//-----------------------------------------------------------------------
PUDynamicAttributeCurved::PUDynamicAttributeCurved (const PUDynamicAttributeCurved& dynamicAttributeCurved)
{
_type = PUDynamicAttribute::DAT_CURVED;
_interpolationType = dynamicAttributeCurved._interpolationType;
_spline = dynamicAttributeCurved._spline;
_range = dynamicAttributeCurved._range;
// Copy controlpoints
PUDynamicAttributeCurved::ControlPointList::const_iterator it; // Need const_iterator here!
PUDynamicAttributeCurved::ControlPointList::const_iterator itEnd = dynamicAttributeCurved._controlPoints.end();
for (it = dynamicAttributeCurved._controlPoints.begin(); it != itEnd; ++it)
{
Vec2 controlPoint = *it;
_controlPoints.push_back (controlPoint);
}
processControlPoints();
}
//-----------------------------------------------------------------------
DynamicAttributeCurved::DynamicAttributeCurved (const DynamicAttributeCurved& dynamicAttributeCurved)
{
mType = DynamicAttribute::DAT_CURVED;
mInterpolationType = dynamicAttributeCurved.mInterpolationType;
mSpline = dynamicAttributeCurved.mSpline;
mRange = dynamicAttributeCurved.mRange;
// Copy controlpoints
DynamicAttributeCurved::ControlPointList::const_iterator it; // Need const_iterator here!
DynamicAttributeCurved::ControlPointList::const_iterator itEnd = dynamicAttributeCurved.mControlPoints.end();
for (it = dynamicAttributeCurved.mControlPoints.begin(); it != itEnd; ++it)
{
Vector2 controlPoint = *it;
mControlPoints.push_back (controlPoint);
}
processControlPoints();
}
void veValueCurved::addControlPoint(veReal x, veReal y)
{
_cpList.push_back(veVec2(x, y));
processControlPoints();
}
