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 DisplacementCheck ( double *  disp,
int  size 
)
inline

Definition at line 1524 of file ElmerFoamFSITest.H.

References TestingObject< ResultsType >::double_equals().

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

1524  {
1525  double solidDisSave[size];
1526 
1527  // Hard coding the value
1528  solidDisSave[0] = 6.37522e-28;
1529  solidDisSave[1] = 0.000298136;
1530  solidDisSave[2] = 5.90759e-05;
1531  solidDisSave[3] = 6.37522e-28;
1532  solidDisSave[4] = 0.000298136;
1533  solidDisSave[5] = 5.90759e-05;
1534  solidDisSave[6] = 4.50796e-28;
1535  solidDisSave[7] = 0.000291629;
1536  solidDisSave[8] = 5.25282e-05;
1537  solidDisSave[9] = 4.50796e-28;
1538  solidDisSave[10] = 0.000291629;
1539  solidDisSave[11] = 5.25282e-05;
1540  solidDisSave[12] = 4.50796e-28;
1541  solidDisSave[13] = 0.000286197;
1542  solidDisSave[14] = 4.63341e-05;
1543  solidDisSave[15] = 8.55785e-28;
1544  solidDisSave[16] = 0.000286197;
1545  solidDisSave[17] = 4.63341e-05;
1546  solidDisSave[18] = 4.50796e-28;
1547  solidDisSave[19] = 0.000282032;
1548  solidDisSave[20] = 4.07105e-05;
1549  solidDisSave[21] = 4.50796e-28;
1550  solidDisSave[22] = 0.000282032;
1551  solidDisSave[23] = 4.07105e-05;
1552  solidDisSave[24] = 4.50796e-28;
1553  solidDisSave[25] = 0.000278934;
1554  solidDisSave[26] = 3.56933e-05;
1555  solidDisSave[27] = 4.50796e-28;
1556  solidDisSave[28] = 0.000278934;
1557  solidDisSave[29] = 3.56933e-05;
1558  solidDisSave[30] = 4.50796e-28;
1559  solidDisSave[31] = 0.0002767;
1560  solidDisSave[32] = 3.12723e-05;
1561  solidDisSave[33] = 8.55785e-28;
1562  solidDisSave[34] = 0.0002767;
1563  solidDisSave[35] = 3.12723e-05;
1564  solidDisSave[36] = 4.50796e-28;
1565  solidDisSave[37] = 0.000275146;
1566  solidDisSave[38] = 2.74114e-05;
1567  solidDisSave[39] = 4.50796e-28;
1568  solidDisSave[40] = 0.000275146;
1569  solidDisSave[41] = 2.74114e-05;
1570  solidDisSave[42] = 4.50796e-28;
1571  solidDisSave[43] = 0.000274116;
1572  solidDisSave[44] = 2.40609e-05;
1573  solidDisSave[45] = 4.50796e-28;
1574  solidDisSave[46] = 0.000274116;
1575  solidDisSave[47] = 2.40609e-05;
1576  solidDisSave[48] = 8.55785e-28;
1577  solidDisSave[49] = 0.000273477;
1578  solidDisSave[50] = 2.11655e-05;
1579  solidDisSave[51] = 4.50796e-28;
1580  solidDisSave[52] = 0.000273477;
1581  solidDisSave[53] = 2.11655e-05;
1582  solidDisSave[54] = 8.55785e-28;
1583  solidDisSave[55] = 0.000273123;
1584  solidDisSave[56] = 1.86691e-05;
1585  solidDisSave[57] = 4.50796e-28;
1586  solidDisSave[58] = 0.000273123;
1587  solidDisSave[59] = 1.86691e-05;
1588  solidDisSave[60] = 4.50796e-28;
1589  solidDisSave[61] = 0.00027297;
1590  solidDisSave[62] = 1.65176e-05;
1591  solidDisSave[63] = 4.50796e-28;
1592  solidDisSave[64] = 0.00027297;
1593  solidDisSave[65] = 1.65176e-05;
1594  solidDisSave[66] = 4.50796e-28;
1595  solidDisSave[67] = 0.000272951;
1596  solidDisSave[68] = 1.46611e-05;
1597  solidDisSave[69] = 4.50796e-28;
1598  solidDisSave[70] = 0.000272951;
1599  solidDisSave[71] = 1.46611e-05;
1600  solidDisSave[72] = 4.50796e-28;
