ElmerFoamFSI  2.0
ElmerFoamFSI is fluid-solid interaction simulation application built up from OpenFOAM CFD and Elmer CSM coupled through the IMPACT multiphysics software integration infrastructure.
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bool tractionCheck ( double *  tractions,
int  isize 
)
inline

Definition at line 1044 of file ElmerFoamFSITest.H.

References TestingObject< ResultsType >::double_equals().

Referenced by TestingObject< ResultsType >::Test__FluidAgentRun().

1044  {
1045  double tractionSave[isize];
1046 
1047  // Hard coding the value
1048  tractionSave[0] = 0;
1049  tractionSave[1] = -1;
1050  tractionSave[2] = 2.63292e-18;
1051  tractionSave[3] = 0;
1052  tractionSave[4] = -1;
1053  tractionSave[5] = 1.32171e-18;
1054  tractionSave[6] = 0;
1055  tractionSave[7] = -1;
1056  tractionSave[8] = 3.64051e-21;
1057  tractionSave[9] = 0;
1058  tractionSave[10] = -1;
1059  tractionSave[11] = 6.63492e-19;
1060  tractionSave[12] = 0;
1061  tractionSave[13] = -1;
1062  tractionSave[14] = 1.98684e-18;
1063  tractionSave[15] = 0;
1064  tractionSave[16] = -1;
1065  tractionSave[17] = 1.98606e-18;
1066  tractionSave[18] = 0;
1067  tractionSave[19] = -1;
1068  tractionSave[20] = 1.98645e-18;
1069  tractionSave[21] = 0;
1070  tractionSave[22] = -1;
1071  tractionSave[23] = 1.32296e-18;
1072  tractionSave[24] = 0;
1073  tractionSave[25] = -1;
1074  tractionSave[26] = 6.63492e-19;
1075  tractionSave[27] = 0;
1076  tractionSave[28] = -1;
1077  tractionSave[29] = 1.97793e-18;
1078  tractionSave[30] = 0;
1079  tractionSave[31] = -1;
1080  tractionSave[32] = 1.31444e-18;
1081  tractionSave[33] = 0;
1082  tractionSave[34] = -1;
1083  tractionSave[35] = 1.31606e-18;
1084  tractionSave[36] = 0;
1085  tractionSave[37] = -1;
1086  tractionSave[38] = 1.31808e-18;
1087  tractionSave[39] = 0;
1088  tractionSave[40] = -1;
1089  tractionSave[41] = 6.61478e-19;
1090  tractionSave[42] = 0;
1091  tractionSave[43] = -1;
1092  tractionSave[44] = 2.01408e-21;
1093  tractionSave[45] = 0;
1094  tractionSave[46] = -1;
1095  tractionSave[47] = -6.56599e-19;
1096  tractionSave[48] = 0;
1097  tractionSave[49] = -1;
1098  tractionSave[50] = -6.58225e-19;
1099  tractionSave[51] = 0;
1100  tractionSave[52] = -1;
1101  tractionSave[53] = -6.56211e-19;
1102  tractionSave[54] = 0;
1103  tractionSave[55] = -1;
1104  tractionSave[56] = -6.58225e-19;
1105  tractionSave[57] = 0;
1106  tractionSave[58] = -1;
1107  tractionSave[59] = 6.65506e-19;
1108  tractionSave[60] = 0;
1109  tractionSave[61] = -1;
1110  tractionSave[62] = 1.32172e-18;
1111  tractionSave[63] = 0;
1112  tractionSave[64] = -1;
1113  tractionSave[65] = 6.61478e-19;
1114  tractionSave[66] = 0;
1115  tractionSave[67] = -1;
1116  tractionSave[68] = 2.32349e-79;
1117  tractionSave[69] = 0;
1118  tractionSave[70] = -1;
1119  tractionSave[71] = 2.01408e-21;
1120  tractionSave[72] = 0;
1121  tractionSave[73] = -1;
1122  tractionSave[74] = 1.55135e-84;
1123  tractionSave[75] = 0;
1124  tractionSave[76] = -1;
1125  tractionSave[77] = -2.01408e-21;
1126  tractionSave[78] = 0;
1127  tractionSave[79] = -1;
1128  tractionSave[80] = -6.56599e-19;
1129  tractionSave[81] = 0;
1130  tractionSave[82] = -1;
1131  tractionSave[83] = -6.4893e-19;
1132  tractionSave[84] = 0;
1133  tractionSave[85] = -1;
1134  tractionSave[86] = -6.43663e-19;
1135  tractionSave[87] = 0;
1136  tractionSave[88] = -1;
1137  tractionSave[89] = -1.96577e-18;
1138  tractionSave[90] = 0;
1139  tractionSave[91] = -1;
1140  tractionSave[92] = -6.44051e-19;
1141  tractionSave[93] = 0;
1142  tractionSave[94] = -1;
1143  tractionSave[95] = 1.05339e-20;
1144  tractionSave[96] = 0;
1145  tractionSave[97] = -1;
1146  tractionSave[98] = 6.89339e-21;
1147  tractionSave[99] = 0;
1148  tractionSave[100] = -1;
1149  tractionSave[101] = -6.59852e-19;
1150  tractionSave[102] = 0;
1151  tractionSave[103] = -1;
1152  tractionSave[104] = -6.66745e-19;
1153  tractionSave[105] = 0;
1154  tractionSave[106] = -1;
1155  tractionSave[107] = -6.72787e-19;
1156  tractionSave[108] = 0;
1157  tractionSave[109] = -1;
1158  tractionSave[110] = -6.75652e-19;
1159  tractionSave[111] = 0;
1160  tractionSave[112] = -1;
1161  tractionSave[113] = -1.29356e-20;
1162  tractionSave[114] = 0;
1163  tractionSave[115] = -1;
1164  tractionSave[116] = -1.33349e-18;
1165  tractionSave[117] = 0;
1166  tractionSave[118] = -1;
1167  tractionSave[119] = -2.64994e-18;
1168  tractionSave[120] = 0;
1169  tractionSave[121] = -1;
1170  tractionSave[122] = -3.31142e-18;
1171  tractionSave[123] = 0;
1172  tractionSave[124] = -1;
1173  tractionSave[125] = -1.98645e-18;
1174  tractionSave[126] = 0;
1175  tractionSave[127] = -1;
1176  tractionSave[128] = -1.32296e-18;
1177  tractionSave[129] = 0;
1178  tractionSave[130] = -1;
1179  tractionSave[131] = 8.21297e-134;
1180  tractionSave[132] = 0;
1181  tractionSave[133] = -1;
1182  tractionSave[134] = 2.07766e-136;
1183  tractionSave[135] = 0;
1184  tractionSave[136] = -1;
1185  tractionSave[137] = -5.26695e-21;
1186  tractionSave[138] = 0;
1187  tractionSave[139] = -1;
1188  tractionSave[140] = -6.61478e-19;
1189  tractionSave[141] = 0;
1190  tractionSave[142] = -1;
1191  tractionSave[143] = -6.89339e-21;
1192  tractionSave[144] = 0;
1193  tractionSave[145] = -1;
1194  tractionSave[146] = -8.89947e-21;
1195  tractionSave[147] = 0;
1196  tractionSave[148] = -1;
1197  tractionSave[149] = -6.6386e-19;
1198 
1199  //When comparing double, exact comparison might not do the job. Hence im giving 5% error margin.
1200  for(int i = 0; i < isize; i++){
1201  if( !(double_equals(tractions[i],tractionSave[i]))){
1202  return false;
1203  }
1204  }
1205  return true;
1206  }
ElmerFoamFSI::TestingObject::double_equals
bool double_equals(double a, double b, double epsilon=.001)
Definition: ElmerFoamFSITest.H:1208

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