public MatrixAgregator(HMatrixManager hMatrix, CMatrixManager cMatrix, GridManager grid, Configuration config, HbcMatrixManager hbcMatrix, VectorPManager vectorP)
{
HGlobalMatrix = new double[grid.nodesGrid.Count, grid.nodesGrid.Count];
CGlobalMatrix = new double[grid.nodesGrid.Count, grid.nodesGrid.Count];
GlobalPVector = new double[grid.nodesGrid.Count];
GenerateGlobalMatrixes(hMatrix, cMatrix, grid, config, hbcMatrix, vectorP);
}
private void GenerateGlobalMatrixes(HMatrixManager hMatrix, CMatrixManager cMatrix, GridManager grid, Configuration config, HbcMatrixManager hbcMatrix, VectorPManager vectorP)
{
for (int i = 0; i < grid.elementsGrid.Count; i++)
{
double[,] HMatrix = new double[grid.nodesGrid.Count, grid.nodesGrid.Count];
for (int j = 0; j < 4; j++)
{
for (int k = 0; k < 4; k++)
{
HMatrix[j, k] = hMatrix.HMatrix[j, k];
}
}
if (grid.elementsGrid[i].nodes[3].boundaryCondition && grid.elementsGrid[i].nodes[0].boundaryCondition)
{
HMatrix = AddMatrixes(HMatrix, hbcMatrix.Pow4HbcMatrix);
}
if (grid.elementsGrid[i].nodes[1].boundaryCondition && grid.elementsGrid[i].nodes[2].boundaryCondition)
{
HMatrix = AddMatrixes(HMatrix, hbcMatrix.Pow2HbcMatrix);
}
if (grid.elementsGrid[i].nodes[0].boundaryCondition && grid.elementsGrid[i].nodes[1].boundaryCondition)
{
HMatrix = AddMatrixes(HMatrix, hbcMatrix.Pow1HbcMatrix);
}
if (grid.elementsGrid[i].nodes[2].boundaryCondition && grid.elementsGrid[i].nodes[3].boundaryCondition)
{
HMatrix = AddMatrixes(HMatrix, hbcMatrix.Pow3HbcMatrix);
}
for (int j = 0; j < 4; j++)
{
for (int k = 0; k < 4; k++)
{
HGlobalMatrix[grid.elementsGrid[i].nodes[j].Id, grid.elementsGrid[i].nodes[k].Id] += HMatrix[j, k];
CGlobalMatrix[grid.elementsGrid[i].nodes[j].Id, grid.elementsGrid[i].nodes[k].Id] += cMatrix.CMatrix[j, k];
}
if (grid.elementsGrid[i].nodes[0].boundaryCondition && grid.elementsGrid[i].nodes[1].boundaryCondition)
{
GlobalPVector[grid.elementsGrid[i].nodes[j].Id] += vectorP.Pow1PVector[j];
}
if (grid.elementsGrid[i].nodes[1].boundaryCondition && grid.elementsGrid[i].nodes[2].boundaryCondition)
{
GlobalPVector[grid.elementsGrid[i].nodes[j].Id] += vectorP.Pow2PVector[j];
}
if (grid.elementsGrid[i].nodes[2].boundaryCondition && grid.elementsGrid[i].nodes[3].boundaryCondition)
{
GlobalPVector[grid.elementsGrid[i].nodes[j].Id] += vectorP.Pow3PVector[j];
}
if (grid.elementsGrid[i].nodes[3].boundaryCondition && grid.elementsGrid[i].nodes[0].boundaryCondition)
{
GlobalPVector[grid.elementsGrid[i].nodes[j].Id] += vectorP.Pow4PVector[j];
}
}
}
}