-#!/usr/bin/python
+#!/usr/bin/python3
caps = [ord(c) for c in "ABCDEFGHIKLMNOPRSTUVWXYZ"]
xchars = [ord(c) for c in "acemnorsuvwxz"]
def convert_def(fn):
- src = file(fn)
+ src = open(fn)
result = ""
glyphs = {}
continue
parts = line.split()
- values = map(int, parts[1:])
+ values = tuple(map(int, parts[1:]))
if parts[0]=="font":
tw, th, fh, fa, fd = map(int, parts[1:])
- result += "native_size %d;\n"%fh
- result += "ascent %.3f;\n"%(float(fa)/fh)
- result += "descent %.3f;\n"%(float(fd)/fh)
+ result += "native_size {};\n".format(fh)
+ result += "ascent {:.3f};\n".format(float(fa)/fh)
+ result += "descent {:.3f};\n".format(float(fd)/fh)
elif parts[0]=="code":
- c, n = map(int, parts[1:])
+ c, n = tuple(map(int, parts[1:]))
codes[c] = n
elif parts[0]=="metrics":
metrics[values[0]] = values[1:]
elif parts[0]=="kern":
kerning.append(values)
- for c, n in codes.iteritems():
+ for c, n in codes.items():
h = metrics[n][1]
if c in caps:
cap_height.append(h)
if cap_height:
cap_height.sort()
- result += "cap_height %.3f;\n"%(float(cap_height[len(cap_height)*2/3])/fh)
+ result += "cap_height {:.3f};\n".format(float(cap_height[len(cap_height)*2//3])/fh)
if x_height:
x_height.sort()
- result += "x_height %.3f;\n"%(float(x_height[len(x_height)*2/3])/fh)
+ result += "x_height {:.3f};\n".format(float(x_height[len(x_height)*2//3])/fh)
- for c, n in codes.iteritems():
+ for c, n in codes.items():
_, _, ox, oy, a = metrics[n]
x, y, w, h, b = glyphs[n]
- result += "glyph %d\n{\n"%c
- result += "\ttexcoords %f %f %f %f;\n"%(float(x)/tw, float(th-y-h)/th, float(x+w)/tw, float(th-y)/th)
- result += "\tsize %.3f %.3f;\n"%(float(w)/fh, float(h)/fh)
- result += "\toffset %.3f %.3f;\n"%(float(ox-b)/fh, float(oy-b)/fh)
- result += "\tadvance %.3f;\n"%(float(a)/fh)
+ result += "glyph {}\n{{\n".format(c)
+ result += "\ttexcoords {} {} {} {};\n".format(float(x)/tw, float(th-y-h)/th, float(x+w)/tw, float(th-y)/th)
+ result += "\tsize {:.3f} {:.3f};\n".format(float(w)/fh, float(h)/fh)
+ result += "\toffset {:.3f} {:.3f};\n".format(float(ox-b)/fh, float(oy-b)/fh)
+ result += "\tadvance {:.3f};\n".format(float(a)/fh)
result += "};\n"
for k in kerning:
l, r, d = k
- result += "kerning %d %d %.3f;\n"%(l, r, float(d)/fh)
+ result += "kerning {} {} {:.3f};\n".format(l, r, float(d)/fh)
return result
import maketex
import os
- cmd = "ttf2png \"%s\" -o makefont-tmp.png -d makefont-tmp.def -t -p -s %d -m %d -n %d -g"%(fn, size, margin, padding)
- for r in ch_ranges:
- cmd += " -r %d,%d"%r
+ cmd = "ttf2png \"{}\" -o makefont-tmp.png -d makefont-tmp.def -t -p -s {} -m {} -n {} -g".format(fn, size, margin, padding)
+ if ch_ranges:
+ for r in ch_ranges:
+ cmd += " -r {},{}".format(*r)
if autohinter:
cmd += " -a"
if distfield:
- cmd += " -f %d"%distfield
+ cmd += " -f {}".format(distfield)
if os.system(cmd):
raise Exception("Could not execute ttf2png")
result = "texture\n{\n"
- result += maketex.make_tex("makefont-tmp.png", wrap="CLAMP_TO_EDGE")
+ result += maketex.make_tex("makefont-tmp.png")
result += "};\n"
result += convert_def("makefont-tmp.def")
args = parser.parse_args()
- out = file(args.outfile, "w")
+ out = open(args.outfile, "w")
out.write(make_font(args.ttf, args.size, args.range, args.autohinter, args.margin, args.padding, args.distfield))