TSTP Solution File: ITP330_1 by Beagle---0.9.51
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- Process Solution
%------------------------------------------------------------------------------
% File : Beagle---0.9.51
% Problem : ITP330_1 : TPTP v8.1.2. Released v8.0.0.
% Transfm : none
% Format : tptp:raw
% Command : java -Dfile.encoding=UTF-8 -Xms512M -Xmx4G -Xss10M -jar /export/starexec/sandbox/solver/bin/beagle.jar -auto -q -proof -print tff -smtsolver /export/starexec/sandbox/solver/bin/cvc4-1.4-x86_64-linux-opt -liasolver cooper -t %d %s
% Computer : n021.cluster.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory : 8042.1875MB
% OS : Linux 3.10.0-693.el7.x86_64
% CPULimit : 300s
% WCLimit : 300s
% DateTime : Tue Aug 22 10:44:30 EDT 2023
% Result : Theorem 30.89s 11.79s
% Output : CNFRefutation 31.10s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.00/0.13 % Problem : ITP330_1 : TPTP v8.1.2. Released v8.0.0.
% 0.00/0.14 % Command : java -Dfile.encoding=UTF-8 -Xms512M -Xmx4G -Xss10M -jar /export/starexec/sandbox/solver/bin/beagle.jar -auto -q -proof -print tff -smtsolver /export/starexec/sandbox/solver/bin/cvc4-1.4-x86_64-linux-opt -liasolver cooper -t %d %s
% 0.14/0.34 % Computer : n021.cluster.edu
% 0.14/0.34 % Model : x86_64 x86_64
% 0.14/0.34 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.14/0.34 % Memory : 8042.1875MB
% 0.14/0.34 % OS : Linux 3.10.0-693.el7.x86_64
% 0.14/0.34 % CPULimit : 300
% 0.14/0.34 % WCLimit : 300
% 0.14/0.34 % DateTime : Thu Aug 3 18:54:36 EDT 2023
% 0.14/0.35 % CPUTime :
% 30.89/11.79 % SZS status Theorem for /export/starexec/sandbox/benchmark/theBenchmark.p
% 30.89/11.80
% 30.89/11.80 % SZS output start CNFRefutation for /export/starexec/sandbox/benchmark/theBenchmark.p
% 30.89/11.83 %$ member$j > member$i > member$h > member$g > member$f > member$e > member$d > member$c > member$b > member$a > member$ > less$a > less$ > inj_on$h > inj_on$g > inj_on$f > inj_on$e > inj_on$d > inj_on$c > inj_on$b > inj_on$a > inj_on$ > fun_app$w > fun_app$v > fun_app$s > fun_app$r > fun_app$q > fun_app$p > fun_app$o > fun_app$bl > fun_app$bk > fun_app$av > fun_app$au > fun_app$at > fun_app$ao > fun_app$an > fun_app$aa > fun_app$ > is_basis$a > is_basis$ > vev$ > veu$ > vet$ > ves$ > ver$ > veq$ > vep$ > veo$ > vek$ > vds$ > row_add_row$a > row_add_row$ > row_add$a > row_add$ > column_add_row$a > column_add_row$ > column_add$a > column_add$ > vea$ > vdx$ > vdw$ > vdp$ > vdo$ > vdn$ > vdm$ > vcm$ > vcl$ > vck$ > vcj$ > vci$ > vch$ > vcg$ > vcf$ > vcb$ > vbv$ > vbu$ > vbt$ > vbs$ > vbp$ > vbm$ > vbi$ > vau$ > vat$ > vas$ > var$ > vaq$ > vap$ > vao$ > van$ > uyf$ > uye$ > uyd$ > uyc$ > uyb$ > uya$ > uxz$ > uxy$ > uxx$ > uxw$ > uxv$ > uxu$ > uxt$ > uxs$ > uxr$ > uxq$ > uxp$ > uxo$ > uxn$ > uxm$ > uxl$ > uxk$ > uxj$ > uxi$ > mult_row_row$a > mult_row_row$ > mult_row$a > mult_row$ > mult_column_row$a > mult_column_row$ > mult_column$a > mult_column$ > matrix$c > matrix$b > matrix$a > matrix$ > ven$ > vem$ > vel$ > vej$ > vei$ > veh$ > veg$ > vef$ > vector_scalar_mult$c > vector_scalar_mult$b > vector_matrix_mult$d > vector_matrix_mult$c > vector_matrix_mult$b > vector_matrix_mult$a > vector_matrix_mult$ > vec_nth$e > vec$ > veb$ > vdz$ > vdy$ > vdv$ > vdu$ > vdt$ > vdl$ > vdk$ > vdj$ > vdi$ > vdh$ > vdg$ > vdf$ > vde$ > vdd$ > vdc$ > vdb$ > vda$ > vcz$ > vcy$ > vcx$ > vcw$ > vcv$ > vcu$ > vct$ > vcs$ > vcr$ > vcq$ > vcp$ > vco$ > vcn$ > vce$ > vcd$ > vcc$ > vca$ > vbz$ > vby$ > vbx$ > vbw$ > vbr$ > vbq$ > vbo$ > vbn$ > vbl$ > vbk$ > vbj$ > vbh$ > vbg$ > vbf$ > vbe$ > vbd$ > vbc$ > vam$ > val$ > vak$ > vaj$ > vai$ > vah$ > vag$ > vaf$ > vae$ > vad$ > vac$ > vab$ > vaa$ > uzz$ > uzy$ > uzx$ > uzw$ > uzv$ > uzu$ > uzt$ > uzs$ > uzr$ > uzq$ > uzp$ > uyx$ > uyw$ > uyv$ > uyu$ > uyt$ > uys$ > uyr$ > uyq$ > uyp$ > uyo$ > uyn$ > uym$ > uxh$ > uxf$ > uxe$ > uxc$ > uxb$ > uwz$ > uwy$ > uww$ > uwv$ > uwt$ > uws$ > uwq$ > uwp$ > uwn$ > uwm$ > uwk$ > uwj$ > uwh$ > uwg$ > uwe$ > uvw$ > uvu$ > uvr$ > uvp$ > uuy$ > uux$ > uuw$ > uuv$ > uuo$ > uun$ > uum$ > uul$ > transpose_row$i > times$d > times$c > sum$p > sum$o > sum$n > sum$m > sum$l > sum$k > sum$j > sum$i > sum$h > sum$g > sum$f > sum$e > sum$d > sum$c > sum$b > sum$a > sum$ > scalar_product$a > scalar_product$ > row$a > row$ > prod$c > prod$b > prod$a > prod$ > plus$d > plus$c > matrix_vector_mult$d > matrix_vector_mult$c > matrix_vector_mult$b > matrix_scalar_mult$a > matrix_scalar_mult$ > matrix_matrix_mult$c > matrix_matrix_mult$b > matrix_matrix_mult$a > matrix_matrix_mult$ > matrix_change_of_basis$a > matrix_change_of_basis$ > mat_mult_row$a > mat_mult_row$ > map_matrix$k > map_matrix$j > map_matrix$i > map_matrix$h > map_matrix$g > map_matrix$f > map_matrix$e > map_matrix$d > map_matrix$c > map_matrix$b > map_matrix$a > map_matrix$ > interchange_rows_row$a > interchange_rows_row$ > interchange_rows$a > interchange_columns_row$a > interchange_columns_row$ > interchange_columns$a > fun_app$z > fun_app$y > fun_app$x > fun_app$u > fun_app$t > fun_app$n > fun_app$m > fun_app$l > fun_app$k > fun_app$j > fun_app$i > fun_app$h > fun_app$g > fun_app$f > fun_app$e > fun_app$d > fun_app$c > fun_app$bj > fun_app$bi > fun_app$bh > fun_app$bg > fun_app$bf > fun_app$be > fun_app$bd > fun_app$bc > fun_app$bb > fun_app$ba > fun_app$b > fun_app$az > fun_app$ay > fun_app$ax > fun_app$aw > fun_app$as > fun_app$ar > fun_app$aq > fun_app$ap > fun_app$am > fun_app$al > fun_app$ak > fun_app$aj > fun_app$ai > fun_app$ah > fun_app$ag > fun_app$af > fun_app$ae > fun_app$ad > fun_app$ac > fun_app$ab > fun_app$a > comp$z > comp$y > comp$x > comp$w > comp$v > comp$u > comp$t > comp$s > comp$r > comp$q > comp$p > comp$o > comp$n > comp$m > comp$l > comp$k > comp$j > comp$i > comp$h > comp$g > comp$e > comp$d > comp$c > comp$b > comp$ab > comp$aa > column$a > column$ > #nlpp > vee$ > ved$ > vector_scalar_mult$a > vector_scalar_mult$ > vec_nth$n > vec_nth$m > vec_nth$l > vec_nth$k > vec_nth$j > vec_nth$i > vec_nth$h > vec_nth$g > vec_nth$f > vec_nth$d > vec_nth$c > vec_nth$b > vec_nth$a > vec_nth$ > vec_lambda$i > vec_lambda$h > vec_lambda$g > vec_lambda$f > vec_lambda$e > vec_lambda$d > vec_lambda$c > vec_lambda$b > vec_lambda$a > vec_lambda$ > vdr$ > vdq$ > vbb$ > vba$ > vaz$ > vay$ > vax$ > vaw$ > vav$ > uzo$ > uzn$ > uzm$ > uzl$ > uzk$ > uzj$ > uzi$ > uzh$ > uzg$ > uzf$ > uze$ > uyl$ > uyk$ > uyj$ > uyi$ > uyh$ > uyg$ > uxg$ > uxd$ > uxa$ > uwx$ > uwu$ > uwr$ > uwo$ > uwl$ > uwi$ > uwf$ > uwd$ > uwc$ > uwb$ > uwa$ > uvz$ > uvy$ > uvx$ > uvv$ > uvt$ > uvs$ > uvq$ > uvi$ > uvh$ > uvg$ > uvf$ > uve$ > uvd$ > uvc$ > uvb$ > uva$ > uuz$ > uuu$ > uut$ > uus$ > uur$ > uuq$ > uup$ > uuk$ > uuj$ > uui$ > uuh$ > uug$ > uuf$ > uue$ > uud$ > uuc$ > uub$ > uu$ > transpose_row$j > transpose_row$h > transpose_row$g > transpose_row$f > transpose_row$e > transpose_row$d > transpose_row$c > transpose_row$b > transpose_row$a > transpose_row$ > transpose$a > transpose$ > trace$f > trace$e > trace$d > trace$c > trace$b > trace$a > trace$ > times$b > times$a > times$ > the$a > the$ > set_of_vector$i > set_of_vector$h > set_of_vector$g > set_of_vector$f > set_of_vector$e > set_of_vector$d > set_of_vector$c > set_of_vector$b > set_of_vector$a > set_of_vector$ > rows$ > plus$b > plus$a > plus$ > matrix_vector_mult$a > matrix_vector_mult$ > mat_row$a > mat_row$ > interchange_rows$ > interchange_columns$ > divide$ > det$c > det$b > det$a > det$ > coord$a > coord$ > comp$f > comp$a > comp$ > columnvector_row$g > columnvector_row$f > columnvector_row$e > columnvector_row$d > columnvector_row$c > columnvector_row$b > columnvector_row$a > columnvector_row$ > columns$ > collect$h > collect$g > collect$f > collect$e > collect$d > collect$c > collect$b > collect$a > collect$ > zero$g > zero$f > zero$e > zero$d > zero$c > zero$b > zero$a > zero$ > uzd$ > uzc$ > uzb$ > uza$ > uyz$ > uyy$ > uvo$ > uvn$ > uvm$ > uvl$ > uvk$ > uvj$ > uua$ > top$q > top$p > top$o > top$n > top$m > top$l > top$k > top$j > top$i > top$h > top$g > top$f > top$e > top$d > top$c > top$b > top$a > top$ > tltrue > tlfalse > thesis$ > j$ > f$ > cart_basis_Rn$ > cart_basis_Rm$ > cart_basis$c > cart_basis$b > cart_basis$a > cart_basis$ > #skF_15 > #skF_69 > #skF_8 > #skF_45 > #skF_235 > #skF_201 > #skF_41 > #skF_122 > #skF_208 > #skF_243 > #skF_34 > #skF_190 > #skF_23 > #skF_42 > #skF_213 > #skF_169 > #skF_12 > #skF_187 > #skF_57 > #skF_93 > #skF_72 > #skF_35 > #skF_107 > #skF_27 > #skF_240 > #skF_214 > #skF_141 > #skF_202 > #skF_60 > #skF_80 > #skF_29 > #skF_10 > #skF_70 > #skF_145 > #skF_59 > #skF_88 > #skF_17 > #skF_228 > #skF_103 > #skF_130 > #skF_55 > #skF_44 > #skF_242 > #skF_128 > #skF_40 > #skF_236 > #skF_26 > #skF_46 > #skF_155 > #skF_222 > #skF_89 > #skF_215 > #skF_200 > #skF_14 > #skF_2 > #skF_56 > #skF_106 > #skF_241 > #skF_90 > #skF_112 > #skF_229 > #skF_144 > #skF_110 > #skF_61 > #skF_177 > #skF_3 > #skF_76 > #skF_108 > #skF_244 > #skF_153 > #skF_238 > #skF_189 > #skF_231 > #skF_91 > #skF_216 > #skF_192 > #skF_99 > #skF_211 > #skF_191 > #skF_221 > #skF_178 > #skF_162 > #skF_166 > #skF_28 > #skF_172 > #skF_118 > #skF_227 > #skF_38 > #skF_124 > #skF_102 > #skF_1 > #skF_132 > #skF_237 > #skF_210 > #skF_219 > #skF_154 > #skF_19 > #skF_198 > #skF_136 > #skF_230 > #skF_223 > #skF_129 > #skF_30 > #skF_197 > #skF_78 > #skF_51 > #skF_170 > #skF_67 > #skF_159 > #skF_95 > #skF_232 > #skF_105 > #skF_139 > #skF_205 > #skF_101 > #skF_207 > #skF_134 > #skF_220 > #skF_81 > #skF_22 > #skF_18 > #skF_104 > #skF_239 > #skF_53 > #skF_224 > #skF_165 > #skF_167 > #skF_117 > #skF_156 > #skF_140 > #skF_182 > #skF_168 > #skF_133 > #skF_98 > #skF_109 > #skF_96 > #skF_175 > #skF_20 > #skF_174 > #skF_245 > #skF_94 > #skF_126 > #skF_84 > #skF_206 > #skF_131 > #skF_100 > #skF_135 > #skF_31 > #skF_195 > #skF_86 > #skF_137 > #skF_9 > #skF_73 > #skF_75 > #skF_146 > #skF_92 > #skF_83 > #skF_179 > #skF_97 > #skF_184 > #skF_138 > #skF_39 > #skF_218 > #skF_16 > #skF_152 > #skF_212 > #skF_115 > #skF_193 > #skF_121 > #skF_58 > #skF_149 > #skF_125 > #skF_66 > #skF_127 > #skF_188 > #skF_234 > #skF_32 > #skF_171 > #skF_161 > #skF_21 > #skF_160 > #skF_24 > #skF_85 > #skF_54 > #skF_63 > #skF_194 > #skF_25 > #skF_116 > #skF_11 > #skF_52 > #skF_203 > #skF_246 > #skF_49 > #skF_150 > #skF_62 > #skF_181 > #skF_142 > #skF_163 > #skF_164 > #skF_199 > #skF_64 > #skF_248 > #skF_157 > #skF_119 > #skF_13 > #skF_7 > #skF_113 > #skF_87 > #skF_196 > #skF_147 > #skF_50 > #skF_180 > #skF_120 > #skF_233 > #skF_173 > #skF_176 > #skF_186 > #skF_33 > #skF_65 > #skF_4 > #skF_204 > #skF_143 > #skF_79 > #skF_6 > #skF_158 > #skF_68 > #skF_36 > #skF_151 > #skF_114 > #skF_77 > #skF_209 > #skF_48 > #skF_74 > #skF_71 > #skF_225 > #skF_185 > #skF_148 > #skF_183 > #skF_217 > #skF_123 > #skF_47 > #skF_43 > #skF_82 > #skF_5 > #skF_226 > #skF_111 > #skF_37 > #skF_247
% 30.89/11.83
% 30.89/11.83 %Foreground sorts:
% 30.89/11.83 tff(A_m_vec_a_n_vec_fun$, type, A_m_vec_a_n_vec_fun$: $tType ).
% 30.89/11.83 tff(A$, type, A$: $tType ).
% 30.89/11.83 tff(M_m_vec$, type, M_m_vec$: $tType ).
% 30.89/11.83 tff(A_a_fun$, type, A_a_fun$: $tType ).
% 30.89/11.83 tff(M_a_n_vec_n_vec_fun$, type, M_a_n_vec_n_vec_fun$: $tType ).
% 30.89/11.83 tff(N_a_n_vec_n_vec_fun$, type, N_a_n_vec_n_vec_fun$: $tType ).
% 30.89/11.83 tff(A_n_vec_m_vec_m_vec$, type, A_n_vec_m_vec_m_vec$: $tType ).
% 30.89/11.83 tff(A_a_m_vec_fun$, type, A_a_m_vec_fun$: $tType ).
% 30.89/11.83 tff(M_m_a_n_vec_fun_fun$, type, M_m_a_n_vec_fun_fun$: $tType ).
% 30.89/11.83 tff(N_a_n_vec_bool_fun_fun$, type, N_a_n_vec_bool_fun_fun$: $tType ).
% 30.89/11.83 tff(M_a_m_vec_fun_a_fun$, type, M_a_m_vec_fun_a_fun$: $tType ).
% 30.89/11.83 tff(M_m_a_fun_fun$, type, M_m_a_fun_fun$: $tType ).
% 30.89/11.83 tff(N_a_fun_set$, type, N_a_fun_set$: $tType ).
% 30.89/11.83 tff(A_m_vec_m_fun$, type, A_m_vec_m_fun$: $tType ).
% 30.89/11.83 tff(A_m_vec$, type, A_m_vec$: $tType ).
% 30.89/11.83 tff(M_n_a_n_vec_fun_fun$, type, M_n_a_n_vec_fun_fun$: $tType ).
% 30.89/11.83 tff(A_n_vec_a_m_vec_fun$, type, A_n_vec_a_m_vec_fun$: $tType ).
% 30.89/11.83 tff(N_a_n_vec_fun_a_fun$, type, N_a_n_vec_fun_a_fun$: $tType ).
% 30.89/11.83 tff(A_m_vec_n_vec$, type, A_m_vec_n_vec$: $tType ).
% 30.89/11.83 tff(A_m_vec_m_vec$, type, A_m_vec_m_vec$: $tType ).
% 30.89/11.83 tff(M_a_m_vec_m_vec_bool_fun_fun$, type, M_a_m_vec_m_vec_bool_fun_fun$: $tType ).
% 30.89/11.83 tff(A_n_vec_n_vec$, type, A_n_vec_n_vec$: $tType ).
% 30.89/11.83 tff(A_set$, type, A_set$: $tType ).
% 30.89/11.83 tff(N$, type, N$: $tType ).
% 30.89/11.83 tff(A_m_vec_m_vec_m_vec$, type, A_m_vec_m_vec_m_vec$: $tType ).
% 30.89/11.83 tff(N_a_fun_bool_fun$, type, N_a_fun_bool_fun$: $tType ).
% 30.89/11.83 tff(tlbool, type, tlbool: $tType ).
% 30.89/11.83 tff(M_a_m_vec_m_vec_fun_bool_fun$, type, M_a_m_vec_m_vec_fun_bool_fun$: $tType ).
