public override void render(AsRenderSupport support, float parentAlpha)
{
float alpha = parentAlpha * this.getAlpha();
int numChildren = (int)(mChildren.getLength());
String blendMode = support.getBlendMode();
int i = 0;
for (; i < numChildren; ++i)
{
AsDisplayObject child = mChildren[i];
if (child.getHasVisibleArea())
{
AsFragmentFilter filter = child.getFilter();
support.pushMatrix();
support.transformMatrix(child);
support.setBlendMode(child.getBlendMode());
if (filter != null)
{
filter.render(child, support, alpha);
}
else
{
child.render(support, alpha);
}
support.setBlendMode(blendMode);
support.popMatrix();
}
}
}
public virtual AsDisplayObject addChildAt(AsDisplayObject child, int index)
{
int numChildren = (int)(mChildren.getLength());
if(index >= 0 && index <= numChildren)
{
child.removeFromParent();
if(index == numChildren)
{
mChildren.push(child);
}
else
{
mChildren.splice(index, (uint)(0), child);
}
child.setParent(this);
child.dispatchEventWith(AsEvent.ADDED, true);
if(getStage() != null)
{
AsDisplayObjectContainer container = child as AsDisplayObjectContainer;
if(container != null)
{
container.broadcastEventWith(AsEvent.ADDED_TO_STAGE);
}
else
{
child.dispatchEventWith(AsEvent.ADDED_TO_STAGE);
}
}
return child;
}
else
{
throw new AsRangeError("Invalid child index");
}
}
public virtual AsDisplayObject removeChildAt(int index, bool dispose)
{
if (index >= 0 && index < getNumChildren())
{
AsDisplayObject child = mChildren[index];
child.dispatchEventWith(AsEvent.REMOVED, true);
if (getStage() != null)
{
AsDisplayObjectContainer container = child as AsDisplayObjectContainer;
if (container != null)
{
container.broadcastEventWith(AsEvent.REMOVED_FROM_STAGE);
}
else
{
child.dispatchEventWith(AsEvent.REMOVED_FROM_STAGE);
}
}
child.setParent(null);
index = mChildren.indexOf(child);
if (index >= 0)
{
mChildren.splice(index, (uint)(1));
}
if (dispose)
{
child.dispose();
}
return(child);
}
else
{
throw new AsRangeError("Invalid child index");
}
}
public virtual void swapChildrenAt(int index1, int index2)
{
AsDisplayObject child1 = getChildAt(index1);
AsDisplayObject child2 = getChildAt(index2);
mChildren[index1] = child2;
mChildren[index2] = child1;
}
public virtual AsDisplayObject get_base()
{
AsDisplayObject currentObject = this;
while (currentObject.mParent != null)
{
currentObject = currentObject.mParent;
}
return(currentObject);
}
public override AsRectangle getBounds(AsDisplayObject targetSpace, AsRectangle resultRect)
{
if (resultRect == null)
{
resultRect = new AsRectangle();
}
AsMatrix transformationMatrix = targetSpace == this ? null : getTransformationMatrix(targetSpace, sHelperMatrix);
return(mVertexData.getBounds(transformationMatrix, 0, mNumQuads * 4, resultRect));
}
public virtual AsDisplayObject removeChild(AsDisplayObject child, bool dispose)
{
int childIndex = getChildIndex(child);
if (childIndex != -1)
{
removeChildAt(childIndex, dispose);
}
return(child);
}
public AsTouch(int id, float globalX, float globalY, String phase, AsDisplayObject target)
{
mID = id;
mGlobalX = mPreviousGlobalX = globalX;
mGlobalY = mPreviousGlobalY = globalY;
mTapCount = 0;
mPhase = phase;
mTarget = target;
mPressure = mWidth = mHeight = 1.0f;
mBubbleChain = new AsVector<AsEventDispatcher>();
}
public virtual void setChildIndex(AsDisplayObject child, int index)
{
int oldIndex = getChildIndex(child);
if (oldIndex == -1)
{
throw new AsArgumentError("Not a child of this container");
}
mChildren.splice(oldIndex, (uint)(1));
mChildren.splice(index, (uint)(0), child);
}
public virtual void swapChildren(AsDisplayObject child1, AsDisplayObject child2)
{
int index1 = getChildIndex(child1);
int index2 = getChildIndex(child2);
if (index1 == -1 || index2 == -1)
{
throw new AsArgumentError("Not a child of this container");
}
swapChildrenAt(index1, index2);
