TSTP Solution File: GRA016+1 by SPASS---3.9
View Problem
- Process Solution
%------------------------------------------------------------------------------
% File : SPASS---3.9
% Problem : GRA016+1 : TPTP v8.1.0. Released v3.2.0.
% Transfm : none
% Format : tptp
% Command : run_spass %d %s
% Computer : n020.cluster.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory : 8042.1875MB
% OS : Linux 3.10.0-693.el7.x86_64
% CPULimit : 300s
% WCLimit : 600s
% DateTime : Sat Jul 16 07:22:10 EDT 2022
% Result : CounterSatisfiable 1.05s 1.21s
% Output : Saturation 1.07s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.00/0.12 % Problem : GRA016+1 : TPTP v8.1.0. Released v3.2.0.
% 0.11/0.12 % Command : run_spass %d %s
% 0.13/0.33 % Computer : n020.cluster.edu
% 0.13/0.33 % Model : x86_64 x86_64
% 0.13/0.33 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.13/0.33 % Memory : 8042.1875MB
% 0.13/0.33 % OS : Linux 3.10.0-693.el7.x86_64
% 0.19/0.33 % CPULimit : 300
% 0.19/0.33 % WCLimit : 600
% 0.19/0.33 % DateTime : Tue May 31 01:20:08 EDT 2022
% 0.19/0.34 % CPUTime :
% 1.05/1.21
% 1.05/1.21 SPASS V 3.9
% 1.05/1.21 SPASS beiseite: Completion found.
% 1.05/1.21 % SZS status CounterSatisfiable
% 1.05/1.21 Problem: /export/starexec/sandbox/benchmark/theBenchmark.p
% 1.05/1.21 SPASS derived 5169 clauses, backtracked 2706 clauses, performed 388 splits and kept 6011 clauses.
% 1.05/1.21 SPASS allocated 88653 KBytes.
% 1.05/1.21 SPASS spent 0:00:00.86 on the problem.
% 1.05/1.21 0:00:00.03 for the input.
% 1.05/1.21 0:00:00.03 for the FLOTTER CNF translation.
% 1.05/1.21 0:00:00.05 for inferences.
% 1.05/1.21 0:00:00.02 for the backtracking.
% 1.05/1.21 0:00:00.68 for the reduction.
% 1.05/1.21
% 1.05/1.21
% 1.05/1.21 The saturated set of worked-off clauses is :
% 1.05/1.21 % SZS output start Saturation
% 1.05/1.21 15[0:Inp] || less_than(u,v)* less_than(v,w)* -> less_than(u,w)*.
% 1.05/1.21 6099[59:Res:6096.0,20.0] || red(u,n6)*+ red(u,n11) red(v,n11) red(v,n6)* red(v,u)* -> .
% 1.05/1.21 5955[58:Res:5949.0,20.0] || red(u,n1)*+ red(u,n10) red(v,n10) red(v,n1)* red(v,u)* -> .
% 1.05/1.21 5952[58:MRR:342.5,5950.0] || green(u,n1)*+ green(u,n11) green(v,n11) green(v,n1)* green(v,u)* -> .
% 1.05/1.21 5926[56:Res:5925.0,20.0] || red(u,n2)*+ red(u,n11) red(v,n11) red(v,n2)* red(v,u)* -> .
% 1.05/1.21 5973[60:Res:5970.0,19.0] || green(u,n3)*+ green(u,n10) green(v,n10) green(v,n3)* green(v,u)* -> .
% 1.05/1.21 6163[53:Res:5117.0,5693.0] || green(n1,n12)*+ green(u,n12) green(u,n3) green(u,n1)* -> .
% 1.05/1.21 5693[53:Res:5691.0,19.0] || green(u,n3)*+ green(u,n12) green(v,n12) green(v,n3)* green(v,u)* -> .
% 1.05/1.21 5611[43:Res:5609.0,20.0] || red(u,n1)*+ red(u,n12) red(v,n12) red(v,n1)* red(v,u)* -> .
% 1.05/1.21 6162[48:Res:5101.0,5484.0] || green(n1,n9)*+ green(u,n9) green(u,n2) green(u,n1)* -> .
% 1.05/1.21 5484[48:Res:5481.0,19.0] || green(u,n2)*+ green(u,n9) green(v,n9) green(v,n2)* green(v,u)* -> .
% 1.05/1.21 6156[46:Res:498.0,6155.0] || green(n9,n5)+ green(n9,n2)* -> .
% 1.05/1.21 6155[46:MRR:6154.0,5142.0] || green(u,n12)+ green(u,n5) green(u,n2)* -> .
% 1.05/1.21 5211[46:Res:5209.0,19.0] || green(u,n5)*+ green(u,n12) green(v,n12) green(v,n5)* green(v,u)* -> .
% 1.05/1.21 5205[45:Res:5203.0,19.0] || green(u,n1)*+ green(u,n8) green(v,n8) green(v,n1)* green(v,u)* -> .
% 1.05/1.21 5504[51:Res:5502.0,19.0] || green(u,n5)*+ green(u,n11) green(v,n11) green(v,n5)* green(v,u)* -> .
% 1.05/1.21 5189[43:Res:5187.0,19.0] || green(u,n1)*+ green(u,n7) green(v,n7) green(v,n1)* green(v,u)* -> .
% 1.05/1.21 6148[58:Res:5193.0,6147.0] || green(n8,n4)+ green(n8,n1)* -> .
% 1.05/1.21 6147[58:MRR:6146.0,5951.0] || green(u,n11)+ green(u,n4) green(u,n1)* -> .
% 1.05/1.21 5171[40:Res:5168.0,19.0] || green(u,n4)*+ green(u,n11) green(v,n11) green(v,n4)* green(v,u)* -> .
% 1.05/1.21 5176[41:Res:5174.0,19.0] || green(u,n4)*+ green(u,n10) green(v,n10) green(v,n4)* green(v,u)* -> .
% 1.05/1.21 6144[36:Res:5101.0,5144.0] || green(n1,n12)*+ green(u,n12) green(u,n2) green(u,n1)* -> .
% 1.05/1.21 5144[36:Res:5142.0,19.0] || green(u,n2)*+ green(u,n12) green(v,n12) green(v,n2)* green(v,u)* -> .
% 1.05/1.21 6140[45:MRR:6139.0,5203.0] || green(u,n8)+ green(u,n2) green(u,n1)* -> .
% 1.05/1.21 5138[35:Res:5136.0,19.0] || green(u,n2)*+ green(u,n8) green(v,n8) green(v,n2)* green(v,u)* -> .
% 1.05/1.21 5965[59:Res:5963.0,19.0] || green(u,n1)*+ green(u,n6) green(v,n6) green(v,n1)* green(v,u)* -> .
