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to create the image Tools like LEX and YACC can be used to generate the two passes, but the format is simple enough to create them by hand
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Conclusion While the XBM format is very limited outside the X Windows environment, it is supported by all of the major Web browsers It also illustrates an unusual approach to storing images within a file Scheiffler and James (1990) is the closest thing to an official description of the XBM format Nye (1988) gives an alternate description
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Format: JPEG Origin: Joint Photographic Experts Group Definition: ISO 10918-1 JFIF V102
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JPEG has become the most commonly used format for storing photographic images, yet in spite of its widespread use, the inner workings of JPEG compression remain something of a black art Since JPEG is a very complex image format we have divided the JPEG material into eight chapters In this chapter we will cover the fundamentals Subsequent chapters will examine specific aspects JPEG is an acronym for "Joint Photographic Experts Group" This organization created a standard for compressing images under the authority of international standards bodies The JPEG standard is fairly complex because, rather than defining an image file format, it defines a number of related image compression techniques The power of the JPEG format is that, for photographic images, it gives the greatest compression of any bitmap format in common use A photograph that takes 1 MB to store in a Windows BMP file can usually be compressed down to 50 KB with JPEG Although JPEG is computationally intensive, its outstanding compression generally outweighs the processing required As good as JPEG is, it is not suitable for some applications All of the JPEG compression methods in general use are lossy, which makes them unsuitable for an intermediate storage format when you are repeatedly editing an image file JPEG is also not as good at compressing text and drawings as it is at compressing photographs
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JPEG Compression Modes The original JPEG standard defined four compression modes: hierarchical, progressive, sequential, and lossless In addition, the standard defined multiple encoding processes for the modes Figure 41 shows the relationship of the major JPEG compression modes and encoding processes While there is some commonality among them, for the most part they must be implemented as completely different techniques Sequential Sequential is the plain vanilla JPEG mode As the name implies, sequential-mode images are encoded from top to bottom Sequential mode supports sample data with 8 and 12 bits of precision In sequential JPEG, each color component is completely encoded in a single scan a block of compressed data that contains a single pass through the image for one or more components In most formats, the entire compressed pixel data is stored in one contiguous region in the file In JPEG, each pass through the image is stored in a distinct data block called a scan Within sequential mode, two alternative entropy encoding processes are defined by the JPEG standard: one uses Huffman encoding; the other uses arithmetic coding We will speak more of these two processes shortly
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Almost every JPEG file you are likely to come across will use sequential JPEG with Huffman encoding and 8-bit sample data The JPEG standard also defines another sequential encoding process that uses Huffman encoding This is the baseline process, a subset of the sequential mode with Huffman coding A decoder that can handle the extended process should be able to handle baseline transparently Baseline images can have only 8-bit samples and are restricted to fewer Huffman and quantization 1 tables than extended sequential images Progressive In progressive JPEG images, components are encoded in multiple scans The compressed data for each component is placed in a minimum of 2 and as many as 896 scans, although the actual number is almost always at the low end of that range The initial scans create a rough version of the image while subsequent scans refine it Progressive images are intended for viewing as they are decoded
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