////////////////////////////////////////////////////////////////////////////// // oxygenclientgroupitemdata.cpp // handles tabs' geometry and animations // ------------------- // // Copyright (c) 2009 Hugo Pereira Da Costa // // Permission is hereby granted, free of charge, to any person obtaining a copy // of this software and associated documentation files (the "Software"), to // deal in the Software without restriction, including without limitation the // rights to use, copy, modify, merge, publish, distribute, sublicense, and/or // sell copies of the Software, and to permit persons to whom the Software is // furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included in // all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR // IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, // FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE // AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER // LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS // IN THE SOFTWARE. ////////////////////////////////////////////////////////////////////////////// #include "oxygenclientgroupitemdata.h" #include "oxygenclientgroupitemdata.moc" #include "oxygenclient.h" namespace Oxygen { //____________________________________________________________________________ ClientGroupItemDataList::ClientGroupItemDataList( Client* parent ): QObject( parent ), QList(), _client( *parent ), _dirty( false ), animationsEnabled_( true ), _animation( new Animation( 150, this ) ), animationType_( AnimationNone ), progress_(0), draggedItem_( NoItem ), targetItem_( NoItem ) { // setup animation animation().data()->setStartValue( 0 ); animation().data()->setEndValue( 1.0 ); animation().data()->setTargetObject( this ); animation().data()->setPropertyName( "progress" ); } //________________________________________________________________ int ClientGroupItemDataList::itemAt( const QPoint& point, bool between ) const { for( int i=0; i < count(); i++ ) { QRect rect = at(i)._activeRect; if( between ) rect.translate( -rect.width() / 2, 0 ); if( rect.adjusted(0,0,0,2).contains( point ) ) { return i; } } return NoItem; } //____________________________________________________________________________ void ClientGroupItemDataList::animate( AnimationTypes type, int target ) { // store animation type animationType_ = type; if( type == AnimationNone ) { if( isAnimationRunning() ) animation().data()->stop(); targetItem_ = NoItem; draggedItem_ = NoItem; targetRect_ = QRect(); } else if( type & (AnimationEnter|AnimationMove ) ) { // store dragged item bool animate( true ); if( (type&AnimationSameTarget) && draggedItem_ == NoItem ) { animate = false; draggedItem_ = target; } else if( (type&AnimationMove) && targetItem_ == target ) return; // check animation state if( isAnimationRunning() ) animation().data()->stop(); targetItem_ = target; targetRect_ = QRect(); QRect titleRect( _client.titleRect() ); int left( titleRect.left() ); int width = (type&AnimationSameTarget) ? titleRect.width()/count(): titleRect.width()/(count()+1); if( (type&AnimationSameTarget) && draggedItem_ < target ) { target++; if( target >= count() ) target = NoItem; } // loop over items and update bounding rects for( int index = 0; index < count(); index++ ) { ClientGroupItemData& item( ClientGroupItemDataList::operator[](index) ); if( index == target ) { targetRect_ = item._refBoundingRect; targetRect_.setLeft( left ); targetRect_.setWidth( width ); left+=width; } item._startBoundingRect = item._boundingRect; item._endBoundingRect = item._refBoundingRect; item._endBoundingRect.setLeft( left ); if( (type&AnimationSameTarget) && index == draggedItem_ ) { item._endBoundingRect.setWidth( 0 ); } else { item._endBoundingRect.setWidth( width ); left+=width; } } if( targetRect_.isNull() ) { targetRect_ = back()._refBoundingRect; targetRect_.setLeft( left ); targetRect_.setWidth( width ); } if( animate ) { if( animationsEnabled() ) animation().data()->start(); else { // change progress to maximum progress_ = 1; updateBoundingRects(); } } else { for( int index = 0; index < count(); index++ ) { ClientGroupItemData& item( ClientGroupItemDataList::operator[](index) ); item._boundingRect = item._endBoundingRect; } updateButtons( true ); } } else if( type & AnimationLeave ) { // stop animation state if( isAnimationRunning() ) animation().data()->stop(); // reset target targetItem_ = NoItem; targetRect_ = QRect(); if( type & AnimationSameTarget ) { // store dragged item draggedItem_ = target; // do nothing if only one item if( count() <= 1 ) return; QRect titleRect( _client.titleRect() ); int left( titleRect.left() ); int width = titleRect.width()/(count()-1); // loop over items and update bounding rects for( int index = 0; index < count(); index++ ) { ClientGroupItemData& item( ClientGroupItemDataList::operator[](index) ); item._startBoundingRect = item._boundingRect; item._endBoundingRect = item._refBoundingRect; item._endBoundingRect.setLeft( left ); if( index != target ) { if( count() <= 2 ) { item._endBoundingRect = _client.defaultTitleRect( index == _client.visibleClientGroupItem() ); } else { item._endBoundingRect.setWidth( width ); left+=width; } } else { item._endBoundingRect.setWidth( 0 ); } } } else { // loop over items and update bounding rects for( int index = 0; index < count(); index++ ) { ClientGroupItemData& item( ClientGroupItemDataList::operator[](index) ); item._startBoundingRect = item._boundingRect; item._endBoundingRect = item._refBoundingRect; } } if( animationsEnabled() ) animation().data()->start(); else { // change progress to maximum progress_ = 1; updateBoundingRects(); } } return; } //____________________________________________________________________________ void ClientGroupItemDataList::updateButtonActivity( int visibleItem ) const { for( int index = 0; index < count(); index++ ) { const ClientGroupItemData& item( at(index) ); if( item._closeButton ) { item._closeButton.data()->setForceInactive( index != visibleItem ); } } } //____________________________________________________________________________ void ClientGroupItemDataList::updateButtons( bool alsoUpdate ) const { // move close buttons if( alsoUpdate ) _client.widget()->setUpdatesEnabled( false ); for( int index = 0; index < count(); index++ ) { const ClientGroupItemData& item( at(index) ); if( !item._closeButton ) continue; if( (!item._boundingRect.isValid()) || ((animationType_ & AnimationSameTarget)&&count()<=2 ) ) { item._closeButton.data()->hide(); } else { QPoint position( item._boundingRect.right() - _client.configuration().buttonSize() - _client.layoutMetric(KCommonDecoration::LM_TitleEdgeRight), item._boundingRect.top() + _client.layoutMetric( KCommonDecoration::LM_TitleEdgeTop ) ); if( item._closeButton.data()->isHidden() ) item._closeButton.data()->show(); item._closeButton.data()->move( position ); } } if( alsoUpdate ) { _client.widget()->setUpdatesEnabled( true ); _client.updateTitleRect(); } } //____________________________________________________________________________ void ClientGroupItemDataList::updateBoundingRects( bool alsoUpdate ) { qreal ratio( progress() ); for( iterator iter = begin(); iter != end(); ++iter ) { // left if( iter->_endBoundingRect.left() == iter->_startBoundingRect.left() ) { iter->_boundingRect.setLeft( iter->_startBoundingRect.left() ); } else { iter->_boundingRect.setLeft( (1.0-ratio)*iter->_startBoundingRect.left() + ratio*iter->_endBoundingRect.left() ); } // right if( iter->_endBoundingRect.right() == iter->_startBoundingRect.right() ) { iter->_boundingRect.setRight( iter->_startBoundingRect.right() ); } else { iter->_boundingRect.setRight( (1.0-ratio)*iter->_startBoundingRect.right() + ratio*iter->_endBoundingRect.right() ); } } // update button position updateButtons( alsoUpdate ); } }