}
public virtual bool contains(AsDisplayObject child)
{
while (child != null)
{
if (child == this)
{
return(true);
}
else
{
child = child.getParent();
}
}
return(false);
}
public AsTextField(int width, int height, String text, String fontName, float fontSize, uint color, bool bold)
{
mText = text != null ? text : "";
mFontSize = fontSize;
mColor = color;
mHAlign = AsHAlign.CENTER;
mVAlign = AsVAlign.CENTER;
mBorder = null;
mKerning = true;
mBold = bold;
this.setFontName(fontName);
mHitArea = new AsQuad(width, height);
mHitArea.setAlpha(0.0f);
addChild(mHitArea);
addEventListener(AsEvent.FLATTEN, onFlatten);
}
public AsTextField(int width, int height, String text, String fontName, float fontSize, uint color, bool bold)
{
mText = text != null ? text : "";
mFontSize = fontSize;
mColor = color;
mHAlign = AsHAlign.CENTER;
mVAlign = AsVAlign.CENTER;
mBorder = null;
mKerning = true;
mBold = bold;
this.setFontName(fontName);
mHitArea = new AsQuad(width, height);
mHitArea.setAlpha(0.0f);
addChild(mHitArea);
addEventListener(AsEvent.FLATTEN, onFlatten);
}
public virtual AsDisplayObject getRoot()
{
AsDisplayObject currentObject = this;
while (currentObject.mParent != null)
{
if (currentObject.mParent is AsStage)
{
return(currentObject);
}
else
{
currentObject = currentObject.getParent();
}
}
return(null);
}
public virtual void setParent(AsDisplayObjectContainer _value)
{
AsDisplayObject ancestor = _value;
while (ancestor != this && ancestor != null)
{
ancestor = ancestor.mParent;
}
if (ancestor == this)
{
throw new AsArgumentError("An object cannot be added as a child to itself or one " + "of its children (or children's children, etc.)");
}
else
{
mParent = _value;
}
}
public override AsDisplayObject hitTest(AsPoint localPoint, bool forTouch)
{
if (forTouch && (!getVisible() || !getTouchable()))
{
return(null);
}
if (localPoint.x < 0 || localPoint.x > mWidth || localPoint.y < 0 || localPoint.y > mHeight)
{
return(null);
}
AsDisplayObject target = base.hitTest(localPoint, forTouch);
if (target == null)
{
target = this;
}
return(target);
}
private void getChildEventListeners(AsDisplayObject _object, String eventType, AsVector <AsDisplayObject> listeners)
{
AsDisplayObjectContainer container = _object as AsDisplayObjectContainer;
if (_object.hasEventListener(eventType))
{
listeners.push(_object);
}
if (container != null)
{
AsVector <AsDisplayObject> children = container.mChildren;
int numChildren = (int)(children.getLength());
int i = 0;
for (; i < numChildren; ++i)
{
getChildEventListeners(children[i], eventType, listeners);
}
}
}
public override AsRectangle getBounds(AsDisplayObject targetSpace, AsRectangle resultRect)
{
if (resultRect == null)
{
resultRect = new AsRectangle();
}
int numChildren = (int)(mChildren.getLength());
if (numChildren == 0)
{
getTransformationMatrix(targetSpace, sHelperMatrix);
AsMatrixUtil.transformCoords(sHelperMatrix, 0.0f, 0.0f, sHelperPoint);
resultRect.setTo(sHelperPoint.x, sHelperPoint.y, 0, 0);
return(resultRect);
}
else
{
if (numChildren == 1)
{
return(mChildren[0].getBounds(targetSpace, resultRect));
}
else
{
float minX = AsNumber.MAX_VALUE;
float maxX = -AsNumber.MAX_VALUE;
float minY = AsNumber.MAX_VALUE;
float maxY = -AsNumber.MAX_VALUE;
int i = 0;
for (; i < numChildren; ++i)
{
mChildren[i].getBounds(targetSpace, resultRect);
minX = minX < resultRect.x ? minX : resultRect.x;
maxX = maxX > resultRect.getRight() ? maxX : resultRect.getRight();
minY = minY < resultRect.y ? minY : resultRect.y;
maxY = maxY > resultRect.getBottom() ? maxY : resultRect.getBottom();
}
resultRect.setTo(minX, minY, maxX - minX, maxY - minY);
return(resultRect);
}
}
}
public override AsRectangle getBounds(AsDisplayObject targetSpace, AsRectangle resultRect)
{
if (resultRect == null)
{
resultRect = new AsRectangle();
