def reverseContours(glyph):
glyphCopy = RGlyph()
glyphCopy.width = glyph.width
pointPen = glyphCopy.getPointPen()
reversePen = ReverseContourPointPen(pointPen)
glyph.drawPoints(reversePen)
return glyphCopy
def reverseContours(glyph):
glyphCopy = RGlyph()
glyphCopy.width = glyph.width
pointPen = glyphCopy.getPointPen()
reversePen = ReverseContourPointPen(pointPen)
glyph.drawPoints(reversePen)
return glyphCopy
def removeOverlap(glyph):
glyphCopy = RGlyph()
glyphCopy.width = glyph.width
pointPen = glyphCopy.getPointPen()
glyph.drawPoints(pointPen)
glyphCopy.removeOverlap()
return glyphCopy
def getCleanedGlyph(self, glyph):
cleanGlyph = RGlyph()
cleanGlyph.width = glyph.width
pen = cleanGlyph.getPointPen()
cleanPen = FilterPointPen()
glyph.drawPoints(cleanPen)
cleanPen.extract(pen)
return cleanGlyph
def getCleanedGlyph(self, glyph):
cleanGlyph = RGlyph()
cleanGlyph.width = glyph.width
pen = cleanGlyph.getPointPen()
cleanPen = FilterPointPen()
glyph.drawPoints(cleanPen)
cleanPen.extract(pen)
return cleanGlyph
def copyContours(glyph):
glyphCopy = RGlyph()
glyphCopy.width = glyph.width
pen = glyphCopy.getPen()
glyph.draw(pen)
glyphCopy.unicode = glyph.unicode
glyphCopy.name = glyph.name
return glyphCopy
def extractComposites(glyph):
"""Return a new glyph with outline copies of each composite from the source glyph."""
decomposedComposites = RGlyph()
if len(glyph.components):
font = glyph.getParent()
for comp in reversed(glyph.components):
# obtain source data
baseGlyphName = comp.baseGlyph
baseGlyph = font[baseGlyphName]
t = transform.Transform(*comp.transformation)
# create a temporary glyph on which to draw the decomposed composite
single_decomposedComposite = RGlyph()
decompPen = single_decomposedComposite.getPen()
baseGlyph.draw(decompPen)
single_decomposedComposite.transform(t)
# add single composite to the returned glyph
decomposedComposites.appendGlyph(single_decomposedComposite)
return decomposedComposites
def RGlyphFromGlifString(glifString): """\ Return RGlyph object directly from .glif file """ from robofab.world import RGlyph from robofab.glifLib import readGlyphFromString glyph = RGlyph() readGlyphFromString(glifString, glyph, glyph.getPointPen()) return glyph
def _getInstanceGlyph(self, location, masters):
I = self._getInstance(location, masters)
if I is not None:
return I.extractGlyph(RGlyph())
else:
errorMessage = self.mutatorErrors[-1]['error']
return ErrorGlyph('Interpolation', errorMessage)
def test_extract_scaled_glyph_as_Robofab_Glyph(self):
"""Test scaled glyph retrieval as a Robofab Glyph."""
from robofab.world import RGlyph
for testFont in [self.smallFont, self.stemedSmallFont]:
scaledGlyph = RGlyph()
for glyphName in self.glyphNames:
testFont.extractGlyph(glyphName, scaledGlyph)
self.assertIsInstance(scaledGlyph, RGlyph)
def normalizeGlyph(self, glyph):
componentsCollector = CollectComponentsPen()
glyph.draw(componentsCollector)
components = componentsCollector.get()
anchors = []
for anchor in reversed(glyph.anchors):
anchors.append((anchor.name, (anchor.x, anchor.y)))
cleanGlyph = RGlyph()
cleanGlyph.width = glyph.width
pen = cleanGlyph.getPointPen()
cleanPen = FilterPointPen()
glyph.drawPoints(cleanPen)
cleanPen.extract(pen)
return cleanGlyph, components, anchors
def normalizeGlyph(self, glyph):
componentsCollector = CollectComponentsPen()
glyph.draw(componentsCollector)
components = componentsCollector.get()
anchors = []
for anchor in reversed(glyph.anchors):
anchors.append((anchor.name, (anchor.x, anchor.y)))
cleanGlyph = RGlyph()
cleanGlyph.width = glyph.width
pen = cleanGlyph.getPointPen()
cleanPen = FilterPointPen()
glyph.drawPoints(cleanPen)
cleanPen.extract(pen)
return cleanGlyph, components, anchors
def extractComposites(glyph):
"""Return a new glyph with outline copies of each composite from the source glyph."""
