Examples of org.jfree.layouting.renderer.model.RenderableText

Package org.jfree.layouting.renderer.model

Examples of org.jfree.layouting.renderer.model.RenderableText

org.jfree.layouting.renderer.model.RenderableText
The renderable text is a text chunk, enriched with layouting information, such as break opportunities, character sizes, kerning information and spacing information.
Text is given as codepoints. Break opportunities are given as integer values, where zero forbids breaking, and higher values denote better breaks. Spacing and glyph sizes and kerning is given in micro-points; Spacing is the 'added' space between codepoints if text-justification is enabled.
The text is computed as grapheme clusters; this means that several unicode codepoints may result in a single /virtual/ glyph/codepoint/character. (Example: 'A' + accent symbols). If the font supports Lithurges, these lithurges may also be represented as a single grapheme cluster (and thus behave unbreakable).
Grapheme clusters with more than one unicode char have the size of that char added to the first codepoint, all subsequence codepoints of the same cluster have a size/kerning/etc of zero and are unbreakable.
This text chunk is perfectly suitable for horizontal text, going either from left-to-right or right-to-left. (Breaking mixed text is up to the textfactory). @author Thomas Morgner

      final RenderNode child = node.deriveFrozen(false);
      breakState.getInsertationPoint().addGeneratedChild(child);
      return;
    }


    final RenderableText text = (RenderableText) node;
    final RenderNode child = text.deriveFrozen(false);
    breakState.getInsertationPoint().addGeneratedChild(child);


    if (text.isForceLinebreak() == false)
    {
      return;
    }


    // OK, someone requested a manual linebreak.

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    while (node != null)
    {
      if (node instanceof RenderableText)
      {
        // grab the baseline info from there ...
        final RenderableText text = (RenderableText) node;
        box.setBaselineInfo(text.getBaselineInfo());
        break;
      }


      node = node.getVisibleNext();
    }

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    final ExtendedBaselineInfo baselineInfo;
    final RenderNode node = sequenceElement.getNode();
    if (sequenceElement instanceof TextSequenceElement)
    {
      final RenderableText text = (RenderableText) node;
      baselineInfo = text.getBaselineInfo();
    }
    else
    {
      baselineInfo = null;
    }

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    int[] text = new int[]{ '1'};


    RenderNode[] rts = tr.createText(text, 0, text.length, layoutContext);
    final RenderNode[] renderNodes = tr.finishText();


    RenderableText rt = (RenderableText) rts[1];
    printGlyphs(rt);
  }

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    RenderNode[] fts = tr.finishText();


    assertEquals("Seq 1: Length", 0, rts.length);
    assertEquals("Seq 2: Length", 1, fts.length);


    RenderableText rt0 = (RenderableText) rts[0];
    RenderableText rt1 = (RenderableText) rts[1];
    RenderableText ft0 = (RenderableText) fts[0];
    assertEquals("Chunk 1: Length", 1, rt0.getLength());
    assertEquals("Chunk 2: Length", 1, rt1.getLength());
    assertEquals("Chunk 3: Length", 0, ft0.getLength());


  }

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    RenderNode[] fts = tr.finishText();


    assertEquals("Seq 1: Length", 2, rts.length);
    assertEquals("Seq 2: Length", 1, fts.length);


    RenderableText rt0 = (RenderableText) rts[0];
    RenderableText rt1 = (RenderableText) rts[1];
    RenderableText ft0 = (RenderableText) fts[0];
    assertEquals("Chunk 1: Length", 1, rt0.getLength());
    assertEquals("Chunk 2: Length", 1, rt1.getLength());
    assertEquals("Chunk 3: Length", 0, ft0.getLength());
  }

