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from fontTools.otlLib import builder
from fontTools import ttLib
import sys
import argparse
whichFont = "neither"
argparser = argparse.ArgumentParser(prog='mkstat',
description='Fix STAT and name tables for Junicode Two.')
argparser.add_argument("inputfile", help='Font to process.')
argparser.add_argument("outputfile", help="Font to output.")
args = argparser.parse_args()
inFont = args.inputfile
outFont = args.outputfile
if "Italic" in inFont:
whichFont = "italic"
else:
whichFont = "roman"
weightDict = dict(
tag="wght",
name="Weight",
values=[
dict(value=300, name="Light"),
# Glyphs includes both format 1 and 3 entries for Regular. Does not stop crash.
dict(value=400, name="Regular", flags=0x2),
dict(value=400, name="Regular", linkedValue=700, flags=0x2),
dict(value=500, name="Medium"),
dict(value=600, name="SmBold"),
dict(value=700, name="Bold"),
# dict(value=400, name="Regular", linkedValue=700, flags=0x2)
]
)
widthDict = dict(
tag="wdth",
name="Width",
values=[
dict(value=75, name="Cond"),
dict(value=87.5, name="SmCond"),
dict(value=100, name="Normal", flags=0x2),
dict(value=112.5, name="SmExp"),
dict(value=125, name="Exp"),
]
)
enlargeDict = dict(
tag="ENLA",
name="Enlarge",
values=[
dict(value=0, name="Normal", flags=0x2),
dict(value=47, name="Enlarged"),
dict(value=100, name="CapSize"),
]
)
format2RomanAxes = [
weightDict, widthDict, enlargeDict,
dict(
tag="ital",
name="Italic",
values=[dict(value=0, name="Roman", linkedValue=1, flags=0x2)]
)
]
format2ItalicAxes = [
weightDict, widthDict, enlargeDict,
dict(
tag="ital",
name="Italic",
values=[dict(value=1, name="Italic")]
)
]
ttfont = ttLib.TTFont(inFont)
if whichFont == "italic":
print("Adding STAT table to italic font " + inFont)
builder.buildStatTable(ttfont,format2ItalicAxes)
# Add stuff to name table. First the Variations PostScript Name Prefix (table entry 25).
psNamePrefix = "JunicodeVFItalic"
ttfont['name'].setName(psNamePrefix, 25, 3, 1, 0x409)
# Glyphs takes care of the naming table now.
# Cycle through fvar, getting instance names, building a correct postscriptNameID,
# recording that in the name table, and adding the ID to the postscriptNameID field
# of the fvar instance. Whew!
for inst in ttfont['fvar'].instances:
# if (inst.coordinates['wght'] == 400.0 and inst.coordinates['wdth'] == 100.0
# and inst.coordinates['ENLA'] == 0.0):
if False:
inst.subfamilyNameID = 2
inst.postscriptNameID = 6
else:
subfamilyName = ttfont['name'].getName(inst.subfamilyNameID,3,1,0x409).toUnicode()
if subfamilyName == "Italic":
subfamilyName = "Regular"
else:
subfamilyName = subfamilyName.replace("Italic", "").replace(" ", "")
# subfamilyName = subfamilyName.replace(" ", "")
inst.postscriptNameID = ttfont['name'].addName("JunicodeVFItalic-" + subfamilyName,
platforms=((3,1,0x409),))
# We don't need platform 1 names. If there are any, remove them.
ttfont['name'].removeNames(platformID=1)
ttfont.save(outFont)
elif whichFont == "roman":
print("Adding STAT table to roman font " + inFont)
ttfont = ttLib.TTFont(inFont)
builder.buildStatTable(ttfont,format2RomanAxes)
# Add stuff to name table. First the Variations PostScript Name Prefix (table entry 25).
psNamePrefix = "JunicodeVFRoman"
ttfont['name'].setName(psNamePrefix, 25, 3, 1, 0x409)
# Cycle through fvar, getting instance names, building a correct postscriptNameID,
# recording that in the name table, and adding the ID to the postscriptNameID field
# of the fvar instance. Whew!
for inst in ttfont['fvar'].instances:
# if (inst.coordinates['wght'] == 400.0 and inst.coordinates['wdth'] == 100.0
# and inst.coordinates['ENLA'] == 0.0):
if False:
inst.subfamilyNameID = 2
inst.postscriptNameID = 6
else:
subfamilyName = ttfont['name'].getName(inst.subfamilyNameID,3,1,0x409).toUnicode().replace(" ","")
inst.postscriptNameID = ttfont['name'].addName("JunicodeVFRoman" + "-" + subfamilyName,
platforms=((3,1,0x409),))
# We don't need platform 1 names. If there are any, remove them.
ttfont['name'].removeNames(platformID=1)
ttfont.save(outFont)
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