def _add_braille(font):
font.selection.select(BLACK_CIRCLE)
font.copy()
font.selection.select(PRIVATE)
font.paste()
font.selection.select(PRIVATE)
move_to_origin = translate(-512, -582.4)
make_small = scale(BRAILLE_DIAMETER)
for glyph in list(font.selection.byGlyphs):
glyph.transform(compose(move_to_origin, make_small))
with BRAILLE_JSON.open() as f:
braille = load(f)
for b in braille:
for p in b['points']:
point = BRAILLE_POINTS[p]
font.selection.select(PRIVATE)
for glyph in list(font.selection.byGlyphs):
glyph.transform(translate(point[0], point[1]))
font.copy()
font.selection.select(int(b['code'], 16))
font.pasteInto()
for glyph in list(font.selection.byGlyphs):
glyph.width = WIDTH
font.selection.select(PRIVATE)
for glyph in list(font.selection.byGlyphs):
glyph.transform(translate(-point[0], -point[1]))
font.selection.select(PRIVATE)
font.cut()
def createDoubleAcute(font):
glyph = None;
# copy the single acute to the double acute position
if glyphExists(font,0x00b4):
font.selection.select(0x00b4);
font.copy();
font.selection.select(0x02dd)
font.paste();
glyph = font.createChar(0x02dd);
elif glyphExists(font,0x02ca):
font.selection.select(0x02ca);
font.copy();
font.selection.select(0x02dd)
font.paste();
glyph = font.createChar(0x02dd);
elif glyphExists(font,0x0301):
font.selection.select(0x0301);
font.copy();
font.selection.select(0x030B);
font.paste();
glyph = font.createChar(0x02dd);
# duplicate the acute
layer = glyph.foreground
layer2 = layer.dup()
# translate this layer left and right
bb = layer.boundingBox()
translation = (bb[2]-bb[0]-translationFix) / 2
layer.transform(psMat.translate(-translation,0));
layer2.transform(psMat.translate(translation,0));
# mix the two layers
layer += layer2;
# save the modified layer
glyph.foreground = layer
def trim_spacing(self, xtrim, orig_width=None):
"trims xtrim points around each glyph of font"
if orig_width is None:
orig_width = self._get_width()
for sym in self.font:
glyph = self.font[sym]
if glyph.width == orig_width:
rbearing = int(math.floor(max(0, glyph.right_side_bearing)))
lbearing = int(math.floor(max(0, glyph.left_side_bearing)))
if lbearing + rbearing == orig_width:
glyph.width = orig_width - 2 * xtrim
else:
glyph_trim = min(xtrim, lbearing, rbearing)
glyph.transform(psMat.translate(glyph_trim, 0))
glyph.width = orig_width
glyph.transform(psMat.translate(-2 * glyph_trim, 0))
glyph_width = glyph.width
to_shrink = 2 * (xtrim - glyph_trim)
if to_shrink > 0:
print "%d out of %d points could not be trimmed on %s, scaling" \
% (to_shrink/2, xtrim, sym)
xratio = float(glyph_width - to_shrink)/ glyph_width
glyph.transform(psMat.scale(xratio, 1))
def test():
font0 = fontforge.open('fonts/gbsn00lp.ttf')
c0 = fontforge.nameFromUnicode(ord(u'艹'))
c1 = fontforge.nameFromUnicode(ord(u'五'))
cy = fontforge.nameFromUnicode(ord(u'\uE000'))
g0 = font0[c0]
g1 = font0[c1]
l0 = g0.layers[1]
l1 = g1.layers[1]
l0.transform(psMat.scale(1,0.9))
l0.transform(psMat.translate(0,250))
l1.transform(psMat.scale(1, 0.5))
l1.transform(psMat.translate(0,-104))
#l1.transform(psMat.rotate(1.7))
g0.layers[1] = l0 + l1
font0.selection.select(c0)
font0.copy()
font0.selection.select(cy)
font0.paste()
font0.generate('output/out.ttf')
def rescale_font(infont_path, outfont_path):
def calc_bbox(glyphs):
def get_outer_bbox(a, b):
x = min(a[0], b[0])
y = min(a[1], b[1])
w = max(a[0] + a[2], b[0] + b[2]) - x
h = max(a[1] + a[3], b[1] + b[3]) - y
return (x, y, w, h)
return reduce(get_outer_bbox, glyphs)
font = fontforge.open(infont_path)
#ScaleToEm(800, 200);
font.ascent = 800
font.descent = 200
#bbox=GetFontBoundingBox()
bbox = calc_bbox([g.boundingBox() for g in font.glyphs()])
#print "bbox=", bbox
#SelectAll();
font.selection.all()
#Move(-bbox[0], -bbox[1]);
#Scale(100*1000/(bbox[3]-bbox[1]), 0, 0);
#Move(0, -200);
matrix1 = psMat.translate(-bbox[0], -bbox[1])
matrix2 = psMat.scale(1000.0/(bbox[3]-bbox[1]))
matrix3 = psMat.translate(0, -200)
transform_matrix = psMat.compose(psMat.compose(matrix1, matrix2), matrix3)
font.transform(transform_matrix)
font.generate(outfont_path)
def rescale_font(infont_path, outfont_path):
def calc_bbox(glyphs):
def get_outer_bbox(a, b):
x = min(a[0], b[0])
y = min(a[1], b[1])
w = max(a[0] + a[2], b[0] + b[2]) - x
h = max(a[1] + a[3], b[1] + b[3]) - y
return (x, y, w, h)
return reduce(get_outer_bbox, glyphs)
font = fontforge.open(infont_path)
#ScaleToEm(800, 200);
font.ascent = 800
font.descent = 200
#bbox=GetFontBoundingBox()
bbox = calc_bbox([g.boundingBox() for g in font.glyphs()])
#print "bbox=", bbox
#SelectAll();
font.selection.all()
#Move(-bbox[0], -bbox[1]);
#Scale(100*1000/(bbox[3]-bbox[1]), 0, 0);
#Move(0, -200);
matrix1 = psMat.translate(-bbox[0], -bbox[1])
matrix2 = psMat.scale(1000.0 / (bbox[3] - bbox[1]))
matrix3 = psMat.translate(0, -200)
transform_matrix = psMat.compose(psMat.compose(matrix1, matrix2), matrix3)
font.transform(transform_matrix)
font.generate(outfont_path)
def geometric_triangle(rotation=0, black=True):
sw = 46
xm = 37
b = bb + (bh - bw + 2 * xm) / 2.0
t = b + (bw - 2 * xm) * math.sin(math.pi / 3)
contours = []
c = fontforge.contour()
c.moveTo(bl + xm, b)
c.lineTo(cx, t)
c.lineTo(br - xm, b)
c.closed = True
contours.append(c)
if not black:
xm += sw * math.sqrt(3)
c = fontforge.contour()
c.moveTo(bl + xm, b + sw)
c.lineTo(br - xm, b + sw)
c.lineTo(cx, t - 2 * sw)
c.closed = True
contours.append(c)
if rotation:
cy = (b + t) / 2.0
rotT = psMat.compose(psMat.translate(-cx, -cy),
psMat.compose(psMat.rotate(rotation),
psMat.translate(cx, cy)))
for c in contours:
c.transform(rotT)
return contours
