curioustorvald/Terrarum-sans-bitmap
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Minjae Song
2017-02-13 22:58:00 +09:00
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@@ -50,11 +50,11 @@ The font expects both variable widths and fixed width to be supported. Any image
### Parsing glyph widths for variable font sheets
Width is encoded in binary number, on pixels. If you open the image, every glyph has vertical dots on their right side (to be exact, every (16k - 1)th pixel on x axis). Topmost dot represents 1. For example, ASCII glyph 'C' has width of 9, 'W' has width of 11, " (double quote) has width of 6.
Width is encoded in binary number, on pixels. On the font image, every glyph has vertical dots on their right side (to be exact, every (16k - 1)th pixel on x axis). From top to bottom, each dot represents 1, 2, 4 and 8. For example, ASCII glyph 'C' has width of 9, 'W' has width of 11, " (double quote) has width of 6.
### Implementing Korean writing system
### Implementing the Korean writing system
There are 10 sets of Hangul glyph pieces on the font. Top 6 are initials, middle 2 are medials, and bottom 2 are finals. On the rightmost side, there's eight assembled glyphs to help you with (assuming you have basic knowledge on the writing system). Top 6 tells you how to use 6 initials, and bottom 2 tells you how to use 2 finals.
On this font, Hangul letters are printed by assemblying two or three letter pieces. There are 10 sets of Hangul letter pieces on the font. Top 6 are initials, middle 2 are medials, and bottom 2 are finals. On the rightmost side, there's eight assembled glyphs to help you with (assuming you have basic knowledge on the writing system). Top 6 tells you how to use 6 initials, and bottom 2 tells you how to use 2 finals.
This is a Kotlin-like pseudocode for assembling the glyph: