0.04/0.12	% Problem    : theBenchmark.p : TPTP v0.0.0. Released v0.0.0.
0.04/0.13	% Command    : run_portfolio.sh /export/starexec/sandbox/benchmark/theBenchmark.p /export/starexec/sandbox/tmp/tmp.audjM1CaSt
0.13/0.34	% Computer   : n006.cluster.edu
0.13/0.34	% Model      : x86_64 x86_64
0.13/0.34	% CPU        : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
0.13/0.34	% Memory     : 8042.1875MB
0.13/0.34	% OS         : Linux 3.10.0-693.el7.x86_64
0.13/0.34	% CPULimit   : 180
0.13/0.34	% DateTime   : Thu Aug 29 16:53:54 EDT 2019
0.13/0.34	% CPUTime    : 
35.62/36.09	% Running portfolio for 180 s
35.62/36.09	% File         : /export/starexec/sandbox/benchmark/theBenchmark.p
35.62/36.09	% TempDir      : /export/starexec/sandbox/tmp/tmp.audjM1CaSt
35.62/36.09	% Recognized as monomorphic HO.
35.62/36.09	% Running /export/starexec/sandbox/solver/bin/competitive.sh for 18
35.62/36.09	% Running /export/starexec/sandbox/solver/bin/competitive.2.sh for 13
35.62/36.09	% Running /export/starexec/sandbox/solver/bin/competitive.3.sh for 3
35.62/36.09	% Running /export/starexec/sandbox/solver/bin/pragmatic.rudimentary.sh for 28
35.62/36.09	% Solved by: pragmatic.rudimentary.sh
35.62/36.09	% done 642 iterations in 1.876s
35.62/36.09	% hashcons stats for terms: size 4096, num 1509, sum length 13238, buckets: small 3, median 3, big 13
35.62/36.09	% proof state stats: {active 114, passive 1997, simpl 0}
35.62/36.09	% SZS status Theorem for '/export/starexec/sandbox/benchmark/theBenchmark.p'
35.62/36.09	% SZS output start Refutation
35.62/36.09	tff(cTHM535, conjecture,
35.62/36.09	  ((![Xs:(a > $o > $o > $o)]:
35.62/36.09	      ((![X:(a > $o > $o)]: (Xs(X) => (?[Xt:(a > $o)]: X(Xt)))) =>
35.62/36.09	       (?[Xf:((a > $o > $o * a) > $o)]:
35.62/36.09	          (![X:(a > $o > $o)]: (Xs(X) => X(Xf(X))))))) =>
35.62/36.09	   (![A:(a > $o > $o > $o)]:
35.62/36.09	      (((![X:(a > $o > $o)]: (A(X) => (?[Xu:(a > $o)]: X(Xu)))) & 
35.62/36.09	        (?[X:(a > $o > $o)]: A(X))) =>
35.62/36.09	       ((^[Xx:a]:
35.62/36.09	           (![Xa:(a > $o > $o)]:
35.62/36.09	              (A(Xa) => (?[Xb:(a > $o)]: (Xb(Xx) & Xa(Xb)))))) =
35.62/36.09	        (^[Xx:a]:
35.62/36.09	           (?[Xf:((a > $o > $o * a) > $o)]:
35.62/36.09	              (![Xa:(a > $o > $o)]: (A(Xa) => (Xa(Xf(Xa)) & Xf(Xa,Xx))))))))))).
35.62/36.09	tff(zf_stmt_0, negated_conjecture,
35.62/36.09	  (~
35.62/36.09	    ((![Xs:(a > $o > $o > $o)]:
35.62/36.09	        ((![X:(a > $o > $o)]: (Xs(X) => (?[Xt:(a > $o)]: X(Xt)))) =>
35.62/36.09	         (?[Xf:((a > $o > $o * a) > $o)]:
35.62/36.09	            (![X:(a > $o > $o)]: (Xs(X) => X(Xf(X))))))) =>
35.62/36.09	     (![A:(a > $o > $o > $o)]:
35.62/36.09	        (((![X:(a > $o > $o)]: (A(X) => (?[Xu:(a > $o)]: X(Xu)))) & 
35.62/36.09	          (?[X:(a > $o > $o)]: A(X))) =>
35.62/36.09	         ((^[Xx:a]:
35.62/36.09	             (![Xa:(a > $o > $o)]:
35.62/36.09	                (A(Xa) => (?[Xb:(a > $o)]: (Xb(Xx) & Xa(Xb)))))) =
35.62/36.09	          (^[Xx:a]:
35.62/36.09	             (?[Xf:((a > $o > $o * a) > $o)]:
35.62/36.09	                (![Xa:(a > $o > $o)]: (A(Xa) => (Xa(Xf(Xa)) & Xf(Xa,Xx)))))))))))).
35.62/36.09	tff('0', plain,
35.62/36.09	    (^[Y0 : a]:
35.62/36.09	       (!!
35.62/36.09	          (^[Y1 : a > $o > $o]:
35.62/36.09	             (sk_A_(Y1) => (?? (^[Y2 : a > $o]: (Y2(Y0) & Y1(Y2))))))))
35.62/36.09	     != (^[Y0 : a]:
35.62/36.09	           (??
35.62/36.09	              (^[Y1 : (a > $o > $o * a) > $o]:
35.62/36.09	                 (!!
35.62/36.09	                    (^[Y2 : a > $o > $o]:
35.62/36.09	                       (sk_A_(Y2) => (Y2(Y1(Y2)) & Y1(Y2, Y0)))))))),
35.62/36.09	    inference('cnf', [status(esa)], [zf_stmt_0])).
35.62/36.09	tff('1', plain,
35.62/36.09	    (^[Y0 : a]:
35.62/36.09	       (!!
35.62/36.09	          (^[Y1 : a > $o > $o]:
35.62/36.09	             (sk_A_(Y1) => (?? (^[Y2 : a > $o]: (Y2(Y0) & Y1(Y2))))))))(
35.62/36.09	      '#fsk1')
35.62/36.09	     != (^[Y0 : a]:
35.62/36.09	           (??
35.62/36.09	              (^[Y1 : (a > $o > $o * a) > $o]:
35.62/36.09	                 (!!
35.62/36.09	                    (^[Y2 : a > $o > $o]:
35.62/36.09	                       (sk_A_(Y2) => (Y2(Y1(Y2)) & Y1(Y2, Y0))))))))('#fsk1'),
35.62/36.09	    inference('neg_ext', [status(thm)], ['0'])).
35.62/36.09	tff('2', plain,
35.62/36.09	    (!!
35.62/36.09	       (^[Y0 : a > $o > $o]:
35.62/36.09	          (sk_A_(Y0) => (?? (^[Y1 : a > $o]: (Y1('#fsk1') & Y0(Y1)))))))
35.62/36.09	     != (??
35.62/36.09	           (^[Y0 : (a > $o > $o * a) > $o]:
35.62/36.09	              (!!
35.62/36.09	                 (^[Y1 : a > $o > $o]:
35.62/36.09	                    (sk_A_(Y1) => (Y1(Y0(Y1)) & Y0(Y1, '#fsk1'))))))),
35.62/36.09	    inference('lambda-normalize', [status(thm)], ['1'])).
35.62/36.09	tff('3', plain,
35.62/36.09	    (~ (!!
35.62/36.09	          (^[Y0 : a > $o > $o]:
35.62/36.09	             (sk_A_(Y0) => (?? (^[Y1 : a > $o]: (Y1('#fsk1') & Y0(Y1)))))))
35.62/36.09	     | ~ (??
35.62/36.09	            (^[Y0 : (a > $o > $o * a) > $o]:
35.62/36.09	               (!!
35.62/36.09	                  (^[Y1 : a > $o > $o]:
35.62/36.09	                     (sk_A_(Y1) => (Y1(Y0(Y1)) & Y0(Y1, '#fsk1')))))))),
35.62/36.09	    inference('cnf_fool', [status(thm)], ['2'])).
35.62/36.09	tff('4', plain,
35.62/36.09	    ![X0 : (a > $o > $o * a) > $o, X1 : a > $o]:
35.62/36.09	      (sk_A_(sk_X3_1(X0)) | ~ sk_X2_1(X1) | ~ X1('#fsk1')),
35.62/36.09	    inference('cnf_otf', [status(thm)], ['3'])).
