--- Job MATSIM_public.gms Start 05/27/15 14:02:15 GAMS Rev 228 Copyright (C) 1987-2008 GAMS Development. All rights reserved Licensee: Unite d'Economie S081117:0521AK-WIN INRA DC3635 License for teaching and research at degree granting institutions --- Starting compilation --- MATSIM_public.gms(206) 3 Mb --- GDXin=N:\oleagineux\CLAC-LUC\Modele\Version initiale rapport ILUC\MATSIM-public\Matsim-data2009.gdx --- MATSIM_public.gms(226) 3 Mb --- GDXin=N:\oleagineux\CLAC-LUC\Modele\Version initiale rapport ILUC\MATSIM-public\Matsim-policy2009.gdx --- MATSIM_public.gms(1741) 3 Mb --- .xlimport.gms(49) 3 Mb --- call gdxxrw "Emission_factors.xls" @xllink.txt log=xllink.log --- .xlimport.gms(53) 3 Mb --- GDXin=N:\oleagineux\CLAC-LUC\Modele\Version initiale rapport ILUC\MATSIM-public\xllink.gdx --- .xlimport.gms(55) 3 Mb --- MATSIM_public.gms(1962) 3 Mb --- Starting execution: elapsed 0:00:02.058 --- MATSIM_public.gms(1572) 5 Mb --- Generating MCP model ademesim --- MATSIM_public.gms(1576) 35 Mb --- 106,434 rows 106,434 columns 315,743 non-zeroes --- 636,837 nl-code 138,998 nl-non-zeroes --- MATSIM_public.gms(1576) 31 Mb --- Executing PATH: elapsed 0:00:08.794 Reading dictionary... Reading row data... Reading nonlinear data... Evaluating functions... Checking model... Calculating Jacobian... PATH Aug 1, 2008 22.8.1 WIN 5332.6015 VIS x86/MS Windows 106434 row/cols, 315743 non-zeros, 0.00% dense. Path 4.7.00 (Sat Jul 26 09:25:37 2008) Written by Todd Munson, Steven Dirkse, and Michael Ferris MCPR: Zero: 0 Single: 100607 Double: 0 Forced: 0 MCPR: Zero: 0 Single: 2 Double: 0 Forced: 0 Preprocessed size : 5825 INITIAL POINT STATISTICS Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ABLE,FR,200) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ABLE,ROFUE,) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AMAIS,FR,20) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AMAIS,ROFUE) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AORGE,FR,20) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AORGE,ROFUE) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ARIZ,FR,200) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ARIZ,ROFUE,) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ACERDI,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ABLE,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ABLE,ROFU) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AMAIS,FR,) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AMAIS,ROF) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AORGE,FR,) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AORGE,ROF) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ARIZ,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ARIZ,ROFU) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ACERDI,FR) Total zero columns. . . . . . . 496 Total zero rows . . . . . . . . 505 Maximum of X. . . . . . . . . . 1.2262e+005 var: (XCROP(CHINE,2009)) Maximum of F. . . . . . . . . . 2.1828e-011 eqn: (EQQFEEDPROTCOPROD(CHINE,2009)) Maximum of Grad F . . . . . . . 9.2260e+004 eqn: (EQPFOODCERE(CHINE,2009)) var: (PFOODCERE(CHINE,2009)) INITIAL JACOBIAN NORM STATISTICS Maximum Row Norm. . . . . . . . 9.3867e+004 eqn: (EQPFOODCERE(CHINE,2009)) Minimum Row Norm. . . . . . . . 1.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ABET_SUCQ) Maximum Column Norm . . . . . . 1.1931e+005 var: (PJ(AMAIS,USA,2009)) Minimum Column Norm . . . . . . 5.9459e-005 var: (P(CAN_SUC,CANADA,2009)) Crash Log major func diff size residual step prox (label) 0 0 3.3358e-011 0.0e+000 (EQQFEEDPROTCOPROD(CHINE) Major Iteration Log major minor func grad residual step type prox inorm (label) 0 0 1 1 3.3358e-011 I 0.0e+000 2.2e-011 (EQQFEEDPROTCOPR) FINAL STATISTICS Inf-Norm of Complementarity . . 2.1828e-011 eqn: (EQQFEEDPROTCOPROD(CHINE,2009)) Inf-Norm of Normal Map. . . . . 2.1828e-011 eqn: (EQQFEEDPROTCOPROD(CHINE,2009)) Inf-Norm of Minimum Map . . . . 2.1828e-011 eqn: (EQQFEEDPROTCOPROD(CHINE,2009)) Inf-Norm of Fischer Function. . 2.1828e-011 eqn: (EQQFEEDPROTCOPROD(CHINE,2009)) Inf-Norm of Grad Fischer Fcn. . 1.3426e-006 eqn: (EQPFOODCERE(CHINE,2009)) Two-Norm of Grad Fischer Fcn. . 1.3898e-006 FINAL POINT STATISTICS Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ABLE,FR,200) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ABLE,ROFUE,) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AMAIS,FR,20) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AMAIS,ROFUE) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AORGE,FR,20) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AORGE,ROFUE) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ARIZ,FR,200) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ARIZ,ROFUE,) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ACERDI,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ABLE,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ABLE,ROFU) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AMAIS,FR,) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AMAIS,ROF) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AORGE,FR,) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AORGE,ROF) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ARIZ,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ARIZ,ROFU) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ACERDI,FR) Total zero columns. . . . . . . 496 Total zero rows . . . . . . . . 505 Maximum of X. . . . . . . . . . 1.2262e+005 var: (XCROP(CHINE,2009)) Maximum of F. . . . . . . . . . 2.1828e-011 eqn: (EQQFEEDPROTCOPROD(CHINE,2009)) Maximum of Grad F . . . . . . . 9.2260e+004 eqn: (EQPFOODCERE(CHINE,2009)) var: (PFOODCERE(CHINE,2009)) ** EXIT - solution found. Major Iterations. . . . 0 Minor Iterations. . . . 0 Restarts. . . . . . . . 0 Crash Iterations. . . . 0 Gradient Steps. . . . . 0 Function Evaluations. . 1 Gradient Evaluations. . 1 Total Time. . . . . . . 0.468000 Residual. . . . . . . . 3.335803e-011 Postsolved residual: 3.3358e-011 --- Restarting execution --- MATSIM_public.gms(1576) 0 Mb --- Reading solution for model ademesim --- MATSIM_public.gms(1576) 20 Mb --- Executing after solve: elapsed 0:00:35.271 --- MATSIM_public.gms(1621) 21 Mb --- Generating MCP model ademesim --- MATSIM_public.gms(1624) 50 Mb --- 106,434 rows 106,434 columns 315,743 non-zeroes --- 636,837 nl-code 138,998 nl-non-zeroes --- MATSIM_public.gms(1624) 45 Mb --- Executing PATH: elapsed 0:00:42.553 Reading dictionary... Reading row data... Reading nonlinear data... Evaluating functions... Checking model... Calculating Jacobian... PATH Aug 1, 2008 22.8.1 WIN 5332.6015 VIS x86/MS Windows 106434 row/cols, 315743 non-zeros, 0.00% dense. Path 4.7.00 (Sat Jul 26 09:25:37 2008) Written by Todd Munson, Steven Dirkse, and Michael Ferris MCPR: Zero: 0 Single: 100607 Double: 0 Forced: 0 MCPR: Zero: 0 Single: 2 Double: 0 Forced: 0 Preprocessed size : 5825 INITIAL POINT STATISTICS Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ABLE,FR,200) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ABLE,ROFUE,) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AMAIS,FR,20) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AMAIS,ROFUE) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AORGE,FR,20) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AORGE,ROFUE) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ARIZ,FR,200) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ARIZ,ROFUE,) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