MediumMagboltz::SetFieldGrid: E-fields: 8000 B-fields: 0 Angles: 1.5708 MediumMagboltz::Clone: Copying electron velocity along E to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron velocity along Bt to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron velocity along ExB to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron Townsend coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron attachment coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron Lorentz angle to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along E to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along Bt to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along ExB to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole Townsend coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole attachment coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion mobility to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion dissociation to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying negative ion mobility to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::SetFieldGrid: E-fields: 6000 B-fields: 0 Angles: 1.5708 MediumMagboltz::Clone: Copying electron velocity along E to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron velocity along Bt to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron velocity along ExB to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron Townsend coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron attachment coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::SetComposition: ArMediumMagboltz ::Clone: Copying electron Lorentz angle to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along E to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along Bt to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along ExB to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole Townsend coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole attachment coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion mobility to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion dissociation to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying negative ion mobility to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::SetComposition: Ar MediumMagboltz::SetFieldGrid: E-fields: 5000 B-fields: 0 Angles: 1.5708 MediumMagboltz::Clone: Copying electron velocity along E to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron velocity along Bt to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron velocity along ExB to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron Townsend coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron attachment coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron Lorentz angle to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along E to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along Bt to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along ExB to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole Townsend coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole attachment coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion mobility to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion dissociation to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying negative ion mobility to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::SetComposition: Ar MediumMagboltz::GenerateGasTable: Found 44 excitations and 7 ionisations. Ar EXC 1S5 J=2 METASTABLE ELEVEL= 11.548 , energy = MediumMagboltz::GenerateGasTable: Found 44 excitations and 7 ionisations. Ar EXC 1S5 J=2 METASTABLE ELEVEL= 11.548 , energy = 11.5478 eV. Ar EXC 1S4 J=1 RESONANT ELEVEL= 11.624 , energy = 11.6238 eV. Ar EXC 1S3 J=0 METASTABLE ELEVEL= 11.723 , energy = 11.7228 eV. Ar EXC 1S2 J=1 RESONANT ELEVEL= 11.828 , energy = 