decomposedComposites = RGlyph()
if len(glyph.components):
font = glyph.getParent()
for comp in reversed(glyph.components):
# obtain source data
baseGlyphName = comp.baseGlyph
baseGlyph = font[baseGlyphName]
t = transform.Transform(*comp.transformation)
# create a temporary glyph on which to draw the decomposed composite
single_decomposedComposite = RGlyph()
decompPen = single_decomposedComposite.getPen()
baseGlyph.draw(decompPen)
single_decomposedComposite.transform(t)
# add single composite to the returned glyph
decomposedComposites.appendGlyph(single_decomposedComposite)
return decomposedComposites
def removeOverlap(glyph):
glyphCopy = RGlyph()
glyphCopy.width = glyph.width
pointPen = glyphCopy.getPointPen()
glyph.drawPoints(pointPen)
glyphCopy.removeOverlap()
return glyphCopy
def removeOverlap(glyph):
toRFGlyph = RGlyph()
toRFpen = toRFGlyph.getPen()
glyph.draw(toRFpen)
singleContourGlyph = RGlyph()
singleContourGlyph.width = glyph.width
singleContourGlyph.name = glyph.name
pointPen = singleContourGlyph.getPointPen()
if len(toRFGlyph) > 1:
booleanGlyphs = []
for c in toRFGlyph.contours:
if len(c) > 1:
b = BooleanGlyph()
pen = b.getPen()
c.draw(pen)
booleanGlyphs.append(b)
finalBooleanGlyph = reduce(lambda g1, g2: g1 | g2, booleanGlyphs)
finalBooleanGlyph.drawPoints(pointPen)
else:
glyph.drawPoints(pointPen)
return singleContourGlyph
def copyContours(glyph):
glyphCopy = RGlyph()
glyphCopy.width = glyph.width
pen = glyphCopy.getPen()
glyph.draw(pen)
glyphCopy.unicode = glyph.unicode
glyphCopy.name = glyph.name
return glyphCopy
def freezeGlyph(glyph):
"""Return a copy of a glyph, with components decomposed and all overlap removed."""
toRFGlyph = RGlyph()
toRFpen = toRFGlyph.getPen()
glyph.draw(toRFpen)
if len(glyph.components):
decomposedComponents = extractComposites(glyph)
decomposedComponents.draw(toRFpen)
singleContourGlyph = RGlyph()
singleContourGlyph.width = glyph.width
singleContourGlyph.name = glyph.name
pointPen = singleContourGlyph.getPointPen()
if len(toRFGlyph.contours) > 1:
try:
booleanGlyphs = []
for c in toRFGlyph.contours:
if len(c) > 1:
b = BooleanGlyph()
pen = b.getPen()
c.draw(pen)
booleanGlyphs.append(b)
finalBooleanGlyph = reduce(lambda g1, g2: g1 | g2, booleanGlyphs)
finalBooleanGlyph.drawPoints(pointPen)
except:
toRFGlyph.drawPoints(pointPen)
else:
toRFGlyph.drawPoints(pointPen)
return singleContourGlyph
def __call__(self, glyph, font, **arguments):
try:
filteredGlyph = RGlyph()
filteredGlyph.width = glyph.width
drawingPen = filteredGlyph.getPen()
filterPen = self.filterObject(drawingPen, **arguments)
glyph.draw(filterPen)
except:
try:
sourceGlyph = RGlyph()
sourceGlyph.appendGlyph(glyph)
sourceGlyph.width = glyph.width
filteredGlyph = self.filterObject(sourceGlyph, **arguments)
except:
filteredGlyph = ErrorGlyph()
return filteredGlyph
def processGlyph(self, glyph, font, **arguments):
filterObject = self.filterObject
glyph, components, anchors = self.normalizeGlyph(glyph)
if inspect.isfunction(filterObject):
try:
filteredGlyph = filterObject(glyph, **arguments)
if filteredGlyph is None:
filteredGlyph = glyph
except Exception as e:
print u'PenBallWizard — GlyphFilter: Error (function): {0}'.format(
e)
error = True
filteredGlyph = ErrorGlyph()
else:
try:
filteredGlyph = RGlyph()
filteredGlyph.width = glyph.width
drawingPen = filteredGlyph.getPen()
