private void initialize(int[] _index, int _nNode, int _elemDim, int _nIntPoint)
{
typeOfStress = type.Cauchy; //default value
nIntPoint = _nIntPoint;
nBIntPoint = 0;
nNode = _nNode;
elemDim = _elemDim;
nDV = nNode * __DIM;
intP = new integratingPoint[nIntPoint];
this.bIntP = new integratingPoint[0];
for (int i = 0; i < nIntPoint; i++)
{
intP[i] = new integratingPoint(nNode, elemDim);
}
node = new double[nDV];
phi = new double[nNode];
index = new int[nNode];
gradient = new double[nDV];
hess = new double [nDV, nDV];
force = new double[nDV];
setupIndex(_index);
}
private void initialize(int[] _index,int _nNode,int _elemDim,int _nIntPoint)
{
typeOfStress = type.Cauchy; //default value
nIntPoint=_nIntPoint;
nBIntPoint = 0;
nNode=_nNode;
elemDim=_elemDim;
nDV=nNode*__DIM;
intP=new integratingPoint[nIntPoint];
this.bIntP = new integratingPoint[0];
for (int i = 0; i < nIntPoint; i++)
{
intP[i]=new integratingPoint(nNode,elemDim);
}
node=new double[nDV];
phi = new double[nNode];
index=new int[nNode];
gradient=new double[nDV];
hess=new double [nDV,nDV];
force=new double[nDV];
setupIndex(_index);
}