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//===========================================
// Lumina Desktop source code
// Copyright (c) 2017, Ken Moore
// Available under the 3-clause BSD license
// See the LICENSE file for full details
//===========================================
#include "RootSubWindow.h"
#include <QDebug>
QStringList RootSubWindow::validAnimations(NativeWindow::Property prop){
QStringList valid;
if(prop == NativeWindow::Visible){
valid << "zoom" << "wipe-center-vertical" << "wipe-center-horizontal" << "shade-top" << "shade-right" << "shade-left" << "shade-bottom";
}
return valid;
}
void RootSubWindow::loadAnimation(QString name, NativeWindow::Property prop, QVariant nval){
animResetProp.clear();
//Special case - random animation each time
if(name=="random"){
QStringList valid = validAnimations(prop);
name = valid.at(qrand()%valid.length());
}
//Now setup the animation
if(prop == NativeWindow::Visible){
//NOTE: Assigns values for "invisible->visible" animation: will reverse it afterwards as needed
anim->setPropertyName("geometry");
QRect geom = this->geometry();
if(name == "zoom"){
//Zoom to/from the center point
anim->setStartValue( QRect(geom.center(), QSize(0,0)) );
anim->setEndValue(geom);
}else if(name == "wipe-center-vertical"){
anim->setStartValue( QRect( geom.center().x(), geom.y(), 0, geom.height()) );
anim->setEndValue( geom );
}else if(name == "wipe-center-horizontal"){
anim->setStartValue( QRect( geom.x(), geom.center().y(), geom.width(), 0) );
anim->setEndValue( geom );
}else if(name == "shade-top"){
anim->setStartValue( QRect( geom.x(), geom.y(), geom.width(), 0) );
anim->setEndValue( geom );
}else if(name == "shade-bottom"){
anim->setStartValue( QRect( geom.x(), geom.y()+geom.height(), geom.width(), 0) );
anim->setEndValue( geom );
}else if(name == "shade-left"){
anim->setStartValue( QRect( geom.x(), geom.y(), 0, geom.height()) );
anim->setEndValue( geom );
}else if(name == "shade-right"){
anim->setStartValue( QRect( geom.x()+geom.width(), geom.y(), 0, geom.height()) );
anim->setEndValue( geom );
}else{
//Invalid/None animation
if(nval.toBool()){ this->show(); }
else{ this->hide(); }
return;
}
if(nval.toBool()){
this->setGeometry( anim->startValue().toRect() ); //ensure the window is the initial geom before it becomes visible
}else{
QVariant tmp = anim->startValue();
anim->setStartValue(anim->endValue());
anim->setEndValue(tmp);
animResetProp = anim->startValue();
QTimer::singleShot(anim->duration(), this, SLOT(hide()) );
}
anim->start();
this->show();
} //end of Visibility animation
}
void RootSubWindow::animFinished(){
if(closing){ this->close(); return;}
else if(anim->propertyName()=="geometry"){
if(!animResetProp.isNull()){
/*qDebug() << "Animation Finished, Reset Geometry:" << animResetProp.toRect();
qDebug() << " - Starting Value:" << anim->startValue().toRect();
qDebug() << " - Ending Value:" << anim->endValue().toRect();*/
this->setGeometry( animResetProp.toRect() );
//Also ensure that the proper geometry is saved to the window structure
QRect curg = this->geometry();
QRect wing = WIN->geometry();
qDebug() << " - After Animation Reset:" << curg << wing;
if(curg!=wing){
QRect clientg = clientGlobalGeom();
qDebug() << "Sub Window geometry:" << clientg;
WIN->setProperties(QList< NativeWindow::Property>() << NativeWindow::Size << NativeWindow::GlobalPos,
QList<QVariant>() << clientg.size() << clientg.topLeft() );
WinWidget->resyncWindow(); //also let the window know about the current geometry
}
}
}
animResetProp = QVariant(); //clear the variable
}
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