virtual void AnalyzeStep( avtIVPStep &step, avtIVPField *field)
{
avtVector p = step.GetP1();
dist += sqrt((p.x-last_loc[0])*(p.x-last_loc[0])+
(p.y-last_loc[1])*(p.y-last_loc[1]));
last_loc[0] = p.x;
last_loc[1] = p.y;
if (numSteps++ >= 1000)
status = STATUS_FINISHED;
}
// ****************************************************************************
// Method: avtLCSIC::AnalyzeStep
//
// Purpose:
// Analyzes the current step.
//
// Programmer: Allen Sanderson
// Creation: August 14, 2013
//
// Modifications:
//
// ****************************************************************************
void avtLCSIC::AnalyzeStep( avtIVPStep &step,
avtIVPField *field)
{
if (CheckForTermination(step, field))
status.SetTerminationMet();
// These must be called after CheckForTermination, because
// CheckForTermination will modify the step if it goes beyond the
// termination criteria. (Example: streamlines will split a step if it
// is terminating by distance.)
p_end = step.GetP1();
time = step.GetT1();
arcLength += step.GetLength();
distance += step.GetLength();
summation0 += (p_start - p_end).length();
summation1 = (p_start - p_end).length();
}
