#!@PYTHON@
-# mf-to-table.py -- convert spacing info in MF logs .afm and .tex
+# mf-to-table.py -- convert spacing info in MF logs . and .tex
#
# source file of the GNU LilyPond music typesetter
#
-# (c) 1997--2004 Han-Wen Nienhuys <hanwen@cs.uu.nl>
+# (c) 1997--2005 Han-Wen Nienhuys <hanwen@cs.uu.nl>
import os
import sys
return cs
-
-## ugh. What's font_family supposed to be? It's not an afm thing.
font_family = 'feta'
def parse_logfile (fn):
(autolines, deps) = read_log_file (fn)
charmetrics = []
- global_info = {}
+
+ global_info = {
+ 'filename' : os.path.splitext (os.path.basename (fn))[0]
+ }
group = ''
for l in autolines:
m = {
'description': tags[1],
'name': name,
- 'tex': tags[10],
'code': string.atoi (tags[2]),
'breapth': string.atof (tags[3]),
'width': string.atof (tags[4]),
encoding = re.sub (' ','-', tags[5])
tags = tags[:-1]
name = tags[1:]
- global_info['DesignSize'] = string.atof (tags[4])
- global_info['FontName'] = string.join (name,'-')
+ global_info['design_size'] = string.atof (tags[4])
+ global_info['FontName'] = string.join (name, '-')
global_info['FullName'] = string.join (name,' ')
global_info['FamilyName'] = string.join (name[1:-1],
'-')
global_info['Descender'] = '0'
global_info['EncodingScheme'] = encoding
+ elif tags[0] == 'parameter':
+ global_info[tags[1]] = tags[2];
+
return (global_info, charmetrics, deps)
-def write_afm_char_metric (file, charmetric):
- f = 1000;
- tup = (charmetric['code'],
- charmetric['name'],
- -charmetric['breapth'] * f,
- -charmetric['depth'] * f,
- charmetric['width'] * f,
- charmetric['height'] * f,
- charmetric['wx'] * f,
- charmetric['wy'] * f)
-
- file.write ('C %d ; N %s ; B %d %d %d %d ; W %d %d ;\n' % tup)
-
-
-def write_afm_header (file):
- file.write ("StartFontMetrics 2.0\n")
- file.write ("Comment Automatically generated by mf-to-table.py\n")
-
-
-def write_afm_metric (file, global_info, charmetrics):
- for (k, v) in global_info.items():
- file.write ("%s %s\n" % (k, v))
- file.write ('StartCharMetrics %d\n' % len(charmetrics ))
- for m in charmetrics:
- write_afm_char_metric (file, m)
- file.write ('EndCharMetrics\n')
- file.write ('EndFontMetrics\n')
-
def write_tex_defs (file, global_info, charmetrics):
- ## nm = global_info['FontFamily']
nm = font_family
for m in charmetrics:
+
+ texname = re.sub ('[_.]', 'X', m['name'])
+ def digit_to_letter (match):
+ return chr (ord (match.group(1)) - ord ('0') + ord ('A'))
+ texname = re.sub ('([0-9])', digit_to_letter, texname)
file.write (r'''\gdef\%s%s{\char%d}%%%s''' % \
- (nm, m['tex'], m['code'],'\n'))
+ (nm, texname, m['code'],'\n'))
file.write ('\\endinput\n')
-def write_otf_lisp_table (file, global_info, charmetrics):
+def write_character_lisp_table (file, global_info, charmetrics):
def conv_char_metric (charmetric):
f = 1.0
- s = """((%s .
-(bbox . (%f %f %f %f))
-(attachment . (%f %f))))
+ s = """(%s .