def make_new_glyph(text, scale, list_x, y, new_glyph_codepoint, is_first_glyph,
font):
for index, char in enumerate(list(text)):
if is_first_glyph:
# 一文字目だけは、コピペして位置とサイズを変更（全ての文字が参照だと、上手くいかないっぽいので）
char_codepoint = ord(char)
font.selection.select(char_codepoint)
font.copy()
font.selection.select(('more', 'unicode'), new_glyph_codepoint)
font.paste()
matrix = psMat.compose(psMat.scale(scale),
psMat.translate(list_x[index], y))
font[new_glyph_codepoint].transform(matrix)
is_first_glyph = False
else:
# 親文字の二文字目以降は、文字の位置とサイズを設定して参照を追加
matrix = psMat.compose(psMat.scale(scale),
psMat.translate(list_x[index], y))
char_codepoint = ord(char)
font[new_glyph_codepoint].addReference(
font[char_codepoint].glyphname, matrix)
return is_first_glyph, font
def blackboard(font, bbold):
dst = "𝔸𝔹ℂ𝔻𝔼𝔽𝔾ℍ𝕀𝕁𝕂𝕃𝕄ℕ𝕆ℙℚℝ𝕊𝕋𝕌𝕍𝕎𝕏𝕐ℤ" \
+ "𝕒𝕓𝕔𝕕𝕖𝕗𝕘𝕙𝕚𝕛𝕜𝕝𝕞𝕟𝕠𝕡𝕢𝕣𝕤𝕥𝕦𝕧𝕨𝕩𝕪𝕫" \
+ "𝟘𝟙𝟚𝟛𝟜𝟝𝟞𝟟𝟠𝟡" \
+ "ℼℽℾℿ⅀" \
+ "⨾∘"
src = list("ABCDEFGHIJKLMNOPQRSTUVWXYZ") \
+ list("abcdefghijklmnopqrstuvwxyz") \
+ list("0123456789") \
+ [chr(x) for x in [25, 13, 0, 5, 6]] \
+ list(";=")
adjust = {
'𝕗': mat.translate(-100, 0),
'𝕛': mat.translate(90, 0),
'∘': mat.translate(0, 95),
'⨾': mat.translate(0, 95),
}
for i in range(0, len(dst)):
bbold.selection.select(("singletons", ), ord(src[i]))
bbold.copy()
font.selection.select(("singletons", ), ord(dst[i]))
font.paste()
glyph = font[ord(dst[i])]
xform = moveToMonoNoSquash(glyph)
if dst[i] in adjust:
xform = mat.compose(xform, adjust[dst[i]])
glyph.transform(xform, ('round', ))
glyph.width, glyph.vwidth = monosize
def translate_glyph(c, char_bbox, cap_height, baseline):
# Put the glyph in the middle, and move it relative to the baseline.
# Compute the proportion of the full EM that cap_height - baseline should consume.
top_ratio = c.font.ascent / (c.font.ascent + c.font.descent)
# In the original pixel coordinate space, compute how big a nice full sized glyph
# should be.
full_glyph_size = -(cap_height - baseline) / top_ratio
# We know that the scale of the glyph is now good. But it is probably way off in terms of x & y, so we
# need to fix up its position.
glyph_bbox = c.boundingBox()
# No matter where it is currently, take the glyph to x=0 and a y based on its positioning in
# the original handwriting sample.
t = psMat.translate(-glyph_bbox[0], -glyph_bbox[1] + ((baseline - char_bbox[3]) * c.font.em / full_glyph_size))
c.transform(t)
# Put horizontal padding around the glyph. I choose a number here that looks reasonable,
# there are far more sophisticated means of doing this (like looking at the original image,
# and calculating how much space there should be).
space = 20
scaled_width = glyph_bbox[2] - glyph_bbox[0]
c.width = scaled_width + 2 * space
t = psMat.translate(space, 0)
c.transform(t)
def aroundCentroid(glyph, xform):
xLo, yLo, xHi, yHi = glyph.layers[1].boundingBox(
) # layers[1] is foreground
xShift = (xHi - xLo) / 2 + xLo
yShift = (yHi - yLo) / 2 + yLo
into = mat.translate(-xShift, -yShift)
outof = mat.translate(xShift, yShift)
return mat.compose(mat.compose(into, xform), outof)
def annotate_glyph(glyph, extra_glyph):
layer = extra_glyph.layers[1].dup()
mat = psMat.translate(-(extra_glyph.width / 2), 0)
layer.transform(mat)
mat = psMat.scale(0.3, 0.3)
layer.transform(mat)
mat = psMat.translate((extra_glyph.width / 2), 0)
layer.transform(mat)
mat = psMat.translate(0, -600)
layer.transform(mat)
glyph.layers[1] += layer
def modify_ellipsis(_f):
"""3点リーダーを半角にする
DejaVuSansMono の U+22EF(⋯) をU+2026(…)、U+22EE(⋮)、U+22F0(⋰)、U+22F1(⋱)
にコピーした上で回転させて生成
三点リーダの文字幅について · Issue #41 · miiton/Cica https://github.com/miiton/Cica/issues/41
"""
_f.selection.select(0x22ef)
_f.copy()
_f.selection.select(0x2026)
_f.paste()
_f.selection.select(0x22ee)
_f.paste()
_f.selection.select(0x22f0)
_f.paste()
_f.selection.select(0x22f1)
_f.paste()
for g in _f.glyphs("encoding"):
if g.encoding < 0x22ee:
continue
elif g.encoding > 0x22f1:
break
elif g.encoding == 0x22ee:
bb = g.boundingBox()
cx = (bb[2] + bb[0]) / 2
cy = (bb[3] + bb[1]) / 2
trcen = psMat.translate(-cx, -cy)
rotcen = psMat.compose(
trcen,
psMat.compose(psMat.rotate(math.radians(90)),
psMat.inverse(trcen)))
g.transform(rotcen)
elif g.encoding == 0x22f0:
bb = g.boundingBox()
cx = (bb[2] + bb[0]) / 2
cy = (bb[3] + bb[1]) / 2
trcen = psMat.translate(-cx, -cy)
rotcen = psMat.compose(
trcen,
psMat.compose(psMat.rotate(math.radians(45)),
psMat.inverse(trcen)))
g.transform(rotcen)
elif g.encoding == 0x22f1:
bb = g.boundingBox()
cx = (bb[2] + bb[0]) / 2
cy = (bb[3] + bb[1]) / 2
trcen = psMat.translate(-cx, -cy)
rotcen = psMat.compose(
trcen,
psMat.compose(psMat.rotate(math.radians(-45)),
psMat.inverse(trcen)))
g.transform(rotcen)
return _f
def kss3(font, nominal_glyph):
glyph = font.createChar(-1, nominal_glyph.glyphname + '.kss3')
glyph.glyphclass = b'mark'
nominal_glyph.draw(glyph.glyphPen())
glyph.transform(psMat.translate(-nominal_glyph.width, 0))
glyph.transform(psMat.scale(0.5, CLUSTER_Y_SCALE))
glyph.transform(
psMat.translate(
0,
nominal_glyph.boundingBox()[3] - glyph.boundingBox()[3]))
glyph.addAnchorPoint('cluster-next', 'basemark', 0, 0)
glyph.addAnchorPoint('cluster-next', 'mark', 0, 0)
glyph.addAnchorPoint('cluster-init', 'mark', 0, 0)
glyph.width = 0
def apply_rescale(glyph, origin, scale):
"""Rescale glyph"""
# move scale origin point to (0, 0)
sx, sy = origin
translate_matrix = psMat.translate(-sx, -sy)
glyph.transform(translate_matrix)
# scale around (0, 0)
scale_matrix = psMat.scale(scale)
glyph.transform(scale_matrix)
# move scale origin point back to its old position
translate_matrix = psMat.translate(origin)
glyph.transform(translate_matrix)
def YOffset(percent, afont):
'''Adjust the Y position.'''
