class TTFunk::OTFEncoder
Constants
- OPTIMAL_TABLE_ORDER
Private Instance Methods
base_table()
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# File lib/ttfunk/otf_encoder.rb, line 25 def base_table @base_table ||= TTFunk::Table::Simple.new(original, 'BASE').raw end
cff_table()
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# File lib/ttfunk/otf_encoder.rb, line 29 def cff_table @cff_table ||= original.cff.encode(new_to_old_glyph, old_to_new_glyph) end
collect_glyphs(glyph_ids)
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# File lib/ttfunk/otf_encoder.rb, line 52 def collect_glyphs(glyph_ids) # CFF top indexes are supposed to contain only one font, although they're # capable of supporting many (no idea why this is true, maybe for CFF # v2??). Anyway it's cool to do top_index[0], don't worry about it. glyph_ids.each_with_object({}) do |id, h| h[id] = original.cff.top_index[0].charstrings_index[id] end end
glyf_table()
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CFF fonts don't maintain a glyf table, all glyph information is stored in the charstrings index. Return an empty hash here to indicate a glyf table should not be encoded.
# File lib/ttfunk/otf_encoder.rb, line 14 def glyf_table @glyf_table ||= {} end
loca_table()
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Since CFF fonts don't maintain a glyf table, they also don't maintain a loca table. Return an empty hash here to indicate a loca table shouldn't be encoded.
# File lib/ttfunk/otf_encoder.rb, line 21 def loca_table @loca_table ||= {} end
optimal_table_order()
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# File lib/ttfunk/otf_encoder.rb, line 45 def optimal_table_order # DSIG is always last OPTIMAL_TABLE_ORDER + (tables.keys - ['DSIG'] - OPTIMAL_TABLE_ORDER) + ['DSIG'] end
tables()
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Calls superclass method
# File lib/ttfunk/otf_encoder.rb, line 37 def tables @tables ||= super.merge( 'BASE' => base_table, 'VORG' => vorg_table, 'CFF ' => cff_table ).compact end
vorg_table()
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# File lib/ttfunk/otf_encoder.rb, line 33 def vorg_table @vorg_table ||= TTFunk::Table::Vorg.encode(original.vertical_origins) end