}
if (targetSpace == this)
{
mVertexData.getPosition(3, sHelperPoint);
resultRect.setTo(0.0f, 0.0f, sHelperPoint.x, sHelperPoint.y);
}
else
{
if (targetSpace == getParent() && getRotation() == 0.0f)
{
float scaleX = this.getScaleX();
float scaleY = this.getScaleY();
mVertexData.getPosition(3, sHelperPoint);
resultRect.setTo(getX() - getPivotX() * scaleX, getY() - getPivotY() * scaleY, sHelperPoint.x * scaleX, sHelperPoint.y * scaleY);
if (scaleX < 0)
{
resultRect.width = resultRect.width * -1;
resultRect.x = resultRect.x - resultRect.width;
}
if (scaleY < 0)
{
resultRect.height = resultRect.height * -1;
resultRect.y = resultRect.y - resultRect.height;
}
}
else
{
getTransformationMatrix(targetSpace, sHelperMatrix);
mVertexData.getBounds(sHelperMatrix, 0, 4, resultRect);
}
}
return(resultRect);
}
public override AsRectangle getBounds(AsDisplayObject targetSpace, AsRectangle resultRect)
{
if(resultRect == null)
{
resultRect = new AsRectangle();
}
if(targetSpace == this)
{
mVertexData.getPosition(3, sHelperPoint);
resultRect.setTo(0.0f, 0.0f, sHelperPoint.x, sHelperPoint.y);
}
else
{
if(targetSpace == getParent() && getRotation() == 0.0f)
{
float scaleX = this.getScaleX();
float scaleY = this.getScaleY();
mVertexData.getPosition(3, sHelperPoint);
resultRect.setTo(getX() - getPivotX() * scaleX, getY() - getPivotY() * scaleY, sHelperPoint.x * scaleX, sHelperPoint.y * scaleY);
if(scaleX < 0)
{
resultRect.width = resultRect.width * -1;
resultRect.x = resultRect.x - resultRect.width;
}
if(scaleY < 0)
{
resultRect.height = resultRect.height * -1;
resultRect.y = resultRect.y - resultRect.height;
}
}
else
{
getTransformationMatrix(targetSpace, sHelperMatrix);
mVertexData.getBounds(sHelperMatrix, 0, 4, resultRect);
}
}
return resultRect;
}
public virtual AsDisplayObject addChildAt(AsDisplayObject child, int index)
{
int numChildren = (int)(mChildren.getLength());
if (index >= 0 && index <= numChildren)
{
child.removeFromParent();
if (index == numChildren)
{
mChildren.push(child);
}
else
{
mChildren.splice(index, (uint)(0), child);
}
child.setParent(this);
child.dispatchEventWith(AsEvent.ADDED, true);
if (getStage() != null)
{
AsDisplayObjectContainer container = child as AsDisplayObjectContainer;
if (container != null)
{
container.broadcastEventWith(AsEvent.ADDED_TO_STAGE);
}
else
{
child.dispatchEventWith(AsEvent.ADDED_TO_STAGE);
}
}
return(child);
}
else
{
throw new AsRangeError("Invalid child index");
}
}
public override AsDisplayObject hitTest(AsPoint localPoint, bool forTouch)
{
if (forTouch && (!getVisible() || !getTouchable()))
{
return(null);
}
float localX = localPoint.x;
float localY = localPoint.y;
int numChildren = (int)(mChildren.getLength());
int i = numChildren - 1;
for (; i >= 0; --i)
{
AsDisplayObject child = mChildren[i];
getTransformationMatrix(child, sHelperMatrix);
AsMatrixUtil.transformCoords(sHelperMatrix, localX, localY, sHelperPoint);
AsDisplayObject target = child.hitTest(sHelperPoint, forTouch);
if (target != null)
{
return(target);
}
}
return(null);
}
public virtual int getChildIndex(AsDisplayObject child)
{
return(mChildren.indexOf(child));
}
private void getChildEventListeners(AsDisplayObject _object, String eventType, AsVector<AsDisplayObject> listeners)
{
AsDisplayObjectContainer container = _object as AsDisplayObjectContainer;
if(_object.hasEventListener(eventType))
{
listeners.push(_object);
}
if(container != null)
{
AsVector<AsDisplayObject> children = container.mChildren;
int numChildren = (int)(children.getLength());
int i = 0;
for (; i < numChildren; ++i)
{
getChildEventListeners(children[i], eventType, listeners);
}
}
}
public virtual void setChildIndex(AsDisplayObject child, int index)
{
int oldIndex = getChildIndex(child);
if(oldIndex == -1)
{
throw new AsArgumentError("Not a child of this container");
