Package jmsltestsuite

Class MusicGlyphRendererTest

java.lang.Object

jmsltestsuite.MusicGlyphRendererTest

All Implemented Interfaces:

MusicCurveRenderer, MusicGlyphRendererProxyListener

public class MusicGlyphRendererTest
extends java.lang.Object
implements MusicGlyphRendererProxyListener, MusicCurveRenderer

JMSL Score lets you add custom music glyph renderers, that might use a real music font for example. Here we test two such renderers, one that uses Sonata music font for most glyphs, but gives the priority to another renderer for microtonal accidentals (Accidentals font by Matthew Hindson, see http://www.hindson.com.au/wordpress/free-fonts-available-for-download/ The order you add MusicGlyphRenderers to JMSL determines the priority. The first renderer to successfully render a glyph returns true and stops the chain. If they all fall through or if none exist, JMSL uses line drawing routines. Test SonataMusicGlyphRenderer and AccidentalsMusicGlyphRenderer

Constructor Summary

Constructors

Constructor	Description
MusicGlyphRendererTest()

Method Summary

Modifier and Type	Method	Description
void	draw(java.awt.Graphics g, java.lang.String graphicsCommand, java.util.Hashtable properties)	Here's what you get in the hashtable when this callback happens:
static void	main(java.lang.String[] args)
void	notifyRenderMusicGlyph(java.lang.String msg)

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

MusicGlyphRendererTest

public MusicGlyphRendererTest()

Method Details

notifyRenderMusicGlyph

public void notifyRenderMusicGlyph(java.lang.String msg)

Specified by:

notifyRenderMusicGlyph in interface MusicGlyphRendererProxyListener

draw

public void draw(java.awt.Graphics g,
java.lang.String graphicsCommand,
java.util.Hashtable properties)

Description copied from interface: MusicCurveRenderer

Here's what you get in the hashtable when this callback happens:

    
        STAFF LINES
                properties.put("zoom", new Double(zoom));
                properties.put("x1", new Double(drawingAnchor.x));
                properties.put("y1", new Double(y));
                properties.put("x2", new Double(drawingAnchor.x + w));
                properties.put("y2", new Double(y));
                properties.put("StaffLineIndex", new Double(i));
                properties.put("staff", this);
        properties.put("selected", isSelected);
                String graphicsCommand = "StaffLine";
                
        LEDGER LINES
                properties.put("zoom", new Double(zoom));
                properties.put("x1", new Double(xPosLeft));
                properties.put("y1", new Double(yPos));
                properties.put("x2", new Double(xPosRight));
                properties.put("y2", new Double(yPos));
                properties.put("LedgerLineIndex", new Double(i));
                properties.put("note", note);
                String graphicsCommand = "LedgerLine";  
        
    For ties and slurs imagine an arc bounded by a wide flat rectangle
        SLURS
                properties.put("zoom", new Double(zoom));
                properties.put("x", new Double(rectX));
                properties.put("y", new Double(rectY));
                properties.put("width", new Double(rectWidth));
                properties.put("height", new Double(rectHeight));
                properties.put("curvature",  "down" : "up");
                properties.put("note1", firstNoteOfSlur);
                properties.put("note2", lastNoteOfSlur);
                String graphicsCommand = "Slur";
        TIE
        properties.put("zoom", new Double(zoom));
        properties.put("x", new Double(rectX));
        properties.put("y", new Double(rectY));
        properties.put("width", new Double(rectWidth));
        properties.put("height", new Double(rectHeight));
        properties.put("curvature",  "down" : "up");
        properties.put("note1", n1);
        properties.put("note2", n2);
        String graphicsCommand = "Tie";
        
      TIED OUT (when the note is tied to the next but is the last in a system) 
        properties.put("zoom", new Double(zoom));
        properties.put("x", new Double(rectX));
        properties.put("y", new Double(rectY));
        properties.put("height", new Double(rectHeight));
        properties.put("width", new Double(rectWidth));
        properties.put("curvature",  "down" : "up");
        properties.put("note", n1);
        String graphicsCommand = "TieOut";
      
      TIED IN (when the note is tied in from the previous but is the first note in a system) 
          properties.put("zoom", new Double(zoom));
          properties.put("x", new Double(n1.getDrawingAnchor().x));
          properties.put("y", new Double(n1.getDrawingAnchor().y));
          properties.put("height", new Double(rectHeight));
          properties.put("curvature",  "down" : "up");
          properties.put("note", n1);
          String graphicsCommand = "TieIn";
      
      CRESC/DECRESC
            properties.put("zoom", new Double(zoom));
            properties.put("x1", new Double(x1));
            properties.put("x2", new Double(x2));
            properties.put("y", new Double(y));
            properties.put("startContinued", new Boolean(startContinued));
            properties.put("endContinued", new Boolean(endContinued));
            properties.put("n1", n1);
            properties.put("n2", n2);
            String graphicsCommand = "decresc";
            if (isCresc) {
                graphicsCommand = "cresc";
            }
        
       BARLINES
           properties.put("zoom", new Double(zoom));
           properties.put("x", new Double(x));
           properties.put("barTop", new Double(barTop));
           properties.put("barBottom", new Double(barBottom));
           properties.put("barThickness", new Double(thickness));
           properties.put("measure", measure);
           String graphicsCommand = "barline";
         
       REPEATDOTS
            properties.put("zoom", new Double(zoom));
            properties.put("x", new Double(x));
            properties.put("y", new Double(y));
            properties.put("levelOfTopLine", new Double(staff.levelOfTopLine()));                
            properties.put("staff", staff);
            String graphicsCommand = "RepeatDots";
            
       GLISS
            properties.put("zoom", new Double(zoom));
            properties.put("x1", new Double(fromPoint.getX()));
            properties.put("y1", new Double(fromPoint.getY()));
            properties.put("x2", new Double(toPoint.getX()));
            properties.put("y2", new Double(toPoint.getY()));
            properties.put("note1", glissOutNote);
            properties.put("note2", glissInNote);
            String graphicsCommand = "Gliss";     
            
       BEAM
            properties.put("zoom", new Double(zoom));
            properties.put("x", new Double(xPos));
            properties.put("y", new Double(beamPositionY));
            properties.put("width", new Double(rectWidth));
            properties.put("height", new Double(rectHeight));
            properties.put("note1", firstnoteOfBeam);
            properties.put("note2", lastnoteOfBeam == null ? firstnoteOfBeam : lastnoteOfBeam);
            String graphicsCommand = "Beam";
                

Specified by:

draw in interface MusicCurveRenderer

main

public static void main(java.lang.String[] args)