% 30.89/11.83 tff(A_m_vec_a_fun$, type, A_m_vec_a_fun$: $tType ).
% 30.89/11.83 tff(M_a_m_vec_fun_bool_fun$, type, M_a_m_vec_fun_bool_fun$: $tType ).
% 30.89/11.83 tff(M_a_n_vec_fun_bool_fun$, type, M_a_n_vec_fun_bool_fun$: $tType ).
% 30.89/11.83 tff(M_a_n_vec_m_vec_fun$, type, M_a_n_vec_m_vec_fun$: $tType ).
% 30.89/11.83 tff(N_a_n_vec_fun_n_a_fun_fun$, type, N_a_n_vec_fun_n_a_fun_fun$: $tType ).
% 30.89/11.83 tff(A_bool_fun$, type, A_bool_fun$: $tType ).
% 30.89/11.83 tff(A_n_vec_a_n_vec_fun$, type, A_n_vec_a_n_vec_fun$: $tType ).
% 30.89/11.83 tff(A_n_vec_a_fun$, type, A_n_vec_a_fun$: $tType ).
% 30.89/11.83 tff(M_a_m_vec_bool_fun_fun$, type, M_a_m_vec_bool_fun_fun$: $tType ).
% 30.89/11.83 tff(A_m_vec_m_vec_bool_fun$, type, A_m_vec_m_vec_bool_fun$: $tType ).
% 30.89/11.83 tff(A_n_vec$, type, A_n_vec$: $tType ).
% 30.89/11.83 tff(A_n_vec_bool_fun$, type, A_n_vec_bool_fun$: $tType ).
% 30.89/11.83 tff(M_a_m_vec_fun_m_a_fun_fun$, type, M_a_m_vec_fun_m_a_fun_fun$: $tType ).
% 30.89/11.83 tff(M_a_n_vec_fun$, type, M_a_n_vec_fun$: $tType ).
% 30.89/11.83 tff(A_n_vec_m_vec_bool_fun$, type, A_n_vec_m_vec_bool_fun$: $tType ).
% 30.89/11.83 tff(M_n_fun$, type, M_n_fun$: $tType ).
% 30.89/11.83 tff(M_a_m_vec_fun_m_a_m_vec_fun_fun$, type, M_a_m_vec_fun_m_a_m_vec_fun_fun$: $tType ).
% 30.89/11.83 tff(M_a_m_vec_m_vec_fun$, type, M_a_m_vec_m_vec_fun$: $tType ).
% 30.89/11.83 tff(M$, type, M$: $tType ).
% 30.89/11.83 tff(M_n_vec$, type, M_n_vec$: $tType ).
% 30.89/11.83 tff(M_set$, type, M_set$: $tType ).
% 30.89/11.83 tff(M_a_m_vec_fun$, type, M_a_m_vec_fun$: $tType ).
% 30.89/11.83 tff(A_m_vec_m_vec_set$, type, A_m_vec_m_vec_set$: $tType ).
% 30.89/11.83 tff(N_a_n_vec_m_vec_fun_set$, type, N_a_n_vec_m_vec_fun_set$: $tType ).
% 30.89/11.83 tff(N_n_a_fun_fun$, type, N_n_a_fun_fun$: $tType ).
% 30.89/11.83 tff(N_a_fun$, type, N_a_fun$: $tType ).
% 30.89/11.83 tff(M_m_fun$, type, M_m_fun$: $tType ).
% 30.89/11.83 tff(N_n_a_n_vec_fun_fun$, type, N_n_a_n_vec_fun_fun$: $tType ).
% 30.89/11.83 tff(M_a_fun_bool_fun$, type, M_a_fun_bool_fun$: $tType ).
% 30.89/11.83 tff(A_m_vec_bool_fun$, type, A_m_vec_bool_fun$: $tType ).
% 30.89/11.83 tff(M_a_n_vec_fun_set$, type, M_a_n_vec_fun_set$: $tType ).
% 30.89/11.83 tff(N_set$, type, N_set$: $tType ).
% 30.89/11.83 tff(N_a_n_vec_fun_bool_fun$, type, N_a_n_vec_fun_bool_fun$: $tType ).
% 30.89/11.83 tff(A_n_vec_set$, type, A_n_vec_set$: $tType ).
% 30.89/11.83 tff(M_a_m_vec_m_vec_m_vec_fun$, type, M_a_m_vec_m_vec_m_vec_fun$: $tType ).
% 30.89/11.83 tff(N_a_n_vec_fun_set$, type, N_a_n_vec_fun_set$: $tType ).
% 30.89/11.83 tff(A_n_vec_n_vec_n_vec$, type, A_n_vec_n_vec_n_vec$: $tType ).
% 30.89/11.83 tff(N_m_fun$, type, N_m_fun$: $tType ).
% 30.89/11.83 tff(M_a_m_vec_m_vec_fun_set$, type, M_a_m_vec_m_vec_fun_set$: $tType ).
% 30.89/11.83 tff(N_bool_fun$, type, N_bool_fun$: $tType ).
% 30.89/11.83 tff(N_m_a_n_vec_fun_fun$, type, N_m_a_n_vec_fun_fun$: $tType ).
% 30.89/11.83 tff(A_n_vec_n_vec_bool_fun$, type, A_n_vec_n_vec_bool_fun$: $tType ).
% 30.89/11.83 tff(N_a_n_vec_m_vec_bool_fun_fun$, type, N_a_n_vec_m_vec_bool_fun_fun$: $tType ).
% 30.89/11.83 tff(M_a_fun$, type, M_a_fun$: $tType ).
% 30.89/11.83 tff(A_m_vec_n_fun$, type, A_m_vec_n_fun$: $tType ).
% 30.89/11.83 tff(A_m_vec_set$, type, A_m_vec_set$: $tType ).
% 30.89/11.83 tff(A_m_vec_m_vec_m_vec_m_vec$, type, A_m_vec_m_vec_m_vec_m_vec$: $tType ).
% 30.89/11.83 tff(M_m_a_m_vec_fun_fun$, type, M_m_a_m_vec_fun_fun$: $tType ).
% 31.10/11.83 tff(M_bool_fun$, type, M_bool_fun$: $tType ).
% 31.10/11.83 tff(N_a_m_vec_fun$, type, N_a_m_vec_fun$: $tType ).
% 31.10/11.83 tff(N_n_fun$, type, N_n_fun$: $tType ).
% 31.10/11.83 tff(M_a_fun_set$, type, M_a_fun_set$: $tType ).
% 31.10/11.83 tff(A_n_vec_n_vec_m_vec$, type, A_n_vec_n_vec_m_vec$: $tType ).
% 31.10/11.83 tff(N_a_n_vec_m_vec_fun_bool_fun$, type, N_a_n_vec_m_vec_fun_bool_fun$: $tType ).
% 31.10/11.83 tff(M_m_a_m_vec_m_vec_fun_fun$, type, M_m_a_m_vec_m_vec_fun_fun$: $tType ).
% 31.10/11.83 tff(M_a_m_vec_fun_set$, type, M_a_m_vec_fun_set$: $tType ).
% 31.10/11.83 tff(N_m_a_fun_fun$, type, N_m_a_fun_fun$: $tType ).
% 31.10/11.83 tff(A_n_vec_m_vec_set$, type, A_n_vec_m_vec_set$: $tType ).
% 31.10/11.83 tff(N_a_n_vec_fun$, type, N_a_n_vec_fun$: $tType ).
% 31.10/11.83 tff(A_a_n_vec_fun$, type, A_a_n_vec_fun$: $tType ).
% 31.10/11.83 tff(N_a_bool_fun_fun$, type, N_a_bool_fun_fun$: $tType ).
% 31.10/11.83 tff(A_n_vec_m_vec_n_vec$, type, A_n_vec_m_vec_n_vec$: $tType ).
% 31.10/11.83 tff(A_n_vec_m_vec$, type, A_n_vec_m_vec$: $tType ).
% 31.10/11.83 tff(M_n_a_fun_fun$, type, M_n_a_fun_fun$: $tType ).
% 31.10/11.83 tff(A_m_vec_a_m_vec_fun$, type, A_m_vec_a_m_vec_fun$: $tType ).
% 31.10/11.83 tff(M_a_bool_fun_fun$, type, M_a_bool_fun_fun$: $tType ).
% 31.10/11.83 tff(N_a_n_vec_m_vec_fun$, type, N_a_n_vec_m_vec_fun$: $tType ).
% 31.10/11.83 tff(M_a_n_vec_bool_fun_fun$, type, M_a_n_vec_bool_fun_fun$: $tType ).
% 31.10/11.83 tff(A_m_vec_m_vec_m_vec_bool_fun$, type, A_m_vec_m_vec_m_vec_bool_fun$: $tType ).
% 31.10/11.83 tff(A_n_vec_m_vec_n_vec_n_vec$, type, A_n_vec_m_vec_n_vec_n_vec$: $tType ).
% 31.10/11.83
% 31.10/11.83 %Background operators:
% 31.10/11.83
% 31.10/11.83
% 31.10/11.83 %Foreground operators:
% 31.10/11.83 tff('#skF_15', type, '#skF_15': (A_m_vec_m_vec$ * A_m_vec$) > M$).
% 31.10/11.83 tff(prod$, type, prod$: (M_a_fun$ * M_set$) > A$).
% 31.10/11.83 tff('#skF_69', type, '#skF_69': (N_a_bool_fun_fun$ * A_n_vec$) > N$).
% 31.10/11.83 tff('#skF_8', type, '#skF_8': (A_m_vec_n_vec$ * A_m_vec$) > N$).
% 31.10/11.83 tff('#skF_45', type, '#skF_45': (N_set$ * N_a_fun$ * N_a_fun$) > N$).
% 31.10/11.83 tff(cart_basis$c, type, cart_basis$c: A_m_vec_set$).
% 31.10/11.83 tff(uus$, type, uus$: A_m_vec_a_fun$ > M_a_m_vec_fun$).
% 31.10/11.83 tff(sum$l, type, sum$l: (A_n_vec_a_n_vec_fun$ * A_n_vec_set$) > A_n_vec$).
% 31.10/11.83 tff(vec_nth$n, type, vec_nth$n: A_n_vec_n_vec_m_vec$ > M_a_n_vec_n_vec_fun$).
% 31.10/11.83 tff(uyg$, type, uyg$: N_set$ > N_bool_fun$).
% 31.10/11.84 tff(uwa$, type, uwa$: A_m_vec_m_vec$ > M_a_fun$).
% 31.10/11.84 tff(uyd$, type, uyd$: (M$ * M_a_n_vec_fun$ * M_a_n_vec_fun$) > M_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_235', type, '#skF_235': A_n_vec$ > N_a_fun$).
% 31.10/11.84 tff(less$a, type, less$a: (A_m_vec_set$ * A_m_vec_set$) > $o).
% 31.10/11.84 tff('#skF_201', type, '#skF_201': (M_a_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff('#skF_41', type, '#skF_41': N_set$ > N$).
% 31.10/11.84 tff(comp$s, type, comp$s: (M_a_n_vec_fun$ * N_m_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(fun_app$d, type, fun_app$d: (M_a_m_vec_fun$ * M$) > A_m_vec$).
% 31.10/11.84 tff('#skF_122', type, '#skF_122': (M_m_fun$ * M_m_fun$ * M_a_m_vec_fun$ * M_set$ * M_set$ * M_a_m_vec_fun$) > M$).
% 31.10/11.84 tff(member$c, type, member$c: (M_a_m_vec_fun$ * M_a_m_vec_fun_set$) > $o).
% 31.10/11.84 tff(uvi$, type, uvi$: A_n_vec_n_vec$ > A_n_vec_bool_fun$).
% 31.10/11.84 tff(row_add$, type, row_add$: (A_m_vec_m_vec$ * M$ * M$ * A$) > A_m_vec_m_vec$).
% 31.10/11.84 tff(top$e, type, top$e: A_m_vec_bool_fun$).
% 31.10/11.84 tff('#skF_208', type, '#skF_208': (A_n_vec_n_vec$ * N_a_n_vec_fun$) > N$).
% 31.10/11.84 tff(vec_nth$h, type, vec_nth$h: A_n_vec_n_vec_n_vec$ > N_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff(uwj$, type, uwj$: (N_m_a_n_vec_fun_fun$ * N_set$) > M_a_n_vec_fun$).
% 31.10/11.84 tff(uvy$, type, uvy$: A_m_vec_m_vec_m_vec_m_vec$ > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(vak$, type, vak$: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_243', type, '#skF_243': A_n_vec_n_vec$ > N$).
% 31.10/11.84 tff(vec_lambda$g, type, vec_lambda$g: N_a_n_vec_n_vec_fun$ > A_n_vec_n_vec_n_vec$).
% 31.10/11.84 tff(uvo$, type, uvo$: A_m_vec_bool_fun$).
% 31.10/11.84 tff(fun_app$m, type, fun_app$m: (A_n_vec_a_fun$ * A_n_vec$) > A$).
% 31.10/11.84 tff(fun_app$ak, type, fun_app$ak: (M_a_m_vec_fun_m_a_fun_fun$ * M_a_m_vec_fun$) > M_a_fun$).
% 31.10/11.84 tff(van$, type, van$: (A_n_vec_n_vec$ * A_m_vec_m_vec$ * A_n_vec_a_m_vec_fun$) > M_n_a_fun_fun$).
% 31.10/11.84 tff(vae$, type, vae$: (A_a_m_vec_fun$ * A_m_vec_m_vec$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(fun_app$af, type, fun_app$af: (N_m_a_fun_fun$ * N$) > M_a_fun$).
% 31.10/11.84 tff(fun_app$, type, fun_app$: (A_m_vec_bool_fun$ * A_m_vec$) > $o).
% 31.10/11.84 tff(uxh$, type, uxh$: (M_m_a_m_vec_fun_fun$ * M_set$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(fun_app$an, type, fun_app$an: (M_a_fun_bool_fun$ * M_a_fun$) > $o).
% 31.10/11.84 tff(uvt$, type, uvt$: A_n_vec_a_fun$ > A_n_vec_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_34', type, '#skF_34': N_a_n_vec_fun$).
% 31.10/11.84 tff(vet$, type, vet$: (A_n_vec_n_vec$ * N$ * N$ * A$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(mat_row$a, type, mat_row$a: A_n_vec$ > N_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff(fun_app$ah, type, fun_app$ah: (M_m_a_n_vec_fun_fun$ * M$) > M_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_190', type, '#skF_190': (N_n_fun$ * N_n_fun$ * N_a_n_vec_fun$ * N_a_n_vec_fun$ * N_set$ * N_set$) > N$).
% 31.10/11.84 tff(vcr$, type, vcr$: (A_n_vec_m_vec$ * A_n_vec_n_vec_m_vec$) > N_m_a_n_vec_fun_fun$).
% 31.10/11.84 tff(interchange_columns_row$a, type, interchange_columns_row$a: (A_n_vec_n_vec$ * N$) > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff('#skF_23', type, '#skF_23': (N_a_fun$ * N_a_fun_bool_fun$) > A_n_vec$).
% 31.10/11.84 tff('#skF_42', type, '#skF_42': M_set$ > M$).
% 31.10/11.84 tff(uxe$, type, uxe$: (M_m_a_fun_fun$ * M_set$) > M_a_fun$).
% 31.10/11.84 tff('#skF_213', type, '#skF_213': (A_m_vec_a_fun$ * A_m_vec_set$) > A_m_vec$).
% 31.10/11.84 tff(uvh$, type, uvh$: A_m_vec_m_vec$ > A_m_vec_bool_fun$).
% 31.10/11.84 tff(uwt$, type, uwt$: (M_n_a_n_vec_fun_fun$ * N_set$) > M_a_n_vec_fun$).
% 31.10/11.84 tff(matrix_matrix_mult$, type, matrix_matrix_mult$: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(vay$, type, vay$: A_m_vec_m_vec_m_vec$ > M_m_a_m_vec_m_vec_fun_fun$).
% 31.10/11.84 tff('#skF_169', type, '#skF_169': (M_set$ * N_m_fun$ * N_set$ * N_a_m_vec_fun$ * M_a_m_vec_fun$ * M_n_fun$) > M$).
% 31.10/11.84 tff(vbf$, type, vbf$: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(vec_nth$f, type, vec_nth$f: A_m_vec_m_vec_m_vec$ > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(vector_matrix_mult$d, type, vector_matrix_mult$d: (A_m_vec_m_vec$ * A_m_vec_m_vec_m_vec$) > A_m_vec_m_vec$).
% 31.10/11.84 tff(vec_nth$b, type, vec_nth$b: A_m_vec$ > M_a_fun$).
% 31.10/11.84 tff('#skF_12', type, '#skF_12': (A_n_vec$ * A$) > N$).
% 31.10/11.84 tff(vbc$, type, vbc$: (A_n_vec_n_vec$ * A_n_vec$) > N_a_fun_bool_fun$).
% 31.10/11.84 tff('#skF_187', type, '#skF_187': (N_n_fun$ * N_n_fun$ * N_a_n_vec_fun$ * N_a_n_vec_fun$ * N_set$ * N_set$) > N$).
% 31.10/11.84 tff(fun_app$be, type, fun_app$be: (M_n_fun$ * M$) > N$).
% 31.10/11.84 tff(vec_nth$j, type, vec_nth$j: A_n_vec_m_vec_m_vec$ > M_a_n_vec_m_vec_fun$).
% 31.10/11.84 tff('#skF_57', type, '#skF_57': (N_a_n_vec_m_vec_bool_fun_fun$ * A_n_vec_m_vec_n_vec$) > N$).
% 31.10/11.84 tff('#skF_93', type, '#skF_93': (M_m_fun$ * M_a_m_vec_fun$ * M_set$ * M_a_m_vec_fun$ * M_set$) > M$).
% 31.10/11.84 tff(mult_column_row$a, type, mult_column_row$a: (A_n_vec_n_vec$ * N$ * A$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(uuw$, type, uuw$: (A$ * M_a_n_vec_fun$) > M_a_n_vec_fun$).
% 31.10/11.84 tff(top$o, type, top$o: M_a_n_vec_fun_set$).
% 31.10/11.84 tff(vbh$, type, vbh$: (A_m_vec_m_vec_m_vec$ * A_m_vec_m_vec_m_vec$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(top$q, type, top$q: M_a_fun_set$).
% 31.10/11.84 tff(map_matrix$c, type, map_matrix$c: (A_n_vec_a_fun$ * A_n_vec_n_vec_n_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff('#skF_72', type, '#skF_72': N_a_bool_fun_fun$ > A_n_vec$).
% 31.10/11.84 tff(uyl$, type, uyl$: A_m_vec_set$ > A_m_vec_bool_fun$).
% 31.10/11.84 tff('#skF_35', type, '#skF_35': M_a_m_vec_fun$).
% 31.10/11.84 tff(set_of_vector$f, type, set_of_vector$f: A_n_vec$ > A_set$).
% 31.10/11.84 tff(uvg$, type, uvg$: A_m_vec$ > A_bool_fun$).
% 31.10/11.84 tff('#skF_107', type, '#skF_107': (N_set$ * M_a_m_vec_fun$ * N_a_m_vec_fun$ * M_set$ * N_m_fun$ * N$) > N$).
% 31.10/11.84 tff('#skF_27', type, '#skF_27': N_a_n_vec_m_vec_fun$ > A_n_vec_m_vec_n_vec$).
% 31.10/11.84 tff(top$m, type, top$m: N_a_n_vec_m_vec_fun_set$).
