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Beginning with PDF 12, an annotation can specify one or more appearance streams as an alternative to the simple border and color characteristics available in earlier versions This allows the annotation to be presented visually on the page in different ways to re ect its interactions with the user Each appearance stream is a form XObject (see Section 49, Form XObjects ): a self-contained content stream to be rendered inside the annotation rectangle Before rendering an appearance stream, the viewer application establishes a coordinate system whose origin is at the lower-left corner of the annotation rectangle Nominally, the coordinates in this space are in default user space units; however, the space may be scaled or rotated with respect to the actual page coordinate system, depending on the values of the annotation s NoZoom and NoRotate ags (see Section 842, Annotation Flags ) The form XObject s Matrix entry should transform the form coordinate system into that of the annotation; the results are clipped to the annotation rectangle All other elements of the graphics state are set to their default values In PDF 14, an annotation appearance can include transparency if the appearance stream de ning it is a transparency group XObject (see Section 755, Transparency Group XObjects ) This transparency group is composited with a backdrop consisting of the page content along with any previously painted annotations The nal compositing operation is performed using blend mode Normal, an alpha constant of 10 (or other value as speci ed by the CA entry in the annotation dictionary), and a soft mask of None Note: If a transparent annotation appearance is painted over an annotation that is drawn without using an appearance stream, the effect is implementation-dependent This is because such annotations are sometimes drawn by means that do not conform to the Adobe imaging model Also, the effect of highlighting a transparent annotation appearance is implementation-dependent.

A Web transaction involves two participants: the browser and the server As originally conceived, the browser was supposed to be a very simple, lightweight program that would allow users to navigate through data This data could consist of plain text, HTML, images, and so on, and the browser would render all the data in a way that humans could understand and interact with Data could be interconnected, and the browser would render references between documents as an image or text that could be clicked or otherwise selected Over time, regrettably, rapid development, the race to add new features, and poor adherence to standards have caused browsers to lose the simplicity for which they once strived This has resulted in a situation best summarized by Internet legend James "Kibo" Parry's description of browsers as "fragile assemblies of bugs, held together with Hello Kitty stickers" The server is an equally complex program The server is responsible for finding the data requested by the browser, packaging the data for transmission, and sending it back to the browser In the simplest kind of Web transaction, the browser asks for a single document from the server, and the server retrieves this data and sends it back, at which point the browser renders it in an appropriate way for the user This whole process is shown in Figure 11 Figure 11 The relationship between browser and server

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These constants specify whether collision against a Group, Shape, or Morph node is done using the actual geometry or whether the geometric bounds are used as an approximation Constructors

de nes an indirect string object with an object number of 12, a generation number of 0, and the value Brillig The object can then be referred to from elsewhere in

public WakeupOnCollisionExit(SceneGraphPath armingPath) public WakeupOnCollisionExit(SceneGraphPath armingPath, int speedHint) public WakeupOnCollisionExit(Node armingNode) public WakeupOnCollisionExit(Node armingNode, int speedHint) public WakeupOnCollisionExit(Bounds armingBounds)

the le by an indirect reference consisting of the object number, the generation number, and the keyword R:

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