NaturalSpline3<Real>::NaturalSpline3 (BoundaryType type, int numSegments,
Real* times, Vector3<Real>* points)
:
MultipleCurve3<Real>(numSegments, times)
{
mA = points;
switch (type)
{
case BT_FREE:
{
CreateFreeSpline();
break;
}
case BT_CLAMPED:
{
Vector3<Real> derStart = mA[1] - mA[0];
Vector3<Real> derFinal = mA[mNumSegments] - mA[mNumSegments-1];
CreateClampedSpline(derStart, derFinal);
break;
}
case BT_CLOSED:
{
CreateClosedSpline();
break;
}
}
}
NaturalSpline1<Real>::NaturalSpline1 ( bool free, int numSamples,
Real* times, Real* values )
:
mNumSamples( numSamples ),
mNumSegments( numSamples - 1 ),
mTimes( times ),
mA( values )
{
assertion( numSamples >= 2 && times && values, "Invalid input\n" );
if ( free )
{
CreateFreeSpline();
}
else
{
CreatePeriodicSpline();
}
}