//----------------------------------------------------------
void ofRectangle::scaleTo(const ofRectangle& targetRect,
ofScaleMode scaleMode) {
if(scaleMode == OF_SCALEMODE_FIT) {
scaleTo(targetRect,
OF_ASPECT_RATIO_KEEP,
OF_ALIGN_HORZ_CENTER,
OF_ALIGN_VERT_CENTER);
} else if(scaleMode == OF_SCALEMODE_FILL) {
scaleTo(targetRect,
OF_ASPECT_RATIO_KEEP_BY_EXPANDING,
OF_ALIGN_HORZ_CENTER,
OF_ALIGN_VERT_CENTER);
} else if(scaleMode == OF_SCALEMODE_CENTER) {
alignTo(targetRect,
OF_ALIGN_HORZ_CENTER,
OF_ALIGN_VERT_CENTER);
} else if(scaleMode == OF_SCALEMODE_STRETCH_TO_FILL) {
scaleTo(targetRect,
OF_ASPECT_RATIO_IGNORE,
OF_ALIGN_HORZ_CENTER,
OF_ALIGN_VERT_CENTER);
} else {
scaleTo(targetRect,
OF_ASPECT_RATIO_KEEP);
}
}
/**
* Get the point right between two other points (in spherical sense, so the result has the middle abs of gps1 and gps2)
*/
template<typename T> Spherical<T> calculateCenter(const Spherical<T>& gps1,
const Spherical<T>& gps2) {
Cartesian<T> cartesian1 = sphericalToCartesian(gps1) / 2;
Cartesian<T> cartesian2 = sphericalToCartesian(gps2) / 2;
Spherical<T> newPoint = cartesianToSpherical(cartesian1 + cartesian2);
return scaleTo(newPoint, (gps1.z + gps2.z) / 2);
}
//----------------------------------------------------------
void ofRectangle::scaleTo(const ofRectangle& targetRect,
ofAspectRatioMode subjectAspectRatioMode,
ofAlignHorz sharedHorzAnchor,
ofAlignVert sharedVertAnchor) {
scaleTo(targetRect,
subjectAspectRatioMode,
sharedHorzAnchor,
sharedVertAnchor,
sharedHorzAnchor,
sharedVertAnchor);
}
void BasicScreenObject::scaleTo(float _endscale, float _scaletime, float (ofxTransitions::*ease) (float,float,float,float)) {
scaleTo(_endscale, _endscale, _endscale, _scaletime, ease, 0);
}
void BasicScreenObject::scaleTo(float _endscale, float _scaletime) {
scaleTo(_endscale, _endscale, _endscale, _scaletime, &ofxTransitions::easeInOutCubic, 0);
}