1601  solidDisSave[73] = 0.000273019;
1602  solidDisSave[74] = 1.30543e-05;
1603  solidDisSave[75] = 4.50796e-28;
1604  solidDisSave[76] = 0.000273019;
1605  solidDisSave[77] = 1.30543e-05;
1606  solidDisSave[78] = 4.50796e-28;
1607  solidDisSave[79] = 0.000273137;
1608  solidDisSave[80] = 1.16571e-05;
1609  solidDisSave[81] = 4.50796e-28;
1610  solidDisSave[82] = 0.000273137;
1611  solidDisSave[83] = 1.16571e-05;
1612  solidDisSave[84] = 4.50796e-28;
1613  solidDisSave[85] = 0.000273281;
1614  solidDisSave[86] = 1.04348e-05;
1615  solidDisSave[87] = 8.55785e-28;
1616  solidDisSave[88] = 0.000273281;
1617  solidDisSave[89] = 1.04348e-05;
1618  solidDisSave[90] = 8.55785e-28;
1619  solidDisSave[91] = 0.000273436;
1620  solidDisSave[92] = 9.35745e-06;
1621  solidDisSave[93] = 8.55785e-28;
1622  solidDisSave[94] = 0.000273436;
1623  solidDisSave[95] = 9.35745e-06;
1624  solidDisSave[96] = 8.55785e-28;
1625  solidDisSave[97] = 0.000273593;
1626  solidDisSave[98] = 8.39999e-06;
1627  solidDisSave[99] = 4.50796e-28;
1628  solidDisSave[100] = 0.000273593;
1629  solidDisSave[101] = 8.39999e-06;
1630  solidDisSave[102] = 8.55785e-28;
1631  solidDisSave[103] = 0.000273749;
1632  solidDisSave[104] = 7.54154e-06;
1633  solidDisSave[105] = 8.55785e-28;
1634  solidDisSave[106] = 0.000273749;
1635  solidDisSave[107] = 7.54154e-06;
1636  solidDisSave[108] = 8.55785e-28;
1637  solidDisSave[109] = 0.000273907;
1638  solidDisSave[110] = 6.76512e-06;
1639  solidDisSave[111] = 8.55785e-28;
1640  solidDisSave[112] = 0.000273907;
1641  solidDisSave[113] = 6.76512e-06;
1642  solidDisSave[114] = 4.50796e-28;
1643  solidDisSave[115] = 0.000274069;
1644  solidDisSave[116] = 6.05734e-06;
1645  solidDisSave[117] = 4.50796e-28;
1646  solidDisSave[118] = 0.000274069;
1647  solidDisSave[119] = 6.05734e-06;
1648  solidDisSave[120] = 8.55785e-28;
1649  solidDisSave[121] = 0.000274242;
1650  solidDisSave[122] = 5.40816e-06;
1651  solidDisSave[123] = 4.50796e-28;
1652  solidDisSave[124] = 0.000274242;
1653  solidDisSave[125] = 5.40816e-06;
1654  solidDisSave[126] = 8.55785e-28;
1655  solidDisSave[127] = 0.000274433;
1656  solidDisSave[128] = 4.81074e-06;
1657  solidDisSave[129] = 4.50796e-28;
1658  solidDisSave[130] = 0.000274433;
1659  solidDisSave[131] = 4.81074e-06;
1660  solidDisSave[132] = 4.50796e-28;
1661  solidDisSave[133] = 0.000274649;
1662  solidDisSave[134] = 4.26143e-06;
1663  solidDisSave[135] = 8.55785e-28;
1664  solidDisSave[136] = 0.000274649;
1665  solidDisSave[137] = 4.26143e-06;
1666  solidDisSave[138] = 8.55785e-28;
1667  solidDisSave[139] = 0.000274897;
1668  solidDisSave[140] = 3.75988e-06;
1669  solidDisSave[141] = 8.55785e-28;
1670  solidDisSave[142] = 0.000274897;
1671  solidDisSave[143] = 3.75988e-06;
1672  solidDisSave[144] = 4.50796e-28;
1673  solidDisSave[145] = 0.000275182;
1674  solidDisSave[146] = 3.30926e-06;
1675  solidDisSave[147] = 4.50796e-28;
1676  solidDisSave[148] = 0.000275182;
1677  solidDisSave[149] = 3.30926e-06;
1678  solidDisSave[150] = 4.50796e-28;
1679  solidDisSave[151] = 0.000275506;
1680  solidDisSave[152] = 2.91661e-06;