}
mChildren.splice(oldIndex, (uint)(1));
mChildren.splice(index, (uint)(0), child);
}
public virtual AsDisplayObject removeChild(AsDisplayObject child, bool dispose)
{
int childIndex = getChildIndex(child);
if(childIndex != -1)
{
removeChildAt(childIndex, dispose);
}
return child;
}
public virtual AsMatrix getTransformationMatrix(AsDisplayObject targetSpace)
{
return(getTransformationMatrix(targetSpace, null));
}
public virtual AsPoint getLocation(AsDisplayObject space, AsPoint resultPoint)
{
if(resultPoint == null)
{
resultPoint = new AsPoint();
}
mTarget.get_base().getTransformationMatrix(space, sHelperMatrix);
return AsMatrixUtil.transformCoords(sHelperMatrix, mGlobalX, mGlobalY, resultPoint);
}
public virtual void setTarget(AsDisplayObject _value)
{
mTarget = _value;
updateBubbleChain();
}
private static int compileObject(AsDisplayObject _object, AsVector<AsQuadBatch> quadBatches, int quadBatchID, AsMatrix transformationMatrix, float alpha, String blendMode, bool ignoreCurrentFilter)
{
int i = 0;
AsQuadBatch quadBatch = null;
bool isRootObject = false;
float objectAlpha = _object.getAlpha();
AsDisplayObjectContainer container = _object as AsDisplayObjectContainer;
AsQuad quad = _object as AsQuad;
AsQuadBatch batch = _object as AsQuadBatch;
AsFragmentFilter filter = _object.getFilter();
if(quadBatchID == -1)
{
isRootObject = true;
quadBatchID = 0;
objectAlpha = 1.0f;
blendMode = _object.getBlendMode();
if(quadBatches.getLength() == 0)
{
quadBatches.push(new AsQuadBatch());
}
else
{
quadBatches[0].reset();
}
}
if(filter != null && !ignoreCurrentFilter)
{
if(filter.getMode() == AsFragmentFilterMode.ABOVE)
{
quadBatchID = compileObject(_object, quadBatches, quadBatchID, transformationMatrix, alpha, blendMode, true);
}
quadBatchID = compileObject(filter.compile(_object), quadBatches, quadBatchID, transformationMatrix, alpha, blendMode);
if(filter.getMode() == AsFragmentFilterMode.BELOW)
{
quadBatchID = compileObject(_object, quadBatches, quadBatchID, transformationMatrix, alpha, blendMode, true);
}
}
else
{
if(container != null)
{
int numChildren = container.getNumChildren();
AsMatrix childMatrix = new AsMatrix();
for (i = 0; i < numChildren; ++i)
{
AsDisplayObject child = container.getChildAt(i);
bool childVisible = child.getAlpha() != 0.0f && child.getVisible() && child.getScaleX() != 0.0f && child.getScaleY() != 0.0f;
if(childVisible)
{
String childBlendMode = child.getBlendMode() == AsBlendMode.AUTO ? blendMode : child.getBlendMode();
childMatrix.copyFrom(transformationMatrix);
AsRenderSupport.transformMatrixForObject(childMatrix, child);
quadBatchID = compileObject(child, quadBatches, quadBatchID, childMatrix, alpha * objectAlpha, childBlendMode);
}
}
}
else
{
if(quad != null || batch != null)
{
AsTexture texture = null;
String smoothing = null;
bool tinted = false;
int numQuads = 0;
if(quad != null)
{
AsImage image = quad as AsImage;
texture = image != null ? image.getTexture() : null;
smoothing = image != null ? image.getSmoothing() : null;
tinted = quad.getTinted();
numQuads = 1;
}
else
{
texture = batch.mTexture;
smoothing = batch.mSmoothing;
tinted = batch.mTinted;
numQuads = batch.mNumQuads;
}
quadBatch = quadBatches[quadBatchID];
if(quadBatch.isStateChange(tinted, alpha * objectAlpha, texture, smoothing, blendMode, numQuads))
{
quadBatchID++;
if(quadBatches.getLength() <= quadBatchID)
{
quadBatches.push(new AsQuadBatch());
}
quadBatch = quadBatches[quadBatchID];
quadBatch.reset();
}
if(quad != null)
{
quadBatch.addQuad(quad, alpha, texture, smoothing, transformationMatrix, blendMode);
}
else
{
quadBatch.addQuadBatch(batch, alpha, transformationMatrix, blendMode);
}
}
else
{
throw new AsError("Unsupported display object: " + AsGlobal.getQualifiedClassName(_object));
}
}
}
if(isRootObject)
{
