private void textOut(String str, Font font, PhysicalFont font2D, FontRenderContext frc, float deviceSize, int rotation, float awScale, AffineTransform deviceTransform, double scaleFactorX, float userx, float usery, float devx, float devy, float targetW) { String family = font2D.getFamilyName(null); int style = font.getStyle() | font2D.getStyle(); WPrinterJob wPrinterJob = (WPrinterJob)getPrinterJob(); boolean setFont = wPrinterJob.setFont(family, deviceSize, style, rotation, awScale); if (!setFont) { super.drawString(str, userx, usery, font, frc, targetW); return; } float[] glyphPos = null; if (!okGDIMetrics(str, font, frc, scaleFactorX)) { /* If there is a 1:1 char->glyph mapping then char positions * are the same as glyph positions and we can tell GDI * where to place the glyphs. * On drawing we remove control chars so these need to be * removed now so the string and positions are the same length. * For other cases we need to pass glyph codes to GDI. */ str = wPrinterJob.removeControlChars(str); char[] chars = str.toCharArray(); int len = chars.length; GlyphVector gv = null; if (!FontUtilities.isComplexText(chars, 0, len)) { gv = font.createGlyphVector(frc, str); } if (gv == null) { super.drawString(str, userx, usery, font, frc, targetW); return; } glyphPos = gv.getGlyphPositions(0, len, null); Point2D gvAdvPt = gv.getGlyphPosition(gv.getNumGlyphs()); /* GDI advances must not include device space rotation. * See earlier comment in printGlyphVector() for details. */ AffineTransform advanceTransform = new AffineTransform(deviceTransform); advanceTransform.rotate(rotation*Math.PI/1800.0); float[] glyphAdvPos = new float[glyphPos.length]; advanceTransform.transform(glyphPos, 0, //source glyphAdvPos, 0, //destination glyphPos.length/2); //num points glyphPos = glyphAdvPos; } wPrinterJob.textOut(str, devx, devy, glyphPos); }
private void textOut(String str, Font font, PhysicalFont font2D, FontRenderContext frc, float deviceSize, int rotation, float awScale, double scaleFactorX, double scaleFactorY, float userx, float usery, float devx, float devy, float targetW) { String family = font2D.getFamilyName(null); int style = font.getStyle() | font2D.getStyle(); WPrinterJob wPrinterJob = (WPrinterJob)getPrinterJob(); boolean setFont = wPrinterJob.setFont(family, deviceSize, style, rotation, awScale); if (!setFont) { super.drawString(str, userx, usery, font, frc, targetW); return; } float[] glyphPos = null; if (!okGDIMetrics(str, font, frc, scaleFactorX)) { /* If there is a 1:1 char->glyph mapping then char positions * are the same as glyph positions and we can tell GDI * where to place the glyphs. * On drawing we remove control chars so these need to be * removed now so the string and positions are the same length. * For other cases we need to pass glyph codes to GDI. */ str = wPrinterJob.removeControlChars(str); char[] chars = str.toCharArray(); int len = chars.length; GlyphVector gv = null; if (!FontUtilities.isComplexText(chars, 0, len)) { gv = font.createGlyphVector(frc, str); } if (gv == null) { super.drawString(str, userx, usery, font, frc, targetW); return; } glyphPos = gv.getGlyphPositions(0, len, null); Point2D gvAdvPt = gv.getGlyphPosition(gv.getNumGlyphs()); /* GDI advances must not include device space rotation. * See earlier comment in printGlyphVector() for details. */ AffineTransform advanceTransform = AffineTransform.getScaleInstance(scaleFactorX, scaleFactorY); float[] glyphAdvPos = new float[glyphPos.length]; advanceTransform.transform(glyphPos, 0, //source glyphAdvPos, 0, //destination glyphPos.length/2); //num points glyphPos = glyphAdvPos; } wPrinterJob.textOut(str, devx, devy, glyphPos); }
