input: my unicorn that doesn't wait does change . past
Target output: does my unicorn that doesn't wait change ?
Model output: does my unicorn that doesn't wait change ?
Input: the salamander who does admire some vulture doesn't move . past
Target output: doesn't the salamander who does admire some vulture move ?
Model output: doesn't the salamander who does admire some vulture move ?
Input: our tyrannosaurus that doesn't remember your zebras does entertain some newt near our salamanders . past
Target output: does our tyrannosaurus that doesn't remember your zebras entertain some newt near our salamanders ?
Model output: does our tyrannosaurus that doesn't remember your zebras entertain some newt near our salamanders ?
Input: her walrus that some yak doesn't accept does confuse your raven near her orangutan . past
Target output: does her walrus that some yak doesn't accept confuse your raven near her orangutan ?
Model output: does her walrus that some yak doesn't accept confuse your raven near her orangutan ?
Input: our yak who does comfort the vultures doesn't remember your zebra . past
Target output: doesn't our yak who does comfort the vultures remember your zebra ?
Model output: doesn't our yak who does comfort the vultures remember your zebra ?
Input: your unicorns who don't wait do comfort the vultures behind the salamander . past
Target output: do your unicorns who don't wait comfort the vultures behind the salamander ?
Model output: do your unicorns who don't wait comfort the vultures behind the salamander ?", testfull:0.92, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.47, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp237 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_37", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my peacocks behind your vultures don't smile . present
Target output: my peacocks behind your vultures don't smile .
Model output: my peacocks behind your vultures don't smile .
Input: your raven that my vulture does accept does amuse some tyrannosauruses that the unicorns don't amuse . past
Target output: does your raven that my vulture does accept amuse some tyrannosauruses that the unicorns don't amuse ?
Model output: does your raven that my vulture does accept amuse some unicorns that the peacocks don't amuse ?
Input: our salamander who doesn't high_five some yak doesn't change . present
Target output: our salamander who doesn't high_five some yak doesn't change .
Model output: our salamander who doesn't high_five some yak doesn't change .
Input: our xylophone doesn't change . past
Target output: doesn't our xylophone change ?
Model output: doesn't our xylophone change ?
Input: the vulture who does move doesn't wait . past
Target output: doesn't the vulture who does move wait ?
Model output: doesn't the vulture who does move wait ?
Input: our zebra does confuse some ravens behind some zebras . past
Target output: does our zebra confuse some ravens behind some zebras ?
Model output: does our zebra confuse some ravens behind some zebras ?
Input: my newt does remember my yaks behind my unicorn . present
Target output: my newt does remember my yaks behind my unicorn .
Model output: my newt does remember my yaks behind my unicorn .
Input: our newts do sleep . past
Target output: do our newts sleep ?
Model output: do our newts sleep ?
Input: some xylophone that does sleep doesn't change . present
Target output: some xylophone that does sleep doesn't change .
Model output: some xylophone that does sleep doesn't change .
Input: our salamander with my xylophones does change . past
Target output: does our salamander with my xylophones change ?
Model output: does our salamander with my xylophones change ?", exgen:"Input: her newt that doesn't smile does eat . past
Target output: does her newt that doesn't smile eat ?
Model output: does her newt that doesn't smile eat ?
Input: her orangutan who does amuse the walruses doesn't eat . past
Target output: doesn't her orangutan who does amuse the walruses eat ?
Model output: doesn't her orangutan who does amuse the walruses eat ?
Input: your vultures who do read don't change . past
Target output: don't your vultures who do read change ?
Model output: don't your vultures who do read change ?
Input: some yaks that do swim don't eat . past
Target output: don't some yaks that do swim eat ?
Model output: don't some yaks that do swim eat ?
Input: some walrus who doesn't high_five your newt does sleep . past
Target output: does some walrus who doesn't high_five your newt sleep ?
Model output: does some walrus who doesn't high_five your newt sleep ?
Input: the xylophones that do change don't move . past
Target output: don't the xylophones that do change move ?
Model output: don't the xylophones that do change move ?
Input: the vultures that don't high_five her walrus do change . past
Target output: do the vultures that don't high_five her walrus change ?
Model output: do the vultures that don't high_five her walrus change ?
Input: your walrus that doesn't giggle does read . past
Target output: does your walrus that doesn't giggle read ?
Model output: does your walrus that doesn't giggle read ?
Input: some orangutans that don't swim do wait . past
Target output: do some orangutans that don't swim wait ?
Model output: do some orangutans that don't swim wait ?
Input: my zebras that do sleep don't sleep . past
Target output: don't my zebras that do sleep sleep ?
Model output: don't my zebras that do sleep sleep ?", testfull:0.92, testpos:1.0, genfull:0.91, genpos:1.0, genlinear:0.47, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp238 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_38", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the salamanders with your newt don't confuse your unicorns above my orangutans . past
Target output: don't the salamanders with your newt confuse your unicorns above my orangutans ?
Model output: don't the salamanders with your newt confuse your unicorns above my orangutans ?
Input: our salamander below your salamanders doesn't amuse my orangutan that does change . present
Target output: our salamander below your salamanders doesn't amuse my orangutan that does change .
Model output: our salamander below your salamanders doesn't amuse my orangutan that does change .
Input: my yak doesn't entertain the walruses . past
Target output: doesn't my yak entertain the walruses ?
Model output: doesn't my yak entertain the walruses ?
Input: my tyrannosauruses below the zebras don't high_five the peacocks that don't eat . past
Target output: don't my tyrannosauruses below the zebras high_five the peacocks that don't eat ?
Model output: don't my tyrannosauruses below the zebras high_five the peacocks that don't eat ?
Input: some orangutan that my newts do accept doesn't high_five some zebras that don't amuse some walrus . past
Target output: doesn't some orangutan that my newts do accept high_five some zebras that don't amuse some walrus ?
Model output: doesn't some salamanders that my newts do high_five accept some zebras that don't amuse some walrus ?
Input: my raven who does read doesn't comfort some quail that the zebra doesn't confuse . past
Target output: doesn't my raven who does read comfort some quail that the zebra doesn't confuse ?
Model output: doesn't my raven who does read comfort some quail who the zebra doesn't confuse ?
Input: her walruses don't applaud our yaks with her newt . present
Target output: her walruses don't applaud our yaks with her newt .
Model output: her walruses don't applaud our yaks with her newt .
Input: my peacocks behind your vultures don't smile . present
Target output: my peacocks behind your vultures don't smile .
Model output: my peacocks behind your vultures don't smile .
Input: her orangutans with some zebra don't entertain our walruses . present
Target output: her orangutans with some zebra don't entertain our walruses .
Model output: her orangutans with some zebra don't entertain our walruses .
Input: the peacock that does admire the orangutans doesn't sleep . present
Target output: the peacock that does admire the orangutans doesn't sleep .
Model output: the peacock that does admire the orangutans doesn't sleep .", exgen:"Input: the xylophones who don't confuse her quail do comfort the walrus around my xylophones . past
Target output: do the xylophones who don't confuse her quail comfort the walrus around my xylophones ?
Model output: do the xylophones who don't confuse her quail comfort the walrus around my xylophones ?
Input: the zebras who don't read do comfort our unicorn above your tyrannosauruses . past
Target output: do the zebras who don't read comfort our unicorn above your tyrannosauruses ?
Model output: do the zebras who don't read comfort our unicorn above your tyrannosauruses ?
Input: our yak that doesn't entertain my ravens does applaud her vulture upon our peacock . past
Target output: does our yak that doesn't entertain my ravens applaud her vulture upon our peacock ?
Model output: doesn't our yak that doesn't entertain my ravens accept her vulture upon our peacock ?
Input: her yaks who don't sleep do eat . past
Target output: do her yaks who don't sleep eat ?
Model output: do her yaks who don't sleep eat ?
Input: her tyrannosauruses that do giggle don't change . past
Target output: don't her tyrannosauruses that do giggle change ?
Model output: don't her tyrannosauruses that do giggle change ?
Input: some xylophones who do swim don't confuse her vultures by your zebra . past
Target output: don't some xylophones who do swim confuse her vultures by your zebra ?
Model output: don't some xylophones who do swim confuse her vultures by your zebra ?
Input: some vultures who some walruses do amuse don't accept her peacocks . past
Target output: don't some vultures who some walruses do amuse accept her peacocks ?
Model output: don't some vultures who some walruses do amuse accept her peacocks ?
Input: some ravens who do smile don't eat . past
Target output: don't some ravens who do smile eat ?
Model output: don't some ravens who do smile eat ?
Input: your quails that do read don't swim . past
Target output: don't your quails that do read swim ?
Model output: don't your quails that do read swim ?
Input: my tyrannosaurus who does giggle doesn't comfort her walrus . past
Target output: doesn't my tyrannosaurus who does giggle comfort her walrus ?
Model output: doesn't my tyrannosaurus who does giggle comfort her walrus ?", testfull:0.9, testpos:1.0, genfull:0.9, genpos:1.0, genlinear:0.46, genmvcorrect:0.97, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp239 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_39", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some orangutans behind my xylophone don't eat . past
Target output: don't some orangutans behind my xylophone eat ?
Model output: don't some orangutans behind my xylophone eat ?
Input: our zebra does applaud her newt with your newt . past
Target output: does our zebra applaud her newt with your newt ?
Model output: does our zebra applaud her newt with your newt ?
Input: the orangutan does high_five my peacocks that your vulture does amuse . present
Target output: the orangutan does high_five my peacocks that your vulture does amuse .
Model output: the orangutan does high_five my peacocks that your vulture does amuse .
Input: the yak by the vulture does confuse the tyrannosaurus who her tyrannosaurus does comfort . present
Target output: the yak by the vulture does confuse the tyrannosaurus who her tyrannosaurus does comfort .
Model output: the yak by the vulture does confuse her tyrannosaurus who her tyrannosaurus does comfort .
Input: my zebra above our zebras doesn't change . present
Target output: my zebra above our zebras doesn't change .
Model output: my zebra above our zebras doesn't change .
Input: some orangutan doesn't accept our zebras above my salamanders . past
Target output: doesn't some orangutan accept our zebras above my salamanders ?
Model output: doesn't some orangutan accept our zebras above my salamanders ?
Input: some xylophones do high_five some zebras . past
Target output: do some xylophones high_five some zebras ?
Model output: do some xylophones high_five some zebras ?
Input: some yaks who the salamander doesn't remember do applaud her xylophones that do giggle . present
Target output: some yaks who the salamander doesn't remember do applaud her xylophones that do giggle .
Model output: some yaks who the salamander doesn't remember do applaud her xylophones that do giggle .
Input: our newt that the vulture doesn't accept does sleep . present
Target output: our newt that the vulture doesn't accept does sleep .
Model output: our newt that the vulture doesn't accept does sleep .
Input: her salamander doesn't wait . present
Target output: her salamander doesn't wait .
Model output: her salamander doesn't wait .", exgen:"Input: my tyrannosaurus who does accept your salamander doesn't entertain my quail by our vulture . past
Target output: doesn't my tyrannosaurus who does accept your salamander entertain my quail by our vulture ?
Model output: doesn't my tyrannosaurus who does accept your quail entertain my salamander by our quail ?
Input: some salamanders that don't giggle do smile . past
Target output: do some salamanders that don't giggle smile ?
Model output: do some salamanders that don't giggle smile ?
Input: my xylophone who doesn't eat does move . past
Target output: does my xylophone who doesn't eat move ?
Model output: does my xylophone who doesn't eat move ?
Input: your walruses who your unicorns don't admire do entertain her xylophones . past
Target output: do your walruses who your unicorns don't admire entertain her xylophones ?
Model output: do your walruses who your unicorns don't admire entertain her xylophones ?
Input: some vulture who does comfort her tyrannosauruses doesn't entertain my newt around our raven . past
Target output: doesn't some vulture who does comfort her tyrannosauruses entertain my newt around our raven ?
Model output: doesn't some vulture who does entertain her tyrannosauruses comfort my newt above our raven ?
Input: her newts that do high_five her ravens don't eat . past
Target output: don't her newts that do high_five her ravens eat ?
Model output: don't her newts that do high_five her ravens eat ?
Input: my zebras who don't remember your ravens do confuse her unicorns near my ravens . past
Target output: do my zebras who don't remember your ravens confuse her unicorns near my ravens ?
Model output: do my zebras who don't confuse your ravens remember her unicorns near my ravens ?
Input: her xylophone that doesn't high_five your raven does comfort the unicorn . past
Target output: does her xylophone that doesn't high_five your raven comfort the unicorn ?
Model output: does her xylophone that doesn't high_five your raven comfort the unicorn ?
Input: our newt that our peacock does confuse doesn't eat . past
Target output: doesn't our newt that our peacock does confuse eat ?
Model output: doesn't our newt that our peacock does confuse eat ?
Input: our unicorn that does change doesn't giggle . past
Target output: doesn't our unicorn that does change giggle ?
Model output: doesn't our unicorn that does change giggle ?", testfull:0.91, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.46, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp240 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_40", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our orangutan with some newts does entertain our yak above some vulture . past
Target output: does our orangutan with some newts entertain our yak above some vulture ?
Model output: does our orangutan with our newts entertain some yak above our vulture ?
Input: my unicorn does change . past
Target output: does my unicorn change ?
Model output: does my unicorn change ?
Input: her zebras do wait . present
Target output: her zebras do wait .
Model output: her zebras do wait .
Input: your newt who does high_five my quail does move . past
Target output: does your newt who does high_five my quail move ?
Model output: does your newt who does high_five my quail move ?
Input: some peacocks behind the peacock don't admire our orangutan who does high_five the tyrannosaurus . present
Target output: some peacocks behind the peacock don't admire our orangutan who does high_five the tyrannosaurus .
Model output: some peacocks behind the peacock don't admire our tyrannosaurus who does high_five the orangutan .
Input: the peacock who doesn't change doesn't change . past
Target output: doesn't the peacock who doesn't change change ?
Model output: doesn't the peacock who doesn't change change ?
Input: your newt doesn't change . present
Target output: your newt doesn't change .
Model output: your newt doesn't change .
Input: her yaks below some unicorn do giggle . present
Target output: her yaks below some unicorn do giggle .
Model output: her yaks below some unicorn do giggle .
Input: your newt behind my unicorn does comfort the tyrannosaurus . past
Target output: does your newt behind my unicorn comfort the tyrannosaurus ?
Model output: does your newt behind my unicorn comfort the tyrannosaurus ?
Input: your walruses that don't wait do change . past
Target output: do your walruses that don't wait change ?
Model output: do your walruses that don't wait change ?", exgen:"Input: my vultures that do move don't eat . past
Target output: don't my vultures that do move eat ?
Model output: don't my vultures that do move eat ?
Input: her quail that doesn't giggle does sleep . past
Target output: does her quail that doesn't giggle sleep ?
Model output: does her quail that doesn't giggle sleep ?
Input: my salamander that doesn't amuse the unicorn does applaud my walruses . past
Target output: does my salamander that doesn't amuse the unicorn applaud my walruses ?
Model output: does my salamander that doesn't amuse the xylophones applaud my walruses ?
Input: my vultures that do move don't eat . past
Target output: don't my vultures that do move eat ?
Model output: don't my vultures that do move eat ?
Input: my xylophones who don't move do giggle . past
Target output: do my xylophones who don't move giggle ?
Model output: do my xylophones who don't move giggle ?
Input: our tyrannosauruses that do giggle don't applaud her xylophones near my unicorns . past
Target output: don't our tyrannosauruses that do giggle applaud her xylophones near my unicorns ?
Model output: don't our tyrannosauruses that do giggle applaud her xylophones near my unicorns ?
Input: my yak that does accept some vulture doesn't giggle . past
Target output: doesn't my yak that does accept some vulture giggle ?
Model output: doesn't my yak that does accept some vulture giggle ?
Input: my salamanders that do remember your salamander don't swim . past
Target output: don't my salamanders that do remember your salamander swim ?
Model output: don't my salamanders that do remember your salamander swim ?
Input: the raven who doesn't smile does sleep . past
Target output: does the raven who doesn't smile sleep ?
Model output: does the raven who doesn't smile sleep ?
Input: some salamander who doesn't sleep does change . past
Target output: does some salamander who doesn't sleep change ?
Model output: does some salamander who doesn't sleep change ?", testfull:0.85, testpos:0.99, genfull:0.84, genpos:1.0, genlinear:0.44, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp241 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_41", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our unicorn who your unicorns do high_five does high_five your orangutan . past
Target output: does our unicorn who your unicorns do high_five high_five your orangutan ?
Model output: does our unicorn who your unicorns do high_five high_five your orangutan ?
Input: our yak doesn't giggle . past
Target output: doesn't our yak giggle ?
Model output: doesn't our yak giggle ?
Input: her yak who her salamanders do accept does smile . present
Target output: her yak who her salamanders do accept does smile .
Model output: her yak who her salamanders do accept does smile .
Input: my newt who our salamanders don't remember doesn't amuse my xylophone that some quails don't high_five . present
Target output: my newt who our salamanders don't remember doesn't amuse my xylophone that some quails don't high_five .
Model output: my xylophone who our salamanders don't remember doesn't amuse my newt that some quails don't high_five .
Input: some peacock behind your quail does remember my unicorns below your xylophone . present
Target output: some peacock behind your quail does remember my unicorns below your xylophone .
Model output: some peacock behind your quail does remember my unicorns below your xylophone .
Input: her quail that my yaks do high_five doesn't amuse the tyrannosaurus that does confuse my vulture . past
Target output: doesn't her quail that my yaks do high_five amuse the tyrannosaurus that does confuse my vulture ?
Model output: doesn't her quail that my yaks do high_five amuse the tyrannosaurus that does confuse my vulture ?
Input: some orangutan above our quails doesn't amuse some orangutans with our walruses . present
Target output: some orangutan above our quails doesn't amuse some orangutans with our walruses .
Model output: some orangutan above our quails doesn't amuse some orangutans with our walruses .
Input: your raven that doesn't sleep does change . past
Target output: does your raven that doesn't sleep change ?
Model output: does your raven that doesn't sleep change ?
Input: the walrus around her ravens does high_five our vultures that don't remember your unicorn . present
Target output: the walrus around her ravens does high_five our vultures that don't remember your unicorn .
Model output: the walrus around her ravens does high_five our vultures that don't remember your unicorn .
Input: her xylophone with your peacocks doesn't high_five my xylophone below your tyrannosaurus . past
Target output: doesn't her xylophone with your peacocks high_five my xylophone below your tyrannosaurus ?
Model output: doesn't her xylophone with your peacocks high_five my xylophone below some tyrannosaurus ?", exgen:"Input: some yak that does smile doesn't smile . past
Target output: doesn't some yak that does smile smile ?
Model output: doesn't some yak that does smile smile ?
Input: your ravens who do amuse some quail don't applaud the yaks by her zebra . past
Target output: don't your ravens who do amuse some quail applaud the yaks by her zebra ?
Model output: don't your ravens who do amuse some quail applaud the yaks by her zebra ?
Input: my salamanders that do remember your salamander don't swim . past
Target output: don't my salamanders that do remember your salamander swim ?
Model output: don't my salamanders that do remember your salamander swim ?
Input: her peacocks who don't smile do wait . past
Target output: do her peacocks who don't smile wait ?
Model output: do her peacocks who don't smile wait ?
Input: the zebras who don't read do comfort our unicorn above your tyrannosauruses . past
Target output: do the zebras who don't read comfort our unicorn above your tyrannosauruses ?
Model output: do the zebras who don't read comfort our unicorn above your tyrannosauruses ?
Input: some raven that doesn't high_five some tyrannosauruses does high_five her ravens . past
Target output: does some raven that doesn't high_five some tyrannosauruses high_five her ravens ?
Model output: does some raven that doesn't high_five some tyrannosauruses high_five her ravens ?
Input: your orangutans who do comfort the quails don't change . past
Target output: don't your orangutans who do comfort the quails change ?
Model output: don't your orangutans who do comfort the quails change ?
Input: the vultures that our peacocks do admire don't amuse your quail . past
Target output: don't the vultures that our peacocks do admire amuse your quail ?
Model output: don't the vultures that our peacocks do amuse admire your quail ?
Input: some yak who doesn't confuse the peacocks does smile . past
Target output: does some yak who doesn't confuse the peacocks smile ?
Model output: does some yak who doesn't confuse the peacocks smile ?
Input: our quails that do amuse her unicorn don't high_five our walruses . past
Target output: don't our quails that do amuse her unicorn high_five our walruses ?
Model output: don't our quails that do amuse her unicorn high_five our walruses ?", testfull:0.95, testpos:1.0, genfull:0.97, genpos:1.0, genlinear:0.5, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp242 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_42", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your zebras around the yaks don't accept our vultures that our vultures do confuse . past
Target output: don't your zebras around the yaks accept our vultures that our vultures do confuse ?
Model output: don't your zebras around the yaks accept our vultures that our vultures don't confuse ?
Input: your xylophone that my ravens don't comfort does change . past
Target output: does your xylophone that my ravens don't comfort change ?
Model output: does your xylophone that my ravens don't comfort change ?
Input: our yaks that do high_five her salamander do move . past
Target output: do our yaks that do high_five her salamander move ?
Model output: do our yaks that do high_five her salamander move ?
Input: your vultures do wait . past
Target output: do your vultures wait ?
Model output: do your vultures wait ?
Input: the unicorn who doesn't swim doesn't wait . past
Target output: doesn't the unicorn who doesn't swim wait ?
Model output: doesn't the unicorn who doesn't swim wait ?
Input: my orangutans don't confuse your zebras that do high_five my yak . past
Target output: don't my orangutans confuse your zebras that do high_five my yak ?
Model output: don't my orangutans confuse your zebras that do high_five my yak ?
Input: your orangutan who her peacock does entertain doesn't smile . past
Target output: doesn't your orangutan who her peacock does entertain smile ?
Model output: doesn't your orangutan who her peacock does entertain smile ?
Input: my zebras who don't remember your ravens do confuse her unicorns near my ravens . past
Target output: do my zebras who don't remember your ravens confuse her unicorns near my ravens ?
Model output: do my zebras who don't remember your vultures remember her ravens near my ravens ?
Input: some yaks near our xylophones don't move . present
Target output: some yaks near our xylophones don't move .
Model output: some yaks near our xylophones don't move .
Input: some yak does swim . present
Target output: some yak does swim .
Model output: some yak does swim .", exgen:"Input: the salamander who does admire some vulture doesn't move . past
Target output: doesn't the salamander who does admire some vulture move ?
Model output: doesn't the salamander who does admire some vulture move ?
Input: your xylophones that don't entertain the walrus do swim . past
Target output: do your xylophones that don't entertain the walrus swim ?
Model output: do your xylophones that don't entertain the walrus swim ?
Input: our xylophones that do confuse some yaks don't eat . past
Target output: don't our xylophones that do confuse some yaks eat ?
Model output: don't our xylophones that do confuse some yaks eat ?
Input: some walrus who does swim doesn't giggle . past
Target output: doesn't some walrus who does swim giggle ?
Model output: doesn't some walrus who does swim giggle ?
Input: some orangutan who doesn't admire the unicorn does comfort her newt around your newts . past
Target output: does some orangutan who doesn't admire the unicorn comfort her newt around your newts ?
Model output: does some orangutan who doesn't admire the unicorn admire her newt around your newts ?
Input: some tyrannosauruses that don't remember my vultures do amuse her raven . past
Target output: do some tyrannosauruses that don't remember my vultures amuse her raven ?
Model output: do some tyrannosauruses that don't remember my vultures amuse her raven ?
Input: her quails who do amuse some ravens don't wait . past
Target output: don't her quails who do amuse some ravens wait ?
Model output: don't her quails who do amuse some ravens wait ?
Input: the newts who don't swim do read . past
Target output: do the newts who don't swim read ?
Model output: do the newts who don't swim read ?
Input: your xylophones that don't move do read . past
Target output: do your xylophones that don't move read ?
Model output: do your xylophones that don't move read ?
Input: my newt who does entertain the walruses doesn't entertain her yak upon my tyrannosauruses . past
Target output: doesn't my newt who does entertain the walruses entertain her yak upon my tyrannosauruses ?
Model output: doesn't my newt who does entertain the walruses entertain her yak upon my tyrannosauruses ?", testfull:0.84, testpos:1.0, genfull:0.86, genpos:1.0, genlinear:0.45, genmvcorrect:0.98, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp243 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_43", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the zebra near some newt does change . present
Target output: the zebra near some newt does change .
Model output: the zebra near some newt does change .
Input: some tyrannosaurus does confuse the quails . past
Target output: does some tyrannosaurus confuse the quails ?
Model output: does some tyrannosaurus confuse the quails ?
Input: my quail near the xylophone does move . present
Target output: my quail near the xylophone does move .
Model output: my quail near the xylophone does move .
Input: the ravens below our unicorns do remember your vulture who does admire her tyrannosauruses . past
Target output: do the ravens below our unicorns remember your vulture who does admire her tyrannosauruses ?
Model output: do the ravens below our unicorns admire your vulture who does remember her tyrannosauruses ?
Input: your tyrannosaurus above her orangutans doesn't move . present
Target output: your tyrannosaurus above her orangutans doesn't move .
Model output: your tyrannosaurus above her orangutans doesn't move .
Input: the newts that don't move don't comfort her orangutans who do remember the tyrannosauruses . past
Target output: don't the newts that don't move comfort her orangutans who do remember the tyrannosauruses ?
Model output: don't the newts that don't move comfort her orangutans who do remember the tyrannosauruses ?
Input: your salamanders do remember my quails that don't smile . past
Target output: do your salamanders remember my quails that don't smile ?
Model output: don't your salamanders remember my quails that do smile ?
Input: her tyrannosaurus with her salamander doesn't applaud our unicorn that does eat . present
Target output: her tyrannosaurus with her salamander doesn't applaud our unicorn that does eat .
Model output: her tyrannosaurus with her salamander doesn't applaud our unicorn that does eat .
Input: her yak does remember her raven near our orangutans . present
Target output: her yak does remember her raven near our orangutans .
Model output: her yak does remember her raven near our orangutans .
Input: our tyrannosauruses don't admire my vulture that doesn't read . present
Target output: our tyrannosauruses don't admire my vulture that doesn't read .
Model output: our tyrannosauruses don't admire my vulture that doesn't read .", exgen:"Input: your salamander that does read doesn't applaud our peacocks . past
Target output: doesn't your salamander that does read applaud our peacocks ?
Model output: doesn't your salamander that does read applaud our peacocks ?
Input: my vulture that does comfort our xylophones doesn't comfort some raven . past
Target output: doesn't my vulture that does comfort our xylophones comfort some raven ?
Model output: doesn't my vulture that does comfort our xylophones comfort some raven ?
Input: your newt who does swim doesn't sleep . past
Target output: doesn't your newt who does swim sleep ?
Model output: doesn't your newt who does swim sleep ?
Input: her xylophones who don't admire our xylophones do remember our yak above my salamander . past
Target output: do her xylophones who don't admire our xylophones remember our yak above my salamander ?
Model output: do her xylophones who don't admire our xylophones remember our yak above my salamander ?
Input: some newt that doesn't sleep does wait . past
Target output: does some newt that doesn't sleep wait ?
Model output: does some newt that doesn't sleep wait ?
Input: your unicorns who do giggle don't amuse your vulture . past
Target output: don't your unicorns who do giggle amuse your vulture ?
Model output: don't your unicorns who do giggle amuse your vulture ?
Input: my raven who does confuse her zebras doesn't comfort the walruses with her zebras . past
Target output: doesn't my raven who does confuse her zebras comfort the walruses with her zebras ?
Model output: doesn't my raven who does confuse her zebras comfort the walruses with her zebras ?
Input: the raven who does high_five her xylophone doesn't entertain our yaks around your walruses . past
Target output: doesn't the raven who does high_five her xylophone entertain our yaks around your walruses ?
Model output: doesn't the raven who does high_five her xylophone entertain our yaks around your yaks ?
Input: her walruses that don't remember our peacock do applaud the tyrannosaurus . past
Target output: do her walruses that don't remember our peacock applaud the tyrannosaurus ?
Model output: do her walruses that don't applaud our peacock remember the tyrannosaurus ?
Input: your unicorn that doesn't sleep does move . past
Target output: does your unicorn that doesn't sleep move ?
Model output: does your unicorn that doesn't sleep move ?", testfull:0.9, testpos:1.0, genfull:0.88, genpos:1.0, genlinear:0.47, genmvcorrect:0.96, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp244 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_44", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the unicorns do admire your vultures . present
Target output: the unicorns do admire your vultures .
Model output: the unicorns do admire your vultures .
Input: your zebra doesn't remember my walruses who do high_five our xylophone . past
Target output: doesn't your zebra remember my walruses who do high_five our xylophone ?
Model output: doesn't your zebra remember my walruses who do high_five our xylophone ?
Input: her yak does giggle . past
Target output: does her yak giggle ?
Model output: does her yak giggle ?
Input: the walruses that the yak doesn't accept don't sleep . present
Target output: the walruses that the yak doesn't accept don't sleep .
Model output: the walruses that the yak doesn't accept don't sleep .
Input: our unicorn that doesn't amuse our walruses does wait . present
Target output: our unicorn that doesn't amuse our walruses does wait .
Model output: our unicorn that doesn't amuse our walruses does wait .
Input: my xylophones do entertain some peacock who does comfort her quail . present
Target output: my xylophones do entertain some peacock who does comfort her quail .
Model output: my xylophones do comfort some peacock who does entertain her quail .
Input: your xylophone that my salamander doesn't high_five doesn't sleep . past
Target output: doesn't your xylophone that my salamander doesn't high_five sleep ?
Model output: doesn't your xylophone that my salamander doesn't high_five sleep ?
Input: her newts above some unicorn do eat . present
Target output: her newts above some unicorn do eat .
Model output: her newts above some unicorn do eat .
Input: your walrus does applaud my tyrannosaurus with your xylophones . past
Target output: does your walrus applaud my tyrannosaurus with your xylophones ?
Model output: does your walrus applaud my tyrannosaurus with your xylophones ?
Input: my quail who her zebra doesn't remember doesn't wait . past
Target output: doesn't my quail who her zebra doesn't remember wait ?
Model output: doesn't my quail who her zebra doesn't remember wait ?", exgen:"Input: some orangutans who don't high_five our unicorns do eat . past
Target output: do some orangutans who don't high_five our unicorns eat ?
Model output: do some orangutans who don't high_five our unicorns eat ?
Input: your orangutans that don't amuse her vulture do entertain some unicorns . past
Target output: do your orangutans that don't amuse her vulture entertain some unicorns ?
Model output: do your orangutans that don't amuse her vulture entertain some unicorns ?
Input: our salamander that does accept my peacock doesn't comfort the salamanders by our xylophones . past
Target output: doesn't our salamander that does accept my peacock comfort the salamanders by our xylophones ?
Model output: doesn't our salamander that does accept my peacock comfort the salamanders by our xylophones ?
Input: my salamander who does high_five your vulture doesn't accept the yak behind our newt . past
Target output: doesn't my salamander who does high_five your vulture accept the yak behind our newt ?
Model output: doesn't my salamander who does high_five your yak accept the vulture behind our newt ?
Input: your xylophone who my raven doesn't applaud does amuse her yak with the raven . past
Target output: does your xylophone who my raven doesn't applaud amuse her yak with the raven ?
Model output: does your xylophone who my raven doesn't applaud amuse her yak with the raven ?
Input: your xylophone that the unicorn does accept doesn't read . past
Target output: doesn't your xylophone that the unicorn does accept read ?
Model output: doesn't your xylophone that the unicorn does accept read ?
Input: the orangutans who do giggle don't confuse our orangutan . past
Target output: don't the orangutans who do giggle confuse our orangutan ?
Model output: don't the orangutans who do giggle confuse our orangutan ?
Input: your vultures who do read don't change . past
Target output: don't your vultures who do read change ?
Model output: don't your vultures who do read change ?
Input: our ravens that do high_five the yak don't eat . past
Target output: don't our ravens that do high_five the yak eat ?
Model output: don't our ravens that do high_five the yak eat ?
Input: your tyrannosauruses that don't entertain the orangutans do amuse your xylophone above my newt . past
Target output: do your tyrannosauruses that don't entertain the orangutans amuse your xylophone above my newt ?
Model output: do your tyrannosauruses that don't amuse the orangutans entertain your xylophone above my newt ?", testfull:0.86, testpos:0.99, genfull:0.88, genpos:0.99, genlinear:0.45, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp245 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_45", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the tyrannosauruses that the walruses do accept don't applaud her raven who doesn't entertain her zebra . past
Target output: don't the tyrannosauruses that the walruses do accept applaud her raven who doesn't entertain her zebra ?
Model output: don't the tyrannosauruses that the walruses don't applaud accept her zebra who does applaud her zebra ?
Input: the xylophones who do comfort your peacocks do eat . present
Target output: the xylophones who do comfort your peacocks do eat .
Model output: the xylophones who do comfort your peacocks do eat .
Input: your ravens don't applaud some newt . past
Target output: don't your ravens applaud some newt ?
Model output: don't your ravens applaud some newt ?
Input: the ravens do amuse some unicorns that don't remember my unicorn . past
Target output: do the ravens amuse some unicorns that don't remember my unicorn ?
Model output: do the ravens remember some unicorns that don't remember my unicorn ?
Input: your salamander does eat . present
Target output: your salamander does eat .
Model output: your salamander does eat .
Input: the orangutan doesn't confuse her quail that does sleep . past
Target output: doesn't the orangutan confuse her quail that does sleep ?
Model output: doesn't the orangutan confuse her quail that does sleep ?
Input: some xylophones do amuse some quails below some quails . past
Target output: do some xylophones amuse some quails below some quails ?
Model output: do some xylophones amuse some quails below some quails ?
Input: our walruses that do admire our salamander do confuse your newts . present
Target output: our walruses that do admire our salamander do confuse your newts .
Model output: our walruses that do admire our salamander do confuse your newts .
Input: my xylophones upon my tyrannosauruses don't accept our unicorns that do sleep . past
Target output: don't my xylophones upon my tyrannosauruses accept our unicorns that do sleep ?
Model output: do my xylophones upon my tyrannosauruses accept our unicorns that don't sleep ?
Input: our walruses that don't smile do accept my newt . past
Target output: do our walruses that don't smile accept my newt ?
Model output: do our walruses that don't smile accept my newt ?", exgen:"Input: my salamander who my newt doesn't accept does move . past
Target output: does my salamander who my newt doesn't accept move ?
Model output: does my salamander who my newt doesn't accept move ?
Input: her quail that doesn't giggle does sleep . past
Target output: does her quail that doesn't giggle sleep ?
Model output: does her quail that doesn't sleep giggle ?
Input: her newt that does admire your ravens doesn't sleep . past
Target output: doesn't her newt that does admire your ravens sleep ?
Model output: does her newt that doesn't admire your ravens sleep ?
Input: my orangutans who don't amuse my yak do admire my newts around the peacock . past
Target output: do my orangutans who don't amuse my yak admire my newts around the peacock ?
Model output: do my orangutans who don't amuse my yak admire the newts around my peacock ?
Input: your tyrannosaurus that does amuse some orangutan doesn't high_five your walruses below some peacocks . past
Target output: doesn't your tyrannosaurus that does amuse some orangutan high_five your walruses below some peacocks ?
Model output: doesn't your tyrannosaurus that does amuse some orangutan high_five your walruses below some peacocks ?
Input: some peacocks who don't change do swim . past
Target output: do some peacocks who don't change swim ?
Model output: do some peacocks who don't change swim ?
Input: the orangutan who does high_five my salamander doesn't swim . past
Target output: doesn't the orangutan who does high_five my salamander swim ?
Model output: doesn't the orangutan who does high_five my salamander swim ?
Input: your vultures that do smile don't swim . past
Target output: don't your vultures that do smile swim ?
Model output: don't your vultures that do smile swim ?
Input: the salamanders who the quails don't accept do giggle . past
Target output: do the salamanders who the quails don't accept giggle ?
Model output: do the salamanders who the quails don't accept giggle ?
Input: my vultures that don't accept the salamander do move . past
Target output: do my vultures that don't accept the salamander move ?
Model output: don't my vultures that don't accept the salamander move ?", testfull:0.74, testpos:0.99, genfull:0.53, genpos:0.99, genlinear:0.19, genmvcorrect:0.69, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp246 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_46", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some walrus doesn't sleep . past
Target output: doesn't some walrus sleep ?
Model output: doesn't some walrus sleep ?
Input: my peacocks upon some peacocks don't confuse our vultures upon my yaks . present
Target output: my peacocks upon some peacocks don't confuse our vultures upon my yaks .
Model output: my peacocks upon some peacocks don't confuse our orangutan upon my vultures .
Input: her vultures who don't read do amuse some unicorns . present
Target output: her vultures who don't read do amuse some unicorns .
Model output: her vultures who don't read do amuse some unicorns .
Input: your salamander that does eat does read . past
Target output: does your salamander that does eat read ?
Model output: does your salamander that does eat read ?
Input: the yaks by her zebras don't move . present
Target output: the yaks by her zebras don't move .
Model output: the yaks by her zebras don't move .
Input: her orangutan does high_five the unicorns . past
Target output: does her orangutan high_five the unicorns ?
Model output: does her orangutan high_five the unicorns ?
Input: my peacock below her walrus does swim . present
Target output: my peacock below her walrus does swim .
Model output: my peacock below her walrus does swim .
Input: my yak who doesn't read doesn't entertain my salamanders behind some tyrannosauruses . present
Target output: my yak who doesn't read doesn't entertain my salamanders behind some tyrannosauruses .
Model output: my yak who doesn't read doesn't entertain my salamanders behind some tyrannosauruses .
Input: her quail near my newt doesn't wait . present
Target output: her quail near my newt doesn't wait .
Model output: her quail near my newt doesn't wait .
Input: some yak below my quail does remember my unicorns near your newts . past
Target output: does some yak below my quail remember my unicorns near your newts ?
Model output: does some yak below my quail remember my newts near your unicorns ?", exgen:"Input: some raven that does high_five my peacocks doesn't read . past
Target output: doesn't some raven that does high_five my peacocks read ?
Model output: doesn't some raven that does high_five my peacocks read ?
Input: our raven that my quail doesn't confuse does accept your newts behind her yak . past
Target output: does our raven that my quail doesn't confuse accept your newts behind her yak ?
Model output: does our raven that my quail doesn't accept confuse your newts behind her yak ?
Input: the quails who do giggle don't comfort her peacock . past
Target output: don't the quails who do giggle comfort her peacock ?
Model output: don't the quails who do giggle comfort her peacock ?
Input: my peacocks who her salamanders don't comfort do wait . past
Target output: do my peacocks who her salamanders don't comfort wait ?
Model output: do my peacocks who her salamanders don't comfort wait ?
Input: the walrus who does change doesn't entertain the orangutans . past
Target output: doesn't the walrus who does change entertain the orangutans ?
Model output: doesn't the walrus who does change entertain the orangutans ?
Input: the tyrannosauruses who don't remember my ravens do sleep . past
Target output: do the tyrannosauruses who don't remember my ravens sleep ?
Model output: do the tyrannosauruses who don't remember my ravens sleep ?
Input: the orangutan that does comfort our orangutans doesn't sleep . past
Target output: doesn't the orangutan that does comfort our orangutans sleep ?
Model output: doesn't the orangutan that does comfort our orangutans sleep ?
Input: her orangutan that doesn't move does confuse our zebras . past
Target output: does her orangutan that doesn't move confuse our zebras ?
Model output: does her orangutan that doesn't move confuse our zebras ?
Input: the vultures that do smile don't confuse your yaks . past
Target output: don't the vultures that do smile confuse your yaks ?
Model output: don't the vultures that do smile confuse your yaks ?
Input: my yaks that do swim don't read . past
Target output: don't my yaks that do swim read ?
Model output: don't my yaks that do swim read ?", testfull:0.86, testpos:1.0, genfull:0.88, genpos:1.0, genlinear:0.45, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp247 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_47", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her ravens do sleep . past
Target output: do her ravens sleep ?
Model output: do her ravens sleep ?
Input: your zebras who do read don't change . past
Target output: don't your zebras who do read change ?
Model output: don't your zebras who do read change ?
Input: our peacock upon our orangutans does eat . present
Target output: our peacock upon our orangutans does eat .
Model output: our peacock upon our orangutans does eat .
Input: your yak below your yaks does comfort your salamanders . present
Target output: your yak below your yaks does comfort your salamanders .
Model output: your yak below your yaks does comfort your salamanders .
Input: our quails who do giggle do remember the unicorns behind my walrus . present
Target output: our quails who do giggle do remember the unicorns behind my walrus .
Model output: our quails who do giggle do remember the unicorns behind my walrus .
Input: her newt around my vultures doesn't amuse her xylophone that doesn't sleep . past
Target output: doesn't her newt around my vultures amuse her xylophone that doesn't sleep ?
Model output: doesn't her newt around my vultures amuse her xylophone that doesn't sleep ?
Input: the vulture behind our raven doesn't wait . past
Target output: doesn't the vulture behind our raven wait ?
Model output: doesn't the vulture behind our raven wait ?
Input: the vulture who doesn't amuse some zebra doesn't smile . past
Target output: doesn't the vulture who doesn't amuse some zebra smile ?
Model output: doesn't the vulture who doesn't amuse some zebra smile ?
Input: your unicorn near her walrus does admire our walruses that my unicorn doesn't amuse . past
Target output: does your unicorn near her walrus admire our walruses that my unicorn doesn't amuse ?
Model output: does your unicorn near her walrus admire our walruses that my unicorn doesn't amuse ?
Input: her peacock does move . present
Target output: her peacock does move .
Model output: her peacock does move .", exgen:"Input: the xylophone that doesn't giggle does giggle . past
Target output: does the xylophone that doesn't giggle giggle ?
Model output: does the xylophone that doesn't giggle giggle ?
Input: her zebra who does applaud our quails doesn't amuse my orangutan behind our orangutan . past
Target output: doesn't her zebra who does applaud our quails amuse my orangutan behind our orangutan ?
Model output: does her zebra who does applaud my quails amuse our orangutan behind our raven ?
Input: our newt that doesn't confuse your unicorns does amuse the newts . past
Target output: does our newt that doesn't confuse your unicorns amuse the newts ?
Model output: does our newt that doesn't amuse your unicorns confuse the newts ?
Input: the salamander who doesn't applaud your unicorn does swim . past
Target output: does the salamander who doesn't applaud your unicorn swim ?
Model output: does the salamander who doesn't applaud your unicorn swim ?
Input: your yak that doesn't wait does remember the peacock with the walruses . past
Target output: does your yak that doesn't wait remember the peacock with the walruses ?
Model output: does your yak that doesn't wait remember the peacock around the walruses ?
Input: your orangutans who her vultures don't comfort do giggle . past
Target output: do your orangutans who her vultures don't comfort giggle ?
Model output: do your orangutans who her vultures don't comfort giggle ?
Input: her walrus who does move doesn't wait . past
Target output: doesn't her walrus who does move wait ?
Model output: doesn't her walrus who does move wait ?
Input: our xylophones that don't accept my peacock do swim . past
Target output: do our xylophones that don't accept my peacock swim ?
Model output: do our xylophones that don't accept my peacock swim ?
Input: your yak that your orangutan doesn't high_five does confuse our walrus . past
Target output: does your yak that your orangutan doesn't high_five confuse our walrus ?
Model output: does your yak that your orangutan doesn't high_five confuse our walrus ?
Input: our zebra who doesn't eat does eat . past
Target output: does our zebra who doesn't eat eat ?
Model output: does our zebra who doesn't eat eat ?", testfull:0.83, testpos:1.0, genfull:0.79, genpos:0.99, genlinear:0.39, genmvcorrect:0.93, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp248 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_48", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the ravens below some walrus do high_five her unicorn that does move . present
Target output: the ravens below some walrus do high_five her unicorn that does move .
Model output: the ravens below some walrus do high_five her walrus that does move .
Input: our orangutans who do wait don't move . past
Target output: don't our orangutans who do wait move ?
Model output: don't our orangutans who do wait move ?
Input: my walrus that doesn't comfort your unicorns does confuse my yak behind your tyrannosaurus . present
Target output: my walrus that doesn't comfort your unicorns does confuse my yak behind your tyrannosaurus .
Model output: my walrus that doesn't comfort your unicorns does confuse your yak near your tyrannosaurus .
Input: her xylophones who don't eat do entertain her tyrannosaurus . present
Target output: her xylophones who don't eat do entertain her tyrannosaurus .
Model output: her xylophones who don't eat do entertain her tyrannosaurus .
Input: her xylophones who don't admire our xylophones do remember our yak above my salamander . past
Target output: do her xylophones who don't admire our xylophones remember our yak above my salamander ?
Model output: do her xylophones who don't admire our tyrannosauruses remember our yak above my salamander ?
Input: our yak by her walrus does accept our newt who doesn't comfort some xylophones . past
Target output: does our yak by her walrus accept our newt who doesn't comfort some xylophones ?
Model output: does our yak by her walrus accept our walrus who doesn't comfort some xylophones ?
Input: the tyrannosaurus who doesn't sleep does entertain some xylophone below your xylophones . present
Target output: the tyrannosaurus who doesn't sleep does entertain some xylophone below your xylophones .
Model output: the xylophone who does sleep doesn't entertain some orangutan below your zebras .
Input: some peacocks that do eat do eat . past
Target output: do some peacocks that do eat eat ?
Model output: do some peacocks that do eat eat ?
Input: some yak that does eat doesn't applaud our peacock . present
Target output: some yak that does eat doesn't applaud our peacock .
Model output: some yak that does eat doesn't applaud our peacock .
Input: my unicorn that doesn't swim does read . present
Target output: my unicorn that doesn't swim does read .
Model output: my unicorn that doesn't swim does read .", exgen:"Input: some ravens that don't change do eat . past
Target output: do some ravens that don't change eat ?
Model output: do some ravens that don't change eat ?
Input: her tyrannosaurus that does applaud our yaks doesn't remember our xylophones . past
Target output: doesn't her tyrannosaurus that does applaud our yaks remember our xylophones ?
Model output: doesn't her tyrannosaurus that does applaud our yaks remember our xylophones ?
Input: the tyrannosauruses that don't admire some newts do comfort her salamander . past
Target output: do the tyrannosauruses that don't admire some newts comfort her salamander ?
Model output: do the tyrannosauruses that don't admire some newts comfort her salamander ?
Input: her xylophones that don't admire some newt do read . past
Target output: do her xylophones that don't admire some newt read ?
Model output: do her xylophones that don't admire some newt read ?
Input: the unicorn that does smile doesn't move . past
Target output: doesn't the unicorn that does smile move ?
Model output: doesn't the unicorn that does smile move ?
Input: some quail who her yak does applaud doesn't admire your yaks . past
Target output: doesn't some quail who her yak does applaud admire your yaks ?
Model output: doesn't some quail who her yak does applaud admire your yaks ?
Input: my salamanders that don't giggle do giggle . past
Target output: do my salamanders that don't giggle giggle ?
Model output: do my salamanders that don't giggle giggle ?
Input: our xylophone that doesn't smile does amuse some orangutan near your orangutans . past
Target output: does our xylophone that doesn't smile amuse some orangutan near your orangutans ?
Model output: does our xylophone that doesn't smile amuse some orangutan near your orangutans ?
Input: the orangutans who do giggle don't confuse our orangutan . past
Target output: don't the orangutans who do giggle confuse our orangutan ?
Model output: don't the orangutans who do giggle confuse our orangutan ?
Input: your ravens who do amuse some quail don't applaud the yaks by her zebra . past
Target output: don't your ravens who do amuse some quail applaud the yaks by her zebra ?
Model output: don't your ravens who do applaud some amuse amuse the yaks by her peacock ?", testfull:0.83, testpos:1.0, genfull:0.81, genpos:1.0, genlinear:0.41, genmvcorrect:0.94, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp249 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_49", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the peacock does eat . present
Target output: the peacock does eat .
Model output: the peacock does eat .
Input: our vulture upon the xylophones does remember your yaks upon the tyrannosauruses . present
Target output: our vulture upon the xylophones does remember your yaks upon the tyrannosauruses .
Model output: our vulture upon the walruses does remember your tyrannosauruses upon the yaks .
Input: your zebra doesn't remember my walruses who do high_five our xylophone . past
Target output: doesn't your zebra remember my walruses who do high_five our xylophone ?
Model output: doesn't your zebra remember my walruses who do high_five our xylophone ?
Input: our tyrannosauruses with your orangutans do sleep . present
Target output: our tyrannosauruses with your orangutans do sleep .
Model output: our tyrannosauruses with your orangutans do sleep .
Input: our vulture who my unicorn doesn't applaud does eat . past
Target output: does our vulture who my unicorn doesn't applaud eat ?
Model output: does our vulture who my unicorn doesn't applaud eat ?
Input: my orangutans who don't comfort some peacocks don't confuse some orangutan . present
Target output: my orangutans who don't comfort some peacocks don't confuse some orangutan .
Model output: my orangutans who don't comfort some peacocks don't confuse some orangutan .
Input: our tyrannosaurus does applaud our salamander by our zebra . past
Target output: does our tyrannosaurus applaud our salamander by our zebra ?
Model output: does our tyrannosaurus applaud our salamander by our zebra ?
Input: your unicorns don't entertain the tyrannosauruses who don't smile . past
Target output: don't your unicorns entertain the tyrannosauruses who don't smile ?
Model output: don't your unicorns entertain the tyrannosauruses who don't smile ?
Input: my peacock doesn't swim . present
Target output: my peacock doesn't swim .
Model output: my peacock doesn't swim .
Input: some orangutans that our newt does remember don't comfort our peacocks that the yaks don't confuse . present
Target output: some orangutans that our newt does remember don't comfort our peacocks that the yaks don't confuse .
Model output: some ravens that our newt does comfort don't remember our peacocks that the yaks don't comfort .", exgen:"Input: her salamanders who do confuse some vulture don't comfort our yak upon your newt . past
Target output: don't her salamanders who do confuse some vulture comfort our yak upon your newt ?
Model output: don't her salamanders who do confuse our yak comfort some vulture upon your yak ?
Input: the vulture who my raven does remember doesn't swim . past
Target output: doesn't the vulture who my raven does remember swim ?
Model output: doesn't the vulture who my raven does remember swim ?
Input: the xylophones that don't remember her quail do giggle . past
Target output: do the xylophones that don't remember her quail giggle ?
Model output: do the xylophones that don't remember her quail giggle ?
Input: the orangutans that don't read do read . past
Target output: do the orangutans that don't read read ?
Model output: do the orangutans that don't read read ?
Input: the vulture who some tyrannosaurus doesn't entertain does comfort your quail behind some ravens . past
Target output: does the vulture who some tyrannosaurus doesn't entertain comfort your quail behind some ravens ?
Model output: does the vulture who some tyrannosaurus doesn't entertain comfort your quail behind some ravens ?
Input: your newt that doesn't comfort her vultures does wait . past
Target output: does your newt that doesn't comfort her vultures wait ?
Model output: does your newt that doesn't comfort her vultures wait ?
Input: my orangutans that don't sleep do move . past
Target output: do my orangutans that don't sleep move ?
Model output: do my orangutans that don't sleep move ?
Input: our walrus who doesn't eat does change . past
Target output: does our walrus who doesn't eat change ?
Model output: does our walrus who doesn't eat change ?
Input: your unicorns who do giggle don't amuse your vulture . past
Target output: don't your unicorns who do giggle amuse your vulture ?
Model output: don't your unicorns who do giggle amuse your vulture ?
Input: your yaks who don't confuse the xylophones do admire the peacocks with her newt . past
Target output: do your yaks who don't confuse the xylophones admire the peacocks with her newt ?
Model output: do your yaks who don't confuse the xylophones admire the peacocks with her newt ?", testfull:0.88, testpos:1.0, genfull:0.89, genpos:0.99, genlinear:0.45, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp250 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_50", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the tyrannosauruses upon your vulture do entertain your tyrannosauruses who her orangutan doesn't high_five . past
Target output: do the tyrannosauruses upon your vulture entertain your tyrannosauruses who her orangutan doesn't high_five ?
Model output: do the tyrannosauruses upon your vulture high_five your orangutan who her tyrannosauruses don't entertain ?
Input: her tyrannosaurus who doesn't remember some yaks does remember the yak . past
Target output: does her tyrannosaurus who doesn't remember some yaks remember the yak ?
Model output: does her tyrannosaurus who doesn't remember some yaks remember the yak ?
Input: my zebras that my walrus doesn't confuse do confuse some orangutan by some salamanders . past
Target output: do my zebras that my walrus doesn't confuse confuse some orangutan by some salamanders ?
Model output: do my zebras that my walrus doesn't confuse confuse some orangutan by some salamanders ?
Input: some yaks who do accept her salamander do giggle . past
Target output: do some yaks who do accept her salamander giggle ?
Model output: do some yaks who do accept her salamander giggle ?
Input: her orangutans that don't eat do move . present
Target output: her orangutans that don't eat do move .
Model output: her orangutans that don't eat do move .
Input: some zebra doesn't applaud my orangutans behind your salamander . present
Target output: some zebra doesn't applaud my orangutans behind your salamander .
Model output: some zebra doesn't applaud my orangutans behind your salamander .
Input: her orangutans that don't comfort some ravens don't read . present
Target output: her orangutans that don't comfort some ravens don't read .
Model output: her orangutans that don't comfort some ravens don't read .
Input: her orangutan doesn't smile . present
Target output: her orangutan doesn't smile .
Model output: her orangutan doesn't smile .
Input: her xylophone with your peacocks doesn't high_five my xylophone below your tyrannosaurus . past
Target output: doesn't her xylophone with your peacocks high_five my xylophone below your tyrannosaurus ?
Model output: doesn't her xylophone with your peacocks high_five my xylophone below your tyrannosaurus ?
Input: our zebras do accept her quails who my unicorn does remember . present
Target output: our zebras do accept her quails who my unicorn does remember .
Model output: our zebras do accept her quails who my unicorn does remember .", exgen:"Input: your walrus that doesn't accept my orangutan does eat . past
Target output: does your walrus that doesn't accept my orangutan eat ?
Model output: does your walrus that doesn't accept my orangutan eat ?
Input: some walruses that do entertain the newts don't giggle . past
Target output: don't some walruses that do entertain the newts giggle ?
Model output: don't some walruses that do entertain the newts giggle ?
Input: her tyrannosaurus who doesn't remember some yaks does remember the yak . past
Target output: does her tyrannosaurus who doesn't remember some yaks remember the yak ?
Model output: does her tyrannosaurus who doesn't remember some yaks remember the yak ?
Input: her xylophones that the yaks don't remember do sleep . past
Target output: do her xylophones that the yaks don't remember sleep ?
Model output: do her xylophones that the yaks don't remember sleep ?
Input: my newts who don't entertain our walruses do sleep . past
Target output: do my newts who don't entertain our walruses sleep ?
Model output: do my newts who don't entertain our walruses sleep ?
Input: our newt who does high_five my zebra doesn't applaud my zebras around my ravens . past
Target output: doesn't our newt who does high_five my zebra applaud my zebras around my ravens ?
Model output: doesn't our newt who does applaud my zebra high_five my ravens around my ravens ?
Input: our xylophones that don't comfort your peacock do applaud the quails with our unicorn . past
Target output: do our xylophones that don't comfort your peacock applaud the quails with our unicorn ?
Model output: do our xylophones that don't comfort your peacock applaud the unicorn with our xylophone ?
Input: her newts who my ravens do amuse don't change . past
Target output: don't her newts who my ravens do amuse change ?
Model output: don't her newts who my ravens do amuse change ?
Input: our tyrannosauruses who don't confuse my vultures do amuse my salamander . past
Target output: do our tyrannosauruses who don't confuse my vultures amuse my salamander ?
Model output: do our tyrannosauruses who don't confuse my vultures amuse my salamander ?
Input: her walruses that do sleep don't change . past
Target output: don't her walruses that do sleep change ?
Model output: don't her walruses that do sleep change ?", testfull:0.92, testpos:1.0, genfull:0.93, genpos:1.0, genlinear:0.48, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp251 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_51", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your tyrannosaurus that does giggle does amuse our quails around your salamanders . past
Target output: does your tyrannosaurus that does giggle amuse our quails around your salamanders ?
Model output: does your tyrannosaurus that does giggle amuse our quails near your salamanders ?
Input: my walruses do remember the orangutans behind your vultures . present
Target output: my walruses do remember the orangutans behind your vultures .
Model output: my walruses do remember the orangutans behind your vultures .
Input: the newts that do comfort the newt don't applaud my zebra that her yaks don't entertain . present
Target output: the newts that do comfort the newt don't applaud my zebra that her yaks don't entertain .
Model output: the newts that do comfort the newt don't applaud my zebra that her yaks don't comfort .
Input: the orangutans that do comfort my newts don't swim . past
Target output: don't the orangutans that do comfort my newts swim ?
Model output: don't the orangutans that do comfort my newts swim ?
Input: my peacock who does wait doesn't giggle . past
Target output: doesn't my peacock who does wait giggle ?
Model output: doesn't my peacock who does wait giggle ?
Input: some vultures that your quails do admire don't accept your peacock who doesn't giggle . present
Target output: some vultures that your quails do admire don't accept your peacock who doesn't giggle .
Model output: some vultures that your quails do accept don't admire your peacock who doesn't giggle .
Input: my walrus that our newts don't entertain doesn't accept your unicorns who my tyrannosauruses don't entertain . present
Target output: my walrus that our newts don't entertain doesn't accept your unicorns who my tyrannosauruses don't entertain .
Model output: my walrus that our newts don't entertain doesn't accept your unicorns who my tyrannosauruses don't entertain .
Input: the peacock below her walrus does comfort the unicorn that does accept your tyrannosauruses . past
Target output: does the peacock below her walrus comfort the unicorn that does accept your tyrannosauruses ?
Model output: does the peacock below her walrus comfort the unicorn that does comfort your tyrannosauruses ?
Input: my quails don't change . present
Target output: my quails don't change .
Model output: my quails don't change .
Input: her xylophone behind the newt doesn't sleep . past
Target output: doesn't her xylophone behind the newt sleep ?
Model output: doesn't her xylophone behind the newt sleep ?", exgen:"Input: our yak that doesn't entertain my ravens does applaud her vulture upon our peacock . past
Target output: does our yak that doesn't entertain my ravens applaud her vulture upon our peacock ?
Model output: does our yak that doesn't entertain my ravens applaud her vulture upon our peacock ?
Input: your yak that doesn't wait does remember the peacock with the walruses . past
Target output: does your yak that doesn't wait remember the peacock with the walruses ?
Model output: does your yak that doesn't wait remember the peacock with the walruses ?
Input: my newts that do high_five her unicorn don't change . past
Target output: don't my newts that do high_five her unicorn change ?
Model output: don't my newts that do high_five her unicorn change ?
Input: my yaks that her ravens do amuse don't sleep . past
Target output: don't my yaks that her ravens do amuse sleep ?
Model output: don't my yaks that her ravens do amuse sleep ?
Input: your vultures that do smile don't swim . past
Target output: don't your vultures that do smile swim ?
Model output: don't your vultures that do smile swim ?
Input: my newts that do high_five her unicorn don't change . past
Target output: don't my newts that do high_five her unicorn change ?
Model output: don't my newts that do high_five her unicorn change ?
Input: the newt who does sleep doesn't remember some xylophones . past
Target output: doesn't the newt who does sleep remember some xylophones ?
Model output: doesn't the newt who does sleep remember some xylophones ?
Input: my walrus who doesn't eat does accept my xylophone . past
Target output: does my walrus who doesn't eat accept my xylophone ?
Model output: does my walrus who doesn't eat accept my xylophone ?
Input: your peacocks that our peacocks don't amuse do read . past
Target output: do your peacocks that our peacocks don't amuse read ?
Model output: do your peacocks that our peacocks don't amuse read ?
Input: her walrus that does high_five my tyrannosauruses doesn't admire your orangutan . past
Target output: doesn't her walrus that does high_five my tyrannosauruses admire your orangutan ?
Model output: doesn't her walrus that does high_five my tyrannosauruses high_five your orangutan ?", testfull:0.87, testpos:1.0, genfull:0.88, genpos:1.0, genlinear:0.44, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp252 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_52", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her unicorn with your orangutan does move . past
Target output: does her unicorn with your orangutan move ?
Model output: does her unicorn with your orangutan move ?
Input: her raven who doesn't entertain her unicorn doesn't smile . present
Target output: her raven who doesn't entertain her unicorn doesn't smile .
Model output: her raven who doesn't entertain her unicorn doesn't smile .
Input: your raven behind her orangutan doesn't high_five our unicorn . past
Target output: doesn't your raven behind her orangutan high_five our unicorn ?
Model output: doesn't your raven behind her orangutan high_five our unicorn ?
Input: your orangutans who do read do amuse our quail around my salamander . present
Target output: your orangutans who do read do amuse our quail around my salamander .
Model output: your orangutans who do read do amuse our quail around my salamander .
Input: my orangutan near the vulture does admire our yaks . present
Target output: my orangutan near the vulture does admire our yaks .
Model output: my orangutan near the vulture does admire our yaks .
Input: my xylophones by our tyrannosauruses don't smile . past
Target output: don't my xylophones by our tyrannosauruses smile ?
Model output: don't my xylophones by our tyrannosauruses smile ?
Input: some xylophone upon her yak doesn't amuse some ravens who do eat . past
Target output: doesn't some xylophone upon her yak amuse some ravens who do eat ?
Model output: doesn't some xylophone upon her yak amuse some ravens who do eat ?
Input: my zebra that the unicorns do applaud does read . present
Target output: my zebra that the unicorns do applaud does read .
Model output: my zebra that the unicorns do applaud does read .
Input: our orangutan does wait . present
Target output: our orangutan does wait .
Model output: our orangutan does wait .
Input: her yaks upon our newts don't applaud some newt that does comfort some quail . present
Target output: her yaks upon our newts don't applaud some newt that does comfort some quail .
Model output: her yaks upon our newts don't applaud some newt that does applaud some quail .", exgen:"Input: our raven who does read doesn't smile . past
Target output: doesn't our raven who does read smile ?
Model output: doesn't our raven who does read smile ?
Input: the newt that doesn't swim does comfort my vulture . past
Target output: does the newt that doesn't swim comfort my vulture ?
Model output: does the newt that doesn't swim comfort my vulture ?
Input: my yaks who some tyrannosauruses do amuse don't giggle . past
Target output: don't my yaks who some tyrannosauruses do amuse giggle ?
Model output: don't my yaks who some tyrannosauruses do amuse giggle ?
Input: my newts who don't entertain our walruses do sleep . past
Target output: do my newts who don't entertain our walruses sleep ?
Model output: do my newts who don't entertain our walruses sleep ?
Input: her unicorns who don't remember my newt do accept the tyrannosauruses . past
Target output: do her unicorns who don't remember my newt accept the tyrannosauruses ?
Model output: do her unicorns who don't remember my newt accept the tyrannosauruses ?
Input: some quails who do confuse our walrus don't eat . past
Target output: don't some quails who do confuse our walrus eat ?
Model output: don't some quails who do confuse our walrus eat ?
Input: my tyrannosaurus who does comfort your raven doesn't high_five our quail above some xylophones . past
Target output: doesn't my tyrannosaurus who does comfort your raven high_five our quail above some xylophones ?
Model output: doesn't my quail who does high_five our raven comfort your xylophones above some unicorns ?
Input: our vultures who do change don't confuse the salamanders below some xylophones . past
Target output: don't our vultures who do change confuse the salamanders below some xylophones ?
Model output: don't our vultures who do change confuse the salamanders below some xylophones ?
Input: the orangutans who some xylophones don't amuse do wait . past
Target output: do the orangutans who some xylophones don't amuse wait ?
Model output: do the orangutans who some xylophones don't amuse wait ?
Input: her unicorn that does change doesn't change . past
Target output: doesn't her unicorn that does change change ?
Model output: doesn't her unicorn that does change change ?", testfull:0.89, testpos:1.0, genfull:0.91, genpos:0.99, genlinear:0.46, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp253 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_53", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your tyrannosaurus that does confuse our yaks doesn't comfort my quails . past
Target output: doesn't your tyrannosaurus that does confuse our yaks comfort my quails ?
Model output: doesn't your tyrannosaurus that does confuse our yaks comfort my quails ?
Input: our quail who does entertain our salamander does remember your zebra with your quails . present
Target output: our quail who does entertain our salamander does remember your zebra with your quails .
Model output: our quail who does entertain our salamander does remember your zebra with your quails .
Input: my xylophones who don't change do admire your zebra near our quail . past
Target output: do my xylophones who don't change admire your zebra near our quail ?
Model output: do my xylophones who don't change admire your zebra near our quail ?
Input: your ravens who don't giggle don't high_five the quail . past
Target output: don't your ravens who don't giggle high_five the quail ?
Model output: don't your ravens who don't giggle high_five the quail ?
Input: my zebras who don't move don't move . present
Target output: my zebras who don't move don't move .
Model output: my zebras who don't move don't move .
Input: some yak that does eat does eat . past
Target output: does some yak that does eat eat ?
Model output: does some yak that does eat eat ?
Input: the zebra near some quail does accept some salamander who doesn't amuse the tyrannosauruses . present
Target output: the zebra near some quail does accept some salamander who doesn't amuse the tyrannosauruses .
Model output: the zebra near some quail does accept some salamander who doesn't amuse the tyrannosauruses .
Input: some orangutan doesn't entertain your unicorns who the tyrannosaurus doesn't remember . past
Target output: doesn't some orangutan entertain your unicorns who the tyrannosaurus doesn't remember ?
Model output: doesn't some orangutan entertain your unicorns who the tyrannosaurus doesn't remember ?
Input: the newts near the yak do amuse my newts below some unicorn . past
Target output: do the newts near the yak amuse my newts below some unicorn ?
Model output: do the newts near my yak amuse the newts below some unicorn ?
Input: my tyrannosaurus doesn't change . past
Target output: doesn't my tyrannosaurus change ?
Model output: doesn't my tyrannosaurus change ?", exgen:"Input: our orangutans that some orangutans don't entertain do wait . past
Target output: do our orangutans that some orangutans don't entertain wait ?
Model output: do our orangutans that some orangutans don't entertain wait ?
Input: her orangutan who doesn't wait does move . past
Target output: does her orangutan who doesn't wait move ?
Model output: does her orangutan who doesn't wait move ?
Input: her walrus that does high_five my tyrannosauruses doesn't admire your orangutan . past
Target output: doesn't her walrus that does high_five my tyrannosauruses admire your orangutan ?
Model output: doesn't her walrus that does high_five my tyrannosauruses admire your orangutan ?
Input: your yaks who do high_five your zebras don't accept her vultures . past
Target output: don't your yaks who do high_five your zebras accept her vultures ?
Model output: don't your yaks who do high_five your zebras accept her vultures ?
Input: some peacock who does remember your quail doesn't swim . past
Target output: doesn't some peacock who does remember your quail swim ?
Model output: doesn't some peacock who does remember your quail swim ?
Input: some tyrannosaurus that does high_five the quails doesn't wait . past
Target output: doesn't some tyrannosaurus that does high_five the quails wait ?
Model output: doesn't some tyrannosaurus that does high_five the quails wait ?
Input: the xylophone that doesn't giggle does giggle . past
Target output: does the xylophone that doesn't giggle giggle ?
Model output: does the xylophone that doesn't giggle giggle ?
Input: our zebra who doesn't eat does eat . past
Target output: does our zebra who doesn't eat eat ?
Model output: does our zebra who doesn't eat eat ?
Input: your newts who don't wait do remember her ravens . past
Target output: do your newts who don't wait remember her ravens ?
Model output: do your newts who don't wait remember her ravens ?
Input: my walrus that doesn't accept your orangutan does confuse my vulture . past
Target output: does my walrus that doesn't accept your orangutan confuse my vulture ?
Model output: does my walrus that doesn't accept your orangutan confuse my vulture ?", testfull:0.94, testpos:1.0, genfull:0.95, genpos:1.0, genlinear:0.49, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp254 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_54", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our unicorns don't amuse my walrus that does applaud my zebras . past
Target output: don't our unicorns amuse my walrus that does applaud my zebras ?
Model output: don't our unicorns amuse my walrus that does applaud my zebras ?
Input: her quail with our vulture does move . past
Target output: does her quail with our vulture move ?
Model output: does her quail with our vulture move ?
Input: the raven by our xylophone doesn't applaud your zebras . past
Target output: doesn't the raven by our xylophone applaud your zebras ?
Model output: doesn't the raven by our xylophone applaud your zebras ?
Input: the salamander that does sleep doesn't admire my vulture . present
Target output: the salamander that does sleep doesn't admire my vulture .
Model output: the salamander that does sleep doesn't admire my vulture .
Input: some salamanders who don't applaud the raven don't remember her vulture that doesn't admire your salamander . past
Target output: don't some salamanders who don't applaud the raven remember her vulture that doesn't admire your salamander ?
Model output: don't some salamanders who don't applaud her tyrannosaurus remember the salamander that doesn't admire your salamander ?
Input: some yaks that my salamander does applaud don't admire your walruses above some yaks . past
Target output: don't some yaks that my salamander does applaud admire your walruses above some yaks ?
Model output: don't some yaks that my salamander does applaud admire your walruses above some yaks ?
Input: your unicorn behind our newt doesn't remember my vultures . present
Target output: your unicorn behind our newt doesn't remember my vultures .
Model output: your unicorn behind our newt doesn't remember my vultures .
Input: my xylophone near the zebras does sleep . past
Target output: does my xylophone near the zebras sleep ?
Model output: does my xylophone near the zebras sleep ?
Input: my tyrannosaurus who does giggle doesn't comfort her walrus . past
Target output: doesn't my tyrannosaurus who does giggle comfort her walrus ?
Model output: doesn't my tyrannosaurus who does giggle comfort her walrus ?
Input: my ravens by our quails do wait . past
Target output: do my ravens by our quails wait ?
Model output: do my ravens by our quails wait ?", exgen:"Input: her vulture that doesn't sleep does move . past
Target output: does her vulture that doesn't sleep move ?
Model output: does her vulture that doesn't sleep move ?
Input: some quail who doesn't applaud my vulture does wait . past
Target output: does some quail who doesn't applaud my vulture wait ?
Model output: does some quail who doesn't applaud my vulture wait ?
Input: the orangutan who does high_five my salamander doesn't swim . past
Target output: doesn't the orangutan who does high_five my salamander swim ?
Model output: doesn't the orangutan who does high_five my salamander swim ?
Input: my vulture that doesn't read does eat . past
Target output: does my vulture that doesn't read eat ?
Model output: does my vulture that doesn't read eat ?
Input: my zebra who does high_five the tyrannosauruses doesn't accept your newt upon some walruses . past
Target output: doesn't my zebra who does high_five the tyrannosauruses accept your newt upon some walruses ?
Model output: doesn't my zebra who does high_five the tyrannosauruses accept your newt upon some walruses ?
Input: the salamanders that do wait don't swim . past
Target output: don't the salamanders that do wait swim ?
Model output: don't the salamanders that do wait swim ?
Input: some walruses that do entertain the newts don't giggle . past
Target output: don't some walruses that do entertain the newts giggle ?
Model output: don't some walruses that do entertain the newts giggle ?
Input: her yak who my tyrannosaurus doesn't admire does change . past
Target output: does her yak who my tyrannosaurus doesn't admire change ?
Model output: does her yak who my tyrannosaurus doesn't admire change ?
Input: some salamander who my tyrannosaurus doesn't comfort does eat . past
Target output: does some salamander who my tyrannosaurus doesn't comfort eat ?
Model output: does some salamander who my tyrannosaurus doesn't comfort eat ?
Input: your salamander that does read doesn't applaud our peacocks . past
Target output: doesn't your salamander that does read applaud our peacocks ?
Model output: doesn't your salamander that does read applaud our peacocks ?", testfull:0.88, testpos:1.0, genfull:0.89, genpos:0.99, genlinear:0.45, genmvcorrect:0.98, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp255 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_55", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some xylophones who the ravens do amuse do read . present
Target output: some xylophones who the ravens do amuse do read .
Model output: some xylophones who the ravens do amuse do read .
Input: the salamanders don't giggle . present
Target output: the salamanders don't giggle .
Model output: the salamanders don't giggle .
Input: her quail with some vulture does entertain some zebra by my newt . present
Target output: her quail with some vulture does entertain some zebra by my newt .
Model output: her quail with some vulture does entertain some zebra by my newt .
Input: some orangutan does move . present
Target output: some orangutan does move .
Model output: some orangutan does move .
Input: the vulture that the peacocks don't comfort does amuse her zebra . present
Target output: the vulture that the peacocks don't comfort does amuse her zebra .
Model output: the vulture that the peacocks don't comfort does amuse her zebra .
Input: my yaks who some tyrannosauruses do amuse don't giggle . past
Target output: don't my yaks who some tyrannosauruses do amuse giggle ?
Model output: don't my yaks who some tyrannosauruses do amuse giggle ?
Input: her walrus below her walruses does high_five the salamanders upon our quail . past
Target output: does her walrus below her walruses high_five the salamanders upon our quail ?
Model output: does her walrus below her salamanders high_five the walruses upon her quail ?
Input: your unicorn does move . present
Target output: your unicorn does move .
Model output: your unicorn does move .
Input: her vulture doesn't move . present
Target output: her vulture doesn't move .
Model output: her vulture doesn't move .
Input: some vultures that do high_five the yaks don't confuse the xylophones who some peacocks do confuse . present
Target output: some vultures that do high_five the yaks don't confuse the xylophones who some peacocks do confuse .
Model output: some vultures that do confuse the yaks don't high_five some xylophones who the peacocks do confuse .", exgen:"Input: the yaks that her yaks don't confuse do admire your xylophones near some peacock . past
Target output: do the yaks that her yaks don't confuse admire your xylophones near some peacock ?
Model output: do the yaks that her yaks don't confuse admire your xylophones near some peacock ?
Input: some walruses that do entertain the newts don't giggle . past
Target output: don't some walruses that do entertain the newts giggle ?
Model output: don't some walruses that do entertain the newts giggle ?
Input: some peacocks that her yaks do high_five don't applaud her newts . past
Target output: don't some peacocks that her yaks do high_five applaud her newts ?
Model output: don't some peacocks that her yaks do high_five applaud her newts ?
Input: some raven that doesn't high_five our xylophones does wait . past
Target output: does some raven that doesn't high_five our xylophones wait ?
Model output: does some raven that doesn't high_five our xylophones wait ?
Input: some peacocks who do eat don't accept our tyrannosauruses behind her zebra . past
Target output: don't some peacocks who do eat accept our tyrannosauruses behind her zebra ?
Model output: don't some peacocks who do eat accept our tyrannosauruses behind her zebra ?
Input: her unicorn who doesn't smile does high_five the quails . past
Target output: does her unicorn who doesn't smile high_five the quails ?
Model output: does her unicorn who doesn't smile high_five the quails ?
Input: my salamanders who the walruses don't confuse do entertain some salamander . past
Target output: do my salamanders who the walruses don't confuse entertain some salamander ?
Model output: do my salamanders who the walruses don't confuse entertain some salamander ?
Input: the quail who her yak does admire doesn't amuse my tyrannosaurus . past
Target output: doesn't the quail who her yak does admire amuse my tyrannosaurus ?
Model output: doesn't the quail who her yak does admire amuse my tyrannosaurus ?
Input: my tyrannosauruses that do swim don't admire your newts . past
Target output: don't my tyrannosauruses that do swim admire your newts ?
Model output: don't my tyrannosauruses that do swim admire your newts ?
Input: some raven that does admire my orangutans doesn't remember her vulture . past
Target output: doesn't some raven that does admire my orangutans remember her vulture ?
Model output: doesn't some raven that does admire my orangutans remember her vulture ?", testfull:0.89, testpos:1.0, genfull:0.9, genpos:1.0, genlinear:0.46, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp256 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_56", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my zebras don't amuse your yaks . present
Target output: my zebras don't amuse your yaks .
Model output: my zebras don't amuse your yaks .
Input: the unicorns who do remember your vulture do giggle . past
Target output: do the unicorns who do remember your vulture giggle ?
Model output: do the unicorns who do remember your vulture giggle ?
Input: the tyrannosauruses that don't admire some newts do comfort her salamander . past
Target output: do the tyrannosauruses that don't admire some newts comfort her salamander ?
Model output: do the tyrannosauruses that don't admire some newts comfort her salamander ?
Input: my walruses upon our newt don't admire my orangutan . past
Target output: don't my walruses upon our newt admire my orangutan ?
Model output: don't my walruses upon our newt admire my orangutan ?
Input: some vultures do high_five her walrus . past
Target output: do some vultures high_five her walrus ?
Model output: do some vultures high_five her walrus ?
Input: your unicorns that do read do sleep . present
Target output: your unicorns that do read do sleep .
Model output: your unicorns that do read do sleep .
Input: your salamanders who don't entertain the xylophones don't amuse my unicorn . past
Target output: don't your salamanders who don't entertain the xylophones amuse my unicorn ?
Model output: don't your salamanders who don't entertain the xylophones amuse my unicorn ?
Input: my peacocks do amuse the tyrannosauruses by some peacocks . past
Target output: do my peacocks amuse the tyrannosauruses by some peacocks ?
Model output: do my peacocks amuse the tyrannosauruses by some peacocks ?
Input: the raven does change . past
Target output: does the raven change ?
Model output: does the raven change ?
Input: your newt by her salamander does eat . past
Target output: does your newt by her salamander eat ?
Model output: does your newt by her salamander eat ?", exgen:"Input: my tyrannosauruses that do swim don't admire your newts . past
Target output: don't my tyrannosauruses that do swim admire your newts ?
Model output: don't my tyrannosauruses that do swim admire your newts ?
Input: your raven who does smile doesn't read . past
Target output: doesn't your raven who does smile read ?
Model output: doesn't your raven who does smile read ?
Input: your walrus who does wait doesn't sleep . past
Target output: doesn't your walrus who does wait sleep ?
Model output: doesn't your walrus who does wait sleep ?
Input: some orangutan who doesn't admire the unicorn does comfort her newt around your newts . past
Target output: does some orangutan who doesn't admire the unicorn comfort her newt around your newts ?
Model output: does some orangutan who doesn't admire the unicorn comfort her newt around your newts ?
Input: her unicorns who don't remember my newt do accept the tyrannosauruses . past
Target output: do her unicorns who don't remember my newt accept the tyrannosauruses ?
Model output: do her unicorns who don't remember my newt accept the tyrannosauruses ?
Input: some ravens that don't change do eat . past
Target output: do some ravens that don't change eat ?
Model output: do some ravens that don't change eat ?
Input: her walrus that doesn't accept the newt does smile . past
Target output: does her walrus that doesn't accept the newt smile ?
Model output: does her walrus that doesn't accept the newt smile ?
Input: your newt who does swim doesn't sleep . past
Target output: doesn't your newt who does swim sleep ?
Model output: doesn't your newt who does swim sleep ?
Input: my unicorns who some orangutans do entertain don't smile . past
Target output: don't my unicorns who some orangutans do entertain smile ?
Model output: don't my unicorns who some orangutans do entertain smile ?
Input: your quail that does read doesn't eat . past
Target output: doesn't your quail that does read eat ?
Model output: doesn't your quail that does read eat ?", testfull:0.92, testpos:1.0, genfull:0.9, genpos:1.0, genlinear:0.47, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp257 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_57", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our yaks do read . present
Target output: our yaks do read .
Model output: our yaks do read .
Input: some raven that does change does eat . present
Target output: some raven that does change does eat .
Model output: some raven that does change does eat .
Input: our tyrannosaurus above her quails doesn't move . past
Target output: doesn't our tyrannosaurus above her quails move ?
Model output: doesn't our tyrannosaurus above her quails move ?
Input: the tyrannosauruses who don't entertain the yaks don't applaud my peacock . present
Target output: the tyrannosauruses who don't entertain the yaks don't applaud my peacock .
Model output: the tyrannosauruses who don't entertain the yaks don't applaud my peacock .
Input: her walrus does admire your newt that does admire some orangutans . present
Target output: her walrus does admire your newt that does admire some orangutans .
Model output: her walrus does admire your newt that does admire some orangutans .
Input: your newts don't entertain your xylophone . present
Target output: your newts don't entertain your xylophone .
Model output: your newts don't entertain your xylophone .
Input: our yak below my yak doesn't remember the raven . past
Target output: doesn't our yak below my yak remember the raven ?
Model output: doesn't our yak below my yak remember the raven ?
Input: the yak around my unicorns does comfort your ravens upon my unicorn . past
Target output: does the yak around my unicorns comfort your ravens upon my unicorn ?
Model output: does the yak around my unicorns comfort your ravens upon my unicorn ?
Input: our peacocks upon her vultures don't entertain our salamander who does applaud her orangutan . present
Target output: our peacocks upon her vultures don't entertain our salamander who does applaud her orangutan .
Model output: our peacocks upon her vultures don't entertain our salamander who does applaud her orangutan .
Input: some tyrannosaurus below your salamander doesn't move . past
Target output: doesn't some tyrannosaurus below your salamander move ?
Model output: doesn't some tyrannosaurus below your salamander move ?", exgen:"Input: her walruses who do high_five your newt don't sleep . past
Target output: don't her walruses who do high_five your newt sleep ?
Model output: don't her walruses who do high_five your newt sleep ?
Input: our orangutans who do wait don't move . past
Target output: don't our orangutans who do wait move ?
Model output: don't our orangutans who do wait move ?
Input: your walrus who does high_five our vultures doesn't applaud some newts . past
Target output: doesn't your walrus who does high_five our vultures applaud some newts ?
Model output: doesn't your walrus who does high_five our vultures applaud some newts ?
Input: some newt who does giggle doesn't smile . past
Target output: doesn't some newt who does giggle smile ?
Model output: doesn't some newt who does giggle smile ?
Input: your yak who does move doesn't move . past
Target output: doesn't your yak who does move move ?
Model output: doesn't your yak who does move move ?
Input: some peacock that does giggle doesn't giggle . past
Target output: doesn't some peacock that does giggle giggle ?
Model output: doesn't some peacock that does giggle giggle ?
Input: my tyrannosauruses who our quails do comfort don't high_five her orangutan . past
Target output: don't my tyrannosauruses who our quails do comfort high_five her orangutan ?
Model output: don't my tyrannosauruses who our quails do comfort high_five her orangutan ?
Input: my tyrannosaurus who does accept your salamander doesn't entertain my quail by our vulture . past
Target output: doesn't my tyrannosaurus who does accept your salamander entertain my quail by our vulture ?
Model output: doesn't my tyrannosaurus who does accept your salamander entertain my quail by our salamander ?
Input: your salamander that doesn't swim does remember my vultures with your yaks . past
Target output: does your salamander that doesn't swim remember my vultures with your yaks ?
Model output: does your salamander that doesn't swim remember my vultures with your yaks ?
Input: your xylophones that don't comfort your vultures do change . past
Target output: do your xylophones that don't comfort your vultures change ?
Model output: do your xylophones that don't comfort your vultures change ?", testfull:0.95, testpos:1.0, genfull:0.94, genpos:1.0, genlinear:0.48, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp258 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_58", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her tyrannosauruses that do admire some vulture do wait . past
Target output: do her tyrannosauruses that do admire some vulture wait ?
Model output: do her tyrannosauruses that do admire some vulture wait ?
Input: our vultures upon our walrus don't giggle . past
Target output: don't our vultures upon our walrus giggle ?
Model output: don't our vultures upon our walrus giggle ?
Input: your unicorn who doesn't amuse your orangutan does wait . past
Target output: does your unicorn who doesn't amuse your orangutan wait ?
Model output: does your unicorn who doesn't amuse your orangutan wait ?
Input: the quails upon her peacocks don't applaud my vultures who do applaud her salamander . past
Target output: don't the quails upon her peacocks applaud my vultures who do applaud her salamander ?
Model output: don't the quails upon her peacocks applaud my vultures who do applaud her salamander ?
Input: our salamander by your quails doesn't move . present
Target output: our salamander by your quails doesn't move .
Model output: our salamander by your quails doesn't move .
Input: the newts who your peacock doesn't remember do eat . past
Target output: do the newts who your peacock doesn't remember eat ?
Model output: do the newts who your peacock doesn't remember eat ?
Input: our orangutan doesn't wait . present
Target output: our orangutan doesn't wait .
Model output: our orangutan doesn't wait .
Input: your walrus does amuse my unicorns . past
Target output: does your walrus amuse my unicorns ?
Model output: does your walrus amuse my unicorns ?
Input: her raven who our ravens don't accept does wait . present
Target output: her raven who our ravens don't accept does wait .
Model output: her raven who our ravens don't accept does wait .
Input: the vultures who don't move don't swim . present
Target output: the vultures who don't move don't swim .
Model output: the vultures who don't move don't swim .", exgen:"Input: some orangutans who don't high_five our unicorns do eat . past
Target output: do some orangutans who don't high_five our unicorns eat ?
Model output: do some orangutans who don't high_five our unicorns eat ?
Input: my salamanders who do read don't change . past
Target output: don't my salamanders who do read change ?
Model output: don't my salamanders who do read change ?
Input: the tyrannosaurus that doesn't entertain your quail does accept the ravens upon the quail . past
Target output: does the tyrannosaurus that doesn't entertain your quail accept the ravens upon the quail ?
Model output: does the tyrannosaurus that doesn't entertain your quail accept the ravens upon the quail ?
Input: your tyrannosaurus that doesn't entertain some quail does high_five my salamander below your xylophone . past
Target output: does your tyrannosaurus that doesn't entertain some quail high_five my salamander below your xylophone ?
Model output: does your tyrannosaurus that doesn't high_five some salamander entertain my quail that does comfort your xylophone
Input: your peacocks that don't sleep do giggle . past
Target output: do your peacocks that don't sleep giggle ?
Model output: do your peacocks that don't sleep giggle ?
Input: your yaks that don't comfort your walrus do remember my xylophones . past
Target output: do your yaks that don't comfort your walrus remember my xylophones ?
Model output: do your yaks that don't comfort your walrus remember my xylophones ?
Input: her vulture that does move doesn't eat . past
Target output: doesn't her vulture that does move eat ?
Model output: doesn't her vulture that does move eat ?
Input: some tyrannosaurus that doesn't entertain my ravens does confuse my orangutans . past
Target output: does some tyrannosaurus that doesn't entertain my ravens confuse my orangutans ?
Model output: does some tyrannosaurus that doesn't entertain my ravens confuse my orangutans ?
Input: your newts who don't wait do remember her ravens . past
Target output: do your newts who don't wait remember her ravens ?
Model output: do your newts who don't wait remember her ravens ?
Input: some peacocks that her yaks do high_five don't applaud her newts . past
Target output: don't some peacocks that her yaks do high_five applaud her newts ?
Model output: don't some peacocks that her yaks do high_five applaud her newts ?", testfull:0.87, testpos:1.0, genfull:0.87, genpos:0.99, genlinear:0.44, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp259 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_59", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our yak below my yak doesn't remember the raven . past
Target output: doesn't our yak below my yak remember the raven ?
Model output: doesn't our yak below my yak remember the raven ?
Input: your tyrannosauruses don't amuse her newt below her vultures . past
Target output: don't your tyrannosauruses amuse her newt below her vultures ?
Model output: don't your tyrannosauruses amuse her newt below her vultures ?
Input: your salamanders around my salamander do confuse our vultures who do smile . present
Target output: your salamanders around my salamander do confuse our vultures who do smile .
Model output: your salamanders around my salamander do confuse our vultures who do smile .
Input: the peacocks who don't giggle do swim . present
Target output: the peacocks who don't giggle do swim .
Model output: the peacocks who don't giggle do swim .
Input: your zebra that doesn't high_five some quails does move . past
Target output: does your zebra that doesn't high_five some quails move ?
Model output: does your zebra that doesn't high_five some quails move ?
Input: some quails don't remember our walrus . past
Target output: don't some quails remember our walrus ?
Model output: don't some quails remember our walrus ?
Input: the ravens don't remember our quails with our salamanders . past
Target output: don't the ravens remember our quails with our salamanders ?
Model output: don't the ravens remember our quails with our salamanders ?
Input: the ravens around your vulture don't admire my walrus around her quails . present
Target output: the ravens around your vulture don't admire my walrus around her quails .
Model output: the ravens around your vulture don't admire my walrus around her quails .
Input: your yaks that don't high_five your xylophone don't sleep . present
Target output: your yaks that don't high_five your xylophone don't sleep .
Model output: your yaks that don't high_five your xylophone don't sleep .
Input: some salamanders upon some salamander do swim . present
Target output: some salamanders upon some salamander do swim .
Model output: some salamanders upon some salamander do swim .", exgen:"Input: your newt who does swim doesn't sleep . past
Target output: doesn't your newt who does swim sleep ?
Model output: doesn't your newt who does swim sleep ?
Input: our peacock who doesn't smile does admire the zebras . past
Target output: does our peacock who doesn't smile admire the zebras ?
Model output: does our peacock who doesn't smile admire the zebras ?
Input: my vultures that don't accept the salamander do move . past
Target output: do my vultures that don't accept the salamander move ?
Model output: do my vultures that don't accept the salamander move ?
Input: some tyrannosauruses that some quails don't amuse do remember her tyrannosauruses . past
Target output: do some tyrannosauruses that some quails don't amuse remember her tyrannosauruses ?
Model output: do some tyrannosauruses that some quails don't amuse remember her tyrannosauruses ?
Input: our vultures that your tyrannosauruses do confuse don't move . past
Target output: don't our vultures that your tyrannosauruses do confuse move ?
Model output: don't our vultures that your tyrannosauruses do confuse move ?
Input: some quails who do confuse our walrus don't eat . past
Target output: don't some quails who do confuse our walrus eat ?
Model output: don't some quails who do confuse our walrus eat ?
Input: our quails who don't high_five the yaks do amuse her vultures near your salamander . past
Target output: do our quails who don't high_five the yaks amuse her vultures near your salamander ?
Model output: do our quails who don't high_five her yaks amuse the vultures near your salamander ?
Input: her raven who does move doesn't sleep . past
Target output: doesn't her raven who does move sleep ?
Model output: doesn't her raven who does move sleep ?
Input: my walrus that doesn't swim does remember her yak below some tyrannosauruses . past
Target output: does my walrus that doesn't swim remember her yak below some tyrannosauruses ?
Model output: does my walrus that doesn't swim remember her yak below some tyrannosauruses ?
Input: her walrus that the walrus doesn't high_five does eat . past
Target output: does her walrus that the walrus doesn't high_five eat ?
Model output: does her walrus that the walrus doesn't high_five eat ?", testfull:0.91, testpos:1.0, genfull:0.93, genpos:1.0, genlinear:0.48, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp260 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_60", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some newt that doesn't sleep doesn't high_five her peacock . past
Target output: doesn't some newt that doesn't sleep high_five her peacock ?
Model output: doesn't some newt that doesn't sleep high_five her peacock ?
Input: the zebra near some quail does accept some salamander who doesn't amuse the tyrannosauruses . present
Target output: the zebra near some quail does accept some salamander who doesn't amuse the tyrannosauruses .
Model output: the zebra near some quail does accept some salamander who doesn't amuse the tyrannosauruses .
Input: some newt doesn't sleep . present
Target output: some newt doesn't sleep .
Model output: some newt doesn't sleep .
Input: her unicorns don't change . past
Target output: don't her unicorns change ?
Model output: don't her unicorns change ?
Input: her zebra doesn't change . present
Target output: her zebra doesn't change .
Model output: her zebra doesn't change .
Input: the vultures by our vultures do high_five some salamanders . present
Target output: the vultures by our vultures do high_five some salamanders .
Model output: the vultures by our vultures do high_five some salamanders .
Input: my raven by some zebras does wait . present
Target output: my raven by some zebras does wait .
Model output: my raven by some zebras does wait .
Input: her orangutan does comfort my walruses . past
Target output: does her orangutan comfort my walruses ?
Model output: does her orangutan comfort my walruses ?
Input: some unicorn that doesn't remember her ravens does eat . present
Target output: some unicorn that doesn't remember her ravens does eat .
Model output: some unicorn that doesn't remember her ravens does eat .
Input: some orangutan around her zebra doesn't admire the zebra . present
Target output: some orangutan around her zebra doesn't admire the zebra .
Model output: some orangutan around her zebra doesn't admire the zebra .", exgen:"Input: her salamanders who do confuse some vulture don't comfort our yak upon your newt . past
Target output: don't her salamanders who do confuse some vulture comfort our yak upon your newt ?
Model output: don't her salamanders who do confuse our yak comfort some vulture upon your newt ?
Input: your orangutans that do comfort my peacocks don't move . past
Target output: don't your orangutans that do comfort my peacocks move ?
Model output: don't your orangutans that do comfort my peacocks move ?
Input: the zebra who some yak doesn't comfort does high_five our ravens with her tyrannosauruses . past
Target output: does the zebra who some yak doesn't comfort high_five our ravens with her tyrannosauruses ?
Model output: does the zebra who some yak doesn't high_five comfort our tyrannosauruses with her ravens ?
Input: my zebra who does giggle doesn't move . past
Target output: doesn't my zebra who does giggle move ?
Model output: doesn't my zebra who does giggle move ?
Input: your tyrannosaurus that doesn't entertain some quail does high_five my salamander below your xylophone . past
Target output: does your tyrannosaurus that doesn't entertain some quail high_five my salamander below your xylophone ?
Model output: does your tyrannosaurus that doesn't entertain some salamander entertain my quail below your xylophone ?
Input: my salamander who does admire your peacock doesn't move . past
Target output: doesn't my salamander who does admire your peacock move ?
Model output: doesn't my salamander who does admire your peacock move ?
Input: some salamanders that don't giggle do smile . past
Target output: do some salamanders that don't giggle smile ?
Model output: do some salamanders that don't giggle smile ?
Input: our unicorn that does change doesn't giggle . past
Target output: doesn't our unicorn that does change giggle ?
Model output: doesn't our unicorn that does change change ?
Input: our vulture who my unicorn doesn't applaud does eat . past
Target output: does our vulture who my unicorn doesn't applaud eat ?
Model output: doesn't our vulture who my unicorn does applaud eat ?
Input: her yak who my tyrannosaurus doesn't admire does change . past
Target output: does her yak who my tyrannosaurus doesn't admire change ?
Model output: does her yak who my tyrannosaurus doesn't admire change ?", testfull:0.79, testpos:0.99, genfull:0.75, genpos:0.99, genlinear:0.4, genmvcorrect:0.92, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp261 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_61", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your newt around your newts doesn't remember your vulture who doesn't read . past
Target output: doesn't your newt around your newts remember your vulture who doesn't read ?
Model output: doesn't your newt around your newts remember your vulture who doesn't read ?
Input: our orangutans that the orangutans don't confuse do accept your quail upon some ravens . present
Target output: our orangutans that the orangutans don't confuse do accept your quail upon some ravens .
Model output: our orangutans that the orangutans don't confuse do accept your quail upon some ravens .
Input: the ravens upon our tyrannosaurus do sleep . present
Target output: the ravens upon our tyrannosaurus do sleep .
Model output: the ravens upon our tyrannosaurus do sleep .
Input: my tyrannosaurus around my orangutans doesn't smile . past
Target output: doesn't my tyrannosaurus around my orangutans smile ?
Model output: doesn't my tyrannosaurus around my orangutans smile ?
Input: some quails around some unicorns do accept my quails . past
Target output: do some quails around some unicorns accept my quails ?
Model output: do some quails around some unicorns accept my quails ?
Input: some peacocks who do amuse your vultures don't eat . present
Target output: some peacocks who do amuse your vultures don't eat .
Model output: some peacocks who do amuse your vultures don't eat .
Input: her zebras by her orangutans don't wait . past
Target output: don't her zebras by her orangutans wait ?
Model output: don't her zebras by her orangutans wait ?
Input: your newt above our orangutan does swim . present
Target output: your newt above our orangutan does swim .
Model output: your newt above our orangutan does swim .
Input: your yaks upon the walrus don't smile . past
Target output: don't your yaks upon the walrus smile ?
Model output: don't your yaks upon the walrus smile ?
Input: the xylophones by some zebras do smile . present
Target output: the xylophones by some zebras do smile .
Model output: the xylophones by some zebras do smile .", exgen:"Input: our orangutans that some orangutans don't entertain do wait . past
Target output: do our orangutans that some orangutans don't entertain wait ?
Model output: do our orangutans that some orangutans don't entertain wait ?
Input: some newts who do change don't move . past
Target output: don't some newts who do change move ?
Model output: don't some newts who do change move ?
Input: some salamanders that don't giggle do smile . past
Target output: do some salamanders that don't giggle smile ?
Model output: do some salamanders that don't giggle smile ?
Input: the vultures that our peacocks do admire don't amuse your quail . past
Target output: don't the vultures that our peacocks do admire amuse your quail ?
Model output: don't the peacocks that our peacocks do admire amuse your quail ?
Input: your zebra that does move doesn't eat . past
Target output: doesn't your zebra that does move eat ?
Model output: doesn't your zebra that does move eat ?
Input: your walrus that doesn't giggle does read . past
Target output: does your walrus that doesn't giggle read ?
Model output: does your walrus that doesn't giggle read ?
Input: our vultures who do change don't confuse the salamanders below some xylophones . past
Target output: don't our vultures who do change confuse the salamanders below some xylophones ?
Model output: don't our vultures who do change confuse the salamanders below some xylophones ?
Input: our zebra who does comfort the walruses doesn't wait . past
Target output: doesn't our zebra who does comfort the walruses wait ?
Model output: doesn't our zebra who does comfort the walruses wait ?
Input: the orangutans who do giggle don't confuse our orangutan . past
Target output: don't the orangutans who do giggle confuse our orangutan ?
Model output: don't the orangutans who do giggle confuse our orangutan ?
Input: my quail that doesn't applaud her newt does smile . past
Target output: does my quail that doesn't applaud her newt smile ?
Model output: does my quail that doesn't applaud her newt smile ?", testfull:0.9, testpos:1.0, genfull:0.9, genpos:1.0, genlinear:0.46, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp262 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_62", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our xylophone with your newts doesn't high_five the newts . past
Target output: doesn't our xylophone with your newts high_five the newts ?
Model output: doesn't our xylophone with your newts high_five the newts ?
Input: our zebra doesn't applaud your yak . past
Target output: doesn't our zebra applaud your yak ?
Model output: doesn't our zebra applaud your yak ?
Input: our peacock does applaud some walruses with her quail . past
Target output: does our peacock applaud some walruses with her quail ?
Model output: does our peacock applaud some walruses with her quail ?
Input: the vulture does amuse my ravens that do remember your salamander . present
Target output: the vulture does amuse my ravens that do remember your salamander .
Model output: the vulture does amuse my ravens that do remember your salamander .
Input: her xylophones who don't admire our xylophones do remember our yak above my salamander . past
Target output: do her xylophones who don't admire our xylophones remember our yak above my salamander ?
Model output: do her xylophones who don't admire our xylophones remember our yak above my salamander ?
Input: her salamanders don't read . past
Target output: don't her salamanders read ?
Model output: don't her salamanders read ?
Input: the salamander that does high_five your xylophone does comfort our yak with some walrus . present
Target output: the salamander that does high_five your xylophone does comfort our yak with some walrus .
Model output: the salamander that does high_five your xylophone does comfort our yak with some walrus .
Input: her unicorn that does high_five her orangutan does entertain our ravens that some orangutans do confuse . present
Target output: her unicorn that does high_five her orangutan does entertain our ravens that some orangutans do confuse .
Model output: her unicorn that does entertain her orangutan does confuse our ravens that some orangutans do high_five .
Input: your zebra doesn't giggle . present
Target output: your zebra doesn't giggle .
Model output: your zebra doesn't giggle .
Input: her xylophones do giggle . present
Target output: her xylophones do giggle .
Model output: her xylophones do giggle .", exgen:"Input: some unicorn that doesn't admire her salamander does giggle . past
Target output: does some unicorn that doesn't admire her salamander giggle ?
Model output: does some unicorn that doesn't admire her salamander giggle ?
Input: some quail who does sleep doesn't wait . past
Target output: doesn't some quail who does sleep wait ?
Model output: doesn't some quail who does sleep wait ?
Input: her peacocks who don't smile do wait . past
Target output: do her peacocks who don't smile wait ?
Model output: do her peacocks who don't smile wait ?
Input: the vulture who my raven does remember doesn't swim . past
Target output: doesn't the vulture who my raven does remember swim ?
Model output: doesn't the vulture who my raven does remember swim ?
Input: some orangutans that don't swim do wait . past
Target output: do some orangutans that don't swim wait ?
Model output: do some orangutans that don't wait swim ?
Input: some walrus who doesn't high_five your newt does sleep . past
Target output: does some walrus who doesn't high_five your newt sleep ?
Model output: does some walrus who doesn't high_five your newt sleep ?
Input: your peacock who doesn't smile does remember your vultures behind my tyrannosaurus . past
Target output: does your peacock who doesn't smile remember your vultures behind my tyrannosaurus ?
Model output: does your peacock who doesn't smile remember your vultures behind my tyrannosaurus ?
Input: our vulture that doesn't eat does smile . past
Target output: does our vulture that doesn't eat smile ?
Model output: does our vulture that doesn't eat smile ?
Input: my walrus that doesn't accept your orangutan does confuse my vulture . past
Target output: does my walrus that doesn't accept your orangutan confuse my vulture ?
Model output: does my walrus that doesn't confuse your orangutan accept my vulture ?
Input: my orangutan who does sleep doesn't high_five her zebras behind your salamanders . past
Target output: doesn't my orangutan who does sleep high_five her zebras behind your salamanders ?
Model output: doesn't my orangutan who does sleep high_five her salamanders behind your zebras ?", testfull:0.89, testpos:1.0, genfull:0.88, genpos:1.0, genlinear:0.45, genmvcorrect:0.98, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp263 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_63", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her peacock doesn't read . present
Target output: her peacock doesn't read .
Model output: her peacock doesn't read .
Input: our orangutans don't amuse your vulture who doesn't giggle . past
Target output: don't our orangutans amuse your vulture who doesn't giggle ?
Model output: don't our orangutans amuse your vulture who doesn't giggle ?
Input: our salamanders that don't read do amuse her salamander upon her peacocks . present
Target output: our salamanders that don't read do amuse her salamander upon her peacocks .
Model output: our salamanders that don't read do amuse her salamander upon her peacocks .
Input: her walruses do admire the newt who does comfort your orangutan . past
Target output: do her walruses admire the newt who does comfort your orangutan ?
Model output: do her walruses admire the newt who does comfort your orangutan ?
Input: some vultures around your vulture do smile . past
Target output: do some vultures around your vulture smile ?
Model output: do some vultures around your vulture smile ?
Input: the newts who some tyrannosauruses do high_five do change . past
Target output: do the newts who some tyrannosauruses do high_five change ?
Model output: do the newts who some tyrannosauruses do high_five change ?
Input: your xylophones below my zebra do read . present
Target output: your xylophones below my zebra do read .
Model output: your xylophones below my zebra do read .
Input: my quail above our yaks does remember her xylophone who doesn't high_five our salamander . past
Target output: does my quail above our yaks remember her xylophone who doesn't high_five our salamander ?
Model output: does my quail above our yaks remember her xylophone who doesn't high_five our salamander ?
Input: your zebra that does giggle does sleep . present
Target output: your zebra that does giggle does sleep .
Model output: your zebra that does giggle does sleep .
Input: your vultures who don't accept her quails don't admire my salamander . past
Target output: don't your vultures who don't accept her quails admire my salamander ?
Model output: don't your vultures who don't accept her quails admire my salamander ?", exgen:"Input: some xylophones who do high_five her yaks don't remember the yaks above some newts . past
Target output: don't some xylophones who do high_five her yaks remember the yaks above some newts ?
Model output: don't some xylophones who do high_five her yaks high_five the newts above some yaks ?
Input: your walrus that does confuse some zebra doesn't eat . past
Target output: doesn't your walrus that does confuse some zebra eat ?
Model output: doesn't your walrus that does confuse some zebra eat ?
Input: our vultures that do applaud some quails don't comfort your raven . past
Target output: don't our vultures that do applaud some quails comfort your raven ?
Model output: don't our vultures that do applaud some quails comfort your raven ?
Input: some orangutans that do amuse her zebra don't swim . past
Target output: don't some orangutans that do amuse her zebra swim ?
Model output: don't some orangutans that do amuse her zebra swim ?
Input: the vultures that our peacocks do admire don't amuse your quail . past
Target output: don't the vultures that our peacocks do admire amuse your quail ?
Model output: don't the vultures that our peacocks do admire amuse your quail ?
Input: our yak that does remember the peacock doesn't applaud her unicorns . past
Target output: doesn't our yak that does remember the peacock applaud her unicorns ?
Model output: doesn't our yak that does remember the peacock applaud her unicorns ?
Input: some quails who do entertain some salamander don't accept our newt around our tyrannosaurus . past
Target output: don't some quails who do entertain some salamander accept our newt around our tyrannosaurus ?
Model output: don't some quails who do entertain some salamander accept our salamander around our tyrannosaurus ?
Input: your zebra who some zebra does confuse doesn't giggle . past
Target output: doesn't your zebra who some zebra does confuse giggle ?
Model output: doesn't your zebra who some zebra does confuse giggle ?
Input: my salamanders who the walruses don't confuse do entertain some salamander . past
Target output: do my salamanders who the walruses don't confuse entertain some salamander ?
Model output: do my walruses who the walruses don't entertain confuse some salamander ?
Input: her yaks who don't sleep do eat . past
Target output: do her yaks who don't sleep eat ?
Model output: do her yaks who don't sleep eat ?", testfull:0.86, testpos:1.0, genfull:0.87, genpos:1.0, genlinear:0.45, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp264 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_64", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the newts don't admire some peacock who does move . present
Target output: the newts don't admire some peacock who does move .
Model output: the newts don't admire some peacock who does move .
Input: the xylophones around my unicorn don't comfort the unicorns . present
Target output: the xylophones around my unicorn don't comfort the unicorns .
Model output: the xylophones around my unicorn don't comfort the unicorns .
Input: the peacocks behind the orangutan do high_five our quails upon our walruses . past
Target output: do the peacocks behind the orangutan high_five our quails upon our walruses ?
Model output: do the peacocks behind the orangutan high_five our quails upon our walruses ?
Input: my raven that doesn't eat does sleep . past
Target output: does my raven that doesn't eat sleep ?
Model output: does my raven that doesn't eat sleep ?
Input: our quails that the walrus does comfort don't applaud some unicorn . present
Target output: our quails that the walrus does comfort don't applaud some unicorn .
Model output: our quails that the walrus does applaud don't comfort some unicorn .
Input: her newt behind your salamander does read . past
Target output: does her newt behind your salamander read ?
Model output: does her newt behind your salamander read ?
Input: some orangutan does amuse our walruses . present
Target output: some orangutan does amuse our walruses .
Model output: some orangutan does amuse our walruses .
Input: your yaks don't read . past
Target output: don't your yaks read ?
Model output: don't your yaks read ?
Input: our xylophone that my ravens don't remember doesn't swim . present
Target output: our xylophone that my ravens don't remember doesn't swim .
Model output: our xylophone that my ravens don't remember doesn't swim .
Input: the salamander does entertain some vultures who don't wait . present
Target output: the salamander does entertain some vultures who don't wait .
Model output: the salamander does entertain some vultures who don't wait .", exgen:"Input: some salamanders that don't giggle do smile . past
Target output: do some salamanders that don't giggle smile ?
Model output: do some salamanders that don't giggle smile ?
Input: her newt that does admire your ravens doesn't sleep . past
Target output: doesn't her newt that does admire your ravens sleep ?
Model output: doesn't her newt that does admire your ravens sleep ?
Input: our tyrannosauruses that don't eat do read . past
Target output: do our tyrannosauruses that don't eat read ?
Model output: do our tyrannosauruses that don't eat read ?
Input: my newt that does sleep doesn't comfort your vultures below her ravens . past
Target output: doesn't my newt that does sleep comfort your vultures below her ravens ?
Model output: doesn't my newt that does sleep comfort your vultures below her ravens ?
Input: your quail that does comfort her orangutan doesn't swim . past
Target output: doesn't your quail that does comfort her orangutan swim ?
Model output: doesn't your quail that does comfort her orangutan swim ?
Input: your walrus that doesn't giggle does read . past
Target output: does your walrus that doesn't giggle read ?
Model output: does your walrus that doesn't giggle read ?
Input: my yaks that don't move do admire your tyrannosaurus . past
Target output: do my yaks that don't move admire your tyrannosaurus ?
Model output: do my yaks that don't move admire your tyrannosaurus ?
Input: your xylophone that does swim doesn't read . past
Target output: doesn't your xylophone that does swim read ?
Model output: doesn't your xylophone that does swim swim ?
Input: your tyrannosauruses that don't entertain the orangutans do amuse your xylophone above my newt . past
Target output: do your tyrannosauruses that don't entertain the orangutans amuse your xylophone above my newt ?
Model output: do your orangutans that don't entertain the salamanders amuse your xylophone above my newt ?
Input: your raven who does smile doesn't entertain her peacock with our quail . past
Target output: doesn't your raven who does smile entertain her peacock with our quail ?
Model output: doesn't your raven who does smile entertain her peacock with our quail ?", testfull:0.9, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.47, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp265 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_65", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some xylophones around my unicorn don't accept my zebras . present
Target output: some xylophones around my unicorn don't accept my zebras .
Model output: some xylophones around my unicorn don't accept my zebras .
Input: my vultures don't accept our xylophone . present
Target output: my vultures don't accept our xylophone .
Model output: my vultures don't accept our xylophone .
Input: some zebra does admire her yaks . present
Target output: some zebra does admire her yaks .
Model output: some zebra does admire her yaks .
Input: our unicorns near some peacocks don't accept my peacock around the yak . present
Target output: our unicorns near some peacocks don't accept my peacock around the yak .
Model output: our unicorns near some peacocks don't accept my peacock around the yak .
Input: the yaks behind my tyrannosaurus do entertain my ravens who your unicorn doesn't high_five . present
Target output: the yaks behind my tyrannosaurus do entertain my ravens who your unicorn doesn't high_five .
Model output: the yaks behind my tyrannosaurus do entertain your ravens who my unicorn doesn't high_five .
Input: the newt by her unicorn does accept some newt behind your peacocks . past
Target output: does the newt by her unicorn accept some newt behind your peacocks ?
Model output: does the newt by her unicorn accept some zebra behind your peacocks ?
Input: her newt does move . past
Target output: does her newt move ?
Model output: does her newt move ?
Input: her zebras around some salamander do eat . past
Target output: do her zebras around some salamander eat ?
Model output: do her zebras around some salamander eat ?
Input: our vulture above some xylophone doesn't move . present
Target output: our vulture above some xylophone doesn't move .
Model output: our vulture above some xylophone doesn't move .
Input: her zebras who don't remember the orangutan don't smile . present
Target output: her zebras who don't remember the orangutan don't smile .
Model output: her zebras who don't remember the orangutan don't smile .", exgen:"Input: my tyrannosaurus who doesn't change does high_five her salamanders around her yak . past
Target output: does my tyrannosaurus who doesn't change high_five her salamanders around her yak ?
Model output: does my tyrannosaurus who doesn't change high_five her salamanders around her yak ?
Input: our vultures that do entertain our peacock don't smile . past
Target output: don't our vultures that do entertain our peacock smile ?
Model output: don't our vultures that do entertain our peacock smile ?
Input: your zebras who do read don't change . past
Target output: don't your zebras who do read change ?
Model output: don't your zebras who do read change ?
Input: some newt who does admire her peacock doesn't comfort my vultures . past
Target output: doesn't some newt who does admire her peacock comfort my vultures ?
Model output: doesn't some newt who does admire her peacock comfort my vultures ?
Input: your peacock who doesn't accept her unicorns does high_five the salamanders . past
Target output: does your peacock who doesn't accept her unicorns high_five the salamanders ?
Model output: does your peacock who doesn't accept her unicorns high_five the salamanders ?
Input: the newts who do accept some yaks don't swim . past
Target output: don't the newts who do accept some yaks swim ?
Model output: don't the newts who do accept some yaks swim ?
Input: her orangutan that does comfort my orangutan doesn't admire your walrus upon our walruses . past
Target output: doesn't her orangutan that does comfort my orangutan admire your walrus upon our walruses ?
Model output: doesn't her orangutan that does comfort my orangutan admire your walrus upon our walruses ?
Input: the xylophones that don't remember her quail do giggle . past
Target output: do the xylophones that don't remember her quail giggle ?
Model output: do the xylophones that don't remember her quail giggle ?
Input: my tyrannosaurus who my walrus doesn't applaud does sleep . past
Target output: does my tyrannosaurus who my walrus doesn't applaud sleep ?
Model output: does my tyrannosaurus who my walrus doesn't applaud sleep ?
Input: some tyrannosauruses that do admire some orangutans don't read . past
Target output: don't some tyrannosauruses that do admire some orangutans read ?
Model output: don't some tyrannosauruses that do admire some orangutans read ?", testfull:0.95, testpos:1.0, genfull:0.96, genpos:1.0, genlinear:0.5, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp266 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_66", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the zebras who don't read do comfort our unicorn above your tyrannosauruses . past
Target output: do the zebras who don't read comfort our unicorn above your tyrannosauruses ?
Model output: don't the zebras who don't read comfort our unicorn above your tyrannosauruses ?
Input: some peacock below my unicorns doesn't remember her raven upon my tyrannosaurus . present
Target output: some peacock below my unicorns doesn't remember her raven upon my tyrannosaurus .
Model output: some peacock below my unicorns doesn't remember her raven upon my tyrannosaurus .
Input: her xylophone that does remember your xylophones does smile . present
Target output: her xylophone that does remember your xylophones does smile .
Model output: her xylophone that does remember your xylophones does smile .
Input: our unicorn with her xylophone does smile . present
Target output: our unicorn with her xylophone does smile .
Model output: our unicorn with her xylophone does smile .
Input: some raven near our unicorn does change . past
Target output: does some raven near our unicorn change ?
Model output: does some raven near our unicorn change ?
Input: her salamander that does wait doesn't change . present
Target output: her salamander that does wait doesn't change .
Model output: her salamander that does wait doesn't change .
Input: my walruses don't swim . present
Target output: my walruses don't swim .
Model output: my walruses don't swim .
Input: your walrus doesn't applaud her salamander who doesn't read . past
Target output: doesn't your walrus applaud her salamander who doesn't read ?
Model output: doesn't your walrus applaud her salamander who doesn't read ?
Input: her salamanders do admire our xylophones below our tyrannosauruses . present
Target output: her salamanders do admire our xylophones below our tyrannosauruses .
Model output: her salamanders do admire our xylophones below our tyrannosauruses .
Input: your yaks that do admire your tyrannosaurus don't change . present
Target output: your yaks that do admire your tyrannosaurus don't change .
Model output: your yaks that do admire your tyrannosaurus don't change .", exgen:"Input: the vulture that doesn't read does change . past
Target output: does the vulture that doesn't read change ?
Model output: does the vulture that doesn't read change ?
Input: your yak that your orangutan doesn't high_five does confuse our walrus . past
Target output: does your yak that your orangutan doesn't high_five confuse our walrus ?
Model output: does your yak that your orangutan doesn't high_five confuse our walrus ?
Input: your orangutan who her peacock does entertain doesn't smile . past
Target output: doesn't your orangutan who her peacock does entertain smile ?
Model output: doesn't your orangutan who her peacock does entertain smile ?
Input: some ravens that some walruses don't comfort do giggle . past
Target output: do some ravens that some walruses don't comfort giggle ?
Model output: do some ravens that some walruses don't comfort giggle ?
Input: your unicorns who don't swim do high_five her quails . past
Target output: do your unicorns who don't swim high_five her quails ?
Model output: do your unicorns who don't swim high_five her quails ?
Input: the yaks that don't wait do accept her raven near the xylophones . past
Target output: do the yaks that don't wait accept her raven near the xylophones ?
Model output: don't the yaks that don't wait accept her raven near the xylophones ?
Input: your walrus who does wait doesn't sleep . past
Target output: doesn't your walrus who does wait sleep ?
Model output: doesn't your walrus who does wait sleep ?
Input: her xylophone who does accept her vulture doesn't remember your vulture . past
Target output: doesn't her xylophone who does accept her vulture remember your vulture ?
Model output: doesn't her xylophone who does accept her vulture remember your vulture ?
Input: her xylophones that do admire our newt don't swim . past
Target output: don't her xylophones that do admire our newt swim ?
Model output: don't her xylophones that do admire our newt swim ?
Input: our unicorn that does change doesn't giggle . past
Target output: doesn't our unicorn that does change giggle ?
Model output: doesn't our unicorn that does change giggle ?", testfull:0.84, testpos:0.99, genfull:0.75, genpos:0.99, genlinear:0.42, genmvcorrect:0.87, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp267 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_67", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our peacocks above some orangutan don't sleep . past
Target output: don't our peacocks above some orangutan sleep ?
Model output: don't our peacocks above some orangutan sleep ?
Input: my zebras don't entertain some vulture above some walrus . present
Target output: my zebras don't entertain some vulture above some walrus .
Model output: my zebras don't entertain some vulture above some walrus .
Input: her zebras don't giggle . past
Target output: don't her zebras giggle ?
Model output: don't her zebras giggle ?
Input: some peacocks who do swim don't comfort some ravens . past
Target output: don't some peacocks who do swim comfort some ravens ?
Model output: don't some peacocks who do swim comfort some ravens ?
Input: her newts that some tyrannosaurus doesn't entertain do wait . present
Target output: her newts that some tyrannosaurus doesn't entertain do wait .
Model output: her newts that some tyrannosaurus doesn't entertain do wait .
Input: my walruses that don't eat don't comfort the unicorn . present
Target output: my walruses that don't eat don't comfort the unicorn .
Model output: my walruses that don't eat don't comfort the unicorn .
Input: some vulture who doesn't swim doesn't read . present
Target output: some vulture who doesn't swim doesn't read .
Model output: some vulture who doesn't swim doesn't read .
Input: our vultures who do change don't confuse the salamanders below some xylophones . past
Target output: don't our vultures who do change confuse the salamanders below some xylophones ?
Model output: don't our vultures who do change confuse the salamanders below some xylophones ?
Input: her vulture does confuse our tyrannosaurus with the tyrannosauruses . past
Target output: does her vulture confuse our tyrannosaurus with the tyrannosauruses ?
Model output: does her vulture confuse our tyrannosaurus with the tyrannosauruses ?
Input: the walruses around your quail don't accept some yak that the peacock doesn't admire . present
Target output: the walruses around your quail don't accept some yak that the peacock doesn't admire .
Model output: the walruses around your quail don't accept some yak that the peacock doesn't admire .", exgen:"Input: my vulture who does high_five our orangutans doesn't applaud the quails behind our raven . past
Target output: doesn't my vulture who does high_five our orangutans applaud the quails behind our raven ?
Model output: doesn't my vulture who does high_five our orangutans applaud the orangutan behind our raven ?
Input: some zebra that does amuse our newt doesn't confuse our vultures by your yaks . past
Target output: doesn't some zebra that does amuse our newt confuse our vultures by your yaks ?
Model output: doesn't some zebra that does amuse our newt confuse our vultures by your yaks ?
Input: her vulture that does move doesn't eat . past
Target output: doesn't her vulture that does move eat ?
Model output: doesn't her vulture that does move eat ?
Input: her tyrannosaurus that our peacock doesn't admire does admire her orangutan near your unicorns . past
Target output: does her tyrannosaurus that our peacock doesn't admire admire her orangutan near your unicorns ?
Model output: does her tyrannosaurus that our peacock doesn't admire admire her orangutan near your unicorns ?
Input: her vulture that does move doesn't eat . past
Target output: doesn't her vulture that does move eat ?
Model output: doesn't her vulture that does move eat ?
Input: our unicorn who does swim doesn't smile . past
Target output: doesn't our unicorn who does swim smile ?
Model output: doesn't our unicorn who does swim smile ?
Input: your quail that does comfort her orangutan doesn't swim . past
Target output: doesn't your quail that does comfort her orangutan swim ?
Model output: doesn't your quail that does comfort her orangutan swim ?
Input: my yaks that do entertain her yak don't amuse our unicorn behind your orangutan . past
Target output: don't my yaks that do entertain her yak amuse our unicorn behind your orangutan ?
Model output: don't my yaks that do entertain her yak amuse our unicorn behind your yak ?
Input: her walrus that does high_five my tyrannosauruses doesn't admire your orangutan . past
Target output: doesn't her walrus that does high_five my tyrannosauruses admire your orangutan ?
Model output: doesn't her walrus that does high_five my tyrannosauruses admire your orangutan ?
Input: my vulture that does comfort my xylophones doesn't remember her quail behind our zebras . past
Target output: doesn't my vulture that does comfort my xylophones remember her quail behind our zebras ?
Model output: doesn't my vulture that does comfort my xylophones remember her quail behind our zebras ?", testfull:0.92, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.46, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp268 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_68", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our yaks who don't eat don't change . past
Target output: don't our yaks who don't eat change ?
Model output: don't our yaks who don't eat change ?
Input: her xylophones by our peacocks do smile . past
Target output: do her xylophones by our peacocks smile ?
Model output: do her xylophones by our peacocks smile ?
Input: my yaks around your xylophones don't move . present
Target output: my yaks around your xylophones don't move .
Model output: my yaks around your xylophones don't move .
Input: my zebras by the zebra do eat . past
Target output: do my zebras by the zebra eat ?
Model output: do my zebras by the zebra eat ?
Input: our raven doesn't applaud her vulture by her peacock . past
Target output: doesn't our raven applaud her vulture by her peacock ?
Model output: doesn't our raven applaud her vulture by her peacock ?
Input: your yaks by your quail don't remember some quail . present
Target output: your yaks by your quail don't remember some quail .
Model output: your yaks by your quail don't remember some quail .
Input: my yak does swim . past
Target output: does my yak swim ?
Model output: does my yak swim ?
Input: your vulture upon the walrus does sleep . present
Target output: your vulture upon the walrus does sleep .
Model output: your vulture upon the walrus does sleep .
Input: your zebra that doesn't remember her vulture does smile . past
Target output: does your zebra that doesn't remember her vulture smile ?
Model output: does your zebra that doesn't remember her vulture smile ?
Input: my ravens below some peacock do sleep . present
Target output: my ravens below some peacock do sleep .
Model output: my ravens below some peacock do sleep .", exgen:"Input: some quails who do entertain some salamander don't accept our newt around our tyrannosaurus . past
Target output: don't some quails who do entertain some salamander accept our newt around our tyrannosaurus ?
Model output: don't some quails who do entertain some salamander entertain our newt around our tyrannosaurus ?
Input: your newts that the xylophones don't confuse do high_five our xylophones . past
Target output: do your newts that the xylophones don't confuse high_five our xylophones ?
Model output: do your newts that the xylophones don't confuse high_five our xylophones ?
Input: the orangutan that does comfort our orangutans doesn't sleep . past
Target output: doesn't the orangutan that does comfort our orangutans sleep ?
Model output: doesn't the orangutan that does comfort our orangutans sleep ?
Input: her unicorn that doesn't change does giggle . past
Target output: does her unicorn that doesn't change giggle ?
Model output: does her unicorn that doesn't change giggle ?
Input: your peacock who doesn't smile does remember your vultures behind my tyrannosaurus . past
Target output: does your peacock who doesn't smile remember your vultures behind my tyrannosaurus ?
Model output: does your peacock who doesn't smile remember your vultures behind my tyrannosaurus ?
Input: some salamander who does swim doesn't wait . past
Target output: doesn't some salamander who does swim wait ?
Model output: doesn't some salamander who does swim wait ?
Input: my unicorns that do comfort her salamanders don't confuse some orangutan . past
Target output: don't my unicorns that do comfort her salamanders confuse some orangutan ?
Model output: don't my unicorns that do comfort her salamanders confuse some orangutan ?
Input: her quails who do amuse some ravens don't wait . past
Target output: don't her quails who do amuse some ravens wait ?
Model output: don't her quails who do amuse some ravens wait ?
Input: the tyrannosauruses who do move don't smile . past
Target output: don't the tyrannosauruses who do move smile ?
Model output: don't the tyrannosauruses who do move smile ?
Input: the tyrannosaurus who her orangutan does amuse doesn't wait . past
Target output: doesn't the tyrannosaurus who her orangutan does amuse wait ?
Model output: doesn't the tyrannosaurus who her orangutan does amuse wait ?", testfull:0.83, testpos:1.0, genfull:0.87, genpos:1.0, genlinear:0.44, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp269 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_69", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the xylophones behind my orangutan do accept your vulture who our newts don't admire . present
Target output: the xylophones behind my orangutan do accept your vulture who our newts don't admire .
Model output: the xylophones behind my orangutan do accept your vulture who our newts don't admire .
Input: the xylophone with some salamander doesn't smile . past
Target output: doesn't the xylophone with some salamander smile ?
Model output: doesn't the xylophone with some salamander smile ?
Input: some peacock below my unicorns doesn't remember her raven upon my tyrannosaurus . present
Target output: some peacock below my unicorns doesn't remember her raven upon my tyrannosaurus .
Model output: some peacock below my unicorns doesn't remember her raven upon my tyrannosaurus .
Input: my orangutans who don't move do eat . past
Target output: do my orangutans who don't move eat ?
Model output: do my orangutans who don't move eat ?
Input: your yaks that my yak does accept don't high_five our newt who doesn't sleep . present
Target output: your yaks that my yak does accept don't high_five our newt who doesn't sleep .
Model output: your yaks that my newt does accept don't high_five our yak who doesn't sleep .
Input: her orangutan doesn't confuse your xylophones . present
Target output: her orangutan doesn't confuse your xylophones .
Model output: her orangutan doesn't confuse your xylophones .
Input: your peacock who does wait does remember our newt who your peacock doesn't admire . present
Target output: your peacock who does wait does remember our newt who your peacock doesn't admire .
Model output: your peacock who does wait does remember our newt who your peacock doesn't admire .
Input: the raven that doesn't remember my ravens doesn't entertain her walruses with the vulture . past
Target output: doesn't the raven that doesn't remember my ravens entertain her walruses with the vulture ?
Model output: doesn't the raven that doesn't remember my ravens entertain her xylophones with the vulture ?
Input: some vulture around some zebras does amuse the walrus that some zebras do amuse . present
Target output: some vulture around some zebras does amuse the walrus that some zebras do amuse .
Model output: some vulture around some zebras does amuse the walrus that some zebras do amuse .
Input: my salamanders don't high_five some walruses above her yaks . present
Target output: my salamanders don't high_five some walruses above her yaks .
Model output: my salamanders don't high_five some walruses above her yaks .", exgen:"Input: my xylophone that our raven doesn't comfort does move . past
Target output: does my xylophone that our raven doesn't comfort move ?
Model output: does my xylophone that our raven doesn't comfort move ?
Input: her tyrannosaurus that does applaud our yaks doesn't remember our xylophones . past
Target output: doesn't her tyrannosaurus that does applaud our yaks remember our xylophones ?
Model output: doesn't her tyrannosaurus that does applaud our yaks remember our xylophones ?
Input: some newt who does giggle doesn't smile . past
Target output: doesn't some newt who does giggle smile ?
Model output: doesn't some newt who does giggle smile ?
Input: some ravens that some walruses don't comfort do giggle . past
Target output: do some ravens that some walruses don't comfort giggle ?
Model output: do some ravens that some walruses don't comfort giggle ?
Input: your yak that your orangutan doesn't high_five does confuse our walrus . past
Target output: does your yak that your orangutan doesn't high_five confuse our walrus ?
Model output: does your yak that your orangutan doesn't high_five confuse our walrus ?
Input: some quail who does sleep doesn't entertain your tyrannosaurus . past
Target output: doesn't some quail who does sleep entertain your tyrannosaurus ?
Model output: doesn't some quail who does sleep entertain your tyrannosaurus ?
Input: her orangutan who does amuse the walruses doesn't eat . past
Target output: doesn't her orangutan who does amuse the walruses eat ?
Model output: doesn't her orangutan who does amuse the walruses eat ?
Input: her peacocks who don't smile do wait . past
Target output: do her peacocks who don't smile wait ?
Model output: do her peacocks who don't smile wait ?
Input: my ravens that don't entertain my salamanders do swim . past
Target output: do my ravens that don't entertain my salamanders swim ?
Model output: do my ravens that don't entertain my salamanders swim ?
Input: her orangutan that does comfort my orangutan doesn't admire your walrus upon our walruses . past
Target output: doesn't her orangutan that does comfort my orangutan admire your walrus upon our walruses ?
Model output: doesn't her orangutan that does comfort my orangutan admire your walrus upon our walruses ?", testfull:0.92, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.48, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp270 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_70", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her peacocks that some tyrannosauruses do high_five don't entertain some unicorn above the salamander . past
Target output: don't her peacocks that some tyrannosauruses do high_five entertain some unicorn above the salamander ?
Model output: don't her peacocks that some unicorns do high_five entertain some salamander above the unicorn ?
Input: some orangutan who does wait does amuse her xylophone . past
Target output: does some orangutan who does wait amuse her xylophone ?
Model output: does some orangutan who does wait amuse her xylophone ?
Input: some unicorn who does high_five your peacock does eat . present
Target output: some unicorn who does high_five your peacock does eat .
Model output: some unicorn who does high_five your peacock does eat .
Input: my yak that doesn't swim doesn't comfort her orangutans who some quail doesn't high_five . present
Target output: my yak that doesn't swim doesn't comfort her orangutans who some quail doesn't high_five .
Model output: my yak that doesn't swim doesn't comfort her orangutans who some quail doesn't high_five .
Input: our ravens near the quail do smile . present
Target output: our ravens near the quail do smile .
Model output: our ravens near the quail do smile .
Input: the vulture by the raven does change . past
Target output: does the vulture by the raven change ?
Model output: does the vulture by the raven change ?
Input: the tyrannosauruses who don't remember my ravens do sleep . past
Target output: do the tyrannosauruses who don't remember my ravens sleep ?
Model output: do the tyrannosauruses who don't remember my ravens sleep ?
Input: our unicorn does swim . present
Target output: our unicorn does swim .
Model output: our unicorn does swim .
Input: our unicorn who her walrus does high_five does smile . past
Target output: does our unicorn who her walrus does high_five smile ?
Model output: does our unicorn who her walrus does high_five smile ?
Input: some orangutan who the zebra does high_five does amuse our salamanders upon my salamanders . present
Target output: some orangutan who the zebra does high_five does amuse our salamanders upon my salamanders .
Model output: some orangutan who the zebra does amuse does high_five our salamanders upon my salamanders .", exgen:"Input: my peacocks who don't giggle do high_five our vulture . past
Target output: do my peacocks who don't giggle high_five our vulture ?
Model output: do my peacocks who don't giggle high_five our vulture ?
Input: some walrus that does sleep doesn't wait . past
Target output: doesn't some walrus that does sleep wait ?
Model output: doesn't some walrus that does sleep wait ?
Input: the yaks who don't swim do giggle . past
Target output: do the yaks who don't swim giggle ?
Model output: do the yaks who don't swim giggle ?
Input: her unicorn who does move doesn't high_five our vultures near the zebras . past
Target output: doesn't her unicorn who does move high_five our vultures near the zebras ?
Model output: doesn't her unicorn who does move high_five our vultures near the zebras ?
Input: her orangutan who doesn't wait does move . past
Target output: does her orangutan who doesn't wait move ?
Model output: does her orangutan who doesn't wait move ?
Input: some ravens that do comfort the unicorns don't eat . past
Target output: don't some ravens that do comfort the unicorns eat ?
Model output: don't some ravens that do comfort the unicorns eat ?
Input: our yak that doesn't entertain my ravens does applaud her vulture upon our peacock . past
Target output: does our yak that doesn't entertain my ravens applaud her vulture upon our peacock ?
Model output: does our yak that doesn't entertain my ravens entertain my vulture upon her peacock ?
Input: the xylophones that don't remember her quail do giggle . past
Target output: do the xylophones that don't remember her quail giggle ?
Model output: do the xylophones that don't remember her quail giggle ?
Input: our tyrannosaurus that doesn't move does swim . past
Target output: does our tyrannosaurus that doesn't move swim ?
Model output: does our tyrannosaurus that doesn't move swim ?
Input: my salamanders who do read don't change . past
Target output: don't my salamanders who do read change ?
Model output: don't my salamanders who do read change ?", testfull:0.91, testpos:1.0, genfull:0.92, genpos:0.99, genlinear:0.47, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp271 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_71", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your unicorns above our xylophones don't comfort her unicorns near some unicorn . past
Target output: don't your unicorns above our xylophones comfort her unicorns near some unicorn ?
Model output: don't your unicorns above our xylophones comfort her unicorns near some unicorn ?
Input: our raven that the quail doesn't entertain does remember the quails who my orangutan doesn't admire . present
Target output: our raven that the quail doesn't entertain does remember the quails who my orangutan doesn't admire .
Model output: our raven that the quail doesn't entertain does remember the quails who my orangutan doesn't admire .
Input: some orangutan that your yaks do accept doesn't eat . past
Target output: doesn't some orangutan that your yaks do accept eat ?
Model output: doesn't some orangutan that your yaks do accept eat ?
Input: the newt that does move does admire some xylophones around my salamander . present
Target output: the newt that does move does admire some xylophones around my salamander .
Model output: the newt that does move does admire some xylophones around my salamander .
Input: your zebra with her yaks does applaud our peacocks who don't wait . past
Target output: does your zebra with her yaks applaud our peacocks who don't wait ?
Model output: does your zebra with her yaks applaud our peacocks who don't wait ?
Input: your yaks by the newts don't eat . present
Target output: your yaks by the newts don't eat .
Model output: your yaks by the newts don't eat .
Input: my salamanders behind our tyrannosauruses don't read . past
Target output: don't my salamanders behind our tyrannosauruses read ?
Model output: don't my salamanders behind our tyrannosauruses read ?
Input: my newt does remember my yaks behind my unicorn . present
Target output: my newt does remember my yaks behind my unicorn .
Model output: my newt does remember my yaks behind my unicorn .
Input: the vultures don't remember our yak above the yaks . present
Target output: the vultures don't remember our yak above the yaks .
Model output: the vultures don't remember our yak above the yaks .
Input: my raven who does read doesn't accept her zebra . present
Target output: my raven who does read doesn't accept her zebra .
Model output: my raven who does read doesn't accept her zebra .", exgen:"Input: some quails who do confuse our walrus don't eat . past
Target output: don't some quails who do confuse our walrus eat ?
Model output: don't some quails who do confuse our walrus eat ?
Input: her newt who doesn't remember the yaks does smile . past
Target output: does her newt who doesn't remember the yaks smile ?
Model output: does her newt who doesn't remember the yaks smile ?
Input: some quail who doesn't applaud my vulture does wait . past
Target output: does some quail who doesn't applaud my vulture wait ?
Model output: does some quail who doesn't applaud my vulture wait ?
Input: our newt that my yak doesn't remember does applaud some vultures above her quail . past
Target output: does our newt that my yak doesn't remember applaud some vultures above her quail ?
Model output: does our newt that my yak doesn't remember applaud some vultures above her quail ?
Input: my zebra that her peacock does remember doesn't confuse the quail near my quail . past
Target output: doesn't my zebra that her peacock does remember confuse the quail near my quail ?
Model output: doesn't my zebra that her peacock does remember confuse the quail near my quail ?
Input: the quails who do giggle don't comfort her peacock . past
Target output: don't the quails who do giggle comfort her peacock ?
Model output: don't the quails who do giggle comfort her peacock ?
Input: your xylophones who do eat don't high_five the raven by the walrus . past
Target output: don't your xylophones who do eat high_five the raven by the walrus ?
Model output: don't your xylophones who do eat high_five the raven by the walrus ?
Input: your tyrannosaurus that doesn't giggle does move . past
Target output: does your tyrannosaurus that doesn't giggle move ?
Model output: does your tyrannosaurus that doesn't giggle move ?
Input: her tyrannosaurus who doesn't remember some yaks does remember the yak . past
Target output: does her tyrannosaurus who doesn't remember some yaks remember the yak ?
Model output: does her tyrannosaurus who doesn't remember some yaks remember the yak ?
Input: some tyrannosauruses who the ravens do remember don't confuse your raven with your xylophones . past
Target output: don't some tyrannosauruses who the ravens do remember confuse your raven with your xylophones ?
Model output: don't some tyrannosauruses who the ravens do confuse remember your raven with your xylophones ?", testfull:0.92, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.48, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp272 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_72", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your tyrannosauruses who our yak doesn't comfort do confuse her zebras . past
Target output: do your tyrannosauruses who our yak doesn't comfort confuse her zebras ?
Model output: do your tyrannosauruses who our yak doesn't comfort confuse her zebras ?
Input: the vultures who do giggle do move . past
Target output: do the vultures who do giggle move ?
Model output: do the vultures who do giggle move ?
Input: your vulture that does read doesn't entertain the vultures who my quail doesn't comfort . past
Target output: doesn't your vulture that does read entertain the vultures who my quail doesn't comfort ?
Model output: doesn't your vulture that does read entertain the vultures who my quail doesn't comfort ?
Input: some quails that don't change don't remember some orangutans below my tyrannosaurus . past
Target output: don't some quails that don't change remember some orangutans below my tyrannosaurus ?
Model output: don't some quails that don't change remember some orangutans below my tyrannosaurus ?
Input: my orangutans who my orangutans do confuse don't accept your yaks around some vulture . present
Target output: my orangutans who my orangutans do confuse don't accept your yaks around some vulture .
Model output: my orangutans who my orangutans do confuse don't accept your yaks around some vulture .
Input: our xylophones with your peacock do comfort my zebra who doesn't applaud her unicorn . present
Target output: our xylophones with your peacock do comfort my zebra who doesn't applaud her unicorn .
Model output: our xylophones with your peacock do amuse my zebra who doesn't applaud her unicorn .
Input: the yaks with some peacock don't amuse the walrus . past
Target output: don't the yaks with some peacock amuse the walrus ?
Model output: don't the yaks with some peacock amuse the walrus ?
Input: her peacocks who my tyrannosaurus doesn't confuse don't remember the peacocks that don't move . past
Target output: don't her peacocks who my tyrannosaurus doesn't confuse remember the peacocks that don't move ?
Model output: don't her peacocks who my tyrannosaurus doesn't confuse remember the peacocks that don't eat ?
Input: our salamander upon her orangutans doesn't change . present
Target output: our salamander upon her orangutans doesn't change .
Model output: our salamander upon her orangutans doesn't change .
Input: her orangutan behind her zebras doesn't wait . present
Target output: her orangutan behind her zebras doesn't wait .
Model output: her orangutan behind her zebras doesn't wait .", exgen:"Input: our zebra who doesn't eat does eat . past
Target output: does our zebra who doesn't eat eat ?
Model output: does our zebra who doesn't eat eat ?
Input: our tyrannosauruses who don't confuse my vultures do amuse my salamander . past
Target output: do our tyrannosauruses who don't confuse my vultures amuse my salamander ?
Model output: do our tyrannosauruses who don't confuse my vultures amuse my salamander ?
Input: my newts who don't entertain our walruses do sleep . past
Target output: do my newts who don't entertain our walruses sleep ?
Model output: do my newts who don't entertain our walruses sleep ?
Input: my tyrannosauruses who do move don't eat . past
Target output: don't my tyrannosauruses who do move eat ?
Model output: don't my tyrannosauruses who do move eat ?
Input: some xylophones that don't applaud some newts do amuse our salamander . past
Target output: do some xylophones that don't applaud some newts amuse our salamander ?
Model output: do some xylophones that don't applaud some newts amuse our salamander ?
Input: my vultures that don't accept the salamander do move . past
Target output: do my vultures that don't accept the salamander move ?
Model output: do my vultures that don't accept the salamander move ?
Input: her newts that don't confuse some unicorn do admire our newt below her orangutans . past
Target output: do her newts that don't confuse some unicorn admire our newt below her orangutans ?
Model output: do her newts that don't confuse some unicorn confuse our newt below her orangutans ?
Input: our newt who does high_five my zebra doesn't applaud my zebras around my ravens . past
Target output: doesn't our newt who does high_five my zebra applaud my zebras around my ravens ?
Model output: doesn't our newt who does high_five my zebra applaud my zebras that my ravens don't applaud
Input: our yaks who do confuse some ravens don't swim . past
Target output: don't our yaks who do confuse some ravens swim ?
Model output: don't our yaks who do confuse some ravens swim ?
Input: my salamander who doesn't entertain some orangutans does confuse your yak above some orangutan . past
Target output: does my salamander who doesn't entertain some orangutans confuse your yak above some orangutan ?
Model output: does my salamander who doesn't entertain your orangutans confuse some yak above some orangutan ?", testfull:0.92, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.47, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp273 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_73", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your peacocks who do admire the vulture don't move . present
Target output: your peacocks who do admire the vulture don't move .
Model output: your peacocks who do admire the vulture don't move .
Input: some raven that doesn't high_five the vultures does swim . past
Target output: does some raven that doesn't high_five the vultures swim ?
Model output: doesn't some raven that does high_five the vultures swim ?
Input: my orangutans behind the newt do entertain some quail below her yaks . past
Target output: do my orangutans behind the newt entertain some quail below her yaks ?
Model output: do my orangutans below the newt entertain some newt with her vultures ?
Input: our orangutans do smile . present
Target output: our orangutans do smile .
Model output: our orangutans do smile .
Input: her zebras don't high_five some vulture who does move . past
Target output: don't her zebras high_five some vulture who does move ?
Model output: don't her zebras high_five some vulture who does move ?
Input: your xylophones above some tyrannosauruses don't confuse some quails . present
Target output: your xylophones above some tyrannosauruses don't confuse some quails .
Model output: your xylophones above some tyrannosauruses don't confuse some quails .
Input: our newts with her ravens do smile . present
Target output: our newts with her ravens do smile .
Model output: our newts with her ravens do smile .
Input: your vultures who don't accept her quails don't admire my salamander . past
Target output: don't your vultures who don't accept her quails admire my salamander ?
Model output: don't your vultures who don't accept her quails admire my salamander ?
Input: the zebras behind her vultures don't read . past
Target output: don't the zebras behind her vultures read ?
Model output: don't the zebras behind her vultures read ?
Input: the vultures don't read . past
Target output: don't the vultures read ?
Model output: don't the vultures read ?", exgen:"Input: my zebra who does giggle doesn't move . past
Target output: doesn't my zebra who does giggle move ?
Model output: doesn't my zebra who does giggle move ?
Input: my salamander who doesn't giggle does swim . past
Target output: does my salamander who doesn't giggle swim ?
Model output: does my salamander who doesn't giggle swim ?
Input: her ravens that my unicorns do remember don't sleep . past
Target output: don't her ravens that my unicorns do remember sleep ?
Model output: don't her ravens that my unicorns do remember sleep ?
Input: the yaks who don't swim do giggle . past
Target output: do the yaks who don't swim giggle ?
Model output: do the yaks who don't giggle swim ?
Input: the vultures who do remember some yak don't comfort the xylophones . past
Target output: don't the vultures who do remember some yak comfort the xylophones ?
Model output: don't the vultures who do remember some yak comfort the xylophones ?
Input: the unicorn who some yak doesn't amuse does change . past
Target output: does the unicorn who some yak doesn't amuse change ?
Model output: does the unicorn who some yak doesn't amuse change ?
Input: our salamanders that don't change do wait . past
Target output: do our salamanders that don't change wait ?
Model output: do our salamanders that don't change wait ?
Input: your xylophone who my raven doesn't applaud does amuse her yak with the raven . past
Target output: does your xylophone who my raven doesn't applaud amuse her yak with the raven ?
Model output: does your xylophone who my raven doesn't applaud amuse her raven with the yak ?
Input: your orangutans who her vultures don't comfort do giggle . past
Target output: do your orangutans who her vultures don't comfort giggle ?
Model output: do your orangutans who her vultures don't comfort giggle ?
Input: your quails who your tyrannosauruses do admire don't move . past
Target output: don't your quails who your tyrannosauruses do admire move ?
Model output: don't your quails who your tyrannosauruses do admire move ?", testfull:0.82, testpos:0.99, genfull:0.79, genpos:0.99, genlinear:0.4, genmvcorrect:0.98, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp274 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_74", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her newts who don't change don't read . past
Target output: don't her newts who don't change read ?
Model output: don't her newts who don't change read ?
Input: my walruses behind our peacocks don't confuse our tyrannosauruses that don't sleep . present
Target output: my walruses behind our peacocks don't confuse our tyrannosauruses that don't sleep .
Model output: my walruses behind our peacocks don't confuse our tyrannosauruses that don't sleep .
Input: the orangutan who your unicorns don't admire doesn't entertain our yak . present
Target output: the orangutan who your unicorns don't admire doesn't entertain our yak .
Model output: the orangutan who your unicorns don't admire doesn't entertain our yak .
Input: the tyrannosaurus does remember your vultures . present
Target output: the tyrannosaurus does remember your vultures .
Model output: the tyrannosaurus does remember your vultures .
Input: your walrus above the xylophone does remember some peacocks . present
Target output: your walrus above the xylophone does remember some peacocks .
Model output: your walrus above the xylophone does remember some peacocks .
Input: your xylophone doesn't accept my quail that does swim . present
Target output: your xylophone doesn't accept my quail that does swim .
Model output: your xylophone doesn't accept my quail that does swim .
Input: your raven above our ravens doesn't entertain some vulture . present
Target output: your raven above our ravens doesn't entertain some vulture .
Model output: your raven above our ravens doesn't entertain some vulture .
Input: your unicorn behind our newt doesn't remember my vultures . present
Target output: your unicorn behind our newt doesn't remember my vultures .
Model output: your unicorn behind our newt doesn't remember my vultures .
Input: my quails do confuse your peacock that does remember our raven . present
Target output: my quails do confuse your peacock that does remember our raven .
Model output: my quails do confuse your peacock that does remember our raven .
Input: some tyrannosaurus who her quails don't entertain does wait . past
Target output: does some tyrannosaurus who her quails don't entertain wait ?
Model output: does some tyrannosaurus who her quails don't entertain wait ?", exgen:"Input: your xylophones that don't move do read . past
Target output: do your xylophones that don't move read ?
Model output: do your xylophones that don't move read ?
Input: her raven who does change doesn't change . past
Target output: doesn't her raven who does change change ?
Model output: doesn't her raven who does change change ?
Input: her tyrannosaurus who doesn't remember some yaks does remember the yak . past
Target output: does her tyrannosaurus who doesn't remember some yaks remember the yak ?
Model output: does her tyrannosaurus who doesn't remember some yaks remember the yak ?
Input: our unicorn that does change doesn't giggle . past
Target output: doesn't our unicorn that does change giggle ?
Model output: doesn't our unicorn that does change giggle ?
Input: her ravens who do accept our orangutans don't smile . past
Target output: don't her ravens who do accept our orangutans smile ?
Model output: don't her ravens who do accept our orangutans smile ?
Input: my quail that doesn't applaud her newt does smile . past
Target output: does my quail that doesn't applaud her newt smile ?
Model output: does my quail that doesn't applaud her newt smile ?
Input: your ravens that do entertain the zebras don't sleep . past
Target output: don't your ravens that do entertain the zebras sleep ?
Model output: don't your ravens that do entertain the zebras sleep ?
Input: the tyrannosauruses who don't remember my ravens do sleep . past
Target output: do the tyrannosauruses who don't remember my ravens sleep ?
Model output: do the tyrannosauruses who don't remember my ravens sleep ?
Input: the zebra that does comfort your vultures doesn't eat . past
Target output: doesn't the zebra that does comfort your vultures eat ?
Model output: doesn't the zebra that does comfort your vultures eat ?
Input: our newt that doesn't confuse your unicorns does amuse the newts . past
Target output: does our newt that doesn't confuse your unicorns amuse the newts ?
Model output: does our newt that doesn't confuse your unicorns amuse the newts ?", testfull:0.92, testpos:1.0, genfull:0.93, genpos:1.0, genlinear:0.48, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp275 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_75", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our peacock that does accept your tyrannosauruses does high_five our walrus around her orangutans . past
Target output: does our peacock that does accept your tyrannosauruses high_five our walrus around her orangutans ?
Model output: does our peacock that does accept your tyrannosauruses high_five our walrus around her orangutans ?
Input: my peacock doesn't remember the peacock who my newt doesn't accept . past
Target output: doesn't my peacock remember the peacock who my newt doesn't accept ?
Model output: doesn't my peacock remember the peacock who my newt doesn't accept ?
Input: some quails upon the walruses do eat . past
Target output: do some quails upon the walruses eat ?
Model output: do some quails upon the walruses eat ?
Input: my yaks upon the salamanders do applaud some xylophone . past
Target output: do my yaks upon the salamanders applaud some xylophone ?
Model output: do my yaks upon the salamanders applaud some xylophone ?
Input: the zebras don't smile . past
Target output: don't the zebras smile ?
Model output: don't the zebras smile ?
Input: your ravens don't accept her raven near your newt . present
Target output: your ravens don't accept her raven near your newt .
Model output: your ravens don't accept her raven near your newt .
Input: her newt who does amuse her walrus does entertain our unicorns who do giggle . past
Target output: does her newt who does amuse her walrus entertain our unicorns who do giggle ?
Model output: does her newt who does amuse her walrus entertain our unicorns who do giggle ?
Input: her yak does wait . past
Target output: does her yak wait ?
Model output: does her yak wait ?
Input: some xylophone doesn't swim . present
Target output: some xylophone doesn't swim .
Model output: some xylophone doesn't swim .
Input: my tyrannosauruses that do entertain our ravens do admire the xylophone that does smile . present
Target output: my tyrannosauruses that do entertain our ravens do admire the xylophone that does smile .
Model output: my tyrannosauruses that do entertain our ravens do admire the xylophone that does smile .", exgen:"Input: her walruses who do amuse some unicorn don't giggle . past
Target output: don't her walruses who do amuse some unicorn giggle ?
Model output: don't her walruses who do amuse some unicorn giggle ?
Input: your tyrannosaurus that does confuse our yaks doesn't comfort my quails . past
Target output: doesn't your tyrannosaurus that does confuse our yaks comfort my quails ?
Model output: doesn't your tyrannosaurus that does confuse our yaks comfort my quails ?
Input: your quails who don't wait do move . past
Target output: do your quails who don't wait move ?
Model output: do your quails who don't wait move ?
Input: my tyrannosaurus who does accept your salamander doesn't entertain my quail by our vulture . past
Target output: doesn't my tyrannosaurus who does accept your salamander entertain my quail by our vulture ?
Model output: doesn't my tyrannosaurus who does entertain your quail accept my salamander by our vulture ?
Input: the newt that your zebra doesn't remember does amuse some orangutans . past
Target output: does the newt that your zebra doesn't remember amuse some orangutans ?
Model output: does the newt that your zebra doesn't remember amuse some orangutans ?
Input: my yaks that don't comfort the unicorn do wait . past
Target output: do my yaks that don't comfort the unicorn wait ?
Model output: do my yaks that don't comfort the unicorn wait ?
Input: your yaks that don't comfort your walrus do remember my xylophones . past
Target output: do your yaks that don't comfort your walrus remember my xylophones ?
Model output: do your yaks that don't comfort your walrus remember my xylophones ?
Input: her vultures that my ravens don't comfort do move . past
Target output: do her vultures that my ravens don't comfort move ?
Model output: do her vultures that my ravens don't comfort move ?
Input: my zebra who does high_five the tyrannosauruses doesn't accept your newt upon some walruses . past
Target output: doesn't my zebra who does high_five the tyrannosauruses accept your newt upon some walruses ?
Model output: doesn't my zebra who does high_five the tyrannosauruses accept your newt upon some walruses ?
Input: some unicorn that our vulture doesn't comfort does admire your walruses . past
Target output: does some unicorn that our vulture doesn't comfort admire your walruses ?
Model output: does some unicorn that our vulture doesn't comfort admire your walruses ?", testfull:0.9, testpos:1.0, genfull:0.9, genpos:1.0, genlinear:0.46, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp276 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_76", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your vulture doesn't eat . past
Target output: doesn't your vulture eat ?
Model output: doesn't your vulture eat ?
Input: some yaks that some zebra doesn't remember do eat . past
Target output: do some yaks that some zebra doesn't remember eat ?
Model output: do some yaks that some zebra doesn't remember eat ?
Input: the ravens who some newts don't accept do applaud my quails around my tyrannosaurus . present
Target output: the ravens who some newts don't accept do applaud my quails around my tyrannosaurus .
Model output: the ravens who some newts don't accept do applaud my quails around my tyrannosaurus .
Input: our xylophone that my ravens don't remember doesn't swim . present
Target output: our xylophone that my ravens don't remember doesn't swim .
Model output: our xylophone that my ravens don't remember doesn't swim .
Input: her vultures near some newt don't confuse her quail behind our ravens . past
Target output: don't her vultures near some newt confuse her quail behind our ravens ?
Model output: don't her vultures near some quail confuse her newt behind our ravens ?
Input: her peacock does smile . past
Target output: does her peacock smile ?
Model output: does her peacock smile ?
Input: some zebra by our orangutans does high_five your peacocks below your tyrannosauruses . present
Target output: some zebra by our orangutans does high_five your peacocks below your tyrannosauruses .
Model output: some zebra by our orangutans does high_five your peacocks below your tyrannosauruses .
Input: my newt doesn't remember some quail . present
Target output: my newt doesn't remember some quail .
Model output: my newt doesn't remember some quail .
Input: her newt below my unicorn doesn't admire my peacock who doesn't amuse some quail . present
Target output: her newt below my unicorn doesn't admire my peacock who doesn't amuse some quail .
Model output: her newt below my unicorn doesn't amuse my peacock who doesn't admire some quail .
Input: the raven below your vultures does remember some xylophone that does change . past
Target output: does the raven below your vultures remember some xylophone that does change ?
Model output: does the raven below your vultures remember some xylophone that does change ?", exgen:"Input: your xylophone who doesn't sleep does accept our quails . past
Target output: does your xylophone who doesn't sleep accept our quails ?
Model output: does your xylophone who doesn't sleep accept our quails ?
Input: our raven that does entertain her yak doesn't wait . past
Target output: doesn't our raven that does entertain her yak wait ?
Model output: doesn't our raven that does entertain her yak wait ?
Input: the yaks who your walruses don't admire do smile . past
Target output: do the yaks who your walruses don't admire smile ?
Model output: do the yaks who your walruses don't admire smile ?
Input: some ravens that some walruses don't comfort do giggle . past
Target output: do some ravens that some walruses don't comfort giggle ?
Model output: do some ravens that some walruses don't comfort giggle ?
Input: the walrus who doesn't comfort my zebra does smile . past
Target output: does the walrus who doesn't comfort my zebra smile ?
Model output: does the walrus who doesn't comfort my zebra smile ?
Input: some yak who does confuse some zebra doesn't read . past
Target output: doesn't some yak who does confuse some zebra read ?
Model output: doesn't some yak who does confuse some zebra read ?
Input: her raven who does change doesn't change . past
Target output: doesn't her raven who does change change ?
Model output: doesn't her raven who does change change ?
Input: some orangutan that does applaud the orangutans doesn't remember my peacocks below some yak . past
Target output: doesn't some orangutan that does applaud the orangutans remember my peacocks below some yak ?
Model output: doesn't the orangutan that does applaud the orangutans remember my peacocks that don't applaud some yak
Input: some xylophones that don't applaud some newts do amuse our salamander . past
Target output: do some xylophones that don't applaud some newts amuse our salamander ?
Model output: do some xylophones that don't applaud some newts applaud our salamander ?
Input: her vulture that doesn't change does swim . past
Target output: does her vulture that doesn't change swim ?
Model output: does her vulture that doesn't change swim ?", testfull:0.85, testpos:0.99, genfull:0.86, genpos:0.99, genlinear:0.43, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp277 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_77", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her vultures that do comfort her xylophone do high_five the peacocks behind the yaks . present
Target output: her vultures that do comfort her xylophone do high_five the peacocks behind the yaks .
Model output: her vultures that do comfort her xylophone do high_five the peacocks behind the yaks .
Input: my xylophones upon my newts don't amuse our orangutan by the xylophone . past
Target output: don't my xylophones upon my newts amuse our orangutan by the xylophone ?
Model output: don't my xylophones upon my newts amuse our orangutan by the xylophone ?
Input: my walrus doesn't swim . past
Target output: doesn't my walrus swim ?
Model output: doesn't my walrus swim ?
Input: some orangutans that do entertain your vultures don't applaud your tyrannosauruses that don't confuse the vulture . present
Target output: some orangutans that do entertain your vultures don't applaud your tyrannosauruses that don't confuse the vulture .
Model output: some orangutans that do entertain your vultures don't applaud your tyrannosauruses that don't confuse the vulture .
Input: her salamanders upon your vultures don't sleep . past
Target output: don't her salamanders upon your vultures sleep ?
Model output: don't her salamanders upon your vultures sleep ?
Input: my zebra that does eat doesn't accept my salamanders that some unicorns do admire . present
Target output: my zebra that does eat doesn't accept my salamanders that some unicorns do admire .
Model output: my zebra that does eat doesn't accept my salamanders that some unicorns do admire .
Input: some quails don't remember the yak . present
Target output: some quails don't remember the yak .
Model output: some quails don't remember the yak .
Input: our zebra does wait . present
Target output: our zebra does wait .
Model output: our zebra does wait .
Input: some orangutan does amuse our walruses . present
Target output: some orangutan does amuse our walruses .
Model output: some orangutan does amuse our walruses .
Input: her xylophone who your xylophone doesn't comfort does change . past
Target output: does her xylophone who your xylophone doesn't comfort change ?
Model output: does her xylophone who your xylophone doesn't comfort change ?", exgen:"Input: the walrus who doesn't high_five the orangutans does sleep . past
Target output: does the walrus who doesn't high_five the orangutans sleep ?
Model output: does the walrus who doesn't high_five the orangutans sleep ?
Input: my tyrannosauruses that do swim don't admire your newts . past
Target output: don't my tyrannosauruses that do swim admire your newts ?
Model output: don't my tyrannosauruses that do swim admire your newts ?
Input: our vultures who do change don't confuse the salamanders below some xylophones . past
Target output: don't our vultures who do change confuse the salamanders below some xylophones ?
Model output: don't our vultures who do change confuse the salamanders below some xylophones ?
Input: the yak who my unicorn does amuse doesn't giggle . past
Target output: doesn't the yak who my unicorn does amuse giggle ?
Model output: doesn't the yak who my unicorn does amuse giggle ?
Input: the vultures that our peacocks do admire don't amuse your quail . past
Target output: don't the vultures that our peacocks do admire amuse your quail ?
Model output: don't the vultures that our peacocks do admire amuse your quail ?
Input: your peacocks that her unicorns don't accept do entertain some tyrannosaurus behind my newt . past
Target output: do your peacocks that her unicorns don't accept entertain some tyrannosaurus behind my newt ?
Model output: do your peacocks that her unicorns don't accept entertain some tyrannosaurus behind my newt ?
Input: our walrus who doesn't move does comfort our walrus . past
Target output: does our walrus who doesn't move comfort our walrus ?
Model output: does our walrus who doesn't move comfort our walrus ?
Input: her tyrannosauruses that do eat don't applaud her walruses behind my ravens . past
Target output: don't her tyrannosauruses that do eat applaud her walruses behind my ravens ?
Model output: don't her tyrannosauruses that do eat applaud her walruses behind my ravens ?
Input: some quail who does sleep doesn't wait . past
Target output: doesn't some quail who does sleep wait ?
Model output: doesn't some quail who does sleep wait ?
Input: your zebra that doesn't remember her vulture does smile . past
Target output: does your zebra that doesn't remember her vulture smile ?
Model output: does your zebra that doesn't remember her vulture smile ?", testfull:0.92, testpos:1.0, genfull:0.93, genpos:1.0, genlinear:0.49, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp278 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_78", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my tyrannosauruses below our salamanders do accept my zebras with your walrus . present
Target output: my tyrannosauruses below our salamanders do accept my zebras with your walrus .
Model output: my tyrannosauruses below our salamanders do accept my zebras with your walrus .
Input: my yak that your walrus does remember doesn't eat . present
Target output: my yak that your walrus does remember doesn't eat .
Model output: my yak that your walrus does remember doesn't eat .
Input: our ravens do applaud her salamanders . present
Target output: our ravens do applaud her salamanders .
Model output: our ravens do applaud her salamanders .
Input: my quail above our yaks does remember her xylophone who doesn't high_five our salamander . past
Target output: does my quail above our yaks remember her xylophone who doesn't high_five our salamander ?
Model output: does my quail above our yaks remember her xylophone who doesn't high_five our salamander ?
Input: my walrus around our walrus doesn't change . past
Target output: doesn't my walrus around our walrus change ?
Model output: doesn't my walrus around our walrus change ?
Input: our vultures above my vulture do accept her unicorn . present
Target output: our vultures above my vulture do accept her unicorn .
Model output: our vultures above my vulture do accept her unicorn .
Input: some unicorns above the tyrannosauruses do eat . present
Target output: some unicorns above the tyrannosauruses do eat .
Model output: some unicorns above the tyrannosauruses do eat .
Input: her quails do giggle . past
Target output: do her quails giggle ?
Model output: do her quails giggle ?
Input: some yak below my ravens doesn't amuse your newt upon our xylophones . present
Target output: some yak below my ravens doesn't amuse your newt upon our xylophones .
Model output: some yak below my ravens doesn't amuse your newt upon our xylophones .
Input: my zebras do high_five our yak upon our walrus . past
Target output: do my zebras high_five our yak upon our walrus ?
Model output: do my zebras high_five our yak upon our walrus ?", exgen:"Input: the zebra who some yak doesn't comfort does high_five our ravens with her tyrannosauruses . past
Target output: does the zebra who some yak doesn't comfort high_five our ravens with her tyrannosauruses ?
Model output: does the zebra who some yak doesn't high_five comfort our ravens with her tyrannosauruses ?
Input: her walruses who do high_five your newt don't sleep . past
Target output: don't her walruses who do high_five your newt sleep ?
Model output: don't her walruses who do high_five your newt sleep ?
Input: her ravens that my unicorns do remember don't sleep . past
Target output: don't her ravens that my unicorns do remember sleep ?
Model output: don't her unicorns that my unicorns do remember sleep ?
Input: her peacocks that some tyrannosauruses do high_five don't entertain some unicorn above the salamander . past
Target output: don't her peacocks that some tyrannosauruses do high_five entertain some unicorn above the salamander ?
Model output: don't her peacocks that some tyrannosauruses do high_five entertain some unicorn above the salamander ?
Input: my walrus that doesn't swim does remember her yak below some tyrannosauruses . past
Target output: does my walrus that doesn't swim remember her yak below some tyrannosauruses ?
Model output: does my walrus that doesn't swim remember her yak below some tyrannosauruses ?
Input: my zebras that do sleep don't sleep . past
Target output: don't my zebras that do sleep sleep ?
Model output: don't my zebras that do sleep sleep ?
Input: our unicorns who do change don't wait . past
Target output: don't our unicorns who do change wait ?
Model output: don't our unicorns who do change wait ?
Input: some peacocks who do accept our peacocks don't smile . past
Target output: don't some peacocks who do accept our peacocks smile ?
Model output: don't some peacocks who do accept our peacocks smile ?
Input: some quails that her salamanders do entertain don't smile . past
Target output: don't some quails that her salamanders do entertain smile ?
Model output: don't some quails that her salamanders do entertain smile ?
Input: some peacocks that my walruses do admire don't confuse our peacocks . past
Target output: don't some peacocks that my walruses do admire confuse our peacocks ?
Model output: don't some peacocks that my walruses do admire confuse our peacocks ?", testfull:0.92, testpos:1.0, genfull:0.91, genpos:0.99, genlinear:0.47, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp279 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_79", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your newts upon the ravens don't high_five your quails behind the peacocks . past
Target output: don't your newts upon the ravens high_five your quails behind the peacocks ?
Model output: don't your newts upon the peacocks high_five your quails behind the salamanders ?
Input: some ravens behind your peacocks don't entertain your newt below her tyrannosauruses . present
Target output: some ravens behind your peacocks don't entertain your newt below her tyrannosauruses .
Model output: some ravens behind your peacocks don't entertain your newt below her peacocks .
Input: the yak by the salamander doesn't wait . past
Target output: doesn't the yak by the salamander wait ?
Model output: doesn't the yak by the salamander wait ?
Input: my ravens with our yak do confuse her newt . present
Target output: my ravens with our yak do confuse her newt .
Model output: my ravens with our yak do confuse her newt .
Input: the peacocks around the raven do confuse your unicorn . present
Target output: the peacocks around the raven do confuse your unicorn .
Model output: the peacocks around the raven do confuse your unicorn .
Input: our orangutans do smile . present
Target output: our orangutans do smile .
Model output: our orangutans do smile .
Input: your unicorn who doesn't amuse your orangutan does wait . past
Target output: does your unicorn who doesn't amuse your orangutan wait ?
Model output: does your unicorn who doesn't amuse your orangutan wait ?
Input: our yak doesn't remember her vulture . present
Target output: our yak doesn't remember her vulture .
Model output: our yak doesn't remember her vulture .
Input: some salamander below my orangutan doesn't giggle . past
Target output: doesn't some salamander below my orangutan giggle ?
Model output: doesn't some salamander below my orangutan giggle ?
Input: our peacocks don't sleep . past
Target output: don't our peacocks sleep ?
Model output: don't our peacocks sleep ?", exgen:"Input: some newt who does giggle doesn't smile . past
Target output: doesn't some newt who does giggle smile ?
Model output: doesn't some newt who does giggle smile ?
Input: your zebra that does move doesn't eat . past
Target output: doesn't your zebra that does move eat ?
Model output: doesn't your zebra that does move eat ?
Input: our zebras who do high_five my walruses don't admire her peacock . past
Target output: don't our zebras who do high_five my walruses admire her peacock ?
Model output: don't our zebras who do high_five my walruses admire her peacock ?
Input: her newts who my ravens do amuse don't change . past
Target output: don't her newts who my ravens do amuse change ?
Model output: don't her newts who my ravens do amuse change ?
Input: your zebras who do swim don't swim . past
Target output: don't your zebras who do swim swim ?
Model output: don't your zebras who do swim swim ?
Input: our walruses who do accept some xylophone don't high_five our peacocks by your newt . past
Target output: don't our walruses who do accept some xylophone high_five our peacocks by your newt ?
Model output: don't our peacocks who do accept some peacocks high_five our xylophone around your newt ?
Input: some quails who do entertain some salamander don't accept our newt around our tyrannosaurus . past
Target output: don't some quails who do entertain some salamander accept our newt around our tyrannosaurus ?
Model output: don't some quails who do entertain some salamander accept our newt around our tyrannosaurus ?
Input: my zebra who does giggle doesn't move . past
Target output: doesn't my zebra who does giggle move ?
Model output: doesn't my zebra who does giggle move ?
Input: the quail that doesn't move does wait . past
Target output: does the quail that doesn't move wait ?
Model output: does the quail that doesn't move wait ?
Input: our tyrannosauruses who do sleep don't eat . past
Target output: don't our tyrannosauruses who do sleep eat ?
Model output: don't our tyrannosauruses who do sleep eat ?", testfull:0.9, testpos:1.0, genfull:0.91, genpos:1.0, genlinear:0.47, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp280 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_80", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our peacocks upon our newts do entertain her zebras that don't giggle . present
Target output: our peacocks upon our newts do entertain her zebras that don't giggle .
Model output: our peacocks upon our newts do entertain her zebras that do giggle .
Input: her unicorns that the peacock doesn't confuse don't confuse my orangutans . present
Target output: her unicorns that the peacock doesn't confuse don't confuse my orangutans .
Model output: her unicorns that the peacock doesn't confuse don't confuse my ravens .
Input: my zebras do entertain our yaks with her vultures . past
Target output: do my zebras entertain our yaks with her vultures ?
Model output: do my zebras entertain our yaks with her zebras ?
Input: her peacocks with your tyrannosauruses don't read . present
Target output: her peacocks with your tyrannosauruses don't read .
Model output: her peacocks with your tyrannosauruses don't read .
Input: some orangutan that does read does read . present
Target output: some orangutan that does read does read .
Model output: some orangutan that does read does read .
Input: our yaks upon the quail don't move . past
Target output: don't our yaks upon the quail move ?
Model output: don't our yaks upon the quail move ?
Input: our xylophone does applaud my unicorn . past
Target output: does our xylophone applaud my unicorn ?
Model output: does our xylophone applaud my unicorn ?
Input: the zebras with your zebras don't smile . past
Target output: don't the zebras with your zebras smile ?
Model output: don't the zebras with your zebras smile ?
Input: her yaks do accept the walruses above our peacock . past
Target output: do her yaks accept the walruses above our peacock ?
Model output: do her yaks accept the walruses above our peacock ?
Input: my tyrannosaurus that my raven does applaud doesn't smile . present
Target output: my tyrannosaurus that my raven does applaud doesn't smile .
Model output: my tyrannosaurus that my raven does applaud doesn't smile .", exgen:"Input: our yak that doesn't remember my walruses does read . past
Target output: does our yak that doesn't remember my walruses read ?
Model output: does our yak that doesn't remember my walruses read ?
Input: some walrus that some salamander doesn't confuse does remember my walrus by your raven . past
Target output: does some walrus that some salamander doesn't confuse remember my walrus by your raven ?
Model output: does some walrus that some salamander doesn't confuse remember my walrus by your raven ?
Input: our peacocks that don't high_five your quails do remember your zebra below my walrus . past
Target output: do our peacocks that don't high_five your quails remember your zebra below my walrus ?
Model output: do our peacocks that don't remember your quails high_five your tyrannosaurus below my zebra ?
Input: our xylophone who does change doesn't swim . past
Target output: doesn't our xylophone who does change swim ?
Model output: doesn't our xylophone who does change swim ?
Input: your orangutan who her peacock does entertain doesn't smile . past
Target output: doesn't your orangutan who her peacock does entertain smile ?
Model output: doesn't your orangutan who her peacock does entertain smile ?
Input: our salamanders who don't smile do sleep . past
Target output: do our salamanders who don't smile sleep ?
Model output: do our salamanders who don't smile sleep ?
Input: my yak that does accept some vulture doesn't giggle . past
Target output: doesn't my yak that does accept some vulture giggle ?
Model output: doesn't my yak that does accept some vulture giggle ?
Input: our vultures who do eat don't giggle . past
Target output: don't our vultures who do eat giggle ?
Model output: don't our vultures who do eat giggle ?
Input: your quail that doesn't accept some orangutan does entertain the walrus below our ravens . past
Target output: does your quail that doesn't accept some orangutan entertain the walrus below our ravens ?
Model output: does your quail that doesn't accept some orangutan entertain the walrus below our ravens ?
Input: our unicorns who do change don't wait . past
Target output: don't our unicorns who do change wait ?
Model output: don't our unicorns who do change wait ?", testfull:0.8, testpos:0.99, genfull:0.78, genpos:0.99, genlinear:0.41, genmvcorrect:0.94, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp281 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_81", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our raven doesn't amuse some unicorn that doesn't confuse your unicorns . past
Target output: doesn't our raven amuse some unicorn that doesn't confuse your unicorns ?
Model output: doesn't our raven amuse some unicorn that doesn't confuse your unicorns ?
Input: my tyrannosauruses who our peacock does remember don't move . present
Target output: my tyrannosauruses who our peacock does remember don't move .
Model output: my tyrannosauruses who our peacock does remember don't move .
Input: our unicorn who doesn't wait doesn't sleep . present
Target output: our unicorn who doesn't wait doesn't sleep .
Model output: our unicorn who doesn't wait doesn't sleep .
Input: her tyrannosaurus that her salamander does entertain does eat . present
Target output: her tyrannosaurus that her salamander does entertain does eat .
Model output: her tyrannosaurus that her salamander does entertain does eat .
Input: your quails who don't wait do move . past
Target output: do your quails who don't wait move ?
Model output: don't your quails who do wait move ?
Input: some vultures below your unicorns don't move . past
Target output: don't some vultures below your unicorns move ?
Model output: don't some vultures below your unicorns move ?
Input: the newts who do accept some yaks don't swim . past
Target output: don't the newts who do accept some yaks swim ?
Model output: do the newts who do accept some yaks swim ?
Input: some walruses behind her raven don't wait . present
Target output: some walruses behind her raven don't wait .
Model output: some walruses behind her raven don't wait .
Input: my zebra who doesn't sleep doesn't remember my orangutan with her tyrannosaurus . past
Target output: doesn't my zebra who doesn't sleep remember my orangutan with her tyrannosaurus ?
Model output: doesn't my zebra who doesn't sleep remember my orangutan with her tyrannosaurus ?
Input: her zebras who don't remember the orangutan don't smile . present
Target output: her zebras who don't remember the orangutan don't smile .
Model output: her zebras who don't remember the orangutan don't smile .", exgen:"Input: my tyrannosauruses that do swim don't admire your newts . past
Target output: don't my tyrannosauruses that do swim admire your newts ?
Model output: don't my tyrannosauruses that do swim admire your newts ?
Input: your raven that doesn't sleep does change . past
Target output: does your raven that doesn't sleep change ?
Model output: does your raven that doesn't sleep change ?
Input: my unicorn who does wait doesn't giggle . past
Target output: doesn't my unicorn who does wait giggle ?
Model output: doesn't my unicorn who does wait giggle ?
Input: her unicorn that does change doesn't change . past
Target output: doesn't her unicorn that does change change ?
Model output: doesn't her unicorn that does change change ?
Input: our tyrannosaurus that doesn't remember your zebras does entertain some newt near our salamanders . past
Target output: does our tyrannosaurus that doesn't remember your zebras entertain some newt near our salamanders ?
Model output: does our tyrannosaurus that doesn't remember your zebras entertain some salamanders near our salamanders ?
Input: the vultures that don't high_five her walrus do change . past
Target output: do the vultures that don't high_five her walrus change ?
Model output: don't the vultures that don't high_five her walrus change ?
Input: our xylophones that don't accept my peacock do swim . past
Target output: do our xylophones that don't accept my peacock swim ?
Model output: don't our xylophones that don't accept my peacock swim ?
Input: the yak that doesn't comfort the tyrannosaurus does wait . past
Target output: does the yak that doesn't comfort the tyrannosaurus wait ?
Model output: does the yak that doesn't comfort the tyrannosaurus wait ?
Input: our peacock who doesn't smile does admire the zebras . past
Target output: does our peacock who doesn't smile admire the zebras ?
Model output: does our peacock who doesn't smile admire the zebras ?
Input: the walruses that do smile don't amuse the ravens . past
Target output: don't the walruses that do smile amuse the ravens ?
Model output: don't the walruses that do smile amuse the ravens ?", testfull:0.8, testpos:0.99, genfull:0.55, genpos:0.99, genlinear:0.34, genmvcorrect:0.69, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp282 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_82", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our unicorn who does amuse some newts doesn't remember some zebra upon some quails . present
Target output: our unicorn who does amuse some newts doesn't remember some zebra upon some quails .
Model output: our unicorn who does amuse some newts doesn't remember some zebra upon some quails .
Input: the ravens near some xylophone do admire some quail behind her walruses . present
Target output: the ravens near some xylophone do admire some quail behind her walruses .
Model output: the ravens near some xylophone do admire some quail behind her walruses .
Input: some xylophone with some raven doesn't remember your salamander who does applaud my raven . past
Target output: doesn't some xylophone with some raven remember your salamander who does applaud my raven ?
Model output: doesn't some xylophone with some raven remember your salamander who does applaud my raven ?
Input: the orangutans do entertain her salamander below your unicorns . past
Target output: do the orangutans entertain her salamander below your unicorns ?
Model output: do the orangutans entertain her salamander below your unicorns ?
Input: her unicorns above some salamanders don't swim . past
Target output: don't her unicorns above some salamanders swim ?
Model output: don't her unicorns above some salamanders swim ?
Input: your unicorn behind her newt doesn't remember her tyrannosauruses who the tyrannosauruses don't accept . past
Target output: doesn't your unicorn behind her newt remember her tyrannosauruses who the tyrannosauruses don't accept ?
Model output: doesn't your unicorn behind her newt remember her tyrannosauruses who the tyrannosauruses don't accept ?
Input: the tyrannosauruses who do change do wait . present
Target output: the tyrannosauruses who do change do wait .
Model output: the tyrannosauruses who do change do wait .
Input: your unicorns do smile . present
Target output: your unicorns do smile .
Model output: your unicorns do smile .
Input: my quail that doesn't entertain some unicorn doesn't comfort her orangutan that my unicorn doesn't entertain . past
Target output: doesn't my quail that doesn't entertain some unicorn comfort her orangutan that my unicorn doesn't entertain ?
Model output: doesn't my quail that doesn't entertain some orangutan comfort her unicorn that my unicorn doesn't entertain ?
Input: some quails who our orangutans don't remember don't remember her ravens that don't high_five the peacock . past
Target output: don't some quails who our orangutans don't remember remember her ravens that don't high_five the peacock ?
Model output: don't some quails who our orangutans don't remember high_five her ravens that don't remember the peacock ?", exgen:"Input: our vultures who do eat don't giggle . past
Target output: don't our vultures who do eat giggle ?
Model output: don't our vultures who do eat giggle ?
Input: our peacocks who do applaud her unicorns don't comfort the vulture above your unicorn . past
Target output: don't our peacocks who do applaud her unicorns comfort the vulture above your unicorn ?
Model output: don't our peacocks who do applaud her unicorns comfort the vulture above your unicorn ?
Input: our newt that doesn't giggle does amuse some raven below her quail . past
Target output: does our newt that doesn't giggle amuse some raven below her quail ?
Model output: does our newt that doesn't giggle amuse some raven below her quail ?
Input: your xylophone who does giggle doesn't giggle . past
Target output: doesn't your xylophone who does giggle giggle ?
Model output: doesn't your xylophone who does giggle giggle ?
Input: your yaks that don't comfort your walrus do remember my xylophones . past
Target output: do your yaks that don't comfort your walrus remember my xylophones ?
Model output: do your yaks that don't comfort your walrus remember my xylophones ?
Input: some raven that does admire my orangutans doesn't remember her vulture . past
Target output: doesn't some raven that does admire my orangutans remember her vulture ?
Model output: doesn't some raven that does admire my orangutans remember her vulture ?
Input: your peacocks that her unicorns don't accept do entertain some tyrannosaurus behind my newt . past
Target output: do your peacocks that her unicorns don't accept entertain some tyrannosaurus behind my newt ?
Model output: do your peacocks that her unicorns don't accept entertain some tyrannosaurus behind my newt ?
Input: my quails that don't wait do sleep . past
Target output: do my quails that don't wait sleep ?
Model output: do my quails that don't wait sleep ?
Input: the orangutan that doesn't eat does sleep . past
Target output: does the orangutan that doesn't eat sleep ?
Model output: does the orangutan that doesn't eat sleep ?
Input: the newts who don't swim do read . past
Target output: do the newts who don't swim read ?
Model output: do the newts who don't swim read ?", testfull:0.92, testpos:1.0, genfull:0.91, genpos:1.0, genlinear:0.46, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp283 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_83", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your salamanders do sleep . present
Target output: your salamanders do sleep .
Model output: your salamanders do sleep .
Input: some newts do remember the unicorns . present
Target output: some newts do remember the unicorns .
Model output: some newts do remember the unicorns .
Input: the orangutan does admire the raven upon the walruses . past
Target output: does the orangutan admire the raven upon the walruses ?
Model output: does the orangutan admire the raven upon the walruses ?
Input: my unicorn who some yaks do amuse does entertain some zebras . present
Target output: my unicorn who some yaks do amuse does entertain some zebras .
Model output: my unicorn who some yaks do amuse does entertain some zebras .
Input: our salamander does wait . past
Target output: does our salamander wait ?
Model output: does our salamander wait ?
Input: my salamander doesn't accept your newts . present
Target output: my salamander doesn't accept your newts .
Model output: my salamander doesn't accept your newts .
Input: some zebras don't remember our orangutan who does smile . past
Target output: don't some zebras remember our orangutan who does smile ?
Model output: don't some zebras remember our orangutan who does smile ?
Input: some unicorns do admire some unicorn below your walrus . present
Target output: some unicorns do admire some unicorn below your walrus .
Model output: some unicorns do admire some unicorn below your walrus .
Input: my vultures who don't admire the newts don't eat . present
Target output: my vultures who don't admire the newts don't eat .
Model output: my vultures who don't admire the newts don't eat .
Input: the orangutans do entertain her salamander below your unicorns . past
Target output: do the orangutans entertain her salamander below your unicorns ?
Model output: do the orangutans entertain her salamander below your unicorns ?", exgen:"Input: the newt that your zebra doesn't remember does amuse some orangutans . past
Target output: does the newt that your zebra doesn't remember amuse some orangutans ?
Model output: does the newt that your zebra doesn't remember amuse some orangutans ?
Input: your walruses that don't wait do change . past
Target output: do your walruses that don't wait change ?
Model output: do your walruses that don't wait change ?
Input: her unicorns that don't change do high_five your walrus . past
Target output: do her unicorns that don't change high_five your walrus ?
Model output: do her unicorns that don't change high_five your walrus ?
Input: the salamanders who do wait don't entertain our salamanders by our vulture . past
Target output: don't the salamanders who do wait entertain our salamanders by our vulture ?
Model output: don't the salamanders who do wait entertain our salamanders by our vulture ?
Input: my quail that doesn't applaud her newt does smile . past
Target output: does my quail that doesn't applaud her newt smile ?
Model output: does my quail that doesn't applaud her newt smile ?
Input: my tyrannosauruses who don't confuse your quail do move . past
Target output: do my tyrannosauruses who don't confuse your quail move ?
Model output: do my tyrannosauruses who don't confuse your quail move ?
Input: her yaks that don't confuse some peacocks do smile . past
Target output: do her yaks that don't confuse some peacocks smile ?
Model output: do her yaks that don't confuse some peacocks smile ?
Input: the raven who my vulture does confuse doesn't move . past
Target output: doesn't the raven who my vulture does confuse move ?
Model output: doesn't the raven who my vulture does confuse move ?
Input: some raven who does amuse the orangutans doesn't swim . past
Target output: doesn't some raven who does amuse the orangutans swim ?
Model output: doesn't some raven who does amuse the orangutans swim ?
Input: the xylophones that do change don't move . past
Target output: don't the xylophones that do change move ?
Model output: don't the xylophones that do change move ?", testfull:0.94, testpos:1.0, genfull:0.96, genpos:1.0, genlinear:0.5, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp284 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_84", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her tyrannosauruses near our zebras do entertain my salamanders . past
Target output: do her tyrannosauruses near our zebras entertain my salamanders ?
Model output: do her tyrannosauruses near our zebras entertain my salamanders ?
Input: her unicorn who some zebras don't admire does accept your newts that don't move . present
Target output: her unicorn who some zebras don't admire does accept your newts that don't move .
Model output: her unicorn who some zebras don't accept does admire your newts that don't move .
Input: your yak does confuse my tyrannosaurus who does giggle . past
Target output: does your yak confuse my tyrannosaurus who does giggle ?
Model output: does your yak confuse my tyrannosaurus who does giggle ?
Input: my newts don't wait . past
Target output: don't my newts wait ?
Model output: don't my newts wait ?
Input: your walrus above my orangutan doesn't giggle . present
Target output: your walrus above my orangutan doesn't giggle .
Model output: your walrus above my orangutan doesn't giggle .
Input: the tyrannosaurus by her xylophone doesn't entertain my newts . past
Target output: doesn't the tyrannosaurus by her xylophone entertain my newts ?
Model output: doesn't the tyrannosaurus by her xylophone entertain my newts ?
Input: some raven that doesn't high_five our xylophones does wait . past
Target output: does some raven that doesn't high_five our xylophones wait ?
Model output: does some raven that doesn't high_five our xylophones wait ?
Input: your zebra behind our newts does high_five her newts upon her xylophones . present
Target output: your zebra behind our newts does high_five her newts upon her xylophones .
Model output: your zebra behind our newts does high_five her newts upon her xylophones .
Input: the xylophones around some peacock do swim . present
Target output: the xylophones around some peacock do swim .
Model output: the xylophones around some peacock do swim .
Input: our ravens who do wait do sleep . past
Target output: do our ravens who do wait sleep ?
Model output: do our ravens who do wait sleep ?", exgen:"Input: the orangutans that do comfort my newts don't swim . past
Target output: don't the orangutans that do comfort my newts swim ?
Model output: don't the orangutans that do comfort my newts swim ?
Input: your unicorns who our salamanders do remember don't eat . past
Target output: don't your unicorns who our salamanders do remember eat ?
Model output: don't your unicorns who our salamanders do remember eat ?
Input: her walrus who does move doesn't wait . past
Target output: doesn't her walrus who does move wait ?
Model output: doesn't her walrus who does move wait ?
Input: my unicorn that doesn't wait does change . past
Target output: does my unicorn that doesn't wait change ?
Model output: does my unicorn that doesn't wait change ?
Input: some zebra who doesn't giggle does wait . past
Target output: does some zebra who doesn't giggle wait ?
Model output: does some zebra who doesn't giggle wait ?
Input: our salamanders who do read don't move . past
Target output: don't our salamanders who do read move ?
Model output: don't our salamanders who do read move ?
Input: some orangutans that do amuse her zebra don't swim . past
Target output: don't some orangutans that do amuse her zebra swim ?
Model output: don't some orangutans that do amuse her zebra swim ?
Input: some raven who does admire your peacocks doesn't smile . past
Target output: doesn't some raven who does admire your peacocks smile ?
Model output: doesn't some raven who does admire your peacocks smile ?
Input: her walrus who her yak does admire doesn't applaud my salamander . past
Target output: doesn't her walrus who her yak does admire applaud my salamander ?
Model output: doesn't her walrus who her yak does admire applaud my salamander ?
Input: your unicorn who doesn't amuse your orangutan does wait . past
Target output: does your unicorn who doesn't amuse your orangutan wait ?
Model output: does your unicorn who doesn't amuse your orangutan wait ?", testfull:0.94, testpos:1.0, genfull:0.95, genpos:1.0, genlinear:0.49, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp285 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_85", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my quail by her quail doesn't entertain our quails who do giggle . present
Target output: my quail by her quail doesn't entertain our quails who do giggle .
Model output: my quail by her quail doesn't entertain our quails who do giggle .
Input: my newt near some zebra doesn't amuse your quails who do sleep . present
Target output: my newt near some zebra doesn't amuse your quails who do sleep .
Model output: my newt near some zebra doesn't amuse your quails who do sleep .
Input: her ravens do read . past
Target output: do her ravens read ?
Model output: do her ravens read ?
Input: some peacocks who don't read do sleep . past
Target output: do some peacocks who don't read sleep ?
Model output: do some peacocks who don't read sleep ?
Input: your salamanders that her vultures do confuse don't eat . present
Target output: your salamanders that her vultures do confuse don't eat .
Model output: your salamanders that her vultures don't confuse don't eat .
Input: some orangutans by our orangutan do amuse the peacocks above her vulture . present
Target output: some orangutans by our orangutan do amuse the peacocks above her vulture .
Model output: some orangutans by our orangutan do amuse the peacocks above her vulture .
Input: my walrus that my yaks do comfort does comfort the walruses . present
Target output: my walrus that my yaks do comfort does comfort the walruses .
Model output: my walrus that my yaks do comfort does comfort the walruses .
Input: her tyrannosaurus upon her quails does sleep . past
Target output: does her tyrannosaurus upon her quails sleep ?
Model output: does her tyrannosaurus upon her quails sleep ?
Input: my yak by our unicorn doesn't sleep . past
Target output: doesn't my yak by our unicorn sleep ?
Model output: doesn't my yak by our unicorn sleep ?
Input: the xylophones that don't remember her quail do giggle . past
Target output: do the xylophones that don't remember her quail giggle ?
Model output: do the xylophones that don't remember her quail giggle ?", exgen:"Input: some raven who does admire your peacocks doesn't smile . past
Target output: doesn't some raven who does admire your peacocks smile ?
Model output: doesn't some raven who does admire your peacocks smile ?
Input: some xylophones that don't eat do high_five the walruses by some unicorns . past
Target output: do some xylophones that don't eat high_five the walruses by some unicorns ?
Model output: do some xylophones that don't eat high_five the walruses by some unicorns ?
Input: her walrus who doesn't confuse our zebra does eat . past
Target output: does her walrus who doesn't confuse our zebra eat ?
Model output: does her walrus who doesn't confuse our zebra eat ?
Input: your walrus that doesn't accept my orangutan does eat . past
Target output: does your walrus that doesn't accept my orangutan eat ?
