0.00/0.03	% Problem    : theBenchmark.p : TPTP v0.0.0. Released v0.0.0.
0.00/0.04	% Command    : do_CVC4 %s
0.03/0.24	% Computer   : n136.star.cs.uiowa.edu
0.03/0.24	% Model      : x86_64 x86_64
0.03/0.24	% CPU        : Intel(R) Xeon(R) CPU E5-2609 0 @ 2.40GHz
0.03/0.24	% Memory     : 32218.625MB
0.03/0.24	% OS         : Linux 3.10.0-693.2.2.el7.x86_64
0.03/0.24	% CPULimit   : 300
0.06/0.25	% DateTime   : Sat Jul 14 04:34:40 CDT 2018
0.06/0.25	% CPUTime    : 
0.06/0.30	%----Proving with arithmetic mode
0.06/0.30	------- cvc4-tfa casc j9 : /export/starexec/sandbox/benchmark/theBenchmark.p at ...
0.06/0.30	--- Run --cbqi-all --purify-triggers --full-saturate-quant at 15...
15.23/16.32	--- Run --decision=internal --simplification=none --no-inst-no-entail --no-quant-cf --full-saturate-quant at 15...
30.28/31.37	--- Run --finite-model-find --decision=internal at 15...
45.26/46.40	--- Run --no-e-matching --full-saturate-quant at 15...
60.34/61.46	--- Run --macros-quant --macros-quant-mode=all --nl-ext-tplanes --full-saturate-quant...
60.34/61.53	% SZS status Theorem for theBenchmark
60.34/61.53	% SZS output start Proof for theBenchmark
60.34/61.53	(skolem (let ((_let_0 (t2tb1 A1))) (let ((_let_1 (power1 2 BOUND_VARIABLE_2811))) (let ((_let_2 (* (- 1) _let_1))) (let ((_let_3 (+ Right _let_2))) (let ((_let_4 (* (- 2) _let_1))) (let ((_let_5 (+ 1 Right _let_4))) (forall ((Right Int) (A0 Int) (A01 map_int_int) (A Int) (A1 map_int_int) (BOUND_VARIABLE_2811 Int)) (or (not (>= A0 0)) (not (phase11 _let_3 Right (tb2t2 (mk_array1 int A0 (t2tb1 A01))) (tb2t2 (mk_array1 int A _let_0)))) (not (= (tb2t (get int int _let_0 (t2tb Right))) (sum2 A01 0 _let_5))) (not (>= (+ Right _let_4) (- 1))) (>= (+ Right (* (- 1) A)) 0) (not (>= _let_1 1)) (not (>= _let_3 0)) (not (>= A 0)) (not (>= Right 0)) (= (tb2t (get int int _let_0 (t2tb _let_3))) (sum2 A01 _let_5 (+ 1 Right _let_2))) (not (>= BOUND_VARIABLE_2811 0))) )))))))
60.34/61.53	  ( skv_24 skv_25 skv_26 skv_27 skv_28 skv_29 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int)) (= (power1 X 0) 1) )
60.34/61.53	  ( 4 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int)) (sort1 int (t2tb X)) )
60.34/61.53	  ( skv_24 )
60.34/61.53	  ( (+ skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( (+ 1 skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( (+ skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((A ty) (B ty) (X uni) (X1 uni)) (sort1 B (get B A X X1)) )
60.34/61.53	  ( int, int, (t2tb1 skv_26), (t2tb 0) )
60.34/61.53	  ( int, int, (t2tb1 skv_26), (t2tb (+ 1 skv_24 (* (- 2) (power1 2 skv_29)))) )
60.34/61.53	  ( int, int, (t2tb1 skv_26), (t2tb (+ skv_24 (* (- 2) (power1 2 skv_29)))) )
60.34/61.53	  ( int, int, (t2tb1 skv_28), (t2tb skv_24) )
60.34/61.53	  ( int, int, (t2tb1 skv_28), (t2tb (+ skv_24 (* (- 1) (power1 2 skv_29)))) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((J uni)) (= J (t2tb (tb2t J))) )
60.34/61.53	  ( (get int int (t2tb1 skv_28) (t2tb skv_24)) )
60.34/61.53	  ( (t2tb (+ skv_24 (* (- 1) (power1 2 skv_29)))) )
60.34/61.53	  ( (get int int (t2tb1 skv_28) (t2tb (+ skv_24 (* (- 1) (power1 2 skv_29))))) )
60.34/61.53	  ( (get int int (t2tb1 skv_26) (t2tb 0)) )
60.34/61.53	  ( (get int int (t2tb1 skv_26) (t2tb (+ 1 skv_24 (* (- 2) (power1 2 skv_29))))) )
60.34/61.53	  ( (get int int (t2tb1 skv_26) (t2tb (+ skv_24 (* (- 2) (power1 2 skv_29))))) )
60.34/61.53	  ( (get int int (t2tb1 skv_26) (t2tb (+ skv_24 (* (- 1) (power1 2 skv_29))))) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((A ty) (X Int) (X1 uni)) (sort1 (array A) (mk_array1 A X X1)) )
60.34/61.53	  ( int, skv_25, (t2tb1 skv_26) )
60.34/61.53	  ( int, skv_27, (t2tb1 skv_28) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((A ty) (U Int) (U1 uni)) (= U (length1 A (mk_array1 A U U1))) )
60.34/61.53	  ( int, skv_25, (t2tb1 skv_26) )
60.34/61.53	  ( int, skv_27, (t2tb1 skv_28) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X map_int_int)) (sort1 (map int int) (t2tb1 X)) )
60.34/61.53	  ( skv_26 )
60.34/61.53	  ( skv_28 )
60.34/61.53	)
60.34/61.53	(instantiation (let ((_let_0 (+ X (* (- 2) (div1 X 2))))) (forall ((X Int)) (or (not (>= X 0)) (and (not (>= _let_0 2)) (>= _let_0 0))) ))
60.34/61.53	  ( (power1 2 skv_29) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((C map_int_int) (I Int) (K Int) (J Int)) (or (>= (+ K (* (- 1) J)) 1) (>= (+ I (* (- 1) K)) 1) (= (sum2 C I K) (+ (* (- 1) (sum2 C K J)) (sum2 C I J)))) )
60.34/61.53	  ( skv_26, 0, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))), (+ skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, 0, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))), (+ 1 skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, 1, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))), (+ 1 skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((I Int)) (= I (tb2t (t2tb I))) )
60.34/61.53	  ( skv_24 )
60.34/61.53	  ( (+ skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( (+ 1 skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( (+ skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((I map_int_int)) (= I (tb2t1 (t2tb1 I))) )
60.34/61.53	  ( skv_26 )
60.34/61.53	  ( skv_28 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((J uni)) (= J (t2tb2 (tb2t2 J))) )
60.34/61.53	  ( (mk_array1 int skv_25 (t2tb1 skv_26)) )
60.34/61.53	  ( (mk_array1 int skv_27 (t2tb1 skv_28)) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int) (Y Int) (Z Int)) (or (>= (+ X (* (- 1) Y)) 1) (not (>= Z 0)) (not (>= (+ (* X Z) (* (- 1) (* Y Z))) 1))) )
60.34/61.53	  ( 0, 0, 0 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int) (N Int)) (or (not (>= N 1)) (= (power1 X N) (* X (power1 X (+ (- 1) N))))) )
60.34/61.53	  ( 2, skv_29 )
60.34/61.53	  ( 2, (+ (- 1) skv_29) )
60.34/61.53	  ( 2, (* 2 skv_29) )
60.34/61.53	  ( 2, (+ 1 skv_29) )
60.34/61.53	  ( 4, skv_29 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((C map_int_int) (I Int) (J Int)) (or (>= (+ I (* (- 1) J)) 0) (= (tb2t (get int int (t2tb1 C) (t2tb I))) (+ (sum2 C I J) (* (- 1) (sum2 C (+ 1 I) J))))) )
