/** * Sets the position of the specified glyph within this GlyphVector. */ public void setGlyphPosition(int glyphIndex, Point2D newPos) { glyphPositions[glyphIndex].x = (float)newPos.getX(); glyphPositions[glyphIndex].y = (float)newPos.getY(); outline = null; visualBounds = null; logicalBounds = null; bounds2D = null; if (glyphIndex != getNumGlyphs()) { glyphVisualBounds [glyphIndex] = null; glyphLogicalBounds[glyphIndex] = null; glyphOutlines [glyphIndex] = null; glyphMetrics [glyphIndex] = null; } }
/** * Sets the position of the specified glyph within this GlyphVector. */ public void setGlyphPosition(int glyphIndex, Point2D newPos) { glyphPositions[glyphIndex].x = (float)newPos.getX(); glyphPositions[glyphIndex].y = (float)newPos.getY(); outline = null; visualBounds = null; logicalBounds = null; bounds2D = null; if (glyphIndex != getNumGlyphs()) { glyphVisualBounds [glyphIndex] = null; glyphLogicalBounds[glyphIndex] = null; glyphOutlines [glyphIndex] = null; glyphMetrics [glyphIndex] = null; } }
/** * Sets the position of the specified glyph within this GlyphVector. */ public void setGlyphPosition(int glyphIndex, Point2D newPos) { glyphPositions[glyphIndex].x = (float)newPos.getX(); glyphPositions[glyphIndex].y = (float)newPos.getY(); outline = null; visualBounds = null; logicalBounds = null; bounds2D = null; if (glyphIndex != getNumGlyphs()) { glyphVisualBounds [glyphIndex] = null; glyphLogicalBounds[glyphIndex] = null; glyphOutlines [glyphIndex] = null; glyphMetrics [glyphIndex] = null; } }
/** * Returns a Shape whose interior corresponds to the visual representation * of this GlyphVector. */ public Shape getOutline() { if (outline != null) return outline; outline = new GeneralPath(); for (int i = 0; i < getNumGlyphs(); i++) { if (glyphVisible[i]) { Shape glyphOutline = getGlyphOutline(i); outline.append(glyphOutline, false); } } return outline; }
/** * Returns a Shape whose interior corresponds to the visual representation * of this GlyphVector. */ public Shape getOutline() { if (outline != null) return outline; outline = new GeneralPath(); for (int i = 0; i < getNumGlyphs(); i++) { if (glyphVisible[i]) { Shape glyphOutline = getGlyphOutline(i); outline.append(glyphOutline, false); } } return outline; }
/** * Returns a Shape whose interior corresponds to the visual representation * of this GlyphVector. */ public Shape getOutline() { if (outline != null) return outline; outline = new GeneralPath(); for (int i = 0; i < getNumGlyphs(); i++) { if (glyphVisible[i]) { Shape glyphOutline = getGlyphOutline(i); outline.append(glyphOutline, false); } } return outline; }
Shape[] tempLogicalBounds = new Shape[getNumGlyphs()]; boolean[] rotated = new boolean[getNumGlyphs()]; for (int i = 0; i < getNumGlyphs(); i++) { for (int i = 0; i < getNumGlyphs(); i++) { if (tempLogicalBounds[i] != null) { logicalBoundsPath.append(tempLogicalBounds[i], false); for (int i = 0; i < getNumGlyphs(); i++) { double width = glyphBounds.getWidth(); if ((i < getNumGlyphs()-1) && (tempLogicalBounds[i+1] != null)) { for (int i = 0; i < getNumGlyphs(); i++) { double height = glyphBounds.getHeight(); if ((i < getNumGlyphs()-1) && (tempLogicalBounds[i+1] != null)) { System.arraycopy( tempLogicalBounds, 0, glyphLogicalBounds, 0, getNumGlyphs() );
Shape[] tempLogicalBounds = new Shape[getNumGlyphs()]; boolean[] rotated = new boolean[getNumGlyphs()]; for (int i = 0; i < getNumGlyphs(); i++) { for (int i = 0; i < getNumGlyphs(); i++) { if (tempLogicalBounds[i] != null) { logicalBoundsPath.append(tempLogicalBounds[i], false); for (int i = 0; i < getNumGlyphs(); i++) { double width = glyphBounds.getWidth(); if ((i < getNumGlyphs()-1) && (tempLogicalBounds[i+1] != null)) { for (int i = 0; i < getNumGlyphs(); i++) { double height = glyphBounds.getHeight(); if ((i < getNumGlyphs()-1) && (tempLogicalBounds[i+1] != null)) { System.arraycopy( tempLogicalBounds, 0, glyphLogicalBounds, 0, getNumGlyphs() );
