0.12/0.12 % Problem : theBenchmark.p : TPTP v0.0.0. Released v0.0.0. 0.12/0.13 % Command : vampire_hol --schedule thf_2019 --mode portfolio --time_limit %ds %s 0.12/0.34 % Computer : n024.cluster.edu 0.12/0.34 % Model : x86_64 x86_64 0.12/0.34 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz 0.12/0.34 % Memory : 8042.1875MB 0.12/0.34 % OS : Linux 3.10.0-693.el7.x86_64 0.12/0.34 % CPULimit : 180 0.12/0.34 % DateTime : Thu Aug 29 15:08:35 EDT 2019 0.12/0.34 % CPUTime : 0.20/0.41 % lrs-3_4:1_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:afp=1000:afq=1.4:amm=sco:fde=none:gs=on:lcm=reverse:lma=on:nwc=1.5:stl=30:sd=1:ss=axioms:sp=reverse_arity:urr=on:updr=off:uhcvi=on_11 on theBenchmark 1.55/1.71 % Time limit reached! 1.55/1.71 % ------------------------------ 1.55/1.71 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 1.55/1.71 % Termination reason: Time limit 1.55/1.71 % Termination phase: Saturation 1.55/1.71 1.55/1.71 % Memory used [KB]: 22387 1.55/1.71 % Time elapsed: 1.300 s 1.55/1.71 % ------------------------------ 1.55/1.71 % ------------------------------ 1.55/1.77 % lrs+1011_5:4_anc=none:bsr=on:ccuc=small_ones:irw=on:stl=300d:fde=unused:holscev=on:sp=reverse_arity:sos=on:foolp=on:acc=on:afp=10000:gs=on:nwc=1.2:holcelim=on:updr=off:sac=on:afea=on:newcnf=on:gsem=off:cond=on:add=large:en=on:combelim=inference_rules:gsaa=from_current:amm=off:nm=2:afq=2:cunif=on_38 on theBenchmark 1.55/1.78 % Refutation not found, incomplete strategy 1.55/1.78 % ------------------------------ 1.55/1.78 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 1.55/1.78 % Termination reason: Refutation not found, incomplete strategy 1.55/1.78 1.55/1.78 % Memory used [KB]: 10618 1.55/1.78 % Time elapsed: 0.010 s 1.55/1.78 % ------------------------------ 1.55/1.78 % ------------------------------ 1.63/1.84 % ott+11_16_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:av=off:gs=on:gsem=on:irw=on:lma=on:nm=64:newcnf=on:nwc=1.3:sas=z3:sp=reverse_arity_16 on theBenchmark 3.48/3.63 % Time limit reached! 3.48/3.63 % ------------------------------ 3.48/3.63 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 3.48/3.63 % Termination reason: Time limit 3.48/3.63 % Termination phase: Saturation 3.48/3.63 3.48/3.63 % Memory used [KB]: 25585 3.48/3.63 % Time elapsed: 1.800 s 3.48/3.63 % ------------------------------ 3.48/3.63 % ------------------------------ 3.48/3.67 % lrs+1011_7_anc=none:stl=300d:holscev=on:sp=reverse_arity:foolp=on:lma=on:urr=on:afp=40000:nwc=2.5:holcelim=on:flr=on:updr=off:afea=on:cond=on:add=large:en=on:combelim=both:amm=off:nm=4:fsr=off:afq=1.4:afr=on:er=known:cunif=on_2 on theBenchmark 3.53/4.16 % Time limit reached! 3.53/4.16 % ------------------------------ 3.53/4.16 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 3.53/4.16 % Termination reason: Time limit 3.53/4.16 % Termination phase: Saturation 3.53/4.16 3.53/4.16 % Memory used [KB]: 18549 3.53/4.16 % Time elapsed: 0.500 s 3.53/4.16 % ------------------------------ 3.53/4.16 % ------------------------------ 3.53/4.19 % ott+11_16_sas=z3:irw=on:e2e=off:holscev=on:sp=reverse_arity:foolp=on:addc=user:lma=on:gs=on:nwc=1.3:holcelim=on:afea=on:newcnf=on:gsem=on:en=on:combelim=inference_rules:nm=64:av=off_16 on theBenchmark 5.89/5.99 % Time limit reached! 5.89/5.99 % ------------------------------ 5.89/5.99 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 5.89/5.99 % Termination reason: Time limit 5.89/5.99 % Termination phase: Saturation 5.89/5.99 5.89/5.99 % Memory used [KB]: 25969 5.89/5.99 % Time elapsed: 1.800 s 5.89/5.99 % ------------------------------ 5.89/5.99 % ------------------------------ 5.91/6.02 % lrs+1011_7_anc=none:stl=300d:holscev=on:foolp=on:lma=on:afp=4000:nwc=2.5:holcelim=on:updr=off:afea=on:cond=on:add=large:combelim=inference_rules:amm=off:bd=off:nm=4:fsr=off:csl=3:afq=1.4:afr=on:er=known_2 on theBenchmark 6.42/6.52 % Time limit reached! 6.42/6.52 % ------------------------------ 6.42/6.52 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 6.42/6.52 % Termination reason: Time limit 6.42/6.52 % Termination phase: Saturation 6.42/6.52 6.42/6.52 % Memory used [KB]: 23666 6.42/6.52 % Time elapsed: 0.500 s 6.42/6.52 % ------------------------------ 6.42/6.52 % ------------------------------ 6.42/6.55 % lrs+1011_7_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:add=large:afr=on:afp=40000:afq=1.4:amm=off:anc=none:cond=on:er=known:fsr=off:lma=on:nm=4:nwc=2.5:stl=30:sp=reverse_arity:updr=off_2 on theBenchmark 6.94/7.05 % Time limit reached! 6.94/7.05 % ------------------------------ 6.94/7.05 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 6.94/7.05 % Termination reason: Time limit 6.94/7.05 % Termination phase: Saturation 6.94/7.05 6.94/7.05 % Memory used [KB]: 17014 6.94/7.05 % Time elapsed: 0.500 s 6.94/7.05 % ------------------------------ 6.94/7.05 % ------------------------------ 6.94/7.08 % ott+1011_1024_anc=none:e2e=off:holscev=on:foolp=on:abs=on:acc=on:urr=on:nwc=1.5:holcelim=on:updr=off:sac=on:afea=on:newcnf=on:cond=on:add=off:combelim=both:amm=off:nm=32:afq=1:afr=on_300 on theBenchmark 37.62/37.27 % Time limit reached! 37.62/37.27 % ------------------------------ 37.62/37.27 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 37.62/37.27 % Termination reason: Time limit 37.62/37.27 % Termination phase: Saturation 37.62/37.27 37.62/37.27 % Memory used [KB]: 108868 37.62/37.27 % Time elapsed: 30.200 s 37.62/37.27 % ------------------------------ 37.62/37.27 % ------------------------------ 37.69/37.31 % dis+10_4_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:av=off:bsr=on:cond=fast:er=filter:fde=none:gsp=input_only:lcm=reverse:lma=on:nwc=4:sp=occurrence:urr=on_8 on theBenchmark 38.74/38.41 % Time limit reached! 38.74/38.41 % ------------------------------ 38.74/38.41 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 38.74/38.41 % Termination reason: Time limit 38.74/38.41 % Termination phase: Saturation 38.74/38.41 38.74/38.41 % Memory used [KB]: 14839 38.74/38.41 % Time elapsed: 1.100 s 38.74/38.41 % ------------------------------ 38.74/38.41 % ------------------------------ 38.84/38.44 % lrs+1011_7_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:add=large:afr=on:afp=40000:afq=1.4:amm=off:anc=none:cond=on:er=known:fsr=off:lma=on:nm=4:nwc=2.5:stl=30:sp=reverse_arity:updr=off_2 on theBenchmark 39.34/38.93 % Time limit reached! 39.34/38.93 % ------------------------------ 39.34/38.93 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 39.34/38.93 % Termination reason: Time limit 39.34/38.93 % Termination phase: Saturation 39.34/38.93 39.34/38.93 % Memory used [KB]: 16630 39.34/38.93 % Time elapsed: 0.500 s 39.34/38.93 % ------------------------------ 39.34/38.93 % ------------------------------ 39.34/38.96 % ott+11_2:1_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:add=large:afp=40000:afq=2.0:amm=sco:anc=none:br=off:cond=on:irw=on:nwc=1:sd=2:ss=axioms:st=2.0:sos=all:urr=on:updr=off_111 on theBenchmark 39.34/38.97 % Refutation not found, incomplete strategy 39.34/38.97 % ------------------------------ 39.34/38.97 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 39.34/38.97 % Termination reason: Refutation not found, incomplete strategy 39.34/38.97 39.34/38.97 % Memory used [KB]: 6140 39.34/38.97 % Time elapsed: 0.007 s 39.34/38.97 % ------------------------------ 39.34/38.97 % ------------------------------ 39.34/39.00 % ott+1011_10_bsr=on:erd=off:sas=vampire:fde=none:sp=reverse_arity:sos=all:foolp=on:addc=user:acc=on:afp=4000:fd=off:updr=off:cond=fast:lcm=reverse:add=large:nocto=10:ep=R:nm=16:fsr=off:aup=on:afq=1.1_300 on theBenchmark 70.09/69.19 % Time limit reached! 70.09/69.19 % ------------------------------ 70.09/69.19 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 70.09/69.19 % Termination reason: Time limit 70.09/69.19 % Termination phase: Saturation 70.09/69.19 70.09/69.19 % Memory used [KB]: 1051198 70.09/69.19 % Time elapsed: 30.200 s 70.09/69.19 % ------------------------------ 70.09/69.19 % ------------------------------ 70.09/69.27 % lrs-3_4:1_stl=300d:fde=none:holscev=on:sp=reverse_arity:foolp=on:lma=on:urr=on:afp=1000:gs=on:nwc=2:updr=off:afea=on:lcm=reverse:en=on:sd=7:amm=sco:bd=off:csl=3:afq=1.4:uhcvi=on:ss=axioms_11 on theBenchmark 71.45/70.57 % Time limit reached! 71.45/70.57 % ------------------------------ 71.45/70.57 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 71.45/70.57 % Termination reason: Time limit 71.45/70.57 % Termination phase: Saturation 71.45/70.57 71.45/70.57 % Memory used [KB]: 78804 71.45/70.57 % Time elapsed: 1.300 s 71.45/70.57 % ------------------------------ 71.45/70.57 % ------------------------------ 71.45/70.60 % lrs-3_4:1_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:afp=1000:afq=1.4:amm=sco:fde=none:gs=on:lcm=reverse:lma=on:nwc=1.5:stl=30:sd=1:ss=axioms:sp=reverse_arity:urr=on:updr=off:uhcvi=on_11 on theBenchmark 72.82/71.90 % Time limit reached! 72.82/71.90 % ------------------------------ 72.82/71.90 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 72.82/71.90 % Termination reason: Time limit 72.82/71.90 % Termination phase: Saturation 72.82/71.90 72.82/71.90 % Memory used [KB]: 24434 72.82/71.90 % Time elapsed: 1.300 s 72.82/71.90 % ------------------------------ 72.82/71.90 % ------------------------------ 72.82/71.93 % lrs+10_3:1_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:av=off:bsr=on:cond=on:er=known:gs=on:lcm=reverse:nm=32:nwc=4:stl=30:sp=occurrence:urr=on:updr=off_73 on theBenchmark 80.48/79.43 % Time limit reached! 80.48/79.43 % ------------------------------ 80.48/79.43 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 80.48/79.43 % Termination reason: Time limit 80.48/79.43 % Termination phase: Saturation 80.48/79.43 80.48/79.43 % Memory used [KB]: 76885 80.48/79.43 % Time elapsed: 7.500 s 80.48/79.43 % ------------------------------ 80.48/79.43 % ------------------------------ 80.48/79.46 % lrs-3_4:1_anc=all_dependent:stl=300d:fde=none:holscev=on:sp=reverse_arity:foolp=on:lma=on:urr=on:afp=1000:gs=on:nwc=1.5:holcelim=on:updr=off:afea=on:lcm=reverse:en=on:combelim=inference_rules:sd=1:amm=sco:csl=2:afq=1.4:uhcvi=on:ss=axioms_11 on theBenchmark 80.48/79.47 % Refutation not found, incomplete strategy 80.48/79.47 % ------------------------------ 80.48/79.47 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 80.48/79.47 % Termination reason: Refutation not found, incomplete strategy 80.48/79.47 80.48/79.47 % Memory used [KB]: 10746 80.48/79.47 % Time elapsed: 0.012 s 80.48/79.47 % ------------------------------ 80.48/79.47 % ------------------------------ 80.54/79.50 % lrs+1011_3:1_sas=vampire:holscev=on:sp=reverse_arity:sos=all:foolp=on:afp=10000:holcelim=on:updr=off:afea=on:cond=on:add=off:en=on:combelim=both:ep=R:amm=off:nm=16:fsr=off:afq=1.1_300 on theBenchmark 80.54/79.50 % Refutation not found, incomplete strategy 80.54/79.50 % ------------------------------ 80.54/79.50 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 80.54/79.50 % Termination reason: Refutation not found, incomplete strategy 80.54/79.50 80.54/79.50 % Memory used [KB]: 1663 80.54/79.50 % Time elapsed: 0.005 s 80.54/79.50 % ------------------------------ 80.54/79.50 % ------------------------------ 80.54/79.53 % ott+10_2_bsr=on:erd=off:fde=none:holscev=on:sp=occurrence:foolp=on:addc=user:lma=on:urr=on:nwc=4:holcelim=on:afea=on:cond=fast:lcm=reverse:en=on:combelim=both:av=off:gsp=input_only:er=known:cunif=on_8 on theBenchmark 81.67/80.63 % Time limit reached! 81.67/80.63 % ------------------------------ 81.67/80.63 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 81.67/80.63 % Termination reason: Time limit 81.67/80.63 % Termination phase: Saturation 81.67/80.63 81.67/80.63 % Memory used [KB]: 16502 81.67/80.63 % Time elapsed: 1.100 s 81.67/80.63 % ------------------------------ 81.67/80.63 % ------------------------------ 81.67/80.66 % ott+1011_14_anc=none:stl=300d:holscev=on:sp=reverse_arity:foolp=on:lma=on:afp=40000:nwc=2.5:holcelim=on:updr=off:afea=on:lcm=predicate:add=large:en=on:combelim=both:amm=off:bd=off:nm=4:fsr=off:aup=on:afq=1.4:afr=on:er=known:cunif=on_2 on theBenchmark 82.21/81.16 % Time limit reached! 82.21/81.16 % ------------------------------ 82.21/81.16 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 82.21/81.16 % Termination reason: Time limit 82.21/81.16 % Termination phase: Saturation 82.21/81.16 82.21/81.16 % Memory used [KB]: 18933 82.21/81.16 % Time elapsed: 0.500 s 82.21/81.16 % ------------------------------ 82.21/81.16 % ------------------------------ 82.27/81.19 % ott-3_3_stl=300d:fde=none:holscev=on:sp=reverse_arity:foolp=on:lma=on:urr=on:afp=1000:gs=on:nwc=1.5:holcelim=on:updr=off:afea=on:lcm=predicate:combelim=inference_rules:sd=1:amm=sco:afq=1.4:uhcvi=on:ss=axioms:cunif=on_11 on theBenchmark 83.61/82.49 % Time limit reached! 83.61/82.49 % ------------------------------ 83.61/82.49 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 83.61/82.49 % Termination reason: Time limit 83.61/82.49 % Termination phase: Saturation 83.61/82.49 83.61/82.49 % Memory used [KB]: 21108 83.61/82.49 % Time elapsed: 1.300 s 83.61/82.49 % ------------------------------ 83.61/82.49 % ------------------------------ 83.62/82.52 % ott+11_16_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:av=off:gs=on:gsem=on:irw=on:lma=on:nm=64:newcnf=on:nwc=1.3:sas=z3:sp=reverse_arity_16 on theBenchmark 85.45/84.31 % Time limit reached! 85.45/84.31 % ------------------------------ 85.45/84.31 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 85.45/84.31 % Termination reason: Time limit 85.45/84.31 % Termination phase: Saturation 85.45/84.31 85.45/84.31 % Memory used [KB]: 26993 85.45/84.31 % Time elapsed: 1.800 s 85.45/84.31 % ------------------------------ 85.45/84.31 % ------------------------------ 85.47/84.35 % lrs-3_4:1_stl=300d:fde=none:holscev=on:sp=reverse_arity:foolp=on:lma=on:urr=on:afp=1000:gs=on:nwc=1.5:holcelim=on:updr=off:lcm=reverse:add=large:combelim=inference_rules:sd=1:amm=sco:afq=1.4:uhcvi=on:ss=axioms:cunif=on_11 on theBenchmark 85.47/84.35 % Refutation not found, incomplete strategy 85.47/84.35 % ------------------------------ 85.47/84.35 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 85.47/84.35 % Termination reason: Refutation not found, incomplete strategy 85.47/84.35 85.47/84.35 % Memory used [KB]: 10362 85.47/84.35 % Time elapsed: 0.004 s 85.47/84.35 % ------------------------------ 85.47/84.35 % ------------------------------ 85.47/84.38 % lrs-3_4:1_stl=300d:fde=none:holscev=on:sp=reverse_arity:foolp=on:addc=user:lma=on:urr=on:afp=1000:gs=on:nwc=1.5:holcelim=on:updr=off:st=3:lcm=reverse:en=on:combelim=inference_rules:sd=4:nocto=10:amm=off:afq=1.4:uhcvi=on:ss=axioms:cunif=on_11 on theBenchmark 85.47/84.38 % Refutation not found, incomplete strategy 85.47/84.38 % ------------------------------ 85.47/84.38 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 85.47/84.38 % Termination reason: Refutation not found, incomplete strategy 85.47/84.38 85.47/84.38 % Memory used [KB]: 10618 85.47/84.38 % Time elapsed: 0.005 s 85.47/84.38 % ------------------------------ 85.47/84.38 % ------------------------------ 85.47/84.41 % dis+10_4_bsr=on:fde=none:holscev=on:sp=frequency:foolp=on:lma=on:urr=on:nwc=1.7:afea=on:cond=fast:lcm=reverse:en=on:combelim=inference_rules:av=off:gsp=input_only:er=filter:cunif=on_8 on theBenchmark 86.66/85.51 % Time limit reached! 86.66/85.51 % ------------------------------ 86.66/85.51 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 86.66/85.51 % Termination reason: Time limit 86.66/85.51 % Termination phase: Saturation 86.66/85.51 86.66/85.51 % Memory used [KB]: 8699 86.66/85.51 % Time elapsed: 1.100 s 86.66/85.51 % ------------------------------ 86.66/85.51 % ------------------------------ 86.68/85.54 % ott-3_4:1_stl=300d:fde=none:holscev=on:sp=reverse_arity:foolp=on:lma=on:abs=on:urr=on:afp=1000:gs=on:nwc=1.5:holcelim=on:updr=off:afea=on:lcm=reverse:en=on:combelim=inference_rules:sd=1:amm=sco:bd=off:afq=1.4:uhcvi=on:ss=axioms:cunif=on_11 on theBenchmark 87.98/86.83 % Time limit reached! 87.98/86.83 % ------------------------------ 87.98/86.83 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 87.98/86.83 % Termination reason: Time limit 87.98/86.83 % Termination phase: Saturation 87.98/86.83 87.98/86.83 % Memory used [KB]: 25074 87.98/86.83 % Time elapsed: 1.300 s 87.98/86.83 % ------------------------------ 87.98/86.83 % ------------------------------ 87.98/86.86 % dis+1011_7_anc=none:stl=300d:holscev=on:sp=reverse_arity:foolp=on:lma=on:afp=40000:nwc=2.5:updr=off:afea=on:cond=on:en=on:combelim=inference_rules:amm=off:nm=4:fsr=off:afq=1.4:afr=on:er=known:cunif=on_2 on theBenchmark 88.52/87.34 % Time limit reached! 88.52/87.34 % ------------------------------ 88.52/87.34 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 88.52/87.34 % Termination reason: Time limit 88.52/87.34 % Termination phase: Saturation 88.52/87.34 88.52/87.34 % Memory used [KB]: 11513 88.52/87.34 % Time elapsed: 0.500 s 88.52/87.34 % ------------------------------ 88.52/87.34 % ------------------------------ 88.52/87.40 % dis+1004_4_bsr=on:fde=none:holscev=on:sp=occurrence:foolp=on:lma=on:nwc=4:afea=on:cond=fast:lcm=reverse:en=on:combelim=both:av=off:gsp=input_only:er=filter:cunif=on_8 on theBenchmark 89.67/88.48 % Time limit reached! 89.67/88.48 % ------------------------------ 89.67/88.48 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 89.67/88.48 % Termination reason: Time limit 89.67/88.48 % Termination phase: Saturation 89.67/88.48 89.67/88.48 % Memory used [KB]: 10874 89.67/88.48 % Time elapsed: 1.100 s 89.67/88.48 % ------------------------------ 89.67/88.48 % ------------------------------ 89.67/88.51 % dis+10_4_bsr=on:fde=none:drc=off:holscev=on:sp=occurrence:foolp=on:addc=user:lma=on:urr=on:nwc=4:holcelim=on:afea=on:cond=on:en=on:combelim=inference_rules:bs=on:av=off:gsp=input_only:er=filter:cunif=on_8 on theBenchmark 90.74/89.58 % Time limit reached! 90.74/89.58 % ------------------------------ 90.74/89.58 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 90.74/89.58 % Termination reason: Time limit 90.74/89.58 % Termination phase: Saturation 90.74/89.58 90.74/89.58 % Memory used [KB]: 14967 90.74/89.58 % Time elapsed: 1.100 s 90.74/89.58 % ------------------------------ 90.74/89.58 % ------------------------------ 90.74/89.62 % lrs+1011_7_anc=all_dependent:bsr=on:stl=300d:holscev=on:sp=reverse_arity:foolp=on:lma=on:afp=40000:nwc=2.5:holcelim=on:updr=off:afea=on:cond=fast:add=large:combelim=inference_rules:amm=off:nm=4:fsr=off:afq=1.4:afr=on:cunif=on_2 on theBenchmark 91.24/90.09 % Time limit reached! 91.24/90.09 % ------------------------------ 91.24/90.09 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 91.24/90.09 % Termination reason: Time limit 91.24/90.09 % Termination phase: Saturation 91.24/90.09 91.24/90.09 % Memory used [KB]: 14328 91.24/90.09 % Time elapsed: 0.500 s 91.24/90.09 % ------------------------------ 91.24/90.09 % ------------------------------ 91.34/90.12 % dis+10_4_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:av=off:bsr=on:cond=fast:er=filter:fde=none:gsp=input_only:lcm=reverse:lma=on:nwc=4:sp=occurrence:urr=on_8 on theBenchmark 92.40/91.20 % Time limit reached! 92.40/91.20 % ------------------------------ 92.40/91.20 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 92.40/91.20 % Termination reason: Time limit 92.40/91.20 % Termination phase: Saturation 92.40/91.20 92.40/91.20 % Memory used [KB]: 14711 92.40/91.20 % Time elapsed: 1.100 s 92.40/91.20 % ------------------------------ 92.40/91.20 % ------------------------------ 92.47/91.23 % ott+1002_128_anc=none:sas=vampire:sp=occurrence:foolp=on:addc=function_of_input:urr=on:afp=100000:gs=on:nwc=1.7:holcelim=on:updr=off:afea=on:gsem=off:add=off:en=on:combelim=inference_rules:bs=unit_only:amm=off:bd=off:nm=32:fsr=off:afq=1.1:afr=on_17 on theBenchmark 94.39/93.11 % Time limit reached! 94.39/93.11 % ------------------------------ 94.39/93.11 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 94.39/93.11 % Termination reason: Time limit 94.39/93.11 % Termination phase: Saturation 94.39/93.11 94.39/93.11 % Memory used [KB]: 13304 94.39/93.11 % Time elapsed: 1.900 s 94.39/93.11 % ------------------------------ 94.39/93.11 % ------------------------------ 94.39/93.14 % lrs-1010_3:1_anc=none:stl=300d:fde=none:holscev=on:sp=reverse_arity:foolp=on:lma=on:afp=1000:nwc=2.5:updr=off:sac=on:afea=on:cond=on:add=large:en=on:combelim=both:bs=on:amm=off:nm=4:fsr=off:afq=1.4:afr=on:er=known:cunif=on_2 on theBenchmark 94.88/93.61 % Time limit reached! 94.88/93.61 % ------------------------------ 94.88/93.61 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 94.88/93.61 % Termination reason: Time limit 94.88/93.61 % Termination phase: Saturation 94.88/93.61 94.88/93.61 % Memory used [KB]: 14711 94.88/93.61 % Time elapsed: 0.500 s 94.88/93.61 % ------------------------------ 94.88/93.61 % ------------------------------ 94.88/93.64 % lrs+1011_7_anc=none:stl=300d:holscev=on:sp=reverse_arity:foolp=on:lma=on:afp=4000:nwc=2.5:holcelim=on:updr=off:afea=on:cond=on:add=large:en=on:combelim=inference_rules:amm=off:bd=off:nm=4:fsr=off:afq=1.4:afr=on:er=known:cunif=on_2 on theBenchmark 94.92/94.14 % Time limit reached! 94.92/94.14 % ------------------------------ 94.92/94.14 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 94.92/94.14 % Termination reason: Time limit 94.92/94.14 % Termination phase: Saturation 94.92/94.14 94.92/94.14 % Memory used [KB]: 17398 94.92/94.14 % Time elapsed: 0.500 s 94.92/94.14 % ------------------------------ 94.92/94.14 % ------------------------------ 94.92/94.17 % lrs+1011_7_anc=none:stl=300d:holscev=on:foolp=on:lma=on:afp=40000:nwc=2.5:holcelim=on:updr=off:cond=on:add=large:en=on:combelim=inference_rules:extensionality_max_length=2:amm=off:nm=4:fsr=off:csl=3:afq=1.4:afr=on:er=known:cunif=on_2 on theBenchmark 95.92/94.67 % Time limit reached! 95.92/94.67 % ------------------------------ 95.92/94.67 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 95.92/94.67 % Termination reason: Time limit 95.92/94.67 % Termination phase: Saturation 95.92/94.67 95.92/94.67 % Memory used [KB]: 17014 95.92/94.67 % Time elapsed: 0.500 s 95.92/94.67 % ------------------------------ 95.92/94.67 % ------------------------------ 95.99/94.70 % lrs+10_4:1_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:add=large:afp=100000:afq=1.1:anc=none:ep=RST:fde=unused:gsp=input_only:nm=6:newcnf=on:nwc=1:stl=30:sos=all:sac=on:sp=reverse_arity:urr=ec_only_22 on theBenchmark 98.43/97.10 % Time limit reached! 98.43/97.10 % ------------------------------ 98.43/97.10 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 98.43/97.10 % Termination reason: Time limit 98.43/97.10 % Termination phase: Saturation 98.43/97.10 98.43/97.10 % Memory used [KB]: 8955 98.43/97.10 % Time elapsed: 2.400 s 98.43/97.10 % ------------------------------ 98.43/97.10 % ------------------------------ 98.46/97.13 % lrs+1011_5:4_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:acc=on:add=large:afr=on:afp=10000:afq=2.0:amm=sco:anc=none:bsr=on:ccuc=first:cond=on:fde=unused:gs=on:gsaa=from_current:gsem=off:irw=on:nm=2:newcnf=on:nwc=1.2:stl=30:sos=on:sac=on:sp=reverse_arity:updr=off_38 on theBenchmark 98.46/97.13 % Refutation not found, incomplete strategy 98.46/97.13 % ------------------------------ 98.46/97.13 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 98.46/97.13 % Termination reason: Refutation not found, incomplete strategy 98.46/97.13 98.46/97.13 % Memory used [KB]: 10618 98.46/97.13 % Time elapsed: 0.005 s 98.46/97.13 % ------------------------------ 98.46/97.13 % ------------------------------ 98.46/97.16 % lrs+10_4_bsr=on:holscev=on:sp=occurrence:foolp=on:lma=on:urr=on:nwc=4:afea=on:cond=fast:lcm=reverse:en=on:combelim=inference_rules:av=off:aup=on:gsp=input_only:er=filter:cunif=on_8 on theBenchmark 99.53/98.26 % Time limit reached! 99.53/98.26 % ------------------------------ 99.53/98.26 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 99.53/98.26 % Termination reason: Time limit 99.53/98.26 % Termination phase: Saturation 99.53/98.26 99.53/98.26 % Memory used [KB]: 12409 99.53/98.26 % Time elapsed: 1.100 s 99.53/98.26 % ------------------------------ 99.53/98.26 % ------------------------------ 99.64/98.29 % dis+10_4_bsr=on:holscev=on:sp=occurrence:foolp=on:addc=function_of_input:lma=on:urr=on:nwc=4:cond=fast:lcm=reverse:combelim=inference_rules:av=off:fsr=off:cadd=sort:gsp=input_only:er=filter:cunif=on_8 on theBenchmark 100.69/99.39 % Time limit reached! 100.69/99.39 % ------------------------------ 100.69/99.39 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 100.69/99.39 % Termination reason: Time limit 100.69/99.39 % Termination phase: Saturation 100.69/99.39 100.69/99.39 % Memory used [KB]: 17398 100.69/99.39 % Time elapsed: 1.100 s 100.69/99.39 % ------------------------------ 100.69/99.39 % ------------------------------ 100.78/99.42 % lrs+1011_4:1_anc=none:stl=300d:holscev=on:sp=reverse_arity:foolp=on:lma=on:afp=40000:nwc=2.5:holcelim=on:updr=off:afea=on:cond=on:lcm=reverse:add=large:en=on:combelim=both:amm=off:nm=4:fsr=off:afq=1.4:afr=on:er=known:cunif=on_2 on theBenchmark 100.78/99.91 % Time limit reached! 100.78/99.91 % ------------------------------ 100.78/99.91 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 100.78/99.91 % Termination reason: Time limit 100.78/99.91 % Termination phase: Saturation 100.78/99.91 100.78/99.91 % Memory used [KB]: 14583 100.78/99.91 % Time elapsed: 0.500 s 100.78/99.91 % ------------------------------ 100.78/99.91 % ------------------------------ 101.31/99.94 % lrs+1003_1024_anc=none:stl=300d:holscev=on:sp=reverse_arity:foolp=on:lma=on:afp=1000:nwc=2.5:holcelim=on:updr=off:afea=on:cond=on:add=large:en=on:combelim=inference_rules:amm=sco:nm=4:fsr=off:afq=1.4:afr=on:er=known_2 on theBenchmark 101.32/100.44 % Time limit reached! 101.32/100.44 % ------------------------------ 101.32/100.44 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 101.32/100.44 % Termination reason: Time limit 101.32/100.44 % Termination phase: Saturation 101.32/100.44 101.32/100.44 % Memory used [KB]: 18421 101.32/100.44 % Time elapsed: 0.500 s 101.32/100.44 % ------------------------------ 101.32/100.44 % ------------------------------ 101.32/100.47 % lrs+2_4:1_anc=all_dependent:stl=300d:holscev=on:sp=reverse_arity:foolp=on:addc=user:lma=on:urr=on:afp=1000:gs=on:nwc=1.5:holcelim=on:updr=off:afea=on:lcm=reverse:combelim=both:sd=1:aac=none:amm=sco:afq=1.4:uhcvi=on:ss=axioms:cunif=on_11 on theBenchmark 103.10/101.77 % Time limit reached! 103.10/101.77 % ------------------------------ 103.10/101.77 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 103.10/101.77 % Termination reason: Time limit 103.10/101.77 % Termination phase: Saturation 103.10/101.77 103.10/101.77 % Memory used [KB]: 23922 103.10/101.77 % Time elapsed: 1.300 s 103.10/101.77 % ------------------------------ 103.10/101.77 % ------------------------------ 103.20/101.80 % lrs-1002_4:1_stl=300d:fde=none:holscev=on:sp=reverse_arity:foolp=on:lma=on:urr=on:afp=1000:gs=on:nwc=1.5:holcelim=on:updr=off:afea=on:lcm=reverse:combelim=inference_rules:sd=5:amm=sco:bd=off:fsr=off:afq=1.4:uhcvi=on:ss=axioms_11 on theBenchmark 103.20/101.80 % Refutation not found, incomplete strategy 103.20/101.80 % ------------------------------ 103.20/101.80 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 103.20/101.80 % Termination reason: Refutation not found, incomplete strategy 103.20/101.80 103.20/101.80 % Memory used [KB]: 10490 103.20/101.80 % Time elapsed: 0.004 s 103.20/101.80 % ------------------------------ 103.20/101.80 % ------------------------------ 103.24/101.83 % lrs+1010_5:4_anc=none:irw=on:stl=300d:e2e=off:ile=on:holscev=on:sp=occurrence:foolp=on:urr=on:afp=100000:holcelim=on:sac=on:afea=on:cond=on:lcm=predicate:en=on:combelim=inference_rules:nm=64:fsr=off:afq=1.2_2 on theBenchmark 103.71/102.33 % Time limit reached! 103.71/102.33 % ------------------------------ 103.71/102.33 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 103.71/102.33 % Termination reason: Time limit 103.71/102.33 % Termination phase: Saturation 103.71/102.33 103.71/102.33 % Memory used [KB]: 18038 103.71/102.33 % Time elapsed: 0.500 s 103.71/102.33 % ------------------------------ 103.71/102.33 % ------------------------------ 103.71/102.36 % lrs+1011_7_anc=all:stl=300d:holscev=on:foolp=on:lma=on:afp=40000:nwc=1.3:holcelim=on:updr=off:cond=on:add=large:combelim=inference_rules:bs=on:amm=off:nm=4:fsr=off:csl=actual:afq=1.4:afr=on:er=known_2 on theBenchmark 103.77/102.86 % Time limit reached! 103.77/102.86 % ------------------------------ 103.77/102.86 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 103.77/102.86 % Termination reason: Time limit 103.77/102.86 % Termination phase: Saturation 103.77/102.86 103.77/102.86 % Memory used [KB]: 21748 103.77/102.86 % Time elapsed: 0.500 s 103.77/102.86 % ------------------------------ 103.77/102.86 % ------------------------------ 103.77/102.89 % ott+1002_8:1_cunif=on:en=on:foolp=on:holcelim=on:holscev=on:combelim=inference_rules:afea=on:add=off:afr=on:afp=100000:afq=1.1:amm=off:anc=none:bd=off:bs=unit_only:fsr=off:gs=on:gsem=off:nm=32:nwc=10:sas=z3:sp=occurrence:urr=on:updr=off_17 on theBenchmark 106.21/104.78 % Time limit reached! 106.21/104.78 % ------------------------------ 106.21/104.78 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 106.21/104.78 % Termination reason: Time limit 106.21/104.78 % Termination phase: Saturation 106.21/104.78 106.21/104.78 % Memory used [KB]: 19445 106.21/104.78 % Time elapsed: 1.900 s 106.21/104.78 % ------------------------------ 106.21/104.78 % ------------------------------ 106.21/104.82 % lrs+3_5:4_anc=all:irw=on:stl=300d:ile=on:holscev=on:sp=reverse_arity:foolp=on:urr=on:afp=100000:holcelim=on:cond=on:combelim=inference_rules:nm=64:fsr=off:afq=1.2_2 on theBenchmark 106.76/105.31 % Time limit reached! 106.76/105.31 % ------------------------------ 106.76/105.31 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 106.76/105.31 % Termination reason: Time limit 106.76/105.31 % Termination phase: Saturation 106.76/105.31 106.76/105.31 % Memory used [KB]: 13176 106.76/105.31 % Time elapsed: 0.500 s 106.76/105.31 % ------------------------------ 106.76/105.31 % ------------------------------ 106.81/105.34 % lrs+1_5_anc=none:bsr=on:stl=300d:holscev=on:sp=reverse_arity:foolp=on:lma=on:afp=100000:nwc=2.5:holcelim=on:updr=off:afea=on:cond=on:add=large:en=on:combelim=inference_rules:amm=off:nm=4:fsr=off:afq=1.4:afr=on:er=known:cunif=on_2 on theBenchmark 107.26/105.84 % Time limit reached! 107.26/105.84 % ------------------------------ 107.26/105.84 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 107.26/105.84 % Termination reason: Time limit 107.26/105.84 % Termination phase: Saturation 107.26/105.84 107.26/105.84 % Memory used [KB]: 11897 107.26/105.84 % Time elapsed: 0.500 s 107.26/105.84 % ------------------------------ 107.26/105.84 % ------------------------------ 107.26/105.87 % lrs-3_4:1_stl=300d:fde=none:holscev=on:sp=reverse_arity:foolp=on:lma=on:urr=on:afp=1000:gs=on:nwc=1.5:updr=off:afea=on:lcm=reverse:add=large:combelim=inference_rules:sd=1:amm=sco:aup=on:afq=1.4:uhcvi=on:ss=axioms:cunif=on_11 on theBenchmark 108.60/107.17 % Time limit reached! 108.60/107.17 % ------------------------------ 108.60/107.17 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 108.60/107.17 % Termination reason: Time limit 108.60/107.17 % Termination phase: Saturation 108.60/107.17 108.60/107.17 % Memory used [KB]: 20724 108.60/107.17 % Time elapsed: 1.300 s 108.60/107.17 % ------------------------------ 108.60/107.17 % ------------------------------ 108.68/107.20 % ott+11_16_irw=on:drc=off:holscev=on:sp=reverse_arity:foolp=on:lma=on:gs=on:nwc=1.5:newcnf=on:gsem=on:cond=on:en=on:combelim=both:bd=off:nm=64:av=off:cunif=on_16 on theBenchmark 110.47/109.00 % Time limit reached! 110.47/109.00 % ------------------------------ 110.47/109.00 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 110.47/109.00 % Termination reason: Time limit 110.47/109.00 % Termination phase: Saturation 110.47/109.00 110.47/109.00 % Memory used [KB]: 30958 110.47/109.00 % Time elapsed: 1.800 s 110.47/109.00 % ------------------------------ 110.47/109.00 % ------------------------------ 110.53/109.03 % lrs+1011_7_anc=none:stl=300d:holscev=on:foolp=on:addc=user:lma=on:afp=4000:nwc=2.5:holcelim=on:updr=off:cond=on:lcm=reverse:add=large:en=on:combelim=inference_rules:amm=off:bd=off:nm=4:fsr=off:afq=1.4:afr=on:er=known:cunif=on_2 on theBenchmark 111.05/109.53 % Time limit reached! 111.05/109.53 % ------------------------------ 111.05/109.53 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 111.05/109.53 % Termination reason: Time limit 111.05/109.53 % Termination phase: Saturation 111.05/109.53 111.05/109.53 % Memory used [KB]: 17270 111.05/109.53 % Time elapsed: 0.500 s 111.05/109.53 % ------------------------------ 111.05/109.53 % ------------------------------ 111.07/109.56 % dis+10_4_bsr=on:sas=vampire:fde=none:holscev=on:sp=occurrence:foolp=on:addc=function_of_input:lma=on:urr=on:nwc=5:holcelim=on:afea=on:cond=fast:lcm=reverse:en=on:combelim=both:av=off:csl=actual:gsp=input_only:er=filter_8 on theBenchmark 112.16/110.66 % Time limit reached! 112.16/110.66 % ------------------------------ 112.16/110.66 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 112.16/110.66 % Termination reason: Time limit 112.16/110.66 % Termination phase: Saturation 112.16/110.66 112.16/110.66 % Memory used [KB]: 26097 112.16/110.66 % Time elapsed: 1.100 s 112.16/110.66 % ------------------------------ 112.16/110.66 % ------------------------------ 112.16/110.69 % dis+1011_7_bsr=on:stl=300d:e2e=off:holscev=on:sp=reverse_arity:foolp=on:addc=user:lma=on:afp=40000:nwc=2.5:updr=off:afea=on:cond=on:add=large:en=on:combelim=inference_rules:amm=off:nm=4:fsr=off:afq=1.4:afr=on:er=known_2 on theBenchmark 112.24/111.18 % Time limit reached! 112.24/111.18 % ------------------------------ 112.24/111.18 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 112.24/111.18 % Termination reason: Time limit 112.24/111.18 % Termination phase: Saturation 112.24/111.18 112.24/111.18 % Memory used [KB]: 22259 112.24/111.18 % Time elapsed: 0.500 s 112.24/111.18 % ------------------------------ 112.24/111.18 % ------------------------------ 112.79/111.22 % lrs+1011_7_anc=none:stl=300d:holscev=on:sp=reverse_arity:foolp=on:addc=function_of_input:lma=on:afp=40000:nwc=2.5:holcelim=on:updr=off:add=large:en=on:combelim=inference_rules:amm=off:nm=4:fsr=off:cadd=order:afq=1.4:afr=on:er=known:cunif=on_2 on theBenchmark 113.26/111.71 % Time limit reached! 113.26/111.71 % ------------------------------ 113.26/111.71 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 113.26/111.71 % Termination reason: Time limit 113.26/111.71 % Termination phase: Saturation 113.26/111.71 113.26/111.71 % Memory used [KB]: 13560 113.26/111.71 % Time elapsed: 0.500 s 113.26/111.71 % ------------------------------ 113.26/111.71 % ------------------------------ 113.26/111.74 % lrs-3_4:1_stl=300d:fde=none:holscev=on:sp=reverse_arity:foolp=on:lma=on:urr=on:afp=1000:gs=on:nwc=2.5:holcelim=on:updr=off:lcm=reverse:en=on:combelim=inference_rules:sd=1:amm=off:aup=on:afq=1.4:uhcvi=on:ss=axioms:cunif=on_11 on theBenchmark 113.26/111.75 % Refutation not found, incomplete strategy 113.26/111.75 % ------------------------------ 113.26/111.75 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 113.26/111.75 % Termination reason: Refutation not found, incomplete strategy 113.26/111.75 113.26/111.75 % Memory used [KB]: 10362 113.26/111.75 % Time elapsed: 0.004 s 113.26/111.75 % ------------------------------ 113.26/111.75 % ------------------------------ 113.26/111.78 % lrs+1011_40_anc=none:stl=300d:holscev=on:sp=reverse_arity:foolp=on:lma=on:afp=40000:nwc=1.2:holcelim=on:updr=off:afea=on:cond=on:add=large:combelim=inference_rules:amm=off:nm=4:fsr=off:afq=1.4:afr=on:er=known_2 on theBenchmark 113.80/112.28 % Time limit reached! 113.80/112.28 % ------------------------------ 113.80/112.28 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 113.80/112.28 % Termination reason: Time limit 113.80/112.28 % Termination phase: Saturation 113.80/112.28 113.80/112.28 % Memory used [KB]: 13048 113.80/112.28 % Time elapsed: 0.500 s 113.80/112.28 % ------------------------------ 113.80/112.28 % ------------------------------ 113.88/112.31 % dis+10_4_bsr=on:fde=none:holscev=on:sp=occurrence:foolp=on:lma=on:nwc=4:holcelim=on:cond=fast:lcm=reverse:en=on:combelim=both:av=off:gsp=input_only:er=known:cunif=on_8 on theBenchmark 113.88/112.31 % Refutation not found, incomplete strategy 113.88/112.31 % ------------------------------ 113.88/112.31 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 113.88/112.31 % Termination reason: Refutation not found, incomplete strategy 113.88/112.31 113.88/112.31 % Memory used [KB]: 1663 113.88/112.31 % Time elapsed: 0.007 s 113.88/112.31 % ------------------------------ 113.88/112.31 % ------------------------------ 113.88/112.34 % dis+1011_7_anc=none:stl=300d:holscev=on:sp=reverse_arity:foolp=on:addc=function_of_input:lma=on:afp=1000:nwc=2.5:holcelim=on:updr=off:cond=fast:add=off:combelim=inference_rules:extensionality_max_length=2:amm=off:nm=4:fsr=off:aup=on:afq=1.4:afr=on:er=known_2 on theBenchmark 114.40/112.84 % Time limit reached! 114.40/112.84 % ------------------------------ 114.40/112.84 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 114.40/112.84 % Termination reason: Time limit 114.40/112.84 % Termination phase: Saturation 114.40/112.84 114.40/112.84 % Memory used [KB]: 18805 114.40/112.84 % Time elapsed: 0.500 s 114.40/112.84 % ------------------------------ 114.40/112.84 % ------------------------------ 114.40/112.87 % lrs+1011_7_stl=300d:holscev=on:foolp=on:lma=on:afp=40000:nwc=2.5:holcelim=on:updr=off:afea=on:cond=on:add=large:combelim=inference_rules:bs=on:amm=off:nm=4:fsr=off:aup=on:afq=1.4:afr=on:er=known:cunif=on_2 on theBenchmark 114.95/113.37 % Time limit reached! 