private static IEnumerable <double> GetTimes(ICurve1 curve, double tinc)
{
if (curve is MultiCurve1)
{
TimeList times = new TimeList();
MultiCurve1 multi = (MultiCurve1)curve;
for (int i = 0; i < multi.NumSegments; i++)
{
double tmin = multi.GetTMin(i);
double tmax = multi.GetTMax(i);
double t = tmin;
while (t < tmax)
{
times.Add(t);
t += tinc;
}
times.Add(tmax);
}
return(times.GetTimes());
}
else
{
TimeList times = new TimeList();
double tmin = curve.TMin;
double tmax = curve.TMax;
double t = tmin;
while (t < tmax)
{
times.Add(t);
t += tinc;
}
times.Add(tmax);
return(times.GetTimes());
}
}
private static IEnumerable <double> GetTimes(ICurve2 curve, double tinc)
{
if (curve is MultiCurve2)
{
TimeList times = new TimeList();
MultiCurve2 multi = (MultiCurve2)curve;
for (int i = 0; i < multi.NumSegments; i++)
{
double tmin = multi.GetTMin(i);
double tmax = multi.GetTMax(i);
double t = tmin;
while (t < tmax)
{
times.Add(t);
t += tinc;
}
times.Add(tmax);
}
return(times.GetTimes());
}
else if (curve is DisplacedCurve2)
{
DisplacedCurve2 displaced = (DisplacedCurve2)curve;
return(MathUtils.ConcatSorted(GetTimes(displaced.Curve, tinc), GetTimes(displaced.Displacement, tinc)));
}
else
{
TimeList times = new TimeList();
double tmin = curve.TMin;
double tmax = curve.TMax;
double t = tmin;
while (t < tmax)
{
times.Add(t);
t += tinc;
}
times.Add(tmax);
return(times.GetTimes());
}
}