for (i = (int)(quadBatches.getLength() - 1); i > quadBatchID; --i)
{
quadBatches.pop().dispose();
}
}
return quadBatchID;
}
public virtual AsMatrix getTransformationMatrix(AsDisplayObject targetSpace, AsMatrix resultMatrix)
{
AsDisplayObject commonParent = null;
AsDisplayObject currentObject = null;
if (resultMatrix != null)
{
resultMatrix.identity();
}
else
{
resultMatrix = new AsMatrix();
}
if (targetSpace == this)
{
return(resultMatrix);
}
else
{
if (targetSpace == mParent || (targetSpace == null && mParent == null))
{
resultMatrix.copyFrom(getTransformationMatrix());
return(resultMatrix);
}
else
{
if (targetSpace == null || targetSpace == get_base())
{
currentObject = this;
while (currentObject != targetSpace)
{
resultMatrix.concat(currentObject.getTransformationMatrix());
currentObject = currentObject.mParent;
}
return(resultMatrix);
}
else
{
if (targetSpace.mParent == this)
{
targetSpace.getTransformationMatrix(this, resultMatrix);
resultMatrix.invert();
return(resultMatrix);
}
}
}
}
commonParent = null;
currentObject = this;
while (currentObject != null)
{
sAncestors.push(currentObject);
currentObject = currentObject.mParent;
}
currentObject = targetSpace;
while (currentObject != null && sAncestors.indexOf(currentObject) == -1)
{
currentObject = currentObject.mParent;
}
sAncestors.setLength(0);
if (currentObject != null)
{
commonParent = currentObject;
}
else
{
throw new AsArgumentError("Object not connected to target");
}
currentObject = this;
while (currentObject != commonParent)
{
resultMatrix.concat(currentObject.getTransformationMatrix());
currentObject = currentObject.mParent;
}
if (commonParent == targetSpace)
{
return(resultMatrix);
}
sHelperMatrix.identity();
currentObject = targetSpace;
while (currentObject != commonParent)
{
sHelperMatrix.concat(currentObject.getTransformationMatrix());
currentObject = currentObject.mParent;
}
sHelperMatrix.invert();
resultMatrix.concat(sHelperMatrix);
return(resultMatrix);
}
public virtual AsDisplayObject removeChild(AsDisplayObject child)
{
return(removeChild(child, false));
}
public virtual AsQuadBatch compile(AsDisplayObject _object)
{
if(mCache != null)
{
return mCache;
}
else
{
AsRenderSupport renderSupport = null;
AsStage stage = _object.getStage();
if(stage == null)
{
throw new AsError("Filtered object must be on the stage.");
}
renderSupport = new AsRenderSupport();
_object.getTransformationMatrix(stage, renderSupport.getModelViewMatrix());
return renderPasses(_object, renderSupport, 1.0f, true);
}
}
public virtual void render(AsDisplayObject _object, AsRenderSupport support, float parentAlpha)
{
if(getMode() == AsFragmentFilterMode.ABOVE)
{
_object.render(support, parentAlpha);
}
if(mCacheRequested)
{
mCacheRequested = false;
mCache = renderPasses(_object, support, 1.0f, true);
disposePassTextures();
}
if(mCache != null)
{
mCache.render(support, _object.getAlpha() * parentAlpha);
}
else
{
renderPasses(_object, support, parentAlpha, false);
}
if(getMode() == AsFragmentFilterMode.BELOW)
{
_object.render(support, parentAlpha);
}
}
public virtual AsRectangle getBounds(AsDisplayObject targetSpace, AsRectangle resultRect)
{
throw new AsAbstractMethodError("Method needs to be implemented in subclass");
return(null);
}
public override AsRectangle getBounds(AsDisplayObject targetSpace, AsRectangle resultRect)
{
if(resultRect == null)
{
resultRect = new AsRectangle();
}
AsMatrix transformationMatrix = targetSpace == this ? null : getTransformationMatrix(targetSpace, sHelperMatrix);
return mVertexData.getBounds(transformationMatrix, 0, mNumQuads * 4, resultRect);
}
private AsQuadBatch renderPasses(AsDisplayObject _object, AsRenderSupport support, float parentAlpha, bool intoCache)
{
AsTexture cacheTexture = null;
AsStage stage = _object.getStage();
AsContext3D context = AsStarling.getContext();