114.95/113.37 % ------------------------------ 114.95/113.37 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 114.95/113.37 % Termination reason: Time limit 114.95/113.37 % Termination phase: Saturation 114.95/113.37 114.95/113.37 % Memory used [KB]: 19701 114.95/113.37 % Time elapsed: 0.500 s 114.95/113.37 % ------------------------------ 114.95/113.37 % ------------------------------ 114.95/113.40 % ott+11_16_erd=off:sas=z3:irw=on:holscev=on:sp=reverse_arity:foolp=on:lma=on:gs=on:nwc=1.3:holcelim=on:afea=on:newcnf=on:gsem=on:en=on:nm=64:av=off_16 on theBenchmark 116.73/115.19 % Time limit reached! 116.73/115.19 % ------------------------------ 116.73/115.19 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 116.73/115.19 % Termination reason: Time limit 116.73/115.19 % Termination phase: Saturation 116.73/115.19 116.73/115.19 % Memory used [KB]: 15479 116.73/115.19 % Time elapsed: 1.800 s 116.73/115.19 % ------------------------------ 116.73/115.19 % ------------------------------ 116.83/115.23 % lrs+1011_7_anc=none:stl=300d:holscev=on:foolp=on:lma=on:afp=40000:nwc=2.5:holcelim=on:updr=off:afea=on:cond=on:add=large:combelim=inference_rules:amm=off:nm=4:fsr=off:csl=3:afq=1.4:afr=on:er=known_2 on theBenchmark 117.35/115.73 % Time limit reached! 117.35/115.73 % ------------------------------ 117.35/115.73 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 117.35/115.73 % Termination reason: Time limit 117.35/115.73 % Termination phase: Saturation 117.35/115.73 117.35/115.73 % Memory used [KB]: 17142 117.35/115.73 % Time elapsed: 0.500 s 117.35/115.73 % ------------------------------ 117.35/115.73 % ------------------------------ 117.38/115.76 % ott+1002_8:1_anc=none:sas=z3:e2e=off:holscev=on:sp=occurrence:foolp=on:urr=on:afp=100000:gs=on:nwc=2.5:holcelim=on:updr=off:afea=on:gsem=off:add=off:en=on:combelim=inference_rules:bs=on:amm=off:bd=off:nm=32:fsr=off:aup=on:afq=1.1:afr=on_300 on theBenchmark 117.63/115.99 % Refutation found. Thanks to Tanya! 117.63/115.99 % SZS status Theorem for theBenchmark 117.63/115.99 % SZS output start Proof for theBenchmark 117.63/115.99 4. mnot = ^[X3 : ($i > $o), X2 : $i] : ~(X3 @ X2) [input] 117.63/115.99 6. mand = ^[X3 : ($i > $o), X4 : ($i > $o), X2 : $i] : (X4 @ X2) & (X3 @ X2) [input] 117.63/115.99 7. mimplies = ^[X3 : ($i > $o), X4 : ($i > $o), X2 : $i] : (X3 @ X2) => (X4 @ X2) [input] 117.63/115.99 9. mequiv = ^[X3 : ($i > $o), X4 : ($i > $o), X2 : $i] : (X3 @ X2) <=> (X4 @ X2) [input] 117.63/115.99 11. mforall_ind = ^[X3 : (mu > ($i > $o)), X2 : $i] : ! [X0 : mu] : ((X3 @ X0) @ X2) [input] 117.63/115.99 12. mforall_indset = ^[X3 : ((mu > ($i > $o)) > ($i > $o)), X2 : $i] : ! [X0 : (mu > ($i > $o))] : ((X3 @ X0) @ X2) [input] 117.63/115.99 17. mbox_generic = ^[X6 : ($i > ($i > $o)), X3 : ($i > $o), X2 : $i] : ! [X7] : ((X3 @ X7) | ~((X6 @ X2) @ X7)) [input] 117.63/115.99 19. mbox = (mbox_generic @ rel) [input] 117.63/115.99 21. mvalid = ^[X3 : ($i > $o)] : ! [X2] : (X3 @ X2) [input] 117.63/115.99 23. god = ^[X0 : mu] : (mforall_indset @ ^[X3 : (mu > ($i > $o))] : ((mimplies @ (positive @ X3)) @ (X3 @ X0))) [input] 117.63/115.99 24. essence = ^[X3 : (mu > ($i > $o)), X0 : mu] : ((mand @ (X3 @ X0)) @ (mforall_indset @ ^[X4 : (mu > ($i > $o))] : ((mimplies @ (X4 @ X0)) @ (mbox @ (mforall_ind @ ^[X1 : mu] : ((mimplies @ (X3 @ X1)) @ (X4 @ X1))))))) [input] 117.63/115.99 25. (mvalid @ (mforall_ind @ ^[X0 : mu] : ((mimplies @ (god @ X0)) @ ((essence @ god) @ X0)))) [input] 117.63/115.99 26. ~(mvalid @ (mforall_ind @ ^[X0 : mu] : ((mimplies @ (god @ X0)) @ ((essence @ god) @ X0)))) [negated conjecture 25] 117.63/115.99 27. (mvalid @ (mforall_indset @ ^[X3 : (mu > ($i > $o))] : ((mimplies @ (positive @ X3)) @ (mbox @ (positive @ X3))))) [input] 117.63/115.99 28. (mvalid @ (mforall_indset @ ^[X3 : (mu > ($i > $o))] : ((mequiv @ (positive @ ^[X0 : mu] : (mnot @ (X3 @ X0)))) @ (mnot @ (positive @ X3))))) [input] 117.63/115.99 29. ($false != $true) (TD) [fool axiom] 117.63/115.99 30. ~(mvalid @ (mforall_ind @ ^[X0 : mu] : ((mimplies @ (god @ X0)) @ ((essence @ god) @ X0)))) [rectify 26] 117.63/115.99 31. ~($true = mvalid @ (mforall_ind @ (sCOMB_21 @ (bCOMB_20 @ mimplies @ god) @ (essence @ god)))) [fool elimination 30] 117.63/115.99 54. essence = ^[X0 : (mu > ($i > $o)), X1 : mu] : ((mand @ (X0 @ X1)) @ (mforall_indset @ ^[X2 : (mu > ($i > $o))] : ((mimplies @ (X2 @ X1)) @ (mbox @ (mforall_ind @ ^[X3 : mu] : ((mimplies @ (X0 @ X3)) @ (X2 @ X3))))))) [rectify 24] 117.63/115.99 55. essence = sCOMB_116 @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ mand)) @ (bCOMB_114 @ (bCOMB_101 @ mforall_indset) @ (bCOMB_112 @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ mimplies) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_110 @ (bCOMB_85 @ mbox) @ (bCOMB_108 @ (bCOMB_83 @ mforall_ind) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ mimplies)))))) [fool elimination 54] 117.63/115.99 56. mand = ^[X0 : ($i > $o), X1 : ($i > $o), X2 : $i] : (X1 @ X2) & (X0 @ X2) [rectify 6] 117.63/115.99 57. mand = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55) [fool elimination 56] 117.63/115.99 58. mequiv = ^[X0 : ($i > $o), X1 : ($i > $o), X2 : $i] : (X0 @ X2) <=> (X1 @ X2) [rectify 9] 117.63/115.99 59. mequiv = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIFF_55) [fool elimination 58] 117.63/115.99 60. mbox_generic = ^[X0 : ($i > ($i > $o)), X1 : ($i > $o), X2 : $i] : ! [X3] : ((X1 @ X3) | ~((X0 @ X2) @ X3)) [rectify 17] 117.63/115.99 61. mbox_generic = bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) [fool elimination 60] 117.63/115.99 64. mbox = mbox_generic @ rel [fool elimination 19] 117.63/115.99 65. god = ^[X0 : mu] : (mforall_indset @ ^[X1 : (mu > ($i > $o))] : ((mimplies @ (positive @ X1)) @ (X1 @ X0))) [rectify 23] 117.63/115.99 66. god = bCOMB_101 @ mforall_indset @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ mimplies @ positive)) @ (cCOMB_88 @ iCOMB_17)) [fool elimination 65] 117.63/115.99 67. mnot = ^[X0 : ($i > $o), X1 : $i] : ~(X0 @ X1) [rectify 4] 117.63/115.99 68. mnot = bCOMB_23 @ vNOT_22 [fool elimination 67] 117.63/115.99 69. mforall_ind = ^[X0 : (mu > ($i > $o)), X1 : $i] : ! [X2 : mu] : ((X0 @ X2) @ X1) [rectify 11] 117.63/115.99 70. mforall_ind = bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44 [fool elimination 69] 117.63/115.99 71. mvalid = ^[X0 : ($i > $o)] : ! [X1] : (X0 @ X1) [rectify 21] 117.63/115.99 72. mvalid = vPI_16 [fool elimination 71] 117.63/115.99 73. mforall_indset = ^[X0 : ((mu > ($i > $o)) > ($i > $o)), X1 : $i] : ! [X2 : (mu > ($i > $o))] : ((X0 @ X2) @ X1) [rectify 12] 117.63/115.99 74. mforall_indset = bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36 [fool elimination 73] 117.63/115.99 75. mimplies = ^[X0 : ($i > $o), X1 : ($i > $o), X2 : $i] : (X0 @ X2) => (X1 @ X2) [rectify 7] 117.63/115.99 76. mimplies = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55) [fool elimination 75] 117.63/115.99 77. (mvalid @ (mforall_indset @ ^[X0 : (mu > ($i > $o))] : ((mequiv @ (positive @ ^[X1 : mu] : (mnot @ (X0 @ X1)))) @ (mnot @ (positive @ X0))))) [rectify 28] 117.63/115.99 78. ($true = mvalid @ (mforall_indset @ (sCOMB_91 @ (bCOMB_90 @ mequiv @ (bCOMB_83 @ positive @ (bCOMB_143 @ mnot))) @ (bCOMB_85 @ mnot @ positive)))) [fool elimination 77] 117.63/115.99 79. (mvalid @ (mforall_indset @ ^[X0 : (mu > ($i > $o))] : ((mimplies @ (positive @ X0)) @ (mbox @ (positive @ X0))))) [rectify 27] 117.63/115.99 80. ($true = mvalid @ (mforall_indset @ (sCOMB_91 @ (bCOMB_90 @ mimplies @ positive) @ (bCOMB_85 @ mbox @ positive)))) [fool elimination 79] 117.63/115.99 81. ! [X0 : ($i > $o),X1 : ($i > $o)] : (! [X2] : (X0 @ X2 = X1 @ X2) => X0 = X1) [functional extensionality axiom] 117.63/115.99 93. ($true != mvalid @ (mforall_ind @ (sCOMB_21 @ (bCOMB_20 @ mimplies @ god) @ (essence @ god)))) [flattening 31] 117.63/115.99 105. ! [X0 : ($i > $o),X1 : ($i > $o)] : (X0 = X1 | ? [X2] : (X0 @ X2 != X1 @ X2)) [ennf transformation 81] 117.63/115.99 128. ! [X1 : ($i > $o),X0 : ($i > $o)] : (? [X2] : (X0 @ X2 != X1 @ X2) => (X0 @ (sK11 @ X1 @ X0) != X1 @ (sK11 @ X1 @ X0))) [choice axiom] 117.63/115.99 129. ! [X0 : ($i > $o),X1 : ($i > $o)] : (X0 = X1 | (X0 @ (sK11 @ X1 @ X0) != X1 @ (sK11 @ X1 @ X0))) [skolemisation 105,128] 117.63/115.99 141. (X0 @ (sK11 @ X1 @ X0) != X1 @ (sK11 @ X1 @ X0)) | X0 = X1 [cnf transformation 129] 117.63/115.99 142. ($true != mvalid @ (mforall_ind @ (sCOMB_21 @ (bCOMB_20 @ mimplies @ god) @ (essence @ god)))) [cnf transformation 93] 117.63/115.99 155. essence = sCOMB_116 @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ mand)) @ (bCOMB_114 @ (bCOMB_101 @ mforall_indset) @ (bCOMB_112 @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ mimplies) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_110 @ (bCOMB_85 @ mbox) @ (bCOMB_108 @ (bCOMB_83 @ mforall_ind) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ mimplies)))))) [cnf transformation 55] 117.63/115.99 156. mand = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55) [cnf transformation 57] 117.63/115.99 157. mequiv = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIFF_55) [cnf transformation 59] 117.63/115.99 158. mbox_generic = bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) [cnf transformation 61] 117.63/115.99 160. mbox = mbox_generic @ rel [cnf transformation 64] 117.63/115.99 161. god = bCOMB_101 @ mforall_indset @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ mimplies @ positive)) @ (cCOMB_88 @ iCOMB_17)) [cnf transformation 66] 117.63/115.99 162. mnot = bCOMB_23 @ vNOT_22 [cnf transformation 68] 117.63/115.99 163. mforall_ind = bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44 [cnf transformation 70] 117.63/115.99 164. mvalid = vPI_16 [cnf transformation 72] 117.63/115.99 165. mforall_indset = bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36 [cnf transformation 74] 117.63/115.99 166. mimplies = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55) [cnf transformation 76] 117.63/115.99 167. ($true = mvalid @ (mforall_indset @ (sCOMB_91 @ (bCOMB_90 @ mequiv @ (bCOMB_83 @ positive @ (bCOMB_143 @ mnot))) @ (bCOMB_85 @ mnot @ positive)))) [cnf transformation 78] 117.63/115.99 168. ($true = mvalid @ (mforall_indset @ (sCOMB_91 @ (bCOMB_90 @ mimplies @ positive) @ (bCOMB_85 @ mbox @ positive)))) [cnf transformation 80] 117.63/115.99 169. mbox = bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel [definition unfolding 160,158] 117.63/115.99 171. god = bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) [definition unfolding 161,165,166] 117.63/115.99 172. essence = sCOMB_116 @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)))) @ (bCOMB_114 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36)) @ (bCOMB_112 @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_110 @ (bCOMB_85 @ (bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel)) @ (bCOMB_108 @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44)) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)))))))) [definition unfolding 155,156,165,166,169,163,166] 117.63/115.99 173. ($true != vPI_16 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (sCOMB_116 @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)))) @ (bCOMB_114 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36)) @ (bCOMB_112 @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_110 @ (bCOMB_85 @ (bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel)) @ (bCOMB_108 @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44)) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)))))))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))) [definition unfolding 142,164,163,166,171,172,171] 117.63/115.99 174. ($true = vPI_16 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIFF_55)) @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22)))) @ (bCOMB_85 @ (bCOMB_23 @ vNOT_22) @ positive)))) [definition unfolding 167,164,165,157,162,162] 117.63/115.99 175. ($true = vPI_16 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (bCOMB_85 @ (bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel) @ positive)))) [definition unfolding 168,164,165,166,169] 117.63/115.99 176. ($true = vPI_16 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (bCOMB_85 @ (bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel) @ positive))))) [B combinator elimination 175] 117.63/115.99 177. ($true = vPI_16 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22)))) @ rel)) @ positive))))) [B combinator elimination 176] 117.63/115.99 178. ($true = vPI_16 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))) @ rel))) @ positive))))) [B combinator elimination 177] 117.63/115.99 179. ($true = vPI_16 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22)) @ rel)))) @ positive))))) [B combinator elimination 178] 117.63/115.99 180. ($true = vPI_16 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ positive))))) [B combinator elimination 179] 117.63/115.99 181. ($true = bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ positive))) @ X1) [HOL PI constant elimination 180] 117.63/115.99 182. ($true = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ positive)) @ X1)) [B combinator elimination 181] 117.63/115.99 183. ($true = cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ positive)) @ X1 @ X2) [HOL PI constant elimination 182] 117.63/115.99 184. ($true = sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ positive) @ X2 @ X1) [C combinator elimination 183] 117.63/115.99 185. ($true = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ X2 @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ positive @ X2) @ X1) [S combinator elimination 184] 117.63/115.99 186. ($true = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ X2 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel)))) @ (positive @ X2)) @ X1) [B combinator elimination 185] 117.63/115.99 187. ($true = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ X2 @ (bCOMB_128 @ vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (positive @ X2))) @ X1) [B combinator elimination 186] 117.63/115.99 188. ($true = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55) @ (positive @ X2) @ (bCOMB_128 @ vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (positive @ X2))) @ X1) [B combinator elimination 187] 117.63/115.99 189. ($true = sCOMB_59 @ (bCOMB_58 @ vIMP_55 @ (positive @ X2)) @ (bCOMB_128 @ vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (positive @ X2))) @ X1) [B combinator elimination 188] 117.63/115.99 190. ($true = bCOMB_58 @ vIMP_55 @ (positive @ X2) @ X1 @ (bCOMB_128 @ vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (positive @ X2)) @ X1)) [S combinator elimination 189] 117.63/115.99 191. ($true = bCOMB_58 @ vIMP_55 @ (positive @ X2) @ X1 @ (vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (positive @ X2) @ X1))) [B combinator elimination 190] 117.63/115.99 192. ($true = bCOMB_58 @ vIMP_55 @ (positive @ X2) @ X1 @ (vPI_16 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel)) @ X1 @ (positive @ X2)))) [C combinator elimination 191] 117.63/115.99 193. ($true = bCOMB_58 @ vIMP_55 @ (positive @ X2) @ X1 @ (vPI_16 @ (sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel) @ X1) @ (positive @ X2)))) [B combinator elimination 192] 117.63/115.99 194. ($true = bCOMB_58 @ vIMP_55 @ (positive @ X2) @ X1 @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel @ X1)) @ (positive @ X2)))) [B combinator elimination 193] 117.63/115.99 195. ($true = bCOMB_58 @ vIMP_55 @ (positive @ X2) @ X1 @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ X1))) @ (positive @ X2)))) [B combinator elimination 194] 117.63/115.99 196. ($true = vIMP_55 @ (positive @ X2 @ X1) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ X1))) @ (positive @ X2)))) [B combinator elimination 195] 117.63/115.99 197. ($false = positive @ X2 @ X1) | ($true = vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ X1))) @ (positive @ X2))) [HOL binary constant elimination 196] 117.63/115.99 198. ($false = positive @ X2 @ X1) | ($true = sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ X1))) @ (positive @ X2) @ X3) [HOL PI constant elimination 197] 117.63/115.99 199. ($false = positive @ X2 @ X1) | ($true = bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ X1)) @ X3 @ (positive @ X2 @ X3)) [S combinator elimination 198] 117.63/115.99 200. ($false = positive @ X2 @ X1) | ($true = vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ X1) @ X3) @ (positive @ X2 @ X3)) [B combinator elimination 199] 117.63/115.99 201. ($false = positive @ X2 @ X1) | ($true = vOR_55 @ (vNOT_22 @ (rel @ X1 @ X3)) @ (positive @ X2 @ X3)) [B combinator elimination 200] 117.63/115.99 202. ($false = positive @ X2 @ X1) | ($true = vNOT_22 @ (rel @ X1 @ X3)) | ($true = positive @ X2 @ X3) [HOL binary constant elimination 201] 117.63/115.99 203. ($true = positive @ X2 @ X3) | ($false = rel @ X1 @ X3) | ($false = positive @ X2 @ X1) [HOL not constant elimination 202] 117.63/115.99 204. ($true = vPI_16 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIFF_55)) @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22)))) @ (bCOMB_85 @ (bCOMB_23 @ vNOT_22) @ positive))))) [B combinator elimination 174] 117.63/115.99 205. ($true = bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIFF_55)) @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22)))) @ (bCOMB_85 @ (bCOMB_23 @ vNOT_22) @ positive))) @ X1) [HOL PI constant elimination 204] 117.63/115.99 206. ($true = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIFF_55)) @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22)))) @ (bCOMB_85 @ (bCOMB_23 @ vNOT_22) @ positive)) @ X1)) [B combinator elimination 205] 117.63/115.99 207. ($true = cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIFF_55)) @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22)))) @ (bCOMB_85 @ (bCOMB_23 @ vNOT_22) @ positive)) @ X1 @ X2) [HOL PI constant elimination 206] 117.63/115.99 208. ($true = sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIFF_55)) @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22)))) @ (bCOMB_85 @ (bCOMB_23 @ vNOT_22) @ positive) @ X2 @ X1) [C combinator elimination 207] 117.63/115.99 209. ($true = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIFF_55)) @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22))) @ X2 @ (bCOMB_85 @ (bCOMB_23 @ vNOT_22) @ positive @ X2) @ X1) [S combinator elimination 208] 117.63/115.99 210. ($true = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIFF_55)) @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22))) @ X2 @ (bCOMB_23 @ vNOT_22 @ (positive @ X2)) @ X1) [B combinator elimination 209] 117.63/115.99 211. ($true = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIFF_55) @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22)) @ X2) @ (bCOMB_23 @ vNOT_22 @ (positive @ X2)) @ X1) [B combinator elimination 210] 117.63/115.99 212. ($true = sCOMB_59 @ (bCOMB_58 @ vIFF_55 @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22)) @ X2)) @ (bCOMB_23 @ vNOT_22 @ (positive @ X2)) @ X1) [B combinator elimination 211] 117.63/115.99 213. ($true = bCOMB_58 @ vIFF_55 @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22)) @ X2) @ X1 @ (bCOMB_23 @ vNOT_22 @ (positive @ X2) @ X1)) [S combinator elimination 212] 117.63/115.99 214. ($true = bCOMB_58 @ vIFF_55 @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22)) @ X2) @ X1 @ (vNOT_22 @ (positive @ X2 @ X1))) [B combinator elimination 213] 117.63/115.99 215. ($true = vIFF_55 @ (bCOMB_83 @ positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22)) @ X2 @ X1) @ (vNOT_22 @ (positive @ X2 @ X1))) [B combinator elimination 214] 117.63/115.99 216. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2) @ X1) @ (vNOT_22 @ (positive @ X2 @ X1))) [B combinator elimination 215] 117.63/115.99 217. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (sCOMB_116 @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)))) @ (bCOMB_114 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36)) @ (bCOMB_112 @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_110 @ (bCOMB_85 @ (bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel)) @ (bCOMB_108 @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44)) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)))))))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) [B combinator elimination 173] 117.63/115.99 218. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_114 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36)) @ (bCOMB_112 @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_110 @ (bCOMB_85 @ (bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel)) @ (bCOMB_108 @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44)) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))))))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))) [S combinator elimination 217] 117.63/115.99 219. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_112 @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_110 @ (bCOMB_85 @ (bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel)) @ (bCOMB_108 @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44)) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)))))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))))) [B combinator elimination 218] 117.63/115.99 220. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_110 @ (bCOMB_85 @ (bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel)) @ (bCOMB_108 @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44)) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) [B combinator elimination 219] 117.63/115.99 221. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel) @ (bCOMB_108 @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44)) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))))))) [B combinator elimination 220] 117.63/115.99 222. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))))) [B combinator elimination 221] 117.63/115.99 223. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_140 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16)) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))))) @ rel) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))))))))) [B combinator elimination 222] 117.63/115.99 224. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (bCOMB_138 @ cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22)))) @ rel)) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))))))))) [B combinator elimination 223] 117.63/115.99 225. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_136 @ (bCOMB_124 @ sCOMB_59) @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22))) @ rel))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))))))))) [B combinator elimination 224] 117.63/115.99 226. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_134 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55)) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22)) @ rel)))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))))))))) [B combinator elimination 225] 117.63/115.99 227. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_106 @ sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))))))))) [B combinator elimination 226] 117.63/115.99 228. ($true != vPI_16 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))))))))) [B combinator elimination 227] 117.63/115.99 229. ($false = bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))))))) @ sK12) [HOL SIGMA constant elimination 228] 117.63/115.99 230. ($false = vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12)) [B combinator elimination 229] 117.63/115.99 231. ($false = cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12 @ sK13) [HOL SIGMA constant elimination 230] 117.63/115.99 232. ($false = sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))))) @ sK13 @ sK12) [C combinator elimination 231] 117.63/115.99 233. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))) @ sK13) @ sK12) [S combinator elimination 232] 117.63/115.99 234. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK13)) @ sK12) [S combinator elimination 233] 117.63/115.99 235. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36 @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))) @ sK13))) @ sK12) [B combinator elimination 234] 117.63/115.99 236. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (cCOMB_99 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17))) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))) @ sK13)))) @ sK12) [B combinator elimination 235] 117.63/115.99 237. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (bCOMB_97 @ sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17)) @ sK13 @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12) [C combinator elimination 236] 117.63/115.99 238. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_95 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55))) @ (cCOMB_88 @ iCOMB_17) @ sK13) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12) [B combinator elimination 237] 117.63/115.99 239. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12) [B combinator elimination 238] 117.63/115.99 240. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vAND_55) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK13) @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12) [B combinator elimination 239] 117.63/115.99 241. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (sCOMB_59 @ (bCOMB_58 @ vAND_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK13)) @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12) [B combinator elimination 240] 117.63/115.99 242. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (sCOMB_59 @ (bCOMB_58 @ vAND_55 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36 @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17) @ sK13))) @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12) [B combinator elimination 241] 117.63/115.99 243. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (sCOMB_59 @ (bCOMB_58 @ vAND_55 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17) @ sK13)))) @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12) [B combinator elimination 242] 117.63/115.99 244. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK13 @ (sCOMB_59 @ (bCOMB_58 @ vAND_55 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13))))) @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12) [B combinator elimination 243] 117.63/115.99 245. ($false = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK13) @ (sCOMB_59 @ (bCOMB_58 @ vAND_55 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13))))) @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12) [B combinator elimination 244] 117.63/115.99 246. ($false = sCOMB_59 @ (bCOMB_58 @ vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK13)) @ (sCOMB_59 @ (bCOMB_58 @ vAND_55 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13))))) @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))))) @ sK12) [B combinator elimination 245] 117.63/115.99 247. ($false = bCOMB_58 @ vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK13) @ sK12 @ (sCOMB_59 @ (bCOMB_58 @ vAND_55 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13))))) @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))))) @ sK12)) [S combinator elimination 246] 117.63/115.99 248. ($false = bCOMB_58 @ vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK13) @ sK12 @ (bCOMB_58 @ vAND_55 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)))) @ sK12 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))))) @ sK12))) [S combinator elimination 247] 117.63/115.99 249. ($false = bCOMB_58 @ vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK13) @ sK12 @ (bCOMB_58 @ vAND_55 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)))) @ sK12 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12)))) [B combinator elimination 248] 117.63/115.99 250. ($false = bCOMB_58 @ vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK13) @ sK12 @ (vAND_55 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13))) @ sK12) @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12)))) [B combinator elimination 249] 117.63/115.99 251. ($false = bCOMB_58 @ vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK13) @ sK12 @ (vAND_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12)))) [B combinator elimination 250] 117.63/115.99 252. ($false = vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK13 @ sK12) @ (vAND_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12)))) [B combinator elimination 251] 117.63/115.99 253. ($false = vIMP_55 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36 @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17) @ sK13) @ sK12) @ (vAND_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12)))) [B combinator elimination 252] 117.63/115.99 254. ($false = vIMP_55 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17) @ sK13)) @ sK12) @ (vAND_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12)))) [B combinator elimination 253] 117.63/115.99 255. ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17) @ sK13) @ sK12)) @ (vAND_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12)))) [B combinator elimination 254] 117.63/115.99 256. ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vAND_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12)))) [B combinator elimination 255] 117.63/115.99 258. 0 <=> ($false = $true) [avatar definition] 117.63/115.99 261. 1 <=> ($false != $true) [avatar definition] 117.63/115.99 263. ~1 [avatar split clause 29,261] 117.63/115.99 268. 2 <=> ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vAND_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12)))) [avatar definition] 117.63/115.99 269. ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vAND_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12)))) <- {2} [avatar component clause 268] 117.63/115.99 270. 2 [avatar split clause 256,268] 117.63/115.99 283. ($false = X1 @ (sK11 @ X1 @ X0)) | X0 = X1 | ($true != X0 @ (sK11 @ X1 @ X0)) [fool paramodulation 141] 117.63/115.99 289. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2) @ X1) | ($false = vNOT_22 @ (positive @ X2 @ X1)) [HOL binary constant elimination 216] 117.63/115.99 290. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2) @ X1) | ($true = vNOT_22 @ (positive @ X2 @ X1)) [HOL binary constant elimination 216] 117.63/115.99 292. ($true = vIFF_55 @ $true @ (vNOT_22 @ (positive @ X0 @ X1))) | ($false = rel @ X2 @ X1) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) @ X2) [superposition 216,203] 117.63/115.99 293. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) @ X1) @ (vNOT_22 @ $true)) | ($false = rel @ X2 @ X1) | ($false = positive @ X0 @ X2) [superposition 216,203] 117.63/115.99 294. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2) @ X1) | ($false = positive @ X2 @ X1) [HOL not constant elimination 290] 117.63/115.99 295. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2) @ X1) | ($true = positive @ X2 @ X1) [HOL not constant elimination 289] 117.63/115.99 296. ($true = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) <- {2} [HOL binary constant elimination 269] 117.63/115.99 297. ($false = vAND_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12))) <- {2} [HOL binary constant elimination 269] 117.63/115.99 298. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12)) <- {2} [HOL binary constant elimination 297] 117.63/115.99 299. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))))) @ sK12 @ sK14) <- {2} [HOL SIGMA constant elimination 298] 117.63/115.99 300. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))))) @ sK14 @ sK12) <- {2} [C combinator elimination 299] 117.63/115.99 301. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13) @ sK14 @ (bCOMB_85 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))))) @ sK14) @ sK12) <- {2} [S combinator elimination 300] 117.63/115.99 302. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13) @ sK14 @ (bCOMB_130 @ (bCOMB_128 @ vPI_16) @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel)))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))) @ sK14)) @ sK12) <- {2} [B combinator elimination 301] 117.63/115.99 303. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13) @ sK14 @ (bCOMB_128 @ vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (bCOMB_83 @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44) @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))))) @ sK14))) @ sK12) <- {2} [B combinator elimination 302] 117.63/115.99 304. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13) @ sK14 @ (bCOMB_128 @ vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (bCOMB_49 @ (bCOMB_47 @ vPI_45) @ cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))) @ sK12) <- {2} [B combinator elimination 303] 117.63/115.99 305. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (cCOMB_88 @ iCOMB_17 @ sK13) @ sK14 @ (bCOMB_128 @ vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14))))) @ sK12) <- {2} [B combinator elimination 304] 117.63/115.99 306. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55) @ (cCOMB_88 @ iCOMB_17 @ sK13 @ sK14) @ (bCOMB_128 @ vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14))))) @ sK12) <- {2} [B combinator elimination 305] 117.63/115.99 307. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = sCOMB_59 @ (bCOMB_58 @ vIMP_55 @ (cCOMB_88 @ iCOMB_17 @ sK13 @ sK14)) @ (bCOMB_128 @ vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14))))) @ sK12) <- {2} [B combinator elimination 306] 117.63/115.99 308. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_58 @ vIMP_55 @ (cCOMB_88 @ iCOMB_17 @ sK13 @ sK14) @ sK12 @ (bCOMB_128 @ vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))) @ sK12)) <- {2} [S combinator elimination 307] 117.63/115.99 309. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_58 @ vIMP_55 @ (cCOMB_88 @ iCOMB_17 @ sK13 @ sK14) @ sK12 @ (vPI_16 @ (cCOMB_126 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14))) @ sK12))) <- {2} [B combinator elimination 308] 117.63/115.99 310. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_58 @ vIMP_55 @ (cCOMB_88 @ iCOMB_17 @ sK13 @ sK14) @ sK12 @ (vPI_16 @ (bCOMB_124 @ sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel)) @ sK12 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [C combinator elimination 309] 117.63/115.99 311. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_58 @ vIMP_55 @ (cCOMB_88 @ iCOMB_17 @ sK13 @ sK14) @ sK12 @ (vPI_16 @ (sCOMB_59 @ (bCOMB_122 @ (bCOMB_58 @ vOR_55) @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel) @ sK12) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [B combinator elimination 310] 117.63/115.99 312. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_58 @ vIMP_55 @ (cCOMB_88 @ iCOMB_17 @ sK13 @ sK14) @ sK12 @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_120 @ (bCOMB_23 @ vNOT_22) @ rel @ sK12)) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [B combinator elimination 311] 117.63/115.99 313. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = bCOMB_58 @ vIMP_55 @ (cCOMB_88 @ iCOMB_17 @ sK13 @ sK14) @ sK12 @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [B combinator elimination 312] 117.63/115.99 314. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = vIMP_55 @ (cCOMB_88 @ iCOMB_17 @ sK13 @ sK14 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [B combinator elimination 313] 117.63/115.99 315. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = vIMP_55 @ (iCOMB_17 @ sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [C combinator elimination 314] 117.63/115.99 316. ($false = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12)) | ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [I combinator elimination 315] 117.63/115.99 317. ($false = cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12 @ sK15) | ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [HOL SIGMA constant elimination 316] 117.63/115.99 318. ($false = sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13) @ sK15 @ sK12) | ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [C combinator elimination 317] 117.63/115.99 319. ($false = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ sK15 @ (cCOMB_88 @ iCOMB_17 @ sK13 @ sK15) @ sK12) | ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [S combinator elimination 318] 117.63/115.99 320. ($false = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ sK15 @ (iCOMB_17 @ sK15 @ sK13) @ sK12) | ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [C combinator elimination 319] 117.63/115.99 321. ($false = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ sK15 @ (sK15 @ sK13) @ sK12) | ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [I combinator elimination 320] 117.63/115.99 322. ($false = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55) @ (positive @ sK15) @ (sK15 @ sK13) @ sK12) | ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [B combinator elimination 321] 117.63/115.99 323. ($false = sCOMB_59 @ (bCOMB_58 @ vIMP_55 @ (positive @ sK15)) @ (sK15 @ sK13) @ sK12) | ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [B combinator elimination 322] 117.63/115.99 324. ($false = bCOMB_58 @ vIMP_55 @ (positive @ sK15) @ sK12 @ (sK15 @ sK13 @ sK12)) | ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [S combinator elimination 323] 117.63/115.99 325. ($false = vIMP_55 @ (positive @ sK15 @ sK12) @ (sK15 @ sK13 @ sK12)) | ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {2} [B combinator elimination 324] 117.63/115.99 326. ($true = cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13)) @ sK12 @ X1) <- {2} [HOL PI constant elimination 296] 117.63/115.99 327. ($true = sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK13) @ X1 @ sK12) <- {2} [C combinator elimination 326] 117.63/115.99 328. ($true = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ X1 @ (cCOMB_88 @ iCOMB_17 @ sK13 @ X1) @ sK12) <- {2} [S combinator elimination 327] 117.63/115.99 329. ($true = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ X1 @ (iCOMB_17 @ X1 @ sK13) @ sK12) <- {2} [C combinator elimination 328] 117.63/115.99 330. ($true = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ X1 @ (X1 @ sK13) @ sK12) <- {2} [I combinator elimination 329] 117.63/115.99 331. ($true = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55) @ (positive @ X1) @ (X1 @ sK13) @ sK12) <- {2} [B combinator elimination 330] 117.63/115.99 332. ($true = sCOMB_59 @ (bCOMB_58 @ vIMP_55 @ (positive @ X1)) @ (X1 @ sK13) @ sK12) <- {2} [B combinator elimination 331] 117.63/115.99 333. ($true = bCOMB_58 @ vIMP_55 @ (positive @ X1) @ sK12 @ (X1 @ sK13 @ sK12)) <- {2} [S combinator elimination 332] 117.63/115.99 334. ($true = vIMP_55 @ (positive @ X1 @ sK12) @ (X1 @ sK13 @ sK12)) <- {2} [B combinator elimination 333] 117.63/115.99 335. ($true = X1 @ sK13 @ sK12) | ($false = positive @ X1 @ sK12) <- {2} [HOL binary constant elimination 334] 117.63/115.99 340. 