filterPen = filterObject(drawingPen, **arguments)
glyph.draw(filterPen)
except Exception as e:
print u'PenBallWizard — GlyphFilter: Error (pen): {0}'.format(
e)
error = True
filteredGlyph = ErrorGlyph()
for baseGlyphName, transformation in components:
offset = transformation[-2:]
scale = (transformation[0], transformation[3])
filteredGlyph.appendComponent(baseGlyphName, offset, scale)
for anchor in anchors:
filteredGlyph.appendAnchor(*anchor)
return filteredGlyph
def filterGroup(glyph, font=None, **overrideGlobalArguments):
globalArguments = {self.splitSubfilterArgumentName(argumentName): self.arguments[argumentName] for argumentName in self.arguments}
for key in overrideGlobalArguments:
_subfilterName_, _overrideArgumentName_, _filterOrder_ = self.splitSubfilterArgumentName(key)
if (_subfilterName_, _overrideArgumentName_) != (None, None):
globalArguments[(_subfilterName_, _overrideArgumentName_, _filterOrder_)] = overrideGlobalArguments[key]
subfilters = [(self.getSubfilter(subfilterName), mode, source) for subfilterName, mode, source in self.subfilters]
error = False
canvasGlyph = RGlyph()
canvasPen = canvasGlyph.getPen()
canvasGlyph.width = glyph.width
glyph.draw(canvasPen)
steps = []
for i, (currentFilter, mode, source) in enumerate(subfilters):
if error == True:
continue
if source is None:
sourceGlyph = canvasGlyph
else:
try:
sourceGlyph = steps[source]
except:
layerGlyph = glyph.getLayer(source)
if len(layerGlyph) > 0:
sourceGlyph = RGlyph()
pen = sourceGlyph.getPen()
layerGlyph.draw(pen)
else:
sourceGlyph = canvasGlyph
sourceGlyph.name = glyph.name
arguments = {argumentName: globalArguments[(subfilterName, argumentName, filterOrder)] for subfilterName, argumentName, filterOrder in globalArguments if subfilterName == currentFilter.name and filterOrder == i}
processedGlyph = currentFilter.filterGlyph(sourceGlyph, arguments)
steps.append(processedGlyph)
if mode in ['union', 'difference', 'intersection', 'xor']:
try:
b1 = BooleanGlyph(canvasGlyph)
b2 = BooleanGlyph(processedGlyph)
operation = getattr(b1, mode)
processedGlyph = operation(b2)
except:
error = True
if mode != 'add':
canvasGlyph.clear()
processedGlyph.draw(canvasPen)
if error == True:
canvasGlyph = ErrorGlyph()
elif error == False:
canvasGlyph.name = glyph.name
canvasGlyph.unicode = glyph.unicode
if canvasGlyph.width is None:
canvasGlyph.width = glyph.width
return canvasGlyph
def set(self, glyphInput, keepWords=False):
thisFont = self.thisFont
kerning = self.kerning
fontKeys = thisFont.keys()
if isinstance(glyphInput, str):
glyphRecord = self.stringToGlyphs(glyphInput)
elif isinstance(glyphInput, list):
glyphRecord = glyphInput
suffixes = self.settings['suffix']
if len(suffixes) > 0:
for i, glyphName in enumerate(glyphRecord):
for suffix in suffixes:
if glyphName + suffix in fontKeys:
glyphRecord[i] = glyphName + suffix
kernGroups = self.getKernGroups(glyphRecord)
nbrOfGlyphs = len(glyphRecord)
UPM = thisFont.info.unitsPerEm
descender = thisFont.info.descender
ascender = thisFont.info.ascender
capHeight = thisFont.info.capHeight
xHeight = thisFont.info.xHeight
pointSize = self.type['size']
_line_Height = self.type['_line_Height']
tracking = self.type['tracking']
color = self.type['color'][0:]
alpha = self.type['alpha']
x, y, width, height = self.canvas['posSize']
sc = pointSize/UPM
xAdvance = yAdvance = 0
kerningValue = 0
