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These methods set and retrieve the local eye lighting ag, which indicates whether the local eyepoint is used in lighting calculations for perspective projections If this ag is set to true, the view vector is calculated per vertex based on the direction from the actual eyepoint to the vertex If this ag is set to false, a single view vector is computed from the eyepoint to the center of the view frustum This is called in nite eye lighting Local eye lighting is disabled by default, and is ignored for parallel projections 8711 Window Sizing and Movement

There is one small catch to changing the colors The little corner bit, which is used to give the site a slightly smoother look, is an image, and its color is not controlled by the style sheet It will therefore look noticeably out of place if the colors are changed This could be solved by making part of the image transparent in a clever way, but it is also possible to generate the image dynamically so that its colors match the site The advantage of the latter technique is that it makes it possible to handle an image with multiple different colors that all need to match colors on the site The disadvantage is that this requires some advanced techniques, and so it will not be possible to discuss this until 14 Difficulties with the image aside, it is already possible for the user to modify these values, thanks to the fact that the bean is in the session scope Setting new values can be done by providing a simple form that will set the name and color attributes Because the bean is in the session scope, these values, once set by such a form, will remain set until the session expires or the user changes them Listing 316 shows the customization form, and the page as seen in a browser is shown in Figure 33 Figure 33 The JNT customization page

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The rendering intent, black-generation, and undercolor-removal parameters need to be handled somewhat differently The rendering intent in uences the conversion from a CIE-based color space to a target color space, taking into account the target space s color gamut (the range of colors it can reproduce) Whereas in the opaque imaging model the target space is always the native color space of the output device, in the transparent model it may instead be the group color space of a transparency group into which an object is being painted The rendering intent is needed at the moment such a conversion must be performed that is, when painting an elementary or group object speci ed in a CIEbased color space into a parent group having a different color space This differs from the current halftone and transfer function, whose values are used only when all color compositing has been completed and rasterization is being performed In all cases, the rendering intent to use for converting an object s color (whether that of an elementary object or of a transparency group) is determined by the rendering intent parameter associated with the object In particular:

When users resize or move windows, Java 3D can choose to think of the window as attached either to the physical world or to the virtual world The window resize policy allows an application to specify how the view model will handle resizing requests The window resize policies are speci ed by two constants Constants

This variable speci es the policy for resizing and moving windows This policy is used in specifying windowResizePolicy and windowMovementPolicy This variable speci es that the speci ed action takes place only in the physical world

When painting an elementary object with a CIE-based color into a transparency group having a different color space, the rendering intent used is the current rendering intent in effect in the graphics state at the time of the painting operation

<table class="form"> <form action="customize_handlerjsp" method="post"> <tr> <td class="label">Background color:</td> <td><input type="text" name="bgColor"></td> </tr>

public final void setWindowResizePolicy(int policy) public final int getWindowResizePolicy()

parent group having a different color space, the rendering intent used is the current rendering intent in effect at the time the Do operator is applied to the group

This variable speci es how Java 3D modi es the view when a user resizes a window A value of PHYSICAL_WORLD states that Java 3D will treat window resizing operations as only happening in the physical world This implies that rendered

<tr> <td colspan="2" align="right"> <input type="submit" name="go" value="Set Preferences"> </td> </tr> </form> </table>

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