the fiddleneck does dig.
sent1: if the victor does circumvallate fiddleneck the destroyer does circumvallate fiddleneck but it is not a hieratic. sent2: if the destroyer does uphold messiahship then it is a determent. sent3: the victor is not an andromeda. sent4: the destroyer is not late. sent5: if the victor is a hieratic the laager is a hieratic and is not late. sent6: there is something such that it is anemic. sent7: there is something such that it is late. sent8: if the destroyer is a determent then it does dig and/or is not late. sent9: if there exists something such that it is a dug the destroyer is a dug or it is anemic or both. sent10: the destroyer is anemic and it is a swish. sent11: the fiddleneck is hieratic if the laager is a hieratic. sent12: the victor is a kind of a Gadsden that is not a swish. sent13: the laager is hieratic and does circumvallate fiddleneck. sent14: the victor is not non-hieratic if something that is anemic circumvallates fiddleneck. sent15: the laager is hieratic if the victor is a kind of a hieratic. sent16: if something is not anemic that it is not a kind of a hieratic and it is not a swish does not hold. sent17: the victor is late if something is a hieratic and it circumvallates fiddleneck. sent18: if the laager is not late then the fiddleneck does not dig. sent19: if something either does dig or is not late or both it is not late. sent20: if that something is both not hieratic and not a swish is wrong then it is hieratic. sent21: the destroyer is a determent and it does circumvallate fiddleneck. sent22: if the destroyer is not late then that the pedestrian is anemic thing that does not circumvallate fiddleneck is false.
sent10 -> int1: the destroyer is anemic.; sent21 -> int2: the destroyer does circumvallate fiddleneck.; int1 & int2 -> int3: the destroyer is anemic thing that circumvallates fiddleneck.; int3 -> int4: something is not non-anemic and circumvallates fiddleneck.; int4 & sent14 -> int5: the victor is a hieratic.; int5 & sent5 -> int6: the laager is hieratic and is not late.; int6 -> int7: the laager is not late.; int7 & sent18 -> hypothesis;
the pedestrian is a hieratic.
sent20 -> int8: the pedestrian is hieratic if that it is a kind of hieratic thing that is not a kind of a swish does not hold.; sent16 -> int9: if the pedestrian is not anemic then the fact that it is a kind of non-hieratic thing that is not a swish does not hold.; sent19 -> int10: if the destroyer is a dug and/or it is not late then it is not late.;
$hypothesis$ = the fiddleneck does dig. ; $context$ = sent1: if the victor does circumvallate fiddleneck the destroyer does circumvallate fiddleneck but it is not a hieratic. sent2: if the destroyer does uphold messiahship then it is a determent. sent3: the victor is not an andromeda. sent4: the destroyer is not late. sent5: if the victor is a hieratic the laager is a hieratic and is not late. sent6: there is something such that it is anemic. sent7: there is something such that it is late. sent8: if the destroyer is a determent then it does dig and/or is not late. sent9: if there exists something such that it is a dug the destroyer is a dug or it is anemic or both. sent10: the destroyer is anemic and it is a swish. sent11: the fiddleneck is hieratic if the laager is a hieratic. sent12: the victor is a kind of a Gadsden that is not a swish. sent13: the laager is hieratic and does circumvallate fiddleneck. sent14: the victor is not non-hieratic if something that is anemic circumvallates fiddleneck. sent15: the laager is hieratic if the victor is a kind of a hieratic. sent16: if something is not anemic that it is not a kind of a hieratic and it is not a swish does not hold. sent17: the victor is late if something is a hieratic and it circumvallates fiddleneck. sent18: if the laager is not late then the fiddleneck does not dig. sent19: if something either does dig or is not late or both it is not late. sent20: if that something is both not hieratic and not a swish is wrong then it is hieratic. sent21: the destroyer is a determent and it does circumvallate fiddleneck. sent22: if the destroyer is not late then that the pedestrian is anemic thing that does not circumvallate fiddleneck is false. ; $proof$ = 
sent10 -> int1: the destroyer is anemic.; sent21 -> int2: the destroyer does circumvallate fiddleneck.; int1 & int2 -> int3: the destroyer is anemic thing that circumvallates fiddleneck.; int3 -> int4: something is not non-anemic and circumvallates fiddleneck.; int4 & sent14 -> int5: the victor is a hieratic.; int5 & sent5 -> int6: the laager is hieratic and is not late.; int6 -> int7: the laager is not late.; int7 & sent18 -> hypothesis; __DISPROVED__