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SECTION 5.6 Composite Fonts
NAME DESCRIPTION
Korean
KSC−EUC−H KS X 1001:1992 character set, EUC-KR encoding
KSC−EUC−V Vertical version of KSC−EUC−H
KSCms−UHC−H Microsoft Code Page 949 (lfCharSet 0x81), KS X 1001:1992 character set plus 8822 addi-
tional hangul, Unified Hangul Code (UHC) encoding
KSCms−UHC−V Vertical version of KSCms−UHC−H
KSCms−UHC−HW−H Same as KSCms−UHC−H but replaces proportional Latin characters with half-width forms
KSCms−UHC−HW−V Vertical version of KSCms−UHC−HW−H
KSCpc−EUC−H Mac OS, KS X 1001:1992 character set with Mac OS KH extensions, Script Manager
Code 3
UniKS−UCS2−H Unicode (UCS-2) encoding for the Adobe-Korea1 character collection
UniKS−UCS2−V Vertical version of UniKS−UCS2−H
UniKS−UTF16−H Unicode (UTF-16BE) encoding for the Adobe-Korea1 character collection
UniKS−UTF16−V Vertical version of UniKS−UTF16−H
Generic
Identity−H The horizontal identity mapping for 2-byte CIDs; may be used with CIDFonts using any
Registry, Ordering, and Supplement values. It maps 2-byte character codes ranging from
0 to 65,535 to the same 2-byte CID value, interpreted high-order byte first (see below).
Identity−V Vertical version of Identity−H. The mapping is the same as for Identity−H.
The Identity−H and Identity−V CMaps can be used to refer to glyphs directly by
their CIDs when showing a text string. When the current font is a Type 0 font
whose Encoding entry is Identity−H or Identity−V, the string to be shown is inter-
preted as pairs of bytes representing CIDs, high-order byte first. This works with
any CIDFont, independently of its character collection. Additionally, when used
in conjunction with a Type 2 CIDFont whose CIDToGIDMap entry is Identity, the
2-byte CID values represent glyph indices for the glyph descriptions in the True-
Type font program. This works only if the TrueType font program is embedded in
the PDF file.
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