54     mColor(QColor()),

    54     mColor(QColor()),

    55     mAnimator(animator),

    55     mAnimator(animator),

    56     mView(0),

    56     mView(0),

    57     mPaused(false),

    57     mPaused(false),

    58     mPausedDueToBackground(false)

    58     mPausedDueToBackground(false)

    60     Q_ASSERT(!(animator->d->animation));

    60     Q_ASSERT(!(animator->d->animation));

    61     // Set the animation in the animator, it takes ownership of this object.

    61     // Set the animation in the animator, it takes ownership of this object.

    62     animator->d->animation = this;

    62     animator->d->animation = this;

    63 

    63 

    64 #ifdef HB_ICON_TRACES

    64 #ifdef HB_ICON_TRACES

    65     qDebug() << "HbIconAnimation created: " << mIconName;

    65     qDebug() << "HbIconAnimation created: " << mIconName;

    66 #endif

    66 #endif

    68 

    68 

    69 HbIconAnimation::~HbIconAnimation()

    69 HbIconAnimation::~HbIconAnimation()

    70 {

    70 {

    71 #ifdef HB_ICON_TRACES

    71 #ifdef HB_ICON_TRACES

    72     qDebug() << "HbIconAnimation destroyed: " << mIconName;

    72     qDebug() << "HbIconAnimation destroyed: " << mIconName;

    96 

    96 

    97 QColor HbIconAnimation::color() const

    97 QColor HbIconAnimation::color() const

    98 {

    98 {

    99     return mColor;

    99     return mColor;

   100 }

   100 }

   102 void HbIconAnimation::setColor(const QColor &color)

   102 void HbIconAnimation::setColor(const QColor &color)

   103 {

   103 {

   104     mColor = color;

   104     mColor = color;

   105 }

   105 }

   106 

   106 

   276         painter.end();

   276         painter.end();

   277 

   277 

   278         // Apply mirroring if required

   278         // Apply mirroring if required

   279         if (mMirrored) {

   279         if (mMirrored) {

   280             QTransform t;

   280             QTransform t;

   282             canvasPixmap = canvasPixmap.transformed(t);

   282             canvasPixmap = canvasPixmap.transformed(t);

   283         }

   283         }

   284 

   284 

   285         // Apply mode

   285         // Apply mode

   286         if (mMode != QIcon::Normal) {

   286         if (mMode != QIcon::Normal) {

   379 

   379 

   380         // Recreate the image reader. It's slow but QImageReader::jumpToImage does not work.

   380         // Recreate the image reader. It's slow but QImageReader::jumpToImage does not work.

   381         delete mImageRenderer;

   381         delete mImageRenderer;

   382         mImageRenderer = 0;

   382         mImageRenderer = 0;

   383         mImageRenderer = new QImageReader(mIconFileName, mType == MNG ? "MNG" : "GIF");

   383         mImageRenderer = new QImageReader(mIconFileName, mType == MNG ? "MNG" : "GIF");

   385         // New image reader starts from the first frame. Handle animation update.

   385         // New image reader starts from the first frame. Handle animation update.

   386         notifyAnimationStarted();

   386         notifyAnimationStarted();

   387         handleAnimationUpdated();

   387         handleAnimationUpdated();

   388     }

   388     }

   389 }

   389 }

   415         }

   415         }

   416     }

   416     }

   417 

   417 

   418     // Inform client to update display

   418     // Inform client to update display

   419     emit animationUpdated();

   419     emit animationUpdated();

   421     notifyAnimationStopped();

   421     notifyAnimationStopped();

   422 }

   422 }

   423 

   423 

   424 void HbIconAnimationImage::pause()

   424 void HbIconAnimationImage::pause()

   425 {

   425 {

   446         }

   446         }

   447 

   447 

   448         // Apply mirroring if required

   448         // Apply mirroring if required

   449         if (mMirrored) {

   449         if (mMirrored) {

   450             QTransform t;

   450             QTransform t;

   452             canvasPixmap = canvasPixmap.transformed(t);

   452             canvasPixmap = canvasPixmap.transformed(t);

   453         }

   453         }

   454 

   454 

   455         // Apply mode

   455         // Apply mode

   456         if (mMode != QIcon::Normal) {

   456         if (mMode != QIcon::Normal) {

   505         notifyAnimationFinished();

   505         notifyAnimationFinished();

   506     }

   506     }

   507 }

   507 }

   508 

   508 

   509 HbIconAnimationFrameSet::HbIconAnimationFrameSet(

   509 HbIconAnimationFrameSet::HbIconAnimationFrameSet(

   515 {

   515 {

   516     // Do not start the timer or initiate any signal emission here.

   516     // Do not start the timer or initiate any signal emission here.

   517     // Do it in start() instead, since mFresh is true by default.

   517     // Do it in start() instead, since mFresh is true by default.

   518 }

   518 }

   519 

   519 

   621         for (int i = 0, ie = mFrames[mCurrentFrameIndex].jumps.count(); i != ie; ++i) {

   621         for (int i = 0, ie = mFrames[mCurrentFrameIndex].jumps.count(); i != ie; ++i) {

   622             JumpData &jumpData(mFrames[mCurrentFrameIndex].jumps[i]);

   622             JumpData &jumpData(mFrames[mCurrentFrameIndex].jumps[i]);

   623             if (jumpData.execCount < jumpData.repeatCount) {

   623             if (jumpData.execCount < jumpData.repeatCount) {

   624                 ++jumpData.execCount;

   624                 ++jumpData.execCount;

   625                 // Before returning, the exec counts of all previous jumps in

   625                 // Before returning, the exec counts of all previous jumps in

   627                 // <loop> elements that were embedded into the <loop> that

   627                 // <loop> elements that were embedded into the <loop> that

   628                 // generated this jump.

   628                 // generated this jump.

   629                 for (int j = 0; j < i; ++j) {

   629                 for (int j = 0; j < i; ++j) {

   630                     mFrames[mCurrentFrameIndex].jumps[j].execCount = 0;

   630                     mFrames[mCurrentFrameIndex].jumps[j].execCount = 0;

   631                 }

   631                 }

   632                 // And similarly, all jumps in frames that fall between the

   632                 // And similarly, all jumps in frames that fall between the

   633                 // target (incl.) and the current frame (excl.) must be

   633                 // target (incl.) and the current frame (excl.) must be

   635                 // jumps are never generated by the animation xml parser.

   635                 // jumps are never generated by the animation xml parser.

   636                 for (int j = jumpData.targetFrameIndex; j < mCurrentFrameIndex; ++j) {

   636                 for (int j = jumpData.targetFrameIndex; j < mCurrentFrameIndex; ++j) {

   637                     resetJumpCount(mFrames[j]);

   637                     resetJumpCount(mFrames[j]);

   638                 }

   638                 }

   639                 mCurrentFrameIndex = jumpData.targetFrameIndex;

   639                 mCurrentFrameIndex = jumpData.targetFrameIndex;