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    {
      // create an trailing margin element. This way, it can collapse with
      // the next element.
      if (forceLinebreak)
      {
        final RenderableText text = new RenderableText
            (TextUtility.createBaselineInfo('\n', fontMetrics), new Glyph[0], 0,
                0, lastLanguage, forceLinebreak);
        text.appyStyle(layoutContext, layoutProcess.getOutputMetaData());
        words.add(text);
      }
      else if (produced == true)
      {
        final SpacerRenderNode spacer = new SpacerRenderNode(leadingMargin, 0, false);
        spacer.appyStyle(layoutContext, layoutProcess.getOutputMetaData());
        words.add(spacer);
      }
    }
    else
    {
      // ok, it does.
      final Glyph[] glyphs = (Glyph[]) glyphList.toArray(new Glyph[glyphList.size()]);
      if (leadingMargin > 0)// && words.isEmpty() == false)
      {
        final SpacerRenderNode spacer = new SpacerRenderNode(leadingMargin, 0, false);
        spacer.appyStyle(layoutContext, layoutProcess.getOutputMetaData());
        words.add(spacer);
      }


      // todo: this is cheating ..
      final int codePoint = glyphs[0].getCodepoint();


      final RenderableText text = new RenderableText
          (TextUtility.createBaselineInfo(codePoint, fontMetrics), glyphs, 0,
              glyphs.length, lastLanguage, forceLinebreak);
      text.appyStyle(layoutContext, layoutProcess.getOutputMetaData());
      words.add(text);
      glyphList.clear();
    }
    leadingMargin = 0;
  }

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  {
    try
    {
      if (node instanceof RenderableText)
      {
        final RenderableText text = (RenderableText) node;
        final String rawText = text.getRawText();
        final String encodedText =
            HtmlCharacterEntities.getEntityParser().encodeEntities(rawText);
        xmlWriter.writeText(encodedText);
      }
      else if (node instanceof SpacerRenderNode)

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    {
      // create an trailing margin element. This way, it can collapse with
      // the next element.
      if (forceLinebreak)
      {
        final RenderableText text = new RenderableText
            (TextUtility.createBaselineInfo('\n', fontMetrics), new Glyph[0], 0,
                0, lastLanguage, forceLinebreak);
        text.appyStyle(layoutContext, layoutProcess.getOutputMetaData());
        words.add(text);
      }
      else if (produced == true)
      {
        final SpacerRenderNode spacer = new SpacerRenderNode(leadingMargin, 0, false);
        spacer.appyStyle(layoutContext, layoutProcess.getOutputMetaData());
        words.add(spacer);
      }
    }
    else
    {
      // ok, it does.
      final Glyph[] glyphs = (Glyph[]) glyphList.toArray(new Glyph[glyphList.size()]);
      if (leadingMargin > 0)// && words.isEmpty() == false)
      {
        final SpacerRenderNode spacer = new SpacerRenderNode(leadingMargin, 0, false);
        spacer.appyStyle(layoutContext, layoutProcess.getOutputMetaData());
        words.add(spacer);
      }


      // todo: this is cheating ..
      final int codePoint = glyphs[0].getCodepoint();


      final RenderableText text = new RenderableText
          (TextUtility.createBaselineInfo(codePoint, fontMetrics), glyphs, 0,
              glyphs.length, lastLanguage, forceLinebreak);
      text.appyStyle(layoutContext, layoutProcess.getOutputMetaData());
      words.add(text);
      glyphList.clear();
    }
    leadingMargin = 0;
  }

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  {
    try
    {
      if (node instanceof RenderableText)
      {
        final RenderableText text = (RenderableText) node;
        final String rawText = text.getRawText();
        final String encodedText =
            HtmlCharacterEntities.getEntityParser().encodeEntities(rawText);
        xmlWriter.writeText(encodedText);
      }
      else if (node instanceof SpacerRenderNode)

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org.jfree.layouting.modules.output.html.HtmlPrinter

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org.jfree.layouting.renderer.process.ParagraphLineBreakStep

org.jfree.layouting.renderer.text.CollapseTest

org.jfree.layouting.renderer.text.DefaultRenderableTextFactory

org.jfree.layouting.renderer.text.Glyph

org.jfree.layouting.renderer.text.MarginTest

org.jfree.layouting.renderer.text.TestRenderableTextFactory

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