rem stringlengths 0 477k | add stringlengths 0 313k | context stringlengths 6 599k |
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return new gnu.xml.aelfred2.JAXPFactory(); | return new gnu.xml.stream.SAXParserFactory(); | public static SAXParserFactory newInstance() throws FactoryConfigurationError { ClassLoader loader = Thread.currentThread().getContextClassLoader(); if (loader == null) { loader = SAXParserFactory.class.getClassLoader(); } String className = null; int count = 0; do { cl... |
public void parse(InputStream stream, DefaultHandler def) | public void parse(InputStream stream, HandlerBase handler) | public void parse(InputStream stream, DefaultHandler def) throws SAXException, IOException { parse (new InputSource (stream), def); } |
{ parse (new InputSource (stream), def); } | { parse (new InputSource (stream), handler); } | public void parse(InputStream stream, DefaultHandler def) throws SAXException, IOException { parse (new InputSource (stream), def); } |
if (sr == null) sr = new SizeRequirements(); else { sr.maximum = 0; sr.minimum = 0; sr.preferred = 0; sr.alignment = 0.5F; } int count = getViewCount(); for (int i = 0; i < count; ++i) { View child = getView(i); sr.minimum += child.getMinimumSpan(axis); sr.preferred += child.getPreferredSpan(axis); sr.maximum += chi... | SizeRequirements[] childReqs = getChildRequirements(axis); return SizeRequirements.getTiledSizeRequirements(childReqs); | protected SizeRequirements calculateMajorAxisRequirements(int axis, SizeRequirements sr) { if (sr == null) sr = new SizeRequirements(); else { sr.maximum = 0; sr.minimum = 0; sr.preferred = 0; sr.alignment = 0.5F; ... |
if (sr == null) sr = new SizeRequirements(); else { sr.maximum = 0; sr.minimum = 0; sr.preferred = 0; sr.alignment = 0.5F; } int count = getViewCount(); int aboveBaseline = 0; int belowBaseline = 0; int aboveBaselineMin = 0; int belowBaselineMin = 0; int aboveBaselineMax = 0; int belowBaselineMax = 0; for (int i = 0... | SizeRequirements[] childReqs = getChildRequirements(axis); return SizeRequirements.getAlignedSizeRequirements(childReqs); | protected SizeRequirements calculateMinorAxisRequirements(int axis, SizeRequirements sr) { if (sr == null) sr = new SizeRequirements(); else { sr.maximum = 0; sr.minimum = 0; sr.preferred = 0; sr.alignment = 0.5F; ... |
this.width = width; this.height = height; if (myAxis == X_AXIS) { layoutMajorAxis(width, X_AXIS, offsetsX, spansX); layoutMinorAxis(height, Y_AXIS, offsetsY, spansY); } else { layoutMajorAxis(height, Y_AXIS, offsetsY, spansY); layoutMinorAxis(width, X_AXIS, offsetsX, spansX); } | baselineLayout(width, X_AXIS, offsetsX, spansX); baselineLayout(height, Y_AXIS, offsetsY, spansY); | protected void layout(int width, int height) { this.width = width; this.height = height; if (myAxis == X_AXIS) { layoutMajorAxis(width, X_AXIS, offsetsX, spansX); layoutMinorAxis(height, Y_AXIS, offsetsY, spansY); } else { layoutMajorAxis(height, Y_AXIS, offsetsY, span... |
int count = getViewCount(); SizeRequirements[] childReqs = new SizeRequirements[count]; for (int i = 0; i < count; ++i) { View view = getView(i); childReqs[i] = new SizeRequirements((int) view.getMinimumSpan(axis), (int) view.getPreferredSpan(axis), (int) view.getMaximumSpan(axis), view.getAlignment(axis)); } | SizeRequirements[] childReqs = getChildRequirements(axis); | protected void layoutMajorAxis(int targetSpan, int axis, int[] offsets, int[] spans) { // Allocate SizeRequirements for each child view. int count = getViewCount(); SizeRequirements[] childReqs = new SizeRequirements[count]; for (int i = 0; i < count; ++i) { Vi... |
int count = getViewCount(); SizeRequirements[] childReqs = new SizeRequirements[count]; for (int i = 0; i < count; ++i) { View view = getView(i); childReqs[i] = new SizeRequirements((int) view.getMinimumSpan(axis), (int) view.getPreferredSpan(axis), (int) view.getMaximumSpan(axis), view.getAlignment(axis)); } | SizeRequirements[] childReqs = getChildRequirements(axis); | protected void layoutMinorAxis(int targetSpan, int axis, int[] offsets, int[] spans) { // Allocate SizeRequirements for each child view. int count = getViewCount(); SizeRequirements[] childReqs = new SizeRequirements[count]; for (int i = 0; i < count; ++i) { Vi... |
if (!copy.isEmpty()) | public void paint(Graphics g, Shape a) { // Adjust size if the size is changed. Rectangle bounds = a.getBounds(); if (bounds.width != getWidth() || bounds.height != getHeight()) setSize(bounds.width, bounds.height); Rectangle inside = getInsideAllocation(a); Rectangle copy = new Rectangle(inside)... | |
this.width = (int) width; this.height = (int) height; | public void setSize(float width, float height) { if (this.width != (int) width) layoutChanged(X_AXIS); if (this.height != (int) height) layoutChanged(Y_AXIS); Rectangle outside = new Rectangle(0, 0, this.width, this.height); Rectangle inside = getInsideAllocation(outside); if (!isAllocationV... | |
public SizeRequirements(int min, int pref, int max, float align) { | public SizeRequirements() { | public SizeRequirements(int min, int pref, int max, float align) { // TODO } // SizeRequirements() |
inside.x = alloc.x - insets.left; inside.y = alloc.y - insets.top; | inside.x = alloc.x + insets.left; inside.y = alloc.y + insets.top; | protected Rectangle getInsideAllocation(Shape a) { if (a == null) return null; Rectangle alloc = a.getBounds(); // Initialize the inside allocation rectangle. This is done inside // a synchronized block in order to avoid multiple threads creating // this instance simultanously. Rectangle insid... |
public abstract XMLEventWriter createXMLEventWriter(OutputStream stream) | public abstract XMLEventWriter createXMLEventWriter(Result result) | public abstract XMLEventWriter createXMLEventWriter(OutputStream stream) throws XMLStreamException; |
public static XMLInputFactory newInstance(String factoryId, ClassLoader classLoader) | public static XMLInputFactory newInstance() | public static XMLInputFactory newInstance(String factoryId, ClassLoader classLoader) throws FactoryConfigurationError { ClassLoader loader = classLoader; if (loader == null) { loader = Thread.currentThread().getContextClassLoader(); } if (loader... |
ClassLoader loader = classLoader; if (loader == null) { loader = Thread.currentThread().getContextClassLoader(); } if (loader == null) { loader = XMLInputFactory.class.getClassLoader(); } String className = null; int count = 0; do { className = getFactoryClassName(loader, count++); if (className != null) { try { Class ... | return newInstance(null, null); | public static XMLInputFactory newInstance(String factoryId, ClassLoader classLoader) throws FactoryConfigurationError { ClassLoader loader = classLoader; if (loader == null) { loader = Thread.currentThread().getContextClassLoader(); } if (loader... |
return expr._boolean(node, expr.evaluate(node, pos, len)); | return Expr._boolean(node, expr.evaluate(node, pos, len)); | public boolean matches(Node node, int pos, int len) { Object ret = expr.evaluate(node, pos, len); if (ret instanceof Double) { // Same as [position() = x] return ((Double) ret).intValue() == pos; } return expr._boolean(node, expr.evaluate(node, pos, len)); } |
protected AccessibleJSplitPane(JSplitPane component) { super(component); } | protected AccessibleJSplitPane(JSplitPane value0) { super(value0); } | protected AccessibleJSplitPane(JSplitPane component) { super(component); // TODO } // AccessibleJSplitPane() |
public AccessibleRole getAccessibleRole() { return AccessibleRole.SPLIT_PANE; } | public AccessibleRole getAccessibleRole() { return null; } | public AccessibleRole getAccessibleRole() { return AccessibleRole.SPLIT_PANE; } // getAccessibleRole() |
public JSplitPane() { } | public JSplitPane(int newOrientation, boolean newContinuousLayout, Component newLeftComponent, Component newRightComponent) { if (newOrientation != HORIZONTAL_SPLIT && newOrientation != VERTICAL_SPLIT) throw new IllegalArgumentException("orientation is invalid."); orientation = newOrientation; continuousLayout = newCon... | public JSplitPane() { // TODO } // JSplitPane() |
protected void addImpl(Component value0, Object value1, int value2) { } | protected void addImpl(Component comp, Object constraints, int index) { int left = 0; int right = 1; int div = 2; int place; if (constraints == null) { if (leftComponent == null) constraints = LEFT; else if (rightComponent == null) constraints = RIGHT; } if (constraints instanceof String) { String placement = (String)... | protected void addImpl(Component value0, Object value1, int value2) { // TODO } // addImpl() |
public AccessibleContext getAccessibleContext() { if (accessibleContext == null) { accessibleContext = new AccessibleJSplitPane(this); } return accessibleContext; } | public AccessibleContext getAccessibleContext() { if (accessibleContext == null) accessibleContext = new AccessibleJSplitPane(this); return accessibleContext; } | public AccessibleContext getAccessibleContext() { if (accessibleContext == null) { accessibleContext = new AccessibleJSplitPane(this); } // if return accessibleContext; } // getAccessibleContext() |