35.62/36.09	tff('5', plain,
35.62/36.09	    (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0)))
35.62/36.09	      <= ((![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0)))),
35.62/36.09	    inference('split', [status(esa)], ['4'])).
35.62/36.09	tff('6', plain,
35.62/36.09	    ((!!
35.62/36.09	        (^[Y0 : a > $o > $o]:
35.62/36.09	           (sk_A_(Y0) => (?? (^[Y1 : a > $o]: (Y1('#fsk1') & Y0(Y1)))))))
35.62/36.09	     | (??
35.62/36.09	          (^[Y0 : (a > $o > $o * a) > $o]:
35.62/36.09	             (!!
35.62/36.09	                (^[Y1 : a > $o > $o]:
35.62/36.09	                   (sk_A_(Y1) => (Y1(Y0(Y1)) & Y0(Y1, '#fsk1')))))))),
35.62/36.09	    inference('cnf_fool', [status(thm)], ['2'])).
35.62/36.09	tff('7', plain,
35.62/36.09	    ![X0 : a > $o > $o, X1 : a > $o > $o]:
35.62/36.09	      (~ sk_A_(X0) | X0(sk_X2_(X0)) | ~ sk_A_(X1) | sk_X3_(X1, '#fsk1')),
35.62/36.09	    inference('cnf_otf', [status(thm)], ['6'])).
35.62/36.09	tff('8', plain,
35.62/36.09	    (![X1 : a > $o > $o]: (~ sk_A_(X1) | sk_X3_(X1, '#fsk1')))
35.62/36.09	      <= ((![X1 : a > $o > $o]: (~ sk_A_(X1) | sk_X3_(X1, '#fsk1')))),
35.62/36.09	    inference('split', [status(esa)], ['7'])).
35.62/36.09	tff('9', plain,
35.62/36.09	    (![X0 : (a > $o > $o * a) > $o]: sk_X3_(sk_X3_1(X0), '#fsk1'))
35.62/36.09	      <= ((![X1 : a > $o > $o]: (~ sk_A_(X1) | sk_X3_(X1, '#fsk1'))) & 
35.62/36.09	          (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0)))),
35.62/36.09	    inference('sup-', [status(thm)], ['5', '8'])).
35.62/36.09	tff('10', plain,
35.62/36.09	    ![X0 : a > $o > $o, X1 : a > $o > $o]:
35.62/36.09	      (~ sk_A_(X0) | X0(sk_X2_(X0)) | ~ sk_A_(X1) | X1(sk_X3_(X1))),
35.62/36.10	    inference('cnf_otf', [status(thm)], ['6'])).
35.62/36.10	tff('11', plain,
35.62/36.10	    (![X1 : a > $o > $o]: (~ sk_A_(X1) | X1(sk_X3_(X1))))
35.62/36.10	      <= ((![X1 : a > $o > $o]: (~ sk_A_(X1) | X1(sk_X3_(X1))))),
35.62/36.10	    inference('split', [status(esa)], ['10'])).
35.62/36.10	tff('12', plain,
35.62/36.10	    (![X0 : (a > $o > $o * a) > $o]: sk_X3_1(X0, sk_X3_(sk_X3_1(X0))))
35.62/36.10	      <= ((![X1 : a > $o > $o]: (~ sk_A_(X1) | X1(sk_X3_(X1)))) & 
35.62/36.10	          (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0)))),
35.62/36.10	    inference('sup-', [status(thm)], ['5', '11'])).
35.62/36.10	tff('13', plain,
35.62/36.10	    ![X0 : (a > $o > $o * a) > $o, X1 : a > $o]:
35.62/36.10	      (~ sk_X3_1(X0, X0(sk_X3_1(X0)))
35.62/36.10	       | ~ X0(sk_X3_1(X0), '#fsk1')
35.62/36.10	       | ~ sk_X2_1(X1)
35.62/36.10	       | ~ X1('#fsk1')),
35.62/36.10	    inference('cnf_otf', [status(thm)], ['3'])).
35.62/36.10	tff('14', plain,
35.62/36.10	    (![X0 : (a > $o > $o * a) > $o]:
35.62/36.10	       (~ sk_X3_1(X0, X0(sk_X3_1(X0))) | ~ X0(sk_X3_1(X0), '#fsk1')))
35.62/36.10	      <= ((![X0 : (a > $o > $o * a) > $o]:
35.62/36.10	             (~ sk_X3_1(X0, X0(sk_X3_1(X0))) | ~ X0(sk_X3_1(X0), '#fsk1')))),
35.62/36.10	    inference('split', [status(esa)], ['13'])).
