static void quilted (const Vector3d& EPoint, const TNORMAL *Tnormal, Vector3d& normal)
{
Vector3d value;
DBL t;
value[X] = EPoint[X]-FLOOR(EPoint[X])-0.5;
value[Y] = EPoint[Y]-FLOOR(EPoint[Y])-0.5;
value[Z] = EPoint[Z]-FLOOR(EPoint[Z])-0.5;
t = value.length();
t = quilt_cubic(t, dynamic_cast<QuiltedPattern*>(Tnormal->pattern.get())->Control0, dynamic_cast<QuiltedPattern*>(Tnormal->pattern.get())->Control1);
value *= t;
normal += (DBL)Tnormal->Amount * value;
}
static void quilted (const VECTOR EPoint, const TNORMAL *Tnormal, VECTOR normal)
{
VECTOR value;
DBL t;
value[X] = EPoint[X]-FLOOR(EPoint[X])-0.5;
value[Y] = EPoint[Y]-FLOOR(EPoint[Y])-0.5;
value[Z] = EPoint[Z]-FLOOR(EPoint[Z])-0.5;
t = sqrt(value[X]*value[X]+value[Y]*value[Y]+value[Z]*value[Z]);
t = quilt_cubic(t, Tnormal->Vals.Quilted.Control0, Tnormal->Vals.Quilted.Control1);
value[X] *= t;
value[Y] *= t;
value[Z] *= t;
VAddScaledEq (normal, Tnormal->Amount,value);
}