1681  solidDisSave[153] = 4.50796e-28;
1682  solidDisSave[154] = 0.000275506;
1683  solidDisSave[155] = 2.91661e-06;
1684  solidDisSave[156] = 4.50796e-28;
1685  solidDisSave[157] = 0.000275867;
1686  solidDisSave[158] = 2.59325e-06;
1687  solidDisSave[159] = 4.50796e-28;
1688  solidDisSave[160] = 0.000275867;
1689  solidDisSave[161] = 2.59325e-06;
1690  solidDisSave[162] = 4.50796e-28;
1691  solidDisSave[163] = 0.000276258;
1692  solidDisSave[164] = 2.3553e-06;
1693  solidDisSave[165] = 8.55785e-28;
1694  solidDisSave[166] = 0.000276258;
1695  solidDisSave[167] = 2.3553e-06;
1696  solidDisSave[168] = 4.50796e-28;
1697  solidDisSave[169] = 0.000276662;
1698  solidDisSave[170] = 2.22417e-06;
1699  solidDisSave[171] = 4.50796e-28;
1700  solidDisSave[172] = 0.000276662;
1701  solidDisSave[173] = 2.22417e-06;
1702  solidDisSave[174] = 4.50796e-28;
1703  solidDisSave[175] = 0.000277053;
1704  solidDisSave[176] = 2.22707e-06;
1705  solidDisSave[177] = 8.55785e-28;
1706  solidDisSave[178] = 0.000277053;
1707  solidDisSave[179] = 2.22707e-06;
1708  solidDisSave[180] = 8.55785e-28;
1709  solidDisSave[181] = 0.000277391;
1710  solidDisSave[182] = 2.3973e-06;
1711  solidDisSave[183] = 4.50796e-28;
1712  solidDisSave[184] = 0.000277391;
1713  solidDisSave[185] = 2.3973e-06;
1714  solidDisSave[186] = 4.50796e-28;
1715  solidDisSave[187] = 0.000277621;
1716  solidDisSave[188] = 2.77441e-06;
1717  solidDisSave[189] = 4.50796e-28;
1718  solidDisSave[190] = 0.000277621;
1719  solidDisSave[191] = 2.77441e-06;
1720  solidDisSave[192] = 8.55785e-28;
1721  solidDisSave[193] = 0.000277665;
1722  solidDisSave[194] = 3.40386e-06;
1723  solidDisSave[195] = 4.50796e-28;
1724  solidDisSave[196] = 0.000277665;
1725  solidDisSave[197] = 3.40386e-06;
1726  solidDisSave[198] = 4.50796e-28;
1727  solidDisSave[199] = 0.000277422;
1728  solidDisSave[200] = 4.33615e-06;
1729  solidDisSave[201] = 4.50796e-28;
1730  solidDisSave[202] = 0.000277422;
1731  solidDisSave[203] = 4.33615e-06;
1732  solidDisSave[204] = 4.50796e-28;
1733  solidDisSave[205] = 0.000276762;
1734  solidDisSave[206] = 5.62512e-06;
1735  solidDisSave[207] = 4.50796e-28;
1736  solidDisSave[208] = 0.000276762;
1737  solidDisSave[209] = 5.62512e-06;
1738  solidDisSave[210] = 4.50796e-28;
1739  solidDisSave[211] = 0.000275523;
1740  solidDisSave[212] = 7.32512e-06;
1741  solidDisSave[213] = 4.50796e-28;
1742  solidDisSave[214] = 0.000275523;
1743  solidDisSave[215] = 7.32512e-06;
1744  solidDisSave[216] = 4.50796e-28;
1745  solidDisSave[217] = 0.000273506;
1746  solidDisSave[218] = 9.48674e-06;
1747  solidDisSave[219] = 4.50796e-28;
1748  solidDisSave[220] = 0.000273506;
1749  solidDisSave[221] = 9.48674e-06;
1750  solidDisSave[222] = 4.50796e-28;
1751  solidDisSave[223] = 0.000270473;
1752  solidDisSave[224] = 1.21506e-05;
1753  solidDisSave[225] = 4.50796e-28;
1754  solidDisSave[226] = 0.000270473;
1755  solidDisSave[227] = 1.21506e-05;
1756  solidDisSave[228] = 4.50796e-28;
1757  solidDisSave[229] = 0.000266148;
1758  solidDisSave[230] = 1.53391e-05;
1759  solidDisSave[231] = 4.50796e-28;