% 31.10/11.84 tff(fun_app$ac, type, fun_app$ac: (M_n_a_n_vec_fun_fun$ * M$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(comp$ab, type, comp$ab: (N_a_fun$ * M_n_fun$) > M_a_fun$).
% 31.10/11.84 tff(uxq$, type, uxq$: (M$ * M_a_m_vec_m_vec_fun$ * M_a_m_vec_m_vec_fun$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(det$c, type, det$c: A_n_vec_n_vec_n_vec$ > A_n_vec$).
% 31.10/11.84 tff(uzu$, type, uzu$: (A_a_fun$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(set_of_vector$, type, set_of_vector$: M_m_vec$ > M_set$).
% 31.10/11.84 tff(vcp$, type, vcp$: (A_n_vec$ * A_n_vec_n_vec$) > N_n_a_fun_fun$).
% 31.10/11.84 tff('#skF_240', type, '#skF_240': (A_m_vec_a_m_vec_fun$ * M_a_m_vec_fun$ * M_set$) > A_m_vec$).
% 31.10/11.84 tff(plus$, type, plus$: A_n_vec$ > A_n_vec_a_n_vec_fun$).
% 31.10/11.84 tff(zero$b, type, zero$b: A_m_vec_m_vec$).
% 31.10/11.84 tff(top$, type, top$: M_set$).
% 31.10/11.84 tff(uuv$, type, uuv$: (A$ * N_a_n_vec_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_214', type, '#skF_214': (N_a_n_vec_fun$ * N_set$) > N$).
% 31.10/11.84 tff('#skF_141', type, '#skF_141': (M_set$ * M_m_fun$ * M_a_m_vec_fun$ * M_a_m_vec_fun$ * M_m_fun$ * M_set$) > M$).
% 31.10/11.84 tff(fun_app$o, type, fun_app$o: (A_n_vec_bool_fun$ * A_n_vec$) > $o).
% 31.10/11.84 tff(uwc$, type, uwc$: A_n_vec_n_vec_n_vec$ > N_a_n_vec_fun$).
% 31.10/11.84 tff(vdt$, type, vdt$: (M$ * A_m_vec_m_vec$) > M_a_fun$).
% 31.10/11.84 tff('#skF_202', type, '#skF_202': (A_n_vec_m_vec_n_vec$ * N_a_n_vec_m_vec_fun$) > N$).
% 31.10/11.84 tff('#skF_60', type, '#skF_60': N_a_n_vec_m_vec_bool_fun_fun$ > A_n_vec_m_vec_n_vec$).
% 31.10/11.84 tff(vct$, type, vct$: (A_n_vec_n_vec$ * A_n_vec_n_vec_n_vec$) > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(vac$, type, vac$: (A_n_vec_a_fun$ * A_n_vec_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(matrix_vector_mult$, type, matrix_vector_mult$: A_m_vec_m_vec$ > A_m_vec_a_m_vec_fun$).
% 31.10/11.84 tff(top$p, type, top$p: N_a_fun_set$).
% 31.10/11.84 tff(uxj$, type, uxj$: (N$ * N_a_fun$ * N_a_fun$) > N_a_fun$).
% 31.10/11.84 tff(fun_app$aq, type, fun_app$aq: (A_a_m_vec_fun$ * A$) > A_m_vec$).
% 31.10/11.84 tff(inj_on$, type, inj_on$: (M_a_m_vec_fun$ * M_set$) > $o).
% 31.10/11.84 tff('#skF_80', type, '#skF_80': M_a_m_vec_bool_fun_fun$ > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_29', type, '#skF_29': M_a_n_vec_fun$ > A_n_vec_m_vec$).
% 31.10/11.84 tff(sum$j, type, sum$j: (M_a_n_vec_n_vec_fun$ * M_set$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(matrix_change_of_basis$, type, matrix_change_of_basis$: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > A_m_vec_m_vec$).
% 31.10/11.84 tff(vdg$, type, vdg$: (A_n_vec_m_vec_n_vec$ * A_n_vec_m_vec$) > N_m_a_n_vec_fun_fun$).
% 31.10/11.84 tff(uyc$, type, uyc$: (M$ * M_a_m_vec_m_vec_fun$ * M_a_m_vec_m_vec_fun$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff('#skF_10', type, '#skF_10': (M_n_vec$ * M$) > N$).
% 31.10/11.84 tff('#skF_70', type, '#skF_70': (N_a_bool_fun_fun$ * N$) > A$).
% 31.10/11.84 tff(uxp$, type, uxp$: (N$ * N_a_fun$ * N_a_fun$) > N_a_fun$).
% 31.10/11.84 tff(uxi$, type, uxi$: (N$ * N_a_n_vec_fun$ * N_a_n_vec_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(fun_app$ai, type, fun_app$ai: (M_m_a_m_vec_fun_fun$ * M$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(vec_lambda$i, type, vec_lambda$i: N_a_m_vec_fun$ > A_m_vec_n_vec$).
% 31.10/11.84 tff(uyf$, type, uyf$: (M$ * M_a_m_vec_fun$ * M_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_145', type, '#skF_145': (M_set$ * M_m_fun$ * M_a_m_vec_fun$ * M_a_m_vec_fun$ * M_m_fun$ * M_set$) > M$).
% 31.10/11.84 tff('#skF_59', type, '#skF_59': N_a_n_vec_m_vec_bool_fun_fun$ > N$).
% 31.10/11.84 tff(fun_app$bh, type, fun_app$bh: (M_a_m_vec_fun_m_a_m_vec_fun_fun$ * M_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(fun_app$q, type, fun_app$q: (M_a_m_vec_fun_bool_fun$ * M_a_m_vec_fun$) > $o).
% 31.10/11.84 tff(map_matrix$d, type, map_matrix$d: (A_a_m_vec_fun$ * A_m_vec_m_vec$) > A_m_vec_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_88', type, '#skF_88': (M_set$ * M_set$ * M_a_n_vec_fun$ * M_a_n_vec_fun$) > M$).
% 31.10/11.84 tff(uwz$, type, uwz$: (M_n_a_fun_fun$ * N_set$) > M_a_fun$).
% 31.10/11.84 tff(fun_app$au, type, fun_app$au: (M_a_m_vec_m_vec_fun_bool_fun$ * M_a_m_vec_m_vec_fun$) > $o).
% 31.10/11.84 tff(prod$b, type, prod$b: (M_a_m_vec_fun$ * M_set$) > A_m_vec$).
% 31.10/11.84 tff(vaq$, type, vaq$: (A_m_vec_m_vec$ * A_n_vec_n_vec$ * A_m_vec_a_n_vec_fun$) > N_a_m_vec_fun$).
% 31.10/11.84 tff(vao$, type, vao$: (A_n_vec_n_vec$ * A_m_vec_m_vec$ * A_n_vec_a_m_vec_fun$) > M_a_n_vec_fun$).
% 31.10/11.84 tff(vev$, type, vev$: (A_n_vec_n_vec$ * N$ * N$ * A$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(uvn$, type, uvn$: M_bool_fun$).
% 31.10/11.84 tff('#skF_17', type, '#skF_17': (A_m_vec_a_fun$ * A_m_vec$) > M$).
% 31.10/11.84 tff(fun_app$ap, type, fun_app$ap: (A_a_n_vec_fun$ * A$) > A_n_vec$).
% 31.10/11.84 tff('#skF_228', type, '#skF_228': (M_a_m_vec_fun_set$ * M_a_m_vec_fun_a_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(vdr$, type, vdr$: A_n_vec_n_vec$ > N_a_n_vec_fun$).
% 31.10/11.84 tff(uzx$, type, uzx$: (A_a_n_vec_fun$ * A_n_vec_m_vec$) > M_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(vbv$, type, vbv$: (A_n_vec_n_vec$ * N$ * N$) > N_n_a_fun_fun$).
% 31.10/11.84 tff(vbe$, type, vbe$: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(vec_lambda$f, type, vec_lambda$f: N_a_n_vec_m_vec_fun$ > A_n_vec_m_vec_n_vec$).
% 31.10/11.84 tff(vdw$, type, vdw$: (M$ * A_m_vec$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(vea$, type, vea$: (A_n_vec_n_vec$ * A_n_vec$ * N$) > N_n_a_fun_fun$).
% 31.10/11.84 tff(transpose_row$h, type, transpose_row$h: A_n_vec_m_vec_m_vec$ > M_a_n_vec_m_vec_fun$).
% 31.10/11.84 tff('#skF_103', type, '#skF_103': (M_set$ * M_m_fun$ * M_set$ * M_a_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff(mult_row$a, type, mult_row$a: (A_n_vec_n_vec$ * N$ * A$) > A_n_vec_n_vec$).
% 31.10/11.84 tff('#skF_130', type, '#skF_130': (M_a_fun$ * M_set$ * M_set$ * M_m_fun$ * M_m_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff(uzd$, type, uzd$: M_a_m_vec_fun$).
% 31.10/11.84 tff(fun_app$al, type, fun_app$al: (M_a_n_vec_n_vec_fun$ * M$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(zero$f, type, zero$f: A_n_vec_m_vec$).
% 31.10/11.84 tff(vbd$, type, vbd$: (A_m_vec_m_vec$ * A_m_vec$) > M_a_fun_bool_fun$).
% 31.10/11.84 tff('#skF_55', type, '#skF_55': (A_m_vec_m_vec$ * A_m_vec_m_vec$) > M$).
% 31.10/11.84 tff('#skF_44', type, '#skF_44': (N_set$ * N_a_n_vec_fun$ * N_a_n_vec_fun$) > N$).
% 31.10/11.84 tff(mult_row$, type, mult_row$: (A_m_vec_m_vec$ * M$ * A$) > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_242', type, '#skF_242': A_m_vec_m_vec$ > M$).
% 31.10/11.84 tff(inj_on$h, type, inj_on$h: (M_a_m_vec_fun_m_a_m_vec_fun_fun$ * M_a_m_vec_fun_set$) > $o).
% 31.10/11.84 tff(mult_row_row$, type, mult_row_row$: (A_m_vec_m_vec$ * M$ * A$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(coord$a, type, coord$a: A_m_vec_m_vec$ > A_m_vec_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_128', type, '#skF_128': (M_n_fun$ * M_set$ * N_m_fun$ * N_a_fun$ * N_set$ * M_a_fun$) > M$).
% 31.10/11.84 tff(fun_app$ax, type, fun_app$ax: (M_a_m_vec_m_vec_bool_fun_fun$ * M$) > A_m_vec_m_vec_bool_fun$).
% 31.10/11.84 tff(transpose_row$f, type, transpose_row$f: A_n_vec_m_vec_n_vec$ > M_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff(vector_matrix_mult$c, type, vector_matrix_mult$c: (A_n_vec_n_vec$ * A_n_vec_n_vec_n_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(vdh$, type, vdh$: (A_n_vec_n_vec_n_vec$ * A_n_vec_n_vec$) > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(vdc$, type, vdc$: (A_m_vec_m_vec$ * A_m_vec$) > M_a_fun$).
% 31.10/11.84 tff('#skF_40', type, '#skF_40': M_a_m_vec_fun_set$ > M_a_m_vec_fun$).
% 31.10/11.84 tff(uzz$, type, uzz$: (A_n_vec_a_fun$ * A_n_vec_m_vec_n_vec$) > N_m_a_fun_fun$).
% 31.10/11.84 tff(uwx$, type, uwx$: M_m_a_n_vec_fun_fun$ > M_m_a_n_vec_fun_fun$).
% 31.10/11.84 tff(uzv$, type, uzv$: (A_a_n_vec_fun$ * A_n_vec_n_vec$) > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(vbs$, type, vbs$: (A_m_vec_m_vec$ * M$ * M$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(mat_mult_row$a, type, mat_mult_row$a: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(fun_app$i, type, fun_app$i: (M_a_m_vec_m_vec_m_vec_fun$ * M$) > A_m_vec_m_vec_m_vec$).
% 31.10/11.84 tff(vel$, type, vel$: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_236', type, '#skF_236': A_m_vec_m_vec_m_vec$ > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff('#skF_26', type, '#skF_26': (N_a_n_vec_fun$ * N_a_n_vec_fun_bool_fun$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(vci$, type, vci$: (A_n_vec_n_vec$ * N$ * A$) > N_n_a_fun_fun$).
% 31.10/11.84 tff('#skF_46', type, '#skF_46': (M_set$ * M_a_m_vec_m_vec_fun$ * M_a_m_vec_m_vec_fun$) > M$).
% 31.10/11.84 tff('#skF_155', type, '#skF_155': (M_set$ * N_m_fun$ * M_n_fun$ * N_set$ * N_a_fun$ * M_a_fun$) > N$).
% 31.10/11.84 tff(fun_app$bd, type, fun_app$bd: (N_n_fun$ * N$) > N$).
% 31.10/11.84 tff(uuu$, type, uuu$: M_a_fun$ > M_a_m_vec_fun$).
% 31.10/11.84 tff(fun_app$bk, type, fun_app$bk: (A_n_vec_n_vec_bool_fun$ * A_n_vec_n_vec$) > $o).
% 31.10/11.84 tff(uxf$, type, uxf$: (M_m_a_m_vec_fun_fun$ * M_set$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(uxg$, type, uxg$: M_m_a_m_vec_fun_fun$ > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff(vei$, type, vei$: (A$ * A_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(set_of_vector$a, type, set_of_vector$a: A_m_vec_n_vec$ > A_m_vec_set$).
% 31.10/11.84 tff('#skF_222', type, '#skF_222': (N_set$ * N_a_m_vec_fun$) > N$).
% 31.10/11.84 tff(vaa$, type, vaa$: (A_n_vec_a_fun$ * A_n_vec_m_vec_n_vec$) > N_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_89', type, '#skF_89': (M_set$ * M_set$ * M_a_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff(uys$, type, uys$: (N_a_n_vec_fun$ * N_set$) > N_a_fun$).
% 31.10/11.84 tff('#skF_215', type, '#skF_215': (M_a_n_vec_fun$ * M_set$) > M$).
% 31.10/11.84 tff(transpose_row$c, type, transpose_row$c: A_n_vec_n_vec_n_vec$ > N_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff(vector_scalar_mult$c, type, vector_scalar_mult$c: (A_n_vec$ * A_n_vec_n_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(zero$e, type, zero$e: A_n_vec_m_vec_n_vec$).
% 31.10/11.84 tff(var$, type, var$: (A_n_vec_n_vec$ * A_n_vec_n_vec$ * A_n_vec_a_n_vec_fun$) > N_n_a_fun_fun$).
% 31.10/11.84 tff(fun_app$bg, type, fun_app$bg: (A_m_vec_m_fun$ * A_m_vec$) > M$).
% 31.10/11.84 tff(row$a, type, row$a: (N$ * A_n_vec_n_vec$) > A_n_vec$).
% 31.10/11.84 tff('#skF_200', type, '#skF_200': (M_a_m_vec_fun$ * M_a_m_vec_fun$) > M$).
% 31.10/11.84 tff(collect$d, type, collect$d: A_n_vec_bool_fun$ > A_n_vec_set$).
% 31.10/11.84 tff(matrix_matrix_mult$a, type, matrix_matrix_mult$a: (A_m_vec_m_vec_m_vec$ * A_m_vec_m_vec_m_vec$) > A_m_vec_m_vec_m_vec$).
% 31.10/11.84 tff(comp$w, type, comp$w: (A_n_vec_a_m_vec_fun$ * N_a_n_vec_fun$) > N_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_14', type, '#skF_14': (A_m_vec_m_vec$ * A_m_vec$) > M$).
% 31.10/11.84 tff(vde$, type, vde$: (A_n_vec_n_vec$ * A_n_vec$) > N_a_fun$).
% 31.10/11.84 tff(set_of_vector$d, type, set_of_vector$d: A_m_vec_m_vec_m_vec$ > A_m_vec_m_vec_set$).
% 31.10/11.84 tff(map_matrix$g, type, map_matrix$g: (A_a_n_vec_fun$ * A_n_vec_m_vec$) > A_n_vec_n_vec_m_vec$).
% 31.10/11.84 tff('#skF_2', type, '#skF_2': (A_m_vec_m_vec$ * A_m_vec$) > M_a_fun$).
% 31.10/11.84 tff(transpose_row$g, type, transpose_row$g: A_n_vec_n_vec_m_vec$ > N_a_n_vec_m_vec_fun$).
% 31.10/11.84 tff(uzm$, type, uzm$: A_n_vec_m_vec$ > N_m_a_fun_fun$).
% 31.10/11.84 tff('#skF_56', type, '#skF_56': (A_n_vec_n_vec$ * A_n_vec_n_vec$) > N$).
% 31.10/11.84 tff(uyk$, type, uyk$: M_set$ > M_bool_fun$).
% 31.10/11.84 tff(trace$c, type, trace$c: A_m_vec_m_vec$ > A$).
% 31.10/11.84 tff(uux$, type, uux$: (A$ * M_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_106', type, '#skF_106': (N_set$ * M_a_m_vec_fun$ * N_a_m_vec_fun$ * M_set$ * N_m_fun$) > M$).
% 31.10/11.84 tff(fun_app$v, type, fun_app$v: (A_n_vec_m_vec_bool_fun$ * A_n_vec_m_vec$) > $o).
% 31.10/11.84 tff(cart_basis$, type, cart_basis$: A_n_vec_n_vec$).
% 31.10/11.84 tff(veu$, type, veu$: (A_m_vec_m_vec$ * M$ * M$ * A$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_241', type, '#skF_241': A_m_vec_m_vec$ > M$).
% 31.10/11.84 tff('#skF_90', type, '#skF_90': (M_set$ * M_set$ * M_a_m_vec_fun$ * M_a_m_vec_fun$) > M$).
% 31.10/11.84 tff(fun_app$n, type, fun_app$n: (A_m_vec_a_fun$ * A_m_vec$) > A$).
% 31.10/11.84 tff(uya$, type, uya$: (N$ * N_a_n_vec_fun$ * N_a_n_vec_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(vbz$, type, vbz$: (M_a_m_vec_fun$ * A_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(vcl$, type, vcl$: (A_m_vec_m_vec$ * M$ * A$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_112', type, '#skF_112': (A_m_vec_a_fun$ * M_a_fun$ * A_m_vec_m_fun$ * M_set$ * A_m_vec_set$) > M$).
% 31.10/11.84 tff(interchange_columns_row$, type, interchange_columns_row$: (A_m_vec_m_vec$ * M$) > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff(vcd$, type, vcd$: (A_n_vec$ * A_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_229', type, '#skF_229': (A_n_vec_n_vec_bool_fun$ * A_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_144', type, '#skF_144': (M_set$ * M_m_fun$ * M_a_m_vec_fun$ * M_a_m_vec_fun$ * M_m_fun$ * M_set$) > M$).
% 31.10/11.84 tff(vcx$, type, vcx$: (A_m_vec_m_vec$ * M$) > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff(vaj$, type, vaj$: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(vds$, type, vds$: (M$ * A$ * M_a_m_vec_fun$ * M_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(uyv$, type, uyv$: (N_a_m_vec_fun$ * N_set$) > M_a_fun$).
% 31.10/11.84 tff('#skF_110', type, '#skF_110': (N_set$ * A_m_vec_n_fun$ * A_m_vec_a_fun$ * A_m_vec$ * N_a_fun$ * A_m_vec_set$) > A_m_vec$).
% 31.10/11.84 tff(det$a, type, det$a: A_m_vec_m_vec$ > A$).
% 31.10/11.84 tff(vck$, type, vck$: (A_n_vec_n_vec$ * N$ * A$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(uwn$, type, uwn$: (N_m_a_fun_fun$ * M_set$) > N_a_fun$).