em = afont.ascent + afont.descent/2
if not percent:
ret = fontforge.askString('Offset Percent?',
'Percent of Offset?', '64' )
if not ret:
return
try:
percent = float(ret)/100
if percent < -1.5 or percent > 1.5:
raise ValueError
except ValueError:
fontforge.postError('Wrong Percent!', "Need a value abs(x) <= 150.")
return
if percent == 0: # Do Nothing.
return
tavg, bavg = get_avg_topbtm(afont)
if percent > 0:
deltay = (afont.ascent - tavg)*percent
else:
deltay = (afont.descent - bavg)*percent
matrix = psMat.translate(0, deltay)
for glyph in afont.selection.byGlyphs:
glyph.transform(matrix)
def modify_font(self, f):
f.strokedfont = False
for g in f.glyphs():
for i, c in enumerate(list(g.layers[1])):
newc = self.adjust_contour(c)
if newc != None: g.layers[1] += newc
g.stroke(*self.nib)
g.removeOverlap()
g.addExtrema()
g.transform(translate(0, self.nibheight / 2.0))
f.familyname = self.familyname
f.fontname = self.fontname
f.fullname = self.fullname
f.appendSFNTName('English (US)', 'Preferred Family', self.familyname)
f.private['StdHW'] = self.nibheight
f.private['StdVW'] = self.nibwidth
def adjustblue(y):
return y - 100 + self.nibheight
bv = list(f.private['BlueValues'])
bv[1:] = map(adjustblue, bv[1:])
f.private['BlueValues'] = tuple(bv)
f.uwidth = self.nibheight
f.os2_weight = self.ttfweight
f.weight = self.weight
return f
def buildCompatChars(sfd, ttf):
zwj = u'\u200D'
ranges = (
(0xfb50, 0xfbb1),
(0xfbd3, 0xfd3d),
(0xfd50, 0xfdf9),
(0xfdfc, 0xfdfc),
(0xfe70, 0xfefc),
)
with open(ttf, "rb") as f:
data = f.read()
blob = HarfBuzz.glib_blob_create(GLib.Bytes.new(data))
face = HarfBuzz.face_create(blob, 0)
hbfont = HarfBuzz.font_create(face)
upem = HarfBuzz.face_get_upem(face)
HarfBuzz.font_set_scale(hbfont, upem, upem)
HarfBuzz.ot_font_set_funcs(hbfont)
ttfont = TTFont(ttf)
for r in ranges:
for c in range(r[0], r[1]+1):
dec = ucd.decomposition(unichr(c)).split()
if dec:
keyword = dec[0]
text = u''
for i in dec[1:]:
text += unichr(int(str(i),16))
if keyword == '<initial>':
text = text + zwj
elif keyword == '<final>':
text = zwj + text
elif keyword == '<medial>':
text = zwj + text + zwj
components = shape(text, hbfont)
if components:
glyph = sfd.createChar(c)
glyph.clear()
glyph.color = 0xff0000 # red color
x = 0
for component in components:
gid = component[0]
name = ttfont.getGlyphName(gid)
x_advance = component[1]
x_offset = component[2]
y_offset = component[3]
matrix = psMat.translate(x + x_offset, y_offset)
# ignore blank glyphs, e.g. space or ZWJ
if sfd[name].foreground or sfd[name].references:
glyph.addReference(name, matrix)
x += x_advance
glyph.width = x
def flip_glyphs():
#font = fontforge.open('comic-family/comic-shanns.ttf')
# I found it easier to just work with comic mono instead
font = fontforge.open('comic-family/comic-mono.ttf')
glyph_original_width = list(font.glyphs())[0].width
font.selection.all()
font.transform(psMat.scale(-1, 1))
font.transform(psMat.translate(glyph_original_width, 0))
for glyph in font.glyphs():
glyph.width = glyph_original_width
font.familyname = 'Comic snnahS'
font.version = '0.0.2'
font.comment = 'https://github.com/z3tr/comic-snnahs'
font.copyright = 'https://github.com/m5tfi/comic-snnahs/blob/master/LICENSE'
font.fontname = 'Comic-snnahS'
font.fullname = 'Comic snnahS'
font.generate('Comic-snnahS.ttf')
font.selection.all()
font.fontname = 'Comic-snnahS-dlob'
font.fullname = 'Comic snnahS dlob'
font.weight = 'Bold'
font.changeWeight(64)
font.generate('Comic-snnahS-dlob.ttf')
def buildCompatChars(sfd, ttf):
zwj = u'\u200D'
ranges = (
(0xfb50, 0xfbb1),
(0xfbd3, 0xfd3d),
(0xfd50, 0xfdf9),
(0xfdfc, 0xfdfc),
(0xfe70, 0xfefc),
)
with open(ttf, "rb") as f:
data = f.read()
blob = HarfBuzz.glib_blob_create(GLib.Bytes.new(data))
face = HarfBuzz.face_create(blob, 0)
hbfont = HarfBuzz.font_create(face)
upem = HarfBuzz.face_get_upem(face)
HarfBuzz.font_set_scale(hbfont, upem, upem)
HarfBuzz.ot_font_set_funcs(hbfont)
ttfont = TTFont(ttf)
for r in ranges:
for c in range(r[0], r[1] + 1):
dec = ucd.decomposition(unichr(c)).split()
if dec:
keyword = dec[0]
text = u''
for i in dec[1:]:
text += unichr(int(str(i), 16))
if keyword == '<initial>':
text = text + zwj
elif keyword == '<final>':
text = zwj + text
elif keyword == '<medial>':
text = zwj + text + zwj
components = shape(text, hbfont)
if components:
glyph = sfd.createChar(c)
glyph.clear()
glyph.color = 0xff0000 # red color
x = 0
for component in components:
gid = component[0]
name = ttfont.getGlyphName(gid)
x_advance = component[1]
x_offset = component[2]
y_offset = component[3]
matrix = psMat.translate(x + x_offset, y_offset)
# ignore blank glyphs, e.g. space or ZWJ
if sfd[name].foreground or sfd[name].references:
glyph.addReference(name, matrix)
x += x_advance
glyph.width = x
def resolveReferences(self, owner, scale, anchorMap):
self.glyph = self.font.temporary['names'][self.name]
