the batten is not a closure.
sent1: the pinscher is not a kind of a salaam. sent2: the pinscher is not a closure if that the batten is not a kind of a bugbear and it is not a kind of a hypotension is incorrect. sent3: if that something is nondeductible but it is not a Lycaenidae is false then the fact that it is not navigational is true. sent4: the meteor either is a dress or does shoot bodied or both. sent5: if the ranch shoots bodied then it is archiepiscopal. sent6: the pinscher is not a closure. sent7: that the pinscher is a kind of a hypotension and is not a kind of a bugbear is not true. sent8: the pinscher is not a bugbear if the batten is a kind of a hypotension. sent9: if the ranch is not a goosefish and/or it does not commutate generic then the pinscher does not commutate generic. sent10: the pinscher is not a hypotension and is not a kind of a closure. sent11: the pinscher is not a hypotension. sent12: that the batten is not a closure is not wrong if that the pinscher is not a hypotension and it is not a bugbear does not hold. sent13: the fact that that something is nondeductible but it is not a kind of a Lycaenidae is not incorrect is not correct if it does not commutate generic. sent14: something is not a kind of a goosefish and/or it does not commutate generic if it is archiepiscopal. sent15: something is a hypotension and/or it is a bugbear if it is not navigational.
void -> assump1: Let's assume that the pinscher is not a hypotension and it is not a bugbear.; assump1 -> int1: the pinscher is not a bugbear.;
the batten closures.
sent15 -> int2: the pinscher is a hypotension and/or it is a bugbear if that it is not navigational is true.; sent3 -> int3: if that the pinscher is nondeductible but it is not a kind of a Lycaenidae is false it is not navigational.; sent13 -> int4: if the pinscher does not commutate generic that it is nondeductible and it is not a Lycaenidae is not right.; sent14 -> int5: either the ranch is not a goosefish or it does not commutate generic or both if it is archiepiscopal.;
$hypothesis$ = the batten is not a closure. ; $context$ = sent1: the pinscher is not a kind of a salaam. sent2: the pinscher is not a closure if that the batten is not a kind of a bugbear and it is not a kind of a hypotension is incorrect. sent3: if that something is nondeductible but it is not a Lycaenidae is false then the fact that it is not navigational is true. sent4: the meteor either is a dress or does shoot bodied or both. sent5: if the ranch shoots bodied then it is archiepiscopal. sent6: the pinscher is not a closure. sent7: that the pinscher is a kind of a hypotension and is not a kind of a bugbear is not true. sent8: the pinscher is not a bugbear if the batten is a kind of a hypotension. sent9: if the ranch is not a goosefish and/or it does not commutate generic then the pinscher does not commutate generic. sent10: the pinscher is not a hypotension and is not a kind of a closure. sent11: the pinscher is not a hypotension. sent12: that the batten is not a closure is not wrong if that the pinscher is not a hypotension and it is not a bugbear does not hold. sent13: the fact that that something is nondeductible but it is not a kind of a Lycaenidae is not incorrect is not correct if it does not commutate generic. sent14: something is not a kind of a goosefish and/or it does not commutate generic if it is archiepiscopal. sent15: something is a hypotension and/or it is a bugbear if it is not navigational. ; $proof$ = 
void -> assump1: Let's assume that the pinscher is not a hypotension and it is not a bugbear.; assump1 -> int1: the pinscher is not a bugbear.; __UNKNOWN__