FCL/sf/mw/hb: comparison src/hbwidgets/sliders/hbratingslider.cpp

equal deleted inserted replaced

-:f7ac710697a9
+:06ff229162e9
 #include <hbratingslider.h>
 #include "hbratingslider_p.h"
 #include <hbtooltip.h>
-#include <hbstyleoptionratingslider.h>
+#include <hbstyleoptionratingslider_p.h>
 #include <QGraphicsItem>
 #include <QGraphicsSceneMouseEvent>
 #include <hbtoucharea.h>
 #ifdef HB_GESTURE_FW
 #endif
 #define MAX_NUMBER_OF_ICONS 10
 HbRatingSliderPrivate::HbRatingSliderPrivate():
-	mMousePressed(false),
+mMousePressed(false),
-	mLookupValues(0),
+mLookupValues(0),
-	mReadOnly(false),
+mReadOnly(false),
-	mNumberOfIcons(5),
+mNumberOfIcons(5),
-	mStepCount(5),
+mStepCount(5),
-	mCurrentValue(0),
+mCurrentValue(0),
-	mFrame(0),
+mFrame(0),
-	mTrack(0),
+mTrack(0),
-	mLayoutItem(0),
+mLayoutItem(0),
-	mUnratedIconName(""),
+mUnratedIconName(""),
-	mTouchArea(0),
+mTouchArea(0),
-	mRatedIconName("")
+mRatedIconName("")
 {
 }
 HbRatingSliderPrivate::~HbRatingSliderPrivate()
 {
-	if(mLookupValues) {
+if(mLookupValues) {
-		delete [] mLookupValues;
+delete [] mLookupValues;
-	}
+}
 }
 void HbRatingSliderPrivate::init()
 {
-	Q_Q(HbRatingSlider);
+Q_Q(HbRatingSlider);
-	mLayoutItem = q->style()->createPrimitive(HbStyle::P_RatingSlider_layout,q);
+mLayoutItem = q->style()->createPrimitive(HbStyle::P_RatingSlider_layout,q);
 mFrame = q->style()->createPrimitive(HbStyle::P_RatingSlider_frame,mLayoutItem);
 mTrack = q->style()->createPrimitive(HbStyle::P_RatingSlider_track,mFrame);
 mTouchArea = q->style()->createPrimitive(HbStyle::P_RatingSlider_toucharea, q);
-	q->updatePrimitives();
+q->updatePrimitives();
-	#ifdef HB_EFFECTS
+#ifdef HB_EFFECTS
 HbEffectInternal::add(HB_RATINGSLIDER_ITEM_TYPE,"ratingslider_appear", "ratingslider_appear");
 HbEffectInternal::add(HB_RATINGSLIDER_ITEM_TYPE,"ratingslider_disappear", "ratingslider_disappear");
 #endif
 #ifdef HB_GESTURE_FW
 }
 void HbRatingSliderPrivate::createLookupTable()
 {
-	if(mLookupValues) {
+if(mLookupValues) {
-		delete [] mLookupValues;
+delete [] mLookupValues;
-		mLookupValues=0;
+mLookupValues=0;
-	}
+}
-	mLookupValues = new int[mStepCount];
+mLookupValues = new int[mStepCount];
-	qreal width = mFrame->boundingRect().width();
+qreal width = mFrame->boundingRect().width();
-	int bandWidth =(int) (width/mStepCount);
+int bandWidth =(int) (width/mStepCount);
-	for(int i=0;i < mStepCount;i++) {
+for(int i=0;i < mStepCount;i++) {
-		mLookupValues[i] = bandWidth*(i+1);
+mLookupValues[i] = bandWidth*(i+1);
-	}
+}
 }
 int HbRatingSliderPrivate::calculateProgressValue(qreal pos)
 {
-	Q_Q(HbRatingSlider);
+Q_Q(HbRatingSlider);
-	int count=0;
+int count=0;
-	for(count=0;count< mStepCount ;count++) {
+for(count=0;count< mStepCount ;count++) {
-		if(pos <= mLookupValues[count])
+if(pos <= mLookupValues[count])
-				break;
+break;
-	}
+}
-	if(q->layoutDirection() == Qt::RightToLeft) {
+if(q->layoutDirection() == Qt::RightToLeft) {
-		count = mStepCount -count;
+count = mStepCount -count;
-	}
+}
-	else {
+else {
-		count++;
+count++;
-	}
+}
-	if (pos > mLookupValues[mStepCount-1]) {
+if (pos > mLookupValues[mStepCount-1]) {
-		return -1;
+return -1;
-	}
+}
-	return count;
+return count;
 }
 /*!
