IcShape(VShape g,
    int w,
    int h) 
{
	this.glyph=g;
	this.width=w;
	this.height=h;
}

 protected  void computePolygon() 
{
	trS=Math.min(width,height)/2-2;
	vertexAngle=glyph.getOrient();
	vertices=glyph.getVertices();
	xcoords=new int[vertices.length];
	ycoords=new int[vertices.length];
	for (int j=0;j< vertices.length-1;j++){
	    xcoords[j]=(int)Math.round(cWidth+trS*Math.cos(vertexAngle)*vertices[j]);
	    ycoords[j]=(int)Math.round(cHeight-trS*Math.sin(vertexAngle)*vertices[j]);
	    vertexAngle+=2*Math.PI/vertices.length;
	}//last iteration outside to loop to avoid one vertexAngle computation too many
	xcoords[vertices.length-1]=(int)Math.round(cWidth+trS*Math.cos(vertexAngle)*vertices[vertices.length-1]);
	ycoords[vertices.length-1]=(int)Math.round(cHeight-trS*Math.sin(vertexAngle)*vertices[vertices.length-1]);
	p=new Polygon(xcoords,ycoords,vertices.length);
}

 public Glyph getGlyph() 
{
return glyph;
}

get the glyph that the icon is representing

 public int getIconHeight() 
{
return height;
}

get the icon's width (Icon interface)

 public int getIconWidth() 
{
return width;
}

get the icon's height (Icon interface)

 public  void paintIcon(Component c,
    Graphics g,
    int x,
    int y) 
{
	cWidth=c.getWidth()/2;
	cHeight=c.getHeight()/2;
	computePolygon();
	if (glyph.getFillStatus()){
	    g.setColor(glyph.getColor());
	    g.fillPolygon(p);
	}
	g.setColor(glyph.getColorb());
	g.drawPolygon(p);
}

Icon interface

 public  void setGlyph(Glyph g) 
{
	glyph=(VShape)g;
}

set the glyph that the icon should be representing