35.62/36.10	tff('15', plain,
35.62/36.10	    (~ sk_X3_(sk_X3_1(sk_X3_), '#fsk1'))
35.62/36.10	      <= ((![X1 : a > $o > $o]: (~ sk_A_(X1) | X1(sk_X3_(X1)))) & 
35.62/36.10	          (![X0 : (a > $o > $o * a) > $o]:
35.62/36.10	             (~ sk_X3_1(X0, X0(sk_X3_1(X0))) | ~ X0(sk_X3_1(X0), '#fsk1'))) & 
35.62/36.10	          (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0)))),
35.62/36.10	    inference('sup-', [status(thm)], ['12', '14'])).
35.62/36.10	tff('16', plain,
35.62/36.10	    ~ (![X1 : a > $o > $o]: (~ sk_A_(X1) | X1(sk_X3_(X1)))) | 
35.62/36.10	    ~ (![X1 : a > $o > $o]: (~ sk_A_(X1) | sk_X3_(X1, '#fsk1'))) | 
35.62/36.10	    ~ (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0))) | 
35.62/36.10	    ~
35.62/36.10	    (![X0 : (a > $o > $o * a) > $o]:
35.62/36.10	       (~ sk_X3_1(X0, X0(sk_X3_1(X0))) | ~ X0(sk_X3_1(X0), '#fsk1'))),
35.62/36.10	    inference('sup-', [status(thm)], ['9', '15'])).
35.62/36.10	tff('17', plain,
35.62/36.10	    ![X0 : (a > $o > $o * a) > $o]:
35.62/36.10	      (~ sk_X3_1(X0, X0(sk_X3_1(X0)))
35.62/36.10	       | ~ X0(sk_X3_1(X0), '#fsk1')
35.62/36.10	       | sk_A_(sk_X2_1)),
35.62/36.10	    inference('cnf_otf', [status(thm)], ['3'])).
35.62/36.10	tff('18', plain,
35.62/36.10	    (![X0 : (a > $o > $o * a) > $o]:
35.62/36.10	       (~ sk_X3_1(X0, X0(sk_X3_1(X0))) | ~ X0(sk_X3_1(X0), '#fsk1'))) | 
35.62/36.10	    (sk_A_(sk_X2_1)), inference('split', [status(esa)], ['17'])).
35.62/36.10	tff('19', plain, (sk_A_(sk_X2_1)) <= ((sk_A_(sk_X2_1))),
35.62/36.10	    inference('split', [status(esa)], ['17'])).
35.62/36.10	tff('20', plain,
35.62/36.10	    ![X0 : a > $o > $o, X1 : a > $o > $o]:
35.62/36.10	      (~ sk_A_(X0) | sk_X2_(X0, '#fsk1') | ~ sk_A_(X1) | X1(sk_X3_(X1))),
35.62/36.10	    inference('cnf_otf', [status(thm)], ['6'])).
35.62/36.10	tff('21', plain,
35.62/36.10	    (![X0 : a > $o > $o]: (~ sk_A_(X0) | sk_X2_(X0, '#fsk1')))
35.62/36.10	      <= ((![X0 : a > $o > $o]: (~ sk_A_(X0) | sk_X2_(X0, '#fsk1')))),
35.62/36.10	    inference('split', [status(esa)], ['20'])).
35.62/36.10	tff('22', plain,
35.62/36.10	    (sk_X2_(sk_X2_1, '#fsk1'))
35.62/36.10	      <= ((![X0 : a > $o > $o]: (~ sk_A_(X0) | sk_X2_(X0, '#fsk1'))) & 
35.62/36.10	          (sk_A_(sk_X2_1))),
35.62/36.10	    inference('sup-', [status(thm)], ['19', '21'])).
35.62/36.10	tff('23', plain,
35.62/36.10	    (![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0))))
35.62/36.10	      <= ((![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0))))),
35.62/36.10	    inference('split', [status(esa)], ['10'])).
35.62/36.10	tff('24', plain,
35.62/36.10	    (sk_X2_1(sk_X2_(sk_X2_1)))
35.62/36.10	      <= ((![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0)))) & 
35.62/36.10	          (sk_A_(sk_X2_1))),
35.62/36.10	    inference('sup-', [status(thm)], ['19', '23'])).
35.62/36.10	tff('25', plain,
35.62/36.10	    (![X1 : a > $o]: (~ sk_X2_1(X1) | ~ X1('#fsk1')))
35.62/36.10	      <= ((![X1 : a > $o]: (~ sk_X2_1(X1) | ~ X1('#fsk1')))),
35.62/36.10	    inference('split', [status(esa)], ['13'])).
35.62/36.10	tff('26', plain,
35.62/36.10	    (~ sk_X2_(sk_X2_1, '#fsk1'))
35.62/36.10	      <= ((![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0)))) & 
35.62/36.10	          (![X1 : a > $o]: (~ sk_X2_1(X1) | ~ X1('#fsk1'))) & 
35.62/36.10	          (sk_A_(sk_X2_1))),
35.62/36.10	    inference('sup-', [status(thm)], ['24', '25'])).
35.62/36.10	tff('27', plain,
35.62/36.10	    ~ (![X0 : a > $o > $o]: (~ sk_A_(X0) | sk_X2_(X0, '#fsk1'))) | 
35.62/36.10	    ~ (sk_A_(sk_X2_1)) | 
35.62/36.10	    ~ (![X1 : a > $o]: (~ sk_X2_1(X1) | ~ X1('#fsk1'))) | 
35.62/36.10	    ~ (![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0)))),
35.62/36.10	    inference('sup-', [status(thm)], ['22', '26'])).
35.62/36.10	tff('28', plain,
35.62/36.10	    (![X1 : a > $o > $o]: (~ sk_A_(X1) | sk_X3_(X1, '#fsk1'))) | 
35.62/36.10	    (![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0)))),
35.62/36.10	    inference('split', [status(esa)], ['7'])).
35.62/36.10	tff('29', plain,
35.62/36.10	    ![X0 : a > $o > $o, X1 : a > $o > $o]:
35.62/36.10	      (~ sk_A_(X0) | sk_X2_(X0, '#fsk1') | ~ sk_A_(X1) | sk_X3_(X1, '#fsk1')),
35.62/36.10	    inference('cnf_otf', [status(thm)], ['6'])).
35.62/36.10	tff('30', plain,
35.62/36.10	    (![X1 : a > $o > $o]: (~ sk_A_(X1) | sk_X3_(X1, '#fsk1'))) | 
35.62/36.10	    (![X0 : a > $o > $o]: (~ sk_A_(X0) | sk_X2_(X0, '#fsk1'))),
35.62/36.10	    inference('split', [status(esa)], ['29'])).
35.62/36.10	tff('31', plain,
35.62/36.10	    (![X1 : a > $o > $o]: (~ sk_A_(X1) | X1(sk_X3_(X1)))) | 
35.62/36.10	    (![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0)))),
35.62/36.10	    inference('split', [status(esa)], ['10'])).
35.62/36.10	tff('32', plain,
35.62/36.10	    (![X1 : a > $o > $o]: (~ sk_A_(X1) | X1(sk_X3_(X1)))) | 
35.62/36.10	    (![X0 : a > $o > $o]: (~ sk_A_(X0) | sk_X2_(X0, '#fsk1'))),
35.62/36.10	    inference('split', [status(esa)], ['20'])).
35.62/36.10	tff('33', plain,
35.62/36.10	    (sk_X3_(sk_X2_1, '#fsk1'))
35.62/36.10	      <= ((![X1 : a > $o > $o]: (~ sk_A_(X1) | sk_X3_(X1, '#fsk1'))) & 
35.62/36.10	          (sk_A_(sk_X2_1))),
35.62/36.10	    inference('sup-', [status(thm)], ['19', '8'])).
35.62/36.10	tff('34', plain,
35.62/36.10	    (sk_X2_1(sk_X3_(sk_X2_1)))
35.62/36.10	      <= ((![X1 : a > $o > $o]: (~ sk_A_(X1) | X1(sk_X3_(X1)))) & 
35.62/36.10	          (sk_A_(sk_X2_1))),
35.62/36.10	    inference('sup-', [status(thm)], ['19', '11'])).