float scale = AsStarling.getCurrent().getContentScaleFactor();
if(stage == null)
{
throw new AsError("Filtered object must be on the stage.");
}
if(context == null)
{
throw new AsMissingContextError();
}
support.finishQuadBatch();
support.raiseDrawCount((uint)(mNumPasses));
support.pushMatrix();
support.setBlendMode(AsBlendMode.NORMAL);
AsRenderSupport.setBlendFactors(PMA);
mProjMatrix.copyFrom(support.getProjectionMatrix());
AsTexture previousRenderTarget = support.getRenderTarget();
if(previousRenderTarget != null)
{
throw new AsIllegalOperationError("It's currently not possible to stack filters! " + "This limitation will be removed in a future Stage3D version.");
}
calculateBounds(_object, stage, sBounds);
updateBuffers(context, sBounds);
updatePassTextures((int)(sBounds.width), (int)(sBounds.height), mResolution * scale);
if(intoCache)
{
cacheTexture = AsTexture.empty((int)(sBounds.width), (int)(sBounds.height), PMA, true, mResolution * scale);
}
support.setRenderTarget(mPassTextures[0]);
support.clear();
support.setOrthographicProjection(sBounds.x, sBounds.y, sBounds.width, sBounds.height);
_object.render(support, parentAlpha);
support.finishQuadBatch();
AsRenderSupport.setBlendFactors(PMA);
support.loadIdentity();
context.setVertexBufferAt(0, mVertexBuffer, AsVertexData.POSITION_OFFSET, AsContext3DVertexBufferFormat.FLOAT_2);
context.setVertexBufferAt(1, mVertexBuffer, AsVertexData.TEXCOORD_OFFSET, AsContext3DVertexBufferFormat.FLOAT_2);
int i = 0;
for (; i < mNumPasses; ++i)
{
if(i < mNumPasses - 1)
{
support.setRenderTarget(getPassTexture(i + 1));
support.clear();
}
else
{
if(intoCache)
{
support.setRenderTarget(cacheTexture);
support.clear();
}
else
{
support.setRenderTarget(previousRenderTarget);
support.getProjectionMatrix().copyFrom(mProjMatrix);
support.translateMatrix(mOffsetX, mOffsetY);
support.setBlendMode(_object.getBlendMode());
support.applyBlendMode(PMA);
}
}
AsTexture passTexture = getPassTexture(i);
context.setProgramConstantsFromMatrix(AsContext3DProgramType.VERTEX, 0, support.getMvpMatrix3D(), true);
context.setTextureAt(0, passTexture.get_base());
activate(i, context, passTexture);
context.drawTriangles(mIndexBuffer, 0, 2);
deactivate(i, context, passTexture);
}
context.setVertexBufferAt(0, null);
context.setVertexBufferAt(1, null);
context.setTextureAt(0, null);
support.popMatrix();
if(intoCache)
{
support.setRenderTarget(previousRenderTarget);
support.getProjectionMatrix().copyFrom(mProjMatrix);
AsQuadBatch quadBatch = new AsQuadBatch();
AsImage image = new AsImage(cacheTexture);
stage.getTransformationMatrix(_object, sTransformationMatrix);
AsMatrixUtil.prependTranslation(sTransformationMatrix, sBounds.x + mOffsetX, sBounds.y + mOffsetY);
quadBatch.addImage(image, 1.0f, sTransformationMatrix);
return quadBatch;
}
else
{
return null;
}
}
private static int compileObject(AsDisplayObject _object, AsVector<AsQuadBatch> quadBatches, int quadBatchID, AsMatrix transformationMatrix)
{
return compileObject(_object, quadBatches, quadBatchID, transformationMatrix, 1.0f, null, false);
}
private AsVector<AsEventDispatcher> getBubbleChain(AsDisplayObject target, AsVector<AsEventDispatcher> result)
{
AsDisplayObject element = target;
int length = 1;
result.setLength(length);
result[0] = target;
while((element = element.getParent()) != null)
{
result[length++] = element;
}
return result;
}
public override AsRectangle getBounds(AsDisplayObject targetSpace, AsRectangle resultRect)
{
if(resultRect == null)
{
resultRect = new AsRectangle();
}
int numChildren = (int)(mChildren.getLength());
if(numChildren == 0)
{
getTransformationMatrix(targetSpace, sHelperMatrix);
AsMatrixUtil.transformCoords(sHelperMatrix, 0.0f, 0.0f, sHelperPoint);
resultRect.setTo(sHelperPoint.x, sHelperPoint.y, 0, 0);
return resultRect;
}
else
