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(set-logic QF_UFLIA)
(declare-sort U 0)
(set-info :source "Currently this example asserts both a literal and its negation to a theory.")
(set-info :status unsat)
(set-info :category "industrial")
(set-info :difficulty 0)
(declare-fun arg0 () Int)
(declare-fun arg1 () Int)
(declare-fun fmt0 () Int)
(declare-fun fmt1 () Int)
(declare-fun distance () Int)
(declare-fun fmt_length () Int)
(declare-fun adr_lo () Int)
(declare-fun adr_medlo () Int)
(declare-fun adr_medhi () Int)
(declare-fun adr_hi () Int)
(declare-fun format (Int) Int)
(declare-fun percent () Int)
(declare-fun s () Int)
(declare-fun s_count (Int) Int)
(declare-fun x () Int)
(declare-fun x_count (Int) Int)
(assert (<= (+ arg0 (* (- 1) arg1) (* 4 (s_count (+ (- 2) (* (- 1) fmt0) fmt1))) (* 4 (x_count (+ (- 2) (* (- 1) fmt0) fmt1)))) 0))
(assert (>= (+ arg0 (* (- 1) arg1) (* 4 (s_count (+ (- 2) (* (- 1) fmt0) fmt1))) (* 4 (x_count (+ (- 2) (* (- 1) fmt0) fmt1)))) 0))
(assert (<= adr_hi 6))
(assert (>= adr_hi 6))
(assert (<= x 120))
(assert (>= x 120))
(assert (<= adr_medhi 5))
(assert (>= adr_medhi 5))
(assert (<= percent 37))
(assert (>= percent 37))
(assert (<= s 115))
(assert (>= s 115))
(assert (<= (+ arg0 (* (- 1) arg1) distance) 0))
(assert (not (<= (+ arg0 (* (- 1) arg1) distance fmt_length) 4)))
(assert (<= adr_medlo 4))
(assert (>= adr_medlo 4))
(assert (<= adr_lo 3))
(assert (>= adr_lo 3))
(assert (not (>= (+ fmt0 (* (- 1) fmt1)) (- 1))))
(assert (<= distance 18))
(assert (>= distance 18))
(assert (<= fmt_length 13))
(assert (>= fmt_length 13))
(assert (>= (+ arg1 (* (- 1) fmt0)) 0))
(assert (not (<= (+ fmt0 (* (- 1) fmt1) fmt_length) 1)))
(assert (<= fmt0 0))
(assert (>= fmt0 0))
(assert (<= (+ arg0 (* (- 1) fmt0) distance) 0))
(assert (>= (+ arg0 (* (- 1) fmt0) distance) 0))
(assert (<= distance 18))
(assert (>= distance 18))
(assert (<= fmt_length 13))
(assert (>= fmt_length 13))
(assert (<= adr_lo 3))
(assert (>= adr_lo 3))
(assert (<= adr_medlo 4))
(assert (>= adr_medlo 4))
(assert (<= adr_medhi 5))
(assert (>= adr_medhi 5))
(assert (<= adr_hi 6))
(assert (>= adr_hi 6))
(assert (<= percent 37))
(assert (>= percent 37))
(assert (<= s 115))
(assert (>= s 115))
(assert (<= x 120))
(assert (>= x 120))
(assert (<= fmt0 0))
(assert (>= fmt0 0))
(assert (<= (+ arg0 (* (- 1) fmt0) distance) 0))
(assert (>= (+ arg0 (* (- 1) fmt0) distance) 0))
(assert (>= (+ arg1 (* (- 1) fmt0)) 0))
(assert (not (<= (+ fmt0 (* (- 1) fmt1) fmt_length) 1)))
(assert (not (>= (+ fmt0 (* (- 1) fmt1)) (- 1))))
(assert (<= (+ arg0 (* (- 1) arg1) distance) 0))
(assert (not (<= (+ arg0 (* (- 1) arg1) distance fmt_length) 4)))
(assert (<= (+ arg0 (* (- 1) arg1) (* 4 (s_count (+ (- 2) (* (- 1) fmt0) fmt1))) (* 4 (x_count (+ (- 2) (* (- 1) fmt0) fmt1)))) 0))
(assert (>= (+ arg0 (* (- 1) arg1) (* 4 (s_count (+ (- 2) (* (- 1) fmt0) fmt1))) (* 4 (x_count (+ (- 2) (* (- 1) fmt0) fmt1)))) 0))
(assert (or (not (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0))) (<= (+ fmt0 (* (- 1) fmt1)) 0)))
(assert (or (not (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0))) (>= (+ fmt0 (* (- 1) fmt1)) 0)))
(assert (or (not (<= (+ fmt0 (* (- 1) fmt1)) 0)) (not (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0))))
(assert (or (not (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (<= (+ fmt0 (* (- 1) fmt1)) (- 1))))
