http://weblogs.java.net/blog/aim/archive/2009/01/layout_primer_f.html
상위 노드를 기준으로 상대적으로 원점을 translateX, translateY만큼 이동
Example 1: Let's look further at these bounds variables using a concrete code example which creates a rectangle.
Note that x and y are variables specific to javafx.scene.shape.Rectangle and that they position the rectangle within its own coordinate space rather than moving the entire coordinate space of the node. I throw this out as the first example because it is often the first thing that trips up developers coming from traditional toolkits such as Swing, where changing x,y effectively performs a translation of the component's coordinate space. All of the javafx.scene.shape classes have variables for specifying appropriate shape geometry within their local coordinate space (e.g. Rectangle has x, y, width, height, Circle has centerX, centerY, radius, etc) and such position variables should not be confused with a translation on the coordinate space, as we'll look at in our next example.
Example 2: To translate the rectangle along with its coordinate space (rather than move the rectangle within it), we instead set translateX/translateY, which are variables on Node.
Now boundsInParent has changed to reflect the translated rectangle, however boundsInLocal and layoutBounds remain unchanged because they are relative to the rectangle's coordinate space, which was what was shifted.
inside design note: we debated endlessly on whether to rename translateX,translateY to "x","y" (as it's less typing and more familiar to traditional toolkit programming), however we decided that "translate" was more descriptive in the 2D sense and keeping it avoided renaming the x,y position variables in some shape classes.
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