% 31.10/11.84 tff('#skF_61', type, '#skF_61': (M_a_m_vec_m_vec_bool_fun_fun$ * A_m_vec_m_vec_m_vec$) > M$).
% 31.10/11.84 tff(uwv$, type, uwv$: (M_n_a_n_vec_fun_fun$ * M_set$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(trace$a, type, trace$a: A_m_vec_m_vec_m_vec_m_vec$ > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_177', type, '#skF_177': (A_m_vec_m_fun$ * M_a_m_vec_fun$ * M_set$ * A_m_vec_a_fun$ * A_m_vec_set$ * M_a_fun$) > A_m_vec$).
% 31.10/11.84 tff(fun_app$ae, type, fun_app$ae: (M_n_a_fun_fun$ * M$) > N_a_fun$).
% 31.10/11.84 tff(vector_matrix_mult$, type, vector_matrix_mult$: (A_m_vec$ * A_m_vec_m_vec$) > A_m_vec$).
% 31.10/11.84 tff(uzy$, type, uzy$: (A_a_n_vec_fun$ * A_n_vec_m_vec$) > M_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff('#skF_3', type, '#skF_3': (A_n_vec_n_vec$ * A_n_vec$) > N_a_fun$).
% 31.10/11.84 tff(tlfalse, type, tlfalse: tlbool).
% 31.10/11.84 tff(matrix_change_of_basis$a, type, matrix_change_of_basis$a: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(fun_app$ao, type, fun_app$ao: (N_a_fun_bool_fun$ * N_a_fun$) > $o).
% 31.10/11.84 tff(fun_app$g, type, fun_app$g: (N_a_n_vec_m_vec_fun$ * N$) > A_n_vec_m_vec$).
% 31.10/11.84 tff(uvu$, type, uvu$: (A_n_vec_n_vec$ * A_n_vec_a_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(map_matrix$f, type, map_matrix$f: (A_a_fun$ * A_n_vec_m_vec$) > A_n_vec_m_vec$).
% 31.10/11.84 tff(uww$, type, uww$: (M_m_a_n_vec_fun_fun$ * M_set$) > M_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_76', type, '#skF_76': M_a_bool_fun_fun$ > A_m_vec$).
% 31.10/11.84 tff(uve$, type, uve$: A_n_vec_m_vec$ > A_n_vec_bool_fun$).
% 31.10/11.84 tff(member$g, type, member$g: (M_a_m_vec_m_vec_fun$ * M_a_m_vec_m_vec_fun_set$) > $o).
% 31.10/11.84 tff('#skF_108', type, '#skF_108': (N_set$ * M_a_m_vec_fun$ * N_a_m_vec_fun$ * M_set$ * N_m_fun$) > N$).
% 31.10/11.84 tff(uwk$, type, uwk$: (N_n_a_fun_fun$ * N_set$) > N_a_fun$).
% 31.10/11.84 tff(vdi$, type, vdi$: (A_m_vec_m_vec_m_vec$ * A_m_vec_m_vec$) > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff(comp$r, type, comp$r: (M_a_m_vec_fun$ * N_m_fun$) > N_a_m_vec_fun$).
% 31.10/11.84 tff(uzi$, type, uzi$: A_n_vec_m_vec_n_vec$ > M_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff('#skF_244', type, '#skF_244': A_n_vec_n_vec$ > N$).
% 31.10/11.84 tff('#skF_153', type, '#skF_153': (M_set$ * N_m_fun$ * M_n_fun$ * N_set$ * N_a_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff(zero$d, type, zero$d: A_n_vec_n_vec$).
% 31.10/11.84 tff('#skF_238', type, '#skF_238': A_m_vec$ > M_a_fun$).
% 31.10/11.84 tff(map_matrix$h, type, map_matrix$h: (A_a_n_vec_fun$ * A_m_vec_m_vec$) > A_n_vec_m_vec_m_vec$).
% 31.10/11.84 tff(uxo$, type, uxo$: (N$ * N_a_n_vec_fun$ * N_a_n_vec_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_189', type, '#skF_189': (N_n_fun$ * N_n_fun$ * N_a_n_vec_fun$ * N_a_n_vec_fun$ * N_set$ * N_set$) > N$).
% 31.10/11.84 tff(fun_app$h, type, fun_app$h: (M_a_m_vec_m_vec_fun$ * M$) > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_231', type, '#skF_231': (A_m_vec_m_vec_m_vec_bool_fun$ * A_m_vec_m_vec_m_vec$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(uxd$, type, uxd$: M_m_a_fun_fun$ > M_m_a_fun_fun$).
% 31.10/11.84 tff(fun_app$aa, type, fun_app$aa: (A_bool_fun$ * A$) > $o).
% 31.10/11.84 tff(uuk$, type, uuk$: M_a_m_vec_fun$ > M_m_a_fun_fun$).
% 31.10/11.84 tff('#skF_91', type, '#skF_91': (M_m_fun$ * M_a_m_vec_fun$ * M_set$ * M_a_m_vec_fun$ * M_set$) > M$).
% 31.10/11.84 tff(uvc$, type, uvc$: A_n_vec_m_vec_n_vec$ > A_n_vec_m_vec_bool_fun$).
% 31.10/11.84 tff(uvm$, type, uvm$: N_bool_fun$).
% 31.10/11.84 tff(vdu$, type, vdu$: (N$ * A_n_vec_n_vec$) > N_a_fun$).
% 31.10/11.84 tff(uwf$, type, uwf$: N_n_a_n_vec_fun_fun$ > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(fun_app$bf, type, fun_app$bf: (A_m_vec_n_fun$ * A_m_vec$) > N$).
% 31.10/11.84 tff(matrix$a, type, matrix$a: (A_m_vec_m_vec$ * A_n_vec_n_vec$ * A_m_vec_a_n_vec_fun$) > A_m_vec_n_vec$).
% 31.10/11.84 tff('#skF_216', type, '#skF_216': (A_m_vec_a_m_vec_fun$ * A_m_vec_set$) > A_m_vec$).
% 31.10/11.84 tff('#skF_192', type, '#skF_192': (A_n_vec_bool_fun$ * A_n_vec_bool_fun$) > A_n_vec$).
% 31.10/11.84 tff(fun_app$x, type, fun_app$x: (N_a_m_vec_fun$ * N$) > A_m_vec$).
% 31.10/11.84 tff(uym$, type, uym$: (A_n_vec_n_vec$ * A_n_vec_a_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_99', type, '#skF_99': (M_set$ * N_a_fun$ * M_a_fun$ * N_m_fun$ * N_set$) > N$).
% 31.10/11.84 tff(matrix_vector_mult$c, type, matrix_vector_mult$c: (A_n_vec_n_vec_n_vec$ * A_n_vec_n_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff('#skF_211', type, '#skF_211': (M_a_fun$ * M_set$) > M$).
% 31.10/11.84 tff(fun_app$bb, type, fun_app$bb: (M_a_m_vec_bool_fun_fun$ * M$) > A_m_vec_bool_fun$).
% 31.10/11.84 tff(fun_app$k, type, fun_app$k: (M_a_n_vec_fun$ * M$) > A_n_vec$).
% 31.10/11.84 tff(uze$, type, uze$: A$ > A_m_vec_a_fun$).
% 31.10/11.84 tff(uvz$, type, uvz$: A_n_vec_m_vec_m_vec$ > M_a_n_vec_fun$).
% 31.10/11.84 tff(uvs$, type, uvs$: A_m_vec_m_vec$ > A_m_vec_bool_fun$).
% 31.10/11.84 tff(interchange_rows$, type, interchange_rows$: A_m_vec_m_vec$ > M_m_a_m_vec_m_vec_fun_fun$).
% 31.10/11.84 tff(uyo$, type, uyo$: (N_a_n_vec_m_vec_fun$ * N_set$) > M_a_n_vec_fun$).
% 31.10/11.84 tff(mat_mult_row$, type, mat_mult_row$: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_191', type, '#skF_191': (A_n_vec_bool_fun$ * A_n_vec_bool_fun$) > A_n_vec$).
% 31.10/11.84 tff(member$a, type, member$a: (A_m_vec$ * A_m_vec_set$) > $o).
% 31.10/11.84 tff(vec_lambda$d, type, vec_lambda$d: M_a_n_vec_fun$ > A_n_vec_m_vec$).
% 31.10/11.84 tff('#skF_221', type, '#skF_221': (M_set$ * M_a_fun$) > M$).
% 31.10/11.84 tff(uug$, type, uug$: M_a_n_vec_m_vec_fun$ > M_m_a_n_vec_fun_fun$).
% 31.10/11.84 tff('#skF_178', type, '#skF_178': (A_m_vec_m_fun$ * M_a_m_vec_fun$ * M_set$ * A_m_vec_a_fun$ * A_m_vec_set$ * M_a_fun$) > M$).
% 31.10/11.84 tff('#skF_162', type, '#skF_162': (M_set$ * M_set$ * M_a_fun$ * M_m_fun$ * M_m_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff(vbb$, type, vbb$: A_m_vec$ > M_m_a_fun_fun$).
% 31.10/11.84 tff(vector_matrix_mult$a, type, vector_matrix_mult$a: (A_n_vec$ * A_n_vec_n_vec$) > A_n_vec$).
% 31.10/11.84 tff(uvq$, type, uvq$: A_n_vec_n_vec$ > A_n_vec_bool_fun$).
% 31.10/11.84 tff(the$, type, the$: N_a_fun_bool_fun$ > N_a_fun$).
% 31.10/11.84 tff(uyb$, type, uyb$: (N$ * N_a_fun$ * N_a_fun$) > N_a_fun$).
% 31.10/11.84 tff(fun_app$ar, type, fun_app$ar: (A_n_vec_a_m_vec_fun$ * A_n_vec$) > A_m_vec$).
% 31.10/11.84 tff(comp$z, type, comp$z: (A_m_vec_a_n_vec_fun$ * M_a_m_vec_fun$) > M_a_n_vec_fun$).
% 31.10/11.84 tff(member$h, type, member$h: (M_a_n_vec_fun$ * M_a_n_vec_fun_set$) > $o).
% 31.10/11.84 tff(member$e, type, member$e: (M$ * M_set$) > $o).
% 31.10/11.84 tff(inj_on$f, type, inj_on$f: (A_m_vec_a_fun$ * A_m_vec_set$) > $o).
% 31.10/11.84 tff(ved$, type, ved$: A_m_vec_m_vec$ > A_m_vec_bool_fun$).
% 31.10/11.84 tff('#skF_166', type, '#skF_166': (M_set$ * N_m_fun$ * N_set$ * N_a_m_vec_fun$ * M_a_m_vec_fun$ * M_n_fun$) > N$).
% 31.10/11.84 tff(mult_row_row$a, type, mult_row_row$a: (A_n_vec_n_vec$ * N$ * A$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(uyn$, type, uyn$: (A_m_vec_m_vec$ * A_m_vec_a_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_28', type, '#skF_28': M_a_m_vec_m_vec_fun$ > A_m_vec_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_172', type, '#skF_172': (A_m_vec_set$ * N_a_m_vec_fun$ * A_m_vec_n_fun$ * N_set$ * N_a_fun$ * A_m_vec_a_fun$) > A_m_vec$).
% 31.10/11.84 tff(vam$, type, vam$: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(mult_column_row$, type, mult_column_row$: (A_m_vec_m_vec$ * M$ * A$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(sum$o, type, sum$o: (N_a_n_vec_fun_a_fun$ * N_a_n_vec_fun_set$) > A$).
% 31.10/11.84 tff('#skF_118', type, '#skF_118': (N_set$ * N_set$ * N_n_fun$ * N_a_n_vec_fun$ * N_a_n_vec_fun$) > N$).
% 31.10/11.84 tff('#skF_227', type, '#skF_227': (N_a_n_vec_fun_set$ * N_a_n_vec_fun_a_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(fun_app$aj, type, fun_app$aj: (N_a_n_vec_fun_n_a_fun_fun$ * N_a_n_vec_fun$) > N_a_fun$).
% 31.10/11.84 tff('#skF_38', type, '#skF_38': A_m_vec$).
% 31.10/11.84 tff('#skF_124', type, '#skF_124': (N_set$ * N_n_fun$ * N_set$ * N_a_fun$ * N_a_fun$ * N_n_fun$) > N$).
% 31.10/11.84 tff('#skF_102', type, '#skF_102': (M_set$ * M_n_fun$ * N_a_fun$ * N_set$ * M_a_fun$) > M$).
% 31.10/11.84 tff(vdx$, type, vdx$: (A_m_vec_m_vec$ * A_m_vec$ * M$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(vec_lambda$h, type, vec_lambda$h: M_a_n_vec_n_vec_fun$ > A_n_vec_n_vec_m_vec$).
% 31.10/11.84 tff('#skF_1', type, '#skF_1': A_m_vec$ > M_a_fun$).
% 31.10/11.84 tff(vaz$, type, vaz$: A_m_vec_m_vec$ > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff('#skF_132', type, '#skF_132': (N_a_m_vec_fun$ * N_set$ * M_a_m_vec_fun$ * M_n_fun$ * M_set$ * N_m_fun$) > N$).
% 31.10/11.84 tff(vas$, type, vas$: (A_n_vec_n_vec$ * A_n_vec_n_vec$ * A_n_vec_a_n_vec_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_237', type, '#skF_237': A_m_vec_m_vec$ > M_a_m_vec_fun$).
% 31.10/11.84 tff(the$a, type, the$a: M_a_fun_bool_fun$ > M_a_fun$).
% 31.10/11.84 tff(sum$c, type, sum$c: (M_a_fun$ * M_set$) > A$).
% 31.10/11.84 tff('#skF_210', type, '#skF_210': (N_a_fun$ * N_set$) > N$).
% 31.10/11.84 tff(top$k, type, top$k: M_a_m_vec_fun_bool_fun$).
% 31.10/11.84 tff(rows$, type, rows$: A_m_vec_m_vec$ > A_m_vec_set$).
% 31.10/11.84 tff('#skF_219', type, '#skF_219': (M_set$ * M_a_m_vec_fun$) > M$).
% 31.10/11.84 tff(uvw$, type, uvw$: (A_m_vec_m_vec$ * A_m_vec_a_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(matrix_scalar_mult$a, type, matrix_scalar_mult$a: (A$ * A_n_vec_n_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(fun_app$av, type, fun_app$av: (M_a_n_vec_fun_bool_fun$ * M_a_n_vec_fun$) > $o).
% 31.10/11.84 tff(vah$, type, vah$: (A_n_vec_a_fun$ * A_n_vec_m_vec_m_vec$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(vag$, type, vag$: (A_m_vec_a_fun$ * A_m_vec_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_154', type, '#skF_154': (M_set$ * N_m_fun$ * M_n_fun$ * N_set$ * N_a_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff(uvl$, type, uvl$: M_a_m_vec_fun_bool_fun$).
% 31.10/11.84 tff('#skF_19', type, '#skF_19': (M_a_fun$ * A_m_vec$) > M$).
% 31.10/11.84 tff(vec_lambda$, type, vec_lambda$: N_a_fun$ > A_n_vec$).
% 31.10/11.84 tff('#skF_198', type, '#skF_198': (N_a_fun$ * N_a_fun$) > N$).
% 31.10/11.84 tff(inj_on$d, type, inj_on$d: (A_n_vec_a_fun$ * A_n_vec_set$) > $o).
% 31.10/11.84 tff('#skF_136', type, '#skF_136': (M_set$ * A_m_vec_set$ * A_m_vec_m_fun$ * M_a_fun$ * A_m_vec_a_fun$ * M_a_m_vec_fun$) > A_m_vec$).
% 31.10/11.84 tff(uzs$, type, uzs$: (A_a_fun$ * A_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_230', type, '#skF_230': (A_n_vec_bool_fun$ * A_n_vec$) > N_a_fun$).
% 31.10/11.84 tff(uzg$, type, uzg$: A_m_vec$ > A_m_vec_a_m_vec_fun$).
% 31.10/11.84 tff(vdj$, type, vdj$: (A_m_vec_m_vec$ * A_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_223', type, '#skF_223': (A_m_vec_set$ * A_m_vec_a_fun$) > A_m_vec$).
% 31.10/11.84 tff(sum$b, type, sum$b: (N_a_fun$ * N_set$) > A$).
% 31.10/11.84 tff('#skF_129', type, '#skF_129': (M_a_fun$ * M_set$ * M_set$ * M_m_fun$ * M_m_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff(uuo$, type, uuo$: (M_a_fun$ * A_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(set_of_vector$c, type, set_of_vector$c: A_n_vec_m_vec_n_vec$ > A_n_vec_m_vec_set$).
% 31.10/11.84 tff(trace$e, type, trace$e: A_n_vec_n_vec_n_vec$ > A_n_vec$).
% 31.10/11.84 tff(transpose_row$, type, transpose_row$: A_m_vec_m_vec$ > M_a_m_vec_fun$).
% 31.10/11.84 tff(vbw$, type, vbw$: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(comp$h, type, comp$h: (A_a_fun$ * N_a_fun$) > N_a_fun$).
% 31.10/11.84 tff(plus$c, type, plus$c: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > A_m_vec_m_vec$).
% 31.10/11.84 tff(sum$p, type, sum$p: (M_a_m_vec_fun_a_fun$ * M_a_m_vec_fun_set$) > A$).
% 31.10/11.84 tff('#skF_30', type, '#skF_30': N_a_fun$ > A_n_vec$).
% 31.10/11.84 tff(uxt$, type, uxt$: (M$ * M_a_m_vec_fun$ * M_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(ven$, type, ven$: (M_a_m_vec_fun$ * M_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_197', type, '#skF_197': (N_a_n_vec_fun$ * N_a_n_vec_fun$) > N$).
% 31.10/11.84 tff(top$c, type, top$c: N_a_n_vec_fun_set$).
% 31.10/11.84 tff(member$i, type, member$i: (N_a_fun$ * N_a_fun_set$) > $o).
% 31.10/11.84 tff(matrix_vector_mult$a, type, matrix_vector_mult$a: A_n_vec_n_vec$ > A_n_vec_a_n_vec_fun$).
% 31.10/11.84 tff(vda$, type, vda$: (A_n_vec_n_vec$ * N$) > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff('#skF_78', type, '#skF_78': (M_a_m_vec_bool_fun_fun$ * M$) > A_m_vec$).
% 31.10/11.84 tff(veq$, type, veq$: (A_m_vec_m_vec$ * M$ * M$ * A$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(vap$, type, vap$: (A_m_vec_m_vec$ * A_n_vec_n_vec$ * A_m_vec_a_n_vec_fun$) > N_m_a_fun_fun$).
% 31.10/11.84 tff(uva$, type, uva$: A_m_vec_n_vec$ > A_m_vec_bool_fun$).
% 31.10/11.84 tff(comp$x, type, comp$x: (A_m_vec_a_fun$ * A_n_vec_a_m_vec_fun$) > A_n_vec_a_fun$).
% 31.10/11.84 tff(veb$, type, veb$: (A_n_vec_n_vec$ * A_n_vec$) > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(vcz$, type, vcz$: (A_m_vec_m_vec$ * M$) > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff('#skF_51', type, '#skF_51': (A_m_vec_m_vec_m_vec$ * A_m_vec_m_vec_m_vec$) > M$).
% 31.10/11.84 tff('#skF_170', type, '#skF_170': (M_set$ * N_m_fun$ * N_set$ * N_a_m_vec_fun$ * M_a_m_vec_fun$ * M_n_fun$) > N$).
% 31.10/11.84 tff(vector_scalar_mult$b, type, vector_scalar_mult$b: (A_m_vec$ * A_m_vec_m_vec$) > A_m_vec_m_vec$).
% 31.10/11.84 tff(sum$a, type, sum$a: (N_a_n_vec_fun$ * N_set$) > A_n_vec$).
% 31.10/11.84 tff('#skF_67', type, '#skF_67': M_a_n_vec_bool_fun_fun$ > M$).
% 31.10/11.84 tff(map_matrix$, type, map_matrix$: (A_a_fun$ * A_m_vec_m_vec$) > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_159', type, '#skF_159': (M_n_fun$ * N_a_fun$ * M_set$ * N_m_fun$ * N_set$ * M_a_fun$) > N$).
% 31.10/11.84 tff(vdl$, type, vdl$: (A_m_vec_m_vec$ * A_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(vba$, type, vba$: A_n_vec$ > N_m_a_fun_fun$).
% 31.10/11.84 tff(vec_lambda$e, type, vec_lambda$e: M_a_m_vec_m_vec_fun$ > A_m_vec_m_vec_m_vec$).
% 31.10/11.84 tff(uu$, type, uu$: M_a_fun$ > M_a_m_vec_fun$).
% 31.10/11.84 tff(fun_app$u, type, fun_app$u: (M_m_a_fun_fun$ * M$) > M_a_fun$).
% 31.10/11.84 tff(columnvector_row$d, type, columnvector_row$d: A_m_vec_m_vec$ > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(vec_nth$c, type, vec_nth$c: A_m_vec_m_vec$ > M_a_m_vec_fun$).
% 31.10/11.84 tff(sum$d, type, sum$d: (M_a_n_vec_fun$ * M_set$) > A_n_vec$).
% 31.10/11.84 tff('#skF_95', type, '#skF_95': (N_set$ * N_a_fun$ * N_n_fun$ * N$ * N_a_fun$ * N_set$) > N$).
% 31.10/11.84 tff(uxy$, type, uxy$: (M$ * M_a_fun$ * M_a_fun$) > M_a_fun$).
% 31.10/11.84 tff(comp$j, type, comp$j: (A_n_vec_a_fun$ * A_n_vec_a_n_vec_fun$) > A_n_vec_a_fun$).
% 31.10/11.84 tff(uzr$, type, uzr$: (A_a_fun$ * A_n_vec_n_vec$) > N_n_a_fun_fun$).
% 31.10/11.84 tff(uzt$, type, uzt$: (A_a_fun$ * A_m_vec_m_vec$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(transpose_row$i, type, transpose_row$i: (A_n_vec_m_vec_n_vec_n_vec$ * N$) > A_n_vec_m_vec_n_vec$).
% 31.10/11.84 tff(set_of_vector$b, type, set_of_vector$b: M_n_vec$ > M_set$).
% 31.10/11.84 tff('#skF_232', type, '#skF_232': (A_m_vec_m_vec_bool_fun$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(cart_basis_Rn$, type, cart_basis_Rn$: A_n_vec_n_vec$).
% 31.10/11.84 tff(inj_on$g, type, inj_on$g: (M_a_m_vec_fun_m_a_fun_fun$ * M_a_m_vec_fun_set$) > $o).
% 31.10/11.84 tff(is_basis$, type, is_basis$: A_n_vec_set$ > $o).
% 31.10/11.84 tff('#skF_105', type, '#skF_105': (M_set$ * M_m_fun$ * M_set$ * M_a_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff(comp$, type, comp$: A_n_vec_a_fun$ > N_a_n_vec_fun_n_a_fun_fun$).
% 31.10/11.84 tff(matrix_scalar_mult$, type, matrix_scalar_mult$: (A$ * A_m_vec_m_vec$) > A_m_vec_m_vec$).
% 31.10/11.84 tff(uwp$, type, uwp$: (N_m_a_fun_fun$ * N_set$) > M_a_fun$).
% 31.10/11.84 tff(scalar_product$a, type, scalar_product$a: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > A_m_vec$).
% 31.10/11.84 tff(uvr$, type, uvr$: (A_m_vec_m_vec$ * M_a_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_139', type, '#skF_139': (N_a_n_vec_fun$ * N_set$ * N_a_n_vec_fun$ * N_set$ * N_n_fun$ * N_n_fun$) > N$).
% 31.10/11.84 tff(zero$, type, zero$: A_n_vec$).
% 31.10/11.84 tff(comp$o, type, comp$o: (N_a_n_vec_fun$ * N_n_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(uzq$, type, uzq$: (A_a_fun$ * A_n_vec_m_vec$) > M_a_n_vec_fun$).
% 31.10/11.84 tff(interchange_rows$a, type, interchange_rows$a: (A_n_vec_n_vec$ * N$) > N_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff(vax$, type, vax$: A_m_vec$ > M_n_a_fun_fun$).
% 31.10/11.84 tff(uxv$, type, uxv$: (N$ * N_a_fun$ * N_a_fun$) > N_a_fun$).
% 31.10/11.84 tff(vcu$, type, vcu$: (A_n_vec_n_vec$ * A_n_vec_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(sum$m, type, sum$m: (A_m_vec_a_m_vec_fun$ * A_m_vec_set$) > A_m_vec$).
% 31.10/11.84 tff(uvp$, type, uvp$: (A_n_vec_n_vec$ * N_a_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(uws$, type, uws$: (M_m_a_m_vec_m_vec_fun_fun$ * M_set$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff('#skF_205', type, '#skF_205': (A_m_vec_m_vec_m_vec$ * M_a_m_vec_m_vec_fun$) > M$).
% 31.10/11.84 tff('#skF_101', type, '#skF_101': (M$ * M_set$ * M_n_fun$ * N_a_fun$ * N_set$ * M_a_fun$) > M$).
% 31.10/11.84 tff(uyi$, type, uyi$: M_a_m_vec_fun_set$ > M_a_m_vec_fun_bool_fun$).
% 31.10/11.84 tff('#skF_207', type, '#skF_207': (A_m_vec_m_vec$ * M_a_m_vec_fun$) > M$).
% 31.10/11.84 tff(vec_nth$e, type, vec_nth$e: (A_n_vec_m_vec_n_vec_n_vec$ * N$) > A_n_vec_m_vec_n_vec$).
% 31.10/11.84 tff(top$g, type, top$g: M_bool_fun$).
% 31.10/11.84 tff('#skF_134', type, '#skF_134': (A_m_vec_a_fun$ * N_a_fun$ * A_m_vec_set$ * N_set$ * N_a_m_vec_fun$ * A_m_vec_n_fun$) > A_m_vec$).
% 31.10/11.84 tff('#skF_220', type, '#skF_220': (N_set$ * N_a_fun$) > N$).
% 31.10/11.84 tff(vcs$, type, vcs$: (A_n_vec_m_vec$ * A_n_vec_n_vec_m_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(collect$c, type, collect$c: A_m_vec_m_vec_bool_fun$ > A_m_vec_m_vec_set$).
% 31.10/11.84 tff(uzb$, type, uzb$: M_a_n_vec_fun$).
% 31.10/11.84 tff(fun_app$bl, type, fun_app$bl: (A_m_vec_m_vec_m_vec_bool_fun$ * A_m_vec_m_vec_m_vec$) > $o).
% 31.10/11.84 tff('#skF_81', type, '#skF_81': (N_a_n_vec_bool_fun_fun$ * A_n_vec_n_vec$) > N$).
% 31.10/11.84 tff(transpose_row$d, type, transpose_row$d: A_m_vec_n_vec$ > M_a_n_vec_fun$).
% 31.10/11.84 tff(vdz$, type, vdz$: (A_m_vec_m_vec$ * A_m_vec$) > M_a_fun$).
% 31.10/11.84 tff(comp$aa, type, comp$aa: (A_n_vec_a_fun$ * A_m_vec_a_n_vec_fun$) > A_m_vec_a_fun$).
% 31.10/11.84 tff(fun_app$ad, type, fun_app$ad: (N_m_a_n_vec_fun_fun$ * N$) > M_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_22', type, '#skF_22': (M_a_n_vec_fun$ * M_a_n_vec_fun_bool_fun$) > A_n_vec_m_vec$).
% 31.10/11.84 tff('#skF_18', type, '#skF_18': (N_a_fun$ * A_n_vec$) > N$).
% 31.10/11.84 tff(matrix$, type, matrix$: (A_n_vec_n_vec$ * A_m_vec_m_vec$ * A_n_vec_a_m_vec_fun$) > A_n_vec_m_vec$).
% 31.10/11.84 tff(uxb$, type, uxb$: (M_n_a_fun_fun$ * M_set$) > N_a_fun$).
% 31.10/11.84 tff(trace$b, type, trace$b: A_n_vec_m_vec_m_vec$ > A_n_vec$).
% 31.10/11.84 tff(zero$g, type, zero$g: A_m_vec_m_vec_m_vec$).
% 31.10/11.84 tff(set_of_vector$i, type, set_of_vector$i: A_n_vec_n_vec$ > A_n_vec_set$).
% 31.10/11.84 tff(fun_app$z, type, fun_app$z: (M_m_fun$ * M$) > M$).
% 31.10/11.84 tff('#skF_104', type, '#skF_104': (M$ * M_set$ * M_m_fun$ * M_set$ * M_a_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff('#skF_239', type, '#skF_239': (A_m_vec_a_m_vec_fun$ * M_a_m_vec_fun$ * M_set$) > A_m_vec$).
% 31.10/11.84 tff('#skF_53', type, '#skF_53': (A_n_vec$ * A_n_vec$) > N$).
% 31.10/11.84 tff(fun_app$w, type, fun_app$w: (A_m_vec_m_vec_bool_fun$ * A_m_vec_m_vec$) > $o).
% 31.10/11.84 tff('#skF_224', type, '#skF_224': (N_set$ * N_a_n_vec_fun$) > N$).
% 31.10/11.84 tff(uxw$, type, uxw$: (M$ * M_a_m_vec_m_vec_fun$ * M_a_m_vec_m_vec_fun$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff('#skF_165', type, '#skF_165': (M_set$ * M_set$ * M_a_fun$ * M_m_fun$ * M_m_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff(vcy$, type, vcy$: (A_n_vec_n_vec$ * N$) > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(uwb$, type, uwb$: A_n_vec_n_vec$ > N_a_fun$).
% 31.10/11.84 tff(fun_app$y, type, fun_app$y: (N_m_fun$ * N$) > M$).
% 31.10/11.84 tff(inj_on$c, type, inj_on$c: (A_m_vec_a_m_vec_fun$ * A_m_vec_set$) > $o).
% 31.10/11.84 tff(divide$, type, divide$: A$ > A_a_fun$).
% 31.10/11.84 tff(sum$, type, sum$: (M_a_m_vec_fun$ * M_set$) > A_m_vec$).
% 31.10/11.84 tff(fun_app$ab, type, fun_app$ab: (N_n_a_n_vec_fun_fun$ * N$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_167', type, '#skF_167': (M_set$ * N_m_fun$ * N_set$ * N_a_m_vec_fun$ * M_a_m_vec_fun$ * M_n_fun$) > N$).
% 31.10/11.84 tff('#skF_117', type, '#skF_117': (M_n_fun$ * N_set$ * M_set$ * M_a_m_vec_fun$ * N_a_m_vec_fun$) > M$).
% 31.10/11.84 tff('#skF_156', type, '#skF_156': (M_n_fun$ * N_a_fun$ * M_set$ * N_m_fun$ * N_set$ * M_a_fun$) > M$).
% 31.10/11.84 tff('#skF_140', type, '#skF_140': (N_a_n_vec_fun$ * N_set$ * N_a_n_vec_fun$ * N_set$ * N_n_fun$ * N_n_fun$) > N$).
% 31.10/11.84 tff(column_add$, type, column_add$: (A_m_vec_m_vec$ * M$ * M$ * A$) > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_182', type, '#skF_182': (M_n_fun$ * M_a_m_vec_fun$ * N_a_m_vec_fun$ * M_set$ * N_set$ * N_m_fun$) > M$).
% 31.10/11.84 tff(vbg$, type, vbg$: (A_m_vec_m_vec_m_vec$ * A_m_vec_m_vec_m_vec$) > M_m_a_m_vec_m_vec_fun_fun$).
% 31.10/11.84 tff(uvb$, type, uvb$: M_n_vec$ > M_bool_fun$).
% 31.10/11.84 tff('#skF_168', type, '#skF_168': (M_set$ * N_m_fun$ * N_set$ * N_a_m_vec_fun$ * M_a_m_vec_fun$ * M_n_fun$) > M$).
% 31.10/11.84 tff('#skF_133', type, '#skF_133': (A_m_vec_a_fun$ * N_a_fun$ * A_m_vec_set$ * N_set$ * N_a_m_vec_fun$ * A_m_vec_n_fun$) > N$).
% 31.10/11.84 tff(matrix$b, type, matrix$b: (A_n_vec_n_vec$ * A_n_vec_n_vec$ * A_n_vec_a_n_vec_fun$) > A_n_vec_n_vec$).
% 31.10/11.84 tff('#skF_98', type, '#skF_98': (M_set$ * N_a_fun$ * M_a_fun$ * N_m_fun$ * N$ * N_set$) > N$).
% 31.10/11.84 tff('#skF_109', type, '#skF_109': (N_set$ * A_m_vec_n_fun$ * A_m_vec_a_fun$ * N_a_fun$ * A_m_vec_set$) > N$).
% 31.10/11.84 tff(columnvector_row$, type, columnvector_row$: A_n_vec_m_vec$ > M_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff('#skF_96', type, '#skF_96': (N_set$ * N_a_fun$ * N_n_fun$ * N_a_fun$ * N_set$) > N$).
% 31.10/11.84 tff(comp$f, type, comp$f: A_m_vec_a_m_vec_fun$ > M_a_m_vec_fun_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff('#skF_175', type, '#skF_175': (A_m_vec_set$ * N_a_m_vec_fun$ * A_m_vec_n_fun$ * N_set$ * N_a_fun$ * A_m_vec_a_fun$) > A_m_vec$).
% 31.10/11.84 tff('#skF_20', type, '#skF_20': (N_a_n_vec_m_vec_fun$ * N_a_n_vec_m_vec_fun_bool_fun$) > A_n_vec_m_vec_n_vec$).
% 31.10/11.84 tff(vaw$, type, vaw$: A_n_vec$ > N_n_a_fun_fun$).
% 31.10/11.84 tff(vdy$, type, vdy$: (A_m_vec_m_vec$ * A_m_vec$) > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff(collect$h, type, collect$h: N_bool_fun$ > N_set$).
% 31.10/11.84 tff('#skF_174', type, '#skF_174': (A_m_vec_set$ * N_a_m_vec_fun$ * A_m_vec_n_fun$ * N_set$ * N_a_fun$ * A_m_vec_a_fun$) > N$).
% 31.10/11.84 tff(zero$c, type, zero$c: A_m_vec$).
% 31.10/11.84 tff(fun_app$ay, type, fun_app$ay: (M_a_n_vec_bool_fun_fun$ * M$) > A_n_vec_bool_fun$).
% 31.10/11.84 tff('#skF_245', type, '#skF_245': A_m_vec_m_vec_m_vec$ > M$).
% 31.10/11.84 tff(vcg$, type, vcg$: (A_n_vec_n_vec$ * N$ * A$) > N_n_a_fun_fun$).
% 31.10/11.84 tff(uzk$, type, uzk$: A_m_vec_m_vec_m_vec_m_vec$ > M_m_a_m_vec_m_vec_fun_fun$).
% 31.10/11.84 tff(matrix$c, type, matrix$c: (A_m_vec_m_vec$ * A_m_vec_m_vec$ * A_m_vec_a_m_vec_fun$) > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_94', type, '#skF_94': (N_set$ * N_a_fun$ * N_n_fun$ * N_a_fun$ * N_set$) > N$).
% 31.10/11.84 tff(top$h, type, top$h: A_n_vec_set$).
% 31.10/11.84 tff(transpose_row$e, type, transpose_row$e: A_n_vec_m_vec$ > N_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_126', type, '#skF_126': (N_set$ * N_a_fun$ * M_n_fun$ * M_a_fun$ * N_m_fun$ * M_set$) > N$).
% 31.10/11.84 tff(transpose$a, type, transpose$a: A_m_vec_m_vec$ > A_m_vec_m_vec$).
% 31.10/11.84 tff(vdf$, type, vdf$: (A_m_vec_m_vec$ * M_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(vdn$, type, vdn$: (M$ * A_m_vec_m_vec$ * A_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(set_of_vector$e, type, set_of_vector$e: A_n_vec_m_vec$ > A_n_vec_set$).
% 31.10/11.84 tff(columnvector_row$e, type, columnvector_row$e: A_n_vec$ > N_a_m_vec_fun$).
% 31.10/11.84 tff(uzp$, type, uzp$: (A_a_fun$ * A_n_vec_m_vec$) > M_n_a_fun_fun$).
% 31.10/11.84 tff(uzo$, type, uzo$: A_n_vec_n_vec$ > N_n_a_fun_fun$).
% 31.10/11.84 tff('#skF_84', type, '#skF_84': N_a_n_vec_bool_fun_fun$ > A_n_vec_n_vec$).
% 31.10/11.84 tff(fun_app$r, type, fun_app$r: (N_bool_fun$ * N$) > $o).
% 31.10/11.84 tff(uxr$, type, uxr$: (M$ * M_a_n_vec_fun$ * M_a_n_vec_fun$) > M_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_206', type, '#skF_206': (A_m_vec$ * M_a_fun$) > M$).
% 31.10/11.84 tff('#skF_131', type, '#skF_131': (N_a_m_vec_fun$ * N_set$ * M_a_m_vec_fun$ * M_n_fun$ * M_set$ * N_m_fun$) > M$).
% 31.10/11.84 tff(j$, type, j$: N$).
% 31.10/11.84 tff(vdv$, type, vdv$: (A_m_vec$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_100', type, '#skF_100': (M_set$ * M_n_fun$ * N_a_fun$ * N_set$ * M_a_fun$) > N$).
% 31.10/11.84 tff(comp$q, type, comp$q: (A_n_vec_a_fun$ * M_a_n_vec_fun$) > M_a_fun$).
% 31.10/11.84 tff(vec_nth$a, type, vec_nth$a: A_n_vec_n_vec$ > N_a_n_vec_fun$).
% 31.10/11.84 tff(columnvector_row$g, type, columnvector_row$g: A_n_vec_n_vec$ > N_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff(collect$b, type, collect$b: A_n_vec_m_vec_bool_fun$ > A_n_vec_m_vec_set$).
% 31.10/11.84 tff(uyx$, type, uyx$: (M_a_m_vec_fun$ * M_set$) > M_a_fun$).
% 31.10/11.84 tff(columnvector_row$c, type, columnvector_row$c: A_m_vec_m_vec_m_vec$ > M_a_m_vec_m_vec_m_vec_fun$).
% 31.10/11.84 tff(member$f, type, member$f: (N_a_n_vec_m_vec_fun$ * N_a_n_vec_m_vec_fun_set$) > $o).
% 31.10/11.84 tff(uwd$, type, uwd$: A_m_vec_m_vec_m_vec$ > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_135', type, '#skF_135': (M_set$ * A_m_vec_set$ * A_m_vec_m_fun$ * M_a_fun$ * A_m_vec_a_fun$ * M_a_m_vec_fun$) > M$).
% 31.10/11.84 tff(uub$, type, uub$: N_a_n_vec_n_vec_fun$ > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(vbx$, type, vbx$: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_31', type, '#skF_31': M_a_fun$ > A_m_vec$).