11.8278 eV. Ar EXC 2P10 J=1 ELEVEL= 12.907 , energy = 12.9068 eV. Ar EXC 2P9 J=3 ELEVEL= 13.076 , energy = 13.0758 eV. Ar EXC 2P8 J=2 ELEVEL= 13.095 , energy = 13.0948 eV. Ar EXC 2P7 J=1 ELEVEL= 13.153 , energy = 13.1528 eV. Ar EXC 2P6 J=2 ELEVEL= 13.172 , energy = 13.1718 eV. Ar EXC 2P5 J=0 ELEVEL= 13.273 , energy = 13.2728 eV. Ar EXC 2P4 J=1 ELEVEL= 13.283 11.5478, energy = eV. Ar EXC 1S4 J=1 RESONANT ELEVEL= 11.624 , energy = 11.6238 eV. Ar EXC 1S3 J=0 METASTABLE ELEVEL= 11.723 , energy = 13.282811.7228 eV. Ar EXC 1S2 J=1 RESONANT ELEVEL= 11.828 , energy = 11.8278 eV. Ar EXC 2P10 J=1 ELEVEL= 12.907 , energy = 12.9068 eV. Ar EXC 2P9 J=3 ELEVEL= 13.076 , energy = 13.0758 eV. eV. Ar EXC 2P3 J=2 ELEVEL= 13.302 , energy = 13.3018 eV. Ar EXC 2P2 J=1 ELEVEL= 13.328 , energy = Ar EXC 2P8 J=2 ELEVEL= 13.095 , energy = 13.3278 eV. Ar EXC 2P1 J=0 ELEVEL= 13.480 , energy = 13.4798 eV. Ar EXC 3D6 J=0 ELEVEL= 13.845 13.0948, energy = eV. Ar EXC 2P7 J=1 ELEVEL= 13.153 , energy = 13.1528 eV. Ar EXC 2P6 J=2 ELEVEL= 13.172 , energy = 13.8448 eV. Ar EXC 3D5 J=1 RESONANT ELEVEL= 13.864 , energy = 13.8638 eV. Ar EXC 3D3 J=2 ELEVEL= 13.903 , energy = 13.9028 eV. Ar EXC 3D4! J=4 ELEVEL= 13.979 , energy = 13.9788 eV. Ar EXC 3D4 J=3 ELEVEL= 14.013 , energy = 14.0128 eV. Ar EXC 3D1!! J=2 ELEVEL= 14.063 13.1718, energy = eV. Ar EXC 2P5 J=0 ELEVEL= 13.273 , energy = 13.2728 eV. Ar EXC 2P4 J=1 ELEVEL= 13.283 , energy = 13.2828 eV. Ar EXC 2P3 J=2 ELEVEL= 13.302 , energy = 13.3018 eV. Ar EXC 2P2 J=1 ELEVEL= 13.328 , energy = 13.3278 eV. Ar EXC 2P1 J=0 ELEVEL= 13.480 , energy = 13.4798 eV. Ar EXC 3D6 J=0 ELEVEL= 13.845 , energy = 13.8448 eV. 14.0628 Ar EXC 3D5 J=1 RESONANT ELEVEL= 13.864 , energy = eV. Ar EXC 2S5 J=2 ELEVEL= 14.068 , energy = 14.0678 eV. Ar EXC 2S4 J=1 RESONANT ELEVEL= 14.090 , energy = 14.0898 eV. Ar EXC 3D1! J=3 ELEVEL= 14.099 , energy = 13.863814.0988 eV. Ar EXC 3D2 J=1 RESONANT ELEVEL= 14.153 , energy = 14.1528 eV. eV. Ar EXC 3D3 J=2 ELEVEL= 13.903 , energy = 13.9028 eV. Ar EXC 3D4! J=4 ELEVEL= 13.979 , energy = 13.9788 eV. Ar EXC 3D4 J=3 ELEVEL= 14.013 , energy = 14.0128 eV. Ar EXC 3S1!!!!J=2 ELEVEL= 14.214 , energy = 14.2138 eV. Ar EXC 3S1!! J=2 ELEVEL= 14.234 , energy = 14.2338 eV. Ar EXC 3S1!!! J=3 ELEVEL= 14.236 , energy = 14.2358 eV. Ar EXC 3D1!! J=2 ELEVEL= 14.063 Ar EXC 2S3 J=0 ELEVEL= 14.241 , energy = , energy = 14.0628 eV. Ar EXC 2S5 J=2 ELEVEL= 14.068 , energy = 14.0678 eV. Ar EXC 2S4 J=1 RESONANT ELEVEL= 14.090 , energy = 14.2408 eV. Ar EXC 2S2 J=1 RESONANT ELEVEL= 14.255 , energy = 14.2548 eV. Ar EXC 3S1! J=1 RESONANT ELEVEL= 14.304 , energy = 14.089814.3038 eV. Ar EXC 4D5 J=1 RESONANT ELEVEL= 14.711 , energy = 14.7108 eV. Ar EXC 3S4 J=1 RESONANT ELEVEL= 14.848 , energy = 14.8478 eV. Ar EXC 4D2 J=1 RESONANT ELEVEL= 14.859 , energy = 14.8588 eV. eV. Ar EXC 3D1! J=3 ELEVEL= 14.099 , energy = 14.0988 eV. Ar EXC 3D2 J=1 RESONANT ELEVEL= 14.153 , energy = 14.1528 eV. Ar EXC 3S1!!!!J=2 ELEVEL= 14.214 , energy = Ar EXC 4S1! J=1 RESONANT ELEVEL= 15.004 , energy = 14.2138 eV. Ar EXC 3S1!! J=2 ELEVEL= 14.234 , energy = 14.2338 eV. 15.0038 Ar EXC 3S1!!! J=3 ELEVEL= 14.236 , energy = eV. Ar EXC 3S2 J=1 RESONANT ELEVEL= 15.022 , energy = 15.0218 eV. Ar EXC 5D5 J=1 RESONANT ELEVEL= 15.118 , energy = 15.1178 eV. Ar EXC 4S4 J=1 RESONANT ELEVEL= 15.186 , energy = 15.1858 eV. Ar EXC 5D2 J=1 RESONANT ELEVEL= 15.190 , energy = 14.235815.1898 eV. Ar EXC 6D5 J=1 RESONANT ELEVEL= 15.308 , energy = 15.3078 eV. Ar EXC 5S1! J=1 RESONANT ELEVEL= 15.351 , energy = 15.3508 eV. Ar EXC 4S2 J=1 RESONANT ELEVEL= 15.360 , energy = 15.3598 eV. Ar EXC 2S3 J=0 ELEVEL= 14.241 , energy = 14.2408 eV. eV. Ar EXC 5S4 J=1 RESONANT ELEVEL= 15.366 , energy = 15.3658 eV. Ar EXC 6D2 J=1 RESONANT ELEVEL= 15.374 , energy = 15.3738 eV. Ar EXC HIGH J=1 RESONANT ELEVEL= 15.660 , energy = 15.6598 eV. Ar