public Component getBottomComponent() { return null; } | public Component getBottomComponent() { return rightComponent; } | public Component getBottomComponent() { return null; // TODO } // getBottomComponent() |
public int getDividerLocation() { return 0; } | public int getDividerLocation() { if (ui != null) return ((SplitPaneUI) ui).getDividerLocation(this); else return -1; } | public int getDividerLocation() { return 0; // TODO } // getDividerLocation() |
public int getDividerSize() { return 0; } | public int getDividerSize() { return dividerSize; } | public int getDividerSize() { return 0; // TODO } // getDividerSize() |
public int getLastDividerLocation() { return 0; } | public int getLastDividerLocation() { return lastDividerLocation; } | public int getLastDividerLocation() { return 0; // TODO } // getLastDividerLocation() |
public Component getLeftComponent() { return null; } | public Component getLeftComponent() { return leftComponent; } | public Component getLeftComponent() { return null; // TODO } // getLeftComponent() |
public int getMaximumDividerLocation() { return 0; } | public int getMaximumDividerLocation() { if (ui != null) return ((SplitPaneUI) ui).getMaximumDividerLocation(this); else return -1; } | public int getMaximumDividerLocation() { return 0; // TODO } // getMaximumDividerLocation() |
public int getMinimumDividerLocation() { return 0; } | public int getMinimumDividerLocation() { if (ui != null) return ((SplitPaneUI) ui).getMinimumDividerLocation(this); else return -1; } | public int getMinimumDividerLocation() { return 0; // TODO } // getMinimumDividerLocation() |
public int getOrientation() { return 0; } | public int getOrientation() { return orientation; } | public int getOrientation() { return 0; // TODO } // getOrientation() |
public double getResizeWeight() { return 0.0; } | public double getResizeWeight() { return resizeWeight; } | public double getResizeWeight() { return 0.0; // TODO } // getResizeWeight() |
public Component getRightComponent() { return null; } | public Component getRightComponent() { return rightComponent; } | public Component getRightComponent() { return null; // TODO } // getRightComponent() |
public Component getTopComponent() { return null; } | public Component getTopComponent() { return leftComponent; } | public Component getTopComponent() { return null; // TODO } // getTopComponent() |
public String getUIClassID() { return uiClassID; } | public String getUIClassID() { return "SplitPaneUI"; } | public String getUIClassID() { return uiClassID; } // getUIClassID() |
public boolean isContinuousLayout() { return false; } | public boolean isContinuousLayout() { return continuousLayout; } | public boolean isContinuousLayout() { return false; // TODO } // isContinuousLayout() |
public boolean isOneTouchExpandable() { return false; } | public boolean isOneTouchExpandable() { return oneTouchExpandable; } | public boolean isOneTouchExpandable() { return false; // TODO } // isOneTouchExpandable() |
public boolean isValidateRoot() { return false; } | public boolean isValidateRoot() { return true; } | public boolean isValidateRoot() { return false; // TODO } // isValidateRoot() |
protected void paintChildren(Graphics value0) { } | protected void paintChildren(Graphics g) { super.paintChildren(g); if (ui != null) ((SplitPaneUI) ui).finishedPaintingChildren(this, g); } | protected void paintChildren(Graphics value0) { // TODO } // paintChildren() |
protected String paramString() { return null; } | protected String paramString() { return "JSplitPane"; } | protected String paramString() { return null; // TODO } // paramString() |
public void remove(Component value0) { } | public void remove(Component component) { if (component == leftComponent) leftComponent = null; else if (component == rightComponent) rightComponent = null; super.remove(component); } | public void remove(Component value0) { // TODO } // remove() |
public void removeAll() { } | public void removeAll() { leftComponent = null; rightComponent = null; super.removeAll(); } | public void removeAll() { // TODO } // removeAll() |
public void resetToPreferredSizes() { } | public void resetToPreferredSizes() { if (ui != null) ((SplitPaneUI) ui).resetToPreferredSizes(this); } | public void resetToPreferredSizes() { // TODO } // resetToPreferredSizes() |
public void setBottomComponent(Component value0) { } | public void setBottomComponent(Component comp) { if (comp != null) add(comp, BOTTOM); else add(new JButton("right button"), BOTTOM); } | public void setBottomComponent(Component value0) { // TODO } // setBottomComponent() |
public void setContinuousLayout(boolean value0) { } | public void setContinuousLayout(boolean newContinuousLayout) { if (newContinuousLayout != continuousLayout) { boolean oldValue = continuousLayout; continuousLayout = newContinuousLayout; firePropertyChange(CONTINUOUS_LAYOUT_PROPERTY, oldValue, continuousLayout); } } | public void setContinuousLayout(boolean value0) { // TODO } // setContinuousLayout() |
public void setDividerLocation(double value0) { } | public void setDividerLocation(double proportionalLocation) { if (proportionalLocation > 1 || proportionalLocation < 0) throw new IllegalArgumentException("proportion has to be between 0 and 1."); int max = (orientation == HORIZONTAL_SPLIT) ? getWidth() : getHeight(); setDividerLocation((int) (proportionalLocation * m... | public void setDividerLocation(double value0) { // TODO } // setDividerLocation() |
public void setDividerSize(int value0) { } | public void setDividerSize(int newSize) { if (newSize != dividerSize) { int oldSize = dividerSize; dividerSize = newSize; firePropertyChange(DIVIDER_SIZE_PROPERTY, oldSize, dividerSize); } } | public void setDividerSize(int value0) { // TODO } // setDividerSize() |
public void setLastDividerLocation(int value0) { } | public void setLastDividerLocation(int newLastLocation) { if (newLastLocation != lastDividerLocation) { int oldValue = lastDividerLocation; lastDividerLocation = newLastLocation; firePropertyChange(LAST_DIVIDER_LOCATION_PROPERTY, oldValue, lastDividerLocation); } } | public void setLastDividerLocation(int value0) { // TODO } // setLastDividerLocation() |
public void setLeftComponent(Component value0) { } | public void setLeftComponent(Component comp) { if (comp != null) add(comp, LEFT); else add(new JButton("left button"), LEFT); } | public void setLeftComponent(Component value0) { // TODO } // setLeftComponent() |
public void setOneTouchExpandable(boolean value0) { } | public void setOneTouchExpandable(boolean newValue) { if (newValue != oneTouchExpandable) { boolean oldValue = oneTouchExpandable; oneTouchExpandable = newValue; firePropertyChange(ONE_TOUCH_EXPANDABLE_PROPERTY, oldValue, oneTouchExpandable); } } | public void setOneTouchExpandable(boolean value0) { // TODO } // setOneTouchExpandable() |
public void setOrientation(int value0) { } | public void setOrientation(int orientation) { if (orientation != HORIZONTAL_SPLIT && orientation != VERTICAL_SPLIT) throw new IllegalArgumentException("orientation must be one of VERTICAL_SPLIT, HORIZONTAL_SPLIT"); if (orientation != this.orientation) { int oldOrientation = this.orientation; this.orientation = orientat... | public void setOrientation(int value0) { // TODO } // setOrientation() |
public void setResizeWeight(double value0) { } | public void setResizeWeight(double value) { resizeWeight = value; } | public void setResizeWeight(double value0) { // TODO } // setResizeWeight() |
public void setRightComponent(Component value0) { } | public void setRightComponent(Component comp) { if (comp != null) add(comp, RIGHT); else add(new JButton("right button"), RIGHT); } | public void setRightComponent(Component value0) { // TODO } // setRightComponent() |
public void setTopComponent(Component value0) { } | public void setTopComponent(Component comp) { if (comp != null) add(comp, TOP); else add(new JButton("left button"), TOP); } | public void setTopComponent(Component value0) { // TODO } // setTopComponent() |
public void updateUI() { setUI((SplitPaneUI) UIManager.get(this)); invalidate(); } | public void updateUI() { setUI((SplitPaneUI) UIManager.getUI(this)); invalidate(); repaint(); } | public void updateUI() { setUI((SplitPaneUI) UIManager.get(this)); invalidate(); } // updateUI() |
path[depth] = node; | path[path.length - depth - 1] = node; | protected TreeNode[] getPathToRoot(TreeNode node, int depth) { if (node == null) { if (depth == 0) return null; return new TreeNode[depth]; } TreeNode[] path = getPathToRoot(node.getParent(), depth + 1); path[depth] = node; return path; } |
return (parent == null); | return parent == null; | public boolean isRoot() { return (parent == null); } |