% 31.10/11.84 tff(uzn$, type, uzn$: A_m_vec_m_vec$ > M_m_a_fun_fun$).
% 31.10/11.84 tff(vbt$, type, vbt$: (A_n_vec_n_vec$ * N$ * N$) > N_n_a_fun_fun$).
% 31.10/11.84 tff('#skF_195', type, '#skF_195': (A_m_vec_bool_fun$ * A_m_vec_bool_fun$) > A_m_vec$).
% 31.10/11.84 tff('#skF_86', type, '#skF_86': (N_set$ * N_set$ * N_a_fun$ * N_a_fun$) > N$).
% 31.10/11.84 tff('#skF_137', type, '#skF_137': (M_a_m_vec_fun$ * N_set$ * N_a_m_vec_fun$ * N_m_fun$ * M_n_fun$ * M_set$) > N$).
% 31.10/11.84 tff(vbi$, type, vbi$: (A_n_vec_n_vec_n_vec$ * A_n_vec_n_vec_n_vec$ * N$) > N_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff('#skF_9', type, '#skF_9': (A_m_vec_m_vec$ * A_m_vec$) > M$).
% 31.10/11.84 tff(comp$i, type, comp$i: (A_m_vec_a_fun$ * A_m_vec_a_m_vec_fun$) > A_m_vec_a_fun$).
% 31.10/11.84 tff(prod$c, type, prod$c: (N_a_n_vec_fun$ * N_set$) > A_n_vec$).
% 31.10/11.84 tff(vek$, type, vek$: (M$ * M$ * A_m_vec_m_vec$ * A$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(uxc$, type, uxc$: (M_m_a_fun_fun$ * M_set$) > M_a_fun$).
% 31.10/11.84 tff(uxk$, type, uxk$: (M$ * M_a_m_vec_m_vec_fun$ * M_a_m_vec_m_vec_fun$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff('#skF_73', type, '#skF_73': (M_a_bool_fun_fun$ * A_m_vec$) > M$).
% 31.10/11.84 tff('#skF_75', type, '#skF_75': M_a_bool_fun_fun$ > M$).
% 31.10/11.84 tff(vef$, type, vef$: (A$ * A_m_vec_m_vec$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(comp$l, type, comp$l: (A_m_vec_a_m_vec_fun$ * A_m_vec_a_m_vec_fun$) > A_m_vec_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_146', type, '#skF_146': (N_set$ * N_a_fun$ * N_n_fun$ * N_set$ * N_n_fun$ * N_a_fun$) > N$).
% 31.10/11.84 tff(map_matrix$e, type, map_matrix$e: (A_a_n_vec_fun$ * A_n_vec_n_vec$) > A_n_vec_n_vec_n_vec$).
% 31.10/11.84 tff(vec_nth$d, type, vec_nth$d: A_n_vec_m_vec_n_vec$ > N_a_n_vec_m_vec_fun$).
% 31.10/11.84 tff(vbn$, type, vbn$: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(prod$a, type, prod$a: (N_a_fun$ * N_set$) > A$).
% 31.10/11.84 tff('#skF_92', type, '#skF_92': (M_m_fun$ * M$ * M_a_m_vec_fun$ * M_set$ * M_a_m_vec_fun$ * M_set$) > M$).
% 31.10/11.84 tff(row_add$a, type, row_add$a: (A_n_vec_n_vec$ * N$ * N$ * A$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(uyr$, type, uyr$: (M_a_n_vec_n_vec_fun$ * M_set$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(times$, type, times$: A_n_vec$ > A_n_vec_a_n_vec_fun$).
% 31.10/11.84 tff(column_add$a, type, column_add$a: (A_n_vec_n_vec$ * N$ * N$ * A$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(f$, type, f$: A_n_vec_a_m_vec_fun$).
% 31.10/11.84 tff(vav$, type, vav$: A_n_vec_m_vec$ > M_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(uwu$, type, uwu$: M_n_a_n_vec_fun_fun$ > N_m_a_n_vec_fun_fun$).
% 31.10/11.84 tff(matrix_vector_mult$d, type, matrix_vector_mult$d: (A_m_vec_m_vec_m_vec$ * A_m_vec_m_vec$) > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_83', type, '#skF_83': N_a_n_vec_bool_fun_fun$ > N$).
% 31.10/11.84 tff(cart_basis$b, type, cart_basis$b: A_n_vec_set$).
% 31.10/11.84 tff(comp$d, type, comp$d: (A_a_m_vec_fun$ * A_m_vec_a_fun$) > A_m_vec_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_179', type, '#skF_179': (A_m_vec_m_fun$ * M_a_m_vec_fun$ * M_set$ * A_m_vec_a_fun$ * A_m_vec_set$ * M_a_fun$) > M$).
% 31.10/11.84 tff(comp$a, type, comp$a: A_m_vec_a_fun$ > M_a_m_vec_fun_m_a_fun_fun$).
% 31.10/11.84 tff(uwl$, type, uwl$: N_n_a_fun_fun$ > N_n_a_fun_fun$).
% 31.10/11.84 tff('#skF_97', type, '#skF_97': (M_set$ * N_a_fun$ * M_a_fun$ * N_m_fun$ * N_set$) > M$).
% 31.10/11.84 tff('#skF_184', type, '#skF_184': (M_n_fun$ * M_a_m_vec_fun$ * N_a_m_vec_fun$ * M_set$ * N_set$ * N_m_fun$) > N$).
% 31.10/11.84 tff(fun_app$as, type, fun_app$as: (A_m_vec_a_n_vec_fun$ * A_m_vec$) > A_n_vec$).
% 31.10/11.84 tff(interchange_columns$, type, interchange_columns$: A_m_vec_m_vec$ > M_m_a_m_vec_m_vec_fun_fun$).
% 31.10/11.84 tff(vep$, type, vep$: (A_n_vec_n_vec$ * N$ * N$ * A$) > N_n_a_fun_fun$).
% 31.10/11.84 tff(uua$, type, uua$: A_m_vec_bool_fun$).
% 31.10/11.84 tff(vcm$, type, vcm$: (A_n_vec_n_vec$ * N$ * A$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(row_add_row$, type, row_add_row$: (A_m_vec_m_vec$ * M$ * M$ * A$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_138', type, '#skF_138': (M_a_m_vec_fun$ * N_set$ * N_a_m_vec_fun$ * N_m_fun$ * M_n_fun$ * M_set$) > M$).
% 31.10/11.84 tff('#skF_39', type, '#skF_39': N_a_n_vec_fun_set$ > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_218', type, '#skF_218': (M_a_m_vec_fun_a_fun$ * M_a_m_vec_fun_set$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(vej$, type, vej$: (M_a_fun$ * M_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(transpose_row$a, type, transpose_row$a: A_n_vec_n_vec$ > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_16', type, '#skF_16': (A_n_vec_a_fun$ * A_n_vec$) > N$).
% 31.10/11.84 tff(plus$a, type, plus$a: A_m_vec$ > A_m_vec_a_m_vec_fun$).
% 31.10/11.84 tff(comp$v, type, comp$v: (N_a_m_vec_fun$ * M_n_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_152', type, '#skF_152': (M_set$ * N_m_fun$ * M_n_fun$ * N_set$ * N_a_fun$ * M_a_fun$) > N$).
% 31.10/11.84 tff(vcv$, type, vcv$: (A_m_vec_m_vec$ * A_m_vec_m_vec_m_vec$) > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff('#skF_212', type, '#skF_212': (N_a_m_vec_fun$ * N_set$) > N$).
% 31.10/11.84 tff(member$b, type, member$b: (N_a_n_vec_fun$ * N_a_n_vec_fun_set$) > $o).
% 31.10/11.84 tff('#skF_115', type, '#skF_115': (M_n_fun$ * N_set$ * M_set$ * M_a_m_vec_fun$ * N_a_m_vec_fun$) > N$).
% 31.10/11.84 tff(veo$, type, veo$: (A_m_vec_m_vec$ * M$ * M$ * A$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(fun_app$e, type, fun_app$e: (A_m_vec_a_m_vec_fun$ * A_m_vec$) > A_m_vec$).
% 31.10/11.84 tff(uwi$, type, uwi$: N_m_a_n_vec_fun_fun$ > M_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(times$b, type, times$b: A$ > A_a_fun$).
% 31.10/11.84 tff(uui$, type, uui$: M_a_n_vec_fun$ > N_m_a_fun_fun$).
% 31.10/11.84 tff('#skF_193', type, '#skF_193': (M_bool_fun$ * M_bool_fun$) > M$).
% 31.10/11.84 tff(fun_app$ag, type, fun_app$ag: (M_m_a_m_vec_m_vec_fun_fun$ * M$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff('#skF_121', type, '#skF_121': (M_m_fun$ * M_m_fun$ * M_a_m_vec_fun$ * M_set$ * M_set$ * M_a_m_vec_fun$) > M$).
% 31.10/11.84 tff(matrix_vector_mult$b, type, matrix_vector_mult$b: (A_n_vec_m_vec_n_vec$ * A_n_vec_m_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(uyj$, type, uyj$: A_n_vec_set$ > A_n_vec_bool_fun$).
% 31.10/11.84 tff(columns$, type, columns$: A_m_vec_m_vec$ > A_m_vec_set$).
% 31.10/11.84 tff(vbp$, type, vbp$: (A_n_vec_n_vec$ * A_n_vec_n_vec$ * N$) > N_n_a_fun_fun$).
% 31.10/11.84 tff(vau$, type, vau$: (A_m_vec_m_vec$ * A_m_vec_m_vec$ * A_m_vec_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(map_matrix$k, type, map_matrix$k: (A_n_vec_a_fun$ * A_n_vec_m_vec_m_vec$) > A_m_vec_m_vec$).
% 31.10/11.84 tff(fun_app$t, type, fun_app$t: (N_n_a_fun_fun$ * N$) > N_a_fun$).
% 31.10/11.84 tff(uup$, type, uup$: A_n_vec$ > N_a_n_vec_fun$).
% 31.10/11.84 tff(comp$g, type, comp$g: (A_a_fun$ * A_n_vec_a_fun$) > A_n_vec_a_fun$).
% 31.10/11.84 tff(interchange_rows_row$, type, interchange_rows_row$: (A_m_vec_m_vec$ * M$) > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff(fun_app$az, type, fun_app$az: (N_a_bool_fun_fun$ * N$) > A_bool_fun$).
% 31.10/11.84 tff(uxu$, type, uxu$: (N$ * N_a_n_vec_fun$ * N_a_n_vec_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_58', type, '#skF_58': (N_a_n_vec_m_vec_bool_fun_fun$ * N$) > A_n_vec_m_vec$).
% 31.10/11.84 tff(uzc$, type, uzc$: M_a_fun$).
% 31.10/11.84 tff('#skF_149', type, '#skF_149': (N_set$ * N_a_fun$ * N_n_fun$ * N_set$ * N_n_fun$ * N_a_fun$) > N$).
% 31.10/11.84 tff(uuq$, type, uuq$: A_m_vec$ > M_a_m_vec_fun$).
% 31.10/11.84 tff(vbl$, type, vbl$: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(sum$f, type, sum$f: (M_a_m_vec_m_vec_fun$ * M_set$) > A_m_vec_m_vec$).
% 31.10/11.84 tff(transpose_row$j, type, transpose_row$j: A_m_vec_m_vec_m_vec_m_vec$ > M_a_m_vec_m_vec_m_vec_fun$).
% 31.10/11.84 tff(uxs$, type, uxs$: (M$ * M_a_fun$ * M_a_fun$) > M_a_fun$).
% 31.10/11.84 tff(top$d, type, top$d: M_a_m_vec_fun_set$).
% 31.10/11.84 tff('#skF_125', type, '#skF_125': (N_set$ * N_a_fun$ * M_n_fun$ * M_a_fun$ * N_m_fun$ * M_set$) > M$).
% 31.10/11.84 tff('#skF_66', type, '#skF_66': (M_a_n_vec_bool_fun_fun$ * M$) > A_n_vec$).
% 31.10/11.84 tff(top$b, type, top$b: A_m_vec_set$).
% 31.10/11.84 tff(trace$d, type, trace$d: A_n_vec_n_vec$ > A$).
% 31.10/11.84 tff(fun_app$bi, type, fun_app$bi: (N_a_n_vec_fun_a_fun$ * N_a_n_vec_fun$) > A$).
% 31.10/11.84 tff(vem$, type, vem$: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_127', type, '#skF_127': (M_n_fun$ * M_set$ * N_m_fun$ * N_a_fun$ * N_set$ * M_a_fun$) > N$).
% 31.10/11.84 tff(comp$c, type, comp$c: (A_a_fun$ * M_a_fun$) > M_a_fun$).
% 31.10/11.84 tff(comp$m, type, comp$m: (M_a_m_vec_fun$ * M_m_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(uzj$, type, uzj$: A_m_vec_n_vec$ > M_n_a_fun_fun$).
% 31.10/11.84 tff('#skF_188', type, '#skF_188': (N_n_fun$ * N_n_fun$ * N_a_n_vec_fun$ * N_a_n_vec_fun$ * N_set$ * N_set$) > N$).
% 31.10/11.84 tff(uzl$, type, uzl$: A_m_vec_m_vec_m_vec$ > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff(vad$, type, vad$: (A_a_m_vec_fun$ * A_m_vec_m_vec$) > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff(scalar_product$, type, scalar_product$: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > A_n_vec$).
% 31.10/11.84 tff(columnvector_row$f, type, columnvector_row$f: A_m_vec$ > M_a_m_vec_fun$).
% 31.10/11.84 tff(vce$, type, vce$: (A$ * A_m_vec$) > M_a_fun$).
% 31.10/11.84 tff('#skF_234', type, '#skF_234': A_n_vec_n_vec$ > N_a_n_vec_fun$).
% 31.10/11.84 tff(vec_lambda$b, type, vec_lambda$b: N_a_n_vec_fun$ > A_n_vec_n_vec$).
% 31.10/11.84 tff(sum$n, type, sum$n: (A_m_vec_a_fun$ * A_m_vec_set$) > A$).
% 31.10/11.84 tff(plus$d, type, plus$d: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(vch$, type, vch$: (A_m_vec_m_vec$ * M$ * A$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(vca$, type, vca$: (M_a_m_vec_fun$ * M_a_m_vec_fun$) > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff(fun_app$aw, type, fun_app$aw: (N_a_n_vec_m_vec_bool_fun_fun$ * N$) > A_n_vec_m_vec_bool_fun$).
% 31.10/11.84 tff(fun_app$at, type, fun_app$at: (N_a_n_vec_m_vec_fun_bool_fun$ * N_a_n_vec_m_vec_fun$) > $o).
% 31.10/11.84 tff(vec_nth$, type, vec_nth$: A_n_vec$ > N_a_fun$).
% 31.10/11.84 tff(uul$, type, uul$: (N_a_fun$ * A_m_vec$) > N_a_m_vec_fun$).
% 31.10/11.84 tff(vec_nth$k, type, vec_nth$k: A_m_vec_n_vec$ > N_a_m_vec_fun$).
% 31.10/11.84 tff(vcq$, type, vcq$: (A_n_vec$ * A_n_vec_n_vec$) > N_a_fun$).
% 31.10/11.84 tff('#skF_32', type, '#skF_32': M_a_m_vec_fun$ > A_m_vec_m_vec$).
% 31.10/11.84 tff(trace$f, type, trace$f: A_m_vec_m_vec_m_vec$ > A_m_vec$).
% 31.10/11.84 tff(vec_lambda$c, type, vec_lambda$c: M_a_m_vec_fun$ > A_m_vec_m_vec$).
% 31.10/11.84 tff(uyq$, type, uyq$: (N_a_n_vec_n_vec_fun$ * N_set$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_171', type, '#skF_171': (A_m_vec_set$ * N_a_m_vec_fun$ * A_m_vec_n_fun$ * N_set$ * N_a_fun$ * A_m_vec_a_fun$) > A_m_vec$).
% 31.10/11.84 tff(top$n, type, top$n: M_a_m_vec_m_vec_fun_set$).
% 31.10/11.84 tff(uun$, type, uun$: (M_a_fun$ * A_n_vec$) > M_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_161', type, '#skF_161': (M_set$ * M_set$ * M_a_fun$ * M_m_fun$ * M_m_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff('#skF_21', type, '#skF_21': (M_a_m_vec_m_vec_fun$ * M_a_m_vec_m_vec_fun_bool_fun$) > A_m_vec_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_160', type, '#skF_160': (M_n_fun$ * N_a_fun$ * M_set$ * N_m_fun$ * N_set$ * M_a_fun$) > M$).
% 31.10/11.84 tff(top$i, type, top$i: A_n_vec_bool_fun$).
% 31.10/11.84 tff('#skF_24', type, '#skF_24': (M_a_fun$ * M_a_fun_bool_fun$) > A_m_vec$).
% 31.10/11.84 tff('#skF_85', type, '#skF_85': (N_set$ * N_set$ * N_a_n_vec_fun$ * N_a_n_vec_fun$) > N$).
% 31.10/11.84 tff(interchange_columns$a, type, interchange_columns$a: (A_n_vec_n_vec$ * N$) > N_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff('#skF_54', type, '#skF_54': (A_m_vec$ * A_m_vec$) > M$).
% 31.10/11.84 tff(coord$, type, coord$: A_n_vec_n_vec$ > A_n_vec_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_63', type, '#skF_63': M_a_m_vec_m_vec_bool_fun_fun$ > M$).
% 31.10/11.84 tff(mult_column$, type, mult_column$: (A_m_vec_m_vec$ * M$ * A$) > A_m_vec_m_vec$).
% 31.10/11.84 tff(column$, type, column$: (M$ * A_m_vec_m_vec$) > A_m_vec$).
% 31.10/11.84 tff(vaf$, type, vaf$: (A_m_vec_a_fun$ * A_m_vec_m_vec_m_vec$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(top$f, type, top$f: $o).
% 31.10/11.84 tff(det$, type, det$: A_n_vec_n_vec$ > A$).
% 31.10/11.84 tff('#skF_194', type, '#skF_194': (M_bool_fun$ * M_bool_fun$) > M$).
% 31.10/11.84 tff(uvv$, type, uvv$: A_m_vec_a_fun$ > A_m_vec_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_25', type, '#skF_25': (M_a_m_vec_fun$ * M_a_m_vec_fun_bool_fun$) > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_116', type, '#skF_116': (M$ * M_n_fun$ * N_set$ * M_set$ * M_a_m_vec_fun$ * N_a_m_vec_fun$) > M$).
% 31.10/11.84 tff('#skF_11', type, '#skF_11': (M_m_vec$ * M$) > M$).
% 31.10/11.84 tff(collect$f, type, collect$f: N_a_n_vec_fun_bool_fun$ > N_a_n_vec_fun_set$).
% 31.10/11.84 tff(cart_basis_Rm$, type, cart_basis_Rm$: A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_52', type, '#skF_52': (A_n_vec_m_vec$ * A_n_vec_m_vec$) > M$).
% 31.10/11.84 tff(map_matrix$i, type, map_matrix$i: (A_a_n_vec_fun$ * A_m_vec_n_vec$) > A_n_vec_m_vec_n_vec$).
% 31.10/11.84 tff(set_of_vector$h, type, set_of_vector$h: A_m_vec_m_vec$ > A_m_vec_set$).
% 31.10/11.84 tff('#skF_203', type, '#skF_203': (A_n_vec_m_vec$ * M_a_n_vec_fun$) > M$).
% 31.10/11.84 tff('#skF_246', type, '#skF_246': A_m_vec_m_vec_m_vec$ > M$).