glyph = self.glyph.glyph
if self.parent:
pglyph = self.parent.glyph.glyph
(px, py) = getanchor(pglyph, self.at)
if px is None:
px = pglyph.width / 2
(cx, cy) = getanchor(glyph, self.withap, isMark=True)
if cx is None:
cx = glyph.width / 2
self.scale = psMat.compose(self.scale,
psMat.translate(px - cx, py - cy))
if self.rsb is not None:
self.advance = glyph.width - (self.rsb - pointMult(
(self.rsb, 0), self.scale)[0])
self.setGlyphAnchors(glyph,
anchorMap) # after attached scale established
scale = psMat.compose(scale, self.scale)
owner.addRealGlyph(self.glyph, scale)
for c in self.children:
c.resolveReferences(owner, scale, anchorMap)
if self.parent:
self.parent.mergeAnchors(self.anchors)
else:
owner.mergeAnchors(self.anchors, scale)
return pointMult(
(self.advance if self.advance is not None else glyph.width, 0),
self.scale)[0]
def snap_point(point):
nearest_x = find_nearest(wonky_sagittal_grid_positions_in_ps_fu, point.x)
diff_x = abs(nearest_x - point.x)
if diff_x <= 1 and diff_x > 0:
print("snapping x; ", [point.x, point.y], "goes to",
[nearest_x, point.y])
transformation_matrix = psMat.translate(nearest_x - point.x, 0)
point.transform(transformation_matrix)
nearest_y = find_nearest(wonky_sagittal_grid_positions_in_ps_fu, point.y)
diff_y = abs(nearest_y - point.y)
if diff_y <= 1 and diff_y > 0:
print("snapping y; ", [point.x, point.y], "goes to",
[point.x, nearest_y])
transformation_matrix = psMat.translate(0, nearest_y - point.y)
point.transform(transformation_matrix)
def center_glyph_height(glyph, vcenter, abound=None):
bounding = abound or glyph.boundingBox() # xmin,ymin,xmax,ymax
glyphcenter = (bounding[3] - bounding[1]) / 2 + bounding[1]
deltay = vcenter - glyphcenter
matrix = psMat.translate(0, deltay)
glyph.transform(matrix)
def YOffset(percent, afont):
'''Adjust the Y position.'''
em = afont.ascent + afont.descent / 2
if not percent:
ret = fontforge.askString('Offset Percent?', 'Percent of Offset?',
'64')
if not ret:
return
try:
percent = float(ret) / 100
if percent < -1.5 or percent > 1.5:
raise ValueError
except ValueError:
fontforge.postError('Wrong Percent!',
"Need a value abs(x) <= 150.")
return
if percent == 0: # Do Nothing.
return
tavg, bavg = get_avg_topbtm(afont)
if percent > 0:
deltay = (afont.ascent - tavg) * percent
else:
deltay = (afont.descent - bavg) * percent
matrix = psMat.translate(0, deltay)
for glyph in afont.selection.byGlyphs:
glyph.transform(matrix)
def center_glyph_height(glyph, vcenter, abound=None): bounding = abound or glyph.boundingBox() # xmin,ymin,xmax,ymax glyphcenter = (bounding[3] - bounding[1])/2+bounding[1] deltay = vcenter - glyphcenter matrix = psMat.translate(0, deltay) glyph.transform(matrix)
def scale(glyph): #, wordMin, wordMax):
global desc_scale
wordMin, wordMax = getWord(glyph.glyphname)
printBound(glyph, 'Image Size')
iL, iB, iR, iT = glyph.boundingBox()
# scale to word
iH = iT - iB
wH = wordMax - wordMin
wScale = wH / iH
scale_matrix = psMat.scale(wScale)
glyph.transform(scale_matrix)
s = 200 / ffMetrics['xheight']
#log_info('scale to FF',round(s,2))
logging.debug('scale to FF %5.2f', s)
scale_matrix = psMat.scale(s)
glyph.transform(scale_matrix)
# move image vertically
sL, sB, sR, sT = glyph.boundingBox()
y = 300 - sB + (wordMin * s)
base_matrix = psMat.translate(0, y)
glyph.transform(base_matrix)
#log_info('move y: %s bot: %s desc:%s'%(round(y,2), round(sB,2), round((wordMin*s),2)))
logging.debug('move y: %5.2f bot: %5.2f desc:%5.2f', y, sB, (wordMin * s))
printBound(glyph, 'Moved ')
def copyglyph(font, infont, g, u, args) :
extras = set()
if args.scale is None :
scale = psMat.identity()
else :
scale = psMat.scale(args.scale)
o = font.findEncodingSlot(u)
if o == -1 :
glyph = font.createChar(u, g.glyphname)
else :
glyph = font[o]
if len(g.references) == 0 :
font.selection.select(glyph)
pen = glyph.glyphPen()
g.draw(pen)
glyph.transform(scale)
else :
for r in g.references :
t = psMat.compose(r[1], scale)
newt = psMat.compose(psMat.identity(), psMat.translate(t[4], t[5]))
glyph.addReference(r[0], newt)
extras.add(r[0])
glyph.width = g.width * scale[0]
if args.anchors :
for a in g.anchorPoints :
try :
l = font.getSubtableOfAnchor(a[1])
except EnvironmentError :
font.addAnchorClass("", a[0]*scale[0], a[1]*scale[3])
glyph.anchorPoints = g.anchorPoints
return list(extras)
def create_ligature(font, bold_font, src_list, dest_pos, temp_pos, deco_type,
bold):
glyphname_list = []
total_width = 0
for src_char in src_list:
base_font = font
if bold:
base_font = bold_font
item = base_font.selection.select(("unicode", ), src_char)
glyph = next(iter(item.byGlyphs))
glyphname_list.append(glyph.glyphname)
width = glyph.width
base_font.copy()
font.selection.select(("unicode", ), temp_pos)
font.paste()
trans = psMat.translate((total_width, 0))
font.transform(trans)
font.copy()
font.selection.select(("unicode", ), dest_pos)
font.pasteInto()
total_width += width
glyph = next(iter(font.selection.select(("unicode", ), dest_pos).byGlyphs))
glyph.width = total_width
glyph.addPosSub(LIGATURE_SUBTABLE_NAME, " ".join(glyphname_list))
decorate(font, glyph, deco_type)
def moveToMonoNoSquash(glyph):
# -------w--------
# ---ω---
# --a-- -b--
# | ( . ) |
# -x-
# | ( . ) |
# -----w'------
# -a'- -b'-
#
# x = (a + ω/2) = (a' - ω/2) = a - a'
# a + ω + b = w
# a' + ω + b' = w'
# a/b = a'/b'
#
# a' = ab'/b
# b' = w' - ω - a'
# a' = a/b (w' - ω - a')
# a' + a/b(a') = a/b (w' - ω)
# a'(1 + a/b) = a/b(w' - ω)
# a' = a(w' - ω) ÷ b(1 + a/b)
# a' = a(w' - ω)/(b + a)
# x = a - a(w' - ω)/(b + a)
### x = a(1 - (w' - ω)/(b - a)) ###
xFront, _, xBack, _ = glyph.layers[1].boundingBox()
spaceBefore, spaceAfter = xFront, glyph.width - xBack
boundingWidth = xBack - xFront
if spaceBefore + spaceAfter != 0:
disp = spaceBefore * (1 - (monosize[0] - boundingWidth) /
(spaceAfter + spaceBefore))
else:
disp = (spaceBefore + boundingWidth) / 2
return mat.translate(-disp, 0)
def _transform_sym(symfont, info):
x_ratio = 1.0
y_ratio = 1.0
x_diff = 0
y_diff = 0
if info["name"] == "Seti-UI + Custom":
x_ratio = 1.1
y_ratio = 1.1
x_diff = -100
y_diff = -450
elif info["name"] == "Devicons":
x_ratio = 1.05
y_ratio = 1.05
x_diff = -100
y_diff = -250
elif info["name"] in ["Powerline Symbols", "Powerline Extra Symbols"]:
x_ratio = 0.95
y_ratio = 0.88
x_diff = 0
y_diff = -30
elif info["name"] == "Font Linux":
y_diff = -120
elif info["name"] == "Font Awesome Extension":
y_diff = -400
elif info["name"] == "Pomicons":
x_ratio = 1.2
y_ratio = 1.2
x_diff = -200
y_diff = -300
elif info["name"] == "Octicons":
x_ratio = 0.95
y_ratio = 0.95
x_diff = 30
y_diff = -100
elif info["name"] == "Material":
x_ratio = 1.1
y_ratio = 1.1
x_diff = -50
y_diff = -250
elif info["name"] == "Codicons":
x_ratio = 0.85
y_ratio = 0.85
x_diff = 35
y_diff = -300
scale = psMat.scale(x_ratio, y_ratio)
translate = psMat.translate(x_diff, y_diff)
transform = psMat.compose(scale, translate)
symfont.transform(transform)
def make_superscript_or_subscript(font,
source_codepoint,
dest_codepoint,
superscript=True,
placement_method=3):
source_codepoint = codepoint(source_codepoint)
dest_codepoint = codepoint(dest_codepoint)
# vcenter = amount to raise raw scaled number to make it vertically centered
# vdiff = amount to raise or lower from vcenter
if placement_method == 1:
vcenter = (1 - SUPERSUBSCRIPT_SCALE) * SUPERSUBSCRIPT_FRACTION_LINE
vdiff = SUPERSUBSCRIPT_SCALE * SUPERSUBSCRIPT_FRACTION_LINE + (
1 - SUPERSUBSCRIPT_SCALE /
2) * STROKE_WIDTH + SUPERSUBSCRIPT_FRACTION_LINE_SEPARATION
if placement_method == 2:
vcenter = SUPERSUBSCRIPT_FRACTION_LINE * (1 - SUPERSUBSCRIPT_SCALE)
vdiff = CAP_HEIGHT / 2
if placement_method == 3:
vcenter = SUPERSUBSCRIPT_FRACTION_LINE * (1 - SUPERSUBSCRIPT_SCALE)
vdiff = (1 - SUPERSUBSCRIPT_SCALE / 2) * (CAP_HEIGHT - STROKE_WIDTH)
if superscript:
vshift = vcenter + vdiff
else:
vshift = vcenter - vdiff
vshift_xform = psMat.translate(0, vshift)
font.selection.select(source_codepoint)
font.copy()
font.selection.select(dest_codepoint)
font.paste()
dest_glyph = font.createChar(dest_codepoint)
dest_glyph.transform(psMat.scale(SUPERSUBSCRIPT_SCALE))
dest_glyph.transform(vshift_xform)
additionalbearing = STROKE_WIDTH / 2 * (1 - SUPERSUBSCRIPT_SCALE)
dest_glyph.transform(psMat.translate(additionalbearing, 0))
dest_glyph.width = dest_glyph.width + additionalbearing
print "%s => %d" % (unicodedata.name(
unichr(dest_codepoint)), dest_codepoint)
def normalizeGlyph(g, letter):
bb = g.boundingBox() #compact box that contains the letter
dy = bb[3] - bb[1] # xmin,ymin,xmax,ymax
newScale = 800 / (dy)
transforms = deque()
#shifting
if letter in SPECIAL_Y_TRANS:
transforms.append(
psMat.translate(-bb[0], -bb[1] - SPECIAL_Y_TRANS[letter] *
(bb[3] - bb[1])))
elif letter in DOWN_CHARS:
#print('DOWN CASE: ', letter)
#print(bb)
transforms.append(
psMat.translate(-bb[0], -bb[1] - 0.35 *
(bb[3] - bb[1]))) # 0,0 35% of its height
else:
transforms.append(psMat.translate(-bb[0], -bb[1]))
# if letter in SPECIAL_CHARS:
# print('i: ', letter)
# print(bb)
# transforms.append(psMat.translate(300, 0) )
# scaling
if dy > 800:
transforms.append(psMat.scale(newScale))
if letter in MID_CHARS and letter not in SPECIAL_Y_SCALE:
transforms.append(psMat.scale(0.5))
elif letter in SPECIAL_Y_SCALE:
transforms.append(psMat.scale(SPECIAL_Y_SCALE[letter]))
#composing
while len(transforms) > 1:
el1 = transforms.popleft()
el2 = transforms.popleft()
transforms.appendleft(psMat.compose(el1, el2))
g.transform(transforms[0])
print('POST: ', letter)
bb2 = g.boundingBox()
g.width = bb2[2]
g.simplify()
# g.round()
# g.cluster(0, 100)
print(g.boundingBox(), g.width)
return g
def _hankaku_glyphs(font):
origin = translate(-DESCENT, 0)
# scale will scale glyphs with the origin (0, DESCENT)
scl = scale(SCALE_DOWN)