Shape[] tempLogicalBounds = new Shape[getNumGlyphs()]; boolean[] rotated = new boolean[getNumGlyphs()]; for (int i = 0; i < getNumGlyphs(); i++) { for (int i = 0; i < getNumGlyphs(); i++) { if (tempLogicalBounds[i] != null) { logicalBoundsPath.append(tempLogicalBounds[i], false); for (int i = 0; i < getNumGlyphs(); i++) { double width = glyphBounds.getWidth(); if ((i < getNumGlyphs()-1) && (tempLogicalBounds[i+1] != null)) { for (int i = 0; i < getNumGlyphs(); i++) { double height = glyphBounds.getHeight(); if ((i < getNumGlyphs()-1) && (tempLogicalBounds[i+1] != null)) { System.arraycopy( tempLogicalBounds, 0, glyphLogicalBounds, 0, getNumGlyphs() );
if (defaultGlyphPositions == null) { awtGlyphVector.performDefaultLayout(); defaultGlyphPositions = new Point2D.Float[getNumGlyphs()+1]; for (int i = 0; i <= getNumGlyphs(); i++) defaultGlyphPositions[i] = awtGlyphVector.getGlyphPosition(i); float shiftLeft = 0; int i=0; for (; i < getNumGlyphs(); i++) { glyphTransforms [i] = null; glyphVisualBounds [i] = null;
if (defaultGlyphPositions == null) { awtGlyphVector.performDefaultLayout(); defaultGlyphPositions = new Point2D.Float[getNumGlyphs()+1]; for (int i = 0; i <= getNumGlyphs(); i++) defaultGlyphPositions[i] = awtGlyphVector.getGlyphPosition(i); float shiftLeft = 0; int i=0; for (; i < getNumGlyphs(); i++) { glyphTransforms [i] = null; glyphVisualBounds [i] = null;
if (defaultGlyphPositions == null) { awtGlyphVector.performDefaultLayout(); defaultGlyphPositions = new Point2D.Float[getNumGlyphs()+1]; for (int i = 0; i <= getNumGlyphs(); i++) defaultGlyphPositions[i] = awtGlyphVector.getGlyphPosition(i); float shiftLeft = 0; int i=0; for (; i < getNumGlyphs(); i++) { glyphTransforms [i] = null; glyphVisualBounds [i] = null;
/** * Returns the number of chars represented by the glyphs within the * specified range. * * @param startGlyphIndex The index of the first glyph in the range. * @param endGlyphIndex The index of the last glyph in the range. * @return The number of chars. */ public int getCharacterCount(int startGlyphIndex, int endGlyphIndex) { if (startGlyphIndex < 0) { startGlyphIndex = 0; } if (endGlyphIndex >= getNumGlyphs()) { endGlyphIndex = getNumGlyphs()-1; } int charCount = 0; int start = startGlyphIndex+ci.getBeginIndex(); int end = endGlyphIndex+ci.getBeginIndex(); for (char c = ci.setIndex(start); ci.getIndex() <= end; c=ci.next()) { charCount += ArabicTextHandler.getNumChars(c); } return charCount; }
/** * Returns the number of chars represented by the glyphs within the * specified range. * * @param startGlyphIndex The index of the first glyph in the range. * @param endGlyphIndex The index of the last glyph in the range. * @return The number of chars. */ public int getCharacterCount(int startGlyphIndex, int endGlyphIndex) { if (startGlyphIndex < 0) { startGlyphIndex = 0; } if (endGlyphIndex >= getNumGlyphs()) { endGlyphIndex = getNumGlyphs()-1; } int charCount = 0; int start = startGlyphIndex+ci.getBeginIndex(); int end = endGlyphIndex+ci.getBeginIndex(); for (char c = ci.setIndex(start); ci.getIndex() <= end; c=ci.next()) { charCount += ArabicTextHandler.getNumChars(c); } return charCount; }
/** * Returns the number of chars represented by the glyphs within the * specified range. * * @param startGlyphIndex The index of the first glyph in the range. * @param endGlyphIndex The index of the last glyph in the range. * @return The number of chars. */ public int getCharacterCount(int startGlyphIndex, int endGlyphIndex) { if (startGlyphIndex < 0) { startGlyphIndex = 0; } if (endGlyphIndex >= getNumGlyphs()) { endGlyphIndex = getNumGlyphs()-1; } int charCount = 0; int start = startGlyphIndex+ci.getBeginIndex(); int end = endGlyphIndex+ci.getBeginIndex(); for (char c = ci.setIndex(start); ci.getIndex() <= end; c=ci.next()) { charCount += ArabicTextHandler.getNumChars(c); } return charCount; }
int numGlyphs = getNumGlyphs();
int numGlyphs = getNumGlyphs();
int numGlyphs = getNumGlyphs();