35.62/36.10	tff('35', plain,
35.62/36.10	    (~ sk_X3_(sk_X2_1, '#fsk1'))
35.62/36.10	      <= ((![X1 : a > $o > $o]: (~ sk_A_(X1) | X1(sk_X3_(X1)))) & 
35.62/36.10	          (![X1 : a > $o]: (~ sk_X2_1(X1) | ~ X1('#fsk1'))) & 
35.62/36.10	          (sk_A_(sk_X2_1))),
35.62/36.10	    inference('sup-', [status(thm)], ['34', '25'])).
35.62/36.10	tff('36', plain,
35.62/36.10	    ~ (![X1 : a > $o > $o]: (~ sk_A_(X1) | X1(sk_X3_(X1)))) | 
35.62/36.10	    ~ (sk_A_(sk_X2_1)) | 
35.62/36.10	    ~ (![X1 : a > $o]: (~ sk_X2_1(X1) | ~ X1('#fsk1'))) | 
35.62/36.10	    ~ (![X1 : a > $o > $o]: (~ sk_A_(X1) | sk_X3_(X1, '#fsk1'))),
35.62/36.10	    inference('sup-', [status(thm)], ['33', '35'])).
35.62/36.10	tff('37', plain,
35.62/36.10	    ~ (sk_A_(sk_X2_1)) | 
35.62/36.10	    ~ (![X1 : a > $o > $o]: (~ sk_A_(X1) | sk_X3_(X1, '#fsk1'))) | 
35.62/36.10	    ~ (![X1 : a > $o]: (~ sk_X2_1(X1) | ~ X1('#fsk1'))),
35.62/36.10	    inference('sat_resolution', [status(thm)], ['27', '31', '32', '36'])).
35.62/36.10	tff('38', plain,
35.62/36.10	    ~ (sk_A_(sk_X2_1)) | ~ (![X1 : a > $o]: (~ sk_X2_1(X1) | ~ X1('#fsk1'))),
35.62/36.10	    inference('sat_resolution', [status(thm)], ['27', '28', '30', '37'])).
35.62/36.10	tff('39', plain,
35.62/36.10	    (![X0 : (a > $o > $o * a) > $o]: sk_X2_(sk_X3_1(X0), '#fsk1'))
35.62/36.10	      <= ((![X0 : a > $o > $o]: (~ sk_A_(X0) | sk_X2_(X0, '#fsk1'))) & 
35.62/36.10	          (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0)))),
35.62/36.10	    inference('sup-', [status(thm)], ['5', '21'])).
35.62/36.10	tff('40', plain,
35.62/36.10	    (![X0 : (a > $o > $o * a) > $o]: sk_X3_1(X0, sk_X2_(sk_X3_1(X0))))
35.62/36.10	      <= ((![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0)))) & 
35.62/36.10	          (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0)))),
35.62/36.10	    inference('sup-', [status(thm)], ['5', '23'])).
35.62/36.10	tff('41', plain,
35.62/36.10	    (~ sk_X2_(sk_X3_1(sk_X2_), '#fsk1'))
35.62/36.10	      <= ((![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0)))) & 
35.62/36.10	          (![X0 : (a > $o > $o * a) > $o]:
35.62/36.10	             (~ sk_X3_1(X0, X0(sk_X3_1(X0))) | ~ X0(sk_X3_1(X0), '#fsk1'))) & 
35.62/36.10	          (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0)))),
35.72/36.10	    inference('sup-', [status(thm)], ['40', '14'])).
35.72/36.10	tff('42', plain,
35.72/36.10	    ~ (![X0 : a > $o > $o]: (~ sk_A_(X0) | sk_X2_(X0, '#fsk1'))) | 
35.72/36.10	    ~ (![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0)))) | 
35.72/36.10	    ~ (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0))) | 
35.72/36.10	    ~
35.72/36.10	    (![X0 : (a > $o > $o * a) > $o]:
35.72/36.10	       (~ sk_X3_1(X0, X0(sk_X3_1(X0))) | ~ X0(sk_X3_1(X0), '#fsk1'))),
35.72/36.10	    inference('sup-', [status(thm)], ['39', '41'])).