ACERDI,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ABLE,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ABLE,ROFU) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AMAIS,FR,) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AMAIS,ROF) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AORGE,FR,) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AORGE,ROF) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ARIZ,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ARIZ,ROFU) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ACERDI,FR) Total zero columns. . . . . . . 496 Total zero rows . . . . . . . . 505 Maximum of X. . . . . . . . . . 1.2262e+005 var: (XCROP(CHINE,2009)) Maximum of F. . . . . . . . . . 1.1200e+001 eqn: (EQTRADE(BIODIESEL,ROFUE,2009)) Maximum of Grad F . . . . . . . 9.2260e+004 eqn: (EQPFOODCERE(CHINE,2009)) var: (PFOODCERE(CHINE,2009)) INITIAL JACOBIAN NORM STATISTICS Maximum Row Norm. . . . . . . . 9.3867e+004 eqn: (EQPFOODCERE(CHINE,2009)) Minimum Row Norm. . . . . . . . 1.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ABET_SUCQ) Maximum Column Norm . . . . . . 1.1931e+005 var: (PJ(AMAIS,USA,2009)) Minimum Column Norm . . . . . . 5.9459e-005 var: (P(CAN_SUC,CANADA,2009)) Crash Log major func diff size residual step prox (label) 0 0 1.4109e+001 0.0e+000 (EQTRADE(BIODIESEL,ROFUE) 1 11 0 5671 1.4105e+001 3.2e-004 1.4e-001 (EQTRADE(BIODIESEL,ROFUE) pn_search terminated: no basis change. Major Iteration Log major minor func grad residual step type prox inorm (label) 0 0 12 2 1.4105e+001 I 1.3e-001 1.1e+001 (EQTRADE(BIODIES) 1 1 23 3 1.7816e+001 1.5e-003 SB 5.1e-002 1.1e+001 (EQTRADE(BIODIES) 2 2 24 4 3.9601e+002 1.0e+000 SD 2.0e-002 2.8e+002 (EQPLCROP(FR,200) 3 1 29 5 6.1526e+001 3.3e-001 SW 5.1e-002 2.9e+001 (EQPLCROP(FR,200) 4 1 30 6 2.5298e+002 1.0e+000 SD 2.0e-002 1.6e+002 (EQPLCROP(FR,200) 5 1 38 7 6.1900e+001 5.5e-002 SW 5.1e-002 2.8e+001 (EQPLCROP(FR,200) 6 1 39 8 2.0163e+002 1.0e+000 SD 2.0e-002 1.6e+002 (EQPLCROP(FR,200) 7 1 47 9 6.2284e+001 5.5e-002 SW 5.1e-002 2.7e+001 (EQPLCROP(FR,200) 8 1 48 10 1.9958e+002 1.0e+000 SD 2.0e-002 1.6e+002 (EQPLCROP(FR,200) 9 1 56 11 6.2583e+001 5.5e-002 SW 5.1e-002 2.7e+001 (EQYJ(AETHANOLMA) 10 1 57 12 1.9760e+002 1.0e+000 SD 2.0e-002 1.6e+002 (EQPLCROP(FR,200) 11 1 65 13 6.2786e+001 5.5e-002 SW 5.1e-002 2.7e+001 (EQYJ(AETHANOLMA) 12 1 66 14 1.9533e+002 1.0e+000 SD 2.0e-002 1.6e+002 (EQPLCROP(FR,200) Restart Log proximal_perturbation 0 crash_method none crash_perturb yes nms_initial_reference_factor 2 lemke_search_type slack proximal_perturbation 1.0000e-001 Major Iteration Log major minor func grad residual step type prox inorm (label) 12 0 68 15 1.4109e+001 R 1.0e-001 1.1e+001 (EQTRADE(BIODIES) 13 3 76 16 1.8269e+001 5.5e-002 SB 4.0e-002 1.1e+001 (EQTRADE(BIODIES) 14 1 77 17 1.9221e+002 1.0e+000 SD 1.6e-002 8.2e+001 (EQQFEEDCOPROD(U) 15 1 86 18 1.9286e+001 2.3e-002 SW 4.0e-002 1.0e+001 (EQTRADE(BIODIES) 16 1 87 19 1.8264e+002 1.0e+000 SD 1.6e-002 7.9e+001 (EQQFEEDCOPROD(U) 17 1 97 20 1.9709e+001 9.2e-003 SW 4.0e-002 1.0e+001 (EQTRADE(BIODIES) 18 1 98 21 1.7886e+002 1.0e+000 SD 1.6e-002 7.8e+001 (EQQFEEDCOPROD(U) 19 1 109 22 1.9780e+001 1.5e-003 SW 4.0e-002 1.0e+001 (EQTRADE(BIODIES) 20 1 110 23 1.7824e+002 1.0e+000 SD 1.6e-002 7.8e+001 (EQQFEEDCOPROD(U) 21 1 121 24 1.9851e+001 1.5e-003 SW 4.0e-002 1.0e+001 (EQTRADE(BIODIES) 22 1 122 25 1.7762e+002 1.0e+000 SD 1.6e-002 7.7e+001 (EQQFEEDCOPROD(U) 23 1 133 26 1.9922e+001 1.5e-003 SW 4.0e-002 1.0e+001 (EQTRADE(BIODIES) 24 1 134 27 1.7699e+002 1.0e+000 SD 1.6e-002 7.7e+001 (EQQFEEDCOPROD(U) Restart Log proximal_perturbation 0 crash_method none crash_perturb no nms_initial_reference_factor 10 nms_memory_size 2 nms_mstep_frequency 1 lemke_search_type slack Major Iteration Log major minor func grad residual step type prox inorm (label) 24 0 136 28 1.4109e+001 R 0.0e+000 1.1e+001 (EQTRADE(BIODIES) 25 3 137 29 1.4109e+001 1.0e+000 RM 0.0e+000 1.1e+001 (EQTRADE(BIODIES) 26 3 138 30 1.4109e+001 1.0e+000 RM 0.0e+000 1.1e+001 (EQTRADE(BIODIES) 27 1 145 31 1.3230e+001 1.3e-001 SB 0.0e+000 9.7e+000 (EQTRADE(BIODIES) 28 1 152 32 1.3417e+001 1.3e-001 SB 0.0e+000 8.4e+000 (EQTRADE(BIODIES) 29 1 160 33 1.2985e+001 5.5e-002 SB 0.0e+000 7.9e+000 (EQTRADE(BIODIES) 30 1 167 34 1.3065e+001 1.3e-001 SB 0.0e+000 6.9e+000 (EQTRADE(BIODIES) 31 1 174 35 1.2851e+001 1.3e-001 SB 0.0e+000 5.9e+000 (EQTRADE(BIODIES) 32 1 181 36 1.2358e+001 1.3e-001 SB 0.0e+000 5.9e+000 (EQPFOODHUILE(CH) 33 1 187 37 1.2163e+001 2.1e-001 SB 0.0e+000 6.2e+000 (EQPFOODHUILE(CH) 34 1 192 38 1.2077e+001 3.3e-001 SB 0.0e+000 6.6e+000 (EQPFOODHUILE(CH) 35 1 195 39 1.1433e+001 6.4e-001 SB 0.0e+000 6.6e+000 (EQPFOODHUILE(CH) 36 1 196 40 2.2509e+000 1.0e+000 SM 0.0e+000 1.4e+000 (EQPFOODHUILE(CH) 37 1 197 41 2.0756e-004 1.0e+000 SM 0.0e+000 1.2e-004 (EQQFEEDCOPROD(U) 38 1 198 42 5.4284e-010 1.0e+000 SM 0.0e+000 3.1e-010 (EQPJ(TGCOLZA,RO) FINAL STATISTICS Inf-Norm of Complementarity . . 3.0650e-010 eqn: (EQPJ(TGCOLZA,ROFUE,2009)) Inf-Norm of Normal Map. . . . . 3.0650e-010 eqn: (EQPJ(TGCOLZA,ROFUE,2009)) Inf-Norm of Minimum Map . . . . 3.0650e-010 eqn: (EQPJ(TGCOLZA,ROFUE,2009)) Inf-Norm of Fischer Function. . 3.0650e-010 eqn: (EQPJ(TGCOLZA,ROFUE,2009)) Inf-Norm of Grad Fischer Fcn. . 1.2048e-005 eqn: (EQPFOODCERE(CHINE,2009)) Two-Norm of Grad Fischer Fcn. . 1.8823e-005 FINAL POINT STATISTICS Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ABLE,FR,200) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ABLE,ROFUE,) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AMAIS,FR,20) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AMAIS,ROFUE) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AORGE,FR,20) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,AORGE,ROFUE) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ARIZ,FR,200) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ARIZ,ROFUE,) Zero column of order. . . . . . 0.0000e+000 var: (RENT(BET_SUCQUOTA,ACERDI,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ABLE,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ABLE,ROFU) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AMAIS,FR,) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AMAIS,ROF) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AORGE,FR,) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,AORGE,ROF) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ARIZ,FR,2) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ARIZ,ROFU) Zero row of order . . . . . . . 0.0000e+000 eqn: (EQRENT(BET_SUCQUOTA,ACERDI,FR) Total zero columns. . . . . . . 497 Total zero rows . . . . . . . . 503 Maximum of X. . . . . . . . . . 1.2453e+005 var: (XCROP(CHINE,2009)) Maximum of F. . . . . . . . . . 3.0650e-010 eqn: (EQPJ(TGCOLZA,ROFUE,2009)) Maximum of Grad F . . . . . . . 9.1996e+004 eqn: (EQPFOODCERE(CHINE,2009)) var: (PFOODCERE(CHINE,2009)) ** EXIT - solution found. Major Iterations. . . . 38 Minor Iterations. . . . 47 Restarts. . . . . . . . 2 Crash Iterations. . . . 1 Gradient Steps. . . . . 0 Function Evaluations. . 198 Gradient Evaluations. . 42 Total Time. . . . . . . 6.003000 Residual. . . . . . . . 5.428446e-010 Postsolved residual: 5.4284e-010 --- Restarting execution --- MATSIM_public.gms(1624) 0 Mb --- Reading solution for model ademesim --- Executing after solve: elapsed 0:01:14.019 --- MATSIM_public.gms(1989) 26 Mb *** Status: Normal completion --- Job MATSIM_public.gms Stop 05/27/15 14:03:30 elapsed 0:01:14.128