60.34/61.53	  ( skv_26, 0, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, 0, (+ skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, 0, (+ 1 skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, 1, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))), (+ skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))), (+ 1 skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, (+ 2 skv_24 (* (- 2) (power1 2 skv_29))), (+ 1 skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((C map_int_int) (I Int) (J Int)) (or (not (>= (+ I (* (- 1) J)) 0)) (= (sum2 C I J) 0)) )
60.34/61.53	  ( skv_26, 0, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, 0, (+ skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, 0, (+ 1 skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, 1, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))), (+ skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))), (+ 1 skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, (+ 2 skv_24 (* (- 2) (power1 2 skv_29))), (+ 1 skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((A ty) (U Int) (U1 uni)) (or (not (sort1 (map int A) U1)) (= U1 (elts A (mk_array1 A U U1)))) )
60.34/61.53	  ( int, skv_25, (t2tb1 skv_26) )
60.34/61.53	  ( int, skv_27, (t2tb1 skv_28) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int) (Y Int)) (or (>= X 1) (not (>= Y 1)) (not (>= (div1 X Y) 1))) )
60.34/61.53	  ( (power1 2 skv_29), 2 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int) (N Int) (M Int)) (or (not (>= N 0)) (not (>= M 0)) (= (power1 X (+ N M)) (* (power1 X N) (power1 X M)))) )
60.34/61.53	  ( 2, skv_29, skv_29 )
60.34/61.53	  ( 2, skv_29, (+ (- 1) skv_29) )
60.34/61.53	  ( 2, (+ (- 1) skv_29), skv_29 )
60.34/61.53	  ( 2, (* 2 skv_29), (* 2 skv_29) )
60.34/61.53	  ( 2, (+ 1 skv_29), (+ 1 skv_29) )
60.34/61.53	  ( 4, skv_29, skv_29 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int) (Y Int) (N Int)) (or (not (>= N 0)) (= (power1 (* X Y) N) (* (power1 X N) (power1 Y N)))) )
60.34/61.53	  ( 2, 2, skv_29 )
60.34/61.53	  ( 2, 2, (+ (- 1) skv_29) )
60.34/61.53	  ( 2, 2, (* 2 skv_29) )
60.34/61.53	  ( 2, 2, (+ 1 skv_29) )
60.34/61.53	  ( 2, 4, skv_29 )
60.34/61.53	  ( 4, 2, skv_29 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int) (Y Int)) (or (>= (+ X (* (- 1) Y)) 0) (not (>= X 0)) (= (div1 X Y) 0)) )
60.34/61.53	  ( (power1 2 skv_29), 2 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int) (N Int)) (or (not (>= N 0)) (= (power1 X (+ 1 N)) (* X (power1 X N)))) )
60.34/61.53	  ( 2, skv_29 )
60.34/61.53	  ( 2, (+ (- 1) skv_29) )
60.34/61.53	  ( 2, (* 2 skv_29) )
60.34/61.53	  ( 2, (+ 1 skv_29) )
60.34/61.53	  ( 4, skv_29 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int) (Y Int)) (or (not (>= Y 1)) (not (>= X 0)) (>= (div1 X Y) 0)) )
60.34/61.53	  ( (power1 2 skv_29), 2 )
60.34/61.53	)
60.34/61.53	(instantiation (let ((_let_0 (+ (- 1) J))) (forall ((C map_int_int) (I Int) (J Int)) (or (>= (+ I (* (- 1) J)) 0) (= (sum2 C I J) (+ (sum2 C I _let_0) (tb2t (get int int (t2tb1 C) (t2tb _let_0)))))) ))