# original glyphs have width to fit this size.
orig_glyph_width = WIDTH - DESCENT * 2
glyph_width = float(orig_glyph_width) * SCALE_DOWN
trans_x = (WIDTH / 2 - glyph_width) / 2
trans_y = (WIDTH - glyph_width) / 2 - DESCENT
trans = translate(trans_x, trans_y)
mat = compose(compose(origin, scl), trans)
font.selection.none()
for i in HANKAKU_GLYPHS:
font.selection.select(("more", "unicode"), i)
for glyph in font.selection.byGlyphs:
glyph.transform(mat)
glyph.width = WIDTH / 2
def buildCompatChars(font, hbfont):
zwj = u'\u200D'
ranges = (
(0xfb50, 0xfbb1),
(0xfbd3, 0xfd3d),
(0xfd50, 0xfdf9),
(0xfdfc, 0xfdfc),
(0xfe70, 0xfefc),
)
text = u''
codes = []
for r in ranges:
for c in range(r[0], r[1]+1):
dec = ucd.decomposition(unichr(c)).split()
if dec:
codes.append(c)
keyword = dec[0]
new_text = u''
for i in dec[1:]:
new_text += unichr(int(str(i),16))
if keyword == '<initial>':
new_text = new_text + zwj
elif keyword == '<final>':
new_text = zwj + new_text
elif keyword == '<medial>':
new_text = zwj + new_text + zwj
text += new_text + '\n'
lines = runHB(text, hbfont)
i = 0
for c in codes:
components = lines[i]
i += 1
if components:
glyph = font.createChar(c)
glyph.clear()
glyph.color = 0xff0000 # red color
x = 0
for component in components:
name = component[0]
x_advance = component[1]
y_advance = component[2]
x_offset = component[3]
y_offset = component[4]
matrix = psMat.translate(x + x_offset, y_offset)
# ignore blank glyphs, e.g. space or ZWJ
if font[name].foreground or font[name].references:
glyph.addReference(name, matrix)
x += x_advance
glyph.width = x
def add_smalltriangle(_f):
_f.selection.select(0x25bc)
_f.copy()
_f.selection.select(0x25be)
_f.paste()
_f.transform(psMat.compose(psMat.scale(0.64), psMat.translate(0, 68)))
_f.copy()
_f.selection.select(0x25b8)
_f.paste()
_f.transform(psMat.rotate(math.radians(90)))
_f.transform(psMat.translate(0, 212))
for g in _f.glyphs():
if g.encoding == 0x25be or g.encoding == 0x25b8:
g.width = 512
g = align_to_center(g)
return _f
def fixGlyphWidth(self, glyph, glyphName):
modifiedWidth = self.fixedWidth
while modifiedWidth < glyph.width :
modifiedWidth += self.fixedWidth
deltaWidth = modifiedWidth - glyph.width
if self.isBase(glyphName):
# right align
matrix = psMat.translate(deltaWidth)
# print "base " + glyphName + " translate by " + str(deltaWidth)
else :
if self.isMark(glyphName):
# left align
matrix = psMat.identity()
else:
# centre
matrix = psMat.translate(.5 * deltaWidth)
glyph.transform(matrix)
glyph.width = modifiedWidth
def _set_proportion(font):
scale = psMat.scale(SCALE_DOWN)
font.selection.all()
for glyph in list(font.selection.byGlyphs):
x_to_center = X_TO_CENTER
trans = psMat.translate(x_to_center, 0)
mat = psMat.compose(scale, trans)
glyph.transform(mat)
glyph.width = EM
def add_vowel_u(font):
gl = font["bhaataan_u_raw"]
gl.importOutlines("./glyphs/u.svg")
gl.left_side_bearing = 0
gl.right_side_bearing = 0
gl.width = 0
gl.addAnchorPoint("vowel_u", "mark", 158.5, 250)
gl = font["bhaataan_uq_raw"]
gl.addReference("bhaataan_u_raw", psMat.translate(100, 0))
gl.addReference("bhaataan_no_vowel_raw")
gl.addAnchorPoint("vowel_u", "mark", 258.5, 250)
gl.addPosSub("VQ_liga-1", ("bhaataan_u_raw", "bhaataan_no_vowel_raw"))
gl = font[0xe021]
gl.addReference("bhaataan_u_raw", psMat.translate(400, 0))
gl.addReference("dotted_circle")
gl.addPosSub("dottedcircled_to_raw-1", "bhaataan_u_raw")
def fixGlyphWidth(self, glyph, glyphName):
modifiedWidth = self.fixedWidth
while modifiedWidth < glyph.width:
modifiedWidth += self.fixedWidth
deltaWidth = modifiedWidth - glyph.width
if self.isBase(glyphName):
# right align
matrix = psMat.translate(deltaWidth)
# print "base " + glyphName + " translate by " + str(deltaWidth)
else:
if self.isMark(glyphName):
# left align
matrix = psMat.identity()
else:
# centre
matrix = psMat.translate(.5 * deltaWidth)
glyph.transform(matrix)
glyph.width = modifiedWidth
def _expand_shades(font, code):
# `421` means the size of a set of pattern in shades.
mat = translate(0, 421)
font.selection.select(code)
font.copy()
for glyph in list(font.selection.byGlyphs):
glyph.transform(mat)
font.pasteInto()
def set_vbearings_line(line):
splitted = line.split()
ch, method = splitted[0:2]
h2v_shift = splitted[2:]
c = get_glyph_by_name(ch)
f.selection.select(c)
f.copy()
tag = 'vert'
name = c.glyphname
tagged_name = "%s.%s" % (name, tag)
n = get_glyph_by_name(tagged_name)
f.selection.select(n)
alt_path = "../../../splitted/%s/%s/vert/u%04X.svg" % (
weight, mod, c.unicode)
if os.path.exists(alt_path):
n.clear()
n.importOutlines(alt_path, ('removeoverlap', 'correctdir'))
else:
f.paste()
if method.find('R') >= 0:
rot = psMat.compose(
psMat.translate(-em / 2, -ascent + em / 2),
psMat.compose(psMat.rotate(-math.pi / 2),
psMat.translate(em / 2, ascent - em / 2)))
n.transform(rot)
if method.find('F') >= 0:
flip = psMat.compose(
psMat.translate(-em / 2, -ascent + em / 2),
psMat.compose(psMat.scale(-1, 1),
psMat.translate(em / 2, ascent - em / 2)))
n.transform(flip)
elif method == 'S':
position = weights_position[weight] * 2
x, y = h2v_shift[position:position + 2]
sht = psMat.translate(int(x), int(y))
n.transform(sht)
n.width = em
n.vwidth = em
if not (tag in alt_glyphs):
alt_glyphs[tag] = []
alt_glyphs[tag].append((name, tagged_name))
def patch(self):
for target_font in self.target_fonts:
source_font = self.source_font
target_font_em_original = target_font.em
target_font.em = 2048
target_font.encoding = 'ISO10646'
# Rename font
if self.rename_font:
target_font.familyname += ' for Powerline and Tmux'
target_font.fullname += ' for Powerline and Tmux'
fontname, style = re.match("^([^-]*)(?:(-.*))?$", target_font.fontname).groups()
target_font.fontname = fontname + 'ForPowerlineAndTmux'
if style is not None:
target_font.fontname += style
target_font.appendSFNTName('English (US)', 'Preferred Family', target_font.familyname)
target_font.appendSFNTName('English (US)', 'Compatible Full', target_font.fullname)
source_bb = source_font['block'].boundingBox()
target_bb = [0, 0, 0, 0]
target_font_width = 0
# Find the biggest char width and height in the Latin-1 extended range and the box drawing range
# This isn't ideal, but it works fairly well - some fonts may need tuning after patching
for cp in range(0x00, 0x17f) + range(0x2500, 0x2600):
try:
bbox = target_font[cp].boundingBox()
except TypeError:
continue
if not target_font_width:
target_font_width = target_font[cp].width
if bbox[0] < target_bb[0]:
target_bb[0] = bbox[0]
if bbox[1] < target_bb[1]:
target_bb[1] = bbox[1]
if bbox[2] > target_bb[2]:
target_bb[2] = bbox[2]
if bbox[3] > target_bb[3]:
target_bb[3] = bbox[3]
# Find source and target size difference for scaling
x_ratio = (target_bb[2] - target_bb[0]) / (source_bb[2] - source_bb[0])
y_ratio = (target_bb[3] - target_bb[1]) / (source_bb[3] - source_bb[1])
scale = psMat.scale(x_ratio, y_ratio)
# Find source and target midpoints for translating
x_diff = target_bb[0] - source_bb[0]
y_diff = target_bb[1] - source_bb[1]
translate = psMat.translate(x_diff, y_diff)
transform = psMat.compose(scale, translate)
sys.stderr.write("Source: %i %i %i %i\n" % (source_bb[0], source_bb[1], source_bb[2], source_bb[3]))
sys.stderr.write("Target: %i %i %i %i\n" % (target_bb[0], target_bb[1], target_bb[2], target_bb[3]))
sys.stderr.write("Offset: %.2f %.2f, Ratio: %.2f %.2f\n" % (x_diff, y_diff, x_ratio, y_ratio))
def circle_at(center, size=1.0):
"""Create a Fontforge contour, in the shape of a circle, centered at
the given point. Second parameter, optional, is the radius of the circle
in em units. If not specified, the radius will default to 1."""