4 <=> ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) [avatar definition] 117.63/115.99 341. ($false = vIMP_55 @ (sK14 @ sK13 @ sK12) @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {4} [avatar component clause 340] 117.63/115.99 346. 6 <=> ($false = vIMP_55 @ (positive @ sK15 @ sK12) @ (sK15 @ sK13 @ sK12)) [avatar definition] 117.63/115.99 347. ($false = vIMP_55 @ (positive @ sK15 @ sK12) @ (sK15 @ sK13 @ sK12)) <- {6} [avatar component clause 346] 117.63/115.99 348. 4 | 6 | ~2 [avatar split clause 325,268,346,340] 117.63/115.99 350. ($true = positive @ sK15 @ sK12) <- {6} [HOL binary constant elimination 347] 117.63/115.99 351. ($false = sK15 @ sK13 @ sK12) <- {6} [HOL binary constant elimination 347] 117.63/115.99 352. ($false = vIMP_55 @ $true @ (sK15 @ sK13 @ sK12)) | ($false = rel @ X0 @ sK12) | ($false = positive @ sK15 @ X0) <- {6} [superposition 347,203] 117.63/115.99 353. ($false = vIMP_55 @ (positive @ sK15 @ sK12) @ $true) | ($false = positive @ sK15 @ sK12) <- {2, 6} [superposition 347,335] 117.63/115.99 358. 8 <=> ($true = positive @ sK15 @ sK12) [avatar definition] 117.63/115.99 359. ($true = positive @ sK15 @ sK12) <- {8} [avatar component clause 358] 117.63/115.99 360. 8 | ~6 [avatar split clause 350,346,358] 117.63/115.99 365. 10 <=> ($false = sK15 @ sK13 @ sK12) [avatar definition] 117.63/115.99 366. ($false = sK15 @ sK13 @ sK12) <- {10} [avatar component clause 365] 117.63/115.99 367. 10 | ~6 [avatar split clause 351,346,365] 117.63/115.99 369. 12 <=> ! [X0] : (($false = rel @ X0 @ sK12) | ($false = positive @ sK15 @ X0)) [avatar definition] 117.63/115.99 375. 14 <=> ($false = vIMP_55 @ $true @ (sK15 @ sK13 @ sK12)) [avatar definition] 117.63/115.99 376. ($false = vIMP_55 @ $true @ (sK15 @ sK13 @ sK12)) <- {14} [avatar component clause 375] 117.63/115.99 377. 12 | 14 | ~6 [avatar split clause 352,346,375,369] 117.63/115.99 382. 16 <=> ($false = positive @ sK15 @ sK12) [avatar definition] 117.63/115.99 383. ($false = positive @ sK15 @ sK12) <- {16} [avatar component clause 382] 117.63/115.99 388. 18 <=> ($false = vIMP_55 @ (positive @ sK15 @ sK12) @ $true) [avatar definition] 117.63/115.99 389. ($false = vIMP_55 @ (positive @ sK15 @ sK12) @ $true) <- {18} [avatar component clause 388] 117.63/115.99 390. 16 | 18 | ~2 | ~6 [avatar split clause 353,346,268,388,382] 117.63/115.99 391. ($false = $true) | ($false = positive @ X2 @ X3) | ($false = rel @ X4 @ X3) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2) @ X4) [superposition 294,203] 117.63/115.99 392. ($false = positive @ X0 @ (sK11 @ X1 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) = X1 | ($false != X1 @ (sK11 @ X1 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)))) [superposition 141,294] 117.63/115.99 393. ($false = positive @ X2 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2)) @ X3)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2) = X3 | ($false != X3 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2)) @ X3)) [superposition 141,294] 117.63/115.99 394. ($true = vIFF_55 @ $false @ (vNOT_22 @ (positive @ X4 @ X5))) | ($false = positive @ X4 @ X5) [superposition 216,294] 117.63/115.99 395. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X6)) @ X7) @ (vNOT_22 @ $false)) | ($false = positive @ X6 @ X7) [superposition 216,294] 117.63/115.99 397. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2) @ X4) | ($false = rel @ X4 @ X3) | ($false = positive @ X2 @ X3) [global subsumption 29,391] 117.63/115.99 400. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $true)) <- {8} [superposition 216,359] 117.63/115.99 402. 21 <=> ($true != vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 403. ($true != vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $true)) <- {21} [avatar component clause 402] 117.63/115.99 405. 20 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 407. 20 | ~8 [avatar split clause 400,358,405] 117.63/115.99 411. ($false = $true) | ($true = positive @ X2 @ X3) | ($false = positive @ X2 @ X3) [superposition 295,294] 117.63/115.99 412. ($true = positive @ X0 @ (sK11 @ X1 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) = X1 | ($true != X1 @ (sK11 @ X1 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)))) [superposition 141,295] 117.63/115.99 413. ($true = positive @ X2 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2)) @ X3)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2) = X3 | ($true != X3 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X2)) @ X3)) [superposition 141,295] 117.63/115.99 416. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)) @ X9) @ (vNOT_22 @ $true)) | ($true = positive @ X8 @ X9) [superposition 216,295] 117.63/115.99 417. ($true = positive @ X2 @ X3) | ($false = positive @ X2 @ X3) [global subsumption 29,411] 117.63/115.99 429. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ X3) @ X4)) @ (vNOT_22 @ $false)) | positive @ X3 = X4 | ($true != X4 @ (sK11 @ (positive @ X3) @ X4)) [superposition 216,283] 117.63/115.99 432. ($true = vIFF_55 @ $false @ (vNOT_22 @ (positive @ X12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12)) @ X13)))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12) = X13 | ($true != X13 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12)) @ X13)) [superposition 216,283] 117.63/115.99 434. ($true = sK14 @ sK13 @ sK12) <- {4} [HOL binary constant elimination 341] 117.63/115.99 435. ($false = vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14))))) <- {4} [HOL binary constant elimination 341] 117.63/115.99 436. ($false = vIMP_55 @ $true @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) | ($false = positive @ sK14 @ sK12) <- {2, 4} [superposition 341,335] 117.63/115.99 437. ($false = sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14))) @ sK17) <- {4} [HOL SIGMA constant elimination 435] 117.63/115.99 438. ($false = bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12)) @ sK17 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)) @ sK17)) <- {4} [S combinator elimination 437] 117.63/115.99 439. ($false = bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12)) @ sK17 @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK17))) <- {4} [B combinator elimination 438] 117.63/115.99 440. ($false = vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12) @ sK17) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK17))) <- {4} [B combinator elimination 439] 117.63/115.99 441. ($false = vOR_55 @ (vNOT_22 @ (rel @ sK12 @ sK17)) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK17))) <- {4} [B combinator elimination 440] 117.63/115.99 446. 22 <=> ($true = sK14 @ sK13 @ sK12) [avatar definition] 117.63/115.99 448. 22 | ~4 [avatar split clause 434,340,446] 117.63/115.99 453. 24 <=> ($false = vOR_55 @ (vNOT_22 @ (rel @ sK12 @ sK17)) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK17))) [avatar definition] 117.63/115.99 454. ($false = vOR_55 @ (vNOT_22 @ (rel @ sK12 @ sK17)) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK17))) <- {24} [avatar component clause 453] 117.63/115.99 455. 24 | ~4 [avatar split clause 441,340,453] 117.63/115.99 457. 27 <=> ($false != positive @ sK14 @ sK12) [avatar definition] 117.63/115.99 458. ($false != positive @ sK14 @ sK12) <- {27} [avatar component clause 457] 117.63/115.99 460. 26 <=> ($false = positive @ sK14 @ sK12) [avatar definition] 117.63/115.99 461. ($false = positive @ sK14 @ sK12) <- {26} [avatar component clause 460] 117.63/115.99 466. 28 <=> ($false = vIMP_55 @ $true @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) [avatar definition] 117.63/115.99 467. ($false = vIMP_55 @ $true @ (vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)))))) <- {28} [avatar component clause 466] 117.63/115.99 468. 26 | 28 | ~2 | ~4 [avatar split clause 436,340,268,466,460] 117.63/115.99 472. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = rel @ X2 @ X1) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) @ X2) | ($false = rel @ X3 @ X1) | ($false = positive @ X0 @ X3) [superposition 292,203] 117.63/115.99 473. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = rel @ X6 @ X5) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) @ X6) | ($true = positive @ X4 @ X5) [superposition 292,295] 117.63/115.99 474. ($true = vIFF_55 @ $true @ (vNOT_22 @ $false)) | ($false = rel @ X9 @ X8) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)) @ X9) | ($false = positive @ X7 @ X8) [superposition 292,294] 117.63/115.99 475. ($true = vIFF_55 @ $true @ (vNOT_22 @ $false)) | ($false = rel @ X12 @ (sK11 @ (positive @ X10) @ X11)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10) @ X12) | positive @ X10 = X11 | ($true != X11 @ (sK11 @ (positive @ X10) @ X11)) [superposition 292,283] 117.63/115.99 478. 30 <=> ! [X1,X3,X0 : (mu > ($i > $o)),X2] : (($false = rel @ X2 @ X1) | ($false = positive @ X0 @ X3) | ($false = rel @ X3 @ X1) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) @ X2)) [avatar definition] 117.63/115.99 479. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) @ X2) | ($false = positive @ X0 @ X3) | ($false = rel @ X3 @ X1) | ($false = rel @ X2 @ X1) <- {30} [avatar component clause 478] 117.63/115.99 481. 33 <=> ($true != vIFF_55 @ $true @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 482. ($true != vIFF_55 @ $true @ (vNOT_22 @ $true)) <- {33} [avatar component clause 481] 117.63/115.99 484. 32 <=> ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 486. 30 | 32 [avatar split clause 472,484,478] 117.63/115.99 488. 34 <=> ! [X5,X4 : (mu > ($i > $o)),X6] : (($false = rel @ X6 @ X5) | ($true = positive @ X4 @ X5) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) @ X6)) [avatar definition] 117.63/115.99 489. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) @ X6) | ($true = positive @ X4 @ X5) | ($false = rel @ X6 @ X5) <- {34} [avatar component clause 488] 117.63/115.99 490. 34 | 32 [avatar split clause 473,484,488] 117.63/115.99 492. 36 <=> ! [X9,X7 : (mu > ($i > $o)),X8] : (($false = rel @ X9 @ X8) | ($false = positive @ X7 @ X8) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)) @ X9)) [avatar definition] 117.63/115.99 498. 38 <=> ($true = vIFF_55 @ $true @ (vNOT_22 @ $false)) [avatar definition] 117.63/115.99 500. 36 | 38 [avatar split clause 474,498,492] 117.63/115.99 502. 40 <=> ! [X11 : ($i > $o),X10 : (mu > ($i > $o)),X12] : (($false = rel @ X12 @ (sK11 @ (positive @ X10) @ X11)) | ($true != X11 @ (sK11 @ (positive @ X10) @ X11)) | positive @ X10 = X11 | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10) @ X12)) [avatar definition] 117.63/115.99 504. 40 | 38 [avatar split clause 475,498,502] 117.63/115.99 506. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) @ X1) | ($false = rel @ X2 @ X1) | ($false = positive @ X0 @ X2) | ($true = vNOT_22 @ $true) [HOL binary constant elimination 293] 117.63/115.99 509. ($true = vIFF_55 @ $false @ (vNOT_22 @ $true)) | ($false = rel @ X5 @ X4) | ($false = positive @ X3 @ X5) | ($false = positive @ X3 @ X4) [superposition 293,294] 117.63/115.99 511. ($true = vIFF_55 @ $false @ (vNOT_22 @ $true)) | ($false = rel @ X12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)) @ X11)) | ($false = positive @ X10 @ X12) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10) = X11 | ($true != X11 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)) @ X11)) [superposition 293,283] 117.63/115.99 512. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) @ X1) | ($false = rel @ X2 @ X1) | ($false = positive @ X0 @ X2) | ($false = $true) [HOL not constant elimination 506] 117.63/115.99 514. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) @ X1) | ($false = rel @ X2 @ X1) | ($false = positive @ X0 @ X2) [global subsumption 29,512] 117.63/115.99 516. 42 <=> ! [X3 : (mu > ($i > $o)),X5,X4] : (($false = rel @ X5 @ X4) | ($false = positive @ X3 @ X4) | ($false = positive @ X3 @ X5)) [avatar definition] 117.63/115.99 519. 45 <=> ($true != vIFF_55 @ $false @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 520. ($true != vIFF_55 @ $false @ (vNOT_22 @ $true)) <- {45} [avatar component clause 519] 117.63/115.99 522. 44 <=> ($true = vIFF_55 @ $false @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 524. 42 | 44 [avatar split clause 509,522,516] 117.63/115.99 526. 46 <=> ! [X11 : ($i > $o),X10 : (mu > ($i > $o)),X12] : (($false = rel @ X12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)) @ X11)) | ($true != X11 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)) @ X11)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10) = X11 | ($false = positive @ X10 @ X12)) [avatar definition] 117.63/115.99 528. 46 | 44 [avatar split clause 511,522,526] 117.63/115.99 535. ($false = $true) | ($false = rel @ X0 @ sK12) | ($false = positive @ sK15 @ X0) <- {16} [superposition 383,203] 117.63/115.99 537. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $false)) <- {16} [superposition 216,383] 117.63/115.99 538. ($false = $true) | ($false = rel @ X1 @ sK12) | ($false = positive @ sK15 @ X1) <- {16} [superposition 203,383] 117.63/115.99 539. 12 | 0 | ~16 [avatar split clause 535,382,258,369] 117.63/115.99 544. 48 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $false)) [avatar definition] 117.63/115.99 545. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $false)) <- {48} [avatar component clause 544] 117.63/115.99 546. 48 | ~16 [avatar split clause 537,382,544] 117.63/115.99 547. 12 | 0 | ~16 [avatar split clause 538,382,258,369] 117.63/115.99 550. ($false = $true) | ($false = rel @ X0 @ sK12) | ($false = positive @ sK14 @ X0) <- {26} [superposition 461,203] 117.63/115.99 552. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) @ (vNOT_22 @ $false)) <- {26} [superposition 216,461] 117.63/115.99 553. ($false = $true) | ($false = rel @ X1 @ sK12) | ($false = positive @ sK14 @ X1) <- {26} [superposition 203,461] 117.63/115.99 555. 50 <=> ! [X0] : (($false = rel @ X0 @ sK12) | ($false = positive @ sK14 @ X0)) [avatar definition] 117.63/115.99 556. ($false = rel @ X0 @ sK12) | ($false = positive @ sK14 @ X0) <- {50} [avatar component clause 555] 117.63/115.99 557. 50 | 0 | ~26 [avatar split clause 550,460,258,555] 117.63/115.99 562. 52 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) @ (vNOT_22 @ $false)) [avatar definition] 117.63/115.99 563. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) @ (vNOT_22 @ $false)) <- {52} [avatar component clause 562] 117.63/115.99 564. 52 | ~26 [avatar split clause 552,460,562] 117.63/115.99 565. 50 | 0 | ~26 [avatar split clause 553,460,258,555] 117.63/115.99 568. ($false = vIMP_55 @ $true @ $false) <- {10, 14} [superposition 376,366] 117.63/115.99 574. 54 <=> ($false = vIMP_55 @ $true @ $false) [avatar definition] 117.63/115.99 576. 54 | ~10 | ~14 [avatar split clause 568,375,365,574] 117.63/115.99 577. ($true = positive @ sK15 @ sK12) <- {18} [HOL binary constant elimination 389] 117.63/115.99 578. ($false = $true) <- {18} [HOL binary constant elimination 389] 117.63/115.99 579. ($false = vIMP_55 @ $false @ $true) <- {16, 18} [superposition 389,383] 117.63/115.99 581. ($false = $true) <- {16, 18} [HOL short circuit evaluation 579] 117.63/115.99 582. ($false = $true) <- {16, 18} [forward demodulation 577,383] 117.63/115.99 583. 0 | ~16 | ~18 [avatar split clause 582,388,382,258] 117.63/115.99 584. 0 | ~18 [avatar split clause 578,388,258] 117.63/115.99 585. 0 | ~16 | ~18 [avatar split clause 581,388,382,258] 117.63/115.99 589. ($true != $true) | ($false = vIFF_55 @ $true @ (vNOT_22 @ $true)) <- {33} [fool paramodulation 482] 117.63/115.99 590. ($false = vIFF_55 @ $true @ (vNOT_22 @ $true)) <- {33} [trivial inequality removal 589] 117.63/115.99 593. 57 <=> ($false != vIFF_55 @ $true @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 596. 56 <=> ($false = vIFF_55 @ $true @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 597. ($false = vIFF_55 @ $true @ (vNOT_22 @ $true)) <- {56} [avatar component clause 596] 117.63/115.99 598. 56 | 33 [avatar split clause 590,481,596] 117.63/115.99 605. ($false = $true) | ($true = vNOT_22 @ $true) <- {45} [HOL binary constant elimination 520] 117.63/115.99 607. ($true != $true) | ($false = vIFF_55 @ $false @ (vNOT_22 @ $true)) <- {45} [fool paramodulation 520] 117.63/115.99 608. ($false = vIFF_55 @ $false @ (vNOT_22 @ $true)) <- {45} [trivial inequality removal 607] 117.63/115.99 609. ($false = $true) | ($false = $true) <- {45} [HOL not constant elimination 605] 117.63/115.99 610. ($false = $true) <- {45} [duplicate literal removal 609] 117.63/115.99 611. 0 | 45 [avatar split clause 610,519,258] 117.63/115.99 616. 58 <=> ($false = vIFF_55 @ $false @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 618. 58 | 45 [avatar split clause 608,519,616] 117.63/115.99 628. ($false = positive @ X0 @ (sK11 @ X1 @ (positive @ X0))) | positive @ X0 = X1 | ($true != X1 @ (sK11 @ X1 @ (positive @ X0))) [superposition 141,417] 117.63/115.99 632. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X9) @ X10) @ (vNOT_22 @ $true)) | ($false = positive @ X9 @ X10) [superposition 216,417] 117.63/115.99 635. ($true = vIFF_55 @ $true @ (vNOT_22 @ (positive @ X20 @ X21))) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X20) @ X21) [superposition 216,417] 117.63/115.99 684. ($false = vNOT_22 @ (rel @ sK12 @ sK17)) <- {24} [HOL binary constant elimination 454] 117.63/115.99 685. ($false = vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK17)) <- {24} [HOL binary constant elimination 454] 117.63/115.99 686. ($false = cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK17 @ sK20) <- {24} [HOL SIGMA constant elimination 685] 117.63/115.99 687. ($false = sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14 @ sK20 @ sK17) <- {24} [C combinator elimination 686] 117.63/115.99 688. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK20 @ (sK14 @ sK20) @ sK17) <- {24} [S combinator elimination 687] 117.63/115.99 689. ($false = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK20) @ (sK14 @ sK20) @ sK17) <- {24} [B combinator elimination 688] 117.63/115.99 690. ($false = sCOMB_59 @ (bCOMB_58 @ vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK20)) @ (sK14 @ sK20) @ sK17) <- {24} [B combinator elimination 689] 117.63/115.99 691. ($false = bCOMB_58 @ vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK20) @ sK17 @ (sK14 @ sK20 @ sK17)) <- {24} [S combinator elimination 690] 117.63/115.99 692. ($false = vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK20 @ sK17) @ (sK14 @ sK20 @ sK17)) <- {24} [B combinator elimination 691] 117.63/115.99 693. ($false = vIMP_55 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36 @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17) @ sK20) @ sK17) @ (sK14 @ sK20 @ sK17)) <- {24} [B combinator elimination 692] 117.63/115.99 694. ($false = vIMP_55 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17) @ sK20)) @ sK17) @ (sK14 @ sK20 @ sK17)) <- {24} [B combinator elimination 693] 117.63/115.99 695. ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17) @ sK20) @ sK17)) @ (sK14 @ sK20 @ sK17)) <- {24} [B combinator elimination 694] 117.63/115.99 696. ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK20)) @ sK17)) @ (sK14 @ sK20 @ sK17)) <- {24} [B combinator elimination 695] 117.63/115.99 697. ($true = rel @ sK12 @ sK17) <- {24} [HOL not constant elimination 684] 117.63/115.99 702. 60 <=> ($true = rel @ sK12 @ sK17) [avatar definition] 117.63/115.99 703. ($true = rel @ sK12 @ sK17) <- {60} [avatar component clause 702] 117.63/115.99 704. 60 | ~24 [avatar split clause 697,453,702] 117.63/115.99 709. 62 <=> ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK20)) @ sK17)) @ (sK14 @ sK20 @ sK17)) [avatar definition] 117.63/115.99 710. ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK20)) @ sK17)) @ (sK14 @ sK20 @ sK17)) <- {62} [avatar component clause 709] 117.63/115.99 711. 62 | ~24 [avatar split clause 696,453,709] 117.63/115.99 712. ($false = $true) | ($false = rel @ X3 @ X4) | ($false = positive @ X2 @ X4) | ($true = positive @ X2 @ X3) [superposition 397,295] 117.63/115.99 714. ($false = $true) | ($false = rel @ X11 @ X12) | ($false = positive @ X10 @ X12) | ($false = rel @ X13 @ X11) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10) @ X13) [superposition 397,203] 117.63/115.99 717. ($true = vIFF_55 @ $false @ (vNOT_22 @ (positive @ X9 @ X10))) | ($false = rel @ X10 @ X11) | ($false = positive @ X9 @ X11) [superposition 216,397] 117.63/115.99 722. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X25)) @ X26) @ (vNOT_22 @ $false)) | ($false = rel @ X26 @ X27) | ($false = positive @ X25 @ X27) [superposition 216,397] 117.63/115.99 727. ($true = positive @ X2 @ X3) | ($false = positive @ X2 @ X4) | ($false = rel @ X3 @ X4) [global subsumption 29,712] 117.63/115.99 728. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10) @ X13) | ($false = positive @ X10 @ X12) | ($false = rel @ X13 @ X11) | ($false = rel @ X11 @ X12) [global subsumption 29,714] 117.63/115.99 734. ($true = vIFF_55 @ $false @ (vNOT_22 @ (positive @ X11 @ X12))) | ($false = rel @ X13 @ X12) | ($false = positive @ X11 @ X13) [superposition 216,514] 117.63/115.99 739. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X27)) @ X28) @ (vNOT_22 @ $false)) | ($false = rel @ X29 @ X28) | ($false = positive @ X27 @ X29) [superposition 216,514] 117.63/115.99 745. ($false = vPI_16 @ (sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14))))) <- {28} [HOL binary constant elimination 467] 117.63/115.99 746. ($false = sCOMB_59 @ (bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12))) @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14))) @ sK21) <- {28} [HOL SIGMA constant elimination 745] 117.63/115.99 747. ($false = bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12)) @ sK21 @ (bCOMB_47 @ vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14)) @ sK21)) <- {28} [S combinator elimination 746] 117.63/115.99 748. ($false = bCOMB_58 @ vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12)) @ sK21 @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK21))) <- {28} [B combinator elimination 747] 117.63/115.99 749. ($false = vOR_55 @ (bCOMB_23 @ vNOT_22 @ (rel @ sK12) @ sK21) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK21))) <- {28} [B combinator elimination 748] 117.63/115.99 750. ($false = vOR_55 @ (vNOT_22 @ (rel @ sK12 @ sK21)) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK21))) <- {28} [B combinator elimination 749] 117.63/115.99 755. 64 <=> ($false = vOR_55 @ (vNOT_22 @ (rel @ sK12 @ sK21)) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK21))) [avatar definition] 117.63/115.99 756. ($false = vOR_55 @ (vNOT_22 @ (rel @ sK12 @ sK21)) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK21))) <- {64} [avatar component clause 755] 117.63/115.99 757. 64 | ~28 [avatar split clause 750,466,755] 117.63/115.99 758. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X6)) @ X7) | ($false = positive @ X6 @ X7) | ($false = vNOT_22 @ $false) [HOL binary constant elimination 395] 117.63/115.99 767. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X15 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X15))) @ X16)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X15)) = X16 | ($true != X16 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X15))) @ X16)) [superposition 395,283] 117.63/115.99 769. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X6)) @ X7) | ($false = positive @ X6 @ X7) | ($false = $true) [HOL not constant elimination 758] 117.63/115.99 770. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X6)) @ X7) | ($false = positive @ X6 @ X7) [global subsumption 29,769] 117.63/115.99 772. 66 <=> ! [X16 : ($i > $o),X15 : (mu > ($i > $o))] : (($false = positive @ X15 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X15))) @ X16)) | ($true != X16 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X15))) @ X16)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X15)) = X16) [avatar definition] 117.63/115.99 775. 69 <=> ($true != vIFF_55 @ $false @ (vNOT_22 @ $false)) [avatar definition] 117.63/115.99 776. ($true != vIFF_55 @ $false @ (vNOT_22 @ $false)) <- {69} [avatar component clause 775] 117.63/115.99 778. 68 <=> ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) [avatar definition] 117.63/115.99 779. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) <- {68} [avatar component clause 778] 117.63/115.99 780. 66 | 68 [avatar split clause 767,778,772] 117.63/115.99 782. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)) @ X9) | ($true = positive @ X8 @ X9) | ($true = vNOT_22 @ $true) [HOL binary constant elimination 416] 117.63/115.99 791. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)) @ X9) | ($true = positive @ X8 @ X9) | ($false = $true) [HOL not constant elimination 782] 117.63/115.99 793. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)) @ X9) | ($true = positive @ X8 @ X9) [global subsumption 29,791] 117.63/115.99 794. ($false = $true) | ($true = positive @ X6 @ X8) | ($false = rel @ X7 @ X8) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X6) @ X7) <- {34} [superposition 489,295] 117.63/115.99 796. ($false = $true) | ($true = positive @ X14 @ X16) | ($false = rel @ X15 @ X16) | ($false = rel @ X17 @ X15) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14)) @ X17) <- {34} [superposition 489,203] 117.63/115.99 800. ($false = $true) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14) @ X15) | ($true = positive @ X14 @ X16) | ($false = rel @ X15 @ X16) <- {34} [superposition 295,489] 117.63/115.99 801. ($true = vIFF_55 @ $false @ (vNOT_22 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X19) @ X20))) | ($true = positive @ X19 @ X21) | ($false = rel @ X20 @ X21) <- {34} [superposition 216,489] 117.63/115.99 806. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35))) @ X36) @ (vNOT_22 @ $false)) | ($true = positive @ X35 @ X37) | ($false = rel @ X36 @ X37) <- {34} [superposition 216,489] 117.63/115.99 807. ($false = $true) | ($false = rel @ X40 @ X39) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38)) @ X40) | ($true = positive @ X38 @ X41) | ($false = rel @ X39 @ X41) <- {34} [superposition 203,489] 117.63/115.99 812. 70 <=> ! [X7,X8,X6 : (mu > ($i > $o))] : (($true = positive @ X6 @ X8) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X6) @ X7) | ($false = rel @ X7 @ X8)) [avatar definition] 117.63/115.99 813. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X6) @ X7) | ($true = positive @ X6 @ X8) | ($false = rel @ X7 @ X8) <- {70} [avatar component clause 812] 117.63/115.99 814. 70 | 0 | ~34 [avatar split clause 794,488,258,812] 117.63/115.99 816. 72 <=> ! [X16,X15,X17,X14 : (mu > ($i > $o))] : (($true = positive @ X14 @ X16) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14)) @ X17) | ($false = rel @ X17 @ X15) | ($false = rel @ X15 @ X16)) [avatar definition] 117.63/115.99 817. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14)) @ X17) | ($true = positive @ X14 @ X16) | ($false = rel @ X17 @ X15) | ($false = rel @ X15 @ X16) <- {72} [avatar component clause 816] 117.63/115.99 818. 72 | 0 | ~34 [avatar split clause 796,488,258,816] 117.63/115.99 819. 70 | 0 | ~34 [avatar split clause 800,488,258,812] 117.63/115.99 820. 72 | 0 | ~34 [avatar split clause 807,488,258,816] 117.63/115.99 822. ($false = vOR_55 @ (vNOT_22 @ $true) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK17))) <- {24, 60} [superposition 454,703] 117.63/115.99 827. 74 <=> ($false = vOR_55 @ (vNOT_22 @ $true) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK17))) [avatar definition] 117.63/115.99 829. 74 | ~24 | ~60 [avatar split clause 822,702,453,827] 117.63/115.99 830. ($false = $true) | ($false = positive @ X6 @ X8) | ($false = rel @ X8 @ X9) | ($false = rel @ X7 @ X9) | ($true = positive @ X6 @ X7) <- {30} [superposition 479,295] 117.63/115.99 832. ($false = $true) | ($false = positive @ X18 @ X20) | ($false = rel @ X20 @ X21) | ($false = rel @ X19 @ X21) | ($false = rel @ X22 @ X19) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X18) @ X22) <- {30} [superposition 479,203] 117.63/115.99 833. ($true = vIFF_55 @ $false @ (vNOT_22 @ (positive @ X0 @ X1))) | ($false = positive @ X0 @ X2) | ($false = rel @ X2 @ X3) | ($false = rel @ X1 @ X3) <- {30} [superposition 216,479] 117.63/115.99 835. ($false = $true) | ($true = positive @ X11 @ X12) | ($false = positive @ X11 @ X13) | ($false = rel @ X13 @ X14) | ($false = rel @ X12 @ X14) <- {30} [superposition 295,479] 117.63/115.99 842. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X46)) @ X47) @ (vNOT_22 @ $false)) | ($false = positive @ X46 @ X48) | ($false = rel @ X48 @ X49) | ($false = rel @ X47 @ X49) <- {30} [superposition 216,479] 117.63/115.99 843. ($false = $true) | ($false = rel @ X52 @ X51) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X50) @ X52) | ($false = positive @ X50 @ X53) | ($false = rel @ X53 @ X54) | ($false = rel @ X51 @ X54) <- {30} [superposition 203,479] 117.63/115.99 848. 76 <=> ! [X9,X7,X8,X6 : (mu > ($i > $o))] : (($false = positive @ X6 @ X8) | ($true = positive @ X6 @ X7) | ($false = rel @ X7 @ X9) | ($false = rel @ X8 @ X9)) [avatar definition] 117.63/115.99 849. ($true = positive @ X6 @ X7) | ($false = positive @ X6 @ X8) | ($false = rel @ X7 @ X9) | ($false = rel @ X8 @ X9) <- {76} [avatar component clause 848] 117.63/115.99 850. 76 | 0 | ~30 [avatar split clause 830,478,258,848] 117.63/115.99 852. 78 <=> ! [X18 : (mu > ($i > $o)),X20,X22,X19,X21] : (($false = positive @ X18 @ X20) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X18) @ X22) | ($false = rel @ X22 @ X19) | ($false = rel @ X19 @ X21) | ($false = rel @ X20 @ X21)) [avatar definition] 117.63/115.99 853. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X18) @ X22) | ($false = positive @ X18 @ X20) | ($false = rel @ X22 @ X19) | ($false = rel @ X19 @ X21) | ($false = rel @ X20 @ X21) <- {78} [avatar component clause 852] 117.63/115.99 854. 78 | 0 | ~30 [avatar split clause 832,478,258,852] 117.63/115.99 855. 76 | 0 | ~30 [avatar split clause 835,478,258,848] 117.63/115.99 856. 78 | 0 | ~30 [avatar split clause 843,478,258,852] 117.63/115.99 857. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ X3) @ X4)) | positive @ X3 = X4 | ($true != X4 @ (sK11 @ (positive @ X3) @ X4)) | ($false = vNOT_22 @ $false) [HOL binary constant elimination 429] 117.63/115.99 860. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ X0 = X1 | ($true != X1 @ (sK11 @ (positive @ X0) @ X1)) | ($false = positive @ X0 @ X2) | ($false = rel @ X2 @ X3) | ($false = rel @ (sK11 @ (positive @ X0) @ X1) @ X3) <- {30} [superposition 429,479] 117.63/115.99 862. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ X7 = X8 | ($true != X8 @ (sK11 @ (positive @ X7) @ X8)) | ($false = rel @ (sK11 @ (positive @ X7) @ X8) @ X9) | ($false = positive @ X7 @ X9) [superposition 429,397] 117.63/115.99 865. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14) = X15 | ($true != X15 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14)) @ X15)) | ($true = positive @ X14 @ X16) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14)) @ X15) @ X16) <- {34} [superposition 429,489] 117.63/115.99 869. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ X3) @ X4)) | positive @ X3 = X4 | ($true != X4 @ (sK11 @ (positive @ X3) @ X4)) | ($false = $true) [HOL not constant elimination 857] 117.63/115.99 870. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ X3) @ X4)) | positive @ X3 = X4 | ($true != X4 @ (sK11 @ (positive @ X3) @ X4)) [global subsumption 29,869] 117.63/115.99 883. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X13)) = X14 | ($false != X14 @ (sK11 @ X14 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X13))))) | ($true = positive @ X13 @ (sK11 @ X14 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X13))))) [superposition 392,295] 117.63/115.99 884. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ X0 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)) @ (sK11 @ (positive @ X0) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0))))) | positive @ X0 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)) | ($false != positive @ X0 @ (sK11 @ (positive @ X0) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0))))) [superposition 429,392] 117.63/115.99 889. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12) @ (sK11 @ X13 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12)))) @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12) = X13 | ($false != X13 @ (sK11 @ X13 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12)))) [superposition 216,392] 117.63/115.99 895. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X36 @ (sK11 @ X37 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36))) = X37 | ($false != X37 @ (sK11 @ X37 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))))) [superposition 395,392] 117.63/115.99 896. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ X0 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)) @ (sK11 @ (positive @ X0) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0))))) | ($false != positive @ X0 @ (sK11 @ (positive @ X0) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0))))) [duplicate literal removal 884] 117.63/115.99 897. ($true = positive @ X13 @ (sK11 @ X14 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X13))))) | ($false != X14 @ (sK11 @ X14 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X13))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X13)) = X14 [global subsumption 29,883] 117.63/115.99 900. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14)) = X15 | ($false != X15 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14))) @ X15)) | ($true = positive @ X14 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14))) @ X15)) [superposition 393,295] 117.63/115.99 906. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12)) @ X13)) @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12) = X13 | ($false != X13 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12)) @ X13)) [superposition 216,393] 117.63/115.99 912. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X36 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))) @ X37)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36))) = X37 | ($false != X37 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))) @ X37)) [superposition 395,393] 117.63/115.99 914. ($true = positive @ X14 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14))) @ X15)) | ($false != X15 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14))) @ X15)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14)) = X15 [global subsumption 29,900] 117.63/115.99 918. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X9)) = X10 | ($true != X10 @ (sK11 @ X10 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X9))))) | ($false = positive @ X9 @ X11) | ($false = rel @ X11 @ X12) | ($false = rel @ (sK11 @ X10 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X9)))) @ X12) <- {30} [superposition 412,479] 117.63/115.99 921. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X21)) = X22 | ($true != X22 @ (sK11 @ X22 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X21))))) | ($false = positive @ X21 @ (sK11 @ X22 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X21))))) [superposition 412,294] 117.63/115.99 922. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23))) = X24 | ($true != X24 @ (sK11 @ X24 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23)))))) | ($true = positive @ X23 @ X25) | ($false = rel @ (sK11 @ X24 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23))))) @ X25) <- {34} [superposition 412,489] 117.63/115.99 931. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X15) @ (sK11 @ X16 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X15)))) @ (vNOT_22 @ $true)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X15) = X16 | ($true != X16 @ (sK11 @ X16 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X15)))) [superposition 216,412] 117.63/115.99 932. ($true = vIFF_55 @ $true @ (vNOT_22 @ (positive @ X19 @ (sK11 @ X20 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X19))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X19)) = X20 | ($true != X20 @ (sK11 @ X20 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X19))))) [superposition 216,412] 117.63/115.99 936. ($false = $true) | ($false = positive @ X31 @ X33) | ($false = rel @ X33 @ X34) | ($false = rel @ (sK11 @ X32 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X31)))) @ X34) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X31)) = X32 | ($true != X32 @ (sK11 @ X32 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X31))))) <- {30} [superposition 479,412] 117.63/115.99 938. ($false = $true) | ($true = positive @ X38 @ X40) | ($false = rel @ (sK11 @ X39 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38))))) @ X40) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38))) = X39 | ($true != X39 @ (sK11 @ X39 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38)))))) <- {34} [superposition 489,412] 117.63/115.99 939. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($true = positive @ X41 @ (sK11 @ X42 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))) = X42 | ($true != X42 @ (sK11 @ X42 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) [superposition 416,412] 117.63/115.99 948. 80 <=> ! [X9 : (mu > ($i > $o)),X11,X10 : ($i > $o),X12] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X9)) = X10 | ($false = rel @ (sK11 @ X10 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X9)))) @ X12) | ($false = rel @ X11 @ X12) | ($false = positive @ X9 @ X11) | ($true != X10 @ (sK11 @ X10 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X9)))))) [avatar definition] 117.63/115.99 950. 