IONISATION CHARGE STATE =1 ELOSS= 15.75961Ar EXC 2S2 J=1 RESONANT ELEVEL= 14.255 , energy = , energy = 15.7594 eV. Ar IONISATION CHARGE STATE =2 ELOSS= 43.38928, energy = 43.3887 eV. Ar IONISATION CHARGE STATE =3 ELOSS= 84.124 , energy = 84.1228 eV. Ar IONISATION L3 SHELL ELOSS= 248.4 , energy = 248.397 eV. Ar IONISATION L2 SHELL ELOSS= 250.6 , energy = 250.597 eV. Ar IONISATION L1 SHELL ELOSS= 326.3 , energy = 326.296 eV. Ar IONISATION K SHELL ELOSS= 3205.9 , energy = 3205.86 eV. 14.2548 eV. Ar EXC 3S1! J=1 RESONANT ELEVEL= 14.304 , energy = 14.3038 eV. Ar EXC 4D5 J=1 RESONANT ELEVEL= 14.711 , energy = 14.7108 eV. Ar EXC 3S4 J=1 RESONANT ELEVEL= 14.848 , energy = 14.8478 eV. Ar EXC 4D2 J=1 RESONANT ELEVEL= 14.859 , energy = 14.8588 eV. Ar EXC 4S1! J=1 RESONANT ELEVEL= 15.004 , energy = 15.0038 eV. Ar EXC 3S2 J=1 RESONANT ELEVEL= 15.022 , energy = 15.0218 eV. Ar EXC 5D5 J=1 RESONANT ELEVEL= 15.118 , energy = 15.1178 eV. Ar EXC 4S4 J=1 RESONANT ELEVEL= 15.186 , energy = 15.1858 eV. Ar EXC 5D2 J=1 RESONANT ELEVEL= 15.190 , energy = 15.1898 eV. Ar EXC 6D5 J=1 RESONANT ELEVEL= 15.308 , energy = 15.3078 eV. Ar EXC 5S1! J=1 RESONANT ELEVEL= 15.351 , energy = 15.3508 eV. Ar EXC 4S2 J=1 RESONANT ELEVEL= 15.360 , energy = 15.3598 eV. Ar EXC 5S4 J=1 RESONANT ELEVEL= 15.366 , energy = 15.3658 eV. Ar EXC 6D2 J=1 RESONANT ELEVEL= 15.374 , energy = 15.3738 eV. Ar EXC HIGH J=1 RESONANT ELEVEL= 15.660 , energy = 15.6598 eV. Ar IONISATION CHARGE STATE =1 ELOSS= 15.75961, energy = 15.7594 eV. Ar IONISATION CHARGE STATE =2 ELOSS= 43.38928, energy = 43.3887 eV. Ar IONISATION CHARGE STATE =3 ELOSS= 84.124 , energy = 84.1228 eV. Ar IONISATION L3 SHELL ELOSS= 248.4 , energy = 248.397 eV. Ar IONISATION L2 SHELL ELOSS= 250.6 , energy = 250.597 eV. Ar IONISATION L1 SHELL ELOSS= 326.3 , energy = 326.296 eV. Ar IONISATION K SHELL ELOSS= 3205.9 , energy = 3205.86 eV. MediumMagboltz::GenerateGasTable: E = 8000 V/cm, B = 0 T, angle: 1.5708 rad MediumMagboltz::GenerateGasTable: E = 6000 V/cm, B = 0 T, angle: 1.5708 rad MediumMagboltz::GenerateGasTable: Found 0 excitations and 7 ionisations. Ar IONISATION CHARGE STATE =1 ELOSS= 15.75961, energy = 15.7594 eV. Ar IONISATION CHARGE STATE =2 ELOSS= 43.38928, energy = 43.3887 eV. Ar IONISATION CHARGE STATE =3 ELOSS= 84.124 , energy = 84.1228 eV. Ar IONISATION L3 SHELL ELOSS= 248.4 , energy = 248.397 eV. Ar IONISATION L2 SHELL ELOSS= 250.6 , energy = 250.597 eV. Ar IONISATION L1 SHELL ELOSS= 326.3 , energy = 326.296 eV. Ar IONISATION K SHELL ELOSS= 3205.9 , energy = 3205.86 eV. MediumMagboltz::GenerateGasTable: E = 5000 V/cm, B = 0 T, angle: 1.5708 rad MediumMagboltz::SetFieldGrid: E-fields: 7000 B-fields: 0 Angles: 1.5708 MediumMagboltz::Clone: Copying electron velocity along E to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron velocity along Bt to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron velocity along ExB to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron Townsend coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron attachment coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying electron Lorentz angle to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along E to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along Bt to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole velocity along ExB to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole Townsend coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying hole attachment coefficient to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion mobility to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion longitudinal diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion transverse diffusion to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying ion dissociation to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::Clone: Copying negative ion mobility to new grid. MediumMagboltz::Clone: Table is empty. MediumMagboltz::SetComposition: Ar MediumMagboltz::GenerateGasTable: Found 44 excitations and 7 ionisations. Ar EXC 1S5 J=2 METASTABLE ELEVEL= 11.548 , energy = 11.5478 eV. Ar EXC 1S4 J=1 RESONANT ELEVEL= 11.624 , energy = 11.6238 eV. Ar EXC 1S3 J=0 METASTABLE ELEVEL= 11.723 , energy = 11.7228 eV. Ar EXC 1S2 J=1 RESONANT ELEVEL= 11.828 , energy = 11.8278 eV. Ar EXC 2P10 J=1 ELEVEL= 12.907 , energy = 12.9068 eV. Ar EXC 2P9 J=3 ELEVEL= 13.076 , energy = 13.0758 eV. Ar EXC 2P8 J=2 ELEVEL= 13.095 , energy = 13.0948 eV. Ar EXC 2P7 J=1 ELEVEL= 13.153 , energy = 13.1528 eV. Ar EXC 2P6 J=2 ELEVEL= 13.172 , energy = 13.1718 eV. Ar EXC 2P5 J=0 ELEVEL= 13.273 , energy = 13.2728 eV. Ar EXC 2P4 J=1 ELEVEL= 13.283 , energy = 13.2828 eV. Ar EXC 2P3 J=2 ELEVEL= 13.302 , energy = 13.3018 eV. Ar EXC 2P2 J=1 ELEVEL= 13.328 , energy = 13.3278 eV. Ar EXC 2P1 J=0 ELEVEL= 13.480 , energy = 13.4798 eV. Ar EXC 3D6 J=0 ELEVEL= 13.845 , energy = 13.8448 eV. Ar EXC 3D5 J=1 RESONANT ELEVEL= 13.864 , energy = 13.8638 eV. Ar EXC 3D3 J=2 ELEVEL= 13.903 , energy = 13.9028 eV. Ar EXC 3D4! J=4 ELEVEL= 13.979 , energy = 13.9788 eV. Ar EXC 3D4 J=3 ELEVEL= 14.013 , energy = 14.0128 eV. Ar EXC 3D1!! J=2 ELEVEL= 14.063 , energy = 14.0628 eV. Ar EXC 2S5 J=2 ELEVEL= 14.068 , energy = 14.0678 eV. Ar EXC 2S4 J=1 RESONANT ELEVEL= 14.090 , energy = 14.0898 eV. Ar EXC 3D1! J=3 ELEVEL= 14.099 , energy = 14.0988 eV. Ar EXC 3D2 J=1 RESONANT ELEVEL= 14.153 , energy = 14.1528 eV. Ar EXC 3S1!!!!J=2 ELEVEL= 14.214 , energy = 14.2138 eV. Ar EXC 3S1!! J=2 ELEVEL= 14.234 , energy = 14.2338 eV. Ar EXC 3S1!!! J=3 ELEVEL= 14.236 , energy = 14.2358 eV. Ar EXC 2S3 J=0 ELEVEL= 14.241 , energy = 14.2408 eV. Ar EXC 2S2 J=1 RESONANT ELEVEL= 14.255 , energy = 14.2548 eV. Ar EXC 3S1! J=1 RESONANT ELEVEL= 14.304 , energy = 14.3038 eV. Ar EXC 4D5 J=1 RESONANT ELEVEL= 14.711 , energy = 14.7108 eV. Ar EXC 3S4 J=1 RESONANT ELEVEL= 14.848 , energy = 14.8478 eV. Ar EXC 4D2 J=1 RESONANT ELEVEL= 14.859 , energy = 14.8588 eV. Ar EXC 4S1! J=1 RESONANT ELEVEL= 15.004 , energy = 15.0038 eV. Ar EXC 3S2 J=1 RESONANT ELEVEL= 15.022 , energy = 15.0218 eV. Ar EXC 5D5 J=1 RESONANT ELEVEL= 15.118 , energy = 15.1178 eV. Ar EXC 4S4 J=1 RESONANT ELEVEL= 15.186 , energy = 15.1858 eV. Ar EXC 5D2 J=1 RESONANT ELEVEL= 15.190 , energy = 15.1898 eV. Ar EXC 6D5 J=1 RESONANT ELEVEL= 15.308 , energy = 15.3078 eV. Ar EXC 5S1! J=1 RESONANT ELEVEL= 15.351 , energy = 15.3508 eV. Ar EXC 4S2 J=1 RESONANT ELEVEL= 15.360 , energy = 15.3598 eV. Ar EXC 5S4 J=1 RESONANT ELEVEL= 15.366 , energy = 15.3658 eV. Ar EXC 6D2 J=1 RESONANT ELEVEL= 15.374 , energy = 15.3738 eV. Ar EXC HIGH J=1 RESONANT ELEVEL= 15.660 , energy = 15.6598 eV. Ar IONISATION CHARGE STATE =1 ELOSS= 15.75961, energy = 15.7594 eV. Ar IONISATION CHARGE STATE =2 ELOSS= 43.38928, energy = 43.3887 eV. Ar IONISATION CHARGE STATE =3 ELOSS= 84.124 , energy = 84.1228 eV. Ar IONISATION L3 SHELL ELOSS= 248.4 , energy = 248.397 eV. Ar IONISATION L2 SHELL ELOSS= 250.6 , energy = 250.597 eV. Ar IONISATION L1 SHELL ELOSS= 326.3 , energy = 326.296 eV. Ar IONISATION K SHELL ELOSS= 3205.9 , energy = 3205.86 eV. MediumMagboltz::GenerateGasTable: E = 7000 V/cm, B = 0 T, angle: 1.5708 rad RM48 INITIALIZED: 54217137 0 0 PROGRAM MAGBOLTZ 2 VERSION 11.19 MONTE CARLO SOLUTION FOR MIXTURE OF 1 GASES. ------------------------------------------------------ GASES USED PERCENTAGE USED ARGON ANISOTROPIC 2014 100.0000 GAS TEMPERATURE = 20.0 DEGREES CENTIGRADE. GAS PRESSURE = 760.0 TORR. INTEGRATION FROM 0.0 TO 0.71 EV. IN 4000 STEPS. PENNING EFFECTS NOT INCLUDED ANISOTROPIC SCATTERING TYPE 2 (OKHRIMOVSKYY) USED IF AVAILABLE SHORT DECORRELATION LENGTH = 400000 COLLISIONS. THERMAL MOTION OF GAS NOT INCLUDED ELECTRIC FIELD = 7000.0000 VOLTS/CM. MAGNETIC