% 1.05/1.21 5114[31:Res:5111.0,19.0] || green(u,n2)*+ green(u,n10) green(v,n10) green(v,n2)* green(v,u)* -> .
% 1.05/1.21 6133[58:Res:5193.0,6132.0] || green(n8,n3)+ green(n8,n1)* -> .
% 1.05/1.21 6132[58:MRR:6131.0,5951.0] || green(u,n11)+ green(u,n3) green(u,n1)* -> .
% 1.05/1.21 5108[30:Res:5106.0,19.0] || green(u,n3)*+ green(u,n11) green(v,n11) green(v,n3)* green(v,u)* -> .
% 1.05/1.21 5912[55:Res:5911.0,20.0] || red(u,n3)*+ red(u,n8) red(v,n8) red(v,n3)* red(v,u)* -> .
% 1.05/1.21 6121[34:Res:5130.0,5097.0] || green(n1,n12)*+ green(u,n12) green(u,n4) green(u,n1)* -> .
% 1.05/1.21 6125[57:Res:5929.0,6123.0] || green(n6,n5)+ green(n6,n2)* -> .
% 1.05/1.21 6124[50:Res:5179.0,6123.0] || green(n7,n5)+ green(n7,n2)* -> .
% 1.05/1.21 6123[50:MRR:6122.0,5111.0] || green(u,n10)+ green(u,n5) green(u,n2)* -> .
% 1.05/1.21 5498[50:Res:5497.0,19.0] || green(u,n5)*+ green(u,n10) green(v,n10) green(v,n5)* green(v,u)* -> .
% 1.05/1.21 5097[28:Res:5095.0,19.0] || green(u,n4)*+ green(u,n12) green(v,n12) green(v,n4)* green(v,u)* -> .
% 1.05/1.21 6070[43:Res:5187.0,5089.0] || green(n1,n12)*+ green(u,n12) green(u,n7) green(u,n1)* -> .
% 1.05/1.21 6116[43:MRR:6115.0,5187.0] || green(u,n7)+ green(u,n2) green(u,n1)* -> .
% 1.05/1.21 6109[59:Res:300.0,6103.0] || red(n11,n11)+ red(n11,n6)* -> .
% 1.05/1.21 5157[38:Res:5156.0,19.0] || green(u,n2)*+ green(u,n7) green(v,n7) green(v,n2)* green(v,u)* -> .
% 1.05/1.21 6114[59:MRR:6110.0,292.0] || red(n10,n6)*+ -> .
% 1.05/1.21 6103[59:MRR:6102.0,556.0] || red(u,n12)+ red(u,n11) red(u,n6)* -> .
% 1.05/1.21 6105[59:Res:401.0,6097.0] || red(n9,n7)+ red(n9,n6)* -> .
% 1.05/1.21 6097[59:MRR:6045.0,6096.0] || red(u,n11)+ red(u,n7) red(u,n6)* -> .
% 1.05/1.21 6096[59:MRR:6095.0,6095.1,5963.0,5117.0] || -> red(n6,n11)*.
% 1.05/1.21 6084[38:Res:498.0,6072.0] || green(n9,n7)+ green(n9,n2)* -> .
% 1.05/1.21 6072[38:MRR:6069.0,5142.0] || green(u,n12)+ green(u,n7) green(u,n2)* -> .
% 1.05/1.21 6073[53:Res:498.0,6071.0] || green(n9,n7)+ green(n9,n3)* -> .
% 1.05/1.21 6071[53:MRR:6068.0,5691.0] || green(u,n12)+ green(u,n7) green(u,n3)* -> .
% 1.05/1.21 5089[27:Res:5088.0,19.0] || green(u,n7)*+ green(u,n12) green(v,n12) green(v,n7)* green(v,u)* -> .
% 1.05/1.21 6063[32:Res:5117.0,5079.0] || green(n1,n9)*+ green(u,n9) green(u,n3) green(u,n1)* -> .
% 1.05/1.21 5930[57:Res:5929.0,19.0] || green(u,n6)*+ green(u,n10) green(v,n10) green(v,n6)* green(v,u)* -> .
% 1.05/1.21 5079[26:MRR:257.5,5074.0] || green(u,n3)*+ green(u,n9) green(v,n9) green(v,n3)* green(v,u)* -> .
% 1.05/1.21 6058[54:Res:300.0,6057.0] || red(n11,n8)+ red(n11,n6)* -> .
% 1.05/1.21 6057[54:MRR:6054.0,556.0] || red(u,n12)+ red(u,n8) red(u,n6)* -> .
% 1.05/1.21 5799[54:Res:5797.0,20.0] || red(u,n8)*+ red(u,n12) red(v,n12) red(v,n8)* red(v,u)* -> .
% 1.05/1.21 586[25:Res:585.0,20.0] || red(u,n4)*+ red(u,n9) red(v,n9) red(v,n4)* red(v,u)* -> .
% 1.05/1.21 5967[59:Res:5963.0,538.0] || green(n1,n9)*+ green(u,n9) green(u,n6) green(u,n1)* -> .
% 1.05/1.21 6037[49:MRR:6036.0,5187.0] || green(u,n7)+ green(u,n3) green(u,n1)* -> .
% 1.05/1.21 5688[52:Res:5685.0,20.0] || red(u,n7)*+ red(u,n11) red(v,n11) red(v,n7)* red(v,u)* -> .
% 1.05/1.21 6042[55:Res:431.0,6026.0] || red(n6,n4)+ red(n6,n3)* -> .
% 1.05/1.21 6026[55:MRR:6024.0,5911.0] || red(u,n8)+ red(u,n4) red(u,n3)* -> .
% 1.05/1.21 6016[59:MRR:6015.0,5963.0] || green(u,n6)+ green(u,n2) green(u,n1)* -> .
% 1.05/1.21 6031[58:Res:300.0,5959.0] || red(n11,n10)+ red(n11,n1)* -> .
% 1.05/1.21 5492[49:Res:5491.0,19.0] || green(u,n3)*+ green(u,n7) green(v,n7) green(v,n3)* green(v,u)* -> .
% 1.05/1.21 5959[58:MRR:5957.0,5609.0] || red(u,n12)+ red(u,n10) red(u,n1)* -> .
% 1.05/1.21 6030[58:MRR:6028.0,270.0] || red(n8,n1)*+ -> .
% 1.05/1.21 5954[58:MRR:518.0,5949.0] || red(u,n10)+ red(u,n9) red(u,n1)* -> .
% 1.05/1.21 5476[47:Res:5474.0,20.0] || red(u,n4)*+ red(u,n8) red(v,n8) red(v,n4)* red(v,u)* -> .
