void GuiInspectorGroup::animateToContents()
{
calculateHeights();
if(size() > 0)
animateTo( mExpanded.extent.y );
else
animateTo( mHeader.extent.y );
}
void ofxAnimatableOfPoint::animateToAfterDelay( ofPoint where, float delay ){
if (delay <= 0.0f){
animateTo(where);
}else{
//originalTempPoint_ = getCurrentPosition();
targetTempPoint_ = where;
ofxAnimatable::startAnimationAfterDelay(delay);
}
}
void ofxAnimatableFloat::animateToAfterDelay( float newVal, float delay ){
if (delay <= 0.0f){
animateTo(newVal);
}else{
//originalTempVal_ = val();
targetTempVal_ = newVal;
ofxAnimatable::startAnimationAfterDelay(delay);
}
}
void ofxAnimatableOfColor::startBlinking( float blinkDuration) {
setRepeatType(LOOP_BACK_AND_FORTH);
setCurve(EASE_IN_EASE_OUT);
setAlphaOnly(0.0f);
setDuration( blinkDuration );
ofColor c = getCurrentColor();
c.a = 255;
animateTo( c );
}
void ofxAnimatableOfColor::fadeIn() {
ofColor targetC = getCurrentColor();
if ( sizeof(targetC.r) == sizeof(float) )
targetC.a = (float)1.0f;
else if ( sizeof(targetC.r) == sizeof(unsigned char) )
targetC.a = (unsigned char) numeric_limits<unsigned char>::max();
else if ( sizeof(targetC.r) == sizeof(unsigned short) )
targetC.a = (unsigned char) numeric_limits<unsigned short>::max();
animateTo( targetC );
}
void ofxAnimatableOfPoint::animateToIfFinished( ofPoint where ){
if (animating_ == false){
animateTo(where);
}
}
void ofxAnimatableOfPoint::startAfterWait(){
animateTo(targetTempPoint_);
}
void ofxAnimatableFloat::startAfterWait(){
animateTo(targetTempVal_);
}
void ofxAnimatableFloat::animateToIfFinished( float newVal ){
if ( animating_ == false ){
animateTo(newVal);
}
}
void ofxAnimatableOfColor::fadeOut() {
ofColor targetC = getCurrentColor();
targetC.a = 0.0f;
animateTo( targetC );
}
void ofxAnimatableOfColor::animateToIfFinished( ofColor col ) {
if (animating_ == false) {
animateTo( col );
}
}
void ofxAnimatableOfColor::startAfterWait() {
animateTo(targetTempColor_);
}