35.72/36.10	tff('43', plain,
35.72/36.10	    (![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0)))) | 
35.72/36.10	    ~ (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0))) | 
35.72/36.10	    ~
35.72/36.10	    (![X0 : (a > $o > $o * a) > $o]:
35.72/36.10	       (~ sk_X3_1(X0, X0(sk_X3_1(X0))) | ~ X0(sk_X3_1(X0), '#fsk1'))),
35.72/36.10	    inference('sat_resolution', [status(thm)], ['16', '31', '28'])).
35.72/36.10	tff('44', plain,
35.72/36.10	    (![X0 : (a > $o > $o * a) > $o]:
35.72/36.10	       (~ sk_X3_1(X0, X0(sk_X3_1(X0))) | ~ X0(sk_X3_1(X0), '#fsk1'))) | 
35.72/36.10	    (![X1 : a > $o]: (~ sk_X2_1(X1) | ~ X1('#fsk1'))),
35.72/36.10	    inference('split', [status(esa)], ['13'])).
35.72/36.10	tff('45', plain,
35.72/36.10	    (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0))) | 
35.72/36.10	    (![X1 : a > $o]: (~ sk_X2_1(X1) | ~ X1('#fsk1'))),
35.72/36.10	    inference('split', [status(esa)], ['4'])).
35.72/36.10	tff('46', plain, (![X1 : a > $o]: (~ sk_X2_1(X1) | ~ X1('#fsk1'))),
35.72/36.10	    inference('sat_resolution', [status(thm)],
35.72/36.10	              ['16', '32', '30', '42', '43', '44', '45'])).
35.72/36.10	tff('47', plain, ~ (sk_A_(sk_X2_1)),
35.72/36.10	    inference('sat_resolution', [status(thm)], ['38', '46'])).
35.72/36.10	tff('48', plain,
35.72/36.10	    (![X0 : (a > $o > $o * a) > $o]:
35.72/36.10	       (~ sk_X3_1(X0, X0(sk_X3_1(X0))) | ~ X0(sk_X3_1(X0), '#fsk1'))),
35.72/36.10	    inference('sat_resolution', [status(thm)], ['18', '47'])).
35.72/36.10	tff('49', plain,
35.72/36.10	    ![X0 : (a > $o > $o * a) > $o]: (sk_A_(sk_X3_1(X0)) | sk_A_(sk_X2_1)),
35.72/36.10	    inference('cnf_otf', [status(thm)], ['3'])).
35.72/36.10	tff('50', plain,
35.72/36.10	    (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0))) | (sk_A_(sk_X2_1)),
35.72/36.10	    inference('split', [status(esa)], ['49'])).
35.72/36.10	tff('51', plain, (![X0 : (a > $o > $o * a) > $o]: sk_A_(sk_X3_1(X0))),
35.72/36.10	    inference('sat_resolution', [status(thm)], ['50', '47'])).
35.72/36.10	tff('52', plain, (![X0 : a > $o > $o]: (~ sk_A_(X0) | X0(sk_X2_(X0)))),
35.72/36.10	    inference('sat_resolution', [status(thm)], ['43', '48', '51'])).
35.72/36.10	tff('53', plain,
35.72/36.10	    ~ (![X0 : a > $o > $o]: (~ sk_A_(X0) | sk_X2_(X0, '#fsk1'))),
35.72/36.10	    inference('sat_resolution', [status(thm)], ['42', '48', '51', '52'])).
35.72/36.10	tff('54', plain, (![X1 : a > $o > $o]: (~ sk_A_(X1) | sk_X3_(X1, '#fsk1'))),
35.72/36.10	    inference('sat_resolution', [status(thm)], ['30', '53'])).
35.72/36.10	tff('55', plain, (![X1 : a > $o > $o]: (~ sk_A_(X1) | X1(sk_X3_(X1)))),
35.72/36.10	    inference('sat_resolution', [status(thm)], ['32', '53'])).
35.72/36.10	tff('56', plain, $false,
35.72/36.10	    inference('sat_resolution', [status(thm)], ['16', '48', '51', '54', '55'])).
35.72/36.10	
35.72/36.10	% SZS output end Refutation
35.72/36.10	% Zipperpin 1.5 exiting
35.72/36.10	EOF