# exceed allowance: to which extent can a word go beyond bounds
eA = 0.97
wordLetterOffset = 0
spaceWidth = thisFont['space'].width
glyphGroups = []
previousGlyph = None
previousGlyphGroups = []
wordGlyph = RGlyph()
wordGlyph.name = ''
glyphDrawingTime = 0
wordKerning = []
useKerning = self.settings['useKerning']
showKerning = self.settings['showKerning']
showGlyphBox = self.settings['showGlyphBox']
showFrame = self.settings['showFrame']
pageStamp = self.settings['pageStamp']
newPage(*self.formats[self.preset])
if showFrame: self.showFrame()
if pageStamp: self.pageStamp()
# compensate for upward y coordinates
xPos = x
yPos = y + height - ((UPM+descender)*sc)
translate(xPos, yPos)
for i, glyphName in enumerate(glyphRecord):
# filtering missing glyphs
if (glyphName not in fontKeys) and (glyphName != '\n'):
if '.notdef' in fontKeys:
glyphName = '.notdef'
else: continue
# skip spaces at the start of a new line
if (glyphName == 'space') and (xAdvance == 0) and (wordLetterOffset == 0):
continue
if glyphName != '\n':
glyph = thisFont[glyphName]
# check for need of a new line
if ((glyphName == '\n') and (not keepWords)) or \
(xAdvance + (glyph.width*sc*eA) >= width):
xAdvance = 0
kerningValue = 0
yAdvance += (UPM*_line_Height)*sc
_newLine = False
previousGlyph = None
previousGlyphGroups = None
if (glyphName == '\n'):
continue
# kerning
if glyphName in kernGroups.keys():
glyphGroups = kernGroups[glyphName]
# filter out non kern groups
glyphGroups = [group for group in glyphGroups if ('MMK' in group) or ('kern' in group)]
if (previousGlyph is not None) and useKerning:
for group in glyphGroups:
for prevGroup in previousGlyphGroups:
if kerning[(prevGroup,group)] is not None:
kerningValue = kerning[(prevGroup,group)]
glyphStart = time()
# if word wrap
if keepWords:
# add each glyph of a word to the wordGlyph and skip the drawing
# add metrics of each glyph to the wordGlyph
if (glyphName != 'space') and (glyphName != '\n') and (i < nbrOfGlyphs-1):
# draw kerning if word wrap
if showKerning and (kerningValue != 0):
save()
scale(sc)
fill(1, 0, 0, 0.5)
thisKern = BezierPath()
thisKern.moveTo((wordLetterOffset, descender))
thisKern.lineTo((wordLetterOffset, ascender))
thisKern.lineTo((wordLetterOffset + kerningValue, ascender))
thisKern.lineTo((wordLetterOffset + kerningValue, descender))
thisKern.closePath()
wordKerning.append(thisKern)
restore()
wordGlyph.appendGlyph(glyph, (wordLetterOffset + kerningValue, 0))
wordGlyph.width += (glyph.width + tracking + kerningValue)
wordGlyph.name += glyphName
wordLetterOffset += (glyph.width + tracking + kerningValue)
previousGlyph = glyph
previousGlyphGroups = glyphGroups
kerningValue = 0
continue
# when a space is hit, or if it’s the end of the text
# the wordglyph is passed as main glyph to be drawn
# check if the word doesn’t exceed boundaries
elif (glyphName == 'space') or (glyphName == '\n') or (i == nbrOfGlyphs-1):
if (i == nbrOfGlyphs-1) and (glyphName != '\n'):
wordGlyph.appendGlyph(glyph, (wordLetterOffset + kerningValue, 0))
wordGlyph.width += (glyph.width + tracking)
wordGlyph.name += glyphName
if glyphName != '\n':
previousGlyph = glyph
previousGlyphGroups = glyphGroups
glyph = wordGlyph
wordGlyph = RGlyph()
wordGlyph.name = ''
wordLetterOffset += tracking + kerningValue
if (xAdvance + (glyph.width*sc*eA) >= width):
xAdvance = 0
kerningