{
"font_files": []
},
{
"font_info": []
},
{
"font_kerning_settings": []
}
]
#
if faults == False:
#
EFO_temp = os.path.join(args.source,"temp")
#
EFO = EFO(args.source,EFO_temp)
#
EFO._efo_to_ufos(args.fonts, True, "flat")
#
source_efo_flat_kern_dir = os.path.join(EFO._in, "kerning/flat")
source_efo_similarity_kern_plist = os.path.join(EFO._in, "groups/kerning.plist")
#
f_files_class = []
#
for x in EFO.all_exported_ufo_dst:
#
for k, v in x.items():
#
copy_ufo_for_class_compress = v.split('.ufo')[0]+'_class.ufo'
#
generic_tools.copyDirectory(v, copy_ufo_for_class_compress)
remove_anchor(EFO._in, o_f, item.get('glif'))
#
#
#
#
#
faults = False
#
if args.source is None:
#
faults = True
#
print('=\n=> Please Provide Source EFO File: -s "/font.efo"\n=')
#
if args.fonts is None:
#
faults = True
#
print('=\n=> Please Provide the Fonts to Remove Anchors: -f "thn,reg,bld"\n=')
#
#
if faults == False:
#
EFO_temp = os.path.join(args.source,"temp")
#
EFO = EFO(args.source,EFO_temp)
#
do_remove_anchors(EFO, args.fonts)
#
#
#
faults = False
#
if args.source is None:
#
faults = True
#
print(
'=\n=> Please Provide Source fontinfo.JSON File: -s "/fontinfo.json"\n='
)
#
if args.output is None:
#
#faults = True
#
print(
'=\n=> Output Directory for EFO is fontinfo.JSON Parent Directory or Provide: -o "dir/"\n='
)
#
if faults == False:
#
EFO = EFO(args.source, args.output)
#
EFO._ufos_to_efo()
#
fontinfo_json = EFO.fontinfo
#
#print(fontinfo_json)
#
#
if args.fonts is None:
#
faults = True
#
print('=\n=> Please Provide the Font Instances to Export to UFO: -f "thn,reg,bld"\n=')
#
if args.kerning_type is None:
#
faults = True
#
print('=\n=> Please Provide the Kerning Type to copy to UFOs: -k "class" / "flat" \n=')
#
else:
if args.kerning_type not in ["class","flat"]:
#
faults = True
#
print('=\n=> Please Provide a Valid Kerning Type: -k "class" / "flat" \n=')
#
if faults == False:
#
EFO = EFO(args.source,args.output)
#
EFO._efo_to_ufos(args.fonts, False, args.kerning_type)
#
fontinfo_json = EFO.fontinfo
#
#
#
if args.purpose is None:
#
faults = True
#
print('=\n=> Please Provide the Purpose of Similarity Extraction: component 1 to 1 similarity, or kerning groups loose similarity: -p "comp" or "kern"\n=')
#
#
args.compress = "Yes"
# if args.compress is None:
# #
# faults = True
# #
# print('=\n=> Please Select to Compress to Class Based Plist: -c "Yes" or "No" \n=')
#
#
if faults == False:
#
EFO_temp = os.path.join(args.source,"temp")
#
EFO = EFO(args.source,EFO_temp)
#
EFO._efo_to_ufos(args.font, True)
#
SIMEX = SIMEX(args.source, args.purpose, args.compress, args.font)
#
SIMEX.extract_similarity()
#
print("Manual Crosscheck would be wise for the generated Similarity Plists")
#
#
if args.fonts is None:
#
faults = True
#
print('=\n=> Please Provide the Fonts to Extract Similarity: -f "thn,reg,bld"\n=')
#
#
if args.compress_class_plist is None:
#
faults = True
#
print('=\n=> Please Select to Compress to Class Based Kerning through Similarity Plist (Obtained by kerning_extract_similarity.py and stored in your EFO/groups): -c "Yes"/"No" \n=')
#
#
if faults == False:
#
EFO_temp = os.path.join(args.source,"temp")
#
EFO = EFO(args.source,EFO_temp)
#
EFO._efo_to_ufos(args.fonts, True, "flat")
#
AUTOKERN = AUTOKERN(args.source, args.fonts, args.compress_class_plist)
#
AUTOKERN.do_kern_for_pairs()
#
AUTOKERN.flat_kern_to_efo(args.source)
#
#
#
#
faults = False
#
if args.source is None:
#
faults = True
#
print('=\n=> Please Provide Source EFO File: -s "/font.efo"\n=')
#
if faults == False:
#
#
EFO_temp = os.path.join(args.source, "temp")
#
EFO = EFO(args.source, EFO_temp)
#
dspace_file = os.path.join(args.source, EFO.EFO_designspace)
new_dspace = os.path.join(*(args.source, EFO.EFO_temp,
EFO.EFO_designspace))
#
print(dspace_file)
#
dspace_fonts = []
#
with open(dspace_file, 'r') as xml_dspace_file:
#
tree = ET.parse(xml_dspace_file)
#
sources = tree.find("sources")
#
def do_kerning_alterations(EFO, deg, orig_fonts, targ_fonts):
#
'''
open flat kerning for orig_fonts
get fontinfo capHeight
flatten all fonts that participate
for each font, for each glyphname in glyphlib not _notdef
find highest point location for orig and targ fonts