80 | 0 | ~30 [avatar split clause 918,478,258,948] 117.63/115.99 953. ($false = positive @ X21 @ (sK11 @ X22 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X21))))) | ($true != X22 @ (sK11 @ X22 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X21))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X21)) = X22 [global subsumption 29,921] 117.63/115.99 955. 82 <=> ! [X25,X23 : (mu > ($i > $o)),X24 : ($i > $o)] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23))) = X24 | ($false = rel @ (sK11 @ X24 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23))))) @ X25) | ($true = positive @ X23 @ X25) | ($true != X24 @ (sK11 @ X24 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23))))))) [avatar definition] 117.63/115.99 957. 82 | 0 | ~34 [avatar split clause 922,488,258,955] 117.63/115.99 959. 80 | 0 | ~30 [avatar split clause 936,478,258,948] 117.63/115.99 960. 82 | 0 | ~34 [avatar split clause 938,488,258,955] 117.63/115.99 961. ($false = $true) | ($true = positive @ X41 @ (sK11 @ X42 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))) = X42 | ($true != X42 @ (sK11 @ X42 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) <- {56} [forward demodulation 939,597] 117.63/115.99 963. 84 <=> ! [X42 : ($i > $o),X41 : (mu > ($i > $o))] : (($true = positive @ X41 @ (sK11 @ X42 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) | ($true != X42 @ (sK11 @ X42 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))) = X42) [avatar definition] 117.63/115.99 964. ($true = positive @ X41 @ (sK11 @ X42 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) | ($true != X42 @ (sK11 @ X42 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))) = X42 <- {84} [avatar component clause 963] 117.63/115.99 965. 84 | 0 | ~56 [avatar split clause 961,596,258,963] 117.63/115.99 969. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)) = X11 | ($true != X11 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10))) @ X11)) | ($false = positive @ X10 @ X12) | ($false = rel @ X12 @ X13) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10))) @ X11) @ X13) <- {30} [superposition 413,479] 117.63/115.99 972. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X22)) = X23 | ($true != X23 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X22))) @ X23)) | ($false = positive @ X22 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X22))) @ X23)) [superposition 413,294] 117.63/115.99 973. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X24))) = X25 | ($true != X25 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X24)))) @ X25)) | ($true = positive @ X24 @ X26) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X24)))) @ X25) @ X26) <- {34} [superposition 413,489] 117.63/115.99 981. ($true = vIFF_55 @ $true @ (vNOT_22 @ (positive @ X19 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X19))) @ X20)))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X19)) = X20 | ($true != X20 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X19))) @ X20)) [superposition 216,413] 117.63/115.99 985. ($false = $true) | ($false = positive @ X31 @ X33) | ($false = rel @ X33 @ X34) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X31))) @ X32) @ X34) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X31)) = X32 | ($true != X32 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X31))) @ X32)) <- {30} [superposition 479,413] 117.63/115.99 987. ($false = $true) | ($true = positive @ X38 @ X40) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38)))) @ X39) @ X40) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38))) = X39 | ($true != X39 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38)))) @ X39)) <- {34} [superposition 489,413] 117.63/115.99 988. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($true = positive @ X41 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))) @ X42)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))) = X42 | ($true != X42 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))) @ X42)) [superposition 416,413] 117.63/115.99 995. 86 <=> ! [X11 : ($i > $o),X13,X10 : (mu > ($i > $o)),X12] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)) = X11 | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10))) @ X11) @ X13) | ($false = rel @ X12 @ X13) | ($false = positive @ X10 @ X12) | ($true != X11 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10))) @ X11))) [avatar definition] 117.63/115.99 997. 86 | 0 | ~30 [avatar split clause 969,478,258,995] 117.63/115.99 1000. ($false = positive @ X22 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X22))) @ X23)) | ($true != X23 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X22))) @ X23)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X22)) = X23 [global subsumption 29,972] 117.63/115.99 1002. 88 <=> ! [X25 : ($i > $o),X24 : (mu > ($i > $o)),X26] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X24))) = X25 | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X24)))) @ X25) @ X26) | ($true = positive @ X24 @ X26) | ($true != X25 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X24)))) @ X25))) [avatar definition] 117.63/115.99 1004. 88 | 0 | ~34 [avatar split clause 973,488,258,1002] 117.63/115.99 1005. 86 | 0 | ~30 [avatar split clause 985,478,258,995] 117.63/115.99 1006. 88 | 0 | ~34 [avatar split clause 987,488,258,1002] 117.63/115.99 1007. ($false = $true) | ($true = positive @ X41 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))) @ X42)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))) = X42 | ($true != X42 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))) @ X42)) <- {56} [forward demodulation 988,597] 117.63/115.99 1009. 90 <=> ! [X42 : ($i > $o),X41 : (mu > ($i > $o))] : (($true = positive @ X41 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))) @ X42)) | ($true != X42 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))) @ X42)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))) = X42) [avatar definition] 117.63/115.99 1010. ($true = positive @ X41 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))) @ X42)) | ($true != X42 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))) @ X42)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))) = X42 <- {90} [avatar component clause 1009] 117.63/115.99 1011. 90 | 0 | ~56 [avatar split clause 1007,596,258,1009] 117.63/115.99 1012. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) | ($true = vNOT_22 @ $true) <- {21} [HOL binary constant elimination 403] 117.63/115.99 1014. ($true != $true) | ($false = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $true)) <- {21} [fool paramodulation 403] 117.63/115.99 1015. ($true != vIFF_55 @ $false @ (vNOT_22 @ $true)) | ($false = positive @ sK15 @ X0) | ($false = rel @ X0 @ X1) | ($false = rel @ sK12 @ X1) <- {21, 30} [superposition 403,479] 117.63/115.99 1017. ($true != vIFF_55 @ $false @ (vNOT_22 @ $true)) | ($false = rel @ sK12 @ X3) | ($false = positive @ sK15 @ X3) <- {21} [superposition 403,397] 117.63/115.99 1024. ($false = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $true)) <- {21} [trivial inequality removal 1014] 117.63/115.99 1026. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) | ($false = $true) <- {21} [HOL not constant elimination 1012] 117.63/115.99 1031. 92 <=> ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) [avatar definition] 117.63/115.99 1032. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) <- {92} [avatar component clause 1031] 117.63/115.99 1033. 0 | 92 | 21 [avatar split clause 1026,402,1031,258] 117.63/115.99 1035. 95 <=> ($false != vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 1036. ($false != vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $true)) <- {95} [avatar component clause 1035] 117.63/115.99 1038. 94 <=> ($false = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK12) @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 1040. 94 | 21 [avatar split clause 1024,402,1038] 117.63/115.99 1042. 96 <=> ! [X1,X0] : (($false = positive @ sK15 @ X0) | ($false = rel @ sK12 @ X1) | ($false = rel @ X0 @ X1)) [avatar definition] 117.63/115.99 1044. 96 | ~45 | 21 | ~30 [avatar split clause 1015,478,402,519,1042] 117.63/115.99 1046. 98 <=> ! [X3] : (($false = rel @ sK12 @ X3) | ($false = positive @ sK15 @ X3)) [avatar definition] 117.63/115.99 1047. ($false = rel @ sK12 @ X3) | ($false = positive @ sK15 @ X3) <- {98} [avatar component clause 1046] 117.63/115.99 1048. 98 | ~45 | 21 [avatar split clause 1017,402,519,1046] 117.63/115.99 1072. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ sK12 @ X3) | ($false = positive @ sK15 @ X3) <- {48} [superposition 545,397] 117.63/115.99 1079. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) | ($false = vNOT_22 @ $false) <- {52} [HOL binary constant elimination 563] 117.63/115.99 1082. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ sK14 @ X0) | ($false = rel @ X0 @ X1) | ($false = rel @ sK12 @ X1) <- {30, 52} [superposition 563,479] 117.63/115.99 1083. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X2 @ sK12) | ($false = positive @ sK14 @ X2) <- {52} [superposition 563,514] 117.63/115.99 1084. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ sK12 @ X3) | ($false = positive @ sK14 @ X3) <- {52} [superposition 563,397] 117.63/115.99 1086. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ sK14 @ sK12) <- {52} [superposition 563,294] 117.63/115.99 1090. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) | ($false = $true) <- {52} [HOL not constant elimination 1079] 117.63/115.99 1092. 101 <=> ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) [avatar definition] 117.63/115.99 1093. ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) <- {101} [avatar component clause 1092] 117.63/115.99 1095. 100 <=> ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) [avatar definition] 117.63/115.99 1096. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) <- {100} [avatar component clause 1095] 117.63/115.99 1097. 0 | 100 | ~52 [avatar split clause 1090,562,1095,258] 117.63/115.99 1107. ($false = $true) | ($false = vNOT_22 @ $false) <- {68} [HOL binary constant elimination 779] 117.63/115.99 1110. ($false = $true) | ($false = $true) <- {68} [HOL not constant elimination 1107] 117.63/115.99 1111. ($false = $true) <- {68} [duplicate literal removal 1110] 117.63/115.99 1112. 0 | ~68 [avatar split clause 1111,778,258] 117.63/115.99 1114. 102 <=> ! [X3] : (($false = rel @ sK12 @ X3) | ($false = positive @ sK14 @ X3)) [avatar definition] 117.63/115.99 1116. 102 | 68 | ~52 [avatar split clause 1084,562,778,1114] 117.63/115.99 1118. 104 <=> ! [X1,X0] : (($false = positive @ sK14 @ X0) | ($false = rel @ sK12 @ X1) | ($false = rel @ X0 @ X1)) [avatar definition] 117.63/115.99 1120. 104 | 68 | ~30 | ~52 [avatar split clause 1082,562,478,778,1118] 117.63/115.99 1122. 106 <=> ! [X36 : (mu > ($i > $o)),X37 : ($i > $o)] : (($false = positive @ X36 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))) @ X37)) | ($false != X37 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))) @ X37)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36))) = X37) (HD) [avatar definition] 117.63/115.99 1123. ($false = positive @ X36 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))) @ X37)) | ($false != X37 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))) @ X37)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36))) = X37 <- {106} (HD) [avatar component clause 1122] 117.63/115.99 1124. 106 | 68 (HD) [avatar split clause 912,778,1122] 117.63/115.99 1126. 108 <=> ! [X36 : (mu > ($i > $o)),X37 : ($i > $o)] : (($false = positive @ X36 @ (sK11 @ X37 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))))) | ($false != X37 @ (sK11 @ X37 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36))) = X37) (HD) [avatar definition] 117.63/115.99 1127. ($false = positive @ X36 @ (sK11 @ X37 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))))) | ($false != X37 @ (sK11 @ X37 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36))) = X37 <- {108} (HD) [avatar component clause 1126] 117.63/115.99 1128. 108 | 68 [avatar split clause 895,778,1126] 117.63/115.99 1130. 110 <=> ! [X0 : (mu > ($i > $o))] : (positive @ X0 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)) | ($false != positive @ X0 @ (sK11 @ (positive @ X0) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0))))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)) @ (sK11 @ (positive @ X0) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)))))) [avatar definition] 117.63/115.99 1132. 110 | 68 (HD) [avatar split clause 896,778,1130] 117.63/115.99 1134. 112 <=> ! [X16,X15 : ($i > $o),X14 : (mu > ($i > $o))] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14) = X15 | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14)) @ X15) @ X16) | ($true = positive @ X14 @ X16) | ($true != X15 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X14)) @ X15))) [avatar definition] 117.63/115.99 1136. 112 | 68 | ~34 [avatar split clause 865,488,778,1134] 117.63/115.99 1138. 114 <=> ! [X9,X7 : (mu > ($i > $o)),X8 : ($i > $o)] : (positive @ X7 = X8 | ($false = positive @ X7 @ X9) | ($false = rel @ (sK11 @ (positive @ X7) @ X8) @ X9) | ($true != X8 @ (sK11 @ (positive @ X7) @ X8))) [avatar definition] 117.63/115.99 1140. 114 | 68 [avatar split clause 862,778,1138] 117.63/115.99 1142. 116 <=> ! [X1 : ($i > $o),X3,X0 : (mu > ($i > $o)),X2] : (positive @ X0 = X1 | ($false = rel @ (sK11 @ (positive @ X0) @ X1) @ X3) | ($false = rel @ X2 @ X3) | ($false = positive @ X0 @ X2) | ($true != X1 @ (sK11 @ (positive @ X0) @ X1))) [avatar definition] 117.63/115.99 1144. 116 | 68 | ~30 [avatar split clause 860,478,778,1142] 117.63/115.99 1147. ($true != $true) | ($false = vIFF_55 @ $false @ (vNOT_22 @ $false)) <- {69} [fool paramodulation 776] 117.63/115.99 1148. ($false = vIFF_55 @ $false @ (vNOT_22 @ $false)) <- {69} [trivial inequality removal 1147] 117.63/115.99 1154. 118 <=> ($false = vIFF_55 @ $false @ (vNOT_22 @ $false)) [avatar definition] 117.63/115.99 1155. ($false = vIFF_55 @ $false @ (vNOT_22 @ $false)) <- {118} [avatar component clause 1154] 117.63/115.99 1156. 118 | 69 [avatar split clause 1148,775,1154] 117.63/115.99 1157. ($true = vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK20)) @ sK17)) <- {62} [HOL binary constant elimination 710] 117.63/115.99 1158. ($false = sK14 @ sK20 @ sK17) <- {62} [HOL binary constant elimination 710] 117.63/115.99 1159. ($true = cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK20)) @ sK17 @ X1) <- {62} [HOL PI constant elimination 1157] 117.63/115.99 1160. ($true = sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK20) @ X1 @ sK17) <- {62} [C combinator elimination 1159] 117.63/115.99 1161. ($true = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ X1 @ (cCOMB_88 @ iCOMB_17 @ sK20 @ X1) @ sK17) <- {62} [S combinator elimination 1160] 117.63/115.99 1162. ($true = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ X1 @ (iCOMB_17 @ X1 @ sK20) @ sK17) <- {62} [C combinator elimination 1161] 117.63/115.99 1163. ($true = bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive @ X1 @ (X1 @ sK20) @ sK17) <- {62} [I combinator elimination 1162] 117.63/115.99 1164. ($true = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55) @ (positive @ X1) @ (X1 @ sK20) @ sK17) <- {62} [B combinator elimination 1163] 117.63/115.99 1165. ($true = sCOMB_59 @ (bCOMB_58 @ vIMP_55 @ (positive @ X1)) @ (X1 @ sK20) @ sK17) <- {62} [B combinator elimination 1164] 117.63/115.99 1166. ($true = bCOMB_58 @ vIMP_55 @ (positive @ X1) @ sK17 @ (X1 @ sK20 @ sK17)) <- {62} [S combinator elimination 1165] 117.63/115.99 1167. ($true = vIMP_55 @ (positive @ X1 @ sK17) @ (X1 @ sK20 @ sK17)) <- {62} [B combinator elimination 1166] 117.63/115.99 1168. ($true = X1 @ sK20 @ sK17) | ($false = positive @ X1 @ sK17) <- {62} [HOL binary constant elimination 1167] 117.63/115.99 1173. 120 <=> ($false = sK14 @ sK20 @ sK17) [avatar definition] 117.63/115.99 1174. ($false = sK14 @ sK20 @ sK17) <- {120} [avatar component clause 1173] 117.63/115.99 1175. 120 | ~62 [avatar split clause 1158,709,1173] 117.63/115.99 1176. ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK20)) @ sK17)) @ $false) <- {62, 120} [superposition 710,1174] 117.63/115.99 1181. 122 <=> ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK20)) @ sK17)) @ $false) [avatar definition] 117.63/115.99 1183. 122 | ~62 | ~120 [avatar split clause 1176,1173,709,1181] 117.63/115.99 1185. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X6) @ X8) | ($false = rel @ X7 @ X8) | ($false = positive @ X6 @ X9) | ($false = rel @ X9 @ X10) | ($false = rel @ X7 @ X10) <- {30} [superposition 727,479] 117.63/115.99 1189. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X24)) @ X26) | ($false = rel @ X25 @ X26) | ($true = positive @ X24 @ X27) | ($false = rel @ X25 @ X27) <- {34} [superposition 727,489] 117.63/115.99 1190. ($false = $true) | ($false = positive @ sK15 @ X28) | ($false = rel @ sK12 @ X28) <- {16} [superposition 727,383] 117.63/115.99 1203. ($false = $true) | ($false = positive @ X33 @ X35) | ($false = rel @ X35 @ X36) | ($false = rel @ X34 @ X36) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X33) @ X37) | ($false = rel @ X34 @ X37) <- {30} [superposition 479,727] 117.63/115.99 1205. ($false = $true) | ($true = positive @ X42 @ X44) | ($false = rel @ X43 @ X44) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X42)) @ X45) | ($false = rel @ X43 @ X45) <- {34} [superposition 489,727] 117.63/115.99 1206. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($true = positive @ X46 @ X47) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X46)) @ X48) | ($false = rel @ X47 @ X48) [superposition 416,727] 117.63/115.99 1216. ($false = $true) | ($false = positive @ sK15 @ X80) | ($false = rel @ sK12 @ X80) <- {16} [superposition 383,727] 117.63/115.99 1224. 124 <=> ! [X9,X7,X8,X10,X6 : (mu > ($i > $o))] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X6) @ X8) | ($false = rel @ X7 @ X10) | ($false = rel @ X9 @ X10) | ($false = positive @ X6 @ X9) | ($false = rel @ X7 @ X8)) [avatar definition] 117.63/115.99 1226. 124 | 0 | ~30 [avatar split clause 1185,478,258,1224] 117.63/115.99 1230. 126 <=> ! [X25,X27,X24 : (mu > ($i > $o)),X26] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X24)) @ X26) | ($false = rel @ X25 @ X27) | ($true = positive @ X24 @ X27) | ($false = rel @ X25 @ X26)) [avatar definition] 117.63/115.99 1232. 126 | 0 | ~34 [avatar split clause 1189,488,258,1230] 117.63/115.99 1233. 124 | 0 | ~30 [avatar split clause 1203,478,258,1224] 117.63/115.99 1234. 126 | 0 | ~34 [avatar split clause 1205,488,258,1230] 117.63/115.99 1235. ($false = $true) | ($true = positive @ X46 @ X47) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X46)) @ X48) | ($false = rel @ X47 @ X48) <- {56} [forward demodulation 1206,597] 117.63/115.99 1237. 128 <=> ! [X46 : (mu > ($i > $o)),X48,X47] : (($true = positive @ X46 @ X47) | ($false = rel @ X47 @ X48) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X46)) @ X48)) [avatar definition] 117.63/115.99 1239. 128 | 0 | ~56 [avatar split clause 1235,596,258,1237] 117.63/115.99 1245. ($false = vNOT_22 @ (rel @ sK12 @ sK21)) <- {64} [HOL binary constant elimination 756] 117.63/115.99 1246. ($false = vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK21)) <- {64} [HOL binary constant elimination 756] 117.63/115.99 1247. ($false = cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK21 @ sK22) <- {64} [HOL SIGMA constant elimination 1246] 117.63/115.99 1248. ($false = sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14 @ sK22 @ sK21) <- {64} [C combinator elimination 1247] 117.63/115.99 1249. ($false = bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17))) @ sK22 @ (sK14 @ sK22) @ sK21) <- {64} [S combinator elimination 1248] 117.63/115.99 1250. ($false = bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK22) @ (sK14 @ sK22) @ sK21) <- {64} [B combinator elimination 1249] 117.63/115.99 1251. ($false = sCOMB_59 @ (bCOMB_58 @ vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK22)) @ (sK14 @ sK22) @ sK21) <- {64} [B combinator elimination 1250] 117.63/115.99 1252. ($false = bCOMB_58 @ vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK22) @ sK21 @ (sK14 @ sK22 @ sK21)) <- {64} [S combinator elimination 1251] 117.63/115.99 1253. ($false = vIMP_55 @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)) @ sK22 @ sK21) @ (sK14 @ sK22 @ sK21)) <- {64} [B combinator elimination 1252] 117.63/115.99 1254. ($false = vIMP_55 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36 @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17) @ sK22) @ sK21) @ (sK14 @ sK22 @ sK21)) <- {64} [B combinator elimination 1253] 117.63/115.99 1255. ($false = vIMP_55 @ (bCOMB_39 @ vPI_37 @ (cCOMB_36 @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17) @ sK22)) @ sK21) @ (sK14 @ sK22 @ sK21)) <- {64} [B combinator elimination 1254] 117.63/115.99 1256. ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17) @ sK22) @ sK21)) @ (sK14 @ sK22 @ sK21)) <- {64} [B combinator elimination 1255] 117.63/115.99 1257. ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK22)) @ sK21)) @ (sK14 @ sK22 @ sK21)) <- {64} [B combinator elimination 1256] 117.63/115.99 1258. ($true = rel @ sK12 @ sK21) <- {64} [HOL not constant elimination 1245] 117.63/115.99 1263. 130 <=> ($true = rel @ sK12 @ sK21) [avatar definition] 117.63/115.99 1264. ($true = rel @ sK12 @ sK21) <- {130} [avatar component clause 1263] 117.63/115.99 1265. 130 | ~64 [avatar split clause 1258,755,1263] 117.63/115.99 1270. 132 <=> ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK22)) @ sK21)) @ (sK14 @ sK22 @ sK21)) [avatar definition] 117.63/115.99 1272. 132 | ~64 [avatar split clause 1257,755,1270] 117.63/115.99 1336. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = rel @ X34 @ X33) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X32))) @ X34) | ($false = positive @ X32 @ X33) [superposition 292,770] 117.63/115.99 1339. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))) @ X42) | ($false = positive @ X41 @ X42) [superposition 635,770] 117.63/115.99 1350. ($false = $true) | ($false = rel @ X34 @ X33) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X32))) @ X34) | ($false = positive @ X32 @ X33) <- {56} [forward demodulation 1336,597] 117.63/115.99 1352. 134 <=> ! [X32 : (mu > ($i > $o)),X34,X33] : (($false = rel @ X34 @ X33) | ($false = positive @ X32 @ X33) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X32))) @ X34)) [avatar definition] 117.63/115.99 1354. 134 | 0 | ~56 [avatar split clause 1350,596,258,1352] 117.63/115.99 1355. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))) @ X42) | ($false = positive @ X41 @ X42) <- {56} [forward demodulation 1339,597] 117.63/115.99 1357. 136 <=> ! [X42,X41 : (mu > ($i > $o))] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))) @ X42) | ($false = positive @ X41 @ X42)) [avatar definition] 117.63/115.99 1359. 136 | 0 | ~56 [avatar split clause 1355,596,258,1357] 117.63/115.99 1391. ($false = vOR_55 @ (vNOT_22 @ $true) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK21))) <- {64, 130} [superposition 756,1264] 117.63/115.99 1396. 138 <=> ($false = vOR_55 @ (vNOT_22 @ $true) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK21))) [avatar definition] 117.63/115.99 1398. 138 | ~64 | ~130 [avatar split clause 1391,1263,755,1396] 117.63/115.99 1410. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X31 @ X32) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X30)) @ X32) | ($true = positive @ X30 @ X31) [superposition 717,793] 117.63/115.99 1413. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ sK12 @ X40) | ($false = positive @ sK15 @ X40) <- {16} [superposition 717,383] 117.63/115.99 1428. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X18 @ X17) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X16) @ X18) | ($false = rel @ X19 @ X17) | ($false = positive @ X16 @ X19) [superposition 734,514] 117.63/115.99 1432. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X32 @ X31) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X30)) @ X32) | ($true = positive @ X30 @ X31) [superposition 734,793] 117.63/115.99 1444. ($false = $true) | ($true = positive @ X2 @ X4) | ($false = rel @ X3 @ X4) | ($false = positive @ X2 @ X5) | ($false = rel @ X5 @ X6) | ($false = rel @ X3 @ X6) <- {30, 70} [superposition 813,479] 117.63/115.99 1445. ($false = $true) | ($true = positive @ X7 @ X9) | ($false = rel @ X8 @ X9) | ($false = rel @ X10 @ X8) | ($false = positive @ X7 @ X10) <- {70} [superposition 813,514] 117.63/115.99 1446. ($false = $true) | ($true = positive @ X11 @ X13) | ($false = rel @ X12 @ X13) | ($false = rel @ X12 @ X14) | ($false = positive @ X11 @ X14) <- {70} [superposition 813,397] 117.63/115.99 1448. ($false = $true) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X20) @ X22) | ($false = rel @ X21 @ X22) | ($true = positive @ X20 @ X21) <- {70} [superposition 813,793] 117.63/115.99 1449. ($false = $true) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X25) @ X27) | ($false = rel @ X26 @ X27) | ($true = positive @ X25 @ X28) | ($false = rel @ X26 @ X28) <- {34, 70} [superposition 813,489] 117.63/115.99 1454. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = rel @ X5 @ X4) | ($false = positive @ X3 @ X5) | ($true = positive @ X3 @ X6) | ($false = rel @ X4 @ X6) <- {70} [superposition 293,813] 117.63/115.99 1456. ($false = $true) | ($false = rel @ X13 @ X14) | ($false = positive @ X12 @ X14) | ($true = positive @ X12 @ X15) | ($false = rel @ X13 @ X15) <- {70} [superposition 397,813] 117.63/115.99 1457. ($false = $true) | ($false = positive @ X16 @ X18) | ($false = rel @ X18 @ X19) | ($false = rel @ X17 @ X19) | ($true = positive @ X16 @ X20) | ($false = rel @ X17 @ X20) <- {30, 70} [superposition 479,813] 117.63/115.99 1458. ($false = $true) | ($false = rel @ X23 @ X22) | ($false = positive @ X21 @ X23) | ($true = positive @ X21 @ X24) | ($false = rel @ X22 @ X24) <- {70} [superposition 514,813] 117.63/115.99 1460. ($false = $true) | ($true = positive @ X28 @ X29) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X28) @ X30) | ($false = rel @ X29 @ X30) <- {70} [superposition 793,813] 117.63/115.99 1461. ($false = $true) | ($true = positive @ X33 @ X35) | ($false = rel @ X34 @ X35) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X33) @ X36) | ($false = rel @ X34 @ X36) <- {34, 70} [superposition 489,813] 117.63/115.99 1462. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($true = positive @ X37 @ X38) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X37) @ X39) | ($false = rel @ X38 @ X39) <- {70} [superposition 416,813] 117.63/115.99 1484. 140 <=> ! [X3,X5,X2 : (mu > ($i > $o)),X4,X6] : (($true = positive @ X2 @ X4) | ($false = rel @ X3 @ X6) | ($false = rel @ X5 @ X6) | ($false = positive @ X2 @ X5) | ($false = rel @ X3 @ X4)) [avatar definition] 117.63/115.99 1486. 140 | 0 | ~30 | ~70 [avatar split clause 1444,812,478,258,1484] 117.63/115.99 1488. 142 <=> ! [X9,X7 : (mu > ($i > $o)),X8,X10] : (($true = positive @ X7 @ X9) | ($false = positive @ X7 @ X10) | ($false = rel @ X10 @ X8) | ($false = rel @ X8 @ X9)) [avatar definition] 117.63/115.99 1490. 142 | 0 | ~70 [avatar split clause 1445,812,258,1488] 117.63/115.99 1492. 144 <=> ! [X11 : (mu > ($i > $o)),X13,X12,X14] : (($true = positive @ X11 @ X13) | ($false = positive @ X11 @ X14) | ($false = rel @ X12 @ X14) | ($false = rel @ X12 @ X13)) [avatar definition] 117.63/115.99 1494. 144 | 0 | ~70 [avatar split clause 1446,812,258,1492] 117.63/115.99 1496. 146 <=> ! [X20 : (mu > ($i > $o)),X22,X21] : (($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X20) @ X22) | ($true = positive @ X20 @ X21) | ($false = rel @ X21 @ X22)) [avatar definition] 117.63/115.99 1498. 146 | 0 | ~70 [avatar split clause 1448,812,258,1496] 117.63/115.99 1500. 148 <=> ! [X25 : (mu > ($i > $o)),X27,X26,X28] : (($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X25) @ X27) | ($false = rel @ X26 @ X28) | ($true = positive @ X25 @ X28) | ($false = rel @ X26 @ X27)) [avatar definition] 117.63/115.99 1502. 148 | 0 | ~34 | ~70 [avatar split clause 1449,812,488,258,1500] 117.63/115.99 1503. ($false = $true) | ($false = rel @ X5 @ X4) | ($false = positive @ X3 @ X5) | ($true = positive @ X3 @ X6) | ($false = rel @ X4 @ X6) <- {56, 70} [forward demodulation 1454,597] 117.63/115.99 1504. 142 | 0 | ~56 | ~70 [avatar split clause 1503,812,596,258,1488] 117.63/115.99 1505. 144 | 0 | ~70 [avatar split clause 1456,812,258,1492] 117.63/115.99 1506. 140 | 0 | ~30 | ~70 [avatar split clause 1457,812,478,258,1484] 117.63/115.99 1507. 142 | 0 | ~70 [avatar split clause 1458,812,258,1488] 117.63/115.99 1508. 146 | 0 | ~70 [avatar split clause 1460,812,258,1496] 117.63/115.99 1509. 148 | 0 | ~34 | ~70 [avatar split clause 1461,812,488,258,1500] 117.63/115.99 1510. ($false = $true) | ($true = positive @ X37 @ X38) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X37) @ X39) | ($false = rel @ X38 @ X39) <- {56, 70} [forward demodulation 1462,597] 117.63/115.99 1511. 146 | 0 | ~56 | ~70 [avatar split clause 1510,812,596,258,1496] 117.63/115.99 1513. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10) @ X12) | ($false = rel @ X11 @ X13) | ($false = rel @ X12 @ X13) | ($false = positive @ X10 @ X14) | ($false = rel @ X14 @ X15) | ($false = rel @ X11 @ X15) <- {30, 76} [superposition 849,479] 117.63/115.99 1514. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X16) @ X18) | ($false = rel @ X17 @ X19) | ($false = rel @ X18 @ X19) | ($false = rel @ X20 @ X17) | ($false = positive @ X16 @ X20) <- {76} [superposition 849,514] 117.63/115.99 1515. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X21) @ X23) | ($false = rel @ X22 @ X24) | ($false = rel @ X23 @ X24) | ($false = rel @ X22 @ X25) | ($false = positive @ X21 @ X25) <- {76} [superposition 849,397] 117.63/115.99 1516. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X28) @ X30) | ($false = rel @ X29 @ X31) | ($false = rel @ X30 @ X31) | ($false = positive @ X28 @ X29) <- {76} [superposition 849,294] 117.63/115.99 1517. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X32)) @ X34) | ($false = rel @ X33 @ X35) | ($false = rel @ X34 @ X35) | ($true = positive @ X32 @ X33) <- {76} [superposition 849,793] 117.63/115.99 1518. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38)) @ X40) | ($false = rel @ X39 @ X41) | ($false = rel @ X40 @ X41) | ($true = positive @ X38 @ X42) | ($false = rel @ X39 @ X42) <- {34, 76} [superposition 849,489] 117.63/115.99 1519. ($false = $true) | ($false = positive @ sK15 @ X43) | ($false = rel @ sK12 @ X44) | ($false = rel @ X43 @ X44) <- {16, 76} [superposition 849,383] 117.63/115.99 1521. ($false = $true) | ($false = positive @ X49 @ X51) | ($false = rel @ (sK11 @ X50 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X49))) @ X52) | ($false = rel @ X51 @ X52) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X49) = X50 | ($false != X50 @ (sK11 @ X50 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X49)))) <- {76} [superposition 849,392] 117.63/115.99 1522. ($false = $true) | ($false = positive @ X55 @ X57) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X55)) @ X56) @ X58) | ($false = rel @ X57 @ X58) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X55) = X56 | ($false != X56 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X55)) @ X56)) <- {76} [superposition 849,393] 117.63/115.99 1528. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X21) @ X22) | ($false = positive @ X21 @ X23) | ($false = rel @ X22 @ X24) | ($false = rel @ X23 @ X24) <- {76} [superposition 635,849] 117.63/115.99 1532. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = rel @ X43 @ X42) | ($false = positive @ X41 @ X43) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41) @ X44) | ($false = rel @ X42 @ X45) | ($false = rel @ X44 @ X45) <- {76} [superposition 293,849] 117.63/115.99 1533. ($false = $true) | ($false = positive @ X46 @ X47) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X46) @ X48) | ($false = rel @ X47 @ X49) | ($false = rel @ X48 @ X49) <- {76} [superposition 294,849] 117.63/115.99 1534. ($false = $true) | ($false = rel @ X53 @ X54) | ($false = positive @ X52 @ X54) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X52) @ X55) | ($false = rel @ X53 @ X56) | ($false = rel @ X55 @ X56) <- {76} [superposition 397,849] 117.63/115.99 1535. ($false = $true) | ($false = positive @ X57 @ X59) | ($false = rel @ X59 @ X60) | ($false = rel @ X58 @ X60) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X57) @ X61) | ($false = rel @ X58 @ X62) | ($false = rel @ X61 @ X62) <- {30, 76} [superposition 479,849] 117.63/115.99 1536. ($false = $true) | ($false = rel @ X65 @ X64) | ($false = positive @ X63 @ X65) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X63) @ X66) | ($false = rel @ X64 @ X67) | ($false = rel @ X66 @ X67) <- {76} [superposition 514,849] 117.63/115.99 1537. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = positive @ X68 @ X69) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X68) @ X70) | ($false = rel @ X69 @ X71) | ($false = rel @ X70 @ X71) <- {76} [superposition 632,849] 117.63/115.99 1538. ($false = $true) | ($true = positive @ X74 @ X75) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X74)) @ X76) | ($false = rel @ X75 @ X77) | ($false = rel @ X76 @ X77) <- {76} [superposition 793,849] 117.63/115.99 1539. ($false = $true) | ($true = positive @ X80 @ X82) | ($false = rel @ X81 @ X82) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X80)) @ X83) | ($false = rel @ X81 @ X84) | ($false = rel @ X83 @ X84) <- {34, 76} [superposition 489,849] 117.63/115.99 1540. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($true = positive @ X85 @ X86) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X85)) @ X87) | ($false = rel @ X86 @ X88) | ($false = rel @ X87 @ X88) <- {76} [superposition 416,849] 117.63/115.99 1544. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X103) = X104 | ($false != X104 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X103)) @ X104)) | ($false = positive @ X103 @ X105) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X103)) @ X104) @ X106) | ($false = rel @ X105 @ X106) <- {76} [superposition 393,849] 117.63/115.99 1545. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X109) = X110 | ($false != X110 @ (sK11 @ X110 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X109)))) | ($false = positive @ X109 @ X111) | ($false = rel @ (sK11 @ X110 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X109))) @ X112) | ($false = rel @ X111 @ X112) <- {76} [superposition 392,849] 117.63/115.99 1550. ($false = $true) | ($false = positive @ sK15 @ X129) | ($false = rel @ sK12 @ X130) | ($false = rel @ X129 @ X130) <- {16, 76} [superposition 383,849] 117.63/115.99 1559. 150 <=> ! [X11,X13,X15,X10 : (mu > ($i > $o)),X12,X14] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10) @ X12) | ($false = rel @ X11 @ X15) | ($false = rel @ X14 @ X15) | ($false = positive @ X10 @ X14) | ($false = rel @ X12 @ X13) | ($false = rel @ X11 @ X13)) [avatar definition] 117.63/115.99 1561. 150 | 0 | ~30 | ~76 [avatar split clause 1513,848,478,258,1559] 117.63/115.99 1563. 152 <=> ! [X16 : (mu > ($i > $o)),X18,X20,X17,X19] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X16) @ X18) | ($false = positive @ X16 @ X20) | ($false = rel @ X20 @ X17) | ($false = rel @ X18 @ X19) | ($false = rel @ X17 @ X19)) [avatar definition] 117.63/115.99 1565. 152 | 0 | ~76 [avatar split clause 1514,848,258,1563] 117.63/115.99 1567. 154 <=> ! [X22,X25,X21 : (mu > ($i > $o)),X23,X24] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X21) @ X23) | ($false = positive @ X21 @ X25) | ($false = rel @ X22 @ X25) | ($false = rel @ X23 @ X24) | ($false = rel @ X22 @ X24)) [avatar definition] 117.63/115.99 1569. 154 | 0 | ~76 [avatar split clause 1515,848,258,1567] 117.63/115.99 1571. 156 <=> ! [X32 : (mu > ($i > $o)),X34,X33,X35] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X32)) @ X34) | ($true = positive @ X32 @ X33) | ($false = rel @ X34 @ X35) | ($false = rel @ X33 @ X35)) [avatar definition] 117.63/115.99 1573. 156 | 0 | ~76 [avatar split clause 1517,848,258,1571] 117.63/115.99 1575. 158 <=> ! [X40,X42,X38 : (mu > ($i > $o)),X41,X39] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38)) @ X40) | ($false = rel @ X39 @ X42) | ($true = positive @ X38 @ X42) | ($false = rel @ X40 @ X41) | ($false = rel @ X39 @ X41)) [avatar definition] 117.63/115.99 1577. 158 | 0 | ~34 | ~76 [avatar split clause 1518,848,488,258,1575] 117.63/115.99 1578. ($false = $true) | ($false = rel @ X43 @ X42) | ($false = positive @ X41 @ X43) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41) @ X44) | ($false = rel @ X42 @ X45) | ($false = rel @ X44 @ X45) <- {56, 76} [forward demodulation 1532,597] 117.63/115.99 1579. 152 | 0 | ~56 | ~76 [avatar split clause 1578,848,596,258,1563] 117.63/115.99 1580. 154 | 0 | ~76 [avatar split clause 1534,848,258,1567] 117.63/115.99 1581. 150 | 0 | ~30 | ~76 [avatar split clause 1535,848,478,258,1559] 117.63/115.99 1582. 152 | 0 | ~76 [avatar split clause 1536,848,258,1563] 117.63/115.99 1583. 156 | 0 | ~76 [avatar split clause 1538,848,258,1571] 117.63/115.99 1584. 158 | 0 | ~34 | ~76 [avatar split clause 1539,848,488,258,1575] 117.63/115.99 1585. ($false = $true) | ($true = positive @ X85 @ X86) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X85)) @ X87) | ($false = rel @ X86 @ X88) | ($false = rel @ X87 @ X88) <- {56, 76} [forward demodulation 1540,597] 117.63/115.99 1586. 156 | 0 | ~56 | ~76 [avatar split clause 1585,848,596,258,1571] 117.63/115.99 1704. ($false = $true) | ($false = rel @ sK12 @ X3) | ($false = positive @ sK15 @ X3) <- {92} [superposition 1032,397] 117.63/115.99 1711. ($false = $true) | ($false = rel @ sK12 @ X1) | ($false = positive @ sK15 @ X1) <- {92} [superposition 397,1032] 117.63/115.99 1716. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15)) @ sK12) @ (vNOT_22 @ $true)) <- {92} [superposition 216,1032] 117.63/115.99 1717. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = rel @ X6 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15)) @ X6) <- {92} [superposition 292,1032] 117.63/115.99 1720. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15)) @ sK12) <- {92} [superposition 635,1032] 117.63/115.99 1728. 160 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15)) @ sK12) @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 1730. 160 | ~92 [avatar split clause 1716,1031,1728] 117.63/115.99 1731. ($false = $true) | ($false = rel @ X6 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15)) @ X6) <- {56, 92} [forward demodulation 1717,597] 117.63/115.99 1733. 162 <=> ! [X6] : (($false = rel @ X6 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15)) @ X6)) [avatar definition] 117.63/115.99 1735. 162 | 0 | ~56 | ~92 [avatar split clause 1731,1031,596,258,1733] 117.63/115.99 1736. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15)) @ sK12) <- {56, 92} [forward demodulation 1720,597] 117.63/115.99 1741. 164 <=> ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15)) @ sK12) [avatar definition] 117.63/115.99 1743. 164 | 0 | ~56 | ~92 [avatar split clause 1736,1031,596,258,1741] 117.63/115.99 1746. ($false = $true) | ($false = positive @ X14 @ X16) | ($false = rel @ X15 @ X17) | ($false = rel @ X17 @ X16) | ($true = positive @ X14 @ X18) | ($false = rel @ X15 @ X18) <- {70} [superposition 728,813] 117.63/115.99 1748. ($false = $true) | ($false = positive @ X27 @ X29) | ($false = rel @ X28 @ X30) | ($false = rel @ X30 @ X29) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X27) @ X31) | ($false = rel @ X28 @ X32) | ($false = rel @ X31 @ X32) <- {76} [superposition 728,849] 117.63/115.99 1752. ($false = $true) | ($false = positive @ sK15 @ X47) | ($false = rel @ sK12 @ X48) | ($false = rel @ X48 @ X47) <- {92} [superposition 728,1032] 117.63/115.99 1759. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ X25 @ X27) | ($false = rel @ X26 @ X27) | ($false = positive @ X25 @ X28) | ($false = rel @ X26 @ X29) | ($false = rel @ X29 @ X28) <- {34} [superposition 801,728] 117.63/115.99 1760. ($false = $true) | ($true = positive @ X30 @ X32) | ($false = rel @ X31 @ X32) | ($false = positive @ X30 @ X33) | ($false = rel @ X31 @ X34) | ($false = rel @ X34 @ X33) <- {70} [superposition 813,728] 117.63/115.99 1774. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X96) @ X98) | ($false = rel @ X97 @ X99) | ($false = rel @ X98 @ X99) | ($false = positive @ X96 @ X100) | ($false = rel @ X97 @ X101) | ($false = rel @ X101 @ X100) <- {76} [superposition 849,728] 117.63/115.99 1775. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ X102 = X103 | ($true != X103 @ (sK11 @ (positive @ X102) @ X103)) | ($false = positive @ X102 @ X104) | ($false = rel @ (sK11 @ (positive @ X102) @ X103) @ X105) | ($false = rel @ X105 @ X104) [superposition 429,728] 117.63/115.99 1784. ($false = $true) | ($false = positive @ sK15 @ X146) | ($false = rel @ sK12 @ X147) | ($false = rel @ X147 @ X146) <- {92} [superposition 1032,728] 117.63/115.99 1785. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ sK15 @ X148) | ($false = rel @ sK12 @ X149) | ($false = rel @ X149 @ X148) <- {48} [superposition 545,728] 117.63/115.99 1786. ($true != vIFF_55 @ $false @ (vNOT_22 @ $true)) | ($false = positive @ sK15 @ X150) | ($false = rel @ sK12 @ X151) | ($false = rel @ X151 @ X150) <- {21} [superposition 403,728] 117.63/115.99 1787. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ sK14 @ X152) | ($false = rel @ sK12 @ X153) | ($false = rel @ X153 @ X152) <- {52} [superposition 563,728] 117.63/115.99 1792. 166 <=> ! [X16,X18,X15,X17,X14 : (mu > ($i > $o))] : (($false = positive @ X14 @ X16) | ($false = rel @ X15 @ X18) | ($true = positive @ X14 @ X18) | ($false = rel @ X15 @ X17) | ($false = rel @ X17 @ X16)) [avatar definition] 117.63/115.99 1794. 166 | 0 | ~70 [avatar split clause 1746,812,258,1792] 117.63/115.99 1796. 168 <=> ! [X32,X27 : (mu > ($i > $o)),X29,X31,X28,X30] : (($false = positive @ X27 @ X29) | ($false = rel @ X31 @ X32) | ($false = rel @ X28 @ X32) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X27) @ X31) | ($false = rel @ X28 @ X30) | ($false = rel @ X30 @ X29)) [avatar definition] 117.63/115.99 1798. 168 | 0 | ~76 [avatar split clause 1748,848,258,1796] 117.63/115.99 1802. 170 <=> ! [X48,X47] : (($false = positive @ sK15 @ X47) | ($false = rel @ sK12 @ X48) | ($false = rel @ X48 @ X47)) [avatar definition] 117.63/115.99 1804. 170 | 0 | ~92 [avatar split clause 1752,1031,258,1802] 117.63/115.99 1807. ($false = $true) | ($true = positive @ X25 @ X27) | ($false = rel @ X26 @ X27) | ($false = positive @ X25 @ X28) | ($false = rel @ X26 @ X29) | ($false = rel @ X29 @ X28) <- {34, 118} [forward demodulation 1759,1155] 117.63/115.99 1808. 166 | 0 | ~34 | ~118 [avatar split clause 1807,1154,488,258,1792] 117.63/115.99 1809. 166 | 0 | ~70 [avatar split clause 1760,812,258,1792] 117.63/115.99 1810. 168 | 0 | ~76 [avatar split clause 1774,848,258,1796] 117.63/115.99 1811. ($false = $true) | positive @ X102 = X103 | ($true != X103 @ (sK11 @ (positive @ X102) @ X103)) | ($false = positive @ X102 @ X104) | ($false = rel @ (sK11 @ (positive @ X102) @ X103) @ X105) | ($false = rel @ X105 @ X104) <- {118} [forward demodulation 1775,1155] 117.63/115.99 1813. 172 <=> ! [X104,X102 : (mu > ($i > $o)),X105,X103 : ($i > $o)] : (positive @ X102 = X103 | ($false = rel @ X105 @ X104) | ($false = rel @ (sK11 @ (positive @ X102) @ X103) @ X105) | ($false = positive @ X102 @ X104) | ($true != X103 @ (sK11 @ (positive @ X102) @ X103))) [avatar definition] 117.63/115.99 1815. 172 | 0 | ~118 [avatar split clause 1811,1154,258,1813] 117.63/115.99 1816. 170 | 0 | ~92 [avatar split clause 1784,1031,258,1802] 117.63/115.99 1817. ($false = $true) | ($false = positive @ sK15 @ X148) | ($false = rel @ sK12 @ X149) | ($false = rel @ X149 @ X148) <- {48, 118} [forward demodulation 1785,1155] 117.63/115.99 1818. 170 | 0 | ~48 | ~118 [avatar split clause 1817,1154,544,258,1802] 117.63/115.99 1819. 170 | ~45 | 21 [avatar split clause 1786,402,519,1802] 117.63/115.99 1820. ($false = $true) | ($false = positive @ sK14 @ X152) | ($false = rel @ sK12 @ X153) | ($false = rel @ X153 @ X152) <- {52, 118} [forward demodulation 1787,1155] 117.63/115.99 1822. 174 <=> ! [X153,X152] : (($false = positive @ sK14 @ X152) | ($false = rel @ sK12 @ X153) | ($false = rel @ X153 @ X152)) [avatar definition] 117.63/115.99 1824. 174 | 0 | ~52 | ~118 [avatar split clause 1820,1154,562,258,1822] 117.63/115.99 1881. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = rel @ X54 @ (sK11 @ (positive @ X52) @ X53)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X52)) @ X54) | positive @ X52 = X53 | ($true != X53 @ (sK11 @ (positive @ X52) @ X53)) [superposition 292,870] 117.63/115.99 1884. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61)) @ (sK11 @ (positive @ X61) @ X62)) | positive @ X61 = X62 | ($true != X62 @ (sK11 @ (positive @ X61) @ X62)) [superposition 635,870] 117.63/115.99 1896. ($false = $true) | ($false = rel @ X54 @ (sK11 @ (positive @ X52) @ X53)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X52)) @ X54) | positive @ X52 = X53 | ($true != X53 @ (sK11 @ (positive @ X52) @ X53)) <- {56} [forward demodulation 1881,597] 117.63/115.99 1898. 176 <=> ! [X53 : ($i > $o),X52 : (mu > ($i > $o)),X54] : (($false = rel @ X54 @ (sK11 @ (positive @ X52) @ X53)) | ($true != X53 @ (sK11 @ (positive @ X52) @ X53)) | positive @ X52 = X53 | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X52)) @ X54)) [avatar definition] 117.63/115.99 1900. 176 | 0 | ~56 [avatar split clause 1896,596,258,1898] 117.63/115.99 1901. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61)) @ (sK11 @ (positive @ X61) @ X62)) | positive @ X61 = X62 | ($true != X62 @ (sK11 @ (positive @ X61) @ X62)) <- {56} [forward demodulation 1884,597] 117.63/115.99 1903. 178 <=> ! [X62 : ($i > $o),X61 : (mu > ($i > $o))] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61)) @ (sK11 @ (positive @ X61) @ X62)) | ($true != X62 @ (sK11 @ (positive @ X61) @ X62)) | positive @ X61 = X62) [avatar definition] 117.63/115.99 1905. 178 | 0 | ~56 [avatar split clause 1901,596,258,1903] 117.63/115.99 1930. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X30 @ X31) | ($false = positive @ X29 @ X31) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29) @ X32) | ($false = rel @ X30 @ X33) | ($false = rel @ X33 @ X32) [superposition 722,728] 117.63/115.99 1938. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60))))) @ X62) | ($false = positive @ X60 @ X62) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60))) = X61 | ($false != X61 @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60)))))) [superposition 722,392] 117.63/115.99 1941. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70) @ X71) | ($false = positive @ X69 @ X71) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69))) = X70 | ($false != X70 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70)) [superposition 722,393] 117.63/115.99 1946. ($false = $true) | ($false = rel @ X30 @ X31) | ($false = positive @ X29 @ X31) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29) @ X32) | ($false = rel @ X30 @ X33) | ($false = rel @ X33 @ X32) <- {118} [forward demodulation 1930,1155] 117.63/115.99 1948. 180 <=> ! [X32,X29 : (mu > ($i > $o)),X31,X33,X30] : (($false = rel @ X30 @ X31) | ($false = rel @ X33 @ X32) | ($false = rel @ X30 @ X33) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29) @ X32) | ($false = positive @ X29 @ X31)) [avatar definition] 117.63/115.99 1950. 180 | 0 | ~118 [avatar split clause 1946,1154,258,1948] 117.63/115.99 1951. ($false = $true) | ($false = rel @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60))))) @ X62) | ($false = positive @ X60 @ X62) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60))) = X61 | ($false != X61 @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60)))))) <- {118} [forward demodulation 1938,1155] 117.63/115.99 1953. 182 <=> ! [X60 : (mu > ($i > $o)),X62,X61 : ($i > $o)] : (($false = rel @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60))))) @ X62) | ($false != X61 @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60))) = X61 | ($false = positive @ X60 @ X62)) [avatar definition] 117.63/115.99 1955. 182 | 0 | ~118 [avatar split clause 1951,1154,258,1953] 117.63/115.99 1956. ($false = $true) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70) @ X71) | ($false = positive @ X69 @ X71) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69))) = X70 | ($false != X70 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70)) <- {118} [forward demodulation 1941,1155] 117.63/115.99 1958. 184 <=> ! [X69 : (mu > ($i > $o)),X71,X70 : ($i > $o)] : (($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70) @ X71) | ($false != X70 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69))) = X70 | ($false = positive @ X69 @ X71)) [avatar definition] 117.63/115.99 1960. 184 | 0 | ~118 [avatar split clause 1956,1154,258,1958] 117.63/115.99 1971. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X27 @ X26) | ($false = positive @ X25 @ X27) | ($false = rel @ X28 @ X26) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X25) @ X28) [superposition 739,514] 117.63/115.99 1972. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X31 @ X30) | ($false = positive @ X29 @ X31) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29) @ X32) | ($false = rel @ X30 @ X33) | ($false = rel @ X33 @ X32) [superposition 739,728] 117.63/115.99 1980. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X62 @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60)))))) | ($false = positive @ X60 @ X62) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60))) = X61 | ($false != X61 @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60)))))) [superposition 739,392] 117.63/115.99 1983. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X71 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70)) | ($false = positive @ X69 @ X71) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69))) = X70 | ($false != X70 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70)) [superposition 739,393] 117.63/115.99 1988. ($false = $true) | ($false = rel @ X31 @ X30) | ($false = positive @ X29 @ X31) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29) @ X32) | ($false = rel @ X30 @ X33) | ($false = rel @ X33 @ X32) <- {118} [forward demodulation 1972,1155] 117.63/115.99 1990. 186 <=> ! [X32,X29 : (mu > ($i > $o)),X31,X33,X30] : (($false = rel @ X31 @ X30) | ($false = rel @ X33 @ X32) | ($false = rel @ X30 @ X33) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29) @ X32) | ($false = positive @ X29 @ X31)) [avatar definition] 117.63/115.99 1992. 186 | 0 | ~118 [avatar split clause 1988,1154,258,1990] 117.63/115.99 1993. ($false = $true) | ($false = rel @ X62 @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60)))))) | ($false = positive @ X60 @ X62) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60))) = X61 | ($false != X61 @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60)))))) <- {118} [forward demodulation 1980,1155] 117.63/115.99 1995. 188 <=> ! [X60 : (mu > ($i > $o)),X62,X61 : ($i > $o)] : (($false = rel @ X62 @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60)))))) | ($false != X61 @ (sK11 @ X61 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X60))) = X61 | ($false = positive @ X60 @ X62)) [avatar definition] 117.63/115.99 1997. 188 | 0 | ~118 [avatar split clause 1993,1154,258,1995] 117.63/115.99 1998. ($false = $true) | ($false = rel @ X71 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70)) | ($false = positive @ X69 @ X71) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69))) = X70 | ($false != X70 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70)) <- {118} [forward demodulation 1983,1155] 117.63/115.99 2000. 190 <=> ! [X69 : (mu > ($i > $o)),X71,X70 : ($i > $o)] : (($false = rel @ X71 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70)) | ($false != X70 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69)))) @ X70)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X69))) = X70 | ($false = positive @ X69 @ X71)) [avatar definition] 117.63/115.99 2002. 190 | 0 | ~118 [avatar split clause 1998,1154,258,2000] 117.63/115.99 2004. ($false = $true) | ($true = positive @ X12 @ X14) | ($false = rel @ X13 @ X15) | ($false = rel @ X15 @ X14) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12) @ X13) <- {72} [superposition 817,295] 117.63/115.99 2005. ($false = $true) | ($true = positive @ X24 @ X26) | ($false = rel @ X25 @ X27) | ($false = rel @ X27 @ X26) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X24) @ X28) | ($false = rel @ X25 @ X28) <- {70, 72} [superposition 817,813] 117.63/115.99 2006. ($false = $true) | ($true = positive @ X29 @ X31) | ($false = rel @ X30 @ X32) | ($false = rel @ X32 @ X31) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29)) @ X33) | ($false = rel @ X30 @ X34) | ($false = rel @ X33 @ X34) <- {72, 76} [superposition 817,849] 117.63/115.99 2007. ($false = $true) | ($true = positive @ X35 @ X37) | ($false = rel @ X36 @ X38) | ($false = rel @ X38 @ X37) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35)) @ X39) | ($false = rel @ X36 @ X39) <- {72} [superposition 817,727] 117.63/115.99 2009. ($false = $true) | ($true = positive @ X44 @ X46) | ($false = rel @ X45 @ X47) | ($false = rel @ X47 @ X46) | ($false = rel @ X48 @ X45) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44)) @ X48) <- {72} [superposition 817,203] 117.63/115.99 2010. ($false = $true) | ($true = positive @ X49 @ X51) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X49)) @ X50) @ X52) | ($false = rel @ X52 @ X51) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X49) = X50 | ($true != X50 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X49)) @ X50)) <- {72} [superposition 817,870] 117.63/115.99 2011. ($false = $true) | ($true = positive @ X53 @ X55) | ($false = rel @ (sK11 @ X54 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X53))))) @ X56) | ($false = rel @ X56 @ X55) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X53))) = X54 | ($true != X54 @ (sK11 @ X54 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X53)))))) <- {72} [superposition 817,412] 117.63/115.99 2012. ($false = $true) | ($true = positive @ X61 @ X63) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61)))) @ X62) @ X64) | ($false = rel @ X64 @ X63) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61))) = X62 | ($true != X62 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61)))) @ X62)) <- {72} [superposition 817,413] 117.63/115.99 2015. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X11 @ X12) | ($false = positive @ X10 @ X12) | ($true = positive @ X10 @ X13) | ($false = rel @ X11 @ X14) | ($false = rel @ X14 @ X13) <- {72} [superposition 722,817] 117.63/115.99 2016. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X17 @ X16) | ($false = positive @ X15 @ X17) | ($true = positive @ X15 @ X18) | ($false = rel @ X16 @ X19) | ($false = rel @ X19 @ X18) <- {72} [superposition 739,817] 117.63/115.99 2020. ($false = $true) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X37) @ X38) | ($true = positive @ X37 @ X39) | ($false = rel @ X38 @ X40) | ($false = rel @ X40 @ X39) <- {72} [superposition 295,817] 117.63/115.99 2022. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X53) @ X55) | ($false = rel @ X54 @ X55) | ($true = positive @ X53 @ X56) | ($false = rel @ X54 @ X57) | ($false = rel @ X57 @ X56) <- {34, 72} [superposition 801,817] 117.63/115.99 2023. ($false = $true) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X58) @ X60) | ($false = rel @ X59 @ X60) | ($true = positive @ X58 @ X61) | ($false = rel @ X59 @ X62) | ($false = rel @ X62 @ X61) <- {70, 72} [superposition 813,817] 117.63/115.99 2024. ($false = $true) | ($false = rel @ X65 @ X64) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X63)) @ X65) | ($true = positive @ X63 @ X66) | ($false = rel @ X64 @ X67) | ($false = rel @ X67 @ X66) <- {72} [superposition 203,817] 117.63/115.99 2031. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X94 @ X95) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X93)) @ X95) | ($true = positive @ X93 @ X96) | ($false = rel @ X94 @ X97) | ($false = rel @ X97 @ X96) <- {72} [superposition 717,817] 117.63/115.99 2032. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X98)) @ X100) | ($false = rel @ X99 @ X100) | ($true = positive @ X98 @ X101) | ($false = rel @ X99 @ X102) | ($false = rel @ X102 @ X101) <- {72} [superposition 727,817] 117.63/115.99 2033. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X105 @ X104) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X103)) @ X105) | ($true = positive @ X103 @ X106) | ($false = rel @ X104 @ X107) | ($false = rel @ X107 @ X106) <- {72} [superposition 734,817] 117.63/115.99 2034. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X108)) @ X110) | ($false = rel @ X110 @ X111) | ($false = rel @ X109 @ X111) | ($true = positive @ X108 @ X112) | ($false = rel @ X109 @ X113) | ($false = rel @ X113 @ X112) <- {30, 72} [superposition 833,817] 117.63/115.99 2035. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X114)) @ X116) | ($false = rel @ X115 @ X117) | ($false = rel @ X116 @ X117) | ($true = positive @ X114 @ X118) | ($false = rel @ X115 @ X119) | ($false = rel @ X119 @ X118) <- {72, 76} [superposition 849,817] 117.63/115.99 2036. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X120) = X121 | ($true != X121 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X120)) @ X121)) | ($true = positive @ X120 @ X122) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X120)) @ X121) @ X123) | ($false = rel @ X123 @ X122) <- {72} [superposition 870,817] 117.63/115.99 2037. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X124) = X125 | ($true != X125 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X124)) @ X125)) | ($true = positive @ X124 @ X126) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X124)) @ X125) @ X127) | ($false = rel @ X127 @ X126) <- {72} [superposition 429,817] 117.63/115.99 2038. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X128))) = X129 | ($true != X129 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X128)))) @ X129)) | ($true = positive @ X128 @ X130) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X128)))) @ X129) @ X131) | ($false = rel @ X131 @ X130) <- {72} [superposition 432,817] 117.63/115.99 2039. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X132))) = X133 | ($true != X133 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X132)))) @ X133)) | ($true = positive @ X132 @ X134) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X132)))) @ X133) @ X135) | ($false = rel @ X135 @ X134) <- {72} [superposition 413,817] 117.63/115.99 2040. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X138))) = X139 | ($true != X139 @ (sK11 @ X139 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X138)))))) | ($true = positive @ X138 @ X140) | ($false = rel @ (sK11 @ X139 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X138))))) @ X141) | ($false = rel @ X141 @ X140) <- {72} [superposition 412,817] 117.63/115.99 2049. 192 <=> ! [X13,X15,X12 : (mu > ($i > $o)),X14] : (($true = positive @ X12 @ X14) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X12) @ X13) | ($false = rel @ X13 @ X15) | ($false = rel @ X15 @ X14)) [avatar definition] 117.63/115.99 2051. 192 | 0 | ~72 [avatar split clause 2004,816,258,2049] 117.63/115.99 2053. 194 <=> ! [X25,X27,X24 : (mu > ($i > $o)),X26,X28] : (($true = positive @ X24 @ X26) | ($false = rel @ X25 @ X28) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X24) @ X28) | ($false = rel @ X25 @ X27) | ($false = rel @ X27 @ X26)) [avatar definition] 117.63/115.99 2055. 194 | 0 | ~70 | ~72 [avatar split clause 2005,816,812,258,2053] 117.63/115.99 2057. 196 <=> ! [X32,X34,X29 : (mu > ($i > $o)),X31,X33,X30] : (($true = positive @ X29 @ X31) | ($false = rel @ X33 @ X34) | ($false = rel @ X30 @ X34) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29)) @ X33) | ($false = rel @ X30 @ X32) | ($false = rel @ X32 @ X31)) [avatar definition] 117.63/115.99 2059. 196 | 0 | ~72 | ~76 [avatar split clause 2006,848,816,258,2057] 117.63/115.99 2061. 198 <=> ! [X36,X38,X35 : (mu > ($i > $o)),X37,X39] : (($true = positive @ X35 @ X37) | ($false = rel @ X36 @ X39) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35)) @ X39) | ($false = rel @ X36 @ X38) | ($false = rel @ X38 @ X37)) [avatar definition] 117.63/115.99 2063. 198 | 0 | ~72 [avatar split clause 2007,816,258,2061] 117.63/115.99 2065. 200 <=> ! [X44 : (mu > ($i > $o)),X46,X48,X45,X47] : (($true = positive @ X44 @ X46) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44)) @ X48) | ($false = rel @ X48 @ X45) | ($false = rel @ X45 @ X47) | ($false = rel @ X47 @ X46)) [avatar definition] 117.63/115.99 2067. 200 | 0 | ~72 [avatar split clause 2009,816,258,2065] 117.63/115.99 2069. 202 <=> ! [X49 : (mu > ($i > $o)),X51,X50 : ($i > $o),X52] : (($true = positive @ X49 @ X51) | ($true != X50 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X49)) @ X50)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X49) = X50 | ($false = rel @ X52 @ X51) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X49)) @ X50) @ X52)) [avatar definition] 117.63/115.99 2071. 202 | 0 | ~72 [avatar split clause 2010,816,258,2069] 117.63/115.99 2073. 204 <=> ! [X53 : (mu > ($i > $o)),X55,X56,X54 : ($i > $o)] : (($true = positive @ X53 @ X55) | ($true != X54 @ (sK11 @ X54 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X53)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X53))) = X54 | ($false = rel @ X56 @ X55) | ($false = rel @ (sK11 @ X54 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X53))))) @ X56)) [avatar definition] 117.63/115.99 2075. 204 | 0 | ~72 [avatar split clause 2011,816,258,2073] 117.63/115.99 2077. 206 <=> ! [X63,X62 : ($i > $o),X64,X61 : (mu > ($i > $o))] : (($true = positive @ X61 @ X63) | ($true != X62 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61)))) @ X62)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61))) = X62 | ($false = rel @ X64 @ X63) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61)))) @ X62) @ X64)) [avatar definition] 117.63/115.99 2079. 206 | 0 | ~72 [avatar split clause 2012,816,258,2077] 117.63/115.99 2080. ($false = $true) | ($false = rel @ X11 @ X12) | ($false = positive @ X10 @ X12) | ($true = positive @ X10 @ X13) | ($false = rel @ X11 @ X14) | ($false = rel @ X14 @ X13) <- {72, 118} [forward demodulation 2015,1155] 117.63/115.99 2082. 208 <=> ! [X11,X13,X10 : (mu > ($i > $o)),X12,X14] : (($false = rel @ X11 @ X12) | ($false = rel @ X14 @ X13) | ($false = rel @ X11 @ X14) | ($true = positive @ X10 @ X13) | ($false = positive @ X10 @ X12)) [avatar definition] 117.63/115.99 2084. 208 | 0 | ~72 | ~118 [avatar split clause 2080,1154,816,258,2082] 117.63/115.99 2085. ($false = $true) | ($false = rel @ X17 @ X16) | ($false = positive @ X15 @ X17) | ($true = positive @ X15 @ X18) | ($false = rel @ X16 @ X19) | ($false = rel @ X19 @ X18) <- {72, 118} [forward demodulation 2016,1155] 117.63/115.99 2087. 210 <=> ! [X16,X18,X15 : (mu > ($i > $o)),X17,X19] : (($false = rel @ X17 @ X16) | ($false = rel @ X19 @ X18) | ($false = rel @ X16 @ X19) | ($true = positive @ X15 @ X18) | ($false = positive @ X15 @ X17)) [avatar definition] 117.63/115.99 2089. 210 | 0 | ~72 | ~118 [avatar split clause 2085,1154,816,258,2087] 117.63/115.99 2090. 192 | 0 | ~72 [avatar split clause 2020,816,258,2049] 117.63/115.99 2091. ($false = $true) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X53) @ X55) | ($false = rel @ X54 @ X55) | ($true = positive @ X53 @ X56) | ($false = rel @ X54 @ X57) | ($false = rel @ X57 @ X56) <- {34, 72, 118} [forward demodulation 2022,1155] 117.63/115.99 2092. 194 | 0 | ~34 | ~72 | ~118 [avatar split clause 2091,1154,816,488,258,2053] 117.63/115.99 2093. 194 | 0 | ~70 | ~72 [avatar split clause 2023,816,812,258,2053] 117.63/115.99 2094. 200 | 0 | ~72 [avatar split clause 2024,816,258,2065] 117.63/115.99 2095. ($false = $true) | ($false = rel @ X94 @ X95) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X93)) @ X95) | ($true = positive @ X93 @ X96) | ($false = rel @ X94 @ X97) | ($false = rel @ X97 @ X96) <- {72, 118} [forward demodulation 2031,1155] 117.63/115.99 2096. 198 | 0 | ~72 | ~118 [avatar split clause 2095,1154,816,258,2061] 117.63/115.99 2097. 198 | 0 | ~72 [avatar split clause 2032,816,258,2061] 117.63/115.99 2098. ($false = $true) | ($false = rel @ X105 @ X104) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X103)) @ X105) | ($true = positive @ X103 @ X106) | ($false = rel @ X104 @ X107) | ($false = rel @ X107 @ X106) <- {72, 118} [forward demodulation 2033,1155] 117.63/115.99 2099. 200 | 0 | ~72 | ~118 [avatar split clause 2098,1154,816,258,2065] 117.63/115.99 2100. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X108)) @ X110) | ($false = rel @ X110 @ X111) | ($false = rel @ X109 @ X111) | ($true = positive @ X108 @ X112) | ($false = rel @ X109 @ X113) | ($false = rel @ X113 @ X112) <- {30, 72, 118} [forward demodulation 2034,1155] 117.63/115.99 2101. 196 | 0 | ~30 | ~72 | ~118 [avatar split clause 2100,1154,816,478,258,2057] 117.63/115.99 2102. 196 | 0 | ~72 | ~76 [avatar split clause 2035,848,816,258,2057] 117.63/115.99 2103. 202 | 0 | ~72 [avatar split clause 2036,816,258,2069] 117.63/115.99 2104. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X124) = X125 | ($true != X125 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X124)) @ X125)) | ($true = positive @ X124 @ X126) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X124)) @ X125) @ X127) | ($false = rel @ X127 @ X126) <- {72, 118} [forward demodulation 2037,1155] 117.63/115.99 2105. 202 | 0 | ~72 | ~118 [avatar split clause 2104,1154,816,258,2069] 117.63/115.99 2106. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X128))) = X129 | ($true != X129 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X128)))) @ X129)) | ($true = positive @ X128 @ X130) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X128)))) @ X129) @ X131) | ($false = rel @ X131 @ X130) <- {72, 118} [forward demodulation 2038,1155] 117.63/115.99 2107. 206 | 0 | ~72 | ~118 [avatar split clause 2106,1154,816,258,2077] 117.63/115.99 2108. 206 | 0 | ~72 [avatar split clause 2039,816,258,2077] 117.63/115.99 2109. 204 | 0 | ~72 [avatar split clause 2040,816,258,2073] 117.63/115.99 2111. ($false = $true) | ($false = positive @ sK14 @ sK12) <- {100} [superposition 1096,294] 117.63/115.99 2114. ($false = $true) | ($false = rel @ X3 @ sK12) | ($false = positive @ sK14 @ X3) <- {100} [superposition 1096,514] 117.63/115.99 2117. ($true = vIFF_55 @ $true @ (vNOT_22 @ (positive @ sK14 @ sK12))) <- {100} [superposition 216,1096] 117.63/115.99 2118. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = rel @ X0 @ sK12) | ($false = positive @ sK14 @ X0) <- {100} [superposition 293,1096] 117.63/115.99 2119. ($false = $true) | ($false = positive @ sK14 @ sK12) <- {100} [superposition 294,1096] 117.63/115.99 2122. ($false = $true) | ($false = rel @ X4 @ sK12) | ($false = positive @ sK14 @ X4) <- {100} [superposition 514,1096] 117.63/115.99 2123. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = positive @ sK14 @ sK12) <- {100} [superposition 632,1096] 117.63/115.99 2126. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) @ (vNOT_22 @ $true)) <- {100} [superposition 216,1096] 117.63/115.99 2127. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = rel @ X8 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ X8) <- {100} [superposition 292,1096] 117.63/115.99 2130. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) <- {100} [superposition 635,1096] 117.63/115.99 2139. 212 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 2141. 212 | ~100 [avatar split clause 2126,1095,2139] 117.63/115.99 2142. ($false = $true) | ($false = rel @ X8 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ X8) <- {56, 100} [forward demodulation 2127,597] 117.63/115.99 2144. 214 <=> ! [X8] : (($false = rel @ X8 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ X8)) [avatar definition] 117.63/115.99 2146. 214 | 0 | ~56 | ~100 [avatar split clause 2142,1095,596,258,2144] 117.63/115.99 2147. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) <- {56, 100} [forward demodulation 2130,597] 117.63/115.99 2152. 216 <=> ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) [avatar definition] 117.63/115.99 2154. 216 | 0 | ~56 | ~100 [avatar split clause 2147,1095,596,258,2152] 117.63/115.99 2157. ($false = rel @ sK12 @ sK12) <- {27, 50} [unit resulting resolution 458,556] 117.63/115.99 2158. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) <- {27} [unit resulting resolution 458,294] 117.63/115.99 2159. ($true = vIFF_55 @ $false @ (vNOT_22 @ (positive @ sK14 @ sK12))) <- {27} [unit resulting resolution 458,394] 117.63/115.99 2160. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) @ (vNOT_22 @ $false)) <- {27} [unit resulting resolution 458,395] 117.63/115.99 2161. ($true = positive @ sK14 @ sK12) <- {27} [unit resulting resolution 458,417] 117.63/115.99 2162. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) @ (vNOT_22 @ $true)) <- {27} [unit resulting resolution 458,632] 117.63/115.99 2163. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) <- {27} [unit resulting resolution 458,770] 117.63/115.99 2172. 218 <=> ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) [avatar definition] 117.63/115.99 2174. 218 | 27 [avatar split clause 2163,457,2172] 117.63/115.99 2179. 220 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 2181. 220 | 27 [avatar split clause 2162,457,2179] 117.63/115.99 2186. 222 <=> ($true = positive @ sK14 @ sK12) [avatar definition] 117.63/115.99 2187. ($true = positive @ sK14 @ sK12) <- {222} [avatar component clause 2186] 117.63/115.99 2188. 222 | 27 [avatar split clause 2161,457,2186] 117.63/115.99 2193. 224 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) @ (vNOT_22 @ $false)) [avatar definition] 117.63/115.99 2194. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) @ (vNOT_22 @ $false)) <- {224} [avatar component clause 2193] 117.63/115.99 2195. 224 | 27 [avatar split clause 2160,457,2193] 117.63/115.99 2200. 226 <=> ($true = vIFF_55 @ $false @ (vNOT_22 @ (positive @ sK14 @ sK12))) [avatar definition] 117.63/115.99 2201. ($true = vIFF_55 @ $false @ (vNOT_22 @ (positive @ sK14 @ sK12))) <- {226} [avatar component clause 2200] 117.63/115.99 2202. 226 | 27 [avatar split clause 2159,457,2200] 117.63/115.99 2204. 229 <=> ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) [avatar definition] 117.63/115.99 2205. ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) <- {229} [avatar component clause 2204] 117.63/115.99 2207. 228 <=> ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) [avatar definition] 117.63/115.99 2208. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK12) <- {228} [avatar component clause 2207] 117.63/115.99 2209. 228 | 27 [avatar split clause 2158,457,2207] 117.63/115.99 2214. 230 <=> ($false = rel @ sK12 @ sK12) [avatar definition] 117.63/115.99 2216. 230 | 27 | ~50 [avatar split clause 2157,555,457,2214] 117.63/115.99 2221. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($false = rel @ X0 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X0) <- {222} [superposition 292,2187] 117.63/115.99 2229. ($false = $true) | ($false = rel @ X0 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X0) <- {56, 222} [forward demodulation 2221,597] 117.63/115.99 2231. 232 <=> ! [X0] : (($false = rel @ X0 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X0)) [avatar definition] 117.63/115.99 2233. 232 | 0 | ~56 | ~222 [avatar split clause 2229,2186,596,258,2231] 117.63/115.99 2234. ($false = $true) | ($false = vNOT_22 @ (positive @ sK14 @ sK12)) <- {226} [HOL binary constant elimination 2201] 117.63/115.99 2242. ($false = $true) | ($true = positive @ sK14 @ sK12) <- {226} [HOL not constant elimination 2234] 117.63/115.99 2243. ($false = $true) | ($true = positive @ sK14 @ sK12) <- {228} [superposition 2208,295] 117.63/115.99 2244. ($false = $true) | ($true = positive @ sK14 @ X0) | ($false = rel @ sK12 @ X0) <- {70, 228} [superposition 2208,813] 117.63/115.99 2245. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X1) | ($false = rel @ sK12 @ X2) | ($false = rel @ X1 @ X2) <- {76, 228} [superposition 2208,849] 117.63/115.99 2246. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X3) | ($false = rel @ sK12 @ X3) <- {228} [superposition 2208,727] 117.63/115.99 2248. ($false = $true) | ($false = rel @ X4 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X4) <- {228} [superposition 2208,203] 117.63/115.99 2249. ($true = vIFF_55 @ $false @ (vNOT_22 @ (positive @ sK14 @ sK12))) <- {228} [superposition 216,2208] 117.63/115.99 2251. ($false = $true) | ($true = positive @ sK14 @ sK12) <- {228} [superposition 295,2208] 117.63/115.99 2253. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ sK14 @ X1) | ($false = rel @ sK12 @ X1) <- {34, 228} [superposition 801,2208] 117.63/115.99 2254. ($false = $true) | ($true = positive @ sK14 @ X2) | ($false = rel @ sK12 @ X2) <- {70, 228} [superposition 813,2208] 117.63/115.99 2255. ($false = $true) | ($false = rel @ X3 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X3) <- {228} [superposition 203,2208] 117.63/115.99 2256. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) @ (vNOT_22 @ $false)) <- {228} [superposition 216,2208] 117.63/115.99 2262. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ sK12 @ X5) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X5) <- {228} [superposition 717,2208] 117.63/115.99 2263. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X6) | ($false = rel @ sK12 @ X6) <- {228} [superposition 727,2208] 117.63/115.99 2264. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X7 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X7) <- {228} [superposition 734,2208] 117.63/115.99 2265. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X8) | ($false = rel @ X8 @ X9) | ($false = rel @ sK12 @ X9) <- {30, 228} [superposition 833,2208] 117.63/115.99 2266. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X10) | ($false = rel @ sK12 @ X11) | ($false = rel @ X10 @ X11) <- {76, 228} [superposition 849,2208] 117.63/115.99 2268. 234 <=> ! [X0] : (($true = positive @ sK14 @ X0) | ($false = rel @ sK12 @ X0)) [avatar definition] 117.63/115.99 2269. ($true = positive @ sK14 @ X0) | ($false = rel @ sK12 @ X0) <- {234} [avatar component clause 2268] 117.63/115.99 2270. 234 | 0 | ~70 | ~228 [avatar split clause 2244,2207,812,258,2268] 117.63/115.99 2272. 236 <=> ! [X1,X2] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X1) | ($false = rel @ X1 @ X2) | ($false = rel @ sK12 @ X2)) [avatar definition] 117.63/115.99 2274. 236 | 0 | ~76 | ~228 [avatar split clause 2245,2207,848,258,2272] 117.63/115.99 2276. 238 <=> ! [X3] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X3) | ($false = rel @ sK12 @ X3)) [avatar definition] 117.63/115.99 2278. 238 | 0 | ~228 [avatar split clause 2246,2207,258,2276] 117.63/115.99 2279. ($false = $true) | ($true = positive @ sK14 @ X1) | ($false = rel @ sK12 @ X1) <- {34, 118, 228} [forward demodulation 2253,1155] 117.63/115.99 2280. 234 | 0 | ~34 | ~118 | ~228 [avatar split clause 2279,2207,1154,488,258,2268] 117.63/115.99 2281. 234 | 0 | ~70 | ~228 [avatar split clause 2254,2207,812,258,2268] 117.63/115.99 2282. ($false = $true) | ($false = rel @ sK12 @ X5) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X5) <- {118, 228} [forward demodulation 2262,1155] 117.63/115.99 2283. 238 | 0 | ~118 | ~228 [avatar split clause 2282,2207,1154,258,2276] 117.63/115.99 2284. 238 | 0 | ~228 [avatar split clause 2263,2207,258,2276] 117.63/115.99 2285. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X8) | ($false = rel @ X8 @ X9) | ($false = rel @ sK12 @ X9) <- {30, 118, 228} [forward demodulation 2265,1155] 117.63/115.99 2286. 236 | 0 | ~30 | ~118 | ~228 [avatar split clause 2285,2207,1154,478,258,2272] 117.63/115.99 2287. 236 | 0 | ~76 | ~228 [avatar split clause 2266,2207,848,258,2272] 117.63/115.99 2307. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) | ($false = vNOT_22 @ $false) <- {224} [HOL binary constant elimination 2194] 117.63/115.99 2310. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ sK14 @ X0) | ($false = rel @ sK12 @ X1) | ($false = rel @ X1 @ X0) <- {72, 224} [superposition 2194,817] 117.63/115.99 2311. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ sK14 @ sK12) <- {224} [superposition 2194,793] 117.63/115.99 2318. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X6 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X6) <- {224} [superposition 2194,514] 117.63/115.99 2319. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X7) | ($false = rel @ sK12 @ X8) | ($false = rel @ X8 @ X7) <- {224} [superposition 2194,728] 117.63/115.99 2326. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) | ($false = $true) <- {224} [HOL not constant elimination 2307] 117.63/115.99 2327. ($false = $true) | ($true = positive @ sK14 @ X0) | ($false = rel @ sK12 @ X1) | ($false = rel @ X1 @ X0) <- {72, 118, 224} [forward demodulation 2310,1155] 117.63/115.99 2329. 240 <=> ! [X1,X0] : (($true = positive @ sK14 @ X0) | ($false = rel @ sK12 @ X1) | ($false = rel @ X1 @ X0)) [avatar definition] 117.63/115.99 2331. 240 | 0 | ~72 | ~118 | ~224 [avatar split clause 2327,2193,1154,816,258,2329] 117.63/115.99 2332. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X7) | ($false = rel @ sK12 @ X8) | ($false = rel @ X8 @ X7) <- {118, 224} [forward demodulation 2319,1155] 117.63/115.99 2334. 242 <=> ! [X7,X8] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X7) | ($false = rel @ sK12 @ X8) | ($false = rel @ X8 @ X7)) [avatar definition] 117.63/115.99 2336. 242 | 0 | ~118 | ~224 [avatar split clause 2332,2193,1154,258,2334] 117.63/115.99 2337. ($false = $true) | ($false = positive @ X2 @ X4) | ($false = rel @ X3 @ X5) | ($false = rel @ X5 @ X6) | ($false = rel @ X4 @ X6) | ($true = positive @ X2 @ X3) <- {78} [superposition 853,295] 117.63/115.99 2338. ($false = $true) | ($false = positive @ X15 @ X17) | ($false = rel @ X16 @ X18) | ($false = rel @ X18 @ X19) | ($false = rel @ X17 @ X19) | ($true = positive @ X15 @ X20) | ($false = rel @ X16 @ X20) <- {70, 78} [superposition 853,813] 117.63/115.99 2340. ($false = $true) | ($false = positive @ X34 @ X36) | ($false = rel @ X35 @ X37) | ($false = rel @ X37 @ X38) | ($false = rel @ X36 @ X38) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X34) @ X39) | ($false = rel @ X35 @ X40) | ($false = rel @ X39 @ X40) <- {76, 78} [superposition 853,849] 117.63/115.99 2341. ($false = $true) | ($false = positive @ X41 @ X43) | ($false = rel @ X42 @ X44) | ($false = rel @ X44 @ X45) | ($false = rel @ X43 @ X45) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41) @ X46) | ($false = rel @ X42 @ X46) <- {78} [superposition 853,727] 117.63/115.99 2343. ($false = $true) | ($false = positive @ X52 @ X54) | ($false = rel @ X53 @ X55) | ($false = rel @ X55 @ X56) | ($false = rel @ X54 @ X56) | ($false = rel @ X57 @ X53) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X52) @ X57) <- {78} [superposition 853,203] 117.63/115.99 2344. ($false = $true) | ($false = positive @ sK15 @ X58) | ($false = rel @ sK12 @ X59) | ($false = rel @ X59 @ X60) | ($false = rel @ X58 @ X60) <- {78, 92} [superposition 853,1032] 117.63/115.99 2345. ($false = $true) | ($false = positive @ X61 @ X63) | ($false = rel @ (sK11 @ (positive @ X61) @ X62) @ X64) | ($false = rel @ X64 @ X65) | ($false = rel @ X63 @ X65) | positive @ X61 = X62 | ($true != X62 @ (sK11 @ (positive @ X61) @ X62)) <- {78} [superposition 853,870] 117.63/115.99 2346. ($false = $true) | ($false = positive @ X66 @ X68) | ($false = rel @ (sK11 @ X67 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X66)))) @ X69) | ($false = rel @ X69 @ X70) | ($false = rel @ X68 @ X70) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X66)) = X67 | ($true != X67 @ (sK11 @ X67 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X66))))) <- {78} [superposition 853,412] 117.63/115.99 2347. ($false = $true) | ($false = positive @ X75 @ X77) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75))) @ X76) @ X78) | ($false = rel @ X78 @ X79) | ($false = rel @ X77 @ X79) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75)) = X76 | ($true != X76 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75))) @ X76)) <- {78} [superposition 853,413] 117.63/115.99 2350. ($false = $true) | ($true = positive @ X13 @ X14) | ($false = positive @ X13 @ X15) | ($false = rel @ X14 @ X16) | ($false = rel @ X16 @ X17) | ($false = rel @ X15 @ X17) <- {78} [superposition 295,853] 117.63/115.99 2352. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ X31 @ X33) | ($false = rel @ X32 @ X33) | ($false = positive @ X31 @ X34) | ($false = rel @ X32 @ X35) | ($false = rel @ X35 @ X36) | ($false = rel @ X34 @ X36) <- {34, 78} [superposition 801,853] 117.63/115.99 2353. ($false = $true) | ($true = positive @ X37 @ X39) | ($false = rel @ X38 @ X39) | ($false = positive @ X37 @ X40) | ($false = rel @ X38 @ X41) | ($false = rel @ X41 @ X42) | ($false = rel @ X40 @ X42) <- {70, 78} [superposition 813,853] 117.63/115.99 2356. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X56 @ X57) | ($false = positive @ X55 @ X57) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X55) @ X58) | ($false = rel @ X56 @ X59) | ($false = rel @ X59 @ X60) | ($false = rel @ X58 @ X60) <- {78} [superposition 722,853] 117.63/115.99 2357. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X63 @ X62) | ($false = positive @ X61 @ X63) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61) @ X64) | ($false = rel @ X62 @ X65) | ($false = rel @ X65 @ X66) | ($false = rel @ X64 @ X66) <- {78} [superposition 739,853] 117.63/115.99 2359. ($false = $true) | ($false = rel @ X78 @ X77) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X76) @ X78) | ($false = positive @ X76 @ X79) | ($false = rel @ X77 @ X80) | ($false = rel @ X80 @ X81) | ($false = rel @ X79 @ X81) <- {78} [superposition 203,853] 117.63/115.99 2366. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X114 @ X115) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X113) @ X115) | ($false = positive @ X113 @ X116) | ($false = rel @ X114 @ X117) | ($false = rel @ X117 @ X118) | ($false = rel @ X116 @ X118) <- {78} [superposition 717,853] 117.63/115.99 2367. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X119) @ X121) | ($false = rel @ X120 @ X121) | ($false = positive @ X119 @ X122) | ($false = rel @ X120 @ X123) | ($false = rel @ X123 @ X124) | ($false = rel @ X122 @ X124) <- {78} [superposition 727,853] 117.63/115.99 2368. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X127 @ X126) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X125) @ X127) | ($false = positive @ X125 @ X128) | ($false = rel @ X126 @ X129) | ($false = rel @ X129 @ X130) | ($false = rel @ X128 @ X130) <- {78} [superposition 734,853] 117.63/115.99 2369. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X131) @ X133) | ($false = rel @ X133 @ X134) | ($false = rel @ X132 @ X134) | ($false = positive @ X131 @ X135) | ($false = rel @ X132 @ X136) | ($false = rel @ X136 @ X137) | ($false = rel @ X135 @ X137) <- {30, 78} [superposition 833,853] 117.63/115.99 2370. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X138) @ X140) | ($false = rel @ X139 @ X141) | ($false = rel @ X140 @ X141) | ($false = positive @ X138 @ X142) | ($false = rel @ X139 @ X143) | ($false = rel @ X143 @ X144) | ($false = rel @ X142 @ X144) <- {76, 78} [superposition 849,853] 117.63/115.99 2371. ($false = $true) | positive @ X145 = X146 | ($true != X146 @ (sK11 @ (positive @ X145) @ X146)) | ($false = positive @ X145 @ X147) | ($false = rel @ (sK11 @ (positive @ X145) @ X146) @ X148) | ($false = rel @ X148 @ X149) | ($false = rel @ X147 @ X149) <- {78} [superposition 870,853] 117.63/115.99 2372. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ X150 = X151 | ($true != X151 @ (sK11 @ (positive @ X150) @ X151)) | ($false = positive @ X150 @ X152) | ($false = rel @ (sK11 @ (positive @ X150) @ X151) @ X153) | ($false = rel @ X153 @ X154) | ($false = rel @ X152 @ X154) <- {78} [superposition 429,853] 117.63/115.99 2373. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X155)) = X156 | ($true != X156 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X155))) @ X156)) | ($false = positive @ X155 @ X157) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X155))) @ X156) @ X158) | ($false = rel @ X158 @ X159) | ($false = rel @ X157 @ X159) <- {78} [superposition 432,853] 117.63/115.99 2374. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X160)) = X161 | ($true != X161 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X160))) @ X161)) | ($false = positive @ X160 @ X162) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X160))) @ X161) @ X163) | ($false = rel @ X163 @ X164) | ($false = rel @ X162 @ X164) <- {78} [superposition 413,853] 117.63/115.99 2375. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X167)) = X168 | ($true != X168 @ (sK11 @ X168 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X167))))) | ($false = positive @ X167 @ X169) | ($false = rel @ (sK11 @ X168 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X167)))) @ X170) | ($false = rel @ X170 @ X171) | ($false = rel @ X169 @ X171) <- {78} [superposition 412,853] 117.63/115.99 2381. ($false = $true) | ($false = positive @ sK15 @ X203) | ($false = rel @ sK12 @ X204) | ($false = rel @ X204 @ X205) | ($false = rel @ X203 @ X205) <- {78, 92} [superposition 1032,853] 117.63/115.99 2382. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ sK15 @ X206) | ($false = rel @ sK12 @ X207) | ($false = rel @ X207 @ X208) | ($false = rel @ X206 @ X208) <- {48, 78} [superposition 545,853] 117.63/115.99 2383. ($true != vIFF_55 @ $false @ (vNOT_22 @ $true)) | ($false = positive @ sK15 @ X209) | ($false = rel @ sK12 @ X210) | ($false = rel @ X210 @ X211) | ($false = rel @ X209 @ X211) <- {21, 78} [superposition 403,853] 117.63/115.99 2385. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X215) | ($false = rel @ sK12 @ X216) | ($false = rel @ X216 @ X217) | ($false = rel @ X215 @ X217) <- {78, 224} [superposition 2194,853] 117.63/115.99 2389. 244 <=> ! [X3,X5,X2 : (mu > ($i > $o)),X4,X6] : (($false = positive @ X2 @ X4) | ($true = positive @ X2 @ X3) | ($false = rel @ X4 @ X6) | ($false = rel @ X3 @ X5) | ($false = rel @ X5 @ X6)) [avatar definition] 117.63/115.99 2391. 244 | 0 | ~78 [avatar split clause 2337,852,258,2389] 117.63/115.99 2393. 246 <=> ! [X16,X18,X20,X15 : (mu > ($i > $o)),X17,X19] : (($false = positive @ X15 @ X17) | ($false = rel @ X16 @ X20) | ($true = positive @ X15 @ X20) | ($false = rel @ X17 @ X19) | ($false = rel @ X16 @ X18) | ($false = rel @ X18 @ X19)) [avatar definition] 117.63/115.99 2395. 246 | 0 | ~70 | ~78 [avatar split clause 2338,852,812,258,2393] 117.63/115.99 2397. 248 <=> ! [X40,X34 : (mu > ($i > $o)),X36,X38,X35,X37,X39] : (($false = positive @ X34 @ X36) | ($false = rel @ X39 @ X40) | ($false = rel @ X35 @ X40) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X34) @ X39) | ($false = rel @ X36 @ X38) | ($false = rel @ X35 @ X37) | ($false = rel @ X37 @ X38)) [avatar definition] 117.63/115.99 2399. 248 | 0 | ~76 | ~78 [avatar split clause 2340,852,848,258,2397] 117.63/115.99 2401. 250 <=> ! [X42,X44,X46,X41 : (mu > ($i > $o)),X43,X45] : (($false = positive @ X41 @ X43) | ($false = rel @ X42 @ X46) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41) @ X46) | ($false = rel @ X43 @ X45) | ($false = rel @ X42 @ X44) | ($false = rel @ X44 @ X45)) [avatar definition] 117.63/115.99 2403. 250 | 0 | ~78 [avatar split clause 2341,852,258,2401] 117.63/115.99 2405. 252 <=> ! [X53,X55,X56,X52 : (mu > ($i > $o)),X54,X57] : (($false = positive @ X52 @ X54) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X52) @ X57) | ($false = rel @ X57 @ X53) | ($false = rel @ X54 @ X56) | ($false = rel @ X53 @ X55) | ($false = rel @ X55 @ X56)) [avatar definition] 117.63/115.99 2407. 252 | 0 | ~78 [avatar split clause 2343,852,258,2405] 117.63/115.99 2409. 254 <=> ! [X58,X60,X59] : (($false = positive @ sK15 @ X58) | ($false = rel @ X58 @ X60) | ($false = rel @ sK12 @ X59) | ($false = rel @ X59 @ X60)) [avatar definition] 117.63/115.99 2411. 254 | 0 | ~78 | ~92 [avatar split clause 2344,1031,852,258,2409] 117.63/115.99 2413. 256 <=> ! [X63,X65,X62 : ($i > $o),X64,X61 : (mu > ($i > $o))] : (($false = positive @ X61 @ X63) | ($true != X62 @ (sK11 @ (positive @ X61) @ X62)) | positive @ X61 = X62 | ($false = rel @ X63 @ X65) | ($false = rel @ X64 @ X65) | ($false = rel @ (sK11 @ (positive @ X61) @ X62) @ X64)) [avatar definition] 117.63/115.99 2415. 256 | 0 | ~78 [avatar split clause 2345,852,258,2413] 117.63/115.99 2417. 258 <=> ! [X67 : ($i > $o),X69,X66 : (mu > ($i > $o)),X68,X70] : (($false = positive @ X66 @ X68) | ($true != X67 @ (sK11 @ X67 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X66))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X66)) = X67 | ($false = rel @ X68 @ X70) | ($false = rel @ X69 @ X70) | ($false = rel @ (sK11 @ X67 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X66)))) @ X69)) [avatar definition] 117.63/115.99 2419. 258 | 0 | ~78 [avatar split clause 2346,852,258,2417] 117.63/115.99 2421. 260 <=> ! [X75 : (mu > ($i > $o)),X77,X79,X76 : ($i > $o),X78] : (($false = positive @ X75 @ X77) | ($true != X76 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75))) @ X76)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75)) = X76 | ($false = rel @ X77 @ X79) | ($false = rel @ X78 @ X79) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75))) @ X76) @ X78)) [avatar definition] 117.63/115.99 2423. 260 | 0 | ~78 [avatar split clause 2347,852,258,2421] 117.63/115.99 2424. 244 | 0 | ~78 [avatar split clause 2350,852,258,2389] 117.63/115.99 2425. ($false = $true) | ($true = positive @ X31 @ X33) | ($false = rel @ X32 @ X33) | ($false = positive @ X31 @ X34) | ($false = rel @ X32 @ X35) | ($false = rel @ X35 @ X36) | ($false = rel @ X34 @ X36) <- {34, 78, 118} [forward demodulation 2352,1155] 117.63/115.99 2426. 246 | 0 | ~34 | ~78 | ~118 [avatar split clause 2425,1154,852,488,258,2393] 117.63/115.99 2427. 246 | 0 | ~70 | ~78 [avatar split clause 2353,852,812,258,2393] 117.63/115.99 2428. ($false = $true) | ($false = rel @ X56 @ X57) | ($false = positive @ X55 @ X57) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X55) @ X58) | ($false = rel @ X56 @ X59) | ($false = rel @ X59 @ X60) | ($false = rel @ X58 @ X60) <- {78, 118} [forward demodulation 2356,1155] 117.63/115.99 2430. 262 <=> ! [X55 : (mu > ($i > $o)),X56,X58,X60,X57,X59] : (($false = rel @ X56 @ X57) | ($false = rel @ X58 @ X60) | ($false = rel @ X59 @ X60) | ($false = rel @ X56 @ X59) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X55) @ X58) | ($false = positive @ X55 @ X57)) [avatar definition] 117.63/115.99 2432. 262 | 0 | ~78 | ~118 [avatar split clause 2428,1154,852,258,2430] 117.63/115.99 2433. ($false = $true) | ($false = rel @ X63 @ X62) | ($false = positive @ X61 @ X63) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61) @ X64) | ($false = rel @ X62 @ X65) | ($false = rel @ X65 @ X66) | ($false = rel @ X64 @ X66) <- {78, 118} [forward demodulation 2357,1155] 117.63/115.99 2435. 264 <=> ! [X63,X65,X62,X64,X66,X61 : (mu > ($i > $o))] : (($false = rel @ X63 @ X62) | ($false = rel @ X64 @ X66) | ($false = rel @ X65 @ X66) | ($false = rel @ X62 @ X65) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X61) @ X64) | ($false = positive @ X61 @ X63)) [avatar definition] 117.63/115.99 2437. 264 | 0 | ~78 | ~118 [avatar split clause 2433,1154,852,258,2435] 117.63/115.99 2438. 252 | 0 | ~78 [avatar split clause 2359,852,258,2405] 117.63/115.99 2439. ($false = $true) | ($false = rel @ X114 @ X115) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X113) @ X115) | ($false = positive @ X113 @ X116) | ($false = rel @ X114 @ X117) | ($false = rel @ X117 @ X118) | ($false = rel @ X116 @ X118) <- {78, 118} [forward demodulation 2366,1155] 117.63/115.99 2440. 250 | 0 | ~78 | ~118 [avatar split clause 2439,1154,852,258,2401] 117.63/115.99 2441. 250 | 0 | ~78 [avatar split clause 2367,852,258,2401] 117.63/115.99 2442. ($false = $true) | ($false = rel @ X127 @ X126) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X125) @ X127) | ($false = positive @ X125 @ X128) | ($false = rel @ X126 @ X129) | ($false = rel @ X129 @ X130) | ($false = rel @ X128 @ X130) <- {78, 118} [forward demodulation 2368,1155] 117.63/115.99 2443. 252 | 0 | ~78 | ~118 [avatar split clause 2442,1154,852,258,2405] 117.63/115.99 2444. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X131) @ X133) | ($false = rel @ X133 @ X134) | ($false = rel @ X132 @ X134) | ($false = positive @ X131 @ X135) | ($false = rel @ X132 @ X136) | ($false = rel @ X136 @ X137) | ($false = rel @ X135 @ X137) <- {30, 78, 118} [forward demodulation 2369,1155] 117.63/115.99 2445. 248 | 0 | ~30 | ~78 | ~118 [avatar split clause 2444,1154,852,478,258,2397] 117.63/115.99 2446. 248 | 0 | ~76 | ~78 [avatar split clause 2370,852,848,258,2397] 117.63/115.99 2447. 256 | 0 | ~78 [avatar split clause 2371,852,258,2413] 117.63/115.99 2448. ($false = $true) | positive @ X150 = X151 | ($true != X151 @ (sK11 @ (positive @ X150) @ X151)) | ($false = positive @ X150 @ X152) | ($false = rel @ (sK11 @ (positive @ X150) @ X151) @ X153) | ($false = rel @ X153 @ X154) | ($false = rel @ X152 @ X154) <- {78, 118} [forward demodulation 2372,1155] 117.63/115.99 2449. 256 | 0 | ~78 | ~118 [avatar split clause 2448,1154,852,258,2413] 117.63/115.99 2450. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X155)) = X156 | ($true != X156 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X155))) @ X156)) | ($false = positive @ X155 @ X157) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X155))) @ X156) @ X158) | ($false = rel @ X158 @ X159) | ($false = rel @ X157 @ X159) <- {78, 118} [forward demodulation 2373,1155] 117.63/115.99 2451. 260 | 0 | ~78 | ~118 [avatar split clause 2450,1154,852,258,2421] 117.63/115.99 2452. 260 | 0 | ~78 [avatar split clause 2374,852,258,2421] 117.63/115.99 2453. 258 | 0 | ~78 [avatar split clause 2375,852,258,2417] 117.63/115.99 2454. 254 | 0 | ~78 | ~92 [avatar split clause 2381,1031,852,258,2409] 117.63/115.99 2455. ($false = $true) | ($false = positive @ sK15 @ X206) | ($false = rel @ sK12 @ X207) | ($false = rel @ X207 @ X208) | ($false = rel @ X206 @ X208) <- {48, 78, 118} [forward demodulation 2382,1155] 117.63/115.99 2456. 254 | 0 | ~48 | ~78 | ~118 [avatar split clause 2455,1154,852,544,258,2409] 117.63/115.99 2457. 254 | ~45 | 21 | ~78 [avatar split clause 2383,852,402,519,2409] 117.63/115.99 2458. ($false = $true) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X215) | ($false = rel @ sK12 @ X216) | ($false = rel @ X216 @ X217) | ($false = rel @ X215 @ X217) <- {78, 118, 224} [forward demodulation 2385,1155] 117.63/115.99 2460. 266 <=> ! [X217,X215,X216] : (($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X215) | ($false = rel @ X215 @ X217) | ($false = rel @ sK12 @ X216) | ($false = rel @ X216 @ X217)) [avatar definition] 117.63/115.99 2462. 266 | 0 | ~78 | ~118 | ~224 [avatar split clause 2458,2193,1154,852,258,2460] 117.63/115.99 2479. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35))) @ X36) | ($true = positive @ X35 @ X37) | ($false = rel @ X36 @ X37) | ($false = vNOT_22 @ $false) <- {34} [HOL binary constant elimination 806] 117.63/115.99 2482. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ X0 @ X2) | ($false = rel @ X1 @ X2) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) @ X3) | ($false = rel @ X1 @ X4) | ($false = rel @ X4 @ X3) <- {34, 72} [superposition 806,817] 117.63/115.99 2491. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ X34 @ X36) | ($false = rel @ X35 @ X36) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X34)) @ X37) | ($false = rel @ X35 @ X38) | ($false = rel @ X38 @ X37) <- {34} [superposition 806,728] 117.63/115.99 2493. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ X43 @ X45) | ($false = rel @ X44 @ X45) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43)) @ X46) | ($false = rel @ X44 @ X47) | ($false = rel @ X47 @ X48) | ($false = rel @ X46 @ X48) <- {34, 78} [superposition 806,853] 117.63/115.99 2500. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ X71 @ X73) | ($false = rel @ (sK11 @ X72 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X71)))))) @ X73) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X71)))) = X72 | ($false != X72 @ (sK11 @ X72 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X71))))))) <- {34} [superposition 806,392] 117.63/115.99 2503. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ X80 @ X82) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X80))))) @ X81) @ X82) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X80)))) = X81 | ($false != X81 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X80))))) @ X81)) <- {34} [superposition 806,393] 117.63/115.99 2506. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35))) @ X36) | ($true = positive @ X35 @ X37) | ($false = rel @ X36 @ X37) | ($false = $true) <- {34} [HOL not constant elimination 2479] 117.63/115.99 2508. 268 <=> ! [X36,X35 : (mu > ($i > $o)),X37] : (($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35))) @ X36) | ($false = rel @ X36 @ X37) | ($true = positive @ X35 @ X37)) [avatar definition] 117.63/115.99 2510. 0 | 268 | ~34 [avatar split clause 2506,488,2508,258] 117.63/115.99 2511. ($false = $true) | ($true = positive @ X0 @ X2) | ($false = rel @ X1 @ X2) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) @ X3) | ($false = rel @ X1 @ X4) | ($false = rel @ X4 @ X3) <- {34, 72, 118} [forward demodulation 2482,1155] 117.63/115.99 2513. 270 <=> ! [X1,X3,X0 : (mu > ($i > $o)),X2,X4] : (($true = positive @ X0 @ X2) | ($false = rel @ X4 @ X3) | ($false = rel @ X1 @ X4) | ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0) @ X3) | ($false = rel @ X1 @ X2)) [avatar definition] 117.63/115.99 2515. 270 | 0 | ~34 | ~72 | ~118 [avatar split clause 2511,1154,816,488,258,2513] 117.63/115.99 2516. ($false = $true) | ($true = positive @ X34 @ X36) | ($false = rel @ X35 @ X36) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X34)) @ X37) | ($false = rel @ X35 @ X38) | ($false = rel @ X38 @ X37) <- {34, 118} [forward demodulation 2491,1155] 117.63/115.99 2518. 272 <=> ! [X34 : (mu > ($i > $o)),X36,X38,X35,X37] : (($true = positive @ X34 @ X36) | ($false = rel @ X38 @ X37) | ($false = rel @ X35 @ X38) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X34)) @ X37) | ($false = rel @ X35 @ X36)) [avatar definition] 117.63/115.99 2520. 272 | 0 | ~34 | ~118 [avatar split clause 2516,1154,488,258,2518] 117.63/115.99 2521. ($false = $true) | ($true = positive @ X43 @ X45) | ($false = rel @ X44 @ X45) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43)) @ X46) | ($false = rel @ X44 @ X47) | ($false = rel @ X47 @ X48) | ($false = rel @ X46 @ X48) <- {34, 78, 118} [forward demodulation 2493,1155] 117.63/115.99 2523. 274 <=> ! [X44,X46,X48,X43 : (mu > ($i > $o)),X45,X47] : (($true = positive @ X43 @ X45) | ($false = rel @ X46 @ X48) | ($false = rel @ X47 @ X48) | ($false = rel @ X44 @ X47) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43)) @ X46) | ($false = rel @ X44 @ X45)) [avatar definition] 117.63/115.99 2525. 274 | 0 | ~34 | ~78 | ~118 [avatar split clause 2521,1154,852,488,258,2523] 117.63/115.99 2526. ($false = $true) | ($true = positive @ X71 @ X73) | ($false = rel @ (sK11 @ X72 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X71)))))) @ X73) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X71)))) = X72 | ($false != X72 @ (sK11 @ X72 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X71))))))) <- {34, 118} [forward demodulation 2500,1155] 117.63/115.99 2528. 276 <=> ! [X73,X71 : (mu > ($i > $o)),X72 : ($i > $o)] : (($true = positive @ X71 @ X73) | ($false != X72 @ (sK11 @ X72 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X71))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X71)))) = X72 | ($false = rel @ (sK11 @ X72 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X71)))))) @ X73)) [avatar definition] 117.63/115.99 2530. 276 | 0 | ~34 | ~118 [avatar split clause 2526,1154,488,258,2528] 117.63/115.99 2531. ($false = $true) | ($true = positive @ X80 @ X82) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X80))))) @ X81) @ X82) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X80)))) = X81 | ($false != X81 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X80))))) @ X81)) <- {34, 118} [forward demodulation 2503,1155] 117.63/115.99 2533. 278 <=> ! [X82,X81 : ($i > $o),X80 : (mu > ($i > $o))] : (($true = positive @ X80 @ X82) | ($false != X81 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X80))))) @ X81)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X80)))) = X81 | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X80))))) @ X81) @ X82)) [avatar definition] 117.63/115.99 2535. 278 | 0 | ~34 | ~118 [avatar split clause 2531,1154,488,258,2533] 117.63/115.99 2536. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X46)) @ X47) | ($false = positive @ X46 @ X48) | ($false = rel @ X48 @ X49) | ($false = rel @ X47 @ X49) | ($false = vNOT_22 @ $false) <- {30} [HOL binary constant elimination 842] 117.63/115.99 2539. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X0 @ X2) | ($false = rel @ X2 @ X3) | ($false = rel @ X1 @ X3) | ($true = positive @ X0 @ X4) | ($false = rel @ X1 @ X5) | ($false = rel @ X5 @ X4) <- {30, 72} [superposition 842,817] 117.63/115.99 2548. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X43 @ X45) | ($false = rel @ X45 @ X46) | ($false = rel @ X44 @ X46) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43) @ X47) | ($false = rel @ X44 @ X48) | ($false = rel @ X48 @ X47) <- {30} [superposition 842,728] 117.63/115.99 2550. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X54 @ X56) | ($false = rel @ X56 @ X57) | ($false = rel @ X55 @ X57) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X54) @ X58) | ($false = rel @ X55 @ X59) | ($false = rel @ X59 @ X60) | ($false = rel @ X58 @ X60) <- {30, 78} [superposition 842,853] 117.63/115.99 2557. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X89 @ X91) | ($false = rel @ X91 @ X92) | ($false = rel @ (sK11 @ X90 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89))))) @ X92) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89))) = X90 | ($false != X90 @ (sK11 @ X90 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89)))))) <- {30} [superposition 842,392] 117.63/115.99 2560. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X101 @ X103) | ($false = rel @ X103 @ X104) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X101)))) @ X102) @ X104) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X101))) = X102 | ($false != X102 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X101)))) @ X102)) <- {30} [superposition 842,393] 117.63/115.99 2563. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X46)) @ X47) | ($false = positive @ X46 @ X48) | ($false = rel @ X48 @ X49) | ($false = rel @ X47 @ X49) | ($false = $true) <- {30} [HOL not constant elimination 2536] 117.63/115.99 2565. 280 <=> ! [X49,X46 : (mu > ($i > $o)),X48,X47] : (($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X46)) @ X47) | ($false = rel @ X47 @ X49) | ($false = rel @ X48 @ X49) | ($false = positive @ X46 @ X48)) [avatar definition] 117.63/115.99 2567. 0 | 280 | ~30 [avatar split clause 2563,478,2565,258] 117.63/115.99 2568. ($false = $true) | ($false = positive @ X0 @ X2) | ($false = rel @ X2 @ X3) | ($false = rel @ X1 @ X3) | ($true = positive @ X0 @ X4) | ($false = rel @ X1 @ X5) | ($false = rel @ X5 @ X4) <- {30, 72, 118} [forward demodulation 2539,1155] 117.63/115.99 2570. 282 <=> ! [X1,X3,X5,X0 : (mu > ($i > $o)),X2,X4] : (($false = positive @ X0 @ X2) | ($false = rel @ X5 @ X4) | ($false = rel @ X1 @ X5) | ($true = positive @ X0 @ X4) | ($false = rel @ X1 @ X3) | ($false = rel @ X2 @ X3)) [avatar definition] 117.63/115.99 2572. 282 | 0 | ~30 | ~72 | ~118 [avatar split clause 2568,1154,816,478,258,2570] 117.63/115.99 2573. ($false = $true) | ($false = positive @ X43 @ X45) | ($false = rel @ X45 @ X46) | ($false = rel @ X44 @ X46) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43) @ X47) | ($false = rel @ X44 @ X48) | ($false = rel @ X48 @ X47) <- {30, 118} [forward demodulation 2548,1155] 117.63/115.99 2575. 284 <=> ! [X44,X46,X48,X43 : (mu > ($i > $o)),X45,X47] : (($false = positive @ X43 @ X45) | ($false = rel @ X48 @ X47) | ($false = rel @ X44 @ X48) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43) @ X47) | ($false = rel @ X44 @ X46) | ($false = rel @ X45 @ X46)) [avatar definition] 117.63/115.99 2577. 284 | 0 | ~30 | ~118 [avatar split clause 2573,1154,478,258,2575] 117.63/115.99 2578. ($false = $true) | ($false = positive @ X54 @ X56) | ($false = rel @ X56 @ X57) | ($false = rel @ X55 @ X57) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X54) @ X58) | ($false = rel @ X55 @ X59) | ($false = rel @ X59 @ X60) | ($false = rel @ X58 @ X60) <- {30, 78, 118} [forward demodulation 2550,1155] 117.63/115.99 2580. 286 <=> ! [X55,X56,X58,X60,X54 : (mu > ($i > $o)),X57,X59] : (($false = positive @ X54 @ X56) | ($false = rel @ X58 @ X60) | ($false = rel @ X59 @ X60) | ($false = rel @ X55 @ X59) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X54) @ X58) | ($false = rel @ X55 @ X57) | ($false = rel @ X56 @ X57)) [avatar definition] 117.63/115.99 2582. 286 | 0 | ~30 | ~78 | ~118 [avatar split clause 2578,1154,852,478,258,2580] 117.63/115.99 2583. ($false = $true) | ($false = positive @ X89 @ X91) | ($false = rel @ X91 @ X92) | ($false = rel @ (sK11 @ X90 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89))))) @ X92) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89))) = X90 | ($false != X90 @ (sK11 @ X90 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89)))))) <- {30, 118} [forward demodulation 2557,1155] 117.63/115.99 2585. 288 <=> ! [X89 : (mu > ($i > $o)),X91,X90 : ($i > $o),X92] : (($false = positive @ X89 @ X91) | ($false != X90 @ (sK11 @ X90 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89))) = X90 | ($false = rel @ (sK11 @ X90 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89))))) @ X92) | ($false = rel @ X91 @ X92)) [avatar definition] 117.63/115.99 2587. 288 | 0 | ~30 | ~118 [avatar split clause 2583,1154,478,258,2585] 117.63/115.99 2588. ($false = $true) | ($false = positive @ X101 @ X103) | ($false = rel @ X103 @ X104) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X101)))) @ X102) @ X104) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X101))) = X102 | ($false != X102 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X101)))) @ X102)) <- {30, 118} [forward demodulation 2560,1155] 117.63/115.99 2590. 290 <=> ! [X104,X102 : ($i > $o),X101 : (mu > ($i > $o)),X103] : (($false = positive @ X101 @ X103) | ($false != X102 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X101)))) @ X102)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X101))) = X102 | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X101)))) @ X102) @ X104) | ($false = rel @ X103 @ X104)) [avatar definition] 117.63/115.99 2592. 290 | 0 | ~30 | ~118 [avatar split clause 2588,1154,478,258,2590] 117.63/115.99 2624. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ sK12) @ (vNOT_22 @ $true)) <- {101} [unit resulting resolution 1093,416] 117.63/115.99 2626. ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ sK12) <- {101} [unit resulting resolution 1093,793] 117.63/115.99 2651. 292 <=> ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ sK12) [avatar definition] 117.63/115.99 2653. 292 | 101 [avatar split clause 2626,1092,2651] 117.63/115.99 2658. 294 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ sK12) @ (vNOT_22 @ $true)) [avatar definition] 117.63/115.99 2660. 294 | 101 [avatar split clause 2624,1092,2658] 117.63/115.99 2706. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)))) [superposition 889,393] 117.63/115.99 2724. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)))) [duplicate literal removal 2706] 117.63/115.99 2731. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)))) <- {118} [forward demodulation 2724,1155] 117.63/115.99 2733. 296 <=> ! [X4 : (mu > ($i > $o))] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4)) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X4))))) [avatar definition] 117.63/115.99 2735. 296 | 0 | ~118 [avatar split clause 2731,1154,258,2733] 117.63/115.99 2740. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))) [superposition 906,392] 117.63/115.99 2760. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))) [duplicate literal removal 2740] 117.63/115.99 2765. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))) <- {118} [forward demodulation 2760,1155] 117.63/115.99 2767. 298 <=> ! [X1 : (mu > ($i > $o))] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)))))) [avatar definition] 117.63/115.99 2769. 298 | 0 | ~118 [avatar split clause 2765,1154,258,2767] 117.63/115.99 2875. ($false = $true) | ($false = positive @ sK15 @ sK17) <- {60, 98} [superposition 1047,703] 117.63/115.99 2876. ($false = $true) | ($false = positive @ sK15 @ sK21) <- {98, 130} [superposition 1047,1264] 117.63/115.99 2882. ($false = $true) | ($false = positive @ sK15 @ sK17) <- {60, 98} [superposition 703,1047] 117.63/115.99 2883. ($false = vOR_55 @ (vNOT_22 @ $false) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK17))) | ($false = positive @ sK15 @ sK17) <- {24, 98} [superposition 454,1047] 117.63/115.99 2884. ($false = $true) | ($false = positive @ sK15 @ sK21) <- {98, 130} [superposition 1264,1047] 117.63/115.99 2885. ($false = vOR_55 @ (vNOT_22 @ $false) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK21))) | ($false = positive @ sK15 @ sK21) <- {64, 98} [superposition 756,1047] 117.63/115.99 2892. 300 <=> ($false = positive @ sK15 @ sK17) [avatar definition] 117.63/115.99 2893. ($false = positive @ sK15 @ sK17) <- {300} [avatar component clause 2892] 117.63/115.99 2894. 300 | 0 | ~60 | ~98 [avatar split clause 2875,1046,702,258,2892] 117.63/115.99 2899. 302 <=> ($false = positive @ sK15 @ sK21) [avatar definition] 117.63/115.99 2900. ($false = positive @ sK15 @ sK21) <- {302} [avatar component clause 2899] 117.63/115.99 2901. 302 | 0 | ~98 | ~130 [avatar split clause 2876,1263,1046,258,2899] 117.63/115.99 2902. 300 | 0 | ~60 | ~98 [avatar split clause 2882,1046,702,258,2892] 117.63/115.99 2907. 304 <=> ($false = vOR_55 @ (vNOT_22 @ $false) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK17))) [avatar definition] 117.63/115.99 2909. 300 | 304 | ~24 | ~98 [avatar split clause 2883,1046,453,2907,2892] 117.63/115.99 2910. 302 | 0 | ~98 | ~130 [avatar split clause 2884,1263,1046,258,2899] 117.63/115.99 2915. 306 <=> ($false = vOR_55 @ (vNOT_22 @ $false) @ (vPI_45 @ (cCOMB_44 @ (sCOMB_21 @ (bCOMB_20 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ (bCOMB_101 @ (bCOMB_41 @ (bCOMB_39 @ vPI_37) @ cCOMB_36) @ (bCOMB_142 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive)) @ (cCOMB_88 @ iCOMB_17)))) @ sK14) @ sK21))) [avatar definition] 117.63/115.99 2917. 302 | 306 | ~64 | ~98 [avatar split clause 2885,1046,755,2915,2899] 117.63/115.99 2925. ($false = $true) | ($false != X34 @ (sK11 @ X34 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X33)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X33))) = X34 | ($false = positive @ X33 @ X35) | ($false = rel @ (sK11 @ X34 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X33))))) @ X36) | ($false = rel @ X36 @ X37) | ($false = rel @ X35 @ X37) <- {78} [superposition 897,853] 117.63/115.99 2926. ($false = $true) | ($false != X39 @ (sK11 @ X39 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38)))) = X39 | ($true = positive @ X38 @ X40) | ($false = rel @ (sK11 @ X39 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38)))))) @ X41) | ($false = rel @ X41 @ X40) <- {72} [superposition 897,817] 117.63/115.99 2953. ($false = $true) | ($false = positive @ X68 @ X70) | ($false = rel @ (sK11 @ X69 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X68))))) @ X71) | ($false = rel @ X71 @ X72) | ($false = rel @ X70 @ X72) | ($false != X69 @ (sK11 @ X69 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X68)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X68))) = X69 <- {78} [superposition 853,897] 117.63/115.99 2960. ($false = $true) | ($true = positive @ X90 @ X92) | ($false = rel @ (sK11 @ X91 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))))) @ X93) | ($false = rel @ X93 @ X92) | ($false != X91 @ (sK11 @ X91 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))) = X91 <- {72} [superposition 817,897] 117.63/115.99 2973. 308 <=> ! [X34 : ($i > $o),X36,X33 : (mu > ($i > $o)),X35,X37] : (($false != X34 @ (sK11 @ X34 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X33)))))) | ($false = rel @ X35 @ X37) | ($false = rel @ X36 @ X37) | ($false = rel @ (sK11 @ X34 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X33))))) @ X36) | ($false = positive @ X33 @ X35) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X33))) = X34) [avatar definition] 117.63/115.99 2975. 308 | 0 | ~78 [avatar split clause 2925,852,258,2973] 117.63/115.99 2977. 310 <=> ! [X40,X38 : (mu > ($i > $o)),X41,X39 : ($i > $o)] : (($false != X39 @ (sK11 @ X39 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38))))))) | ($false = rel @ X41 @ X40) | ($false = rel @ (sK11 @ X39 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38)))))) @ X41) | ($true = positive @ X38 @ X40) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X38)))) = X39) [avatar definition] 117.63/115.99 2979. 310 | 0 | ~72 [avatar split clause 2926,816,258,2977] 117.63/115.99 2981. 308 | 0 | ~78 [avatar split clause 2953,852,258,2973] 117.63/115.99 2982. 