% 1.05/1.21 6017[58:Res:5193.0,5953.0] || green(n8,n8)+ green(n8,n1)* -> .
% 1.05/1.21 6023[58:MRR:6019.0,569.0] || green(n5,n1)*+ -> .
% 1.05/1.21 5953[58:MRR:5208.0,5951.0] || green(u,n11)+ green(u,n8) green(u,n1)* -> .
% 1.05/1.21 6010[54:Res:300.0,5798.0] || red(n11,n10)+ red(n11,n8)* -> .
% 1.05/1.21 5124[33:Res:5123.0,19.0] || green(u,n2)*+ green(u,n6) green(v,n6) green(v,n2)* green(v,u)* -> .
% 1.05/1.21 5798[54:MRR:414.0,5797.0] || red(u,n12)+ red(u,n10) red(u,n8)* -> .
% 1.05/1.21 5692[53:MRR:5078.0,5691.0] || green(u,n12)+ green(u,n9) green(u,n3)* -> .
% 1.05/1.21 6000[60:Res:5497.0,5972.0] || green(n5,n6)+ green(n5,n3)* -> .
% 1.05/1.21 5998[60:Res:5179.0,5972.0] || green(n7,n6)+ green(n7,n3)* -> .
% 1.05/1.21 5972[60:MRR:5935.0,5970.0] || green(u,n10)+ green(u,n6) green(u,n3)* -> .
% 1.05/1.21 5994[52:Res:292.0,5687.0] || red(n10,n9)+ red(n10,n7)* -> .
% 1.05/1.21 5687[52:MRR:425.0,5685.0] || red(u,n11)+ red(u,n9) red(u,n7)* -> .
% 1.05/1.21 5990[57:Res:5497.0,5934.0] || green(n5,n6)+ green(n5,n2)* -> .
% 1.05/1.21 5988[57:Res:5179.0,5934.0] || green(n7,n6)+ green(n7,n2)* -> .
% 1.05/1.21 5934[57:MRR:5129.3,5931.0] || green(u,n10)+ green(u,n6) green(u,n2)* -> .
% 1.05/1.21 5983[60:Res:5497.0,5971.0] || green(n5,n7)+ green(n5,n3)* -> .
% 1.05/1.21 5982[60:Res:5929.0,5971.0] || green(n6,n7)+ green(n6,n3)* -> .
% 1.05/1.21 5981[60:Res:5179.0,5971.0] || green(n7,n7)+ green(n7,n3)* -> .
% 1.05/1.21 5987[60:MRR:5984.0,592.0] || green(n4,n3)*+ -> .
% 1.05/1.21 5971[60:MRR:5495.0,5970.0] || green(u,n10)+ green(u,n7) green(u,n3)* -> .
% 1.05/1.21 5933[57:Res:5929.0,5186.0] || green(n6,n7)+ green(n6,n4)* -> .
% 1.05/1.21 5932[57:Res:5929.0,5185.0] || green(n6,n7)+ green(n6,n2)* -> .
% 1.05/1.21 5699[53:MRR:5213.2,5694.0] || green(n5,n9)+ green(n5,n3)* -> .
% 1.05/1.21 5964[59:MRR:5155.0,5963.0] || green(u,n6)+ green(u,n3) green(u,n1)* -> .
% 1.05/1.21 5974[60:Res:5970.0,18.0] || red(n3,n10)*+ -> .
% 1.05/1.21 5970[60:Spt:283.0] || -> green(n3,n10)*.
% 1.05/1.21 5966[59:Res:5963.0,18.0] || red(n1,n6)*+ -> .
% 1.05/1.21 5950[58:MRR:5612.1,5949.0] || red(n1,n11)*+ -> .
% 1.05/1.21 5963[59:Spt:233.0] || -> green(n1,n6)*.
% 1.05/1.21 5948[58:Spt:5947.0,330.0,5938.0] || green(n1,n10)*+ -> .
% 1.05/1.21 5951[58:MRR:340.1,5950.0] || -> green(n1,n11)*.
% 1.05/1.21 5949[58:Spt:5947.0,330.1] || -> red(n1,n10)*.
% 1.05/1.21 5931[57:Res:5929.0,18.0] || red(n6,n10)*+ -> .
% 1.05/1.21 5929[57:Spt:152.0] || -> green(n6,n10)*.
% 1.05/1.21 5924[56:Spt:5923.0,324.0,5917.0] || green(n2,n11)*+ -> .
% 1.05/1.21 5925[56:Spt:5923.0,324.1] || -> red(n2,n11)*.
% 1.05/1.21 5910[55:Spt:5909.0,220.0,5801.0] || green(n3,n8)*+ -> .
% 1.05/1.21 5911[55:Spt:5909.0,220.1] || -> red(n3,n8)*.
% 1.05/1.21 5796[54:Spt:5795.0,141.0,5703.0] || green(n8,n12)*+ -> .
% 1.05/1.21 5797[54:Spt:5795.0,141.1] || -> red(n8,n12)*.
% 1.05/1.21 5698[53:MRR:5091.2,5694.0] || green(n7,n9)+ green(n7,n3)* -> .
% 1.05/1.21 5697[53:MRR:5080.2,5694.0] || green(n9,n9)+ green(n9,n3)* -> .
% 1.05/1.21 5653[48:Res:5209.0,5488.0] || green(n5,n9)+ green(n5,n2)* -> .
% 1.05/1.21 5652[48:Res:5088.0,5488.0] || green(n7,n9)+ green(n7,n2)* -> .
% 1.05/1.21 5650[48:Res:498.0,5488.0] || green(n9,n9)+ green(n9,n2)* -> .
% 1.05/1.21 5702[53:MRR:5696.0,5491.0] || green(n3,n4)*+ -> .
% 1.05/1.21 5694[53:Res:5691.0,18.0] || red(n3,n12)*+ -> .
% 1.05/1.21 5691[53:Spt:320.0] || -> green(n3,n12)*.
% 1.05/1.21 5686[48:MRR:5648.0,5148.0] || green(n3,n2)*+ -> .
% 1.05/1.21 5684[52:Spt:5683.0,148.0,5507.0] || green(n7,n11)*+ -> .
% 1.05/1.21 5685[52:Spt:5683.0,148.1] || -> red(n7,n11)*.
% 1.05/1.21 5488[48:MRR:5143.3,5485.0] || green(u,n12)+ green(u,n9) green(u,n2)* -> .
% 1.05/1.21 5647[48:Res:533.0,5483.0] || green(n6,n6)+ green(n6,n2)* -> .
% 1.05/1.21 5483[48:MRR:5126.0,5481.0] || green(u,n9)+ green(u,n6) green(u,n2)* -> .