 \class HbRatingSlider
 \brief A control for user to do rating.
 This is a general rating widget where user will be able to do different
-	ratings for things like Music ,Video etc.
+ratings for things like Music ,Video etc.
-	By default there are 5 ratings ( 5 stars ). This can be configured also.
+By default there are 5 ratings ( 5 stars ). This can be configured also.
-	The interval , number of icons etc can be configured.
+The interval , number of icons etc can be configured.
-	Apart from rating the this can used for showing cumulative rating also.
+Apart from rating the this can used for showing cumulative rating also.
 example code example:
 \code
 HbRatingSlider *object = new HbRatingSlider(parent);
 \endcode
 The below  code can be used to show some rating e.g. 2.5/5
-	by default the  stepcount =5
+by default the  stepcount =5
-	\code
+\code
-	HbRatingSlider *slider = new HbRatingSlider();
+HbRatingSlider *slider = new HbRatingSlider();
-	slider->setStepCount(100); //5 *20//
+slider->setStepCount(100); //5 *20//
-	slider->setCurrentRating(50); //2.5*20 it shows 50 / 100 which is same as 2.5/5
+slider->setCurrentRating(50); //2.5*20 it shows 50 / 100 which is same as 2.5/5
 \endcode
-	This will show as 2.5/5. Now if one the same ratingslider
+This will show as 2.5/5. Now if one the same ratingslider
-	if the Application wants to configure a rating slider with range 1-5
+if the Application wants to configure a rating slider with range 1-5
-	on emitting the signal rating changed it can set to
+on emitting the signal rating changed it can set to
-	slider->setStepCount(5);
+slider->setStepCount(5);
-	slider->setCurrentRating(0)
+slider->setCurrentRating(0)
-	When the rating is done it emits a signal called ratingDone and when rating is
+When the rating is done it emits a signal called ratingDone and when rating is
-	changed by the user by draging the pointer ratingChanged signal is emitted.
+changed by the user by draging the pointer ratingChanged signal is emitted.
 */
 /*!
 @beta
-	Constructor of  RatingSlider.
+Constructor of  RatingSlider.
 \param parent. Parent widget
 */
 HbRatingSlider::HbRatingSlider(QGraphicsItem *parent) :
 }
 /*!
 @beta
-	Constructor of  RatingSlider.
+Constructor of  RatingSlider.
 \param parent. Parent widget
 */
 HbRatingSlider::HbRatingSlider(HbRatingSliderPrivate &dd,QGraphicsItem *parent) :
 HbWidget( dd,parent)
 {
 \sa readOnly()
 */
 void HbRatingSlider::setReadOnly(bool value)
 {
-	Q_D(HbRatingSlider);
+Q_D(HbRatingSlider);
-	d->mReadOnly = value;
+d->mReadOnly = value;
 }
 /*!
-	@beta
+@beta
 Sets the number of icons. In a Rating scenario you may have number of repeated icons. This API can be used to set
-	the number of icons required. For Example the default image is "*" and you have 5 stars. You can set the number of
+the number of icons required. For Example the default image is "*" and you have 5 stars. You can set the number of
-	stars  using this. By default this value is 5.
+stars  using this. By default this value is 5.
 \param number. A value between 1 and 10
 \sa numberOfIcons()
 */
 void HbRatingSlider::setNumberOfIcons(int number)
 {
-	Q_D(HbRatingSlider);
+Q_D(HbRatingSlider);
-	if ( (number <= 0) || (number > MAX_NUMBER_OF_ICONS) ){
+if ( (number <= 0) || (number > MAX_NUMBER_OF_ICONS) ){
-		return;
+return;
-	}
+}
-	d->mNumberOfIcons = number;
+d->mNumberOfIcons = number;
-	updatePrimitives();
+updatePrimitives();
-	d->createLookupTable();
+d->createLookupTable();
 }
 /*!
-	@beta
+@beta
 Returns the number of icons set.
 \sa setNumberOfIcons()
 */
 int HbRatingSlider::numberOfIcons() const
 {
-	Q_D(const HbRatingSlider);
+Q_D(const HbRatingSlider);
-	return d->mNumberOfIcons;
+return d->mNumberOfIcons;
 }
 /*!
 @beta
 Sets the step count for the rating slider. If the number of icons is 5 and step count is 10 then it is possible to have 10 ratings.
-	one rating will be half star (by default). If the number of icons is 5 and step count is 5 then 5 ratings are possible. In this
+one rating will be half star (by default). If the number of icons is 5 and step count is 5 then 5 ratings are possible. In this
-	case one rating will be one complete star. By default this value is 5.
+case one rating will be one complete star. By default this value is 5.
-	\param count. A value between 1 and 100. This can be considerd as the maximum rating possible.
+\param count. A value between 1 and 100. This can be considerd as the maximum rating possible.
 \sa numberOfIcons()
 */
 void HbRatingSlider::setStepCount(int count)
 {
-	Q_D(HbRatingSlider);
+Q_D(HbRatingSlider);
-	if( (count <= 0) || (count > 100) ) {
+if( (count <= 0) || (count > 100) ) {
-		return;
+return;
-	}
+}
-	d->mStepCount = count;
+d->mStepCount = count;
-	d->createLookupTable();
+d->createLookupTable();
-	HbStyleOptionRatingSlider option;
+HbStyleOptionRatingSlider option;
 initStyleOption(&option);
-	if (d->mTrack) {
+if (d->mTrack) {
 style()->updatePrimitive(d->mTrack, HbStyle::P_RatingSlider_track, &option);
 }
 }
 /*!
 @beta
 Returns the step count.
 */
 int HbRatingSlider::stepCount() const
 {
-	Q_D(const HbRatingSlider);
+Q_D(const HbRatingSlider);
-	return d->mStepCount;
+return d->mStepCount;
 }
 /*!
 @beta
 Returns the read only flag of the Rating slider
 */
 bool HbRatingSlider::isReadOnly() const
 {
-	Q_D(const HbRatingSlider);
+Q_D(const HbRatingSlider);
-	return d->mReadOnly;
+return d->mReadOnly;
 }
 /*!
 @beta
 It sets the current rating value.
-	\param count. A value between 1 and stepcount.
+\param count. A value between 1 and stepcount.
-	\sa currentRating()
+\sa currentRating()
 */
 void  HbRatingSlider::setCurrentRating(int rating)
 {
-	Q_D(HbRatingSlider);
+Q_D(HbRatingSlider);
-	if( rating >d->mStepCount ) {
+if( rating >d->mStepCount ) {
-		rating = d->mStepCount;
+rating = d->mStepCount;
-	}
+}
-	if( (rating == d->mCurrentValue) || (rating < 0) ) {
+if( (rating == d->mCurrentValue) || (rating < 0) ) {
-		return;
+return;
-	}
+}
-	d->mCurrentValue = rating;
+d->mCurrentValue = rating;
-	HbStyleOptionRatingSlider option;
+HbStyleOptionRatingSlider option;
 initStyleOption(&option);
-	if (d->mTrack) {
+if (d->mTrack) {
 style()->updatePrimitive(d->mTrack, HbStyle::P_RatingSlider_track, &option);
 }
 }
 /*!
 @beta
 Returns the the current rating value.
 */
 int HbRatingSlider::currentRating() const
 {
-	Q_D(const HbRatingSlider);
+Q_D(const HbRatingSlider);
-	return d->mCurrentValue;
+return d->mCurrentValue;
 }
 /*!
 @beta
-	It sets the unrated graphics name.This is the graphics shown when rating slider is displayed.
+It sets the unrated graphics name.This is the graphics shown when rating slider is displayed.
-	the grpahics can be a single star kind of or multi star image. If it is single star then use setNumberOfIcons for
+the grpahics can be a single star kind of or multi star image. If it is single star then use setNumberOfIcons for
-	setting number of stars.
+setting number of stars.
-	\param name. The graphics name along with the path.
+\param name. The graphics name along with the path.
-	\sa unRatedIconName()
+\sa unRatedIconName()
 */
 void HbRatingSlider::setUnRatedIconName(const QString name)
 {
-	Q_D(HbRatingSlider);
+Q_D(HbRatingSlider);
-	if(d->mUnratedIconName != name) {
+if(d->mUnratedIconName != name) {
-		d->mUnratedIconName =name;
+d->mUnratedIconName =name;
-		HbStyleOptionRatingSlider option;
+HbStyleOptionRatingSlider option;
-		initStyleOption(&option);
+initStyleOption(&option);
-		updatePrimitives();
+updatePrimitives();
-	}
+}
 }
 /*!
 @beta
 Returns the unrated graphics name .
 */
 QString HbRatingSlider::unRatedIconName() const
 {
-	Q_D(const HbRatingSlider);
+Q_D(const HbRatingSlider);
-	return d->mUnratedIconName;
+return d->mUnratedIconName;
 }
 /*!
 @beta
-	It sets the rated graphics name.This is the graphics shown when rating is on going.
+It sets the rated graphics name.This is the graphics shown when rating is on going.
-	the grpahics can be a single star kind of or multi star image. If it is single star then use setNumberOfIcons for
+the grpahics can be a single star kind of or multi star image. If it is single star then use setNumberOfIcons for
-	setting number of stars.
+setting number of stars.
-	\param name. The graphics name along with the path.
+\param name. The graphics name along with the path.
-	\sa unRatedIconName()
+\sa unRatedIconName()
 */
 void HbRatingSlider::setRatedIconName(const QString name)
 {
-	Q_D(HbRatingSlider);
+Q_D(HbRatingSlider);
-	if(d->mRatedIconName != name) {
+if(d->mRatedIconName != name) {
-		d->mRatedIconName = name;
+d->mRatedIconName = name;
-		HbStyleOptionRatingSlider option;
+HbStyleOptionRatingSlider option;
-		initStyleOption(&option);
+initStyleOption(&option);
-		updatePrimitives();
+updatePrimitives();
-	}
+}
 }
 /*!
 @beta
 Returns the rated graphics name .
 */
 QString HbRatingSlider::ratedIconName() const
 {
-	Q_D(const HbRatingSlider);
+Q_D(const HbRatingSlider);
-	return d->mRatedIconName;
+return d->mRatedIconName;
 }
 #ifndef HB_GESTURE_FW
 /*!
 \reimp
 */
 void HbRatingSlider::mousePressEvent(QGraphicsSceneMouseEvent *event)
 {
 Q_D(HbRatingSlider);
-	if(d->mTouchArea->isUnderMouse()) {
+if(d->mTouchArea->isUnderMouse()) {
-		if(d->mReadOnly) {
+if(d->mReadOnly) {
-			event->ignore();
+event->ignore();
-			return;
+return;
-		}
+}
-		d->mMousePressed = true;
+d->mMousePressed = true;
-		event->accept();
+event->accept();
-	}
+}
 }
 /*!
 \reimp
 */
 void HbRatingSlider::mouseMoveEvent ( QGraphicsSceneMouseEvent * event )
 {
 Q_D(HbRatingSlider);
-	if(!d->mMousePressed) {
+if(!d->mMousePressed) {
-		return;
+return;
-	}
+}
-	QPointF layoutItemPos = d->mLayoutItem->pos();
+QPointF layoutItemPos = d->mLayoutItem->pos();
 QPointF frameItemPos = d->mFrame->pos();
-	qreal xVal = event->pos().x() - layoutItemPos.x()+ frameItemPos.x();
+qreal xVal = event->pos().x() - layoutItemPos.x()+ frameItemPos.x();
-	if(d->mTouchArea->isUnderMouse()) {
+if(d->mTouchArea->isUnderMouse()) {
-		if(d->mReadOnly) {
+if(d->mReadOnly) {
-			event->ignore();
+event->ignore();
-			return;
+return;
-		}
+}
-		if(xVal <0) {
+if(xVal <0) {
-			setCurrentRating(0);
+setCurrentRating(0);
-			return;
+return;
-		}
+}
-		QRectF rect = d->mTouchArea->boundingRect();
+QRectF rect = d->mTouchArea->boundingRect();
-		int rating=0;
+int rating=0;
-		if(rect.contains(xVal,0 )) {
+if(rect.contains(xVal,0 )) {
-			rating = d->calculateProgressValue(xVal);
+rating = d->calculateProgressValue(xVal);
-			if(toolTip() != QString()) {
+if(toolTip() != QString()) {
-				HbToolTip::showText(toolTip(),this);
+HbToolTip::showText(toolTip(),this);
-			}
+}
-			setCurrentRating(rating);
+setCurrentRating(rating);
-			emit ratingChanged (d->mCurrentValue);
+emit ratingChanged (d->mCurrentValue);
-			event->accept();
+event->accept();
-		}
+}
-	}
+}
-	else {
+else {
-			setCurrentRating(0);
+setCurrentRating(0);
-		}
+}
 }
 /*!
 \reimp
 */
 void HbRatingSlider::mouseReleaseEvent(QGraphicsSceneMouseEvent *event)
 {
 Q_D(HbRatingSlider);
-	QPointF layoutItemPos = d->mLayoutItem->pos();
+QPointF layoutItemPos = d->mLayoutItem->pos();
 QPointF frameItemPos = d->mFrame->pos();
 qreal xVal = event->pos().x() - layoutItemPos.x()+ frameItemPos.x();
-	if(d->mTouchArea->isUnderMouse()) {
+if(d->mTouchArea->isUnderMouse()) {
-		if(d->mReadOnly) {
+if(d->mReadOnly) {
-			event->ignore();
+event->ignore();
-			return;
+return;
-		}
+}
-		if(xVal <0) {
+if(xVal <0) {
-			setCurrentRating(0);
+setCurrentRating(0);
-			return;
+return;
-		}
+}
-		QRectF rect = d->mTouchArea->boundingRect();
+QRectF rect = d->mTouchArea->boundingRect();
-		int rating=0;
+int rating=0;
-		if(rect.contains(xVal,0 )) {
+if(rect.contains(xVal,0 )) {
-			rating = d->calculateProgressValue(xVal);
+rating = d->calculateProgressValue(xVal);
-			if(toolTip() != QString()) {
+if(toolTip() != QString()) {
-				HbToolTip::showText(toolTip(),this);
+HbToolTip::showText(toolTip(),this);
-			}
+}
-			setCurrentRating(rating);
+setCurrentRating(rating);
-			if(d->mCurrentValue) {
+if(d->mCurrentValue) {
-			    emit ratingDone (d->mCurrentValue);
+emit ratingDone (d->mCurrentValue);
-			}
+}
-			event->accept();
+event->accept();
-			d->mMousePressed = false;
+d->mMousePressed = false;
-		}
+}
-	}
+}
 }
 #else
 void HbRatingSlider::mousePressEvent(QGraphicsSceneMouseEvent *event)
 {
 Q_UNUSED(event)
 Q_D (HbRatingSlider);
 if(event->gesture(Qt::TapGesture)) {
 HbTapGesture *tap = qobject_cast<HbTapGesture *>(event->gesture(Qt::TapGesture));
 switch(tap->state()) {
 case Qt::GestureStarted:
-				{
+{
-				qreal xVal = mapFromScene(event->mapToGraphicsScene(tap->position( ))).x();
+qreal xVal = mapFromScene(event->mapToGraphicsScene(tap->position( ))).x();
-				int rating = d->calculateProgressValue(xVal);
+int rating = d->calculateProgressValue(xVal);
-				if(rating == -1) {
+if(rating == -1) {
-					return;
+return;
-				}
+}
 if(d->mReadOnly) {
 event->ignore();
 return;
 }
 d->mMousePressed = true;
 event->accept();
-				}
+}
 break;
 case Qt::GestureFinished: // Reset state
 {
 qreal xVal = mapFromScene(event->mapToGraphicsScene(tap->position( ))).x();
 if(d->mReadOnly) {
 event->ignore();
 return;
 }
-				if(!d->mMousePressed){
+if(!d->mMousePressed){
-					return;
+return;
-				}
+}
 if(xVal <0) {
 setCurrentRating(0);
-					emit ratingDone (d->mCurrentValue);
+emit ratingDone (d->mCurrentValue);
 return;
 }
 rating = d->calculateProgressValue(xVal);
-			   if(toolTip() != QString()) {
+if(toolTip() != QString()) {
 HbToolTip::showText(toolTip(),this);
 }
 setCurrentRating(rating);
 if(d->mCurrentValue) {
 emit ratingDone (d->mCurrentValue);
 }
 event->accept();
 HbPanGesture *pan = qobject_cast<HbPanGesture *>(event->gesture(Qt::PanGesture));
 switch(pan->state()) {
 case Qt::GestureUpdated:
 {
 if(!d->mMousePressed) {
-		                    return;
+return;
-	                    }
+}
 qreal xVal = mapFromScene(event->mapToGraphicsScene( pan->startPos()+pan->offset())).x();
-		                    QRectF rect = d->mTouchArea->boundingRect();
+QRectF rect = d->mTouchArea->boundingRect();
-		                    int rating=0;
+int rating=0;
-		                    if(rect.contains(xVal,0 )) {
+if(rect.contains(xVal,0 )) {
 if(d->mReadOnly) {
-			                    event->ignore();
+event->ignore();
-			                    return;
+return;
-		                    }
+}
-		                    if(xVal <0) {
+if(xVal <0) {
-			                    setCurrentRating(0);
+setCurrentRating(0);
-								return;
+return;
-		                    }
+}
-			                    rating = d->calculateProgressValue(xVal);
+rating = d->calculateProgressValue(xVal);
-			                    if(toolTip() != QString()) {
+if(toolTip() != QString()) {
-				                    HbToolTip::showText(toolTip(),this);
+HbToolTip::showText(toolTip(),this);
-			                    }
+}
-			                    setCurrentRating(rating);
+setCurrentRating(rating);
-			                    emit ratingChanged (d->mCurrentValue);
+emit ratingChanged (d->mCurrentValue);
-			                    event->accept();
+event->accept();
-		                    }
+}
-	                        else {
+else {
-			                    setCurrentRating(0);
+setCurrentRating(0);
-		                    }
+}
 }
 break;
-				    case Qt::GestureFinished: // Reset state
+case Qt::GestureFinished: // Reset state
-					{
+{
-						 qreal xVal = mapFromScene(event->mapToGraphicsScene( pan->startPos()+pan->offset())).x();
+qreal xVal = mapFromScene(event->mapToGraphicsScene( pan->startPos()+pan->offset())).x();
 QRectF rect = d->mTouchArea->boundingRect();
 int rating=0;
 if(rect.contains(xVal,0 )) {
 if(d->mReadOnly) {
 event->ignore();
 return;
 }
-						}
+}
-						if(!d->mMousePressed) {
+if(!d->mMousePressed) {
-							 return;
+return;
-						}
+}
 if(xVal <0) {
 setCurrentRating(0);
-						  emit ratingDone (d->mCurrentValue);
+emit ratingDone (d->mCurrentValue);
 return;
 }
 rating = d->calculateProgressValue(xVal);
-					    setCurrentRating(rating);
+setCurrentRating(rating);
 if(d->mCurrentValue) {
 emit ratingDone (d->mCurrentValue);
 }
-					    d->mMousePressed = false;
+d->mMousePressed = false;
 event->accept();
-					 }
+}
 default:
 break;
 }
 }
 }
 /*!
 \reimp
 */
 void HbRatingSlider::setGeometry(const QRectF & rect)
 {
-	Q_D(HbRatingSlider);
+Q_D(HbRatingSlider);
-	HbWidget::setGeometry(rect);
+HbWidget::setGeometry(rect);
-	updatePrimitives();
+updatePrimitives();
-	d->createLookupTable();
+d->createLookupTable();
 }
 void HbRatingSlider::initStyleOption(HbStyleOption *hboption) const
 {
-	Q_D( const HbRatingSlider );
+Q_D( const HbRatingSlider );
-	 HbWidget::initStyleOption(hboption);
+HbWidget::initStyleOption(hboption);
 HbStyleOptionRatingSlider *option = 0;
 if ((option = qstyleoption_cast< HbStyleOptionRatingSlider *>(hboption)) != 0) {
-		option->noOfStars = d->mNumberOfIcons;
+option->noOfStars = d->mNumberOfIcons;
-		option->noOfIntervals = d->mStepCount;
+option->noOfIntervals = d->mStepCount;
-		option->unRatedGraphicsName = d->mUnratedIconName;
+option->unRatedGraphicsName = d->mUnratedIconName;
-		option->ratedGraphicsName = d->mRatedIconName;
+option->ratedGraphicsName = d->mRatedIconName;
-		option->progressValue = d->mCurrentValue;
+option->progressValue = d->mCurrentValue;
-	}
+}
 }
 /*!
 \deprecated HbRatingSlider::primitive(HbStyle::Primitive)
 primitives are P_RatingSlider_frame,P_RatingSlider_track and P_RatingSlider_layout.
 */
 QGraphicsItem* HbRatingSlider::primitive(HbStyle::Primitive primitive) const
 {
-	Q_D(const HbRatingSlider);
+Q_D(const HbRatingSlider);
 switch (primitive) {
 case HbStyle::P_RatingSlider_frame:
 return d->mFrame;
 case HbStyle::P_RatingSlider_track:
 return d->mTrack;
-		case HbStyle::P_RatingSlider_layout:
+case HbStyle::P_RatingSlider_layout:
-			return d->mLayoutItem;
+return d->mLayoutItem;
 default:
 return 0;
 }
 }
 void HbRatingSlider::changeEvent(QEvent *event)
 {
 HbWidget::changeEvent(event);
 switch (event->type()) {
 case QEvent::LayoutDirectionChange:
-		updatePrimitives();
+updatePrimitives();
 break;
 default:
 break;
 }
 }
 void HbRatingSlider::updatePrimitives()
 {
-	Q_D(HbRatingSlider);
+Q_D(HbRatingSlider);
-	HbStyleOptionRatingSlider option;
+HbStyleOptionRatingSlider option;
 initStyleOption(&option);
-	if (d->mFrame) {
+if (d->mFrame) {
 style()->updatePrimitive(d->mFrame, HbStyle::P_RatingSlider_frame, &option);
 }
 if (d->mTrack) {
 style()->updatePrimitive(d->mTrack, HbStyle::P_RatingSlider_track, &option);
 }
-	if (d->mTouchArea) {
+if (d->mTouchArea) {
 style()->updatePrimitive(d->mTouchArea, HbStyle::P_CheckBox_toucharea, &option);
 }
 }
 QVariant HbRatingSlider::itemChange(GraphicsItemChange change, const QVariant &value)
 {
 if(change == ItemVisibleHasChanged && value.toBool()){
 if(change == QGraphicsItem::ItemVisibleChange){
 if(value.toBool()) {
 HbEffect::start(this, HB_RATINGSLIDER_ITEM_TYPE, "ratingslider_appear");
 }
-		else
+else
-		{
+{
-			 HbEffect::start(this, HB_RATINGSLIDER_ITEM_TYPE, "ratingslider_disappear");
+HbEffect::start(this, HB_RATINGSLIDER_ITEM_TYPE, "ratingslider_disappear");
-		}
+}
-	}
+}
 #endif//HB_EFFECTS
 return HbWidget::itemChange(change,value);
 }

changeset 2	06ff229162e9
parent 1	f7ac710697a9
child 3	11d3954df52a