(set-logic QF_IDL) (declare-fun x0 () Int) (declare-fun x1 () Int) (declare-fun x2 () Int) (declare-fun x3 () Int) (declare-fun x4 () Int) (assert (let ((?v_0 (- x0 x4)) (?v_1 (- x1 x4)) (?v_2 (- x2 x4)) (?v_3 (- x3 x4)) (?v_4 (- x0 x1)) (?v_5 (- x0 x2)) (?v_6 (- x0 x3)) (?v_7 (- x1 x2)) (?v_8 (- x1 x3)) (?v_9 (- x2 x3))) (and (<= ?v_0 3) (>= ?v_0 0) (<= ?v_1 3) (>= ?v_1 0) (<= ?v_2 3) (>= ?v_2 0) (<= ?v_3 3) (>= ?v_3 0) (not (= x0 x1)) (not (= x0 x2)) (not (= x0 x3)) (not (= x1 x2)) (not (= x1 x3)) (not (= x2 x3)) (not (= ?v_4 1)) (not (= ?v_4 (- 1))) (not (= ?v_5 2)) (not (= ?v_5 (- 2))) (not (= ?v_6 3)) (not (= ?v_6 (- 3))) (not (= ?v_7 1)) (not (= ?v_7 (- 1))) (not (= ?v_8 2)) (not (= ?v_8 (- 2))) (not (= ?v_9 1)) (not (= ?v_9 (- 1)))))) (check-sat) (exit)