310 | 0 | ~72 [avatar split clause 2960,816,258,2977] 117.63/115.99 2991. ($false = $true) | ($false != X35 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X34)))) @ X35)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X34))) = X35 | ($false = positive @ X34 @ X36) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X34)))) @ X35) @ X37) | ($false = rel @ X37 @ X38) | ($false = rel @ X36 @ X38) <- {78} [superposition 914,853] 117.63/115.99 2992. ($false = $true) | ($false != X40 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X39))))) @ X40)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X39)))) = X40 | ($true = positive @ X39 @ X41) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X39))))) @ X40) @ X42) | ($false = rel @ X42 @ X41) <- {72} [superposition 914,817] 117.63/115.99 3018. ($false = $true) | ($false = positive @ X68 @ X70) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X68)))) @ X69) @ X71) | ($false = rel @ X71 @ X72) | ($false = rel @ X70 @ X72) | ($false != X69 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X68)))) @ X69)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X68))) = X69 <- {78} [superposition 853,914] 117.63/115.99 3025. ($false = $true) | ($true = positive @ X90 @ X92) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))) @ X91) @ X93) | ($false = rel @ X93 @ X92) | ($false != X91 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))) @ X91)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))) = X91 <- {72} [superposition 817,914] 117.63/115.99 3040. 312 <=> ! [X34 : (mu > ($i > $o)),X36,X38,X35 : ($i > $o),X37] : (($false != X35 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X34)))) @ X35)) | ($false = rel @ X36 @ X38) | ($false = rel @ X37 @ X38) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X34)))) @ X35) @ X37) | ($false = positive @ X34 @ X36) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X34))) = X35) [avatar definition] 117.63/115.99 3042. 312 | 0 | ~78 [avatar split clause 2991,852,258,3040] 117.63/115.99 3044. 314 <=> ! [X40 : ($i > $o),X42,X41,X39 : (mu > ($i > $o))] : (($false != X40 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X39))))) @ X40)) | ($false = rel @ X42 @ X41) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X39))))) @ X40) @ X42) | ($true = positive @ X39 @ X41) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X39)))) = X40) [avatar definition] 117.63/115.99 3046. 314 | 0 | ~72 [avatar split clause 2992,816,258,3044] 117.63/115.99 3048. 312 | 0 | ~78 [avatar split clause 3018,852,258,3040] 117.63/115.99 3049. 314 | 0 | ~72 [avatar split clause 3025,816,258,3044] 117.63/115.99 3064. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))) [superposition 906,953] 117.63/115.99 3089. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ (sK11 @ X79 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78)))))) @ X80) | ($false = positive @ X78 @ X80) | ($true != X79 @ (sK11 @ X79 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78)))) = X79 [superposition 722,953] 117.63/115.99 3090. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X83 @ (sK11 @ X82 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))))) | ($false = positive @ X81 @ X83) | ($true != X82 @ (sK11 @ X82 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))) = X82 [superposition 739,953] 117.63/115.99 3092. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X90 @ X92) | ($false = rel @ X92 @ X93) | ($false = rel @ (sK11 @ X91 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))))) @ X93) | ($true != X91 @ (sK11 @ X91 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))) = X91 <- {30} [superposition 842,953] 117.63/115.99 3093. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ X94 @ X96) | ($false = rel @ (sK11 @ X95 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))))) @ X96) | ($true != X95 @ (sK11 @ X95 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))) = X95 <- {34} [superposition 806,953] 117.63/115.99 3097. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))))) [duplicate literal removal 3064] 117.63/115.99 3106. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))))) <- {118} [forward demodulation 3097,1155] 117.63/115.99 3108. 316 <=> ! [X3 : (mu > ($i > $o))] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))))))) [avatar definition] 117.63/115.99 3110. 316 | 0 | ~118 [avatar split clause 3106,1154,258,3108] 117.63/115.99 3111. ($false = $true) | ($false = rel @ (sK11 @ X79 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78)))))) @ X80) | ($false = positive @ X78 @ X80) | ($true != X79 @ (sK11 @ X79 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78)))) = X79 <- {118} [forward demodulation 3089,1155] 117.63/115.99 3113. 318 <=> ! [X79 : ($i > $o),X78 : (mu > ($i > $o)),X80] : (($false = rel @ (sK11 @ X79 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78)))))) @ X80) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78)))) = X79 | ($true != X79 @ (sK11 @ X79 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78))))))) | ($false = positive @ X78 @ X80)) [avatar definition] 117.63/115.99 3115. 318 | 0 | ~118 [avatar split clause 3111,1154,258,3113] 117.63/115.99 3116. ($false = $true) | ($false = rel @ X83 @ (sK11 @ X82 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))))) | ($false = positive @ X81 @ X83) | ($true != X82 @ (sK11 @ X82 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))) = X82 <- {118} [forward demodulation 3090,1155] 117.63/115.99 3118. 320 <=> ! [X82 : ($i > $o),X81 : (mu > ($i > $o)),X83] : (($false = rel @ X83 @ (sK11 @ X82 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))) = X82 | ($true != X82 @ (sK11 @ X82 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))))) | ($false = positive @ X81 @ X83)) [avatar definition] 117.63/115.99 3120. 320 | 0 | ~118 [avatar split clause 3116,1154,258,3118] 117.63/115.99 3121. ($false = $true) | ($false = positive @ X90 @ X92) | ($false = rel @ X92 @ X93) | ($false = rel @ (sK11 @ X91 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))))) @ X93) | ($true != X91 @ (sK11 @ X91 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))) = X91 <- {30, 118} [forward demodulation 3092,1155] 117.63/115.99 3123. 322 <=> ! [X91 : ($i > $o),X93,X90 : (mu > ($i > $o)),X92] : (($false = positive @ X90 @ X92) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))) = X91 | ($true != X91 @ (sK11 @ X91 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))))) | ($false = rel @ (sK11 @ X91 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))))) @ X93) | ($false = rel @ X92 @ X93)) [avatar definition] 117.63/115.99 3125. 322 | 0 | ~30 | ~118 [avatar split clause 3121,1154,478,258,3123] 117.63/115.99 3126. ($false = $true) | ($true = positive @ X94 @ X96) | ($false = rel @ (sK11 @ X95 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))))) @ X96) | ($true != X95 @ (sK11 @ X95 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))) = X95 <- {34, 118} [forward demodulation 3093,1155] 117.63/115.99 3128. 324 <=> ! [X96,X95 : ($i > $o),X94 : (mu > ($i > $o))] : (($true = positive @ X94 @ X96) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))) = X95 | ($true != X95 @ (sK11 @ X95 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))))) | ($false = rel @ (sK11 @ X95 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))))) @ X96)) [avatar definition] 117.63/115.99 3130. 324 | 0 | ~34 | ~118 [avatar split clause 3126,1154,488,258,3128] 117.63/115.99 3145. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))) [superposition 889,1000] 117.63/115.99 3168. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78))))) @ X79) @ X80) | ($false = positive @ X78 @ X80) | ($true != X79 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78))))) @ X79)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78)))) = X79 [superposition 722,1000] 117.63/115.99 3169. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X83 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))) @ X82)) | ($false = positive @ X81 @ X83) | ($true != X82 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))) @ X82)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))) = X82 [superposition 739,1000] 117.63/115.99 3171. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X90 @ X92) | ($false = rel @ X92 @ X93) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))) @ X91) @ X93) | ($true != X91 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))) @ X91)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))) = X91 <- {30} [superposition 842,1000] 117.63/115.99 3172. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ X94 @ X96) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))) @ X95) @ X96) | ($true != X95 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))) @ X95)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))) = X95 <- {34} [superposition 806,1000] 117.63/115.99 3176. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) [duplicate literal removal 3145] 117.63/115.99 3183. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) <- {118} [forward demodulation 3176,1155] 117.63/115.99 3185. 326 <=> ! [X8 : (mu > ($i > $o))] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))))) [avatar definition] 117.63/115.99 3187. 326 | 0 | ~118 [avatar split clause 3183,1154,258,3185] 117.63/115.99 3188. ($false = $true) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78))))) @ X79) @ X80) | ($false = positive @ X78 @ X80) | ($true != X79 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78))))) @ X79)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78)))) = X79 <- {118} [forward demodulation 3168,1155] 117.63/115.99 3190. 328 <=> ! [X79 : ($i > $o),X78 : (mu > ($i > $o)),X80] : (($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78))))) @ X79) @ X80) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78)))) = X79 | ($true != X79 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X78))))) @ X79)) | ($false = positive @ X78 @ X80)) [avatar definition] 117.63/115.99 3192. 328 | 0 | ~118 [avatar split clause 3188,1154,258,3190] 117.63/115.99 3193. ($false = $true) | ($false = rel @ X83 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))) @ X82)) | ($false = positive @ X81 @ X83) | ($true != X82 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))) @ X82)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))) = X82 <- {118} [forward demodulation 3169,1155] 117.63/115.99 3195. 330 <=> ! [X82 : ($i > $o),X81 : (mu > ($i > $o)),X83] : (($false = rel @ X83 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))) @ X82)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))) = X82 | ($true != X82 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))) @ X82)) | ($false = positive @ X81 @ X83)) [avatar definition] 117.63/115.99 3197. 330 | 0 | ~118 [avatar split clause 3193,1154,258,3195] 117.63/115.99 3198. ($false = $true) | ($false = positive @ X90 @ X92) | ($false = rel @ X92 @ X93) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))) @ X91) @ X93) | ($true != X91 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))) @ X91)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))) = X91 <- {30, 118} [forward demodulation 3171,1155] 117.63/115.99 3200. 332 <=> ! [X91 : ($i > $o),X93,X90 : (mu > ($i > $o)),X92] : (($false = positive @ X90 @ X92) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90)))) = X91 | ($true != X91 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))) @ X91)) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X90))))) @ X91) @ X93) | ($false = rel @ X92 @ X93)) [avatar definition] 117.63/115.99 3202. 332 | 0 | ~30 | ~118 [avatar split clause 3198,1154,478,258,3200] 117.63/115.99 3203. ($false = $true) | ($true = positive @ X94 @ X96) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))) @ X95) @ X96) | ($true != X95 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))) @ X95)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))) = X95 <- {34, 118} [forward demodulation 3172,1155] 117.63/115.99 3205. 334 <=> ! [X96,X95 : ($i > $o),X94 : (mu > ($i > $o))] : (($true = positive @ X94 @ X96) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))) = X95 | ($true != X95 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))) @ X95)) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))) @ X95) @ X96)) [avatar definition] 117.63/115.99 3207. 334 | 0 | ~34 | ~118 [avatar split clause 3203,1154,488,258,3205] 117.63/115.99 3289. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23))) = X24 | ($true != X24 @ (sK11 @ X24 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23)))))) | ($true = positive @ X23 @ (sK11 @ X24 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23)))))) [superposition 932,295] 117.63/115.99 3323. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23))) = X24 | ($true != X24 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23)))) @ X24)) | ($true = positive @ X23 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X23)))) @ X24)) [superposition 981,295] 117.63/115.99 3340. ($false = $true) | ($false = positive @ sK15 @ X0) | ($false = rel @ sK17 @ X1) | ($false = rel @ X0 @ X1) <- {76, 300} [superposition 2893,849] 117.63/115.99 3341. ($false = $true) | ($false = positive @ sK15 @ X2) | ($false = rel @ sK17 @ X2) <- {300} [superposition 2893,727] 117.63/115.99 3343. ($false = $true) | ($false = rel @ X3 @ sK17) | ($false = positive @ sK15 @ X3) <- {300} [superposition 2893,203] 117.63/115.99 3344. ($false = $true) | ($false = rel @ X0 @ sK17) | ($false = positive @ sK15 @ X0) <- {300} [superposition 203,2893] 117.63/115.99 3345. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK17) @ (vNOT_22 @ $false)) <- {300} [superposition 216,2893] 117.63/115.99 3351. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ sK17 @ X2) | ($false = positive @ sK15 @ X2) <- {300} [superposition 717,2893] 117.63/115.99 3352. ($false = $true) | ($false = positive @ sK15 @ X3) | ($false = rel @ sK17 @ X3) <- {300} [superposition 727,2893] 117.63/115.99 3353. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X4 @ sK17) | ($false = positive @ sK15 @ X4) <- {300} [superposition 734,2893] 117.63/115.99 3354. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ sK15 @ X5) | ($false = rel @ X5 @ X6) | ($false = rel @ sK17 @ X6) <- {30, 300} [superposition 833,2893] 117.63/115.99 3355. ($false = $true) | ($false = positive @ sK15 @ X7) | ($false = rel @ sK17 @ X8) | ($false = rel @ X7 @ X8) <- {76, 300} [superposition 849,2893] 117.63/115.99 3357. 336 <=> ! [X1,X0] : (($false = positive @ sK15 @ X0) | ($false = rel @ X0 @ X1) | ($false = rel @ sK17 @ X1)) [avatar definition] 117.63/115.99 3359. 336 | 0 | ~76 | ~300 [avatar split clause 3340,2892,848,258,3357] 117.63/115.99 3361. 338 <=> ! [X2] : (($false = positive @ sK15 @ X2) | ($false = rel @ sK17 @ X2)) [avatar definition] 117.63/115.99 3363. 338 | 0 | ~300 [avatar split clause 3341,2892,258,3361] 117.63/115.99 3365. 340 <=> ! [X3] : (($false = rel @ X3 @ sK17) | ($false = positive @ sK15 @ X3)) [avatar definition] 117.63/115.99 3367. 340 | 0 | ~300 [avatar split clause 3343,2892,258,3365] 117.63/115.99 3368. 340 | 0 | ~300 [avatar split clause 3344,2892,258,3365] 117.63/115.99 3373. 342 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK17) @ (vNOT_22 @ $false)) [avatar definition] 117.63/115.99 3375. 342 | ~300 [avatar split clause 3345,2892,3373] 117.63/115.99 3376. ($false = $true) | ($false = rel @ sK17 @ X2) | ($false = positive @ sK15 @ X2) <- {118, 300} [forward demodulation 3351,1155] 117.63/115.99 3377. 338 | 0 | ~118 | ~300 [avatar split clause 3376,2892,1154,258,3361] 117.63/115.99 3378. 338 | 0 | ~300 [avatar split clause 3352,2892,258,3361] 117.63/115.99 3379. ($false = $true) | ($false = rel @ X4 @ sK17) | ($false = positive @ sK15 @ X4) <- {118, 300} [forward demodulation 3353,1155] 117.63/115.99 3380. 340 | 0 | ~118 | ~300 [avatar split clause 3379,2892,1154,258,3365] 117.63/115.99 3381. ($false = $true) | ($false = positive @ sK15 @ X5) | ($false = rel @ X5 @ X6) | ($false = rel @ sK17 @ X6) <- {30, 118, 300} [forward demodulation 3354,1155] 117.63/115.99 3382. 336 | 0 | ~30 | ~118 | ~300 [avatar split clause 3381,2892,1154,478,258,3357] 117.63/115.99 3383. 336 | 0 | ~76 | ~300 [avatar split clause 3355,2892,848,258,3357] 117.63/115.99 3436. ($false = $true) | ($false = positive @ sK15 @ X0) | ($false = rel @ sK21 @ X1) | ($false = rel @ X0 @ X1) <- {76, 302} [superposition 2900,849] 117.63/115.99 3437. ($false = $true) | ($false = positive @ sK15 @ X2) | ($false = rel @ sK21 @ X2) <- {302} [superposition 2900,727] 117.63/115.99 3439. ($false = $true) | ($false = rel @ X3 @ sK21) | ($false = positive @ sK15 @ X3) <- {302} [superposition 2900,203] 117.63/115.99 3440. ($false = $true) | ($false = rel @ X0 @ sK21) | ($false = positive @ sK15 @ X0) <- {302} [superposition 203,2900] 117.63/115.99 3441. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK21) @ (vNOT_22 @ $false)) <- {302} [superposition 216,2900] 117.63/115.99 3447. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ sK21 @ X2) | ($false = positive @ sK15 @ X2) <- {302} [superposition 717,2900] 117.63/115.99 3448. ($false = $true) | ($false = positive @ sK15 @ X3) | ($false = rel @ sK21 @ X3) <- {302} [superposition 727,2900] 117.63/115.99 3449. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X4 @ sK21) | ($false = positive @ sK15 @ X4) <- {302} [superposition 734,2900] 117.63/115.99 3450. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ sK15 @ X5) | ($false = rel @ X5 @ X6) | ($false = rel @ sK21 @ X6) <- {30, 302} [superposition 833,2900] 117.63/115.99 3451. ($false = $true) | ($false = positive @ sK15 @ X7) | ($false = rel @ sK21 @ X8) | ($false = rel @ X7 @ X8) <- {76, 302} [superposition 849,2900] 117.63/115.99 3453. 344 <=> ! [X1,X0] : (($false = positive @ sK15 @ X0) | ($false = rel @ X0 @ X1) | ($false = rel @ sK21 @ X1)) [avatar definition] 117.63/115.99 3455. 344 | 0 | ~76 | ~302 [avatar split clause 3436,2899,848,258,3453] 117.63/115.99 3457. 346 <=> ! [X2] : (($false = positive @ sK15 @ X2) | ($false = rel @ sK21 @ X2)) [avatar definition] 117.63/115.99 3459. 346 | 0 | ~302 [avatar split clause 3437,2899,258,3457] 117.63/115.99 3461. 348 <=> ! [X3] : (($false = rel @ X3 @ sK21) | ($false = positive @ sK15 @ X3)) [avatar definition] 117.63/115.99 3463. 348 | 0 | ~302 [avatar split clause 3439,2899,258,3461] 117.63/115.99 3464. 348 | 0 | ~302 [avatar split clause 3440,2899,258,3461] 117.63/115.99 3469. 350 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK15) @ sK21) @ (vNOT_22 @ $false)) [avatar definition] 117.63/115.99 3471. 350 | ~302 [avatar split clause 3441,2899,3469] 117.63/115.99 3472. ($false = $true) | ($false = rel @ sK21 @ X2) | ($false = positive @ sK15 @ X2) <- {118, 302} [forward demodulation 3447,1155] 117.63/115.99 3473. 346 | 0 | ~118 | ~302 [avatar split clause 3472,2899,1154,258,3457] 117.63/115.99 3474. 346 | 0 | ~302 [avatar split clause 3448,2899,258,3457] 117.63/115.99 3475. ($false = $true) | ($false = rel @ X4 @ sK21) | ($false = positive @ sK15 @ X4) <- {118, 302} [forward demodulation 3449,1155] 117.63/115.99 3476. 348 | 0 | ~118 | ~302 [avatar split clause 3475,2899,1154,258,3461] 117.63/115.99 3477. ($false = $true) | ($false = positive @ sK15 @ X5) | ($false = rel @ X5 @ X6) | ($false = rel @ sK21 @ X6) <- {30, 118, 302} [forward demodulation 3450,1155] 117.63/115.99 3478. 344 | 0 | ~30 | ~118 | ~302 [avatar split clause 3477,2899,1154,478,258,3453] 117.63/115.99 3479. 344 | 0 | ~76 | ~302 [avatar split clause 3451,2899,848,258,3453] 117.63/115.99 3487. ($false = $true) | ($true != X30 @ (sK11 @ X30 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29)))) = X30 | ($false = positive @ X29 @ X31) | ($false = rel @ (sK11 @ X30 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29)))))) @ X32) | ($false = rel @ X32 @ X31) <- {84} [superposition 964,728] 117.63/115.99 3488. ($false = $true) | ($true != X36 @ (sK11 @ X36 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35)))) = X36 | ($false = positive @ X35 @ X37) | ($false = rel @ (sK11 @ X36 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35)))))) @ X38) | ($false = rel @ X38 @ X39) | ($false = rel @ X37 @ X39) <- {78, 84} [superposition 964,853] 117.63/115.99 3489. ($false = $true) | ($true != X41 @ (sK11 @ X41 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X40)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X40))))) = X41 | ($true = positive @ X40 @ X42) | ($false = rel @ (sK11 @ X41 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X40))))))) @ X43) | ($false = rel @ X43 @ X42) <- {72, 84} [superposition 964,817] 117.63/115.99 3490. ($false = $true) | ($true != X45 @ (sK11 @ X45 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44))))) = X45 | ($true = positive @ X44 @ (sK11 @ X45 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44)))))))) <- {84} [superposition 964,793] 117.63/115.99 3517. ($false = $true) | ($false = positive @ X63 @ X65) | ($false = rel @ (sK11 @ X64 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X63)))))) @ X66) | ($false = rel @ X66 @ X65) | ($true != X64 @ (sK11 @ X64 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X63))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X63)))) = X64 <- {84} [superposition 728,964] 117.63/115.99 3519. ($false = $true) | ($false = positive @ X72 @ X74) | ($false = rel @ (sK11 @ X73 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X72)))))) @ X75) | ($false = rel @ X75 @ X76) | ($false = rel @ X74 @ X76) | ($true != X73 @ (sK11 @ X73 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X72))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X72)))) = X73 <- {78, 84} [superposition 853,964] 117.63/115.99 3521. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($true = positive @ X79 @ (sK11 @ X80 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79)))))))) | ($true != X80 @ (sK11 @ X80 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79))))) = X80 <- {84} [superposition 416,964] 117.63/115.99 3525. ($false = $true) | ($true = positive @ X92 @ (sK11 @ X93 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X92)))))))) | ($true != X93 @ (sK11 @ X93 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X92)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X92))))) = X93 <- {84} [superposition 793,964] 117.63/115.99 3526. ($false = $true) | ($true = positive @ X94 @ X96) | ($false = rel @ (sK11 @ X95 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))))) @ X97) | ($false = rel @ X97 @ X96) | ($true != X95 @ (sK11 @ X95 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))) = X95 <- {72, 84} [superposition 817,964] 117.63/115.99 3542. 352 <=> ! [X32,X29 : (mu > ($i > $o)),X31,X30 : ($i > $o)] : (($true != X30 @ (sK11 @ X30 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29))))))) | ($false = rel @ X32 @ X31) | ($false = rel @ (sK11 @ X30 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29)))))) @ X32) | ($false = positive @ X29 @ X31) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X29)))) = X30) [avatar definition] 117.63/115.99 3544. 352 | 0 | ~84 [avatar split clause 3487,963,258,3542] 117.63/115.99 3546. 354 <=> ! [X36 : ($i > $o),X38,X35 : (mu > ($i > $o)),X37,X39] : (($true != X36 @ (sK11 @ X36 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35))))))) | ($false = rel @ X37 @ X39) | ($false = rel @ X38 @ X39) | ($false = rel @ (sK11 @ X36 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35)))))) @ X38) | ($false = positive @ X35 @ X37) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X35)))) = X36) [avatar definition] 117.63/115.99 3548. 354 | 0 | ~78 | ~84 [avatar split clause 3488,963,852,258,3546] 117.63/115.99 3550. 356 <=> ! [X40 : (mu > ($i > $o)),X42,X41 : ($i > $o),X43] : (($true != X41 @ (sK11 @ X41 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X40)))))))) | ($false = rel @ X43 @ X42) | ($false = rel @ (sK11 @ X41 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X40))))))) @ X43) | ($true = positive @ X40 @ X42) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X40))))) = X41) [avatar definition] 117.63/115.99 3552. 356 | 0 | ~72 | ~84 [avatar split clause 3489,963,816,258,3550] 117.63/115.99 3554. 358 <=> ! [X44 : (mu > ($i > $o)),X45 : ($i > $o)] : (($true != X45 @ (sK11 @ X45 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44)))))))) | ($true = positive @ X44 @ (sK11 @ X45 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44))))) = X45) [avatar definition] 117.63/115.99 3556. 358 | 0 | ~84 [avatar split clause 3490,963,258,3554] 117.63/116.00 3557. 352 | 0 | ~84 [avatar split clause 3517,963,258,3542] 117.63/116.00 3558. 354 | 0 | ~78 | ~84 [avatar split clause 3519,963,852,258,3546] 117.63/116.00 3559. ($false = $true) | ($true = positive @ X79 @ (sK11 @ X80 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79)))))))) | ($true != X80 @ (sK11 @ X80 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79))))) = X80 <- {56, 84} [forward demodulation 3521,597] 117.63/116.00 3560. 358 | 0 | ~56 | ~84 [avatar split clause 3559,963,596,258,3554] 117.63/116.00 3561. 358 | 0 | ~84 [avatar split clause 3525,963,258,3554] 117.63/116.00 3562. 356 | 0 | ~72 | ~84 [avatar split clause 3526,963,816,258,3550] 117.63/116.00 3566. ($false = $true) | ($true != positive @ X7 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)))) @ (positive @ X7))) | positive @ X7 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7))) | positive @ X7 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)))) @ (positive @ X7))) <- {90} [superposition 1010,628] 117.63/116.00 3571. ($false = $true) | ($true != X31 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X30))))) @ X31)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X30)))) = X31 | ($false = positive @ X30 @ X32) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X30))))) @ X31) @ X33) | ($false = rel @ X33 @ X32) <- {90} [superposition 1010,728] 117.63/116.00 3572. ($false = $true) | ($true != X37 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36))))) @ X37)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))) = X37 | ($false = positive @ X36 @ X38) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36))))) @ X37) @ X39) | ($false = rel @ X39 @ X40) | ($false = rel @ X38 @ X40) <- {78, 90} [superposition 1010,853] 117.63/116.00 3573. ($false = $true) | ($true != X42 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) @ X42)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))))) = X42 | ($true = positive @ X41 @ X43) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) @ X42) @ X44) | ($false = rel @ X44 @ X43) <- {72, 90} [superposition 1010,817] 117.63/116.00 3574. ($false = $true) | ($true != X46 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X45)))))) @ X46)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X45))))) = X46 | ($true = positive @ X45 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X45)))))) @ X46)) <- {90} [superposition 1010,793] 117.63/116.00 3580. ($false = $true) | positive @ X7 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)))) @ (positive @ X7))) | ($true != positive @ X7 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)))) @ (positive @ X7))) | positive @ X7 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7))) <- {90} [superposition 628,1010] 117.63/116.00 3581. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) <- {90} [superposition 931,1010] 117.63/116.00 3600. ($false = $true) | ($false = positive @ X63 @ X65) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X63))))) @ X64) @ X66) | ($false = rel @ X66 @ X65) | ($true != X64 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X63))))) @ X64)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X63)))) = X64 <- {90} [superposition 728,1010] 117.63/116.00 3602. ($false = $true) | ($false = positive @ X72 @ X74) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X72))))) @ X73) @ X75) | ($false = rel @ X75 @ X76) | ($false = rel @ X74 @ X76) | ($true != X73 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X72))))) @ X73)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X72)))) = X73 <- {78, 90} [superposition 853,1010] 117.63/116.00 3604. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | ($true = positive @ X79 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79)))))) @ X80)) | ($true != X80 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79)))))) @ X80)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79))))) = X80 <- {90} [superposition 416,1010] 117.63/116.00 3608. ($false = $true) | ($true = positive @ X92 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X92)))))) @ X93)) | ($true != X93 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X92)))))) @ X93)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X92))))) = X93 <- {90} [superposition 793,1010] 117.63/116.00 3609. ($false = $true) | ($true = positive @ X94 @ X96) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))) @ X95) @ X97) | ($false = rel @ X97 @ X96) | ($true != X95 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94)))))) @ X95)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X94))))) = X95 <- {72, 90} [superposition 817,1010] 117.63/116.00 3616. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) <- {90} [duplicate literal removal 3581] 117.63/116.00 3617. ($false = $true) | positive @ X7 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)))) @ (positive @ X7))) | ($true != positive @ X7 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)))) @ (positive @ X7))) <- {90} [duplicate literal removal 3580] 117.63/116.00 3622. ($false = $true) | ($true != positive @ X7 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)))) @ (positive @ X7))) | positive @ X7 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)))) @ (positive @ X7))) <- {90} [duplicate literal removal 3566] 117.63/116.00 3626. 360 <=> ! [X7 : (mu > ($i > $o))] : (($true != positive @ X7 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)))) @ (positive @ X7))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)))) @ (positive @ X7))) | positive @ X7 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X7)))) [avatar definition] 117.63/116.00 3628. 360 | 0 | ~90 [avatar split clause 3622,1009,258,3626] 117.63/116.00 3630. 362 <=> ! [X32,X31 : ($i > $o),X33,X30 : (mu > ($i > $o))] : (($true != X31 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X30))))) @ X31)) | ($false = rel @ X33 @ X32) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X30))))) @ X31) @ X33) | ($false = positive @ X30 @ X32) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X30)))) = X31) [avatar definition] 117.63/116.00 3632. 362 | 0 | ~90 [avatar split clause 3571,1009,258,3630] 117.63/116.00 3634. 364 <=> ! [X40,X36 : (mu > ($i > $o)),X38,X37 : ($i > $o),X39] : (($true != X37 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36))))) @ X37)) | ($false = rel @ X38 @ X40) | ($false = rel @ X39 @ X40) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36))))) @ X37) @ X39) | ($false = positive @ X36 @ X38) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X36)))) = X37) [avatar definition] 117.63/116.00 3636. 364 | 0 | ~78 | ~90 [avatar split clause 3572,1009,852,258,3634] 117.63/116.00 3638. 366 <=> ! [X42 : ($i > $o),X44,X41 : (mu > ($i > $o)),X43] : (($true != X42 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) @ X42)) | ($false = rel @ X44 @ X43) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41)))))) @ X42) @ X44) | ($true = positive @ X41 @ X43) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X41))))) = X42) [avatar definition] 117.63/116.00 3640. 366 | 0 | ~72 | ~90 [avatar split clause 3573,1009,816,258,3638] 117.63/116.00 3642. 368 <=> ! [X46 : ($i > $o),X45 : (mu > ($i > $o))] : (($true != X46 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X45)))))) @ X46)) | ($true = positive @ X45 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X45)))))) @ X46)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X45))))) = X46) [avatar definition] 117.63/116.00 3644. 368 | 0 | ~90 [avatar split clause 3574,1009,258,3642] 117.63/116.00 3645. 360 | 0 | ~90 [avatar split clause 3617,1009,258,3626] 117.63/116.00 3646. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) <- {56, 90} [forward demodulation 3616,597] 117.63/116.00 3648. 370 <=> ! [X8 : (mu > ($i > $o))] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X8))))) [avatar definition] 117.63/116.00 3650. 370 | 0 | ~56 | ~90 [avatar split clause 3646,1009,596,258,3648] 117.63/116.00 3651. 362 | 0 | ~90 [avatar split clause 3600,1009,258,3630] 117.63/116.00 3652. 364 | 0 | ~78 | ~90 [avatar split clause 3602,1009,852,258,3634] 117.63/116.00 3653. ($false = $true) | ($true = positive @ X79 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79)))))) @ X80)) | ($true != X80 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79)))))) @ X80)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X79))))) = X80 <- {56, 90} [forward demodulation 3604,597] 117.63/116.00 3654. 368 | 0 | ~56 | ~90 [avatar split clause 3653,1009,596,258,3642] 117.63/116.00 3655. 368 | 0 | ~90 [avatar split clause 3608,1009,258,3642] 117.63/116.00 3656. 366 | 0 | ~72 | ~90 [avatar split clause 3609,1009,816,258,3638] 117.63/116.00 3667. ($false = $true) | ($false != X44 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43)))))) @ X44)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43))))) = X44 | ($false = positive @ X43 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43)))))) @ X44)) <- {106} [superposition 1123,770] 117.63/116.00 3675. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) <- {106} [superposition 889,1123] 117.63/116.00 3696. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X75 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75)))))) @ X76)) | ($false != X76 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75)))))) @ X76)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75))))) = X76 <- {106} [superposition 395,1123] 117.63/116.00 3698. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))))) @ X82) @ X83) | ($false = positive @ X81 @ X83) | ($false != X82 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))))) @ X82)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))) = X82 <- {106} [superposition 722,1123] 117.63/116.00 3699. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X86 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X84)))))) @ X85)) | ($false = positive @ X84 @ X86) | ($false != X85 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X84)))))) @ X85)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X84))))) = X85 <- {106} [superposition 739,1123] 117.63/116.00 3700. ($false = $true) | ($false = positive @ X87 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X87)))))) @ X88)) | ($false != X88 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X87)))))) @ X88)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X87))))) = X88 <- {106} [superposition 770,1123] 117.63/116.00 3701. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X93 @ X95) | ($false = rel @ X95 @ X96) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X93)))))) @ X94) @ X96) | ($false != X94 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X93)))))) @ X94)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X93))))) = X94 <- {30, 106} [superposition 842,1123] 117.63/116.00 3702. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ X97 @ X99) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X97))))))) @ X98) @ X99) | ($false != X98 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X97))))))) @ X98)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X97)))))) = X98 <- {34, 106} [superposition 806,1123] 117.63/116.00 3706. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) <- {106} [duplicate literal removal 3675] 117.63/116.00 3717. 372 <=> ! [X44 : ($i > $o),X43 : (mu > ($i > $o))] : (($false != X44 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43)))))) @ X44)) | ($false = positive @ X43 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43)))))) @ X44)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X43))))) = X44) [avatar definition] 117.63/116.00 3719. 372 | 0 | ~106 [avatar split clause 3667,1122,258,3717] 117.63/116.00 3720. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) <- {106, 118} [forward demodulation 3706,1155] 117.63/116.00 3722. 374 <=> ! [X11 : (mu > ($i > $o))] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11))))) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X11))))) [avatar definition] 117.63/116.00 3724. 374 | 0 | ~106 | ~118 [avatar split clause 3720,1154,1122,258,3722] 117.63/116.00 3725. ($false = $true) | ($false = positive @ X75 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75)))))) @ X76)) | ($false != X76 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75)))))) @ X76)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X75))))) = X76 <- {106, 118} [forward demodulation 3696,1155] 117.63/116.00 3726. 372 | 0 | ~106 | ~118 [avatar split clause 3725,1154,1122,258,3717] 117.63/116.00 3727. ($false = $true) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))))) @ X82) @ X83) | ($false = positive @ X81 @ X83) | ($false != X82 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))))) @ X82)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))) = X82 <- {106, 118} [forward demodulation 3698,1155] 117.63/116.00 3729. 376 <=> ! [X82 : ($i > $o),X81 : (mu > ($i > $o)),X83] : (($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))))) @ X82) @ X83) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81))))) = X82 | ($false != X82 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X81)))))) @ X82)) | ($false = positive @ X81 @ X83)) [avatar definition] 117.63/116.00 3731. 376 | 0 | ~106 | ~118 [avatar split clause 3727,1154,1122,258,3729] 117.63/116.00 3732. ($false = $true) | ($false = rel @ X86 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X84)))))) @ X85)) | ($false = positive @ X84 @ X86) | ($false != X85 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X84)))))) @ X85)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X84))))) = X85 <- {106, 118} [forward demodulation 3699,1155] 117.63/116.00 3734. 378 <=> ! [X84 : (mu > ($i > $o)),X86,X85 : ($i > $o)] : (($false = rel @ X86 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X84)))))) @ X85)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X84))))) = X85 | ($false != X85 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X84)))))) @ X85)) | ($false = positive @ X84 @ X86)) [avatar definition] 117.63/116.00 3736. 