/* (non-Javadoc)
* @see de.enough.polish.ui.ItemView#animate(long, de.enough.polish.ui.ClippingRegion)
*/
public void animate(long currentTime, ClippingRegion repaintRegion) {
super.animate(currentTime, repaintRegion);
synchronized (this.lock) {
// #if polish.midp2
if (this.shownRgbDataWidths == null) {
// #debug warn
de.enough.polish.util.Debug.debug(
"warn",
"de.enough.polish.ui.containerviews.FishEyeContainerView",
158,
"FishEyeContainerView is animated before initContent has been called");
return;
}
// #endif
boolean animated = false;
if (this.targetXCenterPositions != null) {
Item[] myItems = this.parentContainer.getItems();
int length = myItems.length;
// #if polish.css.fisheyeview-max-visible
// # int maxDistance = length;
// # if (this.maxVisibleItems != 0) {
// # maxDistance = this.maxVisibleItems >> 1;
// # }
// #endif
for (int i = 0; i < length; i++) {
int target = this.targetXCenterPositions[i];
Item item = myItems[i];
int halfItemWidth = (item.itemWidth >> 1);
int distance = getDistance(i, this.focusedIndex, length);
if (distance != 0) {
distance--;
}
// #if polish.midp2
int factor = this.scaleFactor;
// #endif
// #if tmp.scaleAll
// # factor = factor + ((this.scaleFactorEnd - factor ) * distance) / (length >> 1);
// #endif
// #if polish.midp2
if (i != this.focusedIndex) {
halfItemWidth = (halfItemWidth * factor) / 100;
}
// #endif
int current = item.relativeX + halfItemWidth;
// System.out.println("animate: itemWidth of " + i + " with distance " + distance + " =" +
// halfItemWidth);
// System.out.println(i + ": current=" + current + ", target=" + target);
if (current != target) {
animated = true;
// System.out.println(i + ": animate: with distance " + distance + ", halfItemWidth=" +
// halfItemWidth + ", current=" + current + ", target=" + target + ", focusedIndex=" +
// this.focusedIndex);
item.relativeX = calculateCurrent(current, target) - halfItemWidth;
// System.out.println( i + ": relativeX=" + item.relativeX);
}
if (this.targetYCenterPositions != null) {
int halfItemHeight = (item.itemHeight >> 1);
// #if polish.midp2
if (i != this.focusedIndex) {
halfItemHeight = (halfItemHeight * factor) / 100;
}
// #endif
current = item.relativeY + halfItemHeight;
target = this.targetYCenterPositions[i];
if (current != target) {
animated = true;
item.relativeY = calculateCurrent(current, target) - halfItemHeight;
}
}
// #if polish.css.fisheyeview-max-visible
// # if (distance >= maxDistance ) {
// # continue;
// # }
// #endif
// #if polish.midp2
int currentAlpha = this.currentTranslucencies[i];
int targetAlpha = this.targetTranslucencies[i];
boolean adjustAlpha = (currentAlpha != targetAlpha);
if (adjustAlpha) {
currentAlpha = calculateCurrent(currentAlpha, targetAlpha);
this.currentTranslucencies[i] = currentAlpha;
}
boolean isScaled = false;
if (factor != 100) {
current = this.shownRgbDataWidths[i];
if (i == this.focusedIndex) {
target = this.originalRgbDataWidths[i];
} else {
target = (this.originalRgbDataWidths[i] * factor) / 100;
}
if (current != target
&& (distance < (length >> 2)
|| i == this.focusedIndex
|| (Math.abs(current - target) * 100 / target > 5))) {
animated = true;
isScaled = true;
int[] data = this.originalRgbData[i];
int originalWidth = this.originalRgbDataWidths[i];
int originalHeight = data.length / originalWidth;
int newWidth = calculateCurrent(current, target);
int newHeight = (newWidth * originalHeight) / originalWidth;
// int alpha = calculateAlpha( getDistance( i, this.focusedIndex, length ), length );
// this.shownRgbData[i] = ImageUtil.scale(alpha, data, newWidth, newHeight,
// originalWidth, originalHeight );
// #if polish.FishEye.scaleHq
// # ImageUtil.scaleDownHq(this.shownRgbData[i],data, originalWidth, newWidth, 0,
// currentAlpha, false);
// #else
ImageUtil.scale(
currentAlpha,
data,
newWidth,
newHeight,
originalWidth,
originalHeight,
this.shownRgbData[i]);
// #endif
this.shownRgbDataWidths[i] = newWidth;
this.shownRgbDataHeights[i] = newHeight;
// item.itemWidth = newWidth;
// item.itemHeight = newHeight;
// item.relativeX += (originalWidth - newWidth) >> 1;
// System.out.println("animate: new item width of " + i + " = " + newWidth + ",
// difference=" + (originalWidth - newWidth));
}
}
if (adjustAlpha && !isScaled) {
// adjust only the translucency:
animated = true;
int[] rgbData = this.shownRgbData[i];
if (rgbData != null) {
ImageUtil.setTransparencyOnlyForOpaque(currentAlpha, rgbData, true);
}
}
// #endif
}
}
if (this.isRemoveText && this.focusedLabel != null) {
animated |= this.focusedLabel.animate();
}
if (this.focusedBackground != null) {
animated |= this.focusedBackground.animate();
}
if (animated) {
repaintRegion.addRegion(
this.parentContainer.getAbsoluteX() - 10,
this.parentContainer.getAbsoluteY() - 10,
this.parentContainer.itemWidth + 20,
this.parentContainer.itemHeight + 20);
}
}
}
/* (non-Javadoc)
* @see de.enough.polish.ui.ItemView#animate(long, de.enough.polish.ui.ClippingRegion)
*/
public void animate(long currentTime, ClippingRegion repaintRegion) {
super.animate(currentTime, repaintRegion);
synchronized (this.lock) {
// #if polish.midp2
if (this.shownRgbDataWidths == null) {
// #debug warn
System.out.println("CoverFlowContainerView is animated before initContent has been called");
return;
}
// #endif
boolean animated = false;
if (this.targetXCenterPositions != null) {
Item[] myItems = this.parentContainer.getItems();
int length = myItems.length;
// #if polish.css.fisheyeview-max-visible
int maxDistance = length;
if (this.maxVisibleItems != 0) {
maxDistance = this.maxVisibleItems >> 1;
}
// #endif
for (int i = 0; i < length; i++) {
int target = this.targetXCenterPositions[i];
Item item = myItems[i];
int halfItemWidth = (item.itemWidth >> 1);
int distance = getDistance(i, this.focusedIndex, length);
if (distance != 0) {
distance--;
}
// #if polish.midp2
int factor = this.scaleFactorWidth;
// #endif
// #if polish.midp2
if (i != this.focusedIndex) {
halfItemWidth = (halfItemWidth * factor) / 100;
}
// #endif
int current = item.relativeX + halfItemWidth;
boolean scaleInAnyCase = false;
// System.out.println("animate: itemWidth of " + i + " with distance " + distance + " =" +
// halfItemWidth);
// System.out.println(i + ": current=" + current + ", target=" + target);
if (current != target) {
if (Math.abs(current - target) > item.itemWidth) {
scaleInAnyCase = true;
}
animated = true;
// System.out.println(i + ": animate: with distance " + distance + ", halfItemWidth=" +
// halfItemWidth + ", current=" + current + ", target=" + target + ", focusedIndex=" +
// this.focusedIndex);
item.relativeX = calculateCurrent(current, target) - halfItemWidth;
// System.out.println( i + ": relativeX=" + item.relativeX);
}
if (this.targetYCenterPositions != null) {
int halfItemHeight = (item.itemHeight >> 1);
// #if polish.midp2
if (i != this.focusedIndex) {
halfItemHeight = (halfItemHeight * factor) / 100;
}
// #endif
current = item.relativeY + halfItemHeight;
target = this.targetYCenterPositions[i];
if (current != target) {
animated = true;
item.relativeY = calculateCurrent(current, target) - halfItemHeight;
}
}
// #if polish.css.fisheyeview-max-visible
if (distance >= maxDistance) {
continue;
}
// #endif
// #if polish.midp2
boolean isLeft = current < target;
current = this.shownRgbDataWidths[i];
if (i == this.focusedIndex) {
target = this.originalRgbDataWidths[i];
} else {
target = (this.originalRgbDataWidths[i] * factor) / 100;
}
if (current != target || scaleInAnyCase) {
animated = true;
int[] data = this.originalRgbData[i];
int originalWidth = this.originalRgbDataWidths[i];
int newWidth = calculateCurrent(current, target);
int height = item.itemHeight;
int newHeightInner;
int newHeightOuter;
if (i == this.focusedIndex) {
newHeightInner =
(height
* (this.scaleFactorInnerHeight
+ ((current * (100 - this.scaleFactorInnerHeight)) / target)))
/ (100);
newHeightOuter =
(height
* (this.scaleFactorOuterHeight
+ ((current * (100 - this.scaleFactorOuterHeight)) / target)))
/ (100);
} else {
newHeightInner =
(height * (100 - ((current * (100 - this.scaleFactorInnerHeight)) / target)))
/ (100);
newHeightOuter =
(height * (100 - ((current * (100 - this.scaleFactorOuterHeight)) / target)))
/ (100);
}
if (newHeightInner > height) {
newHeightInner = height;
}
if (newHeightOuter > height) {
newHeightOuter = height;
}
// this.shownRgbDataWidths[i] = newWidth;
if ((i == this.focusedIndex && isLeft) || isLeftOfFocus(i, this.focusedIndex, length)) {
ImageUtil.perspectiveShear(
data,
this.shownRgbData[i],
originalWidth,
newWidth,
newHeightOuter,
newHeightInner,
255,
ImageUtil.EDGEDETECTION_MAP_FAST_AND_SIMPLE);
} else {
ImageUtil.perspectiveShear(
data,
this.shownRgbData[i],
originalWidth,
newWidth,
newHeightInner,
newHeightOuter,
255,
ImageUtil.EDGEDETECTION_MAP_FAST_AND_SIMPLE);
}
// System.out.println("newWidth=" + newWidth + ", originalWidth=" + originalWidth);
}
// #endif
}
}
if (this.isRemoveText && this.focusedLabel != null) {
animated |= this.focusedLabel.animate();
}
if (this.focusedBackground != null) {
animated |= this.focusedBackground.animate();
}
if (animated && repaintRegion != null) {
repaintRegion.addRegion(
this.parentContainer.getAbsoluteX() - 10,
this.parentContainer.getAbsoluteY() - 10,
this.parentContainer.itemWidth + 20,
this.parentContainer.itemHeight + 20);
}
}
}
