/// <inheritdoc/>
void IAcceptBehavior.Accept()
{
if (_method is IBreakpointMethod method)
{
// The integration method supports breakpoints, let's see if we need to add one
if (_wasBreak || method.Break)
{
// Calculate the slope reaching this accepted solution
double slope1, slope2;
if (method.Time.Equals(0.0))
{
// The first timepoint is assumed to have a slope of 0
slope1 = 0.0;
slope2 = 0.0;
}
else
{
var signals = Signals;
var delta = signals.GetTime(0) - signals.GetTime(1);
slope1 = (signals.GetValue(0, 0) - signals.GetValue(1, 0)) / delta;
slope2 = (signals.GetValue(0, 1) - signals.GetValue(1, 1)) / delta;
}
// If the previous point was a breakpoint, let's decide if we need another in the future
if (_wasBreak)
{
var tol1 = Parameters.RelativeTolerance * Math.Max(Math.Abs(slope1), Math.Abs(_oldSlope1)) +
Parameters.AbsoluteTolerance;
var tol2 = Parameters.RelativeTolerance * Math.Max(Math.Abs(slope2), Math.Abs(_oldSlope2)) +
Parameters.AbsoluteTolerance;
if (Math.Abs(slope1 - _oldSlope1) > tol1 || Math.Abs(slope2 - _oldSlope2) > tol2)
{
method.Breakpoints.SetBreakpoint(Signals.GetTime(1) + Parameters.Delay);
}
}
// Track for the next time
_oldSlope1 = slope1;
_oldSlope2 = slope2;
_wasBreak = method.Break;
}
}
Signals.AcceptProbedValues();
}