void paste (String content, boolean fireChangeEvent) { if (content == null) return; StringBuilder buffer = new StringBuilder(); int textLength = text.length(); if (hasSelection) textLength -= Math.abs(cursor - selectionStart); BitmapFontData data = style.font.getData(); for (int i = 0, n = content.length(); i < n; i++) { if (!withinMaxLength(textLength + buffer.length())) break; char c = content.charAt(i); if (!(writeEnters && (c == ENTER_ANDROID || c == ENTER_DESKTOP))) { if (c == '\r' || c == '\n') continue; if (onlyFontChars && !data.hasGlyph(c)) continue; if (filter != null && !filter.acceptChar(this, c)) continue; } buffer.append(c); } content = buffer.toString(); if (hasSelection) cursor = delete(fireChangeEvent); if (fireChangeEvent) changeText(text, insert(cursor, content, text)); else text = insert(cursor, content, text); updateDisplayText(); cursor += content.length(); }
public Array<AssetDescriptor> getDependencies(String paramString, BitmapFontLoader.BitmapFontParameter paramBitmapFontParameter) { Array localArray = new Array(); if ((paramBitmapFontParameter != null) && (paramBitmapFontParameter.bitmapFontData != null)) { this.data = paramBitmapFontParameter.bitmapFontData; return localArray; } FileHandle localFileHandle = resolve(paramString); if (paramBitmapFontParameter != null); for (boolean bool = paramBitmapFontParameter.flip; ; bool = false) { this.data = new BitmapFont.BitmapFontData(localFileHandle, bool); localArray.add(new AssetDescriptor(this.data.getImagePath(), Texture.class)); return localArray; } }
void paste(String content, boolean fireChangeEvent) { if (content == null) return; StringBuilder buffer = new StringBuilder(); int textLength = text.length(); if (hasSelection) textLength -= Math.abs(cursor - selectionStart); BitmapFontData data = style.font.getData(); for (int i = 0, n = content.length(); i < n; i++) { if (!withinMaxLength(textLength + buffer.length())) break; char c = content.charAt(i); if (!(writeEnters && (c == ENTER_ANDROID || c == ENTER_DESKTOP))) { if (c == '\r' || c == '\n') continue; if (onlyFontChars && !data.hasGlyph(c)) continue; if (filter != null && !filter.acceptChar(this, c)) continue; } buffer.append(c); } content = buffer.toString(); if (hasSelection) cursor = delete(fireChangeEvent); if (fireChangeEvent) changeText(text, insert(cursor, content, text)); else text = insert(cursor, content, text); updateDisplayText(); cursor += content.length(); }
public BitmapFont get (FileHandle file, float pixelsPerUnit) { BitmapFont font = fonts.get(pixelsPerUnit); if (font == null) { Texture texture = new Texture(FileUtils.sibling(file, "png"), true); texture.setFilter(TextureFilter.MipMapLinearLinear, TextureFilter.Linear); font = new BitmapFont(new BitmapFontData(file, false), new TextureRegion(texture), false); font.getData().setScale(1f / pixelsPerUnit); fonts.put(pixelsPerUnit, font); } return font; }
void updateDisplayText() { BitmapFont font = style.font; BitmapFontData data = font.getData(); String text = this.text; int textLength = text.length(); StringBuilder buffer = new StringBuilder(); for (int i = 0; i < textLength; i++) { char c = text.charAt(i); buffer.append(data.hasGlyph(c) ? c : ' '); } String newDisplayText = buffer.toString(); if (passwordMode && data.hasGlyph(passwordCharacter)) { if (passwordBuffer == null) passwordBuffer = new StringBuilder(newDisplayText.length()); if (passwordBuffer.length() > textLength) passwordBuffer.setLength(textLength); else { for (int i = passwordBuffer.length(); i < textLength; i++) passwordBuffer.append(passwordCharacter); } displayText = passwordBuffer; } else displayText = newDisplayText; layout.setText(font, displayText); glyphPositions.clear(); float x = 0; if (layout.runs.size > 0) { GlyphRun run = layout.runs.first(); FloatArray xAdvances = run.xAdvances; fontOffset = xAdvances.first(); for (int i = 1, n = xAdvances.size; i < n; i++) { glyphPositions.add(x); x += xAdvances.get(i); } } else fontOffset = 0; glyphPositions.add(x); if (selectionStart > newDisplayText.length()) selectionStart = textLength; }
/** A utility method which writes the given font data to a file. * * The specified pixmaps are written to the parent directory of <tt>outFntFile</tt>, using that file's name without an * extension for the PNG file name(s). * * The specified FontInfo is optional, and can be null. * * Typical usage looks like this: * * <pre> * BitmapFontWriter.writeFont(myFontData, myFontPixmaps, Gdx.files.external("fonts/output.fnt"), new FontInfo("Arial", 16)); * </pre> * * @param fontData the font data * @param pages the pixmaps to write as PNGs * @param outFntFile the output file for the font definition * @param info the optional font info for the header file, can be null */ public static void writeFont (BitmapFontData fontData, Pixmap[] pages, FileHandle outFntFile, FontInfo info) { String[] pageRefs = writePixmaps(pages, outFntFile.parent(), outFntFile.nameWithoutExtension()); // write the font data writeFont(fontData, pageRefs, outFntFile, info, pages[0].getWidth(), pages[0].getHeight()); }
/** A utility method which writes the given font data to a file. * * The specified pixmaps are written to the parent directory of <tt>outFntFile</tt>, using that file's name without an * extension for the PNG file name(s). * * The specified FontInfo is optional, and can be null. * * Typical usage looks like this: * * <pre> * BitmapFontWriter.writeFont(myFontData, myFontPixmaps, Gdx.files.external("fonts/output.fnt"), new FontInfo("Arial", 16)); * </pre> * * @param fontData the font data * @param pages the pixmaps to write as PNGs * @param outFntFile the output file for the font definition * @param info the optional font info for the header file, can be null */ public static void writeFont (BitmapFontData fontData, Pixmap[] pages, FileHandle outFntFile, FontInfo info) { String[] pageRefs = writePixmaps(pages, outFntFile.parent(), outFntFile.nameWithoutExtension()); //write the font data writeFont(fontData, pageRefs, outFntFile, info, pages[0].getWidth(), pages[0].getHeight()); }
