public void Solve(double[] rhsVector)
{
if (ActivateNonLinearSolver == true)
{
staticSolutionVector = NonLinearScheme.Solve(AssemblyData, LinearScheme, rhsVector);
}
else
{
if (CustomStiffnessMatrix == null)
{
double[,] coefMatrix = AssemblyData.CreateTotalStiffnessMatrix();
staticSolutionVector = LinearScheme.Solve(coefMatrix, rhsVector);
}
//double[,] coefMatrix = AssemblyData.CreateTotalStiffnessMatrix();
//staticSolutionVector = LinearScheme.Solve(coefMatrix, rhsVector);
else
{
double[,] coefMatrix = CustomStiffnessMatrix;
staticSolutionVector = LinearScheme.Solve(coefMatrix, rhsVector);
}
}
}
public void Solve(double[] rhsVector)
{
if (ActivateNonLinearSolver == true)
{
dynamicSolutionVector = NonLinearScheme.Solve(AssemblyData, LinearScheme, rhsVector);
}
else
{
if (CustomStiffnessMatrix == null)
{
double[,] coefMatrix = AssemblyData.CreateTotalStiffnessMatrix();
dynamicSolutionVector = LinearScheme.Solve(coefMatrix, rhsVector);
}
//double[,] coefMatrix = AssemblyData.CreateTotalStiffnessMatrix();
//staticSolutionVector = LinearScheme.Solve(coefMatrix, rhsVector);
else
{
CentralDifferences dynamicScheme = new CentralDifferences(LinearScheme, InitialConditionValues, TotalSimulationTime, TotalTimeSteps, CustomStiffnessMatrix, CustomMassMatrix, rhsVector);
dynamicSolutionVector = dynamicScheme.GetExplicitSolution;
}
}
}