+((bbox . (%f %f %f %f))
+ (subfont . "%s")
+ (subfont-index . %d)
+ (attachment . (%f . %f))))
""" %(charmetric['name'],
- -charmetric['breapth'] * f,
- -charmetric['depth'] * f,
- charmetric['width'] * f,
- charmetric['height'] * f,
- charmetric['wx'],
- charmetric['wy'])
+ -charmetric['breapth'] * f,
+ -charmetric['depth'] * f,
+ charmetric['width'] * f,
+ charmetric['height'] * f,
+ global_info['filename'],
+ charmetric['code'],
+ charmetric['wx'],
+ charmetric['wy'])
return s
for c in charmetrics:
file.write (conv_char_metric (c))
+
+
+def write_global_lisp_table (file, global_info):
+ str = ''
+
+ keys = ['staffsize', 'stafflinethickness', 'staff_space',
+ 'linethickness', 'black_notehead_width', 'ledgerlinethickness',
+ 'design_size',
+ 'blot_diameter'
+ ]
+ for k in keys:
+ if global_info.has_key (k):
+ str = str + "(%s . %s)\n" % (k,global_info[k])
+
+ file.write (str)
+
def write_ps_encoding (name, file, global_info, charmetrics):
encs = ['.notdef'] * 256
Generate feta metrics table from preparated feta log.
Options:
- -a, --afm=FILE specify .afm file
-d, --dep=FILE print dependency info to FILE
-h, --help print this help
-l, --ly=FILE name output table
(options, files) = \
getopt.getopt (sys.argv[1:],
'a:d:hl:o:p:t:',
- ['enc=', 'afm=', 'outdir=', 'dep=', 'lisp=',
+ ['enc=', 'outdir=', 'dep=', 'lisp=',
+ 'global-lisp=',
'tex=', 'ly=', 'debug', 'help', 'package='])
-
-lisp_nm = ''
+global_lisp_nm = ''
+char_lisp_nm = ''
enc_nm = ''
texfile_nm = ''
depfile_nm = ''
-afmfile_nm = ''
lyfile_nm = ''
outdir_prefix = '.'
elif o == '--tex' or o == '-t':
texfile_nm = a
elif o == '--lisp':
- lisp_nm = a
+ char_lisp_nm = a
+ elif o == '--global-lisp':
+ global_lisp_nm = a
elif o == '--enc':
enc_nm = a
elif o == '--ly' or o == '-l':
lyfile_nm = a
elif o== '--help' or o == '-h':
help()
- elif o=='--afm' or o == '-a':
- afmfile_nm = a
elif o == '--debug':
debug_b = 1
else:
for filenm in files:
(g, m, deps) = parse_logfile (filenm)
cs = tfm_checksum (re.sub ('.log$', '.tfm', filenm))
- afm = open (afmfile_nm, 'w')
-
- write_afm_header (afm)
- afm.write ("Comment TfmCheckSum %d\n" % cs)
- afm.write ("Comment DesignSize %.2f\n" % g['DesignSize'])
-
- del g['DesignSize']
-
- write_afm_metric (afm, g, m)
write_tex_defs (open (texfile_nm, 'w'), g, m)
enc_name = 'FetaEncoding'
enc_name = 'ParmesanEncoding'
elif re.search ('feta-brace', filenm):
enc_name = 'FetaBraceEncoding'
+ elif re.search ('feta-alphabet', filenm):
+ enc_name = 'FetaAlphabetEncoding';
write_ps_encoding (enc_name, open (enc_nm, 'w'), g, m)
- write_otf_lisp_table (open (lisp_nm, 'w'), g, m)
+ write_character_lisp_table (open (char_lisp_nm, 'w'), g, m)
+ write_global_lisp_table (open (global_lisp_nm, 'w'), g)
if depfile_nm:
write_deps (open (depfile_nm, 'wb'), deps,
[base + '.dvi', base + '.pfa', base + '.pfb',
- texfile_nm, afmfile_nm])
+ texfile_nm])
if lyfile_nm:
write_fontlist (open (lyfile_nm, 'w'), g, m)
projects / lilypond.git / blobdiff