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Figure Properties - SERC

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Image <strong>Properties</strong><br />

2-1128<br />

direct — Use the AlphaData as indices directly into the alphamap. When<br />

not scaled, the data are usually integer values ranging from 1 to<br />

length(alphamap). MATLAB maps values less than 1 to the first alpha<br />

value in the alphamap, and values greater than length(alphamap) to the<br />

last alpha value in the alphamap. Values with a decimal portion are fixed to<br />

the nearest, lower integer. If AlphaData is an array of uint8 integers, then<br />

the indexing begins at 0 (i.e., MATLAB maps a value of 0 to the first alpha<br />

value in the alphamap).<br />

BeingDeleted on | {off} Read Only<br />

This object is being deleted. The BeingDeleted property provides a mechanism<br />

that you can use to determine if objects are in the process of being deleted.<br />

MATLAB sets the BeingDeleted property to on when the object’s delete<br />

function callback is called (see the DeleteFcn property). It remains set to on<br />

while the delete function executes, after which the object no longer exists.<br />

For example, an object’s delete function might call other functions that act on<br />

a number of different objects. These functions may not need to perform actions<br />

on objects that are going to be deleted, and therefore can check the object’s<br />

BeingDeleted property before acting.<br />

BusyAction cancel | {queue}<br />

Callback routine interruption. The BusyAction property enables you to control<br />

how MATLAB handles events that potentially interrupt executing callback<br />

routines. If there is a callback routine executing, callback routines invoked<br />

subsequently always attempt to interrupt it. If the Interruptible property of<br />

the object whose callback is executing is set to on (the default), then<br />

interruption occurs at the next point where the event queue is processed. If the<br />

Interruptible property is off, the BusyAction property (of the object owning<br />

the executing callback) determines how MATLAB handles the event. The<br />

choices are<br />

cancel — Discard the event that attempted to execute a second callback<br />

routine.<br />

queue — Queue the event that attempted to execute a second callback<br />

routine until the current callback finishes.

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