modules/graphics/src/main/java/com/sun/javafx/sg/prism/NGRegion.java

*** 1679,1691 ****
       * that the fill never looks scaled. For example, a tile-imaged based background will look stretched
       * if we were to render a scaled shape. Instead, we produce a new shape based on the scaled size and
       * then fill that shape without additional transforms.
       */
      private Shape resizeShape(float topOffset, float rightOffset, float bottomOffset, float leftOffset) {
          // The bounds of the shape, before any centering / scaling takes place
          final RectBounds bounds = shape.getBounds();
!         if (scaleShape) {
              // First we need to modify the transform to scale the shape so that it will fit
              // within the insets.
              SCRATCH_AFFINE.setToIdentity();
              SCRATCH_AFFINE.translate(leftOffset, topOffset);
              // width & height are the width and height of the region. w & h are the width and height
--- 1679,1697 ----
       * that the fill never looks scaled. For example, a tile-imaged based background will look stretched
       * if we were to render a scaled shape. Instead, we produce a new shape based on the scaled size and
       * then fill that shape without additional transforms.
       */
      private Shape resizeShape(float topOffset, float rightOffset, float bottomOffset, float leftOffset) {
+         return resizeShape(shape, scaleShape, centerShape, width, height, topOffset, rightOffset, bottomOffset, leftOffset);
+     }
+     
+     public static Shape resizeShape(Shape shape, boolean scale, boolean center,
+             float width, float height,
+             float topOffset, float rightOffset, float bottomOffset, float leftOffset) {
          // The bounds of the shape, before any centering / scaling takes place
          final RectBounds bounds = shape.getBounds();
!         if (scale) {
              // First we need to modify the transform to scale the shape so that it will fit
              // within the insets.
              SCRATCH_AFFINE.setToIdentity();
              SCRATCH_AFFINE.translate(leftOffset, topOffset);
              // width & height are the width and height of the region. w & h are the width and height
*** 1693,1707 ****
              final float w = width - leftOffset - rightOffset;
              final float h = height - topOffset - bottomOffset;
              SCRATCH_AFFINE.scale(w / bounds.getWidth(), h / bounds.getHeight());
              // If we also need to center it, we need to adjust the transform so as to place
              // the shape in the center of the bounds
!             if (centerShape) {
                  SCRATCH_AFFINE.translate(-bounds.getMinX(), -bounds.getMinY());
              }
              return SCRATCH_AFFINE.createTransformedShape(shape);
!         } else if (centerShape) {
              // We are only centering. In this case, what we want is for the
              // original shape to be centered. If there are offsets (insets)
              // then we must pre-scale about the center to account for it.
              final float boundsWidth = bounds.getWidth();
              final float boundsHeight = bounds.getHeight();
--- 1699,1713 ----
              final float w = width - leftOffset - rightOffset;
              final float h = height - topOffset - bottomOffset;
              SCRATCH_AFFINE.scale(w / bounds.getWidth(), h / bounds.getHeight());
              // If we also need to center it, we need to adjust the transform so as to place
              // the shape in the center of the bounds
!             if (center) {
                  SCRATCH_AFFINE.translate(-bounds.getMinX(), -bounds.getMinY());
              }
              return SCRATCH_AFFINE.createTransformedShape(shape);
!         } else if (center) {
              // We are only centering. In this case, what we want is for the
              // original shape to be centered. If there are offsets (insets)
              // then we must pre-scale about the center to account for it.
              final float boundsWidth = bounds.getWidth();
              final float boundsHeight = bounds.getHeight();