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(Optional; Type 2 CIDFonts only) A speci cation of the mapping from CIDs to glyph indices If the value is a stream, the bytes in the stream contain the mapping from CIDs to glyph indices: the glyph index for a particular CID value c is a 2-byte value stored in bytes 2 c and 2 c + 1, where the rst byte is the high-order byte If the value of CIDToGIDMap is a name, it must be Identity, indicating that the mapping between CIDs and glyph indices is the identity mapping Default value: Identity This entry may appear only in a Type 2 CIDFont whose associated TrueType font program is embedded in the PDF le (see the next section)
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Type 0 and Type 2 CIDFonts handle the mapping from CIDs to glyph descriptions in somewhat different ways For Type 0, the CIDFont program itself contains glyph descriptions that are identi ed by CIDs The CIDFont program identi es the character collection by a CIDSystemInfo dictionary, which should simply be copied into the PDF CIDFont dictionary CIDs are interpreted uniformly in all CIDFont programs supporting a given character collection, whether the program is embedded in the PDF le or obtained from an external source For Type 2, the CIDFont program is actually a TrueType font program, which has no native notion of CIDs In a TrueType font program, glyph descriptions are identi ed by glyph index values Glyph indices are internal to the font and are not de ned consistently from one font to another Instead, a TrueType font program contains a cmap table that provides mappings directly from character codes to glyph indices for one or more prede ned encodings TrueType font programs are integrated with the CID-keyed font architecture in one of two ways, depending on whether the font program is embedded in the PDF le
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If the TrueType font program is embedded, the Type 2 CIDFont dictionary
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must contain a CIDToGIDMap entry that maps CIDs to the glyph indices for the appropriate glyph descriptions in that font program
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If the TrueType font program is not embedded but is referenced by name, the
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Type 2 CIDFont dictionary must not contain a CIDToGIDMap entry, since it is not meaningful to refer to glyph indices in an external font program In this
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case, CIDs do not participate in glyph selection, and only prede ned CMaps may be used with this CIDFont (see Section 564, CMaps ) The viewer application selects glyphs by translating characters from the encoding speci ed by the prede ned CMap to one of the encodings given in the TrueType font s cmap table The means by which this is accomplished are implementationdependent Even though the CIDs are sometimes not used to select glyphs in a Type 2 CIDFont, they are always used to determine the glyph metrics, as described in the next section Every CIDFont must contain a glyph description for CID 0, which is analogous to the notdef character name in simple fonts (see Handling Unde ned Characters on page 355)
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Glyph Metrics in CIDFonts
As discussed in Section 513, Glyph Positioning and Metrics, the width of a glyph refers to the horizontal displacement between the origin of the glyph and the origin of the next glyph when writing in horizontal mode In this mode, the vertical displacement between origins is always 0 Widths for a CIDFont are de ned using the DW and W entries in the CIDFont dictionary These widths must be consistent with the actual widths given in the CIDFont program itself (See implementation note 43 in Appendix H) The DW entry de nes the default width, which is used for all glyphs whose widths are not speci ed individually This entry is particularly useful for Chinese, Japanese, and Korean fonts, in which many of the glyphs have the same width The W array allows the de nition of widths for individual CIDs The elements of the array are organized in groups of two or three, where each group is in one of the following two formats: