quadrat VPAR11ACCPFPERFPASSIVEPPL que CONJ procul ADVPOS turris N33NOMSF cum ADVPOS cern V31PRESACTIVEIND1P urb N33GENSF propterea ADVPOS f V33PRESACTIVEIND3S ut V31PRESINF0X vid V21PRESPASSIVESUB3P saepe ADVPOS rutund ADJ11GENSFPOS angul N21NOMSM obtus VPAR31NOMSMPERFPASSIVEPPL quia CONJ long ADJ11VOCSMPOS cern V31PRESPASSIVEIND3S omn ADJ32NOMSCPOS sive CONJ etiam CONJ poti ADJ00NOMSNCOMP non ADV cern V31PRESPASSIVEIND3S ac CONJ peri V61PRESACTIVEIND3S e PRON41GENSX plag N11NOMSF nec ADVPOS ad ADVPOS nostr ADJ12ACCPFPOS aci N51NOMSF perlab V31PRESIND3S ict VPAR31NOMSMPERFPASSIVEPPL aer N11NOMSF per PREPACC mult N22NOMSN quia CONJ dum CONJ simulacr N22NOMPN fer V32PRESPASSIVEIND3P cog V31PRESACTIVEIND3S hebesc V31PRESACTIVEINF0X e PRON41ACCSM crebr ADJ12DATPXPOS offens N41DATPM aer N36NOMSC
And when afar off we see the foursquare towers of a city, they often appear to be round, for this reason, because every angle at a distance is seen blunted or rather it is not seen at all, its blow is lost and the stroke does not glide across to our eyes; because, while the images are rushing through a great space of air, the air with frequent buffetings forces it to become blunt.
final_alignments\Lucretius_De_Rerum_Natura_Book4.json