% 31.10/11.84 tff('#skF_49', type, '#skF_49': (M_set$ * M_a_m_vec_fun$ * M_a_m_vec_fun$) > M$).
% 31.10/11.84 tff(uuj$, type, uuj$: M_a_m_vec_m_vec_fun$ > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff(uwm$, type, uwm$: (N_n_a_fun_fun$ * N_set$) > N_a_fun$).
% 31.10/11.84 tff('#skF_150', type, '#skF_150': (N_set$ * N_a_fun$ * N_n_fun$ * N_set$ * N_n_fun$ * N_a_fun$) > N$).
% 31.10/11.84 tff(uuc$, type, uuc$: N_a_n_vec_m_vec_fun$ > M_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff('#skF_62', type, '#skF_62': (M_a_m_vec_m_vec_bool_fun_fun$ * M$) > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_181', type, '#skF_181': (M_n_fun$ * M_a_m_vec_fun$ * N_a_m_vec_fun$ * M_set$ * N_set$ * N_m_fun$) > M$).
% 31.10/11.84 tff(collect$a, type, collect$a: M_bool_fun$ > M_set$).
% 31.10/11.84 tff(fun_app$bj, type, fun_app$bj: (M_a_m_vec_fun_a_fun$ * M_a_m_vec_fun$) > A$).
% 31.10/11.84 tff(uuy$, type, uuy$: (A_m_vec$ * M_a_m_vec_m_vec_fun$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(uyz$, type, uyz$: N_a_fun$).
% 31.10/11.84 tff(matrix_matrix_mult$b, type, matrix_matrix_mult$b: (A_n_vec_n_vec_n_vec$ * A_n_vec_n_vec_n_vec$) > A_n_vec_n_vec_n_vec$).
% 31.10/11.84 tff('#skF_142', type, '#skF_142': (M_set$ * M_m_fun$ * M_a_m_vec_fun$ * M_a_m_vec_fun$ * M_m_fun$ * M_set$) > M$).
% 31.10/11.84 tff(transpose_row$b, type, transpose_row$b: A_m_vec_m_vec_m_vec$ > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(fun_app$j, type, fun_app$j: (N_a_n_vec_n_vec_fun$ * N$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(uwr$, type, uwr$: M_m_a_m_vec_m_vec_fun_fun$ > M_m_a_m_vec_m_vec_fun_fun$).
% 31.10/11.84 tff(vbk$, type, vbk$: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > M_m_a_m_vec_fun_fun$).
% 31.10/11.84 tff(uur$, type, uur$: A_n_vec_a_fun$ > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_163', type, '#skF_163': (M_set$ * M_set$ * M_a_fun$ * M_m_fun$ * M_m_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff('#skF_164', type, '#skF_164': (M_set$ * M_set$ * M_a_fun$ * M_m_fun$ * M_m_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff('#skF_199', type, '#skF_199': (M_a_m_vec_m_vec_fun$ * M_a_m_vec_m_vec_fun$) > M$).
% 31.10/11.84 tff(fun_app$b, type, fun_app$b: (A_n_vec_a_n_vec_fun$ * A_n_vec$) > A_n_vec$).
% 31.10/11.84 tff(vdp$, type, vdp$: (N$ * A_n_vec_n_vec$ * A_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(uza$, type, uza$: M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(comp$n, type, comp$n: (M_a_fun$ * M_m_fun$) > M_a_fun$).
% 31.10/11.84 tff(vdo$, type, vdo$: (N$ * A_n_vec_n_vec$ * A_n_vec$) > N_n_a_fun_fun$).
% 31.10/11.84 tff(column$a, type, column$a: (N$ * A_n_vec_n_vec$) > A_n_vec$).
% 31.10/11.84 tff('#skF_64', type, '#skF_64': M_a_m_vec_m_vec_bool_fun_fun$ > A_m_vec_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_248', type, '#skF_248': A_n_vec_n_vec_n_vec$ > N$).
% 31.10/11.84 tff(uwo$, type, uwo$: N_m_a_fun_fun$ > M_n_a_fun_fun$).
% 31.10/11.84 tff(fun_app$s, type, fun_app$s: (M_bool_fun$ * M$) > $o).
% 31.10/11.84 tff(vby$, type, vby$: (A_m_vec$ * M_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_157', type, '#skF_157': (M_n_fun$ * N_a_fun$ * M_set$ * N_m_fun$ * N_set$ * M_a_fun$) > M$).
% 31.10/11.84 tff(uwg$, type, uwg$: (N_n_a_n_vec_fun_fun$ * N_set$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(sum$g, type, sum$g: (N_a_n_vec_m_vec_fun$ * N_set$) > A_n_vec_m_vec$).
% 31.10/11.84 tff(uuf$, type, uuf$: M_a_n_vec_n_vec_fun$ > N_m_a_n_vec_fun_fun$).
% 31.10/11.84 tff(sum$k, type, sum$k: (M_a_n_vec_m_vec_fun$ * M_set$) > A_n_vec_m_vec$).
% 31.10/11.84 tff('#skF_119', type, '#skF_119': (N_set$ * N_set$ * N_n_fun$ * N_a_n_vec_fun$ * N_a_n_vec_fun$ * N$) > N$).
% 31.10/11.84 tff(uue$, type, uue$: M_a_m_vec_m_vec_m_vec_fun$ > M_m_a_m_vec_m_vec_fun_fun$).
% 31.10/11.84 tff(uxa$, type, uxa$: M_n_a_fun_fun$ > N_m_a_fun_fun$).
% 31.10/11.84 tff(fun_app$a, type, fun_app$a: (N_a_n_vec_fun$ * N$) > A_n_vec$).
% 31.10/11.84 tff(collect$g, type, collect$g: M_a_m_vec_fun_bool_fun$ > M_a_m_vec_fun_set$).
% 31.10/11.84 tff(uzw$, type, uzw$: (A_a_n_vec_fun$ * A_n_vec_n_vec$) > N_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff(fun_app$am, type, fun_app$am: (A_a_fun$ * A$) > A$).
% 31.10/11.84 tff(uyp$, type, uyp$: (M_a_n_vec_m_vec_fun$ * M_set$) > M_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_13', type, '#skF_13': (A_m_vec$ * A$) > M$).
% 31.10/11.84 tff('#skF_7', type, '#skF_7': (A_n_vec_m_vec$ * A_n_vec$) > M$).
% 31.10/11.84 tff(member$j, type, member$j: (M_a_fun$ * M_a_fun_set$) > $o).
% 31.10/11.84 tff('#skF_113', type, '#skF_113': (A_m_vec_a_fun$ * M_a_fun$ * A_m_vec_m_fun$ * M_set$ * A_m_vec$ * A_m_vec_set$) > A_m_vec$).
% 31.10/11.84 tff('#skF_87', type, '#skF_87': (M_set$ * M_set$ * M_a_m_vec_m_vec_fun$ * M_a_m_vec_m_vec_fun$) > M$).
% 31.10/11.84 tff(uwe$, type, uwe$: (N_n_a_n_vec_fun_fun$ * N_set$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(row_add_row$a, type, row_add_row$a: (A_n_vec_n_vec$ * N$ * N$ * A$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(vcf$, type, vcf$: (A_m_vec_m_vec$ * M$ * A$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(map_matrix$j, type, map_matrix$j: (A_n_vec_a_fun$ * A_n_vec_m_vec_n_vec$) > A_m_vec_n_vec$).
% 31.10/11.84 tff(vector_matrix_mult$b, type, vector_matrix_mult$b: (A_n_vec_m_vec$ * A_n_vec_n_vec_m_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(uxn$, type, uxn$: (M$ * M_a_m_vec_fun$ * M_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(column_add_row$, type, column_add_row$: (A_m_vec_m_vec$ * M$ * M$ * A$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(uyt$, type, uyt$: (M_a_n_vec_fun$ * M_set$) > N_a_fun$).
% 31.10/11.84 tff(uud$, type, uud$: N_a_m_vec_fun$ > M_n_a_fun_fun$).
% 31.10/11.84 tff(vbr$, type, vbr$: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(ves$, type, ves$: (A_m_vec_m_vec$ * M$ * M$ * A$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_196', type, '#skF_196': (A_m_vec_bool_fun$ * A_m_vec_bool_fun$) > A_m_vec$).
% 31.10/11.84 tff(vbj$, type, vbj$: (A_n_vec_n_vec_n_vec$ * A_n_vec_n_vec_n_vec$) > N_a_n_vec_n_vec_fun$).
% 31.10/11.84 tff('#skF_147', type, '#skF_147': (N_set$ * N_a_fun$ * N_n_fun$ * N_set$ * N_n_fun$ * N_a_fun$) > N$).
% 31.10/11.84 tff(vbo$, type, vbo$: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(uye$, type, uye$: (M$ * M_a_fun$ * M_a_fun$) > M_a_fun$).
% 31.10/11.84 tff('#skF_50', type, '#skF_50': (A_n_vec_m_vec_n_vec$ * A_n_vec_m_vec_n_vec$) > N$).
% 31.10/11.84 tff(columnvector_row$a, type, columnvector_row$a: A_n_vec$ > N_a_n_vec_fun$).
% 31.10/11.84 tff(top$a, type, top$a: N_set$).
% 31.10/11.84 tff(veh$, type, veh$: (A$ * A_n_vec_n_vec$) > N_n_a_fun_fun$).
% 31.10/11.84 tff('#skF_180', type, '#skF_180': (A_m_vec_m_fun$ * M_a_m_vec_fun$ * M_set$ * A_m_vec_a_fun$ * A_m_vec_set$ * M_a_fun$) > A_m_vec$).
% 31.10/11.84 tff(set_of_vector$g, type, set_of_vector$g: A_m_vec$ > A_set$).
% 31.10/11.84 tff(member$, type, member$: (A_n_vec$ * A_n_vec_set$) > $o).
% 31.10/11.84 tff(matrix_matrix_mult$c, type, matrix_matrix_mult$c: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_120', type, '#skF_120': (N_set$ * N_set$ * N_n_fun$ * N_a_n_vec_fun$ * N_a_n_vec_fun$) > N$).
% 31.10/11.84 tff('#skF_233', type, '#skF_233': (A_m_vec_bool_fun$ * A_m_vec$) > M_a_fun$).
% 31.10/11.84 tff(sum$h, type, sum$h: (N_a_m_vec_fun$ * N_set$) > A_m_vec$).
% 31.10/11.84 tff(vbu$, type, vbu$: (A_m_vec_m_vec$ * M$ * M$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(vdk$, type, vdk$: (A_n_vec_n_vec$ * A_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(times$a, type, times$a: A_m_vec$ > A_m_vec_a_m_vec_fun$).
% 31.10/11.84 tff(row$, type, row$: (M$ * A_m_vec_m_vec$) > A_m_vec$).
% 31.10/11.84 tff('#skF_173', type, '#skF_173': (A_m_vec_set$ * N_a_m_vec_fun$ * A_m_vec_n_fun$ * N_set$ * N_a_fun$ * A_m_vec_a_fun$) > N$).
% 31.10/11.84 tff(vee$, type, vee$: A_m_vec_m_vec$ > A_m_vec_bool_fun$).
% 31.10/11.84 tff(vec$, type, vec$: (A_n_vec_n_vec$ * A_n_vec$) > N_a_fun$).
% 31.10/11.84 tff(vec_lambda$a, type, vec_lambda$a: M_a_fun$ > A_m_vec$).
% 31.10/11.84 tff(mult_column$a, type, mult_column$a: (A_n_vec_n_vec$ * N$ * A$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(column_add_row$a, type, column_add_row$a: (A_n_vec_n_vec$ * N$ * N$ * A$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_176', type, '#skF_176': (A_m_vec_m_fun$ * M_a_m_vec_fun$ * M_set$ * A_m_vec_a_fun$ * A_m_vec_set$ * M_a_fun$) > A_m_vec$).
% 31.10/11.84 tff(interchange_rows_row$a, type, interchange_rows_row$a: (A_n_vec_n_vec$ * N$) > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(comp$u, type, comp$u: (N_a_n_vec_fun$ * M_n_fun$) > M_a_n_vec_fun$).
% 31.10/11.84 tff(uvf$, type, uvf$: A_n_vec$ > A_bool_fun$).
% 31.10/11.84 tff(tltrue, type, tltrue: tlbool).
% 31.10/11.84 tff('#skF_186', type, '#skF_186': (N_n_fun$ * N_n_fun$ * N_a_n_vec_fun$ * N_a_n_vec_fun$ * N_set$ * N_set$) > N$).
% 31.10/11.84 tff('#skF_33', type, '#skF_33': N_a_n_vec_fun$ > A_n_vec_n_vec$).
% 31.10/11.84 tff('#skF_65', type, '#skF_65': (M_a_n_vec_bool_fun_fun$ * A_n_vec_m_vec$) > M$).
% 31.10/11.84 tff(comp$p, type, comp$p: (N_a_fun$ * N_n_fun$) > N_a_fun$).
% 31.10/11.84 tff('#skF_4', type, '#skF_4': (A_n_vec_m_vec_n_vec$ * A_n_vec_m_vec$) > N$).
% 31.10/11.84 tff('#skF_204', type, '#skF_204': (A_n_vec$ * N_a_fun$) > N$).
% 31.10/11.84 tff(uwq$, type, uwq$: (M_m_a_m_vec_m_vec_fun_fun$ * M_set$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff('#skF_143', type, '#skF_143': (M_set$ * M_m_fun$ * M_a_m_vec_fun$ * M_a_m_vec_fun$ * M_m_fun$ * M_set$) > M$).
% 31.10/11.84 tff(map_matrix$a, type, map_matrix$a: (A_a_fun$ * A_n_vec_n_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff('#skF_79', type, '#skF_79': M_a_m_vec_bool_fun_fun$ > M$).
% 31.10/11.84 tff(vector_scalar_mult$a, type, vector_scalar_mult$a: A$ > A_m_vec_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_6', type, '#skF_6': (A_n_vec_n_vec$ * A_n_vec$) > N$).
% 31.10/11.84 tff(uuz$, type, uuz$: M_m_vec$ > M_bool_fun$).
% 31.10/11.84 tff('#skF_158', type, '#skF_158': (M_n_fun$ * N_a_fun$ * M_set$ * N_m_fun$ * N_set$ * M_a_fun$) > N$).
% 31.10/11.84 tff('#skF_68', type, '#skF_68': M_a_n_vec_bool_fun_fun$ > A_n_vec_m_vec$).
% 31.10/11.84 tff(uvx$, type, uvx$: A_n_vec_m_vec_n_vec_n_vec$ > N_a_n_vec_m_vec_fun$).
% 31.10/11.84 tff('#skF_36', type, '#skF_36': N$).
% 31.10/11.84 tff(val$, type, val$: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > N_n_a_fun_fun$).
% 31.10/11.84 tff('#skF_151', type, '#skF_151': (M_set$ * N_m_fun$ * M_n_fun$ * N_set$ * N_a_fun$ * M_a_fun$) > N$).
% 31.10/11.84 tff(comp$b, type, comp$b: (A_a_fun$ * A_m_vec_a_fun$) > A_m_vec_a_fun$).
% 31.10/11.84 tff(ver$, type, ver$: (A_n_vec_n_vec$ * N$ * N$ * A$) > N_n_a_fun_fun$).
% 31.10/11.84 tff(map_matrix$b, type, map_matrix$b: (A_m_vec_a_fun$ * A_m_vec_m_vec_m_vec$) > A_m_vec_m_vec$).
% 31.10/11.84 tff(vdd$, type, vdd$: (A_n_vec_n_vec$ * A_n_vec$) > N_n_a_fun_fun$).
% 31.10/11.84 tff('#skF_114', type, '#skF_114': (A_m_vec_a_fun$ * M_a_fun$ * A_m_vec_m_fun$ * M_set$ * A_m_vec_set$) > A_m_vec$).
% 31.10/11.84 tff('#skF_77', type, '#skF_77': (M_a_m_vec_bool_fun_fun$ * A_m_vec_m_vec$) > M$).
% 31.10/11.84 tff(vec_nth$m, type, vec_nth$m: M_m_vec$ > M_m_fun$).
% 31.10/11.84 tff(uyu$, type, uyu$: (M_a_m_vec_m_vec_m_vec_fun$ * M_set$) > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(vcc$, type, vcc$: (A_m_vec$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(uxl$, type, uxl$: (M$ * M_a_n_vec_fun$ * M_a_n_vec_fun$) > M_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_209', type, '#skF_209': (M_a_m_vec_fun$ * M_set$) > M$).
% 31.10/11.84 tff(uyy$, type, uyy$: N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_48', type, '#skF_48': (M_set$ * M_a_fun$ * M_a_fun$) > M$).
% 31.10/11.84 tff(vec_nth$g, type, vec_nth$g: A_m_vec_m_vec_m_vec_m_vec$ > M_a_m_vec_m_vec_m_vec_fun$).
% 31.10/11.84 tff(trace$, type, trace$: A_n_vec_m_vec_n_vec_n_vec$ > A_n_vec_m_vec$).
% 31.10/11.84 tff('#skF_74', type, '#skF_74': (M_a_bool_fun_fun$ * M$) > A$).
% 31.10/11.84 tff('#skF_71', type, '#skF_71': N_a_bool_fun_fun$ > N$).
% 31.10/11.84 tff(vec_nth$i, type, vec_nth$i: A_n_vec_m_vec$ > M_a_n_vec_fun$).
% 31.10/11.84 tff(zero$a, type, zero$a: A$).
% 31.10/11.84 tff(vbm$, type, vbm$: (A_m_vec_m_vec$ * A_m_vec_m_vec$ * M$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(uwy$, type, uwy$: (M_m_a_n_vec_fun_fun$ * M_set$) > M_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_225', type, '#skF_225': (M_set$ * M_a_n_vec_fun$) > M$).
% 31.10/11.84 tff(fun_app$ba, type, fun_app$ba: (M_a_bool_fun_fun$ * M$) > A_bool_fun$).
% 31.10/11.84 tff('#skF_185', type, '#skF_185': (M_n_fun$ * M_a_m_vec_fun$ * N_a_m_vec_fun$ * M_set$ * N_set$ * N_m_fun$) > M$).
% 31.10/11.84 tff(vcb$, type, vcb$: (M_a_m_vec_fun$ * M_a_m_vec_fun$ * M_set$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(vai$, type, vai$: (A_n_vec_a_fun$ * A_n_vec_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff('#skF_148', type, '#skF_148': (N_set$ * N_a_fun$ * N_n_fun$ * N_set$ * N_n_fun$ * N_a_fun$) > N$).
% 31.10/11.84 tff(uxz$, type, uxz$: (M$ * M_a_m_vec_fun$ * M_a_m_vec_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(vcj$, type, vcj$: (A_m_vec_m_vec$ * M$ * A$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(times$c, type, times$c: (A_m_vec_m_vec$ * A_m_vec_m_vec$) > A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_183', type, '#skF_183': (M_n_fun$ * M_a_m_vec_fun$ * N_a_m_vec_fun$ * M_set$ * N_set$ * N_m_fun$) > N$).
% 31.10/11.84 tff(vdb$, type, vdb$: (A_m_vec_m_vec$ * A_m_vec$) > M_m_a_fun_fun$).
% 31.10/11.84 tff('#skF_217', type, '#skF_217': (N_a_n_vec_fun_a_fun$ * N_a_n_vec_fun_set$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(uyw$, type, uyw$: (M_a_m_vec_m_vec_fun$ * M_set$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(uvd$, type, uvd$: A_m_vec_m_vec_m_vec$ > A_m_vec_m_vec_bool_fun$).