Model output: does your walrus that doesn't accept my orangutan eat ?
Input: our peacocks that do accept her newt don't eat . past
Target output: don't our peacocks that do accept her newt eat ?
Model output: don't our peacocks that do accept her newt eat ?
Input: some xylophones that don't applaud some newts do amuse our salamander . past
Target output: do some xylophones that don't applaud some newts amuse our salamander ?
Model output: do some xylophones that don't applaud some newts amuse our salamander ?
Input: some newt who some salamander doesn't applaud does applaud the yaks around the zebra . past
Target output: does some newt who some salamander doesn't applaud applaud the yaks around the zebra ?
Model output: does some newt who some salamander doesn't applaud applaud the yaks around the zebra ?
Input: my walruses that don't sleep do high_five the walruses below my xylophones . past
Target output: do my walruses that don't sleep high_five the walruses below my xylophones ?
Model output: do my walruses that don't sleep high_five the walruses below my xylophones ?
Input: her walrus who her yak does admire doesn't applaud my salamander . past
Target output: doesn't her walrus who her yak does admire applaud my salamander ?
Model output: doesn't her walrus who her yak does applaud admire my salamander ?
Input: our unicorn that does change doesn't giggle . past
Target output: doesn't our unicorn that does change giggle ?
Model output: doesn't our unicorn that does change giggle ?", testfull:0.86, testpos:1.0, genfull:0.87, genpos:1.0, genlinear:0.45, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp286 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_86", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her zebra who some walruses do comfort does remember my xylophones above your walrus . present
Target output: her zebra who some walruses do comfort does remember my xylophones above your walrus .
Model output: her zebra who some xylophones do comfort does remember my xylophones above your walrus .
Input: the quails that do confuse some newts don't read . present
Target output: the quails that do confuse some newts don't read .
Model output: the quails that do confuse some newts don't read .
Input: your orangutan doesn't admire your yaks upon the salamander . past
Target output: doesn't your orangutan admire your yaks upon the salamander ?
Model output: doesn't your orangutan admire your yaks upon the salamander ?
Input: your salamander that doesn't remember your walruses doesn't swim . past
Target output: doesn't your salamander that doesn't remember your walruses swim ?
Model output: doesn't your salamander that doesn't remember your walruses swim ?
Input: some peacocks who don't read do sleep . past
Target output: do some peacocks who don't read sleep ?
Model output: do some peacocks who don't read sleep ?
Input: your quail does amuse your peacock that does change . present
Target output: your quail does amuse your peacock that does change .
Model output: your quail does amuse your peacock that does change .
Input: some orangutans do read . present
Target output: some orangutans do read .
Model output: some orangutans do read .
Input: our xylophones do swim . past
Target output: do our xylophones swim ?
Model output: do our xylophones swim ?
Input: the unicorn does accept our zebras that don't high_five some salamander . present
Target output: the unicorn does accept our zebras that don't high_five some salamander .
Model output: the unicorn does accept our zebras that don't high_five some salamander .
Input: her yaks do amuse my newt who does wait . past
Target output: do her yaks amuse my newt who does wait ?
Model output: do her yaks amuse my newt who does wait ?", exgen:"Input: my quail that doesn't accept her yaks does change . past
Target output: does my quail that doesn't accept her yaks change ?
Model output: does my quail that doesn't accept her yaks change ?
Input: our vulture who my unicorn doesn't applaud does eat . past
Target output: does our vulture who my unicorn doesn't applaud eat ?
Model output: does our vulture who my unicorn doesn't applaud eat ?
Input: the salamander who doesn't applaud your unicorn does swim . past
Target output: does the salamander who doesn't applaud your unicorn swim ?
Model output: does the salamander who doesn't applaud your unicorn swim ?
Input: your xylophones that her salamanders do high_five don't eat . past
Target output: don't your xylophones that her salamanders do high_five eat ?
Model output: don't your xylophones that her salamanders do high_five eat ?
Input: my zebra who does giggle doesn't move . past
Target output: doesn't my zebra who does giggle move ?
Model output: doesn't my zebra who does giggle move ?
Input: her walrus who does move doesn't wait . past
Target output: doesn't her walrus who does move wait ?
Model output: doesn't her walrus who does move wait ?
Input: her walrus that doesn't accept the newt does smile . past
Target output: does her walrus that doesn't accept the newt smile ?
Model output: does her walrus that doesn't accept the newt smile ?
Input: your xylophones that don't entertain the walrus do swim . past
Target output: do your xylophones that don't entertain the walrus swim ?
Model output: do your xylophones that don't entertain the walrus swim ?
Input: my newt who does entertain the walruses doesn't entertain her yak upon my tyrannosauruses . past
Target output: doesn't my newt who does entertain the walruses entertain her yak upon my tyrannosauruses ?
Model output: doesn't my newt who does entertain the walruses entertain her orangutan upon my tyrannosauruses ?
Input: my quails that don't wait do sleep . past
Target output: do my quails that don't wait sleep ?
Model output: do my quails that don't wait sleep ?", testfull:0.91, testpos:1.0, genfull:0.93, genpos:1.0, genlinear:0.49, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp287 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_87", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my orangutan who doesn't giggle doesn't amuse my yak that the orangutans don't applaud . present
Target output: my orangutan who doesn't giggle doesn't amuse my yak that the orangutans don't applaud .
Model output: my orangutan who doesn't giggle doesn't amuse my yak that the orangutans don't amuse .
Input: the orangutans who don't confuse her zebras do wait . present
Target output: the orangutans who don't confuse her zebras do wait .
Model output: the orangutans who don't confuse her zebras do wait .
Input: her tyrannosaurus that her salamander does entertain does eat . present
Target output: her tyrannosaurus that her salamander does entertain does eat .
Model output: her tyrannosaurus that her salamander does entertain does eat .
Input: our salamander by your vultures does entertain your orangutans who don't sleep . present
Target output: our salamander by your vultures does entertain your orangutans who don't sleep .
Model output: our salamander by your vultures does entertain your orangutans who don't sleep .
Input: your quails don't remember the salamanders . past
Target output: don't your quails remember the salamanders ?
Model output: don't your quails remember the salamanders ?
Input: your newts below your raven do entertain my unicorn above some zebras . present
Target output: your newts below your raven do entertain my unicorn above some zebras .
Model output: your newts below your unicorn do entertain my raven above some zebras .
Input: your newts upon her unicorns don't eat . past
Target output: don't your newts upon her unicorns eat ?
Model output: don't your newts upon her unicorns eat ?
Input: the salamander doesn't accept some yaks with the ravens . present
Target output: the salamander doesn't accept some yaks with the ravens .
Model output: the salamander doesn't accept some yaks with the ravens .
Input: my yaks with my salamanders don't wait . present
Target output: my yaks with my salamanders don't wait .
Model output: my yaks with my salamanders don't wait .
Input: our orangutan with some newts does entertain our yak above some vulture . past
Target output: does our orangutan with some newts entertain our yak above some vulture ?
Model output: does our orangutan with some newts entertain our yak above some vulture ?", exgen:"Input: some salamander that does admire the quail doesn't comfort your salamander below your unicorn . past
Target output: doesn't some salamander that does admire the quail comfort your salamander below your unicorn ?
Model output: doesn't some salamander that does comfort the quail admire your salamander below your unicorn ?
Input: the unicorns that do sleep don't move . past
Target output: don't the unicorns that do sleep move ?
Model output: don't the unicorns that do sleep move ?
Input: your raven who does smile doesn't read . past
Target output: doesn't your raven who does smile read ?
Model output: doesn't your raven who does smile read ?
Input: your xylophone who doesn't sleep does accept our quails . past
Target output: does your xylophone who doesn't sleep accept our quails ?
Model output: does your xylophone who doesn't sleep accept our quails ?
Input: my salamander who doesn't giggle does swim . past
Target output: does my salamander who doesn't giggle swim ?
Model output: does my salamander who doesn't giggle swim ?
Input: my walrus who does high_five our orangutans doesn't smile . past
Target output: doesn't my walrus who does high_five our orangutans smile ?
Model output: doesn't my walrus who does high_five our orangutans smile ?
Input: our orangutans who do wait don't move . past
Target output: don't our orangutans who do wait move ?
Model output: don't our orangutans who do wait move ?
Input: some raven that doesn't high_five our xylophones does wait . past
Target output: does some raven that doesn't high_five our xylophones wait ?
Model output: does some raven that doesn't high_five our xylophones wait ?
Input: the quails who don't eat do read . past
Target output: do the quails who don't eat read ?
Model output: do the quails who don't eat read ?
Input: my raven who does confuse her zebras doesn't comfort the walruses with her zebras . past
Target output: doesn't my raven who does confuse her zebras comfort the walruses with her zebras ?
Model output: doesn't my raven who does comfort her zebras confuse the zebras with her zebras ?", testfull:0.91, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.48, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp288 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_88", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the unicorn that our vulture doesn't applaud doesn't remember our salamanders that don't high_five the salamanders . past
Target output: doesn't the unicorn that our vulture doesn't applaud remember our salamanders that don't high_five the salamanders ?
Model output: doesn't our unicorn that our vulture doesn't remember applaud our salamanders that don't high_five the salamanders ?
Input: the newt that doesn't accept my walruses doesn't accept her tyrannosaurus . past
Target output: doesn't the newt that doesn't accept my walruses accept her tyrannosaurus ?
Model output: doesn't the newt that doesn't accept my walruses accept her tyrannosaurus ?
Input: her tyrannosaurus that doesn't move does amuse our quail . past
Target output: does her tyrannosaurus that doesn't move amuse our quail ?
Model output: does her tyrannosaurus that doesn't move amuse our quail ?
Input: your vulture that does change doesn't giggle . past
Target output: doesn't your vulture that does change giggle ?
Model output: doesn't your vulture that does change giggle ?
Input: the zebra with some xylophone doesn't sleep . present
Target output: the zebra with some xylophone doesn't sleep .
Model output: the zebra with some xylophone doesn't sleep .
Input: some unicorn near our salamanders does smile . past
Target output: does some unicorn near our salamanders smile ?
Model output: does some unicorn near our salamanders smile ?
Input: my orangutan near my tyrannosaurus doesn't wait . present
Target output: my orangutan near my tyrannosaurus doesn't wait .
Model output: my orangutan near my tyrannosaurus doesn't wait .
Input: some tyrannosaurus doesn't wait . present
Target output: some tyrannosaurus doesn't wait .
Model output: some tyrannosaurus doesn't wait .
Input: her xylophones do smile . present
Target output: her xylophones do smile .
Model output: her xylophones do smile .
Input: my orangutans don't read . past
Target output: don't my orangutans read ?
Model output: don't my orangutans read ?", exgen:"Input: the tyrannosauruses that don't admire some newts do comfort her salamander . past
Target output: do the tyrannosauruses that don't admire some newts comfort her salamander ?
Model output: do the tyrannosauruses that don't admire some newts comfort her salamander ?
Input: the xylophone who my walrus doesn't amuse does remember my orangutan . past
Target output: does the xylophone who my walrus doesn't amuse remember my orangutan ?
Model output: does the xylophone who my walrus doesn't amuse remember my orangutan ?
Input: my salamanders who do read don't change . past
Target output: don't my salamanders who do read change ?
Model output: don't my salamanders who do read change ?
Input: my quail that doesn't applaud her newt does smile . past
Target output: does my quail that doesn't applaud her newt smile ?
Model output: does my quail that doesn't applaud her newt smile ?
Input: my vulture that does comfort my xylophones doesn't remember her quail behind our zebras . past
Target output: doesn't my vulture that does comfort my xylophones remember her quail behind our zebras ?
Model output: doesn't my vulture that does comfort her xylophones remember my quail behind our zebras ?
Input: my salamander who doesn't giggle does swim . past
Target output: does my salamander who doesn't giggle swim ?
Model output: does my salamander who doesn't giggle swim ?
Input: your walrus that does confuse some zebra doesn't eat . past
Target output: doesn't your walrus that does confuse some zebra eat ?
Model output: doesn't your walrus that does confuse some zebra eat ?
Input: my tyrannosaurus who does comfort your raven doesn't high_five our quail above some xylophones . past
Target output: doesn't my tyrannosaurus who does comfort your raven high_five our quail above some xylophones ?
Model output: doesn't my tyrannosaurus who does comfort your raven high_five our quail above some xylophones ?
Input: the raven who does high_five her xylophone doesn't entertain our yaks around your walruses . past
Target output: doesn't the raven who does high_five her xylophone entertain our yaks around your walruses ?
Model output: doesn't the raven who does high_five her xylophone entertain our yaks around your walruses ?
Input: the vultures who do remember some yak don't comfort the xylophones . past
Target output: don't the vultures who do remember some yak comfort the xylophones ?
Model output: don't the vultures who do remember some yak comfort the xylophones ?", testfull:0.89, testpos:1.0, genfull:0.9, genpos:1.0, genlinear:0.46, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp289 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_89", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her xylophone by the walruses does read . past
Target output: does her xylophone by the walruses read ?
Model output: does her xylophone by the walruses read ?
Input: our unicorns who do high_five our peacocks do accept your unicorns that her tyrannosauruses don't applaud . past
Target output: do our unicorns who do high_five our peacocks accept your unicorns that her tyrannosauruses don't applaud ?
Model output: do our unicorns who do high_five our peacocks applaud your unicorns that her tyrannosauruses don't accept ?
Input: her raven doesn't swim . past
Target output: doesn't her raven swim ?
Model output: doesn't her raven swim ?
Input: the unicorn above your vultures doesn't admire your zebra that doesn't applaud some quail . past
Target output: doesn't the unicorn above your vultures admire your zebra that doesn't applaud some quail ?
Model output: doesn't the unicorn above your vultures admire your zebra that doesn't applaud some quail ?
Input: her ravens don't comfort my newt . present
Target output: her ravens don't comfort my newt .
Model output: her ravens don't comfort my newt .
Input: the vultures that do sleep don't remember your unicorns . present
Target output: the vultures that do sleep don't remember your unicorns .
Model output: the unicorns that do sleep don't remember your unicorns .
Input: some walruses with your tyrannosauruses don't eat . present
Target output: some walruses with your tyrannosauruses don't eat .
Model output: some walruses with your tyrannosauruses don't eat .
Input: her quail who some xylophone does applaud doesn't read . present
Target output: her quail who some xylophone does applaud doesn't read .
Model output: her quail who some xylophone does applaud doesn't read .
Input: her quails who don't admire my salamanders do accept the quail who does remember her xylophone . present
Target output: her quails who don't admire my salamanders do accept the quail who does remember her xylophone .
Model output: her quails who don't accept my salamanders do admire the quail who does remember her xylophone .
Input: your quails by the orangutans don't remember the salamanders around my salamanders . present
Target output: your quails by the orangutans don't remember the salamanders around my salamanders .
Model output: your quails by the orangutans don't remember the salamanders around my salamanders .", exgen:"Input: the yak that doesn't comfort the tyrannosaurus does wait . past
Target output: does the yak that doesn't comfort the tyrannosaurus wait ?
Model output: does the yak that doesn't comfort the tyrannosaurus wait ?
Input: some newt who does admire her peacock doesn't comfort my vultures . past
Target output: doesn't some newt who does admire her peacock comfort my vultures ?
Model output: doesn't some newt who does admire her peacock comfort my vultures ?
Input: her vultures who do remember your salamander don't high_five her orangutans behind your orangutans . past
Target output: don't her vultures who do remember your salamander high_five her orangutans behind your orangutans ?
Model output: don't her vultures who do remember your salamander high_five your orangutans behind her orangutans ?
Input: my xylophones who don't change do admire your zebra near our quail . past
Target output: do my xylophones who don't change admire your zebra near our quail ?
Model output: do my xylophones who don't change admire your zebra near our quail ?
Input: some yak who does confuse some zebra doesn't read . past
Target output: doesn't some yak who does confuse some zebra read ?
Model output: doesn't some yak who does confuse some zebra read ?
Input: your ravens who don't accept her walrus do accept the quail . past
Target output: do your ravens who don't accept her walrus accept the quail ?
Model output: do your ravens who don't accept her walrus accept the quail ?
Input: some raven that doesn't high_five the vultures does swim . past
Target output: does some raven that doesn't high_five the vultures swim ?
Model output: does some raven that doesn't high_five the vultures swim ?
Input: my walrus that my walrus does amuse doesn't smile . past
Target output: doesn't my walrus that my walrus does amuse smile ?
Model output: doesn't my walrus that my walrus does amuse smile ?
Input: the salamanders that do accept her xylophone don't confuse your newts . past
Target output: don't the salamanders that do accept her xylophone confuse your newts ?
Model output: don't the salamanders that do accept her xylophone confuse your newts ?
Input: her orangutan who does confuse the unicorns doesn't eat . past
Target output: doesn't her orangutan who does confuse the unicorns eat ?
Model output: doesn't her orangutan who does confuse the unicorns eat ?", testfull:0.89, testpos:1.0, genfull:0.89, genpos:1.0, genlinear:0.46, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp290 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_90", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: my walrus that my walrus does amuse doesn't smile . past
Target output: doesn't my walrus that my walrus does amuse smile ?
Model output: doesn't my walrus that my walrus does amuse smile ?
Input: my peacocks around the quails do accept your salamanders near the tyrannosaurus . present
Target output: my peacocks around the quails do accept your salamanders near the tyrannosaurus .
Model output: my peacocks around the quails do accept your salamanders near the tyrannosaurus .
Input: some quail above your orangutans doesn't comfort some yaks by our raven . present
Target output: some quail above your orangutans doesn't comfort some yaks by our raven .
Model output: some quail above your orangutans doesn't comfort some yaks by our raven .
Input: our unicorns who don't smile do accept your yaks who don't move . present
Target output: our unicorns who don't smile do accept your yaks who don't move .
Model output: our unicorns who don't smile do accept your yaks who don't move .
Input: our walruses with her xylophones don't change . present
Target output: our walruses with her xylophones don't change .
Model output: our walruses with her xylophones don't change .
Input: her newt that doesn't smile does eat . past
Target output: does her newt that doesn't smile eat ?
Model output: does her newt that doesn't smile eat ?
Input: my unicorn doesn't sleep . present
Target output: my unicorn doesn't sleep .
Model output: my unicorn doesn't sleep .
Input: your tyrannosaurus below my salamander does wait . past
Target output: does your tyrannosaurus below my salamander wait ?
Model output: does your tyrannosaurus below my salamander wait ?
Input: some raven doesn't comfort the walrus below my peacocks . present
Target output: some raven doesn't comfort the walrus below my peacocks .
Model output: some raven doesn't comfort the walrus below my peacocks .
Input: your walruses below our vulture do smile . present
Target output: your walruses below our vulture do smile .
Model output: your walruses below our vulture do smile .", exgen:"Input: the salamanders who do wait don't entertain our salamanders by our vulture . past
Target output: don't the salamanders who do wait entertain our salamanders by our vulture ?
Model output: don't the salamanders who do wait entertain our salamanders by our vulture ?
Input: some xylophones who don't change do giggle . past
Target output: do some xylophones who don't change giggle ?
Model output: do some xylophones who don't change giggle ?
Input: my yaks that don't move do admire your tyrannosaurus . past
Target output: do my yaks that don't move admire your tyrannosaurus ?
Model output: do my yaks that don't move admire your tyrannosaurus ?
Input: your tyrannosauruses who do wait don't read . past
Target output: don't your tyrannosauruses who do wait read ?
Model output: don't your tyrannosauruses who do wait read ?
Input: your yak that does confuse my salamander doesn't accept some newt with the yaks . past
Target output: doesn't your yak that does confuse my salamander accept some newt with the yaks ?
Model output: doesn't your yak that does confuse my salamander accept some newt with the yaks ?
Input: your tyrannosauruses that don't smile do wait . past
Target output: do your tyrannosauruses that don't smile wait ?
Model output: do your tyrannosauruses that don't smile wait ?
Input: some newt who does admire her peacock doesn't comfort my vultures . past
Target output: doesn't some newt who does admire her peacock comfort my vultures ?
Model output: doesn't some newt who does admire her peacock comfort my vultures ?
Input: some tyrannosauruses that some quails don't amuse do remember her tyrannosauruses . past
Target output: do some tyrannosauruses that some quails don't amuse remember her tyrannosauruses ?
Model output: do some tyrannosauruses that some quails don't amuse remember her tyrannosauruses ?
Input: her walrus who her yak does admire doesn't applaud my salamander . past
Target output: doesn't her walrus who her yak does admire applaud my salamander ?
Model output: doesn't her walrus who her yak does admire applaud my salamander ?
Input: her tyrannosauruses that do eat don't applaud her walruses behind my ravens . past
Target output: don't her tyrannosauruses that do eat applaud her walruses behind my ravens ?
Model output: don't her tyrannosauruses that do eat applaud her walruses behind my ravens ?", testfull:0.93, testpos:1.0, genfull:0.9, genpos:0.99, genlinear:0.46, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:0.99, genmvwrongnum:0.0, };
var p13_tense_exp291 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_91", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: our quail behind the yaks does read . present
Target output: our quail behind the yaks does read .
Model output: our quail behind the yaks does read .
Input: our orangutan doesn't high_five our walruses around our walruses . present
Target output: our orangutan doesn't high_five our walruses around our walruses .
Model output: our orangutan doesn't high_five our walruses around our walruses .
Input: her peacocks around her peacock do wait . past
Target output: do her peacocks around her peacock wait ?
Model output: do her peacocks around her peacock wait ?
Input: my yaks who do move don't admire our quail who does high_five your salamanders . present
Target output: my yaks who do move don't admire our quail who does high_five your salamanders .
Model output: my yaks who do move don't admire our quail who does high_five your salamanders .
Input: your newt that doesn't applaud the raven doesn't sleep . present
Target output: your newt that doesn't applaud the raven doesn't sleep .
Model output: your newt that doesn't applaud the raven doesn't sleep .
Input: the orangutans above some zebras do move . present
Target output: the orangutans above some zebras do move .
Model output: the orangutans above some zebras do move .
Input: the zebras above your zebra do giggle . past
Target output: do the zebras above your zebra giggle ?
Model output: do the zebras above your zebra giggle ?
Input: my orangutans that your walruses do entertain do accept your vultures . present
Target output: my orangutans that your walruses do entertain do accept your vultures .
Model output: my orangutans that your walruses do accept do entertain your vultures .
Input: my ravens don't comfort some zebra near her ravens . present
Target output: my ravens don't comfort some zebra near her ravens .
Model output: my ravens don't comfort some zebra near her ravens .
Input: her zebras don't accept our tyrannosauruses . present
Target output: her zebras don't accept our tyrannosauruses .
Model output: her zebras don't accept our tyrannosauruses .", exgen:"Input: her xylophone that doesn't high_five your raven does comfort the unicorn . past
Target output: does her xylophone that doesn't high_five your raven comfort the unicorn ?
Model output: does her xylophone that doesn't high_five your raven comfort the unicorn ?
Input: her walrus that the walrus doesn't high_five does eat . past
Target output: does her walrus that the walrus doesn't high_five eat ?
Model output: does her walrus that the walrus doesn't high_five eat ?
Input: some quails who do confuse our walrus don't eat . past
Target output: don't some quails who do confuse our walrus eat ?
Model output: don't some quails who do confuse our walrus eat ?
Input: my zebras that don't accept your orangutans do sleep . past
Target output: do my zebras that don't accept your orangutans sleep ?
Model output: do my zebras that don't accept your orangutans sleep ?
Input: her vulture who does eat doesn't admire the unicorn . past
Target output: doesn't her vulture who does eat admire the unicorn ?
Model output: doesn't her vulture who does eat admire the unicorn ?
Input: the peacock that doesn't read does change . past
Target output: does the peacock that doesn't read change ?
Model output: does the peacock that doesn't read change ?
Input: some xylophones that don't applaud some newts do amuse our salamander . past
Target output: do some xylophones that don't applaud some newts amuse our salamander ?
Model output: do some xylophones that don't amuse some newts applaud our salamander ?
Input: my walruses who don't high_five some walruses do giggle . past
Target output: do my walruses who don't high_five some walruses giggle ?
Model output: do my walruses who don't high_five some walruses giggle ?
Input: the vulture who doesn't eat does change . past
Target output: does the vulture who doesn't eat change ?
Model output: does the vulture who doesn't eat change ?
Input: your quail that does read doesn't eat . past
Target output: doesn't your quail that does read eat ?
Model output: doesn't your quail that does read eat ?", testfull:0.88, testpos:1.0, genfull:0.89, genpos:1.0, genlinear:0.46, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp292 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_92", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the zebras don't giggle . present
Target output: the zebras don't giggle .
Model output: the zebras don't giggle .
Input: my zebras that don't swim don't smile . present
Target output: my zebras that don't swim don't smile .
Model output: my zebras that don't swim don't smile .
Input: my orangutans that do entertain my quails do applaud her zebra who doesn't high_five the tyrannosaurus . present
Target output: my orangutans that do entertain my quails do applaud her zebra who doesn't high_five the tyrannosaurus .
Model output: my orangutans that do entertain my quails do entertain her zebra who doesn't applaud the tyrannosaurus .
Input: some vulture does confuse some xylophones that the quail doesn't remember . past
Target output: does some vulture confuse some xylophones that the quail doesn't remember ?
Model output: doesn't some vulture confuse some xylophones that the quail doesn't remember ?
Input: your peacocks don't admire some newt that doesn't comfort the yak . present
Target output: your peacocks don't admire some newt that doesn't comfort the yak .
Model output: your peacocks don't admire some newt that doesn't comfort the yak .
Input: the peacocks do smile . past
Target output: do the peacocks smile ?
Model output: do the peacocks smile ?
Input: your xylophone doesn't accept my quail that does swim . present
Target output: your xylophone doesn't accept my quail that does swim .
Model output: your xylophone doesn't accept my quail that does swim .
Input: our quail doesn't remember the newt . past
Target output: doesn't our quail remember the newt ?
Model output: doesn't our quail remember the newt ?
Input: the walruses don't eat . past
Target output: don't the walruses eat ?
Model output: don't the walruses eat ?
Input: her xylophones above the vulture don't admire your vulture that your peacocks do entertain . past
Target output: don't her xylophones above the vulture admire your vulture that your peacocks do entertain ?
Model output: don't her xylophones above the vulture admire your vulture that your peacocks do entertain ?", exgen:"Input: your raven who our unicorn doesn't confuse does swim . past
Target output: does your raven who our unicorn doesn't confuse swim ?
Model output: does your raven who our unicorn doesn't confuse swim ?
Input: our walrus that your walrus does amuse doesn't wait . past
Target output: doesn't our walrus that your walrus does amuse wait ?
Model output: doesn't our walrus that your walrus does amuse wait ?
Input: some peacocks that my walruses do admire don't confuse our peacocks . past
Target output: don't some peacocks that my walruses do admire confuse our peacocks ?
Model output: don't some peacocks that my walruses do admire confuse our peacocks ?
Input: our newt who does high_five my zebra doesn't applaud my zebras around my ravens . past
Target output: doesn't our newt who does high_five my zebra applaud my zebras around my ravens ?
Model output: doesn't my newt who does high_five my zebra applaud my ravens around my zebras ?
Input: my salamanders that do remember your salamander don't swim . past
Target output: don't my salamanders that do remember your salamander swim ?
Model output: don't my salamanders that do remember your salamander swim ?
Input: our walruses that don't smile do accept my newt . past
Target output: do our walruses that don't smile accept my newt ?
Model output: do our walruses that don't smile accept my newt ?
Input: your vulture that my unicorn doesn't entertain does move . past
Target output: does your vulture that my unicorn doesn't entertain move ?
Model output: does your vulture that my unicorn doesn't entertain move ?
Input: some vulture that doesn't remember her unicorn does sleep . past
Target output: does some vulture that doesn't remember her unicorn sleep ?
Model output: does some vulture that doesn't remember her unicorn sleep ?
Input: my walrus that some quail does amuse doesn't move . past
Target output: doesn't my walrus that some quail does amuse move ?
Model output: doesn't my walrus that some quail does amuse move ?
Input: my salamander who my newt doesn't accept does move . past
Target output: does my salamander who my newt doesn't accept move ?
Model output: does my salamander who my newt doesn't accept move ?", testfull:0.86, testpos:1.0, genfull:0.85, genpos:1.0, genlinear:0.44, genmvcorrect:0.99, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp293 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_93", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: your yak behind some orangutan does giggle . past
Target output: does your yak behind some orangutan giggle ?
Model output: does your yak behind some orangutan giggle ?
Input: some peacocks don't wait . present
Target output: some peacocks don't wait .
Model output: some peacocks don't wait .
Input: her quail above your quails does wait . past
Target output: does her quail above your quails wait ?
Model output: does her quail above your quails wait ?
Input: her tyrannosauruses near her quails don't wait . present
Target output: her tyrannosauruses near her quails don't wait .
Model output: her tyrannosauruses near her quails don't wait .
Input: the tyrannosauruses behind our orangutan don't accept her quail . past
Target output: don't the tyrannosauruses behind our orangutan accept her quail ?
Model output: don't the tyrannosauruses behind our orangutan accept her quail ?
Input: the zebra above our tyrannosaurus doesn't high_five her peacocks . past
Target output: doesn't the zebra above our tyrannosaurus high_five her peacocks ?
Model output: doesn't the zebra above our tyrannosaurus high_five her peacocks ?
Input: my newts who do accept your tyrannosaurus do accept some walrus behind the walruses . present
Target output: my newts who do accept your tyrannosaurus do accept some walrus behind the walruses .
Model output: my newts who do accept your tyrannosaurus do accept some walrus behind the walruses .
Input: her unicorns that some xylophone does applaud do giggle . present
Target output: her unicorns that some xylophone does applaud do giggle .
Model output: her unicorns that some xylophone does applaud do giggle .
Input: some orangutans who don't admire your quail don't smile . past
Target output: don't some orangutans who don't admire your quail smile ?
Model output: don't some orangutans who don't admire your quail smile ?
Input: some quail doesn't wait . present
Target output: some quail doesn't wait .
Model output: some quail doesn't wait .", exgen:"Input: your xylophone who doesn't sleep does admire our tyrannosauruses . past
Target output: does your xylophone who doesn't sleep admire our tyrannosauruses ?
Model output: does your xylophone who doesn't sleep admire our tyrannosauruses ?
Input: her unicorn that doesn't change does giggle . past
Target output: does her unicorn that doesn't change giggle ?
Model output: does her unicorn that doesn't change giggle ?
Input: her quail that doesn't smile does remember my peacock . past
Target output: does her quail that doesn't smile remember my peacock ?
Model output: does her quail that doesn't smile remember my peacock ?
Input: our peacocks that don't high_five your quails do remember your zebra below my walrus . past
Target output: do our peacocks that don't high_five your quails remember your zebra below my walrus ?
Model output: do our peacocks that don't high_five your quails remember your zebra below my walrus ?
Input: our newt that does amuse your salamanders doesn't eat . past
Target output: doesn't our newt that does amuse your salamanders eat ?
Model output: doesn't our newt that does amuse your salamanders eat ?
Input: our orangutans who do wait don't move . past
Target output: don't our orangutans who do wait move ?
Model output: don't our orangutans who do wait move ?
Input: the vulture who doesn't eat does change . past
Target output: does the vulture who doesn't eat change ?
Model output: does the vulture who doesn't eat change ?
Input: some tyrannosauruses that her walruses do confuse don't eat . past
Target output: don't some tyrannosauruses that her walruses do confuse eat ?
Model output: don't some tyrannosauruses that her walruses do confuse eat ?
Input: my yaks who do admire her peacocks don't sleep . past
Target output: don't my yaks who do admire her peacocks sleep ?