60.34/61.53	  ( skv_26, 0, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, 0, (+ skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, 0, (+ 1 skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, 1, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))), (+ skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, (+ 1 skv_24 (* (- 2) (power1 2 skv_29))), (+ 1 skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	  ( skv_26, (+ 2 skv_24 (* (- 2) (power1 2 skv_29))), (+ 1 skv_24 (* (- 1) (power1 2 skv_29))) )
60.34/61.53	)
60.34/61.53	(instantiation (let ((_let_0 (div1 X Y))) (forall ((X Int) (Y Int)) (or (not (>= X 0)) (not (>= Y 1)) (and (>= (+ X (* (- 1) _let_0)) 0) (>= _let_0 0))) ))
60.34/61.53	  ( (power1 2 skv_29), 2 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int) (Y Int)) (or (= Y 0) (= X (+ (mod1 X Y) (* Y (div1 X Y))))) )
60.34/61.53	  ( (power1 2 skv_29), 2 )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((X Int) (Y Int)) (or (= Y 0) (>= (+ (abs1 X) (* (- 1) (abs1 (* Y (div1 X Y))))) 0)) )
60.34/61.53	  ( (power1 2 skv_29), 2 )
60.34/61.53	)
60.34/61.53	(instantiation (let ((_let_0 (t2tb2 A0))) (let ((_let_1 (t2tb2 A0qt))) (let ((_let_2 (* (- 1) I))) (let ((_let_3 (t2tb I))) (forall ((Left Int) (Right Int) (A0 array_int) (A0qt array_int) (A array_int)) (or (not (>= (length1 int _let_0) 0)) (not (forall ((I Int)) (or (>= (+ (* 2 Left) (* (- 1) Right) _let_2) 0) (not (>= (+ Right _let_2) 1)) (= (tb2t (get int int (elts int _let_0) _let_3)) (tb2t (get int int (elts int _let_1) _let_3)))) )) (not (phase11 Left Right A0 A)) (not (>= (length1 int (t2tb2 A)) 0)) (not (>= (length1 int _let_1) 0)) (phase11 Left Right A0qt A)) )))))
60.34/61.53	  ( (+ skv_24 (* (- 1) (power1 2 skv_29))), skv_24, (tb2t2 (mk_array1 int skv_25 (t2tb1 skv_26))), (tb2t2 (mk_array1 int skv_27 (t2tb1 skv_28))), (tb2t2 (mk_array1 int skv_27 (t2tb1 skv_28))) )
60.34/61.53	  ( (+ skv_24 (* (- 1) (div1 (power1 2 skv_29) 2))), skv_24, (tb2t2 (mk_array1 int skv_25 (t2tb1 skv_26))), (tb2t2 (mk_array1 int skv_25 (t2tb1 skv_26))), (tb2t2 (mk_array1 int skv_27 (t2tb1 skv_28))) )
60.34/61.53	)
60.34/61.53	(instantiation (let ((_let_0 (* (- 1) Right))) (let ((_let_1 (* (- 1) (div1 (+ (* (- 1) Left) Right) 2)))) (forall ((Left Int) (Right Int) (A0 array_int) (A array_int)) (or (>= (+ Left _let_0) (- 1)) (not (phase11 (+ Left _let_1) Left A0 A)) (not (phase11 (+ Right _let_1) Right A0 A)) (not (= (tb2t (get int int (elts int (t2tb2 A)) (t2tb Left))) (sum2 (tb2t1 (elts int (t2tb2 A0))) (+ 1 (* 2 Left) _let_0) (+ 1 Left)))) (phase11 Left Right A0 A)) )))
60.34/61.53	  ( (+ skv_24 (* (- 1) (div1 (power1 2 skv_29) 2))), skv_24, (tb2t2 (mk_array1 int skv_25 (t2tb1 skv_26))), (tb2t2 (mk_array1 int skv_27 (t2tb1 skv_28))) )
60.34/61.53	  ( (let ((_let_0 (power1 2 skv_29))) (+ skv_24 (* (- 1) _let_0) (* (- 1) (div1 _let_0 2)))), (+ skv_24 (* (- 1) (power1 2 skv_29))), (tb2t2 (mk_array1 int skv_25 (t2tb1 skv_26))), (tb2t2 (mk_array1 int skv_27 (t2tb1 skv_28))) )
60.34/61.53	)
60.34/61.53	(instantiation (let ((_let_0 (t2tb2 Aqt))) (let ((_let_1 (t2tb2 A))) (let ((_let_2 (* (- 1) I))) (let ((_let_3 (t2tb I))) (forall ((Left Int) (Right Int) (A0 array_int) (A array_int) (Aqt array_int)) (or (not (>= (length1 int (t2tb2 A0)) 0)) (not (forall ((I Int)) (or (not (>= (+ Right _let_2) 1)) (>= (+ (* 2 Left) (* (- 1) Right) _let_2) 0) (= (tb2t (get int int (elts int _let_1) _let_3)) (tb2t (get int int (elts int _let_0) _let_3)))) )) (not (phase11 Left Right A0 A)) (not (>= (length1 int _let_0) 0)) (not (>= (length1 int _let_1) 0)) (phase11 Left Right A0 Aqt)) )))))
60.34/61.53	  ( (+ skv_24 (* (- 1) (power1 2 skv_29))), skv_24, (tb2t2 (mk_array1 int skv_25 (t2tb1 skv_26))), (tb2t2 (mk_array1 int skv_27 (t2tb1 skv_28))), (tb2t2 (mk_array1 int skv_25 (t2tb1 skv_26))) )
60.34/61.53	  ( (+ skv_24 (* (- 1) (div1 (power1 2 skv_29) 2))), skv_24, (tb2t2 (mk_array1 int skv_25 (t2tb1 skv_26))), (tb2t2 (mk_array1 int skv_27 (t2tb1 skv_28))), (tb2t2 (mk_array1 int skv_27 (t2tb1 skv_28))) )
60.34/61.53	)
60.34/61.53	(instantiation (let ((_let_0 (* (- 1) Z1))) (let ((_let_1 (elts int (t2tb2 Z2)))) (let ((_let_2 (tb2t (get int int (elts int (t2tb2 Z3)) (t2tb Z))))) (let ((_let_3 (* (- 1) (div1 (+ (* (- 1) Z) Z1) 2)))) (forall ((Z Int) (Z1 Int) (Z2 array_int) (Z3 array_int)) (or (not (phase11 Z Z1 Z2 Z3)) (and (= Z (+ (- 1) Z1)) (= (tb2t (get int int _let_1 (t2tb Z))) _let_2)) (and (phase11 (+ Z1 _let_3) Z1 Z2 Z3) (= _let_2 (sum2 (tb2t1 _let_1) (+ 1 (* 2 Z) _let_0) (+ 1 Z))) (phase11 (+ Z _let_3) Z Z2 Z3) (not (>= (+ Z _let_0) (- 1))))) )))))
60.34/61.53	  ( (+ skv_24 (* (- 1) (power1 2 skv_29))), skv_24, (tb2t2 (mk_array1 int skv_25 (t2tb1 skv_26))), (tb2t2 (mk_array1 int skv_27 (t2tb1 skv_28))) )
60.34/61.53	  ( (+ skv_24 (* (- 1) (div1 (power1 2 skv_29) 2))), skv_24, (tb2t2 (mk_array1 int skv_25 (t2tb1 skv_26))), (tb2t2 (mk_array1 int skv_27 (t2tb1 skv_28))) )
60.34/61.53	  ( (let ((_let_0 (power1 2 skv_29))) (+ skv_24 (* (- 1) _let_0) (* (- 1) (div1 _let_0 2)))), (+ skv_24 (* (- 1) (power1 2 skv_29))), (tb2t2 (mk_array1 int skv_25 (t2tb1 skv_26))), (tb2t2 (mk_array1 int skv_27 (t2tb1 skv_28))) )
60.34/61.53	)
60.34/61.53	(instantiation (forall ((A ty) (X uni) (X1 Int)) (sort1 A (get A int (elts A X) (t2tb X1))) )
60.34/61.53	  ( int, (mk_array1 int skv_25 (t2tb1 skv_26)), 0 )
60.34/61.53	  ( int, (mk_array1 int skv_25 (t2tb1 skv_26)), (+ 1 skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	  ( int, (mk_array1 int skv_25 (t2tb1 skv_26)), (+ skv_24 (* (- 2) (power1 2 skv_29))) )
60.34/61.53	)
60.34/61.53	(instantiation (let ((_let_0 (power1 2 BOUND_VARIABLE_2755))) (forall ((BOUND_VARIABLE_2755 Int)) (or (not (>= _let_0 2)) (= _let_0 (* 2 (div1 _let_0 2))) (not (>= BOUND_VARIABLE_2755 0))) ))
60.34/61.53	  ( skv_29 )
60.34/61.53	  ( (+ (- 1) skv_29) )
60.34/61.53	  ( (* 2 skv_29) )
60.34/61.53	  ( (+ 1 skv_29) )
60.34/61.53	)
60.34/61.53	% SZS output end Proof for theBenchmark
60.50/61.54	EOF