public void Start(Vector3 p1, Vector3 p2, Vector3 t1, Vector3 t2, Vector3 u1, Vector3 u2, float field1, float field2, float aspect1, float aspect2, float near1, float near2, float far1, float far2)
{
_pinterp = new Vec3Interpolator();
_tinterp = new Vec3Interpolator();
_uinterp = new Vec3Interpolator();
_fieldinterp = new FloatInterpolator();
_aspectinterp = new FloatInterpolator();
_nearinterp = new FloatInterpolator();
_farinterp = new FloatInterpolator();
_pinterp.Start(p1, p2, _timeInSeconds);
_tinterp.Start(t1, t2, _timeInSeconds);
_uinterp.Start(u1, u2, _timeInSeconds);
_fieldinterp.Start(field1, field2, _timeInSeconds);
_aspectinterp.Start(aspect1, aspect2, _timeInSeconds);
_nearinterp.Start(near1, near2, _timeInSeconds);
_farinterp.Start(far1, far2, _timeInSeconds);
}
public void Start(Vector3 p1, Vector3 p2, Vector3 t1, Vector3 t2, Vector3 u1, Vector3 u2, float field1, float field2, float aspect1, float aspect2, float near1, float near2, float far1, float far2)
{
_pinterp = new Vec3Interpolator();
_tinterp = new Vec3Interpolator();
_uinterp = new Vec3Interpolator();
_fieldinterp = new FloatInterpolator();
_aspectinterp = new FloatInterpolator();
_nearinterp = new FloatInterpolator();
_farinterp = new FloatInterpolator();
_pinterp.Start(p1,p2, _timeInSeconds);
_tinterp.Start(t1,t2, _timeInSeconds);
_uinterp.Start(u1, u2, _timeInSeconds);
_fieldinterp.Start(field1, field2, _timeInSeconds);
_aspectinterp.Start(aspect1, aspect2, _timeInSeconds);
_nearinterp.Start(near1, near2, _timeInSeconds);
_farinterp.Start(far1, far2, _timeInSeconds);
}