if (!inDTD) throw new SAXException("attribute decl outside DTD"); | public void attributeDecl(String eName, String aName, String type, String mode, String value) throws SAXException { if (interrupted) { return; } DomDoctype doctype = (DomDoctype) ctx; doctype.attributeDecl(eName, aName, type, mode, value); } | |
if (!inDTD) throw new SAXException("element decl outside DTD"); | public void elementDecl(String name, String model) throws SAXException { if (interrupted) { return; } // Ignore fake element declarations generated by ValidationConsumer. // If an element is not really declared in the DTD it will not be // declared in the document model. if (!(ctx ... | |
{ | public void endEntity(String name) throws SAXException { if ("[dtd]".equals(name) || name.charAt(0) == '%') { // Ignore DTD and parameter entities return; } if ("lt".equals(name) || "gt".equals(name) || "amp".equals(name) || "apos".equals(name) || "quot".e... | |
} if ("lt".equals(name) || "gt".equals(name) || "amp".equals(name) || "apos".equals(name) || "quot".equals(name)) { | if (PREDEFINED_ENTITIES.contains(name)) | public void endEntity(String name) throws SAXException { if ("[dtd]".equals(name) || name.charAt(0) == '%') { // Ignore DTD and parameter entities return; } if ("lt".equals(name) || "gt".equals(name) || "amp".equals(name) || "apos".equals(name) || "quot".e... |
} Entity entity = popEntity(); | EntityReference ref = (EntityReference) ctx; if (!ref.getNodeName().equals(name)) throw new SAXException("expecting end of "+ref.getNodeName()+" entity"); ctx = ctx.getParentNode(); if (ref instanceof DomNode) ((DomNode) ref).makeReadonly(); | public void endEntity(String name) throws SAXException { if ("[dtd]".equals(name) || name.charAt(0) == '%') { // Ignore DTD and parameter entities return; } if ("lt".equals(name) || "gt".equals(name) || "amp".equals(name) || "apos".equals(name) || "quot".e... |
for (Node child = entity.getFirstChild(); child != null; child = child.getNextSibling()) | Node child = ref.getFirstChild(); while (child != null) | public void endEntity(String name) throws SAXException { if ("[dtd]".equals(name) || name.charAt(0) == '%') { // Ignore DTD and parameter entities return; } if ("lt".equals(name) || "gt".equals(name) || "amp".equals(name) || "apos".equals(name) || "quot".e... |
} else { Node entityReference = doc.createEntityReference(name); ctx.appendChild(entityReference); | ctx.removeChild(ref); | public void endEntity(String name) throws SAXException { if ("[dtd]".equals(name) || name.charAt(0) == '%') { // Ignore DTD and parameter entities return; } if ("lt".equals(name) || "gt".equals(name) || "amp".equals(name) || "apos".equals(name) || "quot".e... |
if (!inDTD) throw new SAXException("external entity decl outside DTD"); | public void externalEntityDecl(String name, String publicId, String systemId) throws SAXException { if (interrupted) { return; } DomDoctype doctype = (DomDoctype) ctx; Entity entity = doctype.declareEntity(name, publicId, systemId, null); } | |
if (!inDTD) throw new SAXException("internal entity decl outside DTD"); | public void internalEntityDecl(String name, String value) throws SAXException { if (interrupted) { return; } DomDoctype doctype = (DomDoctype) ctx; Entity entity = doctype.declareEntity(name, null, null, null); if (entity != null) { Node text = doc.createTextNode(value); ... | |
if (!inDTD) throw new SAXException("notation decl outside DTD"); | public void notationDecl(String name, String publicId, String systemId) throws SAXException { if (interrupted) { return; } DomDoctype doctype = (DomDoctype) ctx; doctype.declareNotation(name, publicId, systemId); } | |
{ ctx = doctype; | public void startEntity(String name) throws SAXException { DocumentType doctype = doc.getDoctype(); if (doctype == null) { throw new SAXException("SAX parser error: " + "reference to entity in undeclared doctype"); } if ("[dtd]".equals(name) || name.charAt(0... | |
} if ("lt".equals(name) || "gt".equals(name) || "amp".equals(name) || "apos".equals(name) || "quot".equals(name)) { | if (PREDEFINED_ENTITIES.contains(name)) | public void startEntity(String name) throws SAXException { DocumentType doctype = doc.getDoctype(); if (doctype == null) { throw new SAXException("SAX parser error: " + "reference to entity in undeclared doctype"); } if ("[dtd]".equals(name) || name.charAt(0... |
} | public void startEntity(String name) throws SAXException { DocumentType doctype = doc.getDoctype(); if (doctype == null) { throw new SAXException("SAX parser error: " + "reference to entity in undeclared doctype"); } if ("[dtd]".equals(name) || name.charAt(0... | |
