bool SVGResources::buildCachedResources(const RenderElement& renderer, const RenderStyle& style)
{
ASSERT(renderer.element());
ASSERT_WITH_SECURITY_IMPLICATION(renderer.element()->isSVGElement());
if (!renderer.element())
return false;
auto& element = downcast<SVGElement>(*renderer.element());
Document& document = element.document();
SVGDocumentExtensions& extensions = document.accessSVGExtensions();
const AtomicString& tagName = element.localName();
if (tagName.isNull())
return false;
const SVGRenderStyle& svgStyle = style.svgStyle();
bool foundResources = false;
if (clipperFilterMaskerTags().contains(tagName)) {
if (svgStyle.hasClipper()) {
AtomicString id(svgStyle.clipperResource());
if (setClipper(getRenderSVGResourceById<RenderSVGResourceClipper>(document, id)))
foundResources = true;
else
registerPendingResource(extensions, id, element);
}
if (style.hasFilter()) {
const FilterOperations& filterOperations = style.filter();
if (filterOperations.size() == 1) {
const FilterOperation& filterOperation = *filterOperations.at(0);
if (filterOperation.type() == FilterOperation::REFERENCE) {
const auto& referenceFilterOperation = downcast<ReferenceFilterOperation>(filterOperation);
AtomicString id = SVGURIReference::fragmentIdentifierFromIRIString(referenceFilterOperation.url(), element.document());
if (setFilter(getRenderSVGResourceById<RenderSVGResourceFilter>(document, id)))
foundResources = true;
else
registerPendingResource(extensions, id, element);
}
}
}
if (svgStyle.hasMasker()) {
AtomicString id(svgStyle.maskerResource());
if (setMasker(getRenderSVGResourceById<RenderSVGResourceMasker>(document, id)))
foundResources = true;
else
registerPendingResource(extensions, id, element);
}
}
if (markerTags().contains(tagName) && svgStyle.hasMarkers()) {
AtomicString markerStartId(svgStyle.markerStartResource());
if (setMarkerStart(getRenderSVGResourceById<RenderSVGResourceMarker>(document, markerStartId)))
foundResources = true;
else
registerPendingResource(extensions, markerStartId, element);
AtomicString markerMidId(svgStyle.markerMidResource());
if (setMarkerMid(getRenderSVGResourceById<RenderSVGResourceMarker>(document, markerMidId)))
foundResources = true;
else
registerPendingResource(extensions, markerMidId, element);
AtomicString markerEndId(svgStyle.markerEndResource());
if (setMarkerEnd(getRenderSVGResourceById<RenderSVGResourceMarker>(document, markerEndId)))
foundResources = true;
else
registerPendingResource(extensions, markerEndId, element);
}
if (fillAndStrokeTags().contains(tagName)) {
if (svgStyle.hasFill()) {
bool hasPendingResource = false;
AtomicString id;
if (setFill(paintingResourceFromSVGPaint(document, svgStyle.fillPaintType(), svgStyle.fillPaintUri(), id, hasPendingResource)))
foundResources = true;
else if (hasPendingResource)
registerPendingResource(extensions, id, element);
}
if (svgStyle.hasStroke()) {
bool hasPendingResource = false;
AtomicString id;
if (setStroke(paintingResourceFromSVGPaint(document, svgStyle.strokePaintType(), svgStyle.strokePaintUri(), id, hasPendingResource)))
foundResources = true;
else if (hasPendingResource)
registerPendingResource(extensions, id, element);
}
}
if (chainableResourceTags().contains(tagName)) {
AtomicString id(targetReferenceFromResource(element));
if (setLinkedResource(getRenderSVGResourceContainerById(document, id)))
foundResources = true;
else
registerPendingResource(extensions, id, element);
}
return foundResources;
}
void AflSpriteMapImage::onDraw()
{
int i,j;
if(!m_pAflSpriteMap || !getAflTexture())
return;
AflD3DWorld* paflDevice = AflRenderUnit::getAflDevice();
AflDrawUnit* pSprite = m_pAflSpriteMap->getDrawSprite();
INT iTipWidth = getTipWidth();
INT iTipHeight = getTipHeight();
if(!iTipWidth || !iTipHeight)
return;
//接触判定表示用スプライトの作成
if((INT)pSprite->getImageWidth()-4 != getTipWidth() || (INT)pSprite->getImageHeight()-4 != getTipHeight())
{
pSprite->delPolygon();
pSprite->createBox(2,2,getTipWidth()-4,getTipHeight()-4,0x88cc6666);
pSprite->setZBuffer(false);
pSprite->setClipper(m_pAflSpriteMap->getClipX(),m_pAflSpriteMap->getClipY(),m_pAflSpriteMap->getClipZ(),
m_pAflSpriteMap->getClipWidth(),m_pAflSpriteMap->getClipHeight(),m_pAflSpriteMap->getClipDepth());
}
//クリップ領域の指定
setClipper(m_pAflSpriteMap->getClipX(),m_pAflSpriteMap->getClipY(),m_pAflSpriteMap->getClipZ(),
m_pAflSpriteMap->getClipWidth(),m_pAflSpriteMap->getClipHeight(),m_pAflSpriteMap->getClipDepth());
INT iLevel = m_iLevel;
FLOAT fMapX = m_pAflSpriteMap->getMapX();
FLOAT fMapY = m_pAflSpriteMap->getMapY();
//描画範囲の設定
FLOAT fDrawWidth = m_pAflSpriteMap->getClipWidth();
FLOAT fDrawHeight = m_pAflSpriteMap->getClipHeight();
if(!fDrawWidth)
fDrawWidth = paflDevice->getDeviceWidth();
if(!fDrawHeight)
fDrawHeight = paflDevice->getDeviceHeight();
//ビットのスライド位置を設定
FLOAT fStartBitX = (INT)fMapX % iTipWidth;
FLOAT fStartBitY = (INT)fMapY % iTipHeight;
if(fMapX < 0)
fStartBitX = iTipWidth + fStartBitX;
if(fMapY < 0)
fStartBitY = iTipHeight + fStartBitY;
//描画開始マップパーツの設定
INT iMapX,iMapY;
iMapX = (fMapX-fStartBitX) / iTipWidth;
iMapY = (fMapY-fStartBitY) / iTipHeight;
//描画パーツ数の設定
INT iCountX,iCountY;
iCountX = (fDrawWidth+iTipWidth-1) / iTipWidth;
iCountY = (fDrawHeight+iTipHeight-1) / iTipHeight;
if(fStartBitX)
iCountX++;
if(fStartBitY)
iCountY++;
for(j=0;j<iCountY;j++)
{
for(i=0;i<iCountX;i++)
{
INT iIndex = m_pAflSpriteMap->getMapIndex(iLevel,iMapX+i,iMapY+j);
//通常描画
if(iIndex > 0 || (iLevel == 0 && iIndex==0))
{
//パーツの選択
setImageIndex(iIndex);
//相対位置の設定
setRelativity(-fStartBitX+i*iTipWidth,-fStartBitY+j*iTipHeight,0);
//描画
drawImage(fX,fY,fZ);
}
//接触判定用
if(m_pAflSpriteMap->isDrawCollide())
{
bool bCollide = m_pAflSpriteMap->isMapCollide(iMapX+i,iMapY+j);
if(bCollide)
{
pSprite->setRelativity(-fStartBitX+i*iTipWidth,-fStartBitY+j*iTipHeight,0);
pSprite->drawImage(fX,fY,fZ-2);
}
}
}
}
}