1760  solidDisSave[232] = 0.000266148;
1761  solidDisSave[233] = 1.53391e-05;
1762  solidDisSave[234] = 4.50796e-28;
1763  solidDisSave[235] = 0.000260217;
1764  solidDisSave[236] = 1.90445e-05;
1765  solidDisSave[237] = 8.55785e-28;
1766  solidDisSave[238] = 0.000260217;
1767  solidDisSave[239] = 1.90445e-05;
1768  solidDisSave[240] = 4.50796e-28;
1769  solidDisSave[241] = 0.000252337;
1770  solidDisSave[242] = 2.32151e-05;
1771  solidDisSave[243] = 8.55785e-28;
1772  solidDisSave[244] = 0.000252337;
1773  solidDisSave[245] = 2.32151e-05;
1774  solidDisSave[246] = 4.50796e-28;
1775  solidDisSave[247] = 0.000242147;
1776  solidDisSave[248] = 2.77362e-05;
1777  solidDisSave[249] = 8.55785e-28;
1778  solidDisSave[250] = 0.000242147;
1779  solidDisSave[251] = 2.77362e-05;
1780  solidDisSave[252] = 4.50796e-28;
1781  solidDisSave[253] = 0.00022929;
1782  solidDisSave[254] = 3.24075e-05;
1783  solidDisSave[255] = 8.55785e-28;
1784  solidDisSave[256] = 0.00022929;
1785  solidDisSave[257] = 3.24075e-05;
1786  solidDisSave[258] = 8.55785e-28;
1787  solidDisSave[259] = 0.000213439;
1788  solidDisSave[260] = 3.69166e-05;
1789  solidDisSave[261] = 4.50796e-28;
1790  solidDisSave[262] = 0.000213439;
1791  solidDisSave[263] = 3.69166e-05;
1792  solidDisSave[264] = 4.50796e-28;
1793  solidDisSave[265] = 0.000194344;
1794  solidDisSave[266] = 4.08076e-05;
1795  solidDisSave[267] = 4.50796e-28;
1796  solidDisSave[268] = 0.000194344;
1797  solidDisSave[269] = 4.08076e-05;
1798  solidDisSave[270] = 4.50796e-28;
1799  solidDisSave[271] = 0.000171881;
1800  solidDisSave[272] = 4.34459e-05;
1801  solidDisSave[273] = 4.50796e-28;
1802  solidDisSave[274] = 0.000171881;
1803  solidDisSave[275] = 4.34459e-05;
1804  solidDisSave[276] = 8.55785e-28;
1805  solidDisSave[277] = 0.000146113;
1806  solidDisSave[278] = 4.39784e-05;
1807  solidDisSave[279] = 4.50796e-28;
1808  solidDisSave[280] = 0.000146113;
1809  solidDisSave[281] = 4.39784e-05;
1810  solidDisSave[282] = 4.50796e-28;
1811  solidDisSave[283] = 0.000117336;
1812  solidDisSave[284] = 4.1277e-05;
1813  solidDisSave[285] = 8.55785e-28;
1814  solidDisSave[286] = 0.000117336;
1815  solidDisSave[287] = 4.1277e-05;
1816  solidDisSave[288] = 4.50796e-28;
1817  solidDisSave[289] = 8.60282e-05;
1818  solidDisSave[290] = 3.38566e-05;
1819  solidDisSave[291] = 4.50796e-28;
1820  solidDisSave[292] = 8.60282e-05;
1821  solidDisSave[293] = 3.38566e-05;
1822  solidDisSave[294] = 4.50796e-28;
1823  solidDisSave[295] = 5.2381e-05;
1824  solidDisSave[296] = 1.96674e-05;
1825  solidDisSave[297] = 4.50796e-28;
1826  solidDisSave[298] = 5.2381e-05;
1827  solidDisSave[299] = 1.96674e-05;
1828 
1829  //When comparing double, exact comparison might not do the job. Hence im giving 5% error margin.
1830  for(int i = 0; i < size; i++){
1831  if( !(double_equals(disp[i],solidDisSave[i]))){
1832  return false;
1833  }
1834  }
1835  return true;
1836  }
ElmerFoamFSI::TestingObject::double_equals
bool double_equals(double a, double b, double epsilon=.001)
Definition: ElmerFoamFSITest.H:1208

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