378 | 0 | ~106 | ~118 [avatar split clause 3732,1154,1122,258,3734] 117.63/116.00 3737. 372 | 0 | ~106 [avatar split clause 3700,1122,258,3717] 117.63/116.00 3738. ($false = $true) | ($false = positive @ X93 @ X95) | ($false = rel @ X95 @ X96) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X93)))))) @ X94) @ X96) | ($false != X94 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X93)))))) @ X94)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X93))))) = X94 <- {30, 106, 118} [forward demodulation 3701,1155] 117.63/116.00 3740. 380 <=> ! [X96,X93 : (mu > ($i > $o)),X95,X94 : ($i > $o)] : (($false = positive @ X93 @ X95) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X93))))) = X94 | ($false != X94 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X93)))))) @ X94)) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X93)))))) @ X94) @ X96) | ($false = rel @ X95 @ X96)) [avatar definition] 117.63/116.00 3742. 380 | 0 | ~30 | ~106 | ~118 [avatar split clause 3738,1154,1122,478,258,3740] 117.63/116.00 3743. ($false = $true) | ($true = positive @ X97 @ X99) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X97))))))) @ X98) @ X99) | ($false != X98 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X97))))))) @ X98)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X97)))))) = X98 <- {34, 106, 118} [forward demodulation 3702,1155] 117.63/116.00 3745. 382 <=> ! [X98 : ($i > $o),X97 : (mu > ($i > $o)),X99] : (($true = positive @ X97 @ X99) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X97)))))) = X98 | ($false != X98 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X97))))))) @ X98)) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X97))))))) @ X98) @ X99)) [avatar definition] 117.63/116.00 3747. 382 | 0 | ~34 | ~106 | ~118 [avatar split clause 3743,1154,1122,488,258,3745] 117.63/116.00 3752. ($false = $true) | ($false != positive @ X10 @ (sK11 @ (positive @ X10) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10))))))) | positive @ X10 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)))) | positive @ X10 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)))) @ (sK11 @ (positive @ X10) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10))))))) <- {108} [superposition 1127,870] 117.63/116.00 3759. ($false = $true) | ($false != X45 @ (sK11 @ X45 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44))))) = X45 | ($false = positive @ X44 @ (sK11 @ X45 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44)))))))) <- {108} [superposition 1127,770] 117.63/116.00 3760. ($false = $true) | positive @ X0 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)))) @ (sK11 @ (positive @ X0) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0))))))) | ($false != positive @ X0 @ (sK11 @ (positive @ X0) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0))))))) | positive @ X0 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)))) <- {108} [superposition 870,1127] 117.63/116.00 3761. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ X1 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)))) @ (sK11 @ (positive @ X1) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))))) | ($false != positive @ X1 @ (sK11 @ (positive @ X1) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))))) | positive @ X1 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)))) <- {108} [superposition 429,1127] 117.63/116.00 3763. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))))))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))) <- {108} [superposition 906,1127] 117.63/116.00 3789. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X77 @ (sK11 @ X78 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X77)))))))) | ($false != X78 @ (sK11 @ X78 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X77)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X77))))) = X78 <- {108} [superposition 395,1127] 117.63/116.00 3791. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ (sK11 @ X84 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X83))))))) @ X85) | ($false = positive @ X83 @ X85) | ($false != X84 @ (sK11 @ X84 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X83)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X83))))) = X84 <- {108} [superposition 722,1127] 117.63/116.00 3792. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X88 @ (sK11 @ X87 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X86)))))))) | ($false = positive @ X86 @ X88) | ($false != X87 @ (sK11 @ X87 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X86)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X86))))) = X87 <- {108} [superposition 739,1127] 117.63/116.00 3793. ($false = $true) | ($false = positive @ X89 @ (sK11 @ X90 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89)))))))) | ($false != X90 @ (sK11 @ X90 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X89))))) = X90 <- {108} [superposition 770,1127] 117.63/116.00 3794. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ X95 @ X97) | ($false = rel @ X97 @ X98) | ($false = rel @ (sK11 @ X96 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X95))))))) @ X98) | ($false != X96 @ (sK11 @ X96 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X95)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X95))))) = X96 <- {30, 108} [superposition 842,1127] 117.63/116.00 3795. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($true = positive @ X99 @ X101) | ($false = rel @ (sK11 @ X100 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X99)))))))) @ X101) | ($false != X100 @ (sK11 @ X100 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X99))))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X99)))))) = X100 <- {34, 108} [superposition 806,1127] 117.63/116.00 3802. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))))))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))))))) <- {108} [duplicate literal removal 3763] 117.63/116.00 3804. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | positive @ X1 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)))) @ (sK11 @ (positive @ X1) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))))) | ($false != positive @ X1 @ (sK11 @ (positive @ X1) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))))) <- {108} [duplicate literal removal 3761] 117.63/116.00 3805. ($false = $true) | positive @ X0 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0)))) @ (sK11 @ (positive @ X0) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0))))))) | ($false != positive @ X0 @ (sK11 @ (positive @ X0) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X0))))))) <- {108} [duplicate literal removal 3760] 117.63/116.00 3806. ($false = $true) | ($false != positive @ X10 @ (sK11 @ (positive @ X10) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10))))))) | positive @ X10 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)))) @ (sK11 @ (positive @ X10) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10))))))) <- {108} [duplicate literal removal 3752] 117.63/116.00 3811. 384 <=> ! [X10 : (mu > ($i > $o))] : (($false != positive @ X10 @ (sK11 @ (positive @ X10) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10))))))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10)))) @ (sK11 @ (positive @ X10) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10))))))) | positive @ X10 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X10))))) [avatar definition] 117.63/116.00 3813. 384 | 0 | ~108 [avatar split clause 3806,1126,258,3811] 117.63/116.00 3815. 386 <=> ! [X44 : (mu > ($i > $o)),X45 : ($i > $o)] : (($false != X45 @ (sK11 @ X45 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44)))))))) | ($false = positive @ X44 @ (sK11 @ X45 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X44))))) = X45) [avatar definition] 117.63/116.00 3817. 386 | 0 | ~108 [avatar split clause 3759,1126,258,3815] 117.63/116.00 3818. 384 | 0 | ~108 [avatar split clause 3805,1126,258,3811] 117.63/116.00 3819. ($false = $true) | positive @ X1 = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)))) | ($true != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1)))) @ (sK11 @ (positive @ X1) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))))) | ($false != positive @ X1 @ (sK11 @ (positive @ X1) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X1))))))) <- {108, 118} [forward demodulation 3804,1155] 117.63/116.00 3820. 384 | 0 | ~108 | ~118 [avatar split clause 3819,1154,1126,258,3811] 117.63/116.00 3821. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))))))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))))))) <- {108, 118} [forward demodulation 3802,1155] 117.63/116.00 3823. 388 <=> ! [X3 : (mu > ($i > $o))] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3))))))) | ($false != positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))) @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)) @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X3)))))))) [avatar definition] 117.63/116.00 3825. 388 | 0 | ~108 | ~118 [avatar split clause 3821,1154,1126,258,3823] 117.63/116.00 3826. ($false = $true) | ($false = positive @ X77 @ (sK11 @ X78 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X77)))))))) | ($false != X78 @ (sK11 @ X78 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X77)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X77))))) = X78 <- {108, 118} [forward demodulation 3789,1155] 117.63/116.00 3827. 386 | 0 | ~108 | ~118 [avatar split clause 3826,1154,1126,258,3815] 117.63/116.00 3828. ($false = $true) | ($false = rel @ (sK11 @ X84 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X83))))))) @ X85) | ($false = positive @ X83 @ X85) | ($false != X84 @ (sK11 @ X84 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X83)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X83))))) = X84 <- {108, 118} [forward demodulation 3791,1155] 117.63/116.00 3830. 390 <=> ! [X84 : ($i > $o),X83 : (mu > ($i > $o)),X85] : (($false = rel @ (sK11 @ X84 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X83))))))) @ X85) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X83))))) = X84 | ($false != X84 @ (sK11 @ X84 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X83)))))))) | ($false = positive @ X83 @ X85)) [avatar definition] 117.63/116.00 3832. 390 | 0 | ~108 | ~118 [avatar split clause 3828,1154,1126,258,3830] 117.63/116.00 3833. ($false = $true) | ($false = rel @ X88 @ (sK11 @ X87 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X86)))))))) | ($false = positive @ X86 @ X88) | ($false != X87 @ (sK11 @ X87 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X86)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X86))))) = X87 <- {108, 118} [forward demodulation 3792,1155] 117.63/116.00 3835. 392 <=> ! [X86 : (mu > ($i > $o)),X87 : ($i > $o),X88] : (($false = rel @ X88 @ (sK11 @ X87 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X86)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X86))))) = X87 | ($false != X87 @ (sK11 @ X87 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X86)))))))) | ($false = positive @ X86 @ X88)) [avatar definition] 117.63/116.00 3837. 392 | 0 | ~108 | ~118 [avatar split clause 3833,1154,1126,258,3835] 117.63/116.00 3838. 386 | 0 | ~108 [avatar split clause 3793,1126,258,3815] 117.63/116.00 3839. ($false = $true) | ($false = positive @ X95 @ X97) | ($false = rel @ X97 @ X98) | ($false = rel @ (sK11 @ X96 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X95))))))) @ X98) | ($false != X96 @ (sK11 @ X96 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X95)))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X95))))) = X96 <- {30, 108, 118} [forward demodulation 3794,1155] 117.63/116.00 3841. 394 <=> ! [X96 : ($i > $o),X98,X95 : (mu > ($i > $o)),X97] : (($false = positive @ X95 @ X97) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X95))))) = X96 | ($false != X96 @ (sK11 @ X96 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X95)))))))) | ($false = rel @ (sK11 @ X96 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X95))))))) @ X98) | ($false = rel @ X97 @ X98)) [avatar definition] 117.63/116.00 3843. 394 | 0 | ~30 | ~108 | ~118 [avatar split clause 3839,1154,1126,478,258,3841] 117.63/116.00 3844. ($false = $true) | ($true = positive @ X99 @ X101) | ($false = rel @ (sK11 @ X100 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X99)))))))) @ X101) | ($false != X100 @ (sK11 @ X100 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X99))))))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X99)))))) = X100 <- {34, 108, 118} [forward demodulation 3795,1155] 117.63/116.00 3846. 396 <=> ! [X100 : ($i > $o),X99 : (mu > ($i > $o)),X101] : (($true = positive @ X99 @ X101) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X99)))))) = X100 | ($false != X100 @ (sK11 @ X100 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X99))))))))) | ($false = rel @ (sK11 @ X100 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X99)))))))) @ X101)) [avatar definition] 117.63/116.00 3848. 396 | 0 | ~34 | ~108 | ~118 [avatar split clause 3844,1154,1126,488,258,3846] 117.63/116.00 3890. ($false = $true) | ($false = positive @ sK14 @ sK17) <- {62, 120} [superposition 1168,1174] 117.63/116.00 3891. ($false = $true) | ($false = positive @ sK14 @ sK17) <- {62, 120} [superposition 1174,1168] 117.63/116.00 3892. ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK20)) @ sK17)) @ $true) | ($false = positive @ sK14 @ sK17) <- {62} [superposition 710,1168] 117.63/116.00 3897. 398 <=> ($false = positive @ sK14 @ sK17) [avatar definition] 117.63/116.00 3898. ($false = positive @ sK14 @ sK17) <- {398} [avatar component clause 3897] 117.63/116.00 3899. 398 | 0 | ~62 | ~120 [avatar split clause 3890,1173,709,258,3897] 117.63/116.00 3900. 398 | 0 | ~62 | ~120 [avatar split clause 3891,1173,709,258,3897] 117.63/116.00 3905. 400 <=> ($false = vIMP_55 @ (vPI_37 @ (cCOMB_36 @ (sCOMB_91 @ (bCOMB_90 @ (bCOMB_65 @ sCOMB_59 @ (bCOMB_58 @ vIMP_55)) @ positive) @ (cCOMB_88 @ iCOMB_17 @ sK20)) @ sK17)) @ $true) [avatar definition] 117.63/116.00 3907. 398 | 400 | ~62 [avatar split clause 3892,709,3905,3897] 117.63/116.00 3909. ($false = $true) | ($false = positive @ sK14 @ X0) | ($false = rel @ sK17 @ X1) | ($false = rel @ X0 @ X1) <- {76, 398} [superposition 3898,849] 117.63/116.00 3910. ($false = $true) | ($false = positive @ sK14 @ X2) | ($false = rel @ sK17 @ X2) <- {398} [superposition 3898,727] 117.63/116.00 3912. ($false = $true) | ($false = rel @ X3 @ sK17) | ($false = positive @ sK14 @ X3) <- {398} [superposition 3898,203] 117.63/116.00 3913. ($false = $true) | ($false = rel @ X0 @ sK17) | ($false = positive @ sK14 @ X0) <- {398} [superposition 203,3898] 117.63/116.00 3914. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK17) @ (vNOT_22 @ $false)) <- {398} [superposition 216,3898] 117.63/116.00 3920. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ sK17 @ X2) | ($false = positive @ sK14 @ X2) <- {398} [superposition 717,3898] 117.63/116.00 3921. ($false = $true) | ($false = positive @ sK14 @ X3) | ($false = rel @ sK17 @ X3) <- {398} [superposition 727,3898] 117.63/116.00 3922. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = rel @ X4 @ sK17) | ($false = positive @ sK14 @ X4) <- {398} [superposition 734,3898] 117.63/116.00 3923. ($true = vIFF_55 @ $false @ (vNOT_22 @ $false)) | ($false = positive @ sK14 @ X5) | ($false = rel @ X5 @ X6) | ($false = rel @ sK17 @ X6) <- {30, 398} [superposition 833,3898] 117.63/116.00 3924. ($false = $true) | ($false = positive @ sK14 @ X7) | ($false = rel @ sK17 @ X8) | ($false = rel @ X7 @ X8) <- {76, 398} [superposition 849,3898] 117.63/116.00 3926. 402 <=> ! [X1,X0] : (($false = positive @ sK14 @ X0) | ($false = rel @ X0 @ X1) | ($false = rel @ sK17 @ X1)) [avatar definition] 117.63/116.00 3928. 402 | 0 | ~76 | ~398 [avatar split clause 3909,3897,848,258,3926] 117.63/116.00 3930. 404 <=> ! [X2] : (($false = positive @ sK14 @ X2) | ($false = rel @ sK17 @ X2)) [avatar definition] 117.63/116.00 3932. 404 | 0 | ~398 [avatar split clause 3910,3897,258,3930] 117.63/116.00 3934. 406 <=> ! [X3] : (($false = rel @ X3 @ sK17) | ($false = positive @ sK14 @ X3)) [avatar definition] 117.63/116.00 3936. 406 | 0 | ~398 [avatar split clause 3912,3897,258,3934] 117.63/116.00 3937. 406 | 0 | ~398 [avatar split clause 3913,3897,258,3934] 117.63/116.00 3942. 408 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ sK17) @ (vNOT_22 @ $false)) [avatar definition] 117.63/116.00 3944. 408 | ~398 [avatar split clause 3914,3897,3942] 117.63/116.00 3945. ($false = $true) | ($false = rel @ sK17 @ X2) | ($false = positive @ sK14 @ X2) <- {118, 398} [forward demodulation 3920,1155] 117.63/116.00 3946. 404 | 0 | ~118 | ~398 [avatar split clause 3945,3897,1154,258,3930] 117.63/116.00 3947. 404 | 0 | ~398 [avatar split clause 3921,3897,258,3930] 117.63/116.00 3948. ($false = $true) | ($false = rel @ X4 @ sK17) | ($false = positive @ sK14 @ X4) <- {118, 398} [forward demodulation 3922,1155] 117.63/116.00 3949. 406 | 0 | ~118 | ~398 [avatar split clause 3948,3897,1154,258,3934] 117.63/116.00 3950. ($false = $true) | ($false = positive @ sK14 @ X5) | ($false = rel @ X5 @ X6) | ($false = rel @ sK17 @ X6) <- {30, 118, 398} [forward demodulation 3923,1155] 117.63/116.00 3951. 402 | 0 | ~30 | ~118 | ~398 [avatar split clause 3950,3897,1154,478,258,3926] 117.63/116.00 3952. 402 | 0 | ~76 | ~398 [avatar split clause 3924,3897,848,258,3926] 117.63/116.00 3954. ($false = $true) | ($false = rel @ sK12 @ (sK11 @ X6 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) = X6 | ($false != X6 @ (sK11 @ X6 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) <- {234} [superposition 2269,392] 117.63/116.00 3955. ($false = $true) | ($false = rel @ sK12 @ (sK11 @ X7 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))))) | ($true != X7 @ (sK11 @ X7 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) = X7 <- {234} [superposition 2269,953] 117.63/116.00 3956. ($false = $true) | ($false = rel @ sK12 @ (sK11 @ X9 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))))) | ($false != X9 @ (sK11 @ X9 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) = X9 <- {108, 234} [superposition 2269,1127] 117.63/116.00 3957. ($false = $true) | ($false = rel @ sK12 @ (sK11 @ X11 @ (positive @ sK14))) | positive @ sK14 = X11 | ($true != X11 @ (sK11 @ X11 @ (positive @ sK14))) <- {234} [superposition 2269,628] 117.63/116.00 3958. ($false = $true) | ($false = rel @ sK12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ X13)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) = X13 | ($false != X13 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ X13)) <- {234} [superposition 2269,393] 117.63/116.00 3959. ($false = $true) | ($false = rel @ sK12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ X14)) | ($true != X14 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ X14)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) = X14 <- {234} [superposition 2269,1000] 117.63/116.00 3960. ($false = $true) | ($false = rel @ sK12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) @ X16)) | ($false != X16 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) @ X16)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) = X16 <- {106, 234} [superposition 2269,1123] 117.63/116.00 3961. ($false = $true) | ($false = rel @ sK12 @ sK17) <- {234, 398} [superposition 2269,3898] 117.63/116.00 3962. ($false = $true) | ($false = rel @ sK12 @ (sK11 @ (positive @ sK14) @ X18)) | positive @ sK14 = X18 | ($true != X18 @ (sK11 @ (positive @ sK14) @ X18)) <- {234} [superposition 2269,283] 117.63/116.00 3972. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) = X19 | ($false != X19 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ X19)) | ($false = rel @ sK12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ X19)) <- {234} [superposition 393,2269] 117.63/116.00 3973. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) = X20 | ($true != X20 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ X20)) | ($false = rel @ sK12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ X20)) <- {234} [superposition 981,2269] 117.63/116.00 3975. ($false = $true) | ($true != X22 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ X22)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) = X22 | ($false = rel @ sK12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ X22)) <- {234} [superposition 1000,2269] 117.63/116.00 3976. ($false = $true) | ($false != X24 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) @ X24)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) = X24 | ($false = rel @ sK12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) @ X24)) <- {106, 234} [superposition 1123,2269] 117.63/116.00 3977. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) = X27 | ($false != X27 @ (sK11 @ X27 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) | ($false = rel @ sK12 @ (sK11 @ X27 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) <- {234} [superposition 392,2269] 117.63/116.00 3978. ($true = vIFF_55 @ $true @ (vNOT_22 @ $true)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) = X28 | ($true != X28 @ (sK11 @ X28 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))))) | ($false = rel @ sK12 @ (sK11 @ X28 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))))) <- {234} [superposition 932,2269] 117.63/116.00 3980. ($false = $true) | ($true != X30 @ (sK11 @ X30 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) = X30 | ($false = rel @ sK12 @ (sK11 @ X30 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))))) <- {234} [superposition 953,2269] 117.63/116.00 3981. ($false = $true) | ($false != X32 @ (sK11 @ X32 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) = X32 | ($false = rel @ sK12 @ (sK11 @ X32 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))))) <- {108, 234} [superposition 1127,2269] 117.63/116.00 3982. ($false = $true) | positive @ sK14 = X34 | ($true != X34 @ (sK11 @ X34 @ (positive @ sK14))) | ($false = rel @ sK12 @ (sK11 @ X34 @ (positive @ sK14))) <- {234} [superposition 628,2269] 117.63/116.00 3985. ($false = $true) | positive @ sK14 = X37 | ($true != X37 @ (sK11 @ (positive @ sK14) @ X37)) | ($false = rel @ sK12 @ (sK11 @ (positive @ sK14) @ X37)) <- {234} [superposition 283,2269] 117.63/116.00 3991. ($false = $true) | ($false = rel @ sK12 @ sK17) <- {234, 398} [superposition 3898,2269] 117.63/116.00 3994. 410 <=> ! [X6 : ($i > $o)] : (($false = rel @ sK12 @ (sK11 @ X6 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) | ($false != X6 @ (sK11 @ X6 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) = X6) [avatar definition] 117.63/116.00 3996. 410 | 0 | ~234 [avatar split clause 3954,2268,258,3994] 117.63/116.00 3998. 412 <=> ! [X7 : ($i > $o)] : (($false = rel @ sK12 @ (sK11 @ X7 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) = X7 | ($true != X7 @ (sK11 @ X7 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))))) [avatar definition] 117.63/116.00 4000. 412 | 0 | ~234 [avatar split clause 3955,2268,258,3998] 117.63/116.00 4002. 414 <=> ! [X9 : ($i > $o)] : (($false = rel @ sK12 @ (sK11 @ X9 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))))) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) = X9 | ($false != X9 @ (sK11 @ X9 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))))))) [avatar definition] 117.63/116.00 4004. 414 | 0 | ~108 | ~234 [avatar split clause 3956,2268,1126,258,4002] 117.63/116.00 4006. 416 <=> ! [X11 : ($i > $o)] : (($false = rel @ sK12 @ (sK11 @ X11 @ (positive @ sK14))) | ($true != X11 @ (sK11 @ X11 @ (positive @ sK14))) | positive @ sK14 = X11) [avatar definition] 117.63/116.00 4008. 416 | 0 | ~234 [avatar split clause 3957,2268,258,4006] 117.63/116.00 4010. 418 <=> ! [X13 : ($i > $o)] : (($false = rel @ sK12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ X13)) | ($false != X13 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ X13)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) = X13) [avatar definition] 117.63/116.00 4012. 418 | 0 | ~234 [avatar split clause 3958,2268,258,4010] 117.63/116.00 4014. 420 <=> ! [X14 : ($i > $o)] : (($false = rel @ sK12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ X14)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) = X14 | ($true != X14 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ X14))) [avatar definition] 117.63/116.00 4016. 420 | 0 | ~234 [avatar split clause 3959,2268,258,4014] 117.63/116.00 4018. 422 <=> ! [X16 : ($i > $o)] : (($false = rel @ sK12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) @ X16)) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) = X16 | ($false != X16 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)))) @ X16))) [avatar definition] 117.63/116.00 4020. 422 | 0 | ~106 | ~234 [avatar split clause 3960,2268,1122,258,4018] 117.63/116.00 4025. 424 <=> ($false = rel @ sK12 @ sK17) [avatar definition] 117.63/116.00 4027. 424 | 0 | ~234 | ~398 [avatar split clause 3961,3897,2268,258,4025] 117.63/116.00 4029. 426 <=> ! [X18 : ($i > $o)] : (($false = rel @ sK12 @ (sK11 @ (positive @ sK14) @ X18)) | ($true != X18 @ (sK11 @ (positive @ sK14) @ X18)) | positive @ sK14 = X18) [avatar definition] 117.63/116.00 4031. 426 | 0 | ~234 [avatar split clause 3962,2268,258,4029] 117.63/116.00 4032. 418 | 0 | ~234 [avatar split clause 3972,2268,258,4010] 117.63/116.00 4033. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) = X20 | ($true != X20 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ X20)) | ($false = rel @ sK12 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ X20)) <- {56, 234} [forward demodulation 3973,597] 117.63/116.00 4034. 420 | 0 | ~56 | ~234 [avatar split clause 4033,2268,596,258,4014] 117.63/116.00 4035. 420 | 0 | ~234 [avatar split clause 3975,2268,258,4014] 117.63/116.00 4036. 422 | 0 | ~106 | ~234 [avatar split clause 3976,2268,1122,258,4018] 117.63/116.00 4037. 410 | 0 | ~234 [avatar split clause 3977,2268,258,3994] 117.63/116.00 4038. ($false = $true) | positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) = X28 | ($true != X28 @ (sK11 @ X28 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))))) | ($false = rel @ sK12 @ (sK11 @ X28 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))))) <- {56, 234} [forward demodulation 3978,597] 117.63/116.00 4039. 412 | 0 | ~56 | ~234 [avatar split clause 4038,2268,596,258,3998] 117.63/116.00 4040. 412 | 0 | ~234 [avatar split clause 3980,2268,258,3998] 117.63/116.00 4041. 414 | 0 | ~108 | ~234 [avatar split clause 3981,2268,1126,258,4002] 117.63/116.00 4042. 416 | 0 | ~234 [avatar split clause 3982,2268,258,4006] 117.63/116.00 4043. 426 | 0 | ~234 [avatar split clause 3985,2268,258,4029] 117.63/116.00 4044. 424 | 0 | ~234 | ~398 [avatar split clause 3991,3897,2268,258,4025] 117.65/116.00 4049. ($false = $true) | ($false = positive @ sK14 @ sK12) <- {56, 100} [forward demodulation 2123,597] 117.65/116.00 4050. 26 | 0 | ~56 | ~100 [avatar split clause 4049,1095,596,258,460] 117.65/116.00 4051. 50 | 0 | ~100 [avatar split clause 2122,1095,258,555] 117.65/116.00 4052. 26 | 0 | ~100 [avatar split clause 2119,1095,258,460] 117.65/116.00 4053. ($false = $true) | ($false = rel @ X0 @ sK12) | ($false = positive @ sK14 @ X0) <- {56, 100} [forward demodulation 2118,597] 117.65/116.00 4054. 50 | 0 | ~56 | ~100 [avatar split clause 4053,1095,596,258,555] 117.65/116.00 4059. 428 <=> ($true = vIFF_55 @ $true @ (vNOT_22 @ (positive @ sK14 @ sK12))) [avatar definition] 117.65/116.00 4061. 428 | ~100 [avatar split clause 2117,1095,4059] 117.65/116.00 4062. 50 | 0 | ~100 [avatar split clause 2114,1095,258,555] 117.65/116.00 4063. 26 | 0 | ~100 [avatar split clause 2111,1095,258,460] 117.65/116.00 4064. ($false = $true) | ($false = positive @ sK14 @ sK12) <- {52, 118} [forward demodulation 1086,1155] 117.65/116.00 4065. 26 | 0 | ~52 | ~118 [avatar split clause 4064,1154,562,258,460] 117.65/116.00 4066. ($false = $true) | ($false = rel @ X2 @ sK12) | ($false = positive @ sK14 @ X2) <- {52, 118} [forward demodulation 1083,1155] 117.65/116.00 4067. 50 | 0 | ~52 | ~118 [avatar split clause 4066,1154,562,258,555] 117.65/116.00 4127. ($true = bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14 @ sK13 @ sK12) <- {2, 229} [unit resulting resolution 2205,335] 117.65/116.00 4132. ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ sK12) @ (vNOT_22 @ $false)) <- {229} [unit resulting resolution 2205,395] 117.65/116.00 4135. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ sK12) <- {229} [unit resulting resolution 2205,770] 117.65/116.00 4154. ($true = bCOMB_23 @ vNOT_22 @ (sK14 @ sK13) @ sK12) <- {2, 229} [B combinator elimination 4127] 117.65/116.00 4155. ($true = vNOT_22 @ (sK14 @ sK13 @ sK12)) <- {2, 229} [B combinator elimination 4154] 117.65/116.00 4156. ($false = sK14 @ sK13 @ sK12) <- {2, 229} [HOL not constant elimination 4155] 117.65/116.00 4161. 430 <=> ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ sK12) [avatar definition] 117.65/116.00 4163. 430 | 229 [avatar split clause 4135,2204,4161] 117.65/116.00 4169. 432 <=> ($true = vIFF_55 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14))) @ sK12) @ (vNOT_22 @ $false)) [avatar definition] 117.65/116.00 4171. 432 | 229 [avatar split clause 4132,2204,4169] 117.65/116.00 4178. 434 <=> ($false = sK14 @ sK13 @ sK12) [avatar definition] 117.65/116.00 4180. 434 | ~2 | 229 [avatar split clause 4156,2204,268,4178] 117.65/116.00 4190. ($true = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14)) @ sK12) | ($false = $true) <- {224} [HOL not constant elimination 2307] 117.65/116.00 4192. ($false = $true) | ($true = positive @ sK14 @ sK12) <- {226} [HOL not constant elimination 2234] 117.65/116.00 4193. ($false = $true) | ($false = rel @ X27 @ X26) | ($false = positive @ X25 @ X27) | ($false = rel @ X28 @ X26) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X25) @ X28) <- {118} [forward demodulation 1971,1155] 117.65/116.00 4194. 30 | 0 | ~118 [avatar split clause 4193,1154,258,478] 117.65/116.00 4196. 436 <=> ! [X110 : ($i > $o),X112,X109 : (mu > ($i > $o)),X111] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X109) = X110 | ($false = rel @ X111 @ X112) | ($false = rel @ (sK11 @ X110 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X109))) @ X112) | ($false = positive @ X109 @ X111) | ($false != X110 @ (sK11 @ X110 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X109))))) [avatar definition] 117.65/116.00 4198. 436 | 0 | ~76 [avatar split clause 1545,848,258,4196] 117.65/116.00 4200. 438 <=> ! [X104 : ($i > $o),X106,X105,X103 : (mu > ($i > $o))] : (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X103) = X104 | ($false = rel @ X105 @ X106) | ($false = rel @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X103)) @ X104) @ X106) | ($false = positive @ X103 @ X105) | ($false != X104 @ (sK11 @ (positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X103)) @ X104))) [avatar definition] 117.65/116.00 4202. 438 | 0 | ~76 [avatar split clause 1544,848,258,4200] 117.65/116.00 4203. 30 | 32 | ~76 [avatar split clause 1537,848,484,478] 117.65/116.00 4204. 30 | 0 | ~76 [avatar split clause 1533,848,258,478] 117.65/116.00 4205. 30 | 32 | ~76 [avatar split clause 1528,848,484,478] 117.65/116.00 4206. 438 | 0 | ~76 [avatar split clause 1522,848,258,4200] 117.65/116.00 4207. 436 | 0 | ~76 [avatar split clause 1521,848,258,4196] 117.65/116.00 4208. 30 | 0 | ~76 [avatar split clause 1516,848,258,478] 117.65/116.00 4209. ($false = $true) | ($false = rel @ X18 @ X17) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X16) @ X18) | ($false = rel @ X19 @ X17) | ($false = positive @ X16 @ X19) <- {118} [forward demodulation 1428,1155] 117.65/116.00 4210. 30 | 0 | ~118 [avatar split clause 4209,1154,258,478] 117.65/116.00 4212. ($false = $true) | ($false = rel @ X32 @ X31) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X30)) @ X32) | ($true = positive @ X30 @ X31) <- {118} [forward demodulation 1432,1155] 117.65/116.00 4213. 34 | 0 | ~118 [avatar split clause 4212,1154,258,488] 117.65/116.00 4215. 178 | 32 [avatar split clause 1884,484,1903] 117.65/116.00 4216. 176 | 32 [avatar split clause 1881,484,1898] 117.65/116.00 4217. 162 | 32 | ~92 [avatar split clause 1717,1031,484,1733] 117.65/116.00 4218. 136 | 32 [avatar split clause 1339,484,1357] 117.65/116.00 4219. 134 | 32 [avatar split clause 1336,484,1352] 117.65/116.00 4220. 128 | 32 [avatar split clause 1206,484,1237] 117.65/116.00 4221. 90 | 32 [avatar split clause 988,484,1009] 117.65/116.00 4222. 84 | 32 [avatar split clause 939,484,963] 117.65/116.00 4223. 84 | 32 [avatar split clause 3289,484,963] 117.65/116.00 4225. 90 | 32 [avatar split clause 3323,484,1009] 117.65/116.00 4227. 96 | 0 | ~16 | ~76 [avatar split clause 1550,848,382,258,1042] 117.65/116.00 4228. 96 | 0 | ~16 | ~76 [avatar split clause 1519,848,382,258,1042] 117.65/116.00 4229. 98 | 0 | ~92 [avatar split clause 1711,1031,258,1046] 117.65/116.00 4230. 98 | 0 | ~92 [avatar split clause 1704,1031,258,1046] 117.65/116.00 4231. ($false = $true) | ($false = rel @ sK12 @ X40) | ($false = positive @ sK15 @ X40) <- {16, 118} [forward demodulation 1413,1155] 117.65/116.00 4232. 98 | 0 | ~16 | ~118 [avatar split clause 4231,1154,382,258,1046] 117.65/116.00 4233. 98 | 0 | ~16 [avatar split clause 1216,382,258,1046] 117.65/116.00 4234. 98 | 0 | ~16 [avatar split clause 1190,382,258,1046] 117.65/116.00 4235. ($false = $true) | ($false = rel @ sK12 @ X3) | ($false = positive @ sK15 @ X3) <- {48, 118} [forward demodulation 1072,1155] 117.65/116.00 4236. 98 | 0 | ~48 | ~118 [avatar split clause 4235,1154,544,258,1046] 117.65/116.00 4237. ($false = $true) | ($false = rel @ X31 @ X32) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ X30)) @ X32) | ($true = positive @ X30 @ X31) <- {118} [forward demodulation 1410,1155] 117.65/116.00 4238. 128 | 0 | ~118 [avatar split clause 4237,1154,258,1237] 117.65/116.00 4240. ($false = $true) | ($false = rel @ X7 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X7) <- {118, 228} [forward demodulation 2264,1155] 117.65/116.00 4241. 232 | 0 | ~118 | ~228 [avatar split clause 4240,2207,1154,258,2231] 117.65/116.00 4242. 224 | ~228 [avatar split clause 2256,2207,2193] 117.65/116.00 4243. 232 | 0 | ~228 [avatar split clause 2255,2207,258,2231] 117.65/116.00 4244. 222 | 0 | ~228 [avatar split clause 2251,2207,258,2186] 117.65/116.00 4245. 226 | ~228 [avatar split clause 2249,2207,2200] 117.65/116.00 4246. 232 | 0 | ~228 [avatar split clause 2248,2207,258,2231] 117.65/116.00 4247. 222 | 0 | ~228 [avatar split clause 2243,2207,258,2186] 117.65/116.00 4248. 222 | 0 | ~226 [avatar split clause 2242,2200,258,2186] 117.65/116.00 4249. 222 | 0 | ~226 [avatar split clause 4192,2200,258,2186] 117.65/116.00 4250. 0 | 218 | ~224 [avatar split clause 2326,2193,2172,258] 117.65/116.00 4251. ($false = $true) | ($false = rel @ X6 @ sK12) | ($false = positive @ (bCOMB_143 @ (bCOMB_23 @ vNOT_22) @ sK14) @ X6) <- {118, 224} [forward demodulation 2318,1155] 117.65/116.00 4252. 232 | 0 | ~118 | ~224 [avatar split clause 4251,2193,1154,258,2231] 117.65/116.00 4253. ($false = $true) | ($true = positive @ sK14 @ sK12) <- {118, 224} [forward demodulation 2311,1155] 117.65/116.00 4254. 222 | 0 | ~118 | ~224 [avatar split clause 4253,2193,1154,258,2186] 117.65/116.00 4255. 0 | 218 | ~224 [avatar split clause 4190,2193,2172,258] 117.65/116.00 4256. 232 | 32 | ~222 [avatar split clause 2221,2186,484,2231] 117.65/116.00 4261. ($false != vIFF_55 @ $true @ (vNOT_22 @ $true)) <- {92, 95} [forward demodulation 1036,1032] 117.65/116.00 4262. ~57 | ~92 | 95 [avatar split clause 4261,1035,1031,593] 117.65/116.00 4268. $false [avatar sat refutation 263,270,348,360,367,377,390,407,448,455,468,486,490,500,504,524,528,539,546,547,557,564,565,576,583,584,585,598,611,618,704,711,757,780,814,818,819,820,829,850,854,855,856,950,957,959,960,965,997,1004,1005,1006,1011,1033,1040,1044,1048,1097,1112,1116,1120,1124,1128,1132,1136,1140,1144,1156,1175,1183,1226,1232,1233,1234,1239,1265,1272,1354,1359,1398,1486,1490,1494,1498,1502,1504,1505,1506,1507,1508,1509,1511,1561,1565,1569,1573,1577,1579,1580,1581,1582,1583,1584,1586,1730,1735,1743,1794,1798,1804,1808,1809,1810,1815,1816,1818,1819,1824,1900,1905,1950,1955,1960,1992,1997,2002,2051,2055,2059,2063,2067,2071,2075,2079,2084,2089,2090,2092,2093,2094,2096,2097,2099,2101,2102,2103,2105,2107,2108,2109,2141,2146,2154,2174,2181,2188,2195,2202,2209,2216,2233,2270,2274,2278,2280,2281,2283,2284,2286,2287,2331,2336,2391,2395,2399,2403,2407,2411,2415,2419,2423,2424,2426,2427,2432,2437,2438,2440,2441,2443,2445,2446,2447,2449,2451,2452,2453,2454,2456,2457,2462,2510,2515,2520,2525,2530,2535,2567,2572,2577,2582,2587,2592,2653,2660,2735,2769,2894,2901,2902,2909,2910,2917,2975,2979,2981,2982,3042,3046,3048,3049,3110,3115,3120,3125,3130,3187,3192,3197,3202,3207,3359,3363,3367,3368,3375,3377,3378,3380,3382,3383,3455,3459,3463,3464,3471,3473,3474,3476,3478,3479,3544,3548,3552,3556,3557,3558,3560,3561,3562,3628,3632,3636,3640,3644,3645,3650,3651,3652,3654,3655,3656,3719,3724,3726,3731,3736,3737,3742,3747,3813,3817,3818,3820,3825,3827,3832,3837,3838,3843,3848,3899,3900,3907,3928,3932,3936,3937,3944,3946,3947,3949,3951,3952,3996,4000,4004,4008,4012,4016,4020,4027,4031,4032,4034,4035,4036,4037,4039,4040,4041,4042,4043,4044,4050,4051,4052,4054,4061,4062,4063,4065,4067,4163,4171,4180,4194,4198,4202,4203,4204,4205,4206,4207,4208,4210,4213,4215,4216,4217,4218,4219,4220,4221,4222,4223,4225,4227,4228,4229,4230,4232,4233,4234,4236,4238,4241,4242,4243,4244,4245,4246,4247,4248,4249,4250,4252,4254,4255,4256,4262] 117.65/116.00 % SZS output end Proof for theBenchmark 117.65/116.00 % ------------------------------ 117.65/116.00 % Version: Vampire 4.2.2 (commit 9d3eacc on 2019-04-30 12:01:32 +0100) 117.65/116.00 % Termination reason: Refutation 117.65/116.00 117.65/116.00 % Memory used [KB]: 9978 117.65/116.00 % Time elapsed: 0.243 s 117.65/116.00 % ------------------------------ 117.65/116.00 % ------------------------------ 117.65/116.00 % Success in time 115.638 s 117.65/116.00 EOF