{
if(numChildren == 1)
{
return mChildren[0].getBounds(targetSpace, resultRect);
}
else
{
float minX = AsNumber.MAX_VALUE;
float maxX = -AsNumber.MAX_VALUE;
float minY = AsNumber.MAX_VALUE;
float maxY = -AsNumber.MAX_VALUE;
int i = 0;
for (; i < numChildren; ++i)
{
mChildren[i].getBounds(targetSpace, resultRect);
minX = minX < resultRect.x ? minX : resultRect.x;
maxX = maxX > resultRect.getRight() ? maxX : resultRect.getRight();
minY = minY < resultRect.y ? minY : resultRect.y;
maxY = maxY > resultRect.getBottom() ? maxY : resultRect.getBottom();
}
resultRect.setTo(minX, minY, maxX - minX, maxY - minY);
return resultRect;
}
}
}
public virtual AsPoint getLocation(AsDisplayObject space)
{
return getLocation(space, null);
}
private AsQuadBatch renderPasses(AsDisplayObject _object, AsRenderSupport support, float parentAlpha)
{
return renderPasses(_object, support, parentAlpha, false);
}
public virtual bool contains(AsDisplayObject child)
{
while(child != null)
{
if(child == this)
{
return true;
}
else
{
child = child.getParent();
}
}
return false;
}
private static int compileObject(AsDisplayObject _object, AsVector <AsQuadBatch> quadBatches, int quadBatchID, AsMatrix transformationMatrix, float alpha, String blendMode)
{
return(compileObject(_object, quadBatches, quadBatchID, transformationMatrix, alpha, blendMode, false));
}
public virtual int getChildIndex(AsDisplayObject child)
{
return mChildren.indexOf(child);
}
private static int compileObject(AsDisplayObject _object, AsVector <AsQuadBatch> quadBatches, int quadBatchID, AsMatrix transformationMatrix)
{
return(compileObject(_object, quadBatches, quadBatchID, transformationMatrix, 1.0f, null, false));
}
public virtual AsDisplayObject removeChild(AsDisplayObject child)
{
return removeChild(child, false);
}
public override AsRectangle getBounds(AsDisplayObject targetSpace, AsRectangle resultRect)
{
return(mHitArea.getBounds(targetSpace, resultRect));
}
public virtual void swapChildren(AsDisplayObject child1, AsDisplayObject child2)
{
int index1 = getChildIndex(child1);
int index2 = getChildIndex(child2);
if(index1 == -1 || index2 == -1)
{
throw new AsArgumentError("Not a child of this container");
}
swapChildrenAt(index1, index2);
}
public virtual AsRectangle getBounds(AsDisplayObject targetSpace)
{
return(getBounds(targetSpace, null));
}
public virtual AsDisplayObject addChild(AsDisplayObject child)
{
addChildAt(child, getNumChildren());
return child;
}
public virtual AsDisplayObject addChild(AsDisplayObject child)
{
addChildAt(child, getNumChildren());
return(child);
}
public virtual AsPoint getMovement(AsDisplayObject space, AsPoint resultPoint)
{
if(resultPoint == null)
{
resultPoint = new AsPoint();
}
getLocation(space, resultPoint);
float x = resultPoint.x;
float y = resultPoint.y;
getPreviousLocation(space, resultPoint);
resultPoint.setTo(x - resultPoint.x, y - resultPoint.y);
return resultPoint;
}
public virtual AsPoint getMovement(AsDisplayObject space)
{
return getMovement(space, null);
}
public virtual AsRectangle getBounds(AsDisplayObject targetSpace)
{
return getBounds(targetSpace, null);
}
private void calculateBounds(AsDisplayObject _object, AsStage stage, AsRectangle resultRect)
{
if(_object == stage || _object == AsStarling.getCurrent().getRoot())
{
resultRect.setTo(0, 0, stage.getStageWidth(), stage.getStageHeight());
}
else
{
_object.getBounds(stage, resultRect);
}
float deltaMargin = mResolution == 1.0f ? 0.0f : 1.0f / mResolution;
resultRect.x = resultRect.x - mMarginX + deltaMargin;
resultRect.y = resultRect.y - mMarginY + deltaMargin;
resultRect.width = resultRect.width + 2 * (mMarginX + deltaMargin);
resultRect.height = resultRect.height + 2 * (mMarginY + deltaMargin);
resultRect.width = AsGlobal.getNextPowerOfTwo((int)(resultRect.width * mResolution)) / mResolution;
resultRect.height = AsGlobal.getNextPowerOfTwo((int)(resultRect.height * mResolution)) / mResolution;
}
private static int compileObject(AsDisplayObject _object, AsVector<AsQuadBatch> quadBatches, int quadBatchID, AsMatrix transformationMatrix, float alpha, String blendMode)
{
return compileObject(_object, quadBatches, quadBatchID, transformationMatrix, alpha, blendMode, false);
}
public static void compile(AsDisplayObject _object, AsVector <AsQuadBatch> quadBatches)
{
compileObject(_object, quadBatches, -1, new AsMatrix());
}
public static void compile(AsDisplayObject _object, AsVector<AsQuadBatch> quadBatches)
{
compileObject(_object, quadBatches, -1, new AsMatrix());
}
private static int compileObject(AsDisplayObject _object, AsVector <AsQuadBatch> quadBatches, int quadBatchID, AsMatrix transformationMatrix, float alpha, String blendMode, bool ignoreCurrentFilter)
{
int i = 0;
AsQuadBatch quadBatch = null;
bool isRootObject = false;
float objectAlpha = _object.getAlpha();
AsDisplayObjectContainer container = _object as AsDisplayObjectContainer;
AsQuad quad = _object as AsQuad;
AsQuadBatch batch = _object as AsQuadBatch;
AsFragmentFilter filter = _object.getFilter();
if (quadBatchID == -1)
{
isRootObject = true;
quadBatchID = 0;
objectAlpha = 1.0f;
blendMode = _object.getBlendMode();
if (quadBatches.getLength() == 0)
{
quadBatches.push(new AsQuadBatch());
}
else
{
quadBatches[0].reset();
}
}
if (filter != null && !ignoreCurrentFilter)
{
if (filter.getMode() == AsFragmentFilterMode.ABOVE)
{
quadBatchID = compileObject(_object, quadBatches, quadBatchID, transformationMatrix, alpha, blendMode, true);
}
quadBatchID = compileObject(filter.compile(_object), quadBatches, quadBatchID, transformationMatrix, alpha, blendMode);
if (filter.getMode() == AsFragmentFilterMode.BELOW)
{
quadBatchID = compileObject(_object, quadBatches, quadBatchID, transformationMatrix, alpha, blendMode, true);
}
}
else
{
if (container != null)
{
int numChildren = container.getNumChildren();
AsMatrix childMatrix = new AsMatrix();
for (i = 0; i < numChildren; ++i)
{
AsDisplayObject child = container.getChildAt(i);
bool childVisible = child.getAlpha() != 0.0f && child.getVisible() && child.getScaleX() != 0.0f && child.getScaleY() != 0.0f;
if (childVisible)
{
String childBlendMode = child.getBlendMode() == AsBlendMode.AUTO ? blendMode : child.getBlendMode();
childMatrix.copyFrom(transformationMatrix);
AsRenderSupport.transformMatrixForObject(childMatrix, child);
quadBatchID = compileObject(child, quadBatches, quadBatchID, childMatrix, alpha * objectAlpha, childBlendMode);
}
}
}
else
{
if (quad != null || batch != null)
{
AsTexture texture = null;
String smoothing = null;
bool tinted = false;
int numQuads = 0;
if (quad != null)
{
AsImage image = quad as AsImage;
texture = image != null?image.getTexture() : null;
smoothing = image != null?image.getSmoothing() : null;
tinted = quad.getTinted();
numQuads = 1;
}
else
{
texture = batch.mTexture;
smoothing = batch.mSmoothing;
tinted = batch.mTinted;
numQuads = batch.mNumQuads;
}
quadBatch = quadBatches[quadBatchID];
if (quadBatch.isStateChange(tinted, alpha * objectAlpha, texture, smoothing, blendMode, numQuads))
{
quadBatchID++;
if (quadBatches.getLength() <= quadBatchID)
{
quadBatches.push(new AsQuadBatch());
}
quadBatch = quadBatches[quadBatchID];
quadBatch.reset();
}
if (quad != null)
{
quadBatch.addQuad(quad, alpha, texture, smoothing, transformationMatrix, blendMode);
}
else
{
quadBatch.addQuadBatch(batch, alpha, transformationMatrix, blendMode);
}
}
else
{
throw new AsError("Unsupported display object: " + AsGlobal.getQualifiedClassName(_object));
}
}
}
if (isRootObject)
{
for (i = (int)(quadBatches.getLength() - 1); i > quadBatchID; --i)
{
quadBatches.pop().dispose();
}
}
return(quadBatchID);
}