public virtual void LoadFromFile(string FileName)
{
IFormatter formatter = new BinaryFormatter();
Stream stream = new FileStream(FileName, FileMode.Open, FileAccess.Read, FileShare.Read);
FEMSolverOutput_Transient_SolverInfo SolverInfo = (FEMSolverOutput_Transient_SolverInfo)formatter.Deserialize(stream);
LoadFrom_SolverOutput_Values_AStep(SolverInfo);
stream.Close();
}
protected void LoadFrom_SolverOutput_Values_AStep(FEMSolverOutput_Transient_SolverInfo SolverInfo)
{
this.Output_DTimes = SolverInfo.Output_DTimes;
this.Output_NumberOfStepsToSkip = SolverInfo.Output_NumberOfStepsToSkip;
this.Output_Step_FileName = SolverInfo.Output_Step_FileName;
this.Output_Step_StepNotStored = SolverInfo.Output_Step_StepNotStored;
this.Output_Step_LastIndex = SolverInfo.Output_Step_LastIndex;
this.Output_DirectoryAddess = SolverInfo.Output_DirectoryAddess;
this.Output_SolutionName = SolverInfo.Output_SolutionName;
this.OutputAddress = SolverInfo.OutputAddress;
}
public void Initialize_Solver_ND_Transient(double TheDTime, int TheNumberOfStepsToStore, int TheNumberOfStepsToSkipOutput, string OutputDirectory)
{
DTime = TheDTime;
NumberOfStepsToStore = TheNumberOfStepsToStore;
NumberOfStepsToSkipOutput = TheNumberOfStepsToSkipOutput;
StartIndex = 0;
Times = new Vector(NumberOfStepsToStore + 1);
Ut = new Vector[NumberOfStepsToStore + 1];
Solver_Output_Info = new FEMSolverOutput_Transient_SolverInfo(NumberOfStepsToStore, TheNumberOfVectorsToStorePerStep, OutputDirectory);
}