store to transfer_dict as glif_name : { closest y point to cap height of contour[0] point list as [x,y], index in original contour[0] point list }
for each font in target and dest
'''
#
read_efo_json_fontinfo(EFO, "Downstream")
fonts = get_font_file_array(EFO)
#
#
orig_fonts = split_input(orig_fonts)
targ_fonts = split_input(targ_fonts)
#
EFO._efo_to_ufos(','.join(orig_fonts + targ_fonts), False, "class")
#
for z in orig_fonts + targ_fonts:
#
instance_name = generic_tools.sanitize_string(
EFO.current_font_family_name + ' ' + z)
instance_directory = os.path.join(EFO.current_font_family_directory,
instance_name + '.ufo')
#
comp_tools.flatten_components(instance_directory)
#
#
source_glyphflib = os.path.join(EFO._in, "glyphlib.xml")
glyphlib = ET.parse(source_glyphflib)
#
t_d = get_transfer_dict(EFO, orig_fonts, targ_fonts, glyphlib)
#
for o_f in fonts:
#
if o_f in orig_fonts:
#
for t_f in fonts:
#
if t_f in targ_fonts:
#
for t_f in targ_fonts:
#
orig_flat_kerning = os.path.join(
EFO._in, "kerning", "flat", o_f + '.plist')
s_p_f = plistlib.readPlist(orig_flat_kerning)
#
targ_flat_kerning = os.path.join(
EFO._in, "kerning", "flat", t_f + '.plist')
t_p_f = plistlib.readPlist(targ_flat_kerning)
#
for x in s_p_f:
#print("glyph",x)
#print("LOFPt", LOFPt)
#print("LTFPt", LTFPt)
#
for y in s_p_f[x]:
#
LOFPt = t_d["orig"][o_f][get_glif_name(
glyphlib,
x).split(".glif")[0]]["data"][0] # y orig
LTFPt = t_d["targ"][t_f][get_glif_name(
glyphlib, x).split(".glif")[0]]["data"][
0] # y target
#
#
ROFPt = t_d["orig"][o_f][get_glif_name(
glyphlib,
y).split(".glif")[0]]["data"][0] # y orig
RTFPt = t_d["targ"][t_f][get_glif_name(
glyphlib, y).split(".glif")[0]]["data"][
0] # y target
#
#
Kn = s_p_f[x][y] # orig kerning
#
i_n = generic_tools.sanitize_string(
EFO.current_font_family_name + ' ' + o_f)
i_n_dir = os.path.join(
EFO.current_font_family_directory,
i_n + '.ufo')
#
OLw = get_glif_width(EFO._in, glyphlib, x,
o_f) # orig_font_L_width
TLw = get_glif_width(EFO._in, glyphlib, x,
t_f) # targ_font_L_width
#
ORw = get_glif_width(EFO._in, glyphlib, y,
o_f) # orig_font_R_width
TRw = get_glif_width(EFO._in, glyphlib, y,
t_f) # targ_font_R_width
#
DKn = get_new_kerning(Kn, OLw, TLw, ORw, TRw,
LOFPt, LTFPt, ROFPt,
RTFPt)
#
t_p_f[x][y] = DKn
#
print("\t", "Kn:", Kn, "\tDKn", DKn, "\tPAIR:",
x, y)
#
#
#
plistlib.writePlist(t_p_f, targ_flat_kerning)
print('=\n=> Please Provide Source EFO File: -s "/font.efo"\n=')
#
if args.fonts is None:
#
faults = True
#
print(
'=\n=> Please Provide the Font Instances to Componentize: -f "thn,reg,bld"\n='
)
#
if faults == False:
#
#
EFO_temp = os.path.join(args.source, "temp")
#
EFO = EFO(args.source, EFO_temp)
#
EFO._efo_to_ufos(args.fonts, True, "class")
#
f_files_class = []
#
for x in EFO.all_exported_ufo_dst:
#
for k, v in x.items():
#
copy_ufo_for_componentization = v.split('.ufo')[0] + '_compo.ufo'
#
generic_tools.copyDirectory(v, copy_ufo_for_componentization)
#
f_files_class.append(k + '_compo')
#
def get_classes(self):
#
tree = ET.parse(os.path.join(self._efo, "glyphlib.xml"))
root = tree.getroot()
#
#
def get_uni_chr(_chr):
#
return str('\\u' + _chr).encode('utf-8').decode("unicode-escape")
#
#
def get_glyphlib_info(name):
#
#
for x in root:
#
if x.attrib['name'] == name:
#
uni_char = ""
#
if len(x.attrib["unicode"]):
#
uni_char = get_uni_chr(x.attrib["unicode"])
#
#
return [
x.attrib["glif"], name, uni_char, x.attrib["unicode"]
]
#
#
#
#
def get_glyphlib():
#
json_glyphlib = {}
#
for x in root:
#
uni_char = ""
#
if len(x.attrib["unicode"]):
#
uni_char = get_uni_chr(x.attrib["unicode"])
#
#
json_glyphlib.update({
x.attrib["name"]:
[uni_char, x.attrib["glif"], x.attrib["unicode"]]
})
#
#
return json_glyphlib
#
#
from Lib.efo import EFO
from Lib.efo.efo_fontinfo import get_font_file_array
from Lib.generic.generic_tools import plist_to_json
#
EFO = EFO(self._efo)
#
fontinfo_json = EFO.fontinfo
#
kerning_plist = plist_to_json(
os.path.join(self._efo, "groups", "kerning.plist"))
#
new_plist = {}
#
for k, v in kerning_plist.items():
#
new_v = []
#
for y in v:
#
new_v.append(get_glyphlib_info(y))
#
#
new_plist[k] = new_v
#
#
return json.dumps({
"get_classes": new_plist,
"get_weights": get_font_file_array(EFO),
"get_glyphlib": get_glyphlib()
})
