/// <summary>
/// Accepts a solution at the current timepoint.
/// </summary>
public virtual void Accept()
{
// Store the accepted solution
State.Solution.CopyTo(States.Value.Solution);
// When just starting out, we want to copy all the states to the previous states.
if (BaseTime.Equals(0.0))
{
foreach (var istate in States)
{
istate.Delta = Parameters.MaxStep;
States.Value.State.CopyTo(istate.State);
}
}
// Accept all the registered states
foreach (var state in RegisteredStates)
{
state.Accept();
}
// Clear the breakpoints
while (Time > Breakpoints.First)
{
Breakpoints.ClearBreakpoint();
}
Break = false;
}
/// <inheritdoc/>
public virtual void Initialize()
{
Time = 0.0;
BaseTime = 0.0;
Order = 1;
Slope = 0.0;
_saveDelta = double.PositiveInfinity;
// Breakpoints
Break = true;
Breakpoints.Clear();
Breakpoints.SetBreakpoint(Parameters.StartTime);
Breakpoints.SetBreakpoint(Parameters.StopTime);
// Create the prediction vector
State.Solution.CopyTo(States.Value.Solution);
Prediction = new DenseVector <double>(State.Solver.Size);
// Calculate an initial timestep
Delta = Math.Min(Parameters.StopTime / 50.0, Parameters.InitialStep) / 10.0;
}
