GB 25902.5-2014Information technology -- Universal multiple-octet coded character set -- New Xishuang Banna Dai 32 dot matrix font -- Part 5: Fahang Ti (English PDF)

6.1 Grid

Equidistant grid by a number of vertical and horizontal lines intersect to form.

The provisions of section 32 bitmap fonts, which is a lateral grid 32 grid, 32 longitudinal grid. The center of each square as the center point position.

Raster bitmap fonts only constitute points for positioning, 32 dot grid shown in Figure 1.

Figure 132 dot raster

6.2 Points

Point is the smallest unit constituting the lattice-shaped, circular or square that it is located within the black areas of the parties to the grid.

6.3 Lattice words

New Tai Lue typeface bitmap fonts from a number of points placed within the grid set to represent. New Tai Lue "" 32 dot matrix method shown in Figure 2 the words Hang body.

Figure 2 New Tai Lue 32 dot matrix method Hang body word for ""

New Tai Lue 7 bitmap fonts Word Count 7.1 this section according to GB 13000, provides 83 New Tai Lue graphic character dot matrix method Hang body font.

7.2 New Tai Lue font data

New Tai Lue 32 dot font data representation, see Appendix B.

7.3 New Tai Lue 32 dot wide data word

New Tai Lue is unequal width font, each character has its own specific width, this section provides 83 new Xishuangbanna Hang Tai Lue 32 dot matrix method body width font data, see Appendix C.

7.4 New Tai Lue font table

GB 13000 83 New Tai Lue 32 dot matrix character encoding method Hang body font as follows.

Appendix A

(Informative)

New Tai Lue law Hang body New Tai Lue dot standard font selection method in this section Hang body. Hang law, namely acid pod, France Hang body means "sour pod 'body. this Pod shape such as acids, with generous, full, rounded features, powerful strokes capable, accounting for Tai Lue calligraphy fonts important seat. The fonts in the West Xishuangbanna, Menglian and Southeast Asia widely used and very popular and welcome. The fonts can be used in text books, but also for the title and other aspects.

Appendix B

(Normative)

New Tai Lue 32 dot matrix font data Represents B.1 New Tai Lue dot font data this section, the New Tai Lue font data can be represented by a dot. Each dot font data is 32 × 32 (transverse Points × columns points) of 1024 bits, 128 bytes.

Recording format B.2 New Tai Lue dot font data 128 bytes of the New Tai Lue 32 dot font data and order of a 0 byte to 127 bytes end, all Hexadecimal, recording format shown in Table B.1.

Record Format Table B.1 New Tai Lue dot font data Rows Number of columns 0 1 2 3 4 5. 6. 7 0 1 2 3 4 5,670,123,456,701,234,567

00 Byte 1 Byte 2 Byte 3 Byte 31124 bytes 125 bytes to 126 bytes to 127 bytes

Example B.3 32 dot matrix font data 1981 198C 1998 1992 00000000 1E000000 00000000 00000000 00000000 3F000000 00000000 00000000 0,000,000,061,800,000 00000000 00000000 0,100,000,040,800,000 00000000 00000000 0,100,000,040,800,000 00000000 00000000 1,110,000,040,800,000 00000000 00000000 1,390,000,040,800,000 00000000 00000000 0EE00000 40000000 00000000 00000000 0,000,000,040,000,000 00000000 00000000 0,000,000,040,000,000 00000000 00000000 38E00000 5F000000 38E00000 1F000000 3DF00000 7F800000 3DE00000 3F800000 4,710,000,060,800,000 4,510,000,020,800,000 4,208,000,040,400,000 4,210,000,040,400,000 4,208,000,040,400,000 4,210,000,040,400,000 0,208,000,040,400,000 0,210,000,040,400,000 0,208,000,040,400,000 0,210,000,044,400,000 4,208,000,040,800,000 0,210,000,044,400,000 42080000 4B000000 42900000 44400000 46100000 48800000 44900000 4E400000 3C300000 38400000 3CE00000 7BC00000 38E00000 30400000 38600000 31800000 0,030,000,000,400,000 00000000 00000000 0,010,000,000,400,000 00000000 00000000 0,008,000,000,400,000 00000000 00000000 0,008,000,000,400,000 00000000 00000000 0,808,000,040,400,000 00000000 00000000 0,808,000,040,400,000 00000000 00000000 0,808,000,040,400,000 00000000 00000000 0,410,000,020,800,000 00000000 00000000 07F00000 3F800000 00000000 00000000 01C00000 0E000000 00000000 00000000 Appendix C (Informative) New Tai Lue 32 dot wide data word New Tai Lue 32 dot matrix word-wide data in Table C.1.

Table C.1 New Tai Lue 32 dot wide data word

Code Width Code Width Code Width Code Width Code Width Code Width 1980 13 198E 12 199C 14 19AA 13 19BC 15 19D0 9 1981 13 198F 9 199D 13 19AB 9 19BD 15 19D1 9 1982 12 1990 13 199E 9 19B0 8 19BE 13 19D2 9 1983 9 1991 9 199F 14 19B1 9 19BF 14 19D3 9 1984 14 1992 10 19A0 14 19B2 8 19C0 14 19D4 9 1985 9 1993 10 19A1 9 19B3 9 19C1 9 19D5 10 1986 9 1994 12 19A2 9 19B4 13 19C2 9 19D6 10 1987 9 1995 11 19A3 9 19B5 11 19C3 10 19D7 14 1988 9 1996 14 19A4 9 19B6 20 19C4 10 19D8 12 1989 13 1997 14 19A5 9 19B7 9 19C5 14 19D9 9 198A 12 1998 12 19A6 12 19B8 9 19C6 9 19DA 13 198B 10 1999 9 19A7 9 19B9 8 19C7 9 19DE 12 198C 10 199A 12 19A8 9 19BA 9 19C8 8 19DF 12 198D 12 199B 14 19A9 9 19BB 14 19C9 8