def fuse(font):
readGlyphList = getDataFile(font.path, 'Choose a dump file')
if readGlyphList is not None:
# Check to make sure that all compontents are present in the font
checkedGlyphList = checkGlyphs(font, readGlyphList)
if len(checkedGlyphList) == 0:
mark = AskYesNoCancel('Do you wish to mark changed glyphs?')
if mark != -1:
saveBackup = AskYesNoCancel('Do you want a backup of changed glyphs?')
if saveBackup != -1:
makeGlyph(readGlyphList, font, 'Updating glyphs', mark, saveBackup)
font.update()
Message('Done updating glyphs')
else:
# Gives a list of the components missing from the VFB
OneList(checkedGlyphList, 'Sorry, your VFB is missing:')
def scaleNums():
question = "Is your num height " + str(
currentNumHeight) + "?" + " If not, please enter it:"
customNumHeight = AskString(question, currentNumHeight,
"Current Numeral Height")
customNumHeight = int(float(customNumHeight.upper()))
yesNoQuestion = "This will scale all your numerals to " + str(
targetNumHeight) + ". " + "Continue?"
confirmScale = AskYesNoCancel(yesNoQuestion,
title='Just Checking...',
default=0)
print confirmScale
numScale = targetNumHeight / customNumHeight
if confirmScale == 1:
for g in f:
if customNumHeight != targetNumHeight:
g.prepareUndo()
if g.name in numerals:
g.selected = True
print "scaled ", g.name, " to ", targetNumHeight
g.scale(numScale)
g.width = g.width * numScale
g.update()
g.performUndo()
def buildAccents(font, list, message, overwrite, preflight=False): """ Takes in a list of accents to build in the format of (baseGlyph, finalName, accentList) Marks glyphs that it has built, and updates the font """ tickCount = len(list) bar = ProgressBar(message, tickCount) tick = 0 for item in list: baseGlyph, outputName, accents = item if font.has_key(baseGlyph): if font.has_key(outputName): if overwrite == 1 or overwrite == 3: answer = AskYesNoCancel(outputName + ' exists in font, overwrite?') if answer == 1: font.compileGlyph(outputName, baseGlyph, accents, preflight=preflight) font[outputName].mark = 200 font[outputName].autoUnicodes() font[outputName].update() font.update() if overwrite == 2: font.compileGlyph(outputName, baseGlyph, accents, preflight=preflight) font[outputName].mark = 200 font[outputName].autoUnicodes() font[outputName].update() font.update() else: font.compileGlyph(outputName, baseGlyph, accents, preflight=preflight) font[outputName].mark = 200 font[outputName].autoUnicodes() font[outputName].update() font.update() bar.tick(tick) tick = tick+1 bar.close()
def startDialog(self):
# Welcome message!
Message("Hi! My name is typeStats.")
# Mode
verboso = AskYesNoCancel("Do you prefer the verbose mode?",
title='typeStats',
default=0)
# Search path
folder = GetFolder("Choose the directory to analyze")
return folder, verboso
def getInstances(axisType):
axis = []
numberOfInstances = getNumber('How many instances on the ' + axisType + ' axis would you like?', 0)
if numberOfInstances is not None:
if numberOfInstances >= 10:
result = AskYesNoCancel('Did you really want ' + str(numberOfInstances))
if result is 1:
pass
if result is 0:
numberOfInstances = getNumber('How many instances on the ' + axisType + ' axis would you like?', 0)
if result is -1:
numberOfInstances = 0
for count in range(numberOfInstances):
instance = getNumber('The ' + str(count+1) + ' value for the ' + axisType + ' instance', 1)
if instance is not None:
axis.append(instance)
return axis
def skewSelection():
# set up the question for a yes/no/cancel
yesNoQuestion = "This will horizontall skew *all* your selected glyphs in " + fontName + " by " + str(skewValue) + " degrees. You should have a backup before any batch operation. " + "Continue?"
# double check with the user before doing anything crazy
confirmSkew = AskYesNoCancel(yesNoQuestion ,title='Just Checking...', default=0)
# if the user answers "yes", proceed
if confirmSkew == 1:
## loop through font
for g in f:
# set up "undo" for every glyph changed
g.prepareUndo()
## compare each glyph name to list of selected glyph names, and only edit if they are in the list
if g.name in glyphSelection:
# skew every selected glyph with the value the user has entered
g.skew(skewValue)
g.update()
# undo, if the user asks to in the font view while glyphs are selected
g.performUndo()
def checkPath(path, fontType):
if os.path.isfile(path):
dir, fileName = os.path.split(path)
else:
dir = path
fontName = addExtension(fontType, font.font_name)
path = os.sep.join([dir, fontName])
if os.path.isfile(path):
overwrite = AskYesNoCancel('Font exists, do you want to rename the font?', default=1)
if overwrite is 1:
f = renameFont(font)
fontName = addExtension(fontType, version, f.font_name)
dir, fileName = os.path.split(path)
path = os.sep.join([dir, fontName])
elif overwrite is -1:
closeFont(font)
else:
pass
return path
def scaleGlyphsMetricsAndBlueValues():
yesNoQuestion = "This will scale *all* your glyphs in " + fontName + " by " + str(
scaleBy) + ". " + "Continue?"
confirmScale = AskYesNoCancel(yesNoQuestion,
title='Just Checking...',
default=0)
if confirmScale == 1:
f.info.ascender = f.info.ascender * scaleBy
f.info.descender = f.info.descender * scaleBy
f.info.capHeight = f.info.capHeight * scaleBy
f.info.xHeight = f.info.xHeight * scaleBy
blues = f.info.postscriptBlueValues
newBlues = [x * scaleBy for x in blues]
f.info.postscriptBlueValues = newBlues
for g in f:
g.scale(scaleBy)
g.width = g.width * scaleBy
g.update()
def moveAscenders():
yesNoQuestion = "This will move your ascender to " + str(
targetAscender) + ". " + "Continue?"
confirmScale = AskYesNoCancel(yesNoQuestion,
title='Just Checking...',
default=0)
print confirmScale
if confirmScale == 1:
for g in f:
g.prepareUndo()
if g.name in glyphsWithAscenders:
g.selected = True
for contour in g:
for seg in contour:
for point in seg:
if point.y > f.info.xHeight + xHeightClearance:
# print type(point.type), point.y
point.move((0, moveAscenderBy))
g.update()
print "moved ascender of ", g.name, " by ", str(moveAscenderBy)
g.performUndo()
f.info.ascender = targetAscender
def scaleCaps():
capScale = targetCapHeight / currentCapHeight
print capScale
if currentCapHeight != targetCapHeight:
yesNoQuestion = "This will scale all your caps to " + str(
targetCapHeight) + ". " + "Continue?"
confirmScale = AskYesNoCancel(yesNoQuestion,
title='Just Checking...',
default=0)
print confirmScale
if confirmScale == 1:
newCapHeight = int(float(f.info.capHeight * capScale))
f.info.capHeight = newCapHeight
for g in f:
g.prepareUndo()
if g.name in uppercase:
g.selected = True
g.scale(capScale)
g.width = g.width * capScale
g.update()
print "scaled ", g.name, " to ", newCapHeight
g.performUndo()
'Small Caps in font?',
value1=0,
value2=0)
buildSmallCap = 0
if whatToBuild == 0:
upperCaseList = baseUpperCaseList
if whatToBuild == 1:
suffix = AskString('Suffix for cap accents')
upperCaseList = rewriteAccentNames(baseUpperCaseList, suffix)
if whatToBuild == 2:
scAccentSuffix = ''
upperCaseList = baseUpperCaseList
buildSmallCap = 1
scAccentSuffix = ''
scSuffix = AskString('Suffix for small caps?')
specialSmallCapAccents = AskYesNoCancel('Special small cap accents?')
if specialSmallCapAccents == 1:
scAccentSuffix = AskString('Suffix for small cap accents', scSuffix)
smallCapList = rewriteSmallCapList(baseUpperCaseList, scSuffix,
scAccentSuffix)
if whatToBuild == 3:
buildSmallCap = 1
scAccentSuffix = ''
suffix = AskString('Suffix for cap accents')
upperCaseList = rewriteAccentNames(baseUpperCaseList, suffix)
scSuffix = AskString('Suffix for small caps?')
specialSmallCapAccents = AskYesNoCancel(
'Use lowercase accents for small caps?')
if specialSmallCapAccents == 0:
whatToDo = TwoChecks('Use cap accents',
'Use special accents',
print "hhea Ascender: %5d" % hheaAscender
print "hhea Descender: %5d" % hheaDescender
print "hhea LineGap: %5d" % hheaLineGap
print "---------------------"
print "OS/2 WinAsc.: %5d" % os2WinAscent
print "OS/2 WinDesc.: %5d" % os2WinDescent
print "\nIgnored glyphs:",
if ignored == "":
print "none"
else:
print ignored
# Dialogbox, ob ermittelte Metriken in offene Fonts geschrieben werden sollen
setMetrics = AskYesNoCancel(
"Write calculated vertical metrics to font? (For values see Output window)",
title="Set Vertical Metrics",
default=0)
if setMetrics == 1: # Antwort war ja, schreibe Werte in die Fonts
print "\nWriting metrics to font"
# Schleife ueber offene Fonts
for f in AllFonts():
# Setze Werte im Font
f.info.ascender = vAscender
f.info.descender = vDescender
f.info.openTypeHheaAscender = hheaAscender
f.info.openTypeHheaDescender = hheaDescender
f.info.openTypeHheaLineGap = hheaLineGap
f.info.openTypeOS2TypoAscender = os2TypoAscender
f.info.openTypeOS2TypoDescender = os2TypoDescender
f.info.openTypeOS2TypoLineGap = os2TypoLineGap