FIELD = 0.0000 KILOGAUSS. ANGLE BETWEEN ELECTRIC AND MAGNETIC FIELD = 90.000 DEGREES. CYCLOTRON FREQ. = 0.000D+00 RADIANS/PICOSECOND INITIAL ELECTRON ENERGY = 0.014 EV. TOTAL NUMBER OF REAL COLLISIONS = 40000000 NULL COLLISION FREQUENCY AT 8 EQUALLY SPACED ENERGY INTERVALS (*10**12/SEC) 0.174D+01 0.174D+01 0.174D+01 0.174D+01 0.174D+01 0.174D+01 0.174D+01 0.174D+01 REAL COLLISION FREQUENCY AT 8 EQUALLY SPACED ENERGY INTERVALS (*10**12/SEC) 0.000D+00 0.000D+00 0.000D+00 0.000D+00 0.000D+00 0.000D+00 0.373D-01 0.946D-01 PROGRAM MAGBOLTZ 2 VERSION 11.19 MONTE CARLO SOLUTION FOR MIXTURE OF 1 GASES. ------------------------------------------------------ GASES USED PERCENTAGE USED ARGON ANISOTROPIC 2014 100.0000 GAS TEMPERATURE = 20.0 DEGREES CENTIGRADE. GAS PRESSURE = 760.0 TORR. INTEGRATION FROM 0.0 TO 0.71 EV. IN 4000 STEPS. PENNING EFFECTS NOT INCLUDED ANISOTROPIC SCATTERING TYPE 2 (OKHRIMOVSKYY) USED IF AVAILABLE SHORT DECORRELATION LENGTH = 400000 COLLISIONS. THERMAL MOTION OF GAS NOT INCLUDED ELECTRIC FIELD = 7000.0000 VOLTS/CM. MAGNETIC FIELD = 0.0000 KILOGAUSS. ANGLE BETWEEN ELECTRIC AND MAGNETIC FIELD = 90.000 DEGREES. CYCLOTRON FREQ. = 0.000D+00 RADIANS/PICOSECOND INITIAL ELECTRON ENERGY = 0.014 EV. TOTAL NUMBER OF REAL COLLISIONS = 40000000 NULL COLLISION FREQUENCY AT 8 EQUALLY SPACED ENERGY INTERVALS (*10**12/SEC) 0.174D+01 0.174D+01 0.174D+01 0.174D+01 0.174D+01 0.174D+01 0.174D+01 0.174D+01 REAL COLLISION FREQUENCY AT 8 EQUALLY SPACED ENERGY INTERVALS (*10**12/SEC) 0.000D+00 0.000D+00 0.000D+00 0.000D+00 0.000D+00 0.000D+00 0.373D-01 0.946D-01 *** Break *** segmentation violation *** Break *** segmentation violation *** Break *** segmentation violation *** Break *** segmentation violation =========================================================== There was a crash. This is the entire stack trace of all threads: =========================================================== Thread 5 (Thread 0x7f4ece7ff6c0 (LWP 135297) "gtgen"): #0 0x00007f4ee18ade22 in ?? () from /usr/lib/libc.so.6 #1 0x00007f4ee18a1fda in ?? () from /usr/lib/libc.so.6 #2 0x00007f4ee18a2024 in ?? () from /usr/lib/libc.so.6 #3 0x00007f4ee191292f in wait4 () from /usr/lib/libc.so.6 #4 0x00007f4ee186326d in ?? () from /usr/lib/libc.so.6 #5 0x00007f4f8ff87ee7 in TUnixSystem::StackTrace() () from /usr/lib/root/libCore.so #6 0x00007f4f8ff855f9 in TUnixSystem::DispatchSignals(ESignals) () from /usr/lib/root/libCore.so #7 #8 0x00007f4f288346cf in monte_ () from /home/callum/garfieldpp/install/lib/libMagboltz.so.11 #9 0x00007f4f28b60f7a in magboltz_ () from /home/callum/garfieldpp/install/lib/libMagboltz.so.11 #10 0x00007f4f922d232b in Garfield::MediumMagboltz::RunMagboltz(double, double, double, int, bool, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, std::array&) () from /home/callum/garfieldpp/install/lib/libGarfield.so.0.3 #11 0x00007f4f922d3be7 in Garfield::MediumMagboltz::GenerateGasTable(int, bool) () from /home/callum/garfieldpp/install/lib/libGarfield.so.0.3 #12 0x000055afe9fc0949 in CreateGasInternal (eMin=5000, eMax=6000, eN=1, gas1="ar", gasProp1=1, gas2="", gasProp2=0, gas3="", gasProp3=0, gas4="", gasProp4=0, gas5="", gasProp5=0, gas6="", gasProp6=0, temperature=0, pressure=760) at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:85 #13 0x000055afe9fc0a82 in operator() (__closure=0x55b0124c8ca8) at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:223 #14 0x000055afe9fc2b7e in std::__invoke_impl >(std::__invoke_other, struct {...} &&) (__f=...) at /usr/include/c++/15.1.1/bits/invoke.h:63 #15 0x000055afe9fc2b41 in std::__invoke >(struct {...