% 31.10/11.84 tff(thesis$, type, thesis$: $o).
% 31.10/11.84 tff('#skF_123', type, '#skF_123': (N_set$ * N_n_fun$ * N_set$ * N_a_fun$ * N_a_fun$ * N_n_fun$) > N$).
% 31.10/11.84 tff(vector_scalar_mult$, type, vector_scalar_mult$: A$ > A_n_vec_a_n_vec_fun$).
% 31.10/11.84 tff(less$, type, less$: (M_set$ * M_set$) > $o).
% 31.10/11.84 tff(vdq$, type, vdq$: A_m_vec_m_vec$ > M_a_m_vec_fun$).
% 31.10/11.84 tff(collect$e, type, collect$e: A_bool_fun$ > A_set$).
% 31.10/11.84 tff(sum$i, type, sum$i: (M_a_m_vec_m_vec_m_vec_fun$ * M_set$) > A_m_vec_m_vec_m_vec$).
% 31.10/11.84 tff(vab$, type, vab$: (A_n_vec_a_fun$ * A_n_vec_n_vec_n_vec$) > N_n_a_fun_fun$).
% 31.10/11.84 tff('#skF_47', type, '#skF_47': (M_set$ * M_a_n_vec_fun$ * M_a_n_vec_fun$) > M$).
% 31.10/11.84 tff(fun_app$c, type, fun_app$c: (N_a_fun$ * N$) > A$).
% 31.10/11.84 tff(uxx$, type, uxx$: (M$ * M_a_n_vec_fun$ * M_a_n_vec_fun$) > M_a_n_vec_fun$).
% 31.10/11.84 tff(vcn$, type, vcn$: (A_m_vec$ * A_m_vec_m_vec$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(fun_app$f, type, fun_app$f: (M_a_fun$ * M$) > A$).
% 31.10/11.84 tff(uzf$, type, uzf$: A$ > A_n_vec_a_fun$).
% 31.10/11.84 tff(vcw$, type, vcw$: (A_m_vec_m_vec$ * A_m_vec_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(fun_app$bc, type, fun_app$bc: (N_a_n_vec_bool_fun_fun$ * N$) > A_n_vec_bool_fun$).
% 31.10/11.84 tff(veg$, type, veg$: (A$ * A_m_vec_m_vec$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(transpose$, type, transpose$: A_n_vec_n_vec$ > A_n_vec_n_vec$).
% 31.10/11.84 tff(inj_on$a, type, inj_on$a: (N_a_n_vec_fun$ * N_set$) > $o).
% 31.10/11.84 tff(uut$, type, uut$: N_a_fun$ > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_43', type, '#skF_43': A_m_vec_set$ > A_m_vec$).
% 31.10/11.84 tff(vec_nth$l, type, vec_nth$l: M_n_vec$ > N_m_fun$).
% 31.10/11.84 tff(sum$e, type, sum$e: (N_a_n_vec_n_vec_fun$ * N_set$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(member$d, type, member$d: (N$ * N_set$) > $o).
% 31.10/11.84 tff(comp$t, type, comp$t: (A_m_vec_a_fun$ * N_a_m_vec_fun$) > N_a_fun$).
% 31.10/11.84 tff(top$l, type, top$l: N_bool_fun$).
% 31.10/11.84 tff(uzh$, type, uzh$: A_n_vec_n_vec_n_vec$ > N_n_a_n_vec_fun_fun$).
% 31.10/11.84 tff(det$b, type, det$b: A_m_vec_m_vec_m_vec$ > A_m_vec$).
% 31.10/11.84 tff('#skF_82', type, '#skF_82': (N_a_n_vec_bool_fun_fun$ * N$) > A_n_vec$).
% 31.10/11.84 tff(uxm$, type, uxm$: (M$ * M_a_fun$ * M_a_fun$) > M_a_fun$).
% 31.10/11.84 tff(fun_app$l, type, fun_app$l: (M_a_n_vec_m_vec_fun$ * M$) > A_n_vec_m_vec$).
% 31.10/11.84 tff(comp$k, type, comp$k: (A_n_vec_a_n_vec_fun$ * N_a_n_vec_fun$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(columnvector_row$b, type, columnvector_row$b: A_m_vec$ > M_a_n_vec_fun$).
% 31.10/11.84 tff(vbq$, type, vbq$: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > N_n_a_fun_fun$).
% 31.10/11.84 tff(uvj$, type, uvj$: A_n_vec_bool_fun$).
% 31.10/11.84 tff(uvk$, type, uvk$: N_a_n_vec_fun_bool_fun$).
% 31.10/11.84 tff(vat$, type, vat$: (A_m_vec_m_vec$ * A_m_vec_m_vec$ * A_m_vec_a_m_vec_fun$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(collect$, type, collect$: A_m_vec_bool_fun$ > A_m_vec_set$).
% 31.10/11.84 tff(vdm$, type, vdm$: (M$ * A_m_vec_m_vec$ * A_m_vec$) > M_m_a_fun_fun$).
% 31.10/11.84 tff(uyh$, type, uyh$: N_a_n_vec_fun_set$ > N_a_n_vec_fun_bool_fun$).
% 31.10/11.84 tff(uwh$, type, uwh$: (N_m_a_n_vec_fun_fun$ * M_set$) > N_a_n_vec_fun$).
% 31.10/11.84 tff('#skF_5', type, '#skF_5': (A_m_vec_m_vec_m_vec$ * A_m_vec_m_vec$) > M$).
% 31.10/11.84 tff(cart_basis$a, type, cart_basis$a: A_m_vec_m_vec$).
% 31.10/11.84 tff('#skF_226', type, '#skF_226': (A_m_vec_set$ * A_m_vec_a_m_vec_fun$) > A_m_vec$).
% 31.10/11.84 tff(top$j, type, top$j: N_a_n_vec_fun_bool_fun$).
% 31.10/11.84 tff('#skF_111', type, '#skF_111': (N_set$ * A_m_vec_n_fun$ * A_m_vec_a_fun$ * N_a_fun$ * A_m_vec_set$) > A_m_vec$).
% 31.10/11.84 tff(inj_on$e, type, inj_on$e: (N_a_n_vec_fun_n_a_fun_fun$ * N_a_n_vec_fun_set$) > $o).
% 31.10/11.84 tff(comp$e, type, comp$e: (A_a_m_vec_fun$ * M_a_fun$) > M_a_m_vec_fun$).
% 31.10/11.84 tff(uuh$, type, uuh$: N_a_n_vec_fun$ > N_n_a_fun_fun$).
% 31.10/11.84 tff(mat_row$, type, mat_row$: A_m_vec$ > M_a_m_vec_m_vec_fun$).
% 31.10/11.84 tff(vco$, type, vco$: (A_m_vec$ * A_m_vec_m_vec$) > M_a_fun$).
% 31.10/11.84 tff(plus$b, type, plus$b: A$ > A_a_fun$).
% 31.10/11.84 tff(times$d, type, times$d: (A_n_vec_n_vec$ * A_n_vec_n_vec$) > A_n_vec_n_vec$).
% 31.10/11.84 tff(is_basis$a, type, is_basis$a: A_m_vec_set$ > $o).
% 31.10/11.84 tff(fun_app$p, type, fun_app$p: (N_a_n_vec_fun_bool_fun$ * N_a_n_vec_fun$) > $o).
% 31.10/11.84 tff('#skF_37', type, '#skF_37': M$).
% 31.10/11.84 tff(comp$y, type, comp$y: (M_a_fun$ * N_m_fun$) > N_a_fun$).
% 31.10/11.84 tff('#skF_247', type, '#skF_247': A_n_vec_n_vec_n_vec$ > N$).
% 31.10/11.84 tff(uum$, type, uum$: (N_a_fun$ * A_n_vec$) > N_a_n_vec_fun$).
% 31.10/11.84 tff(inj_on$b, type, inj_on$b: (A_n_vec_a_n_vec_fun$ * A_n_vec_set$) > $o).
% 31.10/11.84
% 31.10/11.85 tff(f_3243, axiom, (![A__questionmark_v0:A_m_vec$, A__questionmark_v1:tlbool]: ((fun_app$(top$e, A__questionmark_v0) & (A__questionmark_v1 = tltrue)) <=> (A__questionmark_v1 = tltrue))), file('/export/starexec/sandbox/benchmark/theBenchmark.p', axiom541)).
% 31.10/11.85 tff(f_3198, axiom, (![A__questionmark_v0:A_m_vec$]: (fun_app$(top$e, A__questionmark_v0) <=> member$a(A__questionmark_v0, top$b))), file('/export/starexec/sandbox/benchmark/theBenchmark.p', axiom534)).
% 31.10/11.85 tff(f_1315, axiom, (top$b = collect$(uua$)), file('/export/starexec/sandbox/benchmark/theBenchmark.p', axiom287)).
% 31.10/11.85 tff(f_3131, axiom, (![A__questionmark_v0:A_m_vec$, A__questionmark_v1:A_m_vec_bool_fun$]: (member$a(A__questionmark_v0, collect$(A__questionmark_v1)) <=> fun_app$(A__questionmark_v1, A__questionmark_v0))), file('/export/starexec/sandbox/benchmark/theBenchmark.p', axiom520)).
% 31.10/11.85 tff(f_37, axiom, (![A__questionmark_v0:A_m_vec$]: (fun_app$(uua$, A__questionmark_v0) <=> (?[A__questionmark_v1:M_a_fun$]: (sum$(uu$(A__questionmark_v1), top$) = A__questionmark_v0)))), file('/export/starexec/sandbox/benchmark/theBenchmark.p', axiom0)).
% 31.10/11.85 tff(f_4240, axiom, (![A__questionmark_v0:A_n_vec_n_vec$]: ((![A__questionmark_v1:N_a_n_vec_fun$]: (((A__questionmark_v0 = vec_lambda$b(A__questionmark_v1)) & member$b(A__questionmark_v1, top$c)) => $false)) => $false)), file('/export/starexec/sandbox/benchmark/theBenchmark.p', axiom729)).
% 31.10/11.85 tff(f_1427, axiom, (![A__questionmark_v0:N_a_n_vec_fun$]: (member$b(A__questionmark_v0, top$c) <=> $true)), file('/export/starexec/sandbox/benchmark/theBenchmark.p', axiom320)).
% 31.10/11.85 tff(f_4337, axiom, (![A__questionmark_v0:N_a_n_vec_fun$]: (member$b(A__questionmark_v0, top$c) => (vec_nth$a(vec_lambda$b(A__questionmark_v0)) = A__questionmark_v0))), file('/export/starexec/sandbox/benchmark/theBenchmark.p', axiom750)).
% 31.10/11.85 tff(f_1304, negated_conjecture, ~thesis$, file('/export/starexec/sandbox/benchmark/theBenchmark.p', conjecture283)).
% 31.10/11.85 tff(f_1313, axiom, (cart_basis_Rn$ = cart_basis$), file('/export/starexec/sandbox/benchmark/theBenchmark.p', axiom286)).
% 31.10/11.85 tff(f_1309, hypothesis, (![A__questionmark_v0:M_a_fun$]: ((sum$(uu$(A__questionmark_v0), top$) = fun_app$ar(f$, fun_app$a(vec_nth$a(cart_basis_Rn$), j$))) => thesis$)), file('/export/starexec/sandbox/benchmark/theBenchmark.p', hypothesis284)).
% 31.10/11.85 tff(c_2288, plain, (![A__questionmark_v0_2008:A_m_vec$]: (fun_app$(top$e, A__questionmark_v0_2008))), inference(cnfTransformation, [status(thm)], [f_3243])).
% 31.10/11.85 tff(c_2254, plain, (![A__questionmark_v0_1993:A_m_vec$]: (member$a(A__questionmark_v0_1993, top$b) | ~fun_app$(top$e, A__questionmark_v0_1993))), inference(cnfTransformation, [status(thm)], [f_3198])).
% 31.10/11.85 tff(c_3354, plain, (![A__questionmark_v0_1993:A_m_vec$]: (member$a(A__questionmark_v0_1993, top$b))), inference(demodulation, [status(thm), theory('equality')], [c_2288, c_2254])).
% 31.10/11.85 tff(c_740, plain, (collect$(uua$)=top$b), inference(cnfTransformation, [status(thm)], [f_1315])).
% 31.10/11.85 tff(c_6236, plain, (![A__questionmark_v1_5280:A_m_vec_bool_fun$, A__questionmark_v0_5281:A_m_vec$]: (fun_app$(A__questionmark_v1_5280, A__questionmark_v0_5281) | ~member$a(A__questionmark_v0_5281, collect$(A__questionmark_v1_5280)))), inference(cnfTransformation, [status(thm)], [f_3131])).
% 31.10/11.85 tff(c_6266, plain, (![A__questionmark_v0_5281:A_m_vec$]: (fun_app$(uua$, A__questionmark_v0_5281) | ~member$a(A__questionmark_v0_5281, top$b))), inference(superposition, [status(thm), theory('equality')], [c_740, c_6236])).
% 31.10/11.85 tff(c_6275, plain, (![A__questionmark_v0_5281:A_m_vec$]: (fun_app$(uua$, A__questionmark_v0_5281))), inference(demodulation, [status(thm), theory('equality')], [c_3354, c_6266])).
% 31.10/11.85 tff(c_2, plain, (![A__questionmark_v0_1:A_m_vec$]: (sum$(uu$('#skF_1'(A__questionmark_v0_1)), top$)=A__questionmark_v0_1 | ~fun_app$(uua$, A__questionmark_v0_1))), inference(cnfTransformation, [status(thm)], [f_37])).
% 31.10/11.85 tff(c_11920, plain, (![A__questionmark_v0_5888:A_m_vec$]: (sum$(uu$('#skF_1'(A__questionmark_v0_5888)), top$)=A__questionmark_v0_5888)), inference(demodulation, [status(thm), theory('equality')], [c_6275, c_2])).
% 31.10/11.85 tff(c_4123, plain, (![A__questionmark_v0_5044:A_n_vec_n_vec$]: (vec_lambda$b('#skF_234'(A__questionmark_v0_5044))=A__questionmark_v0_5044)), inference(cnfTransformation, [status(thm)], [f_4240])).
% 31.10/11.85 tff(c_814, plain, (![A__questionmark_v0_1052:N_a_n_vec_fun$]: (member$b(A__questionmark_v0_1052, top$c))), inference(cnfTransformation, [status(thm)], [f_1427])).
% 31.10/11.85 tff(c_2847, plain, (![A__questionmark_v0_2553:N_a_n_vec_fun$]: (vec_nth$a(vec_lambda$b(A__questionmark_v0_2553))=A__questionmark_v0_2553 | ~member$b(A__questionmark_v0_2553, top$c))), inference(cnfTransformation, [status(thm)], [f_4337])).
% 31.10/11.85 tff(c_3402, plain, (![A__questionmark_v0_2553:N_a_n_vec_fun$]: (vec_nth$a(vec_lambda$b(A__questionmark_v0_2553))=A__questionmark_v0_2553)), inference(demodulation, [status(thm), theory('equality')], [c_814, c_2847])).
% 31.10/11.85 tff(c_4129, plain, (![A__questionmark_v0_5044:A_n_vec_n_vec$]: (vec_nth$a(A__questionmark_v0_5044)='#skF_234'(A__questionmark_v0_5044))), inference(superposition, [status(thm), theory('equality')], [c_4123, c_3402])).
% 31.10/11.85 tff(c_732, plain, (~thesis$), inference(cnfTransformation, [status(thm)], [f_1304])).
% 31.10/11.85 tff(c_738, plain, (cart_basis_Rn$=cart_basis$), inference(cnfTransformation, [status(thm)], [f_1313])).
% 31.10/11.85 tff(c_734, plain, (![A__questionmark_v0_961:M_a_fun$]: (thesis$ | sum$(uu$(A__questionmark_v0_961), top$)!=fun_app$ar(f$, fun_app$a(vec_nth$a(cart_basis_Rn$), j$)))), inference(cnfTransformation, [status(thm)], [f_1309])).
% 31.10/11.85 tff(c_3427, plain, (![A__questionmark_v0_961:M_a_fun$]: (thesis$ | sum$(uu$(A__questionmark_v0_961), top$)!=fun_app$ar(f$, fun_app$a(vec_nth$a(cart_basis$), j$)))), inference(demodulation, [status(thm), theory('equality')], [c_738, c_734])).
% 31.10/11.85 tff(c_3428, plain, (![A__questionmark_v0_961:M_a_fun$]: (sum$(uu$(A__questionmark_v0_961), top$)!=fun_app$ar(f$, fun_app$a(vec_nth$a(cart_basis$), j$)))), inference(negUnitSimplification, [status(thm)], [c_732, c_3427])).
% 31.10/11.85 tff(c_4229, plain, (![A__questionmark_v0_961:M_a_fun$]: (sum$(uu$(A__questionmark_v0_961), top$)!=fun_app$ar(f$, fun_app$a('#skF_234'(cart_basis$), j$)))), inference(demodulation, [status(thm), theory('equality')], [c_4129, c_3428])).
% 31.10/11.85 tff(c_11925, plain, (![A__questionmark_v0_5888:A_m_vec$]: (fun_app$ar(f$, fun_app$a('#skF_234'(cart_basis$), j$))!=A__questionmark_v0_5888)), inference(superposition, [status(thm), theory('equality')], [c_11920, c_4229])).
% 31.10/11.85 tff(c_11934, plain, $false, inference(reflexivity, [status(thm), theory('equality')], [c_11925])).
% 31.10/11.85 % SZS output end CNFRefutation for /export/starexec/sandbox/benchmark/theBenchmark.p
% 31.10/11.85
% 31.10/11.85 Inference rules
% 31.10/11.85 ----------------------
% 31.10/11.85 #Ref : 31
% 31.10/11.85 #Sup : 2143
% 31.10/11.85 #Fact : 1
% 31.10/11.85 #Define : 0
% 31.10/11.85 #Split : 6
% 31.10/11.85 #Chain : 0
% 31.10/11.85 #Close : 0
% 31.10/11.85
% 31.10/11.85 Ordering : KBO
% 31.10/11.85
% 31.10/11.85 Simplification rules
% 31.10/11.85 ----------------------
% 31.10/11.85 #Subsume : 127
% 31.10/11.85 #Demod : 967
% 31.10/11.85 #Tautology : 1329
% 31.10/11.85 #SimpNegUnit : 5
% 31.10/11.85 #BackRed : 36
% 31.10/11.85
% 31.10/11.85 #Partial instantiations: 597
% 31.10/11.85 #Strategies tried : 1
% 31.10/11.85
% 31.10/11.85 Timing (in seconds)
% 31.10/11.85 ----------------------
% 31.18/11.85 Preprocessing : 3.74
% 31.18/11.85 Parsing : 1.38
% 31.18/11.85 CNF conversion : 0.20
% 31.18/11.85 Main loop : 7.02
% 31.18/11.85 Inferencing : 0.92
% 31.18/11.85 Reduction : 3.90
% 31.18/11.85 Demodulation : 2.84
% 31.18/11.85 BG Simplification : 0.23
% 31.18/11.85 Subsumption : 1.44
% 31.18/11.85 Abstraction : 0.13
% 31.18/11.85 MUC search : 0.00
% 31.18/11.85 Cooper : 0.00
% 31.18/11.85 Total : 10.83
% 31.18/11.85 Index Insertion : 0.00
% 31.18/11.85 Index Deletion : 0.00
% 31.18/11.85 Index Matching : 0.00
% 31.18/11.85 BG Taut test : 0.00
%------------------------------------------------------------------------------