x = ux(center)
y = uy(center)
# psMat is a fontforge module to help in creating transformation matrices
matrix = psMat.translate(x,y)
if size != 1.0:
matrix = psMat.compose(psMat.scale(size), matrix)
unitcircle = fontforge.unitShape(0)
unitcircle.transform(matrix)
return unitcircle
def scale_single_glyph(glyph, width, height):
"""Center glyph in a box of size width*height"""
# Some glyphs (such as ‘;’) contain references (‘.’ + ‘,’), and moving the
# referenced glyphs moves them in all glyphs that reference them.
# Unlinking copies references into this glyph
glyph.unlinkThisGlyph()
# Width
deltaw = width - glyph.width
glyph.left_side_bearing += deltaw / 2
glyph.right_side_bearing += deltaw - glyph.left_side_bearing
glyph.width = width
# Height
ylo = glyph.boundingBox()[1]
deltah = height - glyph_height(glyph)
glyph.transform(psMat.translate(0, deltah / 2.0 - ylo))
def matMove(move_x, move_y):
return psMat.translate(move_x, move_y)
def m_skew(radiant):
return m_compose(psMat.translate(-c_halfsize, -c_middle),
psMat.skew(radiant),
psMat.translate(c_halfsize, c_middle))
def m_scale(scaleX, scaleY):
return m_compose(psMat.translate(-c_halfsize, -c_middle),
psMat.scale(scaleX, scaleY),
psMat.translate(c_halfsize, c_middle))
# char.background=glyph;
for line in glfset:
if line[0] != "#":
if "=" in line:
parts = line.split('=')
if parts[1][0]=='"':
parts[1] = parts[1].replace('"','')
setattr(char,parts[0],parts[1])
else:
setattr(char,parts[0],int(parts[1]))
else:
getattr(char, line)()
if args.beta or args.next:
char.transform(psMat.translate(0,int(sizes[glyph_name][1])*5-135))
setattr(char,"width",int(sizes[glyph_name][0])*10+40); # bearing 20 each side
if args.verbose:
glfCnt = glfCnt + 1
if glfCnt==60:
print glyph_name,
sys.stdout.flush()
glfCnt=0
else:
glfCnt = glfCnt + 1
if glfCnt==1150:
print ".",
sys.stdout.flush()
def patch(self):
for target_font in self.target_fonts:
source_font = self.source_font
target_font_em_original = target_font.em
target_font.em = 2048
target_font.encoding = 'ISO10646'
# Rename font
if self.rename_font:
target_font.familyname += ' for Powerline'
target_font.fullname += ' for Powerline'
target_font.fontname += 'ForPowerline'
target_font.appendSFNTName('English (US)', 'Preferred Family', target_font.familyname)
target_font.appendSFNTName('English (US)', 'Compatible Full', target_font.fullname)
source_bb = source_font['block'].boundingBox()
target_bb = [0, 0, 0, 0]
target_font_width = 0
# Find the biggest char width and height in the Latin-1 extended range and the box drawing range
# This isn't ideal, but it works fairly well - some fonts may need tuning after patching
for cp in range(0x00, 0x17f) + range(0x2500, 0x2600):
try:
bbox = target_font[cp].boundingBox()
except TypeError:
continue
if not target_font_width:
target_font_width = target_font[cp].width
if bbox[0] < target_bb[0]:
target_bb[0] = bbox[0]
if bbox[1] < target_bb[1]:
target_bb[1] = bbox[1]
if bbox[2] > target_bb[2]:
target_bb[2] = bbox[2]
if bbox[3] > target_bb[3]:
target_bb[3] = bbox[3]
# Find source and target size difference for scaling
x_ratio = (target_bb[2] - target_bb[0]) / (source_bb[2] - source_bb[0])
y_ratio = (target_bb[3] - target_bb[1]) / (source_bb[3] - source_bb[1])
scale = psMat.scale(x_ratio, y_ratio)
# Find source and target midpoints for translating
x_diff = target_bb[0] - source_bb[0]
y_diff = target_bb[1] - source_bb[1]
translate = psMat.translate(x_diff, y_diff)
transform = psMat.compose(scale, translate)
# Create new glyphs from symbol font
for source_glyph in source_font.glyphs():
if source_glyph == source_font['block']:
# Skip the symbol font block glyph
continue
# Select and copy symbol from its encoding point
source_font.selection.select(source_glyph.encoding)
source_font.copy()
# Select and paste symbol to its unicode code point
target_font.selection.select(source_glyph.unicode)
target_font.paste()
# Transform the glyph
target_font.transform(transform)
# Reset the font's glyph width so it's still considered monospaced
target_font[source_glyph.unicode].width = target_font_width
target_font.em = target_font_em_original
# Generate patched font
target_font.generate('{0}.otf'.format(target_font.fullname))
#!/usr/local/bin/fontforge -script
import sys
import psMat
import fontforge
if (len(sys.argv) < 3):
print 'Usage: %s source-file target-file' % sys.argv[0]
quit(1)
print 'Loading base file %s...' % sys.argv[1]
BaseFont = fontforge.open(sys.argv[1])
BaseFont.selection.none()
for glyph in BaseFont.glyphs():
if glyph.isWorthOutputting():
BaseFont.selection.select(("more",), glyph)
print 'Rescaling...'
