void ofxTLCurves::mouseReleased(ofMouseEventArgs& args, long millis){
if(drawingEasingWindow && args.button == 0){
drawingEasingWindow = false;
timeline->dismissedModalContent();
ofVec2f screenpoint(args.x,args.y);
for(int i = 0; i < easingFunctions.size(); i++){
if(easingFunctions[i]->bounds.inside(screenpoint-easingWindowPosition)){
for(int k = 0; k < selectedKeyframes.size(); k++){
((ofxTLTweenKeyframe*)selectedKeyframes[k])->easeFunc = easingFunctions[i];
}
timeline->flagTrackModified(this);
shouldRecomputePreviews = true;
return;
}
}
for(int i = 0; i < easingTypes.size(); i++){
if(easingTypes[i]->bounds.inside(screenpoint-easingWindowPosition)){
for(int k = 0; k < selectedKeyframes.size(); k++){
((ofxTLTweenKeyframe*)selectedKeyframes[k])->easeType = easingTypes[i];
}
timeline->flagTrackModified(this);
shouldRecomputePreviews = true;
return;
}
}
}
else{
ofxTLKeyframes::mouseReleased(args, millis);
}
}
void ofxTLKeyframes::mouseDragged(ofMouseEventArgs& args, long millis){
if(keysAreStretchable){
//cast the stretch anchor to long so that it can be signed
float stretchRatio = 1.0*(millis-long(stretchAnchor)) / (1.0*stretchSelectPoint-stretchAnchor);
for(int k = 0; k < selectedKeyframes.size(); k++){
setKeyframeTime(selectedKeyframes[k], ofClamp(stretchAnchor + (selectedKeyframes[k]->grabTimeOffset * stretchRatio),
0, timeline->getDurationInMilliseconds()));
selectedKeyframes[k]->screenPosition = screenPositionForKeyframe(selectedKeyframes[k]);
}
timeline->flagUserChangedValue();
keysDidDrag = true;
updateKeyframeSort();
}
if(keysAreDraggable && selectedKeyframes.size() != 0){
ofVec2f screenpoint(args.x,args.y);
for(int k = 0; k < selectedKeyframes.size(); k++){
ofVec2f newScreenPosition;
setKeyframeTime(selectedKeyframes[k], ofClamp(millis - selectedKeyframes[k]->grabTimeOffset,
screenXToMillis(bounds.getMinX()), screenXToMillis(bounds.getMaxX())));
selectedKeyframes[k]->value = screenYToValue(args.y - selectedKeyframes[k]->grabValueOffset);
selectedKeyframes[k]->screenPosition = screenPositionForKeyframe(selectedKeyframes[k]);
}
if(selectedKeyframe != NULL && timeline->getMovePlayheadOnDrag()){
timeline->setCurrentTimeMillis(selectedKeyframe->time);
}
timeline->flagUserChangedValue();
keysDidDrag = true;
updateKeyframeSort();
}
createNewOnMouseup = false;
}
void ofxTLKeyframes::mouseDragged(ofMouseEventArgs& args, long millis){
if(keysAreDraggable && selectedKeyframes.size() != 0){
ofVec2f screenpoint(args.x,args.y);
for(int k = 0; k < selectedKeyframes.size(); k++){
ofVec2f newScreenPosition;
selectedKeyframes[k]->time = millis - selectedKeyframes[k]->grabTimeOffset;
selectedKeyframes[k]->value = screenYToValue(args.y - selectedKeyframes[k]->grabValueOffset);
selectedKeyframes[k]->screenPosition = screenPositionForKeyframe(selectedKeyframes[k]);
}
if(selectedKeyframe != NULL && timeline->getMovePlayheadOnDrag()){
timeline->setCurrentTimeMillis(selectedKeyframe->time);
}
timeline->flagUserChangedValue();
keysDidDrag = true;
updateKeyframeSort();
}
createNewOnMouseup = false;
}