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Because the PostScript language does not support the transparent imaging model, PDF 14 viewer applications must have some means for converting the appearance of a document that uses transparency into a purely opaque description for printing on PostScript output devices Similar techniques can also be used to convert such documents into a form that can be correctly viewed by PDF 13 and earlier viewers Converting the contents of a page from transparent to opaque form entails some combination of shape decomposition and prerendering to atten the stack of transparent objects on the page, perform all the needed transparency computations, and describe the nal appearance using opaque objects only Whether the page contains transparent content needing to be attened can be determined by straightforward analysis of the page s resources; it is not necessary to analyze the content stream itself The conversion to opaque form is irreversible, since all information about how the transparency effects were produced is lost

These three examples should demonstrate how easy it is to use beans in order to make sites dynamic On one page, the bean is simply used to display values Another page has a very simple form that sends values to the bean in order to change these values Finally,

The front clip policy determines where Java 3D places the front clipping plane The value is one of the following: PHYSICAL_EYE, PHYSICAL_SCREEN, VIRTUAL_ EYE, or VIRTUAL_SCREEN The default value is PHYSICAL_EYE

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In order to perform the transparency computations properly, the viewer application needs to know the native color space of the output device This is no problem when the viewer controls the output device directly However, when generating PostScript output, the viewer has no way of knowing the native color space of the PostScript output device An incorrect assumption will ruin the calibration of any CIE-based colors appearing on the page This problem can be addressed in either of two ways:

The back clip policy determines where Java 3D places the back clipping plane The value is one of the following: PHYSICAL_EYE, PHYSICAL_SCREEN, VIRTUAL_ EYE, or VIRTUAL_SCREEN The default value is PHYSICAL_EYE These policies are de ned as follows PHYSICAL_EYE: Speci es that the plane is located relative to the eye s position as measured in the physical space (in meters) PHYSICAL_SCREEN: Speci es that the plane is located relative to the screen (that is, the image plate) as measured in physical space (in meters) VIRTUAL_EYE: Speci es that the plane is located relative to the virtual eyepoint as measured in virtual world coordinates VIRTUAL_SCREEN: Speci es that the plane is located relative to the screen (that is, the image plate) as measured in virtual world coordinates

The projection and clip parameters determine the view model s eld of view and the front and back clipping distances

a third page uses a single jsp:setProperty tag to do the setting From then on, the new values will be available to the first page Finally, to tie it all together, a link to the customization page can be added to the navigation bar, as shown in Listing 318 Listing 318 Adding a link to the customization page

If the entire page consists of CIE-based colors, atten the colors to a single CIEbased color space rather than to a device color space The preferred color space for this purpose can easily be determined if the page has a group attributes dictionary (Group entry in the page object) specifying a CIE-based color space (see Section 755, Transparency Group XObjects )

public final void setFieldOfView(double fieldOfView) public final double getFieldOfView()

Otherwise, atten the colors to some assumed device color space with predetermined calibration In the generated PostScript output, paint the attened colors in a CIE-based color space having that calibration Because the choice between using spot colorants and converting them to an alternate color space affects the attened results of process colors, a decision must also be made during PostScript conversion about the set of available spot colorants to assume (This differs from strictly opaque painting, where the decision can be deferred until the generated PostScript code is executed)

In the default non-head-tracked mode, this value speci es the view model s horizontal eld of view in radians This value is ignored when the view model is operating in head-tracked mode, or when the Canvas3D s window eyepoint policy is set to a value other than the default setting of RELATIVE_TO_FIELD_OF_ VIEW (see Section C53, Window Eyepoint Policy )

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THIS CHAPTER DESCRIBES those features of PDF that allow a user to interact with a document on the screen, using the mouse and keyboard These include:

public void setFrontClipDistance(double distance) public double getFrontClipDistance()

(Section 81, Viewer Preferences )

This value speci es the distance away from the clip origin, speci ed by the front clip policy variable, in the direction of gaze where objects stop disappearing Objects closer than the clip origin (eye or screen) plus the front clip distance are not drawn Measurements are done in the space (physical or virtual) that is speci ed by the associated front clip policy parameter

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