pushEntity(entity); | EntityReference ref = doc.createEntityReference(name); Node child = ref.getFirstChild(); while (child != null) { Node nextChild = child.getNextSibling(); ref.removeChild(child); child = nextChild; } ctx.appendChild(ref); ctx = ref; | public void startEntity(String name) throws SAXException { DocumentType doctype = doc.getDoctype(); if (doctype == null) { throw new SAXException("SAX parser error: " + "reference to entity in undeclared doctype"); } if ("[dtd]".equals(name) || name.charAt(0... |
if (!inDTD) throw new SAXException("unparsed entity decl outside DTD"); | public void unparsedEntityDecl(String name, String publicId, String systemId, String notationName) throws SAXException { if (interrupted) { return; } DomDoctype doctype = (DomDoctype) ctx; Entity entity = doctype.declareEntity(name, publicId, systemId, ... | |
public String getUIClassID() { return "JLabel"; } | public String getUIClassID() { return "LabelUI"; } | public String getUIClassID() { return "JLabel"; } |
pixel = new int[4]; | protected AbstractGraphics2D() { transform = new AffineTransform(); background = Color.WHITE; composite = AlphaComposite.SrcOver; stroke = new BasicStroke(); HashMap hints = new HashMap(); hints.put(RenderingHints.KEY_TEXT_ANTIALIASING, RenderingHints.VALUE_TEXT_ANTIALIAS_DEFAULT); ... | |
} | public void clearRect(int x, int y, int width, int height) { Paint savedForeground = getPaint(); setPaint(getBackground()); //System.err.println("clearRect transform type: " + transform.getType()); fillRect(x, y, width, height); setPaint(savedForeground); } | |
throw new UnsupportedOperationException("Not yet implemented"); | if (isOptimized) rawCopyArea(x, y, width, height, dx, dy); else copyAreaImpl(x, y, width, height, dx, dy); | public void copyArea(int x, int y, int width, int height, int dx, int dy) { // FIXME: Implement this. throw new UnsupportedOperationException("Not yet implemented"); } |
AffineTransform t = new AffineTransform(); t.translate(x, y); | translate(x, y); | public void drawGlyphVector(GlyphVector gv, float x, float y) { int numGlyphs = gv.getNumGlyphs(); AffineTransform t = new AffineTransform(); t.translate(x, y);// // TODO: We could use fill(gv.getOutline()), but that seems to be // slightly more inefficient. for (int i = 0; i < numGlyphs; i++) ... |
GeneralPath p = new GeneralPath(gv.getGlyphOutline(i)); p.transform(t); fillShape(p, true); | Shape o = gv.getGlyphOutline(i); fillShape(o, true); | public void drawGlyphVector(GlyphVector gv, float x, float y) { int numGlyphs = gv.getNumGlyphs(); AffineTransform t = new AffineTransform(); t.translate(x, y);// // TODO: We could use fill(gv.getOutline()), but that seems to be // slightly more inefficient. for (int i = 0; i < numGlyphs; i++) ... |
translate(-x, -y); | public void drawGlyphVector(GlyphVector gv, float x, float y) { int numGlyphs = gv.getNumGlyphs(); AffineTransform t = new AffineTransform(); t.translate(x, y);// // TODO: We could use fill(gv.getOutline()), but that seems to be // slightly more inefficient. for (int i = 0; i < numGlyphs; i++) ... | |
throw new UnsupportedOperationException("Not yet implemented"); | boolean ret = false; Rectangle areaOfInterest = new Rectangle(0, 0, image.getWidth(obs), image.getHeight(obs)); return drawImageImpl(image, xform, obs, areaOfInterest); | public boolean drawImage(Image image, AffineTransform xform, ImageObserver obs) { // FIXME: Implement this. throw new UnsupportedOperationException("Not yet implemented"); } |
throw new UnsupportedOperationException("Not yet implemented"); | Rectangle areaOfInterest = new Rectangle((int) image.getMinX(), (int) image.getHeight(), (int) image.getWidth(), (int) image.getHeight()); drawRenderableImageImpl(image, xform, areaOfInterest); | public void drawRenderableImage(RenderableImage image, AffineTransform xform) { // FIXME: Implement this. throw new UnsupportedOperationException("Not yet implemented"); } |
throw new UnsupportedOperationException("Not yet implemented"); | Rectangle areaOfInterest = new Rectangle(image.getMinX(), image.getHeight(), image.getWidth(), image.getHeight()); drawRenderedImageImpl(image, xform, areaOfInterest); | public void drawRenderedImage(RenderedImage image, AffineTransform xform) { // FIXME: Implement this. throw new UnsupportedOperationException("Not yet implemented"); } |
} | public void drawString(String text, int x, int y) { FontRenderContext ctx = getFontRenderContext(); GlyphVector gv = font.createGlyphVector(ctx, text.toCharArray()); drawGlyphVector(gv, x, y); } | |
cCtx.compose(paintRaster, destinationRaster, destinationRaster); | WritableRaster targetChild = destinationRaster.createWritableTranslatedChild(-x0,- y); cCtx.compose(paintRaster, targetChild, targetChild); | protected void fillScanline(PaintContext pCtx, int x0, int x1, int y) { Raster paintRaster = pCtx.getRaster(x0, y, x1 - x0, 1); ColorModel paintColorModel = pCtx.getColorModel(); CompositeContext cCtx = composite.createContext(paintColorModel, getColorModel... |
private void fillScanlineAA(int[] alpha, int x0, int y, int numScanlinePixels, PaintContext pCtx) | private void fillScanlineAA(int[] alpha, int x0, int yy, int numPixels, PaintContext pCtx, int offs) | private void fillScanlineAA(int[] alpha, int x0, int y, int numScanlinePixels, PaintContext pCtx) { // FIXME: This doesn't work. Fixit. CompositeContext cCtx = composite.createContext(pCtx.getColorModel(), getColorModel(), ... |
Raster paintRaster = pCtx.getRaster(x0, y, numScanlinePixels, 1); System.err.println("paintColorModel: " + pCtx.getColorModel()); | Raster paintRaster = pCtx.getRaster(x0, yy, numPixels, 1); | private void fillScanlineAA(int[] alpha, int x0, int y, int numScanlinePixels, PaintContext pCtx) { // FIXME: This doesn't work. Fixit. CompositeContext cCtx = composite.createContext(pCtx.getColorModel(), getColorModel(), ... |
int[] pixels = new int[numScanlinePixels + paintRaster.getNumBands()]; pixels = paintRaster.getPixels(x0, y, numScanlinePixels, 1, pixels); | private void fillScanlineAA(int[] alpha, int x0, int y, int numScanlinePixels, PaintContext pCtx) { // FIXME: This doesn't work. Fixit. CompositeContext cCtx = composite.createContext(pCtx.getColorModel(), getColorModel(), ... | |
int[] components = new int[4]; | private void fillScanlineAA(int[] alpha, int x0, int y, int numScanlinePixels, PaintContext pCtx) { // FIXME: This doesn't work. Fixit. CompositeContext cCtx = composite.createContext(pCtx.getColorModel(), getColorModel(), ... | |
for (int i = 0; i < pixels.length; i++) | Object pixel = null; int[] comps = null; int x1 = x0 + numPixels; for (int x = x0; x < x1; x++) | private void fillScanlineAA(int[] alpha, int x0, int y, int numScanlinePixels, PaintContext pCtx) { // FIXME: This doesn't work. Fixit. CompositeContext cCtx = composite.createContext(pCtx.getColorModel(), getColorModel(), ... |
lastAlpha = lastAlphaInt / AA_SAMPLING; | lastAlpha = (double) lastAlphaInt / (double) AA_SAMPLING; alpha[i] = 0; | private void fillScanlineAA(int[] alpha, int x0, int y, int numScanlinePixels, PaintContext pCtx) { // FIXME: This doesn't work. Fixit. CompositeContext cCtx = composite.createContext(pCtx.getColorModel(), getColorModel(), ... |
components = cm.getComponents(pixel[i], components, 0); components[0] = (int) (components[0] * lastAlpha); pixel[i] = cm.getDataElement(components, 0); | pixel = paintRaster.getDataElements(x - x0, 0, pixel); comps = cm.getComponents(pixel, comps, 0); if (cm.hasAlpha() && ! cm.isAlphaPremultiplied()) comps[comps.length - 1] *= lastAlpha; else { int max; if (cm.hasAlpha()) max = comps.length - 2; else max = comps.length - 1; for (int j = 0; j < max; j++) comps[j] *= last... | private void fillScanlineAA(int[] alpha, int x0, int y, int numScanlinePixels, PaintContext pCtx) { // FIXME: This doesn't work. Fixit. CompositeContext cCtx = composite.createContext(pCtx.getColorModel(), getColorModel(), ... |
aaRaster.setPixels(0, 0, numScanlinePixels, 1, pixels); cCtx.compose(aaRaster, destinationRaster, destinationRaster); updateRaster(destinationRaster, x0, y, numScanlinePixels, 1); | WritableRaster targetChild = destinationRaster.createWritableTranslatedChild(-x0, -yy); cCtx.compose(aaRaster, targetChild, targetChild); updateRaster(destinationRaster, x0, yy, numPixels, 1); | private void fillScanlineAA(int[] alpha, int x0, int y, int numScanlinePixels, PaintContext pCtx) { // FIXME: This doesn't work. Fixit. CompositeContext cCtx = composite.createContext(pCtx.getColorModel(), getColorModel(), ... |
antialias = (v == RenderingHints.VALUE_TEXT_ANTIALIAS_ON || v == RenderingHints.VALUE_TEXT_ANTIALIAS_DEFAULT); | antialias = (v == RenderingHints.VALUE_TEXT_ANTIALIAS_ON); | protected void fillShape(Shape s, boolean isFont) { // Determine if we need to antialias stuff. boolean antialias = false; if (isFont) { Object v = renderingHints.get(RenderingHints.KEY_TEXT_ANTIALIASING); // We default to antialiasing on for text as long as we have no // good hint... |
PathIterator path = s.getPathIterator(getTransform(), 1.0); double[] seg = new double[6]; ArrayList segs = new ArrayList(); double segX = 0.; double segY = 0.; double polyX = 0.; double polyY = 0.; double minX = Integer.MAX_VALUE; double maxX = Integer.MIN_VALUE; double minY = Integer.MAX_VALUE; double maxY = In... | Rectangle2D deviceBounds = new Rectangle2D.Double(); ArrayList segs = getSegments(s, transform, deviceBounds, false); Rectangle2D clipBounds = new Rectangle2D.Double(); ArrayList clipSegs = getSegments(clip, transform, clipBounds, true); segs.addAll(clipSegs); Rectangle2D inclClipBounds = new Rectangle2D.Double(); Rect... | protected void fillShape(Shape s, boolean isFont) { // Determine if we need to antialias stuff. boolean antialias = false; if (isFont) { Object v = renderingHints.get(RenderingHints.KEY_TEXT_ANTIALIASING); // We default to antialiasing on for text as long as we have no // good hint... |
fillShapeAntialias(segs, minX, minY, maxX, maxY, userBounds); | fillShapeAntialias(segs, deviceBounds, userBounds, inclClipBounds); | protected void fillShape(Shape s, boolean isFont) { // Determine if we need to antialias stuff. boolean antialias = false; if (isFont) { Object v = renderingHints.get(RenderingHints.KEY_TEXT_ANTIALIASING); // We default to antialiasing on for text as long as we have no // good hint... |
rawFillShape(segs, minX, minY, maxX, maxY, userBounds); | fillShapeImpl(segs, deviceBounds, userBounds, inclClipBounds); | protected void fillShape(Shape s, boolean isFont) { // Determine if we need to antialias stuff. boolean antialias = false; if (isFont) { Object v = renderingHints.get(RenderingHints.KEY_TEXT_ANTIALIASING); // We default to antialiasing on for text as long as we have no // good hint... |
private void fillShapeAntialias(ArrayList segs, double minX, double minY, double maxX, double maxY, Rectangle2D userBounds) | private void fillShapeAntialias(ArrayList segs, Rectangle2D deviceBounds2D, Rectangle2D userBounds, Rectangle2D inclClipBounds) | private void fillShapeAntialias(ArrayList segs, double minX, double minY, double maxX, double maxY, Rectangle2D userBounds) { // This is an implementation of a polygon scanline conversion algorithm // described here: // http://www.cs.berkeley... |
PaintContext pCtx = paint.createContext(getColorModel(), deviceBounds, | PaintContext pCtx = paint.createContext(ColorModel.getRGBdefault(), deviceBounds, | private void fillShapeAntialias(ArrayList segs, double minX, double minY, double maxX, double maxY, Rectangle2D userBounds) { // This is an implementation of a polygon scanline conversion algorithm // described here: // http://www.cs.berkeley... |
int numScanlines = (int) Math.ceil(maxY) - (int) minY; int numScanlinePixels = (int) Math.ceil(maxX) - (int) minX + 1; | int numScanlines = (int) Math.ceil(icMaxY) - (int) icMinY; int numScanlinePixels = (int) Math.ceil(icMaxX) - (int) icMinX + 1; | private void fillShapeAntialias(ArrayList segs, double minX, double minY, double maxX, double maxY, Rectangle2D userBounds) { // This is an implementation of a polygon scanline conversion algorithm // described here: // http://www.cs.berkeley... |
int firstLine = (int) minY; | int firstLine = (int) icMinY; | private void fillShapeAntialias(ArrayList segs, double minX, double minY, double maxX, double maxY, Rectangle2D userBounds) { // This is an implementation of a polygon scanline conversion algorithm // described here: // http://www.cs.berkeley... |
int firstSubline = (int) (Math.ceil((minY - Math.floor(minY)) * AA_SAMPLING)); | int firstSubline = (int) (Math.ceil((icMinY - Math.floor(icMinY)) * AA_SAMPLING)); | private void fillShapeAntialias(ArrayList segs, double minX, double minY, double maxX, double maxY, Rectangle2D userBounds) { // This is an implementation of a polygon scanline conversion algorithm // described here: // http://www.cs.berkeley... |
for (int y = firstLine; y <= maxY; y++) | for (int y = firstLine; y <= icMaxY; y++) | private void fillShapeAntialias(ArrayList segs, double minX, double minY, double maxX, double maxY, Rectangle2D userBounds) { // This is an implementation of a polygon scanline conversion algorithm // described here: // http://www.cs.berkeley... |
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