% 1.05/1.21 5646[47:MRR:5642.0,310.0] || red(n7,n4)*+ -> .
% 1.05/1.21 5393[45:Res:5387.0,20.0] || red(u,n1)*+ red(u,n5) red(v,n5) red(v,n1)* red(v,u)* -> .
% 1.05/1.21 5480[47:MRR:5479.0,585.0] || red(u,n9)+ red(u,n8) red(u,n4)* -> .
% 1.05/1.21 5475[47:MRR:455.0,5474.0] || red(u,n8)+ red(u,n6) red(u,n4)* -> .
% 1.05/1.21 5628[45:Res:422.0,5398.0] || red(n7,n5)+ red(n7,n1)* -> .
% 1.05/1.21 5194[44:Res:5193.0,19.0] || green(u,n8)*+ green(u,n11) green(v,n11) green(v,n8)* green(v,u)* -> .
% 1.05/1.21 5633[45:MRR:5631.0,5387.0] || red(n1,n1)*+ -> .
% 1.05/1.21 5632[45:MRR:5630.0,336.0] || red(n4,n1)*+ -> .
% 1.05/1.21 5398[45:MRR:5394.0,514.0] || red(u,n9)+ red(u,n5) red(u,n1)* -> .
% 1.05/1.21 5180[42:Res:5179.0,19.0] || green(u,n7)*+ green(u,n10) green(v,n10) green(v,n7)* green(v,u)* -> .
% 1.05/1.21 5616[50:Res:5497.0,5185.0] || green(n5,n7)+ green(n5,n2)* -> .
% 1.05/1.21 5614[42:Res:5179.0,5185.0] || green(n7,n7)+ green(n7,n2)* -> .
% 1.05/1.21 5162[39:Res:5161.0,19.0] || green(u,n2)*+ green(u,n5) green(v,n5) green(v,n2)* green(v,u)* -> .
% 1.05/1.21 5620[42:MRR:5617.0,592.0] || green(n4,n2)*+ -> .
% 1.05/1.21 5185[42:MRR:5160.3,5181.0] || green(u,n10)+ green(u,n7) green(u,n2)* -> .
% 1.05/1.21 5602[28:Res:498.0,5096.0] || green(n9,n7)+ green(n9,n4)* -> .
% 1.05/1.21 5149[37:Res:5148.0,19.0] || green(u,n3)*+ green(u,n6) green(v,n6) green(v,n3)* green(v,u)* -> .
% 1.05/1.21 5609[43:MRR:5608.0,5608.1,5187.0,5130.0] || -> red(n1,n12)*.
% 1.05/1.21 5096[28:MRR:5093.0,5095.0] || green(u,n12)+ green(u,n7) green(u,n4)* -> .
% 1.05/1.21 5131[34:Res:5130.0,19.0] || green(u,n1)*+ green(u,n4) green(v,n4) green(v,n1)* green(v,u)* -> .
% 1.05/1.21 5553[51:Res:5193.0,5503.0] || green(n8,n8)+ green(n8,n5)* -> .
% 1.05/1.21 5500[50:Res:5497.0,5186.0] || green(n5,n7)+ green(n5,n4)* -> .
% 1.05/1.21 5373[42:Res:5179.0,5186.0] || green(n7,n7)+ green(n7,n4)* -> .
% 1.05/1.21 5304[37:Res:533.0,5152.0] || green(n6,n6)+ green(n6,n3)* -> .
% 1.05/1.21 5560[51:MRR:5556.0,569.0] || green(n5,n5)*+ -> .
% 1.05/1.21 5503[51:MRR:5197.0,5502.0] || green(u,n11)+ green(u,n8) green(u,n5)* -> .
% 1.05/1.21 5505[51:Res:5502.0,18.0] || red(n5,n11)*+ -> .
% 1.05/1.21 5502[51:Spt:244.0] || -> green(n5,n11)*.
% 1.05/1.21 5499[50:Res:5497.0,18.0] || red(n5,n10)*+ -> .
% 1.05/1.21 5497[50:Spt:206.0] || -> green(n5,n10)*.
% 1.05/1.21 5493[49:Res:5491.0,18.0] || red(n3,n7)*+ -> .
% 1.05/1.21 5491[49:Spt:173.0] || -> green(n3,n7)*.
% 1.05/1.21 5490[48:MRR:5486.0,5123.0] || green(n2,n3)*+ -> .
% 1.05/1.21 5485[48:Res:5481.0,18.0] || red(n2,n9)*+ -> .
% 1.05/1.21 5481[48:Spt:288.0] || -> green(n2,n9)*.
% 1.05/1.21 5473[47:Spt:5472.0,164.0,5215.0] || green(n4,n8)*+ -> .
% 1.05/1.21 5474[47:Spt:5472.0,164.1] || -> red(n4,n8)*.
% 1.05/1.21 5444[43:MRR:5443.0,5130.0] || green(n1,n1)*+ -> .
% 1.05/1.21 5188[43:MRR:5133.0,5187.0] || green(u,n7)+ green(u,n4) green(u,n1)* -> .
% 1.05/1.21 5386[45:MRR:5313.1,5101.0] || green(n1,n5)*+ -> .
% 1.05/1.21 5382[42:MRR:5378.0,5156.0] || green(n2,n4)*+ -> .
% 1.05/1.21 5380[42:MRR:5376.0,592.0] || green(n4,n4)*+ -> .
% 1.05/1.21 5387[45:MRR:185.0,5386.0] || -> red(n1,n5)*.
% 1.05/1.21 5186[42:MRR:5175.3,5181.0] || green(u,n10)+ green(u,n7) green(u,n4)* -> .
% 1.05/1.21 5314[39:MRR:5312.0,5161.0] || green(n2,n2)*+ -> .
% 1.05/1.21 5167[39:MRR:5137.3,5163.0] || green(u,n8)+ green(u,n5) green(u,n2)* -> .
% 1.05/1.21 5066[25:Res:270.0,5064.0] || red(n8,n5)+ red(n8,n4)* -> .
% 1.05/1.21 5307[37:MRR:5305.0,5148.0] || green(n3,n3)*+ -> .
% 1.05/1.21 5152[37:MRR:5077.3,5150.0] || green(u,n9)+ green(u,n6) green(u,n3)* -> .
% 1.05/1.21 5119[32:Res:5117.0,19.0] || green(u,n1)*+ green(u,n3) green(v,n3) green(v,n1)* green(v,u)* -> .
% 1.05/1.21 5212[46:Res:5209.0,18.0] || red(n5,n12)*+ -> .
% 1.05/1.21 5102[29:Res:5101.0,19.0] || green(u,n1)*+ green(u,n2) green(v,n2) green(v,n1)* green(v,u)* -> .
% 1.05/1.21 5209[46:Spt:272.0] || -> green(n5,n12)*.
% 1.05/1.21 5206[45:Res:5203.0,18.0] || red(n1,n8)*+ -> .
% 1.05/1.21 5203[45:Spt:294.0] || -> green(n1,n8)*.
% 1.05/1.21 5195[44:Res:5193.0,18.0] || red(n8,n11)*+ -> .
% 1.05/1.21 5193[44:Spt:109.0] || -> green(n8,n11)*.
% 1.05/1.21 5190[43:Res:5187.0,18.0] || red(n1,n7)*+ -> .
% 1.05/1.21 5187[43:Spt:265.0] || -> green(n1,n7)*.
% 1.05/1.21 5181[42:Res:5179.0,18.0] || red(n7,n10)*+ -> .
% 1.05/1.21 5177[41:Res:5174.0,18.0] || red(n4,n10)*+ -> .
% 1.05/1.21 5179[42:Spt:113.0] || -> green(n7,n10)*.
% 1.05/1.21 5174[41:Spt:249.0] || -> green(n4,n10)*.
% 1.05/1.21 5172[40:Res:5168.0,18.0] || red(n4,n11)*+ -> .
% 1.05/1.21 5168[40:Spt:276.0] || -> green(n4,n11)*.
% 1.05/1.21 5163[39:Res:5161.0,18.0] || red(n2,n5)*+ -> .
% 1.05/1.21 5161[39:Spt:133.0] || -> green(n2,n5)*.
% 1.05/1.21 5158[38:Res:5156.0,18.0] || red(n2,n7)*+ -> .
% 1.05/1.21 5156[38:Spt:225.0] || -> green(n2,n7)*.
% 1.05/1.21 5150[37:Res:5148.0,18.0] || red(n3,n6)*+ -> .
% 1.05/1.21 5145[36:Res:5142.0,18.0] || red(n2,n12)*+ -> .
% 1.05/1.21 5148[37:Spt:129.0] || -> green(n3,n6)*.
% 1.05/1.21 5142[36:Spt:334.0] || -> green(n2,n12)*.
% 1.05/1.21 5139[35:Res:5136.0,18.0] || red(n2,n8)*+ -> .
% 1.05/1.21 5136[35:Spt:260.0] || -> green(n2,n8)*.
% 1.05/1.21 5132[34:Res:5130.0,18.0] || red(n1,n4)*+ -> .
% 1.05/1.21 5130[34:Spt:135.0] || -> green(n1,n4)*.
% 1.05/1.21 5125[33:Res:5123.0,18.0] || red(n2,n6)*+ -> .
% 1.05/1.21 5123[33:Spt:177.0] || -> green(n2,n6)*.
% 1.05/1.21 5120[32:Res:5117.0,18.0] || red(n1,n3)*+ -> .
% 1.05/1.21 5115[31:Res:5111.0,18.0] || red(n2,n10)*+ -> .
% 1.05/1.21 5117[32:Spt:101.0] || -> green(n1,n3)*.
% 1.05/1.21 5111[31:Spt:308.0] || -> green(n2,n10)*.
% 1.05/1.21 5109[30:Res:5106.0,18.0] || red(n3,n11)*+ -> .
% 1.05/1.21 5106[30:Spt:304.0] || -> green(n3,n11)*.
% 1.05/1.21 5103[29:Res:5101.0,18.0] || red(n1,n2)*+ -> .
% 1.05/1.21 5101[29:Spt:31.0] || -> green(n1,n2)*.
% 1.05/1.21 5098[28:Res:5095.0,18.0] || red(n4,n12)*+ -> .
% 1.05/1.21 5095[28:Spt:298.0] || -> green(n4,n12)*.
% 1.05/1.21 5090[27:Res:5088.0,18.0] || red(n7,n12)*+ -> .
% 1.05/1.21 5088[27:Spt:193.0] || -> green(n7,n12)*.
% 1.05/1.21 5074[26:Spt:5073.0,599.4,601.0] || red(n3,n9)*+ -> .
% 1.05/1.21 5076[26:MRR:255.1,5074.0] || -> green(n3,n9)*.
% 1.05/1.21 5064[25:MRR:5062.0,585.0] || red(u,n9)+ red(u,n5) red(u,n4)* -> .
% 1.05/1.21 564[24:Res:562.0,20.0] || red(u,n5)*+ red(u,n9) red(v,n9) red(v,n5)* red(v,u)* -> .
% 1.05/1.21 557[23:Res:556.0,20.0] || red(u,n6)*+ red(u,n12) red(v,n12) red(v,n6)* red(v,u)* -> .
% 1.05/1.21 515[21:Res:514.0,20.0] || red(u,n1)*+ red(u,n9) red(v,n9) red(v,n1)* red(v,u)* -> .
% 1.05/1.21 593[25:MRR:127.5,591.0] || green(u,n4)*+ green(u,n7) green(v,n7) green(v,n4)* green(v,u)* -> .
% 1.05/1.21 591[25:MRR:587.1,336.0] || red(n4,n7)*+ -> .
% 1.05/1.21 592[25:MRR:125.1,591.0] || -> green(n4,n7)*.
% 1.05/1.21 585[25:Spt:584.4] || -> red(n4,n9)*.
% 1.05/1.21 579[24:Res:270.0,563.0] || red(n8,n7)+ red(n8,n5)* -> .
% 1.05/1.21 563[24:MRR:442.0,562.0] || red(u,n9)+ red(u,n7) red(u,n5)* -> .
% 1.05/1.21 568[24:MRR:565.1,439.0] || red(n5,n8)*+ -> .
% 1.05/1.21 570[24:MRR:123.5,568.0] || green(u,n5)*+ green(u,n8) green(v,n8) green(v,n5)* green(v,u)* -> .
% 1.05/1.21 569[24:MRR:121.1,568.0] || -> green(n5,n8)*.
% 1.05/1.21 562[24:Spt:561.4] || -> red(n5,n9)*.
% 1.05/1.21 534[22:MRR:499.4,531.0] || green(n6,n12)*+ green(u,n12) green(u,n9) green(u,n6)* -> .
% 1.05/1.21 556[23:Spt:540.3] || -> red(n6,n12)*.
% 1.05/1.21 538[22:MRR:119.5,531.0] || green(u,n6)*+ green(u,n9) green(v,n9) green(v,n6)* green(v,u)* -> .
% 1.05/1.21 531[22:Spt:530.0,522.4,523.0] || red(n6,n9)*+ -> .
% 1.05/1.21 533[22:MRR:115.1,531.0] || -> green(n6,n9)*.
% 1.05/1.21 514[21:Spt:505.4] || -> red(n1,n9)*.
% 1.05/1.21 504[20:MRR:107.5,496.0] || green(u,n9)*+ green(u,n12) green(v,n12) green(v,n9)* green(v,u)* -> .
% 1.05/1.21 496[20:Spt:495.0,475.5,490.0] || red(n9,n12)*+ -> .
% 1.05/1.21 498[20:MRR:105.1,496.0] || -> green(n9,n12)*.
% 1.05/1.21 465[19:Res:463.0,20.0] || red(u,n2)*+ red(u,n4) red(v,n4) red(v,n2)* red(v,u)* -> .
% 1.05/1.21 458[18:Res:456.0,20.0] || red(u,n3)*+ red(u,n5) red(v,n5) red(v,n3)* red(v,u)* -> .
% 1.05/1.21 449[17:Res:447.0,20.0] || red(u,n4)*+ red(u,n6) red(v,n6) red(v,n4)* red(v,u)* -> .
% 1.05/1.21 441[16:Res:439.0,20.0] || red(u,n5)*+ red(u,n7) red(v,n7) red(v,n5)* red(v,u)* -> .
% 1.05/1.21 469[19:MRR:468.0,351.0] || red(n2,n2)*+ -> .
% 1.05/1.21 464[19:MRR:381.0,463.0] || red(u,n4)+ red(u,n3) red(u,n2)* -> .
% 1.05/1.21 463[19:Spt:421.5] || -> red(n2,n4)*.
% 1.05/1.21 462[18:MRR:461.0,344.0] || red(n3,n3)*+ -> .
% 1.05/1.21 457[18:MRR:380.0,456.0] || red(u,n5)+ red(u,n4) red(u,n3)* -> .
% 1.05/1.21 456[18:Spt:419.5] || -> red(n3,n5)*.
% 1.05/1.21 433[15:Res:431.0,20.0] || red(u,n6)*+ red(u,n8) red(v,n8) red(v,n6)* red(v,u)* -> .
% 1.05/1.21 453[17:MRR:452.0,336.0] || red(n4,n4)*+ -> .
% 1.05/1.21 448[17:MRR:373.0,447.0] || red(u,n6)+ red(u,n5) red(u,n4)* -> .
% 1.05/1.21 447[17:Spt:409.5] || -> red(n4,n6)*.
% 1.05/1.21 446[16:MRR:445.0,328.0] || red(n5,n5)*+ -> .
% 1.05/1.21 440[16:MRR:372.0,439.0] || red(u,n7)+ red(u,n6) red(u,n5)* -> .
% 1.05/1.21 439[16:Spt:399.5] || -> red(n5,n7)*.
% 1.05/1.21 438[15:MRR:437.0,318.0] || red(n6,n6)*+ -> .
% 1.05/1.21 432[15:MRR:364.0,431.0] || red(u,n8)+ red(u,n7) red(u,n6)* -> .
% 1.05/1.21 431[15:Spt:394.5] || -> red(n6,n8)*.
% 1.05/1.21 424[14:Res:422.0,20.0] || red(u,n7)*+ red(u,n9) red(v,n9) red(v,n7)* red(v,u)* -> .
% 1.05/1.21 429[14:MRR:428.0,310.0] || red(n7,n7)*+ -> .
% 1.05/1.21 423[14:MRR:350.0,422.0] || red(u,n9)+ red(u,n8) red(u,n7)* -> .
% 1.05/1.21 422[14:Spt:386.5] || -> red(n7,n9)*.
% 1.05/1.21 413[13:Res:411.0,20.0] || red(u,n8)*+ red(u,n10) red(v,n10) red(v,n8)* red(v,u)* -> .
% 1.05/1.21 418[13:MRR:417.0,270.0] || red(n8,n8)*+ -> .
% 1.05/1.21 412[13:MRR:353.0,411.0] || red(u,n10)+ red(u,n9) red(u,n8)* -> .
% 1.05/1.21 411[13:Spt:379.5] || -> red(n8,n10)*.
% 1.05/1.21 403[12:Res:401.0,20.0] || red(u,n9)*+ red(u,n11) red(v,n11) red(v,n9)* red(v,u)* -> .
% 1.05/1.21 407[12:MRR:406.0,281.0] || red(n9,n9)*+ -> .
% 1.05/1.21 402[12:MRR:354.0,401.0] || red(u,n11)+ red(u,n10) red(u,n9)* -> .
% 1.05/1.21 401[12:Spt:371.5] || -> red(n9,n11)*.
% 1.05/1.21 389[11:Res:387.0,20.0] || red(u,n10)*+ red(u,n12) red(v,n12) red(v,n10)* red(v,u)* -> .
% 1.05/1.21 390[11:Res:300.0,388.0] || red(n11,n11)+ red(n11,n10)* -> .
% 1.05/1.21 392[11:MRR:391.0,292.0] || red(n10,n10)*+ -> .
% 1.05/1.21 388[11:MRR:363.0,387.0] || red(u,n12)+ red(u,n11) red(u,n10)* -> .
% 1.05/1.21 387[11:Spt:362.5] || -> red(n10,n12)*.
% 1.05/1.21 352[10:Res:351.0,20.0] || red(u,n2)*+ red(u,n3) red(v,n3) red(v,n2)* red(v,u)* -> .
% 1.05/1.21 345[9:Res:344.0,20.0] || red(u,n3)*+ red(u,n4) red(v,n4) red(v,n3)* red(v,u)* -> .
% 1.05/1.21 337[8:Res:336.0,20.0] || red(u,n4)*+ red(u,n5) red(v,n5) red(v,n4)* red(v,u)* -> .
% 1.05/1.21 329[7:Res:328.0,20.0] || red(u,n5)*+ red(u,n6) red(v,n6) red(v,n5)* red(v,u)* -> .
% 1.05/1.21 319[6:Res:318.0,20.0] || red(u,n6)*+ red(u,n7) red(v,n7) red(v,n6)* red(v,u)* -> .
% 1.05/1.21 311[5:Res:310.0,20.0] || red(u,n7)*+ red(u,n8) red(v,n8) red(v,n7)* red(v,u)* -> .
% 1.05/1.21 301[4:Res:300.0,20.0] || red(u,n11)*+ red(u,n12) red(v,n12) red(v,n11)* red(v,u)* -> .
% 1.05/1.21 293[3:Res:292.0,20.0] || red(u,n10)*+ red(u,n11) red(v,n11) red(v,n10)* red(v,u)* -> .
% 1.05/1.21 282[2:Res:281.0,20.0] || red(u,n9)*+ red(u,n10) red(v,n10) red(v,n9)* red(v,u)* -> .
% 1.05/1.21 351[10:Spt:251.5] || -> red(n2,n3)*.
% 1.05/1.21 271[1:Res:270.0,20.0] || red(u,n8)*+ red(u,n9) red(v,n9) red(v,n8)* red(v,u)* -> .
% 1.05/1.21 347[0:NCh:15.2,15.0,341.0,12.0] || less_than(n12,u)+ -> green(n1,u)* red(n1,u).
% 1.05/1.21 341[0:NCh:15.2,15.0,331.0,11.0] || less_than(n11,u)+ -> green(n1,u)* red(n1,u).
% 1.05/1.21 344[9:Spt:241.5] || -> red(n3,n4)*.
% 1.05/1.21 335[0:NCh:15.2,15.0,325.0,12.0] || less_than(n12,u)+ -> green(n2,u)* red(n2,u).
% 1.05/1.21 331[0:NCh:15.2,15.0,315.0,10.0] || less_than(n10,u)+ -> green(n1,u)* red(n1,u).
% 1.05/1.21 336[8:Spt:231.5] || -> red(n4,n5)*.
% 1.05/1.21 325[0:NCh:15.2,15.0,309.0,11.0] || less_than(n11,u)+ -> green(n2,u)* red(n2,u).
% 1.05/1.21 321[0:NCh:15.2,15.0,305.0,12.0] || less_than(n12,u)+ -> green(n3,u)* red(n3,u).
% 1.05/1.21 315[0:NCh:15.2,15.0,295.0,9.0] || less_than(n9,u)+ -> green(n1,u)* red(n1,u).
% 1.05/1.21 328[7:Spt:217.5] || -> red(n5,n6)*.
% 1.05/1.21 309[0:NCh:15.2,15.0,289.0,10.0] || less_than(n10,u)+ -> green(n2,u)* red(n2,u).
% 1.05/1.21 305[0:NCh:15.2,15.0,284.0,11.0] || less_than(n11,u)+ -> green(n3,u)* red(n3,u).
% 1.05/1.21 318[6:Spt:203.5] || -> red(n6,n7)*.
% 1.05/1.21 299[0:NCh:15.2,15.0,277.0,12.0] || less_than(n12,u)+ -> green(n4,u)* red(n4,u).
% 1.05/1.21 295[0:NCh:15.2,15.0,266.0,8.0] || less_than(n8,u)+ -> green(n1,u)* red(n1,u).
% 1.05/1.21 310[5:Spt:190.5] || -> red(n7,n8)*.
% 1.05/1.21 289[0:NCh:15.2,15.0,261.0,9.0] || less_than(n9,u)+ -> green(n2,u)* red(n2,u).
% 1.05/1.21 284[0:NCh:15.2,15.0,256.0,10.0] || less_than(n10,u)+ -> green(n3,u)* red(n3,u).
% 1.05/1.21 300[4:Spt:180.5] || -> red(n11,n12)*.
% 1.05/1.21 277[0:NCh:15.2,15.0,250.0,11.0] || less_than(n11,u)+ -> green(n4,u)* red(n4,u).
% 1.05/1.21 273[0:NCh:15.2,15.0,245.0,12.0] || less_than(n12,u)+ -> green(n5,u)* red(n5,u).
% 1.05/1.21 266[0:NCh:15.2,15.0,234.0,7.0] || less_than(n7,u)+ -> green(n1,u)* red(n1,u).
% 1.05/1.21 292[3:Spt:167.5] || -> red(n10,n11)*.
% 1.05/1.21 261[0:NCh:15.2,15.0,226.0,8.0] || less_than(n8,u)+ -> green(n2,u)* red(n2,u).
% 1.05/1.21 256[0:NCh:15.2,15.0,221.0,9.0] || less_than(n9,u)+ -> green(n3,u)* red(n3,u).
% 1.05/1.21 281[2:Spt:155.5] || -> red(n9,n10)*.
% 1.05/1.21 250[0:NCh:15.2,15.0,212.0,10.0] || less_than(n10,u)+ -> green(n4,u)* red(n4,u).
% 1.05/1.21 245[0:NCh:15.2,15.0,207.0,11.0] || less_than(n11,u)+ -> green(n5,u)* red(n5,u).
% 1.05/1.21 270[1:Spt:144.5] || -> red(n8,n9)*.
% 1.05/1.21 239[0:NCh:15.2,15.0,198.0,12.0] || less_than(n12,u)+ -> green(n6,u)* red(n6,u).
% 1.05/1.21 234[0:NCh:15.2,15.0,186.0,6.0] || less_than(n6,u)+ -> green(n1,u)* red(n1,u).
% 1.05/1.21 226[0:NCh:15.2,15.0,178.0,7.0] || less_than(n7,u)+ -> green(n2,u)* red(n2,u).
% 1.05/1.21 221[0:NCh:15.2,15.0,174.0,8.0] || less_than(n8,u)+ -> green(n3,u)* red(n3,u).
% 1.05/1.21 212[0:NCh:15.2,15.0,165.0,9.0] || less_than(n9,u)+ -> green(n4,u)* red(n4,u).
% 1.05/1.21 207[0:NCh:15.2,15.0,160.0,10.0] || less_than(n10,u)+ -> green(n5,u)* red(n5,u).
% 1.05/1.21 198[0:NCh:15.2,15.0,153.0,11.0] || less_than(n11,u)+ -> green(n6,u)* red(n6,u).
% 1.05/1.21 194[0:NCh:15.2,15.0,149.0,12.0] || less_than(n12,u)+ -> green(n7,u)* red(n7,u).
% 1.05/1.21 186[0:NCh:15.2,15.0,136.0,5.0] || less_than(n5,u)+ -> green(n1,u)* red(n1,u).
% 1.05/1.21 178[0:NCh:15.2,15.0,134.0,6.0] || less_than(n6,u)+ -> green(n2,u)* red(n2,u).
% 1.05/1.21 174[0:NCh:15.2,15.0,130.0,7.0] || less_than(n7,u)+ -> green(n3,u)* red(n3,u).
% 1.05/1.21 165[0:NCh:15.2,15.0,126.0,8.0] || less_than(n8,u)+ -> green(n4,u)* red(n4,u).
% 1.05/1.21 160[0:NCh:15.2,15.0,122.0,9.0] || less_than(n9,u)+ -> green(n5,u)* red(n5,u).
% 1.05/1.21 153[0:NCh:15.2,15.0,116.0,10.0] || less_than(n10,u)+ -> green(n6,u)* red(n6,u).
% 1.05/1.21 149[0:NCh:15.2,15.0,114.0,11.0] || less_than(n11,u)+ -> green(n7,u)* red(n7,u).