} &&) (__fn=...) at /usr/include/c++/15.1.1/bits/invoke.h:98 #16 0x000055afe9fc2afc in std::thread::_Invoker > >::_M_invoke<0>(std::_Index_tuple<0>) (this=0x55b0124c8ca8) at /usr/include/c++/15.1.1/bits/std_thread.h:303 #17 0x000055afe9fc2ad0 in std::thread::_Invoker > >::operator()(void) (this=0x55b0124c8ca8) at /usr/include/c++/15.1.1/bits/std_thread.h:310 #18 0x000055afe9fc2ab4 in std::thread::_State_impl > > >::_M_run(void) (this=0x55b0124c8ca0) at /usr/include/c++/15.1.1/bits/std_thread.h:255 #19 0x00007f4ee1ae51a4 in std::execute_native_thread_routine (__p=0x55b0124c8ca0) at /usr/src/debug/gcc/gcc/libstdc++-v3/src/c++11/thread.cc:104 #20 0x00007f4ee18a57eb in ?? () from /usr/lib/libc.so.6 #21 0x00007f4ee192918c in ?? () from /usr/lib/libc.so.6 Thread 4 (Thread 0x7f4ecdffe6c0 (LWP 135298) "gtgen"): #0 0x00007f4ee18ade22 in ?? () from /usr/lib/libc.so.6 #1 0x00007f4ee18a1fda in ?? () from /usr/lib/libc.so.6 #2 0x00007f4ee18a2024 in ?? () from /usr/lib/libc.so.6 #3 0x00007f4ee191292f in wait4 () from /usr/lib/libc.so.6 #4 0x00007f4ee186326d in ?? () from /usr/lib/libc.so.6 #5 0x00007f4f8ff87ee7 in TUnixSystem::StackTrace() () from /usr/lib/root/libCore.so #6 0x00007f4f8ff855f9 in TUnixSystem::DispatchSignals(ESignals) () from /usr/lib/root/libCore.so #7 #8 0x00007f4f288480f4 in elimit_ () from /home/callum/garfieldpp/install/lib/libMagboltz.so.11 #9 0x00007f4f28b60eb4 in magboltz_ () from /home/callum/garfieldpp/install/lib/libMagboltz.so.11 #10 0x00007f4f922d232b in Garfield::MediumMagboltz::RunMagboltz(double, double, double, int, bool, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, std::array&) () from /home/callum/garfieldpp/install/lib/libGarfield.so.0.3 #11 0x00007f4f922d3be7 in Garfield::MediumMagboltz::GenerateGasTable(int, bool) () from /home/callum/garfieldpp/install/lib/libGarfield.so.0.3 #12 0x000055afe9fc0949 in CreateGasInternal (eMin=6000, eMax=7000, eN=1, gas1="ar", gasProp1=1, gas2="", gasProp2=0, gas3="", gasProp3=0, gas4="", gasProp4=0, gas5="", gasProp5=0, gas6="", gasProp6=0, temperature=0, pressure=760) at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:85 #13 0x000055afe9fc0a82 in operator() (__closure=0x55b0124c8fb8) at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:223 #14 0x000055afe9fc2b7e in std::__invoke_impl >(std::__invoke_other, struct {...} &&) (__f=...) at /usr/include/c++/15.1.1/bits/invoke.h:63 #15 0x000055afe9fc2b41 in std::__invoke >(struct {...} &&) (__fn=...) at /usr/include/c++/15.1.1/bits/invoke.h:98 #16 0x000055afe9fc2afc in std::thread::_Invoker > >::_M_invoke<0>(std::_Index_tuple<0>) (this=0x55b0124c8fb8) at /usr/include/c++/15.1.1/bits/std_thread.h:303 #17 0x000055afe9fc2ad0 in std::thread::_Invoker > >::operator()(void) (this=0x55b0124c8fb8) at /usr/include/c++/15.1.1/bits/std_thread.h:310 #18 0x000055afe9fc2ab4 in std::thread::_State_impl > > >::_M_run(void) (this=0x55b0124c8fb0) at /usr/include/c++/15.1.1/bits/std_thread.h:255 #19 0x00007f4ee1ae51a4 in std::execute_native_thread_routine (__p=0x55b0124c8fb0) at /usr/src/debug/gcc/gcc/libstdc++-v3/src/c++11/thread.cc:104 #20 0x00007f4ee18a57eb in ?? () from /usr/lib/libc.so.6 #21 0x00007f4ee192918c in ?? () from /usr/lib/libc.so.6 Thread 3 (Thread 0x7f4ecd7fd6c0 (LWP 135299) "gtgen"): #0 0x00007f4ee18ade22 in ?? () from /usr/lib/libc.so.6 #1 0x00007f4ee18a1fda in ?? () from /usr/lib/libc.so.6 #2 0x00007f4ee18a2024 in ?? () from /usr/lib/libc.so.6 #3 0x00007f4ee191292f in wait4 () from /usr/lib/libc.so.6 #4 0x00007f4ee186326d in ?? () from /usr/lib/libc.so.6 #5 0x00007f4f8ff87ee7 in TUnixSystem::StackTrace() () from /usr/lib/root/libCore.so #6 0x00007f4f8ff855f9 in TUnixSystem::DispatchSignals(ESignals) () from /usr/lib/root/libCore.so #7 #8 0x00007f4f288480f4 in elimit_ () from /home/callum/garfieldpp/install/lib/libMagboltz.so.11 #9 0x00007f4f28b60eb4 in magboltz_ () from /home/callum/garfieldpp/install/lib/libMagboltz.so.11 #10 0x00007f4f922d232b in Garfield::MediumMagboltz::RunMagboltz(double, double, double, int, bool, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, std::array&) () from /home/callum/garfieldpp/install/lib/libGarfield.so.0.3 #11 0x00007f4f922d3be7 in Garfield::MediumMagboltz::GenerateGasTable(int, bool) () from /home/callum/garfieldpp/install/lib/libGarfield.so.0.3 #12 0x000055afe9fc0949 in CreateGasInternal (eMin=7000, eMax=8000, eN=1, gas1="ar", gasProp1=1, gas2="", gasProp2=0, gas3="", gasProp3=0, gas4="", gasProp4=0, gas5="", gasProp5=0, gas6="", gasProp6=0, temperature=0, pressure=760) at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:85 #13 0x000055afe9fc0a82 in operator() (__closure=0x55b012861a68) at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:223 #14 0x000055afe9fc2b7e in std::__invoke_impl >(std::__invoke_other, struct {...} &&) (__f=...) at /usr/include/c++/15.1.1/bits/invoke.h:63 #15 0x000055afe9fc2b41 in std::__invoke >(struct {...} &&) (__fn=...) at /usr/include/c++/15.1.1/bits/invoke.h:98 #16 0x000055afe9fc2afc in std::thread::_Invoker > >::_M_invoke<0>(std::_Index_tuple<0>) (this=0x55b012861a68) at /usr/include/c++/15.1.1/bits/std_thread.h:303 #17 0x000055afe9fc2ad0 in std::thread::_Invoker > >::operator()(void) (this=0x55b012861a68) at /usr/include/c++/15.1.1/bits/std_thread.h:310 #18 0x000055afe9fc2ab4 in std::thread::_State_impl > > >::_M_run(void) (this=0x55b012861a60) at /usr/include/c++/15.1.1/bits/std_thread.h:255 #19 0x00007f4ee1ae51a4 in std::execute_native_thread_routine (__p=0x55b012861a60) at /usr/src/debug/gcc/gcc/libstdc++-v3/src/c++11/thread.cc:104 #20 0x00007f4ee18a57eb in ?? () from /usr/lib/libc.so.6 #21 0x00007f4ee192918c in ?? () from /usr/lib/libc.so.6 Thread 2 (Thread 0x7f4eccffc6c0 (LWP 135300) "gtgen"): #0 0x00007f4ee18ade22 in ?? () from /usr/lib/libc.so.6 #1 0x00007f4ee18a1fda in ?? () from /usr/lib/libc.so.6 #2 0x00007f4ee18a2024 in ?? () from /usr/lib/libc.so.6 #3 0x00007f4ee191292f in wait4 () from /usr/lib/libc.so.6 #4 0x00007f4ee186326d in ?? () from /usr/lib/libc.so.6 #5 0x00007f4f8ff87ee7 in TUnixSystem::StackTrace() () from /usr/lib/root/libCore.so #6 0x00007f4f8ff855f9 in TUnixSystem::DispatchSignals(ESignals) () from /usr/lib/root/libCore.so #7 #8 0x00007f4f288346cf in monte_ () from /home/callum/garfieldpp/install/lib/libMagboltz.so.11 #9 0x00007f4f28b60f7a in magboltz_ () from /home/callum/garfieldpp/install/lib/libMagboltz.so.11 #10 0x00007f4f922d232b in Garfield::MediumMagboltz::RunMagboltz(double, double, double, int, bool, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, std::array&) () from /home/callum/garfieldpp/install/lib/libGarfield.so.0.3 #11 0x00007f4f922d3be7 in Garfield::MediumMagboltz::GenerateGasTable(int, bool) () from /home/callum/garfieldpp/install/lib/libGarfield.so.0.3 #12 0x000055afe9fc0949 in CreateGasInternal (eMin=8000, eMax=9000, eN=1, gas1="ar", gasProp1=1, gas2="", gasProp2=0, gas3="", gasProp3=0, gas4="", gasProp4=0, gas5="", gasProp5=0, gas6="", gasProp6=0, temperature=0, pressure=760) at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:85 #13 0x000055afe9fc0a82 in operator() (__closure=0x55b012861d78) at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:223 #14 0x000055afe9fc2b7e in std::__invoke_impl >(std::__invoke_other, struct {...} &&) (__f=...) at /usr/include/c++/15.1.1/bits/invoke.h:63 #15 0x000055afe9fc2b41 in std::__invoke >(struct {...