.net code 128 reader

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their representation Thus we made the decision to use a single eld-length tag to indicate the bit length of X, Y, and Z This also means that we cannot take advantage of another Huffman technique that saves somewhat less than one more bit per component, but our bit savings by not having to specify two additional tag elds (for Y and Z) outweigh this A single tag eld also means that a hardware decompression engine can decompress all three elds in parallel, if desired Similar arguments hold for deltas of RGB values, and so here also a single eld-length tag indicates the bit-length of the R, G, B, and (if present) elds Both absolute and delta normals are also parameterized by a single value (n), which can be speci ed by a single tag We chose to limit the length of the Huffman tag eld to the relatively small value of six bits This was done to facilitate high-speed, low-cost hardware implementations (A 64-entry tag look-up table allows decoding of tags in one clock cycle) Three such tables exist: one each for positions, normals, and colors The tables contain the length of the tag eld, the length of the data eld(s), a data normalization coef cient, and an absolute/relative bit One additional complication was required to enable reasonable hardware implementations As will be seen in a later section, all instructions are broken up into an eight-bit header and a variable-length body Suf cient information is present in the header to determine the length of the body But to give the hardware time to process the header information, the header of one instruction must be placed in the stream before the body of the previous instruction Thus the sequence B0 H1B1 H2B2 H3 has to be encoded as follows: H1 B0 H2 B1 H3 B2.

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private void firePurchaseEvent(String item) { PurchaseEvent pe = new PurchaseEvent(this,item); Enumeration e = purchaseListenerselements(); while(ehasMoreElements()) { ((PurchaseListener) enextElement())purchaseMade(pe); } }

Java 3D s geometry compression protocol de nes eight commands to be used in specifying 3D geometry and certain af liated attributes This section gives a brief overview of these commands and some of their semantics More detail of these commands, including their bit layout, is given in the following sections

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The primary command is vertex A vertex command always speci es a 3D position, two generalized triangle strip replacement bits (rep), and a mesh buffer

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A description of the dash pattern to be used when paths are stroked (see Line Dash Pattern on page 155) Initial value: a solid line The rendering intent to be used when converting CIE-based colors to device colors (see Rendering Intents on page 197) Default value: RelativeColorimetric (PDF 12) A ag specifying whether to compensate for possible rasterization effects when stroking a path with a line width that is small relative to the pixel resolution of the output device (see Section 654, Automatic Stroke Adjustment ) Note that this is considered a device-independent parameter, even though the details of its effects are device-dependent Initial value: false (PDF 14) The current blend mode to be used in the transparent imaging model (see Sections 724, Blend Mode, and 752, Specifying Blending Color Space and Blend Mode ) This parameter is implicitly reset to its initial value at the beginning of execution of a transparency group XObject (see Section 755, Transparency Group XObjects ) Initial value: Normal (PDF 14) A soft-mask dictionary (see Soft-Mask Dictionaries on page 445) specifying the mask shape or mask opacity values to be used in the transparent imaging model (see Source Shape and Opacity on page 421 and Mask Shape and Opacity on page 443), or the name None if no such mask is speci ed This parameter is implicitly reset to its initial value at the beginning of execution of a transparency group XObject (see Section 755, Transparency Group XObjects ) Initial value: None (PDF 14) The constant shape or constant opacity value to be used in the transparent imaging model (see Source Shape and Opacity on page 421 and Constant Shape and Opacity on page 444) There are two separate alpha constant parameters: one for stroking and one for all other painting operations This parameter is implicitly reset to its initial value at the beginning of execution of a transparency group XObject (see Section 755, Transparency Group XObjects ) Initial value: 10 (PDF 14) A ag specifying whether the current soft mask and alpha constant parameters are to be interpreted as shape values (true) or opacity values (false) This ag also governs the interpretation of the SMask entry, if any, in an image dictionary (see Section 484, Image Dictionaries ) Initial value: false.

public void addPurchaseListener(PurchaseListener p) { purchaseListenersaddElement(p); }

Version 11 Alpha 01, February 27, 1998

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