BoundsZPlaneRectangle boundsZ = new BoundsZPlaneRectangle(shape, shape.getVerticesLocal());
Vector3D[] boundsVecs = boundsZ.getVectorsLocal();
float bBoxWidth = boundsZ.getWidthXY(TransformSpace.LOCAL);//boundsVecs[1].x - boundsVecs[0].x;
float bBoxHeight = boundsZ.getHeightXY(TransformSpace.LOCAL);//boundsVecs[2].y - boundsVecs[1].y;
SwingTextureRenderer swingTex;
final MTRectangle rectangle;
//Trial to make the texture as big as the bigger side of the bounding rectangle of the shape
//to allow for automatic texture stretching to fit when texture is applied
int size = -1;
if (coordSystemType == SVGUtilities.OBJECT_BOUNDING_BOX){
if (bBoxWidth >= bBoxHeight){
size = Math.round(bBoxWidth);
r *= bBoxWidth;
}else{
size = Math.round(bBoxHeight);
r *= bBoxHeight;
}
AffineTransform Mx = new AffineTransform();
Rectangle2D bounds = new Rectangle(Math.round(boundsVecs[0].x), Math.round(boundsVecs[0].y), size, size);
if (bounds != null) {
//we dont translate the center and focal point
//instead we create the gradient mask shape at that position
// Mx.translate(bounds.getX(), bounds.getY());
Mx.scale(bounds.getWidth(), bounds.getHeight());
}
Mx.concatenate(transform);
transform = Mx;
//Transform gradient vector points with gradientTransform
transform.transform(c, c);
transform.transform(f, f);
GradientPanel gradPanel = new GradientPanel(size, size, r, offsets, colors, (float)c.getX(), (float)c.getY(), (float)f.getX(), (float)f.getY(), awtCycleMethod);
// GradientPanel gradPanel = new GradientPanel(bBoxWidth, bBoxHeight, r, offsets, colors, (float)c.getX(), (float)c.getY(), (float)f.getX(), (float)f.getY());
swingTex = new SwingTextureRenderer(app, gradPanel);
swingTex.scheduleRefresh();
rectangle = new MTRectangle(new Vertex(boundsVecs[0]), bBoxWidth, bBoxHeight, pa);
rectangle.setName("Swing texture rendering");
rectangle.setTexture(swingTex.getTextureToRenderTo());
rectangle.setNoStroke(true);
rectangle.setPickable(false);
rectangle.setFillDrawMode(GL.GL_QUADS);
//Use displaylist by default for gradientshape
if (MT4jSettings.getInstance().isOpenGlMode()){
app.invokeLater(new InvokeLaterAction(rectangle));
}
//FIXME REMOVE TEST
/*//Draw the shape we draw in swing
MTRectangle rectanglePaintedComp = new MTRectangle(new Vertex(boundsVecs[0]), size, size, pa);
rectanglePaintedComp.setName("rectanglePaintedComp");
rectanglePaintedComp.setTexture(swingTex.getTextureToRenderTo());
rectanglePaintedComp.setFillColor(255, 255, 255, 150);
shape.addChild(rectanglePaintedComp);
*/
}else{
//coordsystemtype = userSpaceOnUse!
//FIXME Problem at userOnSpace with proportional length (%)
//seems we have to take the width/height from the viewbox then!? and use bounding box code above? but we have to recalculate absoulte values then..
//Since we draw the gradient at 0,0 we have to transform the gradient points to there
AffineTransform Mx = new AffineTransform();
Mx.translate(-boundsVecs[0].x, -boundsVecs[0].y);
Mx.concatenate(transform);
transform = Mx;
//Transform gradient points with gradientTransform
transform.transform(c, c);
transform.transform(f, f);
// GradientPanel gradPanel = new GradientPanel(size, size, r, offsets, colors, (float)c.getX(), (float)c.getY(), (float)f.getX(), (float)f.getY());
GradientPanel gradPanel = new GradientPanel(bBoxWidth, bBoxHeight, r, offsets, colors, (float)c.getX(), (float)c.getY(), (float)f.getX(), (float)f.getY(), awtCycleMethod);
swingTex = new SwingTextureRenderer(app, gradPanel);
swingTex.scheduleRefresh();
rectangle = new MTRectangle(new Vertex(boundsVecs[0]), bBoxWidth, bBoxHeight, pa);
final GLTexture tex = swingTex.getTextureToRenderTo();
rectangle.setName("Swing texture rendering");
rectangle.setTexture(tex);
rectangle.setNoStroke(true);
rectangle.setPickable(false);