for glyph in BaseFont.selection.byGlyphs:
origWidth = glyph.width
glyph.transform(psMat.translate(float(origWidth) * 0.1, 0.0), ("partialRefs",))
glyph.width = origWidth * 1.2
print 'Saving target file %s...' % sys.argv[2]
BaseFont.save(sys.argv[2])
#!/usr/bin/env fontforge
import fontforge, psMat
from sys import argv, stderr
from os import system
from math import radians
if len(argv) < 4:
stderr.write("Usage: "+argv[0]+" skew-flag infile outfile\n")
quit(1)
fontforge.setPrefs('CoverageFormatsAllowed', 1)
font = fontforge.open(argv[2])
for glyph in font.glyphs():
if glyph.isWorthOutputting():
width = glyph.width
glyph.transform(psMat.translate(-font.em / 2, 0))
glyph.transform(psMat.scale(0.8, 1.0))
if int(argv[1]):
glyph.transform(psMat.rotate(radians(90)))
glyph.transform(psMat.skew(radians(-4)))
glyph.transform(psMat.rotate(radians(-90)))
glyph.transform(psMat.translate(font.em / 2, 0))
glyph.width = width
font.save(argv[3])
font.close()
#!/usr/bin/python
# -*- coding: utf-8 -*-
# 花園明朝フォント（実験版）を生成する。
# 注意！ UCS4オプションでコンパイルしたPythonを使うこと！
# 確認方法： ord(u'𠀀’) がちゃんと#x20000 になるかどうか。
import fontforge
import psMat
import sys, os, re, fnmatch, codecs
mat1 = psMat.scale(1.05,1.05)
mat2 = psMat.translate(-25,-25)
mat3 = psMat.translate(-256,0)
mat4 = psMat.scale(1.0, 2.0)
aalt = {} # add_aalt で異体字を入れる。溢れないよう、数は抑制する。
vari_dir = '/home/kawabata/Dropbox/cvs/kanji-database/variants/'
def make_font (name,style,version):
global aalt
font=fontforge.open("./basefont.ttf")
font.os2_width=1024
aalt = {}
font.sfntRevision = float(version)
fullname_en="Hanazono Mincho "+style
fullname_ja="花園明朝 "+style
print ("now generating "+fullname_en+" ("+fullname_ja+")")
# 注意。
# pid=1,eid=0,lid=0x0 の、id=4 は、自由文字列 (Hanazono-Mincho B) でいいが、
# pid=3,eid=1,lid=0x409 の、id=4 は、pid=3,eid=1,lid=0x409 の、id=6と同じでなければいけない。
# fontforgeでは、両方は同じである必要があるので、これは変更できない。
def matRescale(origin_x, origin_y, scale_x, scale_y):
return psMat.compose(
psMat.translate(-origin_x, -origin_y), psMat.compose(
psMat.scale(scale_x, scale_y),
psMat.translate(origin_x, origin_y)))
if not os.path.exists(sys.argv[arg]):
print ("ファイル名 " + sys.argv[arg] + " が見つかりません。")
exit(0)
# 拡縮倍率
scale_x = 0.8
scale_y = 0.9
cidFontFileName = sys.argv[1]
# ファイルを開く
cidFont = fontforge.open(cidFontFileName)
#cidFont.em = 1000
for g in cidFont.glyphs():
prevWidth = g.width
prevWidth = 500
g.transform(psMat.scale(scale_x, scale_y));
movedist = prevWidth / 2 - g.width / 2;
g.width = prevWidth;
g.transform(psMat.translate(movedist, 0));
g.width = prevWidth;
cidFont.generate(sys.argv[2] + ".ps")
#cidFont.save(sys.argv[2]+".sfd")
cidFont.close()
#!/usr/bin/env fontforge
from sys import argv, stderr
import fontforge, psMat, math
if len(argv) < 3:
stderr.write("Usage: %s in-sfd out-sfd\n" % argv[0])
exit(1)
fontforge.setPrefs('CoverageFormatsAllowed', 1)
font = fontforge.open(argv[1])
font.hasvmetrics = True
for glyph in font.glyphs():
if glyph.isWorthOutputting():
w = glyph.width
glyph.transform(psMat.rotate(-(math.pi / 2.0)))
glyph.transform(psMat.translate(font.descent, font.ascent))
glyph.width = font.em
glyph.vwidth = w
glyph.round()
font.save(argv[2])
BaseFont = fontforge.open(sys.argv[1])
BaseFont.selection.none()
for glyph in BaseFont.glyphs():
if glyph.isWorthOutputting():
if isJGlyphP(glyph):
glyph.unlinkRef()
if isJGlyph(glyph):
BaseFont.selection.select(("more",), glyph)
WidthE = BaseFont["ahiragana"].width
WidthV = BaseFont["ahiragana"].vwidth
print "Rescaling..."
BaseFont.transform(psMat.scale(1.2))
BaseFont.transform(psMat.translate(0, -50))
WidthJ = BaseFont["ahiragana"].width
WidthA = BaseFont["A"].width
BaseFont.selection.none()
for glyph in BaseFont.glyphs():
if glyph.isWorthOutputting():
if not isJGlyph(glyph):
BaseFont.selection.select(("more",), glyph)
print "Moving..."
BaseFont.transform(psMat.translate(float(WidthJ - WidthE) / 2.0, 0.0))
for glyph in BaseFont.selection.byGlyphs:
if glyph.width >= WidthE:
glyph.width = WidthJ
# set font encoding so we can select any unicode code point
font.encoding = 'UnicodeFull'
except:
stderr.write("Error: fontforge can't open source font from %s" % args.src_font)
sys.exit(1)
# set ascent/descent
ascent = config.get('font', {}).get('ascent', font.ascent)
descent = config.get('font', {}).get('descent', font.descent)
font.ascent = ascent
font.descent = descent
default_baseline = float(descent) / (ascent + descent)
origin_point = lambda baseline: (0, (ascent + descent) * baseline - descent)
offset_matrix = lambda offset: psMat.translate(0, offset * (ascent + descent))
# apply transformations
for code, transform in transform_config:
try:
glyph = font[code]
except TypeError:
stderr.write("Warning: no such glyph (code=0x%04x)\n" % code)
continue
if 'rescale' in transform:
baseline = transform.get('baseline', default_baseline)
scale = transform['rescale']
apply_rescale(glyph, origin_point(baseline), scale)
if 'offset' in transform:
glyph.transform(offset_matrix(transform['offset']))
def m_translate(x, y):
return psMat.translate(x, y)
addSfntNames(args.sfnt_name)
addSfntNames(args.sfnt_family_name, 1)
addSfntNames(args.sfnt_full_name, 4)
addSfntNames(args.sfnt_weight, 2)
for nomen in sfnt:
font.appendSFNTName(nomen[0], nomen[1], nomen[2])
for glyph in glyphsWorthOutputting(font):
if args.action == 'scale':
glyph.transform(
psMat.scale(args.width / glyph.width, 1.0),
('partialRefs', 'round'))
elif args.action == 'pad':
glyph.transform(
psMat.translate((args.width - glyph.width) / 2, 0),
('partialRefs', 'round'))
glyph.width = int(args.width)
if args.skew is not None:
glyph.transform(
psMat.skew(radians(args.skew)),
('partialRefs', 'round'))
if args.merge_with is not None:
for fileName in args.merge_with:
font2 = fontforge.open(fileName)
font.encoding = font2.encoding
font2.em = font.em
font.selection.none()
font2.selection.none()
for glyph in glyphsWorthOutputting(font2):