(assert (or (not (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (>= (+ fmt0 (* (- 1) fmt1)) (- 1))))
(assert (or (not (<= (+ fmt0 (* (- 1) fmt1)) (- 1))) (not (>= (+ fmt0 (* (- 1) fmt1)) (- 1))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))))
(assert (or (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (not (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)))))
(assert (or (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (not (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1))))))
(assert (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1))) (not (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))))))
(assert (or (not (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2)))) (<= (+ fmt0 (* (- 1) fmt1)) (- 2))))
(assert (or (not (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2)))) (>= (+ fmt0 (* (- 1) fmt1)) (- 2))))
(assert (or (not (<= (+ fmt0 (* (- 1) fmt1)) (- 2))) (not (>= (+ fmt0 (* (- 1) fmt1)) (- 2))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2)))))
(assert (or (or (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2)))) (not (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))))))
(assert (or (or (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2)))) (not (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2))))))
(assert (or (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2))) (not (or (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2)))))))
(assert (or (not (and (<= (+ fmt0 (* (- 1) fmt1)) (- 3)) (>= (+ fmt0 (* (- 1) fmt1)) (- 3)))) (<= (+ fmt0 (* (- 1) fmt1)) (- 3))))
(assert (or (not (and (<= (+ fmt0 (* (- 1) fmt1)) (- 3)) (>= (+ fmt0 (* (- 1) fmt1)) (- 3)))) (>= (+ fmt0 (* (- 1) fmt1)) (- 3))))
(assert (or (not (<= (+ fmt0 (* (- 1) fmt1)) (- 3))) (not (>= (+ fmt0 (* (- 1) fmt1)) (- 3))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 3)) (>= (+ fmt0 (* (- 1) fmt1)) (- 3)))))
(assert (or (or (or (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 3)) (>= (+ fmt0 (* (- 1) fmt1)) (- 3)))) (not (or (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2)))))))
(assert (or (or (or (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 3)) (>= (+ fmt0 (* (- 1) fmt1)) (- 3)))) (not (and (<= (+ fmt0 (* (- 1) fmt1)) (- 3)) (>= (+ fmt0 (* (- 1) fmt1)) (- 3))))))
(assert (or (or (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 3)) (>= (+ fmt0 (* (- 1) fmt1)) (- 3))) (not (or (or (or (and (<= (+ fmt0 (* (- 1) fmt1)) 0) (>= (+ fmt0 (* (- 1) fmt1)) 0)) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 1)) (>= (+ fmt0 (* (- 1) fmt1)) (- 1)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 2)) (>= (+ fmt0 (* (- 1) fmt1)) (- 2)))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 3)) (>= (+ fmt0 (* (- 1) fmt1)) (- 3)))))))
(assert (or (not (and (<= (+ fmt0 (* (- 1) fmt1)) (- 4)) (>= (+ fmt0 (* (- 1) fmt1)) (- 4)))) (<= (+ fmt0 (* (- 1) fmt1)) (- 4))))
(assert (or (not (and (<= (+ fmt0 (* (- 1) fmt1)) (- 4)) (>= (+ fmt0 (* (- 1) fmt1)) (- 4)))) (>= (+ fmt0 (* (- 1) fmt1)) (- 4))))
(assert (or (not (<= (+ fmt0 (* (- 1) fmt1)) (- 4))) (not (>= (+ fmt0 (* (- 1) fmt1)) (- 4))) (and (<= (+ fmt0 (* (- 1) fmt1)) (- 4)) (>= (+ fmt0 (* (- 1) fmt1)) (- 4)))))
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(check-sat)
(exit)
generated by cgit on debian on lair
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