Model output: don't my yaks who do admire her peacocks sleep ?
Input: some zebra who doesn't giggle does wait . past
Target output: does some zebra who doesn't giggle wait ?
Model output: does some zebra who doesn't giggle wait ?", testfull:0.89, testpos:1.0, genfull:0.87, genpos:1.0, genlinear:0.44, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp294 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_94", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some unicorns do amuse the walrus behind the unicorns . past
Target output: do some unicorns amuse the walrus behind the unicorns ?
Model output: do some unicorns amuse the walrus behind the unicorns ?
Input: her zebra around my ravens doesn't accept our vultures . present
Target output: her zebra around my ravens doesn't accept our vultures .
Model output: her zebra around my ravens doesn't accept our vultures .
Input: our vulture doesn't high_five my raven . present
Target output: our vulture doesn't high_five my raven .
Model output: our vulture doesn't high_five my raven .
Input: the ravens do high_five my vulture by some unicorn . present
Target output: the ravens do high_five my vulture by some unicorn .
Model output: the ravens do high_five my vulture by some unicorn .
Input: her ravens near her yaks do sleep . present
Target output: her ravens near her yaks do sleep .
Model output: her ravens near her yaks do sleep .
Input: my xylophone near some yaks does swim . past
Target output: does my xylophone near some yaks swim ?
Model output: does my xylophone near some yaks swim ?
Input: some walrus who doesn't high_five your newt does sleep . past
Target output: does some walrus who doesn't high_five your newt sleep ?
Model output: does some walrus who doesn't high_five your newt sleep ?
Input: her orangutan does entertain some orangutans around the yak . present
Target output: her orangutan does entertain some orangutans around the yak .
Model output: her orangutan does entertain some orangutans around the yak .
Input: our peacocks don't high_five her tyrannosaurus who her zebras don't amuse . past
Target output: don't our peacocks high_five her tyrannosaurus who her zebras don't amuse ?
Model output: don't our peacocks high_five her tyrannosaurus who her zebras don't amuse ?
Input: some peacock that your walruses do amuse doesn't confuse her zebra near the xylophones . present
Target output: some peacock that your walruses do amuse doesn't confuse her zebra near the xylophones .
Model output: some peacock that my walruses do amuse doesn't confuse the zebra near the xylophones .", exgen:"Input: my zebras who don't remember your ravens do confuse her unicorns near my ravens . past
Target output: do my zebras who don't remember your ravens confuse her unicorns near my ravens ?
Model output: do my zebras who don't remember her ravens confuse your zebras near my ravens ?
Input: the newt that your zebra doesn't remember does amuse some orangutans . past
Target output: does the newt that your zebra doesn't remember amuse some orangutans ?
Model output: does the newt that your zebra doesn't remember amuse some orangutans ?
Input: her tyrannosauruses that do eat don't applaud her walruses behind my ravens . past
Target output: don't her tyrannosauruses that do eat applaud her walruses behind my ravens ?
Model output: don't her tyrannosauruses that do eat applaud her walruses behind my ravens ?
Input: your orangutans that do comfort my peacocks don't move . past
Target output: don't your orangutans that do comfort my peacocks move ?
Model output: don't your orangutans that do comfort my peacocks move ?
Input: the peacock that doesn't remember the newt does remember my yak behind my raven . past
Target output: does the peacock that doesn't remember the newt remember my yak behind my raven ?
Model output: does the peacock that doesn't remember the newt remember my yak behind my raven ?
Input: some zebra that does amuse our newt doesn't confuse our vultures by your yaks . past
Target output: doesn't some zebra that does amuse our newt confuse our vultures by your yaks ?
Model output: doesn't some zebra that does amuse our newt comfort our vultures by our yaks ?
Input: the unicorns that do sleep don't move . past
Target output: don't the unicorns that do sleep move ?
Model output: don't the unicorns that do sleep move ?
Input: some walrus who does swim doesn't giggle . past
Target output: doesn't some walrus who does swim giggle ?
Model output: doesn't some walrus who does swim giggle ?
Input: the salamander who doesn't applaud your unicorn does swim . past
Target output: does the salamander who doesn't applaud your unicorn swim ?
Model output: does the salamander who doesn't applaud your unicorn swim ?
Input: my vultures that do move don't eat . past
Target output: don't my vultures that do move eat ?
Model output: don't my vultures that do move eat ?", testfull:0.89, testpos:1.0, genfull:0.89, genpos:1.0, genlinear:0.47, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp295 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_95", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some tyrannosauruses below her orangutan do read . past
Target output: do some tyrannosauruses below her orangutan read ?
Model output: do some tyrannosauruses below her orangutan read ?
Input: the yak doesn't amuse the newt that doesn't giggle . past
Target output: doesn't the yak amuse the newt that doesn't giggle ?
Model output: doesn't the yak amuse the newt that doesn't giggle ?
Input: her orangutan around my vulture does swim . present
Target output: her orangutan around my vulture does swim .
Model output: her orangutan around my vulture does swim .
Input: our vulture who my unicorn doesn't applaud does eat . past
Target output: does our vulture who my unicorn doesn't applaud eat ?
Model output: does our vulture who my unicorn doesn't applaud eat ?
Input: your tyrannosauruses do entertain some unicorns that my quail doesn't entertain . present
Target output: your tyrannosauruses do entertain some unicorns that my quail doesn't entertain .
Model output: your tyrannosauruses do entertain some unicorns that my quail doesn't entertain .
Input: her walruses don't applaud our yaks with her newt . present
Target output: her walruses don't applaud our yaks with her newt .
Model output: her walruses don't applaud our yaks with her newt .
Input: some unicorns by my yaks do applaud her tyrannosauruses who don't high_five her quails . present
Target output: some unicorns by my yaks do applaud her tyrannosauruses who don't high_five her quails .
Model output: some unicorns by my yaks do applaud her tyrannosauruses who don't high_five her tyrannosauruses .
Input: my vulture does comfort your unicorn . present
Target output: my vulture does comfort your unicorn .
Model output: my vulture does comfort your unicorn .
Input: your orangutans by the ravens do sleep . present
Target output: your orangutans by the ravens do sleep .
Model output: your orangutans by the ravens do sleep .
Input: her quails near our zebras don't sleep . past
Target output: don't her quails near our zebras sleep ?
Model output: don't her quails near our zebras sleep ?", exgen:"Input: our walruses that don't smile do accept my newt . past
Target output: do our walruses that don't smile accept my newt ?
Model output: do our walruses that don't smile accept my newt ?
Input: some quails who do entertain some salamander don't accept our newt around our tyrannosaurus . past
Target output: don't some quails who do entertain some salamander accept our newt around our tyrannosaurus ?
Model output: don't some quails who do entertain some newt accept our salamander around our tyrannosaurus ?
Input: some peacocks that our quails don't high_five do wait . past
Target output: do some peacocks that our quails don't high_five wait ?
Model output: do some peacocks that our quails don't high_five wait ?
Input: my newt who does entertain the walruses doesn't entertain her yak upon my tyrannosauruses . past
Target output: doesn't my newt who does entertain the walruses entertain her yak upon my tyrannosauruses ?
Model output: doesn't my newt who does entertain the walruses amuse her yak upon my tyrannosauruses ?
Input: some yaks that do swim don't eat . past
Target output: don't some yaks that do swim eat ?
Model output: don't some yaks that do swim eat ?
Input: the vulture that doesn't read does change . past
Target output: does the vulture that doesn't read change ?
Model output: does the vulture that doesn't read change ?
Input: some zebra who does applaud our peacock doesn't sleep . past
Target output: doesn't some zebra who does applaud our peacock sleep ?
Model output: doesn't some zebra who does applaud our peacock sleep ?
Input: some newts who do change don't move . past
Target output: don't some newts who do change move ?
Model output: don't some newts who do change move ?
Input: your xylophones that don't entertain the walrus do swim . past
Target output: do your xylophones that don't entertain the walrus swim ?
Model output: do your xylophones that don't entertain the walrus swim ?
Input: her walruses who don't confuse your raven do applaud your vulture . past
Target output: do her walruses who don't confuse your raven applaud your vulture ?
Model output: do her walruses who don't confuse your raven applaud your vulture ?", testfull:0.94, testpos:1.0, genfull:0.96, genpos:1.0, genlinear:0.5, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp296 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_96", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some zebra who does high_five your zebras does entertain our zebra above her zebra . present
Target output: some zebra who does high_five your zebras does entertain our zebra above her zebra .
Model output: some zebra who does high_five your zebras does entertain our zebra above her zebra .
Input: her salamanders do amuse your unicorns who don't move . past
Target output: do her salamanders amuse your unicorns who don't move ?
Model output: do her salamanders amuse your unicorns who don't move ?
Input: her yak near my raven does accept my raven that doesn't move . present
Target output: her yak near my raven does accept my raven that doesn't move .
Model output: her yak near my raven does accept my raven that doesn't move .
Input: some newt who doesn't entertain her peacock doesn't remember my zebras upon our tyrannosaurus . past
Target output: doesn't some newt who doesn't entertain her peacock remember my zebras upon our tyrannosaurus ?
Model output: doesn't some newt who doesn't remember my peacock entertain some unicorns upon our tyrannosaurus ?
Input: your vulture who does entertain some yaks doesn't amuse some yaks who do wait . past
Target output: doesn't your vulture who does entertain some yaks amuse some yaks who do wait ?
Model output: doesn't your vulture who does entertain some yaks amuse some yaks who do wait ?
Input: your quail who doesn't remember the peacock doesn't amuse the tyrannosaurus . present
Target output: your quail who doesn't remember the peacock doesn't amuse the tyrannosaurus .
Model output: your quail who doesn't remember the peacock doesn't amuse the tyrannosaurus .
Input: my yak that her walruses don't applaud does sleep . present
Target output: my yak that her walruses don't applaud does sleep .
Model output: my yak that her walruses don't applaud does sleep .
Input: my tyrannosauruses by your salamanders do change . present
Target output: my tyrannosauruses by your salamanders do change .
Model output: my tyrannosauruses by your salamanders do change .
Input: our yaks do swim . present
Target output: our yaks do swim .
Model output: our yaks do swim .
Input: our zebras behind our vulture don't accept our peacocks near some salamander . present
Target output: our zebras behind our vulture don't accept our peacocks near some salamander .
Model output: our zebras behind our vulture don't accept our peacocks near some salamander .", exgen:"Input: your xylophone who doesn't sleep does admire our tyrannosauruses . past
Target output: does your xylophone who doesn't sleep admire our tyrannosauruses ?
Model output: does your xylophone who doesn't sleep admire our tyrannosauruses ?
Input: your orangutans who do accept some unicorns don't swim . past
Target output: don't your orangutans who do accept some unicorns swim ?
Model output: don't your orangutans who do accept some unicorns swim ?
Input: my newts that do high_five her unicorn don't change . past
Target output: don't my newts that do high_five her unicorn change ?
Model output: don't my newts that do high_five her unicorn change ?
Input: her unicorn who does admire some xylophones doesn't move . past
Target output: doesn't her unicorn who does admire some xylophones move ?
Model output: doesn't her unicorn who does admire some xylophones move ?
Input: her orangutan who my peacock doesn't confuse does change . past
Target output: does her orangutan who my peacock doesn't confuse change ?
Model output: does her orangutan who my peacock doesn't confuse change ?
Input: my yaks that do swim don't read . past
Target output: don't my yaks that do swim read ?
Model output: don't my yaks that do swim read ?
Input: my xylophones who don't applaud your tyrannosaurus do wait . past
Target output: do my xylophones who don't applaud your tyrannosaurus wait ?
Model output: do my xylophones who don't applaud your tyrannosaurus wait ?
Input: her orangutans who do wait don't wait . past
Target output: don't her orangutans who do wait wait ?
Model output: don't her orangutans who do wait wait ?
Input: my salamanders that do remember your salamander don't swim . past
Target output: don't my salamanders that do remember your salamander swim ?
Model output: don't my salamanders that do remember your salamander swim ?
Input: her salamanders who do confuse some vulture don't comfort our yak upon your newt . past
Target output: don't her salamanders who do confuse some vulture comfort our yak upon your newt ?
Model output: don't her salamanders who do confuse some vulture comfort our yak upon your newt ?", testfull:0.96, testpos:1.0, genfull:0.98, genpos:1.0, genlinear:0.51, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp297 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_97", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: her quail near your quails doesn't amuse some zebras that your salamander doesn't accept . past
Target output: doesn't her quail near your quails amuse some zebras that your salamander doesn't accept ?
Model output: doesn't her quail that some quails don't amuse accept some zebras near your salamander ?
Input: your newt doesn't high_five some orangutan upon my salamanders . present
Target output: your newt doesn't high_five some orangutan upon my salamanders .
Model output: your newt doesn't high_five some orangutan upon my salamanders .
Input: some xylophones below her orangutans don't smile . present
Target output: some xylophones below her orangutans don't smile .
Model output: some xylophones below her orangutans don't smile .
Input: your peacock does smile . present
Target output: your peacock does smile .
Model output: your peacock does smile .
Input: her salamander behind her newts does comfort our walruses . present
Target output: her salamander behind her newts does comfort our walruses .
Model output: her salamander behind her newts does comfort our walruses .
Input: our orangutans who our walrus does remember don't sleep . present
Target output: our orangutans who our walrus does remember don't sleep .
Model output: our orangutans who our walrus does remember don't sleep .
Input: her yak who her salamanders do accept does smile . present
Target output: her yak who her salamanders do accept does smile .
Model output: her yak who her salamanders do accept do smile .
Input: our quail doesn't amuse our ravens . present
Target output: our quail doesn't amuse our ravens .
Model output: our quail doesn't amuse our ravens .
Input: your vultures with some orangutans don't smile . present
Target output: your vultures with some orangutans don't smile .
Model output: your vultures with some orangutans don't smile .
Input: some peacock doesn't high_five our unicorn . past
Target output: doesn't some peacock high_five our unicorn ?
Model output: doesn't some peacock high_five our unicorn ?", exgen:"Input: some tyrannosauruses that don't remember my vultures do amuse her raven . past
Target output: do some tyrannosauruses that don't remember my vultures amuse her raven ?
Model output: do some tyrannosauruses that don't amuse my vultures remember her raven ?
Input: your peacocks that our peacocks don't amuse do read . past
Target output: do your peacocks that our peacocks don't amuse read ?
Model output: do your peacocks that our peacocks don't amuse read ?
Input: my peacocks who don't giggle do high_five our vulture . past
Target output: do my peacocks who don't giggle high_five our vulture ?
Model output: do my peacocks who don't giggle high_five our vulture ?
Input: your xylophone that does swim doesn't read . past
Target output: doesn't your xylophone that does swim read ?
Model output: doesn't your xylophone that does swim read ?
Input: the orangutans who my walruses don't applaud do swim . past
Target output: do the orangutans who my walruses don't applaud swim ?
Model output: do the orangutans who my walruses don't applaud swim ?
Input: the orangutans who some xylophones don't amuse do wait . past
Target output: do the orangutans who some xylophones don't amuse wait ?
Model output: do the orangutans who some xylophones don't amuse wait ?
Input: her xylophones that do admire our newt don't swim . past
Target output: don't her xylophones that do admire our newt swim ?
Model output: don't her xylophones that do admire our newt swim ?
Input: some orangutans that do amuse her zebra don't swim . past
Target output: don't some orangutans that do amuse her zebra swim ?
Model output: don't some orangutans that do amuse her zebra swim ?
Input: your walrus that doesn't accept my orangutan does eat . past
Target output: does your walrus that doesn't accept my orangutan eat ?
Model output: does your walrus that doesn't accept my orangutan eat ?
Input: some raven who does admire your peacocks doesn't smile . past
Target output: doesn't some raven who does admire your peacocks smile ?
Model output: doesn't some raven who does admire your peacocks smile ?", testfull:0.79, testpos:0.99, genfull:0.8, genpos:0.96, genlinear:0.41, genmvcorrect:0.94, genmvlinear:0.0, genmvcorrectnum:0.96, genmvwrongnum:0.0, };
var p13_tense_exp298 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_98", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: some unicorns who my salamander doesn't accept don't amuse your quail . past
Target output: don't some unicorns who my salamander doesn't accept amuse your quail ?
Model output: don't some unicorns who my salamander doesn't accept amuse your quail ?
Input: our ravens that do high_five the zebras don't applaud her orangutan who doesn't confuse her quail . present
Target output: our ravens that do high_five the zebras don't applaud her orangutan who doesn't confuse her quail .
Model output: our ravens that do high_five the zebras don't applaud her orangutan who doesn't confuse her quail .
Input: my orangutans by your walrus don't remember her salamander . past
Target output: don't my orangutans by your walrus remember her salamander ?
Model output: don't my orangutans by your walrus remember her salamander ?
Input: your walrus who doesn't applaud our salamander does sleep . past
Target output: does your walrus who doesn't applaud our salamander sleep ?
Model output: does your walrus who doesn't applaud our salamander sleep ?
Input: the quail that my xylophones do comfort doesn't high_five my newt . present
Target output: the quail that my xylophones do comfort doesn't high_five my newt .
Model output: the quail that my xylophones do comfort doesn't high_five my newt .
Input: some walruses who do giggle do applaud your unicorn above your tyrannosaurus . past
Target output: do some walruses who do giggle applaud your unicorn above your tyrannosaurus ?
Model output: do some walruses who do giggle applaud your unicorn above your tyrannosaurus ?
Input: her orangutan who some peacock does admire does change . present
Target output: her orangutan who some peacock does admire does change .
Model output: her orangutan who some peacock does admire does change .
Input: her quail that our vulture doesn't confuse doesn't smile . past
Target output: doesn't her quail that our vulture doesn't confuse smile ?
Model output: doesn't her quail that our vulture doesn't confuse smile ?
Input: some yaks who don't comfort our vultures don't high_five the unicorns by her xylophones . past
Target output: don't some yaks who don't comfort our vultures high_five the unicorns by her xylophones ?
Model output: don't some vultures who don't comfort our vultures high_five the unicorns by her xylophones ?
Input: your xylophones that don't read do high_five our walrus that does move . past
Target output: do your xylophones that don't read high_five our walrus that does move ?
Model output: do your xylophones that don't read high_five our walrus that does move ?", exgen:"Input: the zebras who your orangutans do accept don't sleep . past
Target output: don't the zebras who your orangutans do accept sleep ?
Model output: don't the zebras who your orangutans do accept sleep ?
Input: my peacocks who don't giggle do high_five our vulture . past
Target output: do my peacocks who don't giggle high_five our vulture ?
Model output: do my peacocks who don't giggle high_five our vulture ?
Input: our yaks who do confuse some ravens don't swim . past
Target output: don't our yaks who do confuse some ravens swim ?
Model output: don't our yaks who do confuse some ravens swim ?
Input: our tyrannosaurus who doesn't swim does giggle . past
Target output: does our tyrannosaurus who doesn't swim giggle ?
Model output: does our tyrannosaurus who doesn't swim giggle ?
Input: my vultures that do move don't eat . past
Target output: don't my vultures that do move eat ?
Model output: don't my vultures that do move eat ?
Input: your peacocks that don't sleep do giggle . past
Target output: do your peacocks that don't sleep giggle ?
Model output: do your peacocks that don't sleep giggle ?
Input: your zebras that do comfort my orangutans don't read . past
Target output: don't your zebras that do comfort my orangutans read ?
Model output: don't your zebras that do comfort my orangutans read ?
Input: your vultures who do read don't change . past
Target output: don't your vultures who do read change ?
Model output: don't your vultures who do read change ?
Input: your ravens that do entertain the zebras don't sleep . past
Target output: don't your ravens that do entertain the zebras sleep ?
Model output: don't your ravens that do entertain the zebras sleep ?
Input: my tyrannosaurus who doesn't giggle does swim . past
Target output: does my tyrannosaurus who doesn't giggle swim ?
Model output: does my tyrannosaurus who doesn't giggle swim ?", testfull:0.93, testpos:1.0, genfull:0.95, genpos:1.0, genlinear:0.5, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var p13_tense_exp299 = {name:"agr_main_tense_aux_GRU_GRU_0_0.001_256_99", dataset:"tense", mt:"Multitask (plus auxiliary verbs)", enc:"GRU", dec:"GRU", attn:"None", lr:0.001, hs:256, extest:"Input: the vulture does smile . past
Target output: does the vulture smile ?
Model output: does the vulture smile ?
Input: my vulture around my tyrannosauruses doesn't accept some orangutans upon the xylophone . past
Target output: doesn't my vulture around my tyrannosauruses accept some orangutans upon the xylophone ?
Model output: doesn't my vulture around my tyrannosauruses accept some tyrannosaurus upon the xylophone ?
Input: my raven doesn't read . present
Target output: my raven doesn't read .
Model output: my raven doesn't read .
Input: our newts upon some tyrannosauruses do entertain her unicorn above some salamanders . past
Target output: do our newts upon some tyrannosauruses entertain her unicorn above some salamanders ?
Model output: do our newts upon some tyrannosauruses entertain her unicorn above some peacocks ?
Input: my vulture does confuse her vulture near some vultures . present
Target output: my vulture does confuse her vulture near some vultures .
Model output: my vulture does confuse her vulture near some vultures .
Input: your quails don't giggle . past
Target output: don't your quails giggle ?
Model output: don't your quails giggle ?
Input: the orangutan who her newts do high_five does comfort her walruses who do confuse some walruses . present
Target output: the orangutan who her newts do high_five does comfort her walruses who do confuse some walruses .
Model output: the orangutan who her newts do confuse does comfort her walruses who do high_five some walruses .
Input: my vulture that her tyrannosaurus does admire does amuse some unicorns . past
Target output: does my vulture that her tyrannosaurus does admire amuse some unicorns ?
Model output: does my vulture that her tyrannosaurus does admire amuse some unicorns ?
Input: the tyrannosauruses that do smile do entertain her newt that your tyrannosaurus does accept . past
Target output: do the tyrannosauruses that do smile entertain her newt that your tyrannosaurus does accept ?
Model output: do the tyrannosauruses that do smile entertain her newt that your tyrannosaurus does accept ?
Input: some xylophones do comfort our yaks . present
Target output: some xylophones do comfort our yaks .
Model output: some xylophones do comfort our yaks .", exgen:"Input: your raven who does smile doesn't read . past
Target output: doesn't your raven who does smile read ?
Model output: doesn't your raven who does smile read ?
Input: her tyrannosauruses that do giggle don't change . past
Target output: don't her tyrannosauruses that do giggle change ?
Model output: don't her tyrannosauruses that do giggle change ?
Input: some tyrannosauruses who the ravens do remember don't confuse your raven with your xylophones . past
Target output: don't some tyrannosauruses who the ravens do remember confuse your raven with your xylophones ?
Model output: don't some tyrannosauruses who the ravens do remember confuse your raven with your xylophones ?
Input: some yak that does smile doesn't smile . past
Target output: doesn't some yak that does smile smile ?
Model output: doesn't some yak that does smile smile ?
Input: our vultures that your tyrannosauruses do confuse don't move . past
Target output: don't our vultures that your tyrannosauruses do confuse move ?
Model output: don't our vultures that your tyrannosauruses do confuse move ?
Input: your zebra who some zebra does confuse doesn't giggle . past
Target output: doesn't your zebra who some zebra does confuse giggle ?
Model output: doesn't your zebra who some zebra does confuse giggle ?
Input: my walrus who doesn't eat does accept my xylophone . past
Target output: does my walrus who doesn't eat accept my xylophone ?
Model output: does my walrus who doesn't eat accept my xylophone ?
Input: the raven who doesn't smile does sleep . past
Target output: does the raven who doesn't smile sleep ?
Model output: does the raven who doesn't smile sleep ?
Input: her xylophone who does accept her vulture doesn't remember your vulture . past
Target output: doesn't her xylophone who does accept her vulture remember your vulture ?
Model output: doesn't her xylophone who does accept her vulture remember your vulture ?
Input: our tyrannosaurus that doesn't remember your zebras does entertain some newt near our salamanders . past
Target output: does our tyrannosaurus that doesn't remember your zebras entertain some newt near our salamanders ?
Model output: does our tyrannosaurus that doesn't entertain your unicorns remember some newt near our salamanders ?", testfull:0.93, testpos:1.0, genfull:0.92, genpos:1.0, genlinear:0.47, genmvcorrect:1.0, genmvlinear:0.0, genmvcorrectnum:1.0, genmvwrongnum:0.0, };
var experiments_13_tense = [p13_tense_exp0, p13_tense_exp1, p13_tense_exp2, p13_tense_exp3, p13_tense_exp4, p13_tense_exp5, p13_tense_exp6, p13_tense_exp7, p13_tense_exp8, p13_tense_exp9, p13_tense_exp10, p13_tense_exp11, p13_tense_exp12, p13_tense_exp13, p13_tense_exp14, p13_tense_exp15, p13_tense_exp16, p13_tense_exp17, p13_tense_exp18, p13_tense_exp19, p13_tense_exp20, p13_tense_exp21, p13_tense_exp22, p13_tense_exp23, p13_tense_exp24, p13_tense_exp25, p13_tense_exp26, p13_tense_exp27, p13_tense_exp28, p13_tense_exp29, p13_tense_exp30, p13_tense_exp31, p13_tense_exp32, p13_tense_exp33, p13_tense_exp34, p13_tense_exp35, p13_tense_exp36, p13_tense_exp37, p13_tense_exp38, p13_tense_exp39, p13_tense_exp40, p13_tense_exp41, p13_tense_exp42, p13_tense_exp43, p13_tense_exp44, p13_tense_exp45, p13_tense_exp46, p13_tense_exp47, p13_tense_exp48, p13_tense_exp49, p13_tense_exp50, p13_tense_exp51, p13_tense_exp52, p13_tense_exp53, p13_tense_exp54, p13_tense_exp55, p13_tense_exp56, p13_tense_exp57, p13_tense_exp58, p13_tense_exp59, p13_tense_exp60, p13_tense_exp61, p13_tense_exp62, p13_tense_exp63, p13_tense_exp64, p13_tense_exp65, p13_tense_exp66, p13_tense_exp67, p13_tense_exp68, p13_tense_exp69, p13_tense_exp70, p13_tense_exp71, p13_tense_exp72, p13_tense_exp73, p13_tense_exp74, p13_tense_exp75, p13_tense_exp76, p13_tense_exp77, p13_tense_exp78, p13_tense_exp79, p13_tense_exp80, p13_tense_exp81, p13_tense_exp82, p13_tense_exp83, p13_tense_exp84, p13_tense_exp85, p13_tense_exp86, p13_tense_exp87, p13_tense_exp88, p13_tense_exp89, p13_tense_exp90, p13_tense_exp91, p13_tense_exp92, p13_tense_exp93, p13_tense_exp94, p13_tense_exp95, p13_tense_exp96, p13_tense_exp97, p13_tense_exp98, p13_tense_exp99, p13_tense_exp100, p13_tense_exp101, p13_tense_exp102, p13_tense_exp103, p13_tense_exp104, p13_tense_exp105, p13_tense_exp106, p13_tense_exp107, p13_tense_exp108, p13_tense_exp109, p13_tense_exp110, p13_tense_exp111, p13_tense_exp112, p13_tense_exp113, p13_tense_exp114, p13_tense_exp115, p13_tense_exp116, p13_tense_exp117, p13_tense_exp118, p13_tense_exp119, p13_tense_exp120, p13_tense_exp121, p13_tense_exp122, p13_tense_exp123, p13_tense_exp124, p13_tense_exp125, p13_tense_exp126, p13_tense_exp127, p13_tense_exp128, p13_tense_exp129, p13_tense_exp130, p13_tense_exp131, p13_tense_exp132, p13_tense_exp133, p13_tense_exp134, p13_tense_exp135, p13_tense_exp136, p13_tense_exp137, p13_tense_exp138, p13_tense_exp139, p13_tense_exp140, p13_tense_exp141, p13_tense_exp142, p13_tense_exp143, p13_tense_exp144, p13_tense_exp145, p13_tense_exp146, p13_tense_exp147, p13_tense_exp148, p13_tense_exp149, p13_tense_exp150, p13_tense_exp151, p13_tense_exp152, p13_tense_exp153, p13_tense_exp154, p13_tense_exp155, p13_tense_exp156, p13_tense_exp157, p13_tense_exp158, p13_tense_exp159, p13_tense_exp160, p13_tense_exp161, p13_tense_exp162, p13_tense_exp163, p13_tense_exp164, p13_tense_exp165, p13_tense_exp166, p13_tense_exp167, p13_tense_exp168, p13_tense_exp169, p13_tense_exp170, p13_tense_exp171, p13_tense_exp172, p13_tense_exp173, p13_tense_exp174, p13_tense_exp175, p13_tense_exp176, p13_tense_exp177, p13_tense_exp178, p13_tense_exp179, p13_tense_exp180, p13_tense_exp181, p13_tense_exp182, p13_tense_exp183, p13_tense_exp184, p13_tense_exp185, p13_tense_exp186, p13_tense_exp187, p13_tense_exp188, p13_tense_exp189, p13_tense_exp190, p13_tense_exp191, p13_tense_exp192, p13_tense_exp193, p13_tense_exp194, p13_tense_exp195, p13_tense_exp196, p13_tense_exp197, p13_tense_exp198, p13_tense_exp199, p13_tense_exp200, p13_tense_exp201, p13_tense_exp202, p13_tense_exp203, p13_tense_exp204, p13_tense_exp205, p13_tense_exp206, p13_tense_exp207, p13_tense_exp208, p13_tense_exp209, p13_tense_exp210, p13_tense_exp211, p13_tense_exp212, p13_tense_exp213, p13_tense_exp214, p13_tense_exp215, p13_tense_exp216, p13_tense_exp217, p13_tense_exp218, p13_tense_exp219, p13_tense_exp220, p13_tense_exp221, p13_tense_exp222, p13_tense_exp223, p13_tense_exp224, p13_tense_exp225, p13_tense_exp226, p13_tense_exp227, p13_tense_exp228, p13_tense_exp229, p13_tense_exp230, p13_tense_exp231, p13_tense_exp232, p13_tense_exp233, p13_tense_exp234, p13_tense_exp235, p13_tense_exp236, p13_tense_exp237, p13_tense_exp238, p13_tense_exp239, p13_tense_exp240, p13_tense_exp241, p13_tense_exp242, p13_tense_exp243, p13_tense_exp244, p13_tense_exp245, p13_tense_exp246, p13_tense_exp247, p13_tense_exp248, p13_tense_exp249, p13_tense_exp250, p13_tense_exp251, p13_tense_exp252, p13_tense_exp253, p13_tense_exp254, p13_tense_exp255, p13_tense_exp256, p13_tense_exp257, p13_tense_exp258, p13_tense_exp259, p13_tense_exp260, p13_tense_exp261, p13_tense_exp262, p13_tense_exp263, p13_tense_exp264, p13_tense_exp265, p13_tense_exp266, p13_tense_exp267, p13_tense_exp268, p13_tense_exp269, p13_tense_exp270, p13_tense_exp271, p13_tense_exp272, p13_tense_exp273, p13_tense_exp274, p13_tense_exp275, p13_tense_exp276, p13_tense_exp277, p13_tense_exp278, p13_tense_exp279, p13_tense_exp280, p13_tense_exp281, p13_tense_exp282, p13_tense_exp283, p13_tense_exp284, p13_tense_exp285, p13_tense_exp286, p13_tense_exp287, p13_tense_exp288, p13_tense_exp289, p13_tense_exp290, p13_tense_exp291, p13_tense_exp292, p13_tense_exp293, p13_tense_exp294, p13_tense_exp295, p13_tense_exp296, p13_tense_exp297, p13_tense_exp298, p13_tense_exp299];