setOrtho(false)setOrtho(true)
By default, the view is a quad, but this can be changed via the method setGeometryNode.
If the user resizable attribute is set to true via setUserResizable this view's dimensions can be dynamically controlled from elsewhere (often via a GUI element) by calling the methods userResizeStart, userResizeUpdate and userResizeFinish.
A view also supports a number of window manipulation methods which relay actions to the view's window. Examples include windowCloseUser and windowRestackToTop.
Note: this class supports independent pixel scales for the 3D world and the ortho plane. The values set via setPixelScale are used for the 3D world and the values set via setPixelScaleOrtho are used for the ortho plane.
This view class also supports a set of positioning methods for when the view is in the ortho plane (e.g. setLocationOrtho) than when the view is in the 3D world (see the View2D
You can move this type of view in the local XY plane when it is in the 3D world by calling applyDeltaTranslationUser. This post-multiplies a translation matrix into the view's current world-to-local transform matrix. Certain utility routines exit (e.g. userMovePlanarStart, userMovePlanarUpdate, and userMovePlanarUpdate) can be called instead in order to make this easier. (Only view's of type SECONDARY can be moved planar).
TODO: SOMEDAY: Implement move planar for primary views. Must update the cell when doing this.
@author deronj
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