} &&) (__fn=...) at /usr/include/c++/15.1.1/bits/invoke.h:98 #16 0x000055afe9fc2afc in std::thread::_Invoker > >::_M_invoke<0>(std::_Index_tuple<0>) (this=0x55b012861d78) at /usr/include/c++/15.1.1/bits/std_thread.h:303 #17 0x000055afe9fc2ad0 in std::thread::_Invoker > >::operator()(void) (this=0x55b012861d78) at /usr/include/c++/15.1.1/bits/std_thread.h:310 #18 0x000055afe9fc2ab4 in std::thread::_State_impl > > >::_M_run(void) (this=0x55b012861d70) at /usr/include/c++/15.1.1/bits/std_thread.h:255 #19 0x00007f4ee1ae51a4 in std::execute_native_thread_routine (__p=0x55b012861d70) at /usr/src/debug/gcc/gcc/libstdc++-v3/src/c++11/thread.cc:104 #20 0x00007f4ee18a57eb in ?? () from /usr/lib/libc.so.6 #21 0x00007f4ee192918c in ?? () from /usr/lib/libc.so.6 Thread 1 (Thread 0x7f4f906ffdc0 (LWP 135285) "gtgen"): #0 0x00007f4ee18ade22 in ?? () from /usr/lib/libc.so.6 #1 0x00007f4ee18a1fda in ?? () from /usr/lib/libc.so.6 #2 0x00007f4ee18a264c in ?? () from /usr/lib/libc.so.6 #3 0x00007f4ee18a754c in ?? () from /usr/lib/libc.so.6 #4 0x00007f4ee1ae5224 in __gthread_join (__threadid=, __value_ptr=0x0) at /usr/src/debug/gcc/gcc-build/x86_64-pc-linux-gnu/libstdc++-v3/include/x86_64-pc-linux-gnu/bits/gthr-default.h:715 #5 std::thread::join (this=0x7ffea2b5ca00) at /usr/src/debug/gcc/gcc/libstdc++-v3/src/c++11/thread.cc:134 #6 0x000055afe9fc1beb in SetupNewGas () at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:233 #7 0x000055afe9fc23e4 in main (argc=4, argv=0x7ffea2b5cf58) at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:300 =========================================================== The lines below might hint at the cause of the crash. If you see question marks as part of the stack trace, try to recompile with debugging information enabled and export CLING_DEBUG=1 environment variable before running. You may get help by asking at the ROOT forum https://root.cern/forum preferably using the command (.forum bug) in the ROOT prompt. Only if you are really convinced it is a bug in ROOT then please submit a report at https://root.cern/bugs or (preferably) using the command (.gh bug) in the ROOT prompt. Please post the ENTIRE stack trace from above as an attachment in addition to anything else that might help us fixing this issue. =========================================================== #8 0x00007f4f288346cf in monte_ () from /home/callum/garfieldpp/install/lib/libMagboltz.so.11 #9 0x00007f4f28b60f7a in magboltz_ () from /home/callum/garfieldpp/install/lib/libMagboltz.so.11 #10 0x00007f4f922d232b in Garfield::MediumMagboltz::RunMagboltz(double, double, double, int, bool, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, double&, std::array&) () from /home/callum/garfieldpp/install/lib/libGarfield.so.0.3 #11 0x00007f4f922d3be7 in Garfield::MediumMagboltz::GenerateGasTable(int, bool) () from /home/callum/garfieldpp/install/lib/libGarfield.so.0.3 #12 0x000055afe9fc0949 in CreateGasInternal (eMin=5000, eMax=6000, eN=1, gas1="ar", gasProp1=1, gas2="", gasProp2=0, gas3="", gasProp3=0, gas4="", gasProp4=0, gas5="", gasProp5=0, gas6="", gasProp6=0, temperature=0, pressure=760) at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:85 #13 0x000055afe9fc0a82 in operator() (__closure=0x55b0124c8ca8) at /home/callum/CLionProjects/rpc-gas-simulation/GasTableGenerator.cc:223 #14 0x000055afe9fc2b7e in std::__invoke_impl >(std::__invoke_other, struct {...} &&) (__f=...) at /usr/include/c++/15.1.1/bits/invoke.h:63 #15 0x000055afe9fc2b41 in std::__invoke >(struct {...} &&) (__fn=...) at /usr/include/c++/15.1.1/bits/invoke.h:98 #16 0x000055afe9fc2afc in std::thread::_Invoker > >::_M_invoke<0>(std::_Index_tuple<0>) (this=0x55b0124c8ca8) at /usr/include/c++/15.1.1/bits/std_thread.h:303 #17 0x000055afe9fc2ad0 in std::thread::_Invoker > >::operator()(void) (this=0x55b0124c8ca8) at /usr/include/c++/15.1.1/bits/std_thread.h:310 #18 0x000055afe9fc2ab4 in std::thread::_State_impl > > >::_M_run(void) (this=0x55b0124c8ca0) at /usr/include/c++/15.1.1/bits/std_thread.h:255 #19 0x00007f4ee1ae51a4 in std::execute_native_thread_routine (__p=0x55b0124c8ca0) at /usr/src/debug/gcc/gcc/libstdc++-v3/src/c++11/thread.cc:104 #20 0x00007f4ee18a57eb in ?? () from /usr/lib/libc.so.6 #21 0x00007f4ee192918c in ?? () from /usr/lib/libc.so.6 =========================================================== [1] 135285 segmentation fault (core dumped) ./gtgen setup -c 4