% 1.05/1.21 142[0:NCh:15.2,15.0,110.0,12.0] || less_than(n12,u)+ -> green(n8,u)* red(n8,u).
% 1.05/1.21 136[0:NCh:15.2,15.0,102.0,4.0] || less_than(n4,u)+ -> green(n1,u)* red(n1,u).
% 1.05/1.21 134[0:NCh:15.2,15.0,98.0,5.0] || less_than(n5,u)+ -> green(n2,u)* red(n2,u).
% 1.05/1.21 130[0:NCh:15.2,15.0,94.0,6.0] || less_than(n6,u)+ -> green(n3,u)* red(n3,u).
% 1.05/1.21 126[0:NCh:15.2,15.0,88.0,7.0] || less_than(n7,u)+ -> green(n4,u)* red(n4,u).
% 1.05/1.21 122[0:NCh:15.2,15.0,86.0,8.0] || less_than(n8,u)+ -> green(n5,u)* red(n5,u).
% 1.05/1.21 116[0:NCh:15.2,15.0,82.0,9.0] || less_than(n9,u)+ -> green(n6,u)* red(n6,u).
% 1.05/1.21 114[0:NCh:15.2,15.0,78.0,10.0] || less_than(n10,u)+ -> green(n7,u)* red(n7,u).
% 1.05/1.21 110[0:NCh:15.2,15.0,74.0,11.0] || less_than(n11,u)+ -> green(n8,u)* red(n8,u).
% 1.05/1.21 106[0:NCh:15.2,15.0,68.0,12.0] || less_than(n12,u)+ -> green(n9,u)* red(n9,u).
% 1.05/1.21 102[0:NCh:15.2,15.0,42.0,3.0] || less_than(n3,u)+ -> green(n1,u)* red(n1,u).
% 1.05/1.21 98[0:NCh:15.2,15.0,41.0,4.0] || less_than(n4,u)+ -> green(n2,u)* red(n2,u).
% 1.05/1.21 94[0:NCh:15.2,15.0,40.0,5.0] || less_than(n5,u)+ -> green(n3,u)* red(n3,u).
% 1.05/1.21 88[0:NCh:15.2,15.0,39.0,6.0] || less_than(n6,u)+ -> green(n4,u)* red(n4,u).
% 1.05/1.21 86[0:NCh:15.2,15.0,38.0,7.0] || less_than(n7,u)+ -> green(n5,u)* red(n5,u).
% 1.05/1.21 82[0:NCh:15.2,15.0,37.0,8.0] || less_than(n8,u)+ -> green(n6,u)* red(n6,u).
% 1.05/1.21 78[0:NCh:15.2,15.0,36.0,9.0] || less_than(n9,u)+ -> green(n7,u)* red(n7,u).
% 1.05/1.21 74[0:NCh:15.2,15.0,35.0,10.0] || less_than(n10,u)+ -> green(n8,u)* red(n8,u).
% 1.05/1.21 68[0:NCh:15.2,15.0,34.0,11.0] || less_than(n11,u)+ -> green(n9,u)* red(n9,u).
% 1.05/1.21 66[0:NCh:15.2,15.0,33.0,12.0] || less_than(n12,u)+ -> green(n10,u)* red(n10,u).
% 1.05/1.21 42[0:NCh:15.2,15.0,14.0,2.0] || less_than(n2,u)+ -> green(n1,u)* red(n1,u).
% 1.05/1.21 41[0:NCh:15.2,15.0,14.0,3.0] || less_than(n3,u)+ -> green(n2,u)* red(n2,u).
% 1.05/1.21 40[0:NCh:15.2,15.0,14.0,4.0] || less_than(n4,u)+ -> green(n3,u)* red(n3,u).
% 1.05/1.21 39[0:NCh:15.2,15.0,14.0,5.0] || less_than(n5,u)+ -> green(n4,u)* red(n4,u).
% 1.05/1.21 38[0:NCh:15.2,15.0,14.0,6.0] || less_than(n6,u)+ -> green(n5,u)* red(n5,u).
% 1.05/1.21 37[0:NCh:15.2,15.0,14.0,7.0] || less_than(n7,u)+ -> green(n6,u)* red(n6,u).
% 1.05/1.21 36[0:NCh:15.2,15.0,14.0,8.0] || less_than(n8,u)+ -> green(n7,u)* red(n7,u).
% 1.05/1.21 35[0:NCh:15.2,15.0,14.0,9.0] || less_than(n9,u)+ -> green(n8,u)* red(n8,u).
% 1.05/1.21 34[0:NCh:15.2,15.0,14.0,10.0] || less_than(n10,u)+ -> green(n9,u)* red(n9,u).
% 1.05/1.21 33[0:NCh:15.2,15.0,14.0,11.0] || less_than(n11,u)+ -> green(n10,u)* red(n10,u).
% 1.05/1.21 32[0:NCh:15.2,15.0,14.0,12.0] || less_than(n12,u)+ -> green(n11,u)* red(n11,u).
% 1.05/1.21 19[0:MRR:16.6,1.0] || green(u,v)*+ green(w,u)* green(w,v)* green(x,v)* green(x,u)* green(x,w)* -> .
% 1.05/1.21 20[0:MRR:17.6,1.0] || red(u,v)*+ red(w,u)* red(w,v)* red(x,v)* red(x,u)* red(x,w)* -> .
% 1.07/1.23 14[0:Inp] || less_than(u,v)+ -> green(u,v)* red(u,v).
% 1.07/1.23 18[0:MRR:13.2,1.0] || green(u,v)*+ red(u,v) -> .
% 1.07/1.23 2[0:Inp] || -> less_than(n1,n2)*l.
% 1.07/1.23 3[0:Inp] || -> less_than(n2,n3)*l.
% 1.07/1.23 4[0:Inp] || -> less_than(n3,n4)*l.
% 1.07/1.23 5[0:Inp] || -> less_than(n4,n5)*l.
% 1.07/1.23 6[0:Inp] || -> less_than(n5,n6)*l.
% 1.07/1.23 7[0:Inp] || -> less_than(n6,n7)*l.
% 1.07/1.23 8[0:Inp] || -> less_than(n7,n8)*l.
% 1.07/1.23 9[0:Inp] || -> less_than(n8,n9)*l.
% 1.07/1.23 10[0:Inp] || -> less_than(n9,n10)*l.
% 1.07/1.23 11[0:Inp] || -> less_than(n10,n11)*l.
% 1.07/1.23 12[0:Inp] || -> less_than(n11,n12)*l.
% 1.07/1.23 1[0:Inp] || goal*+ -> .
% 1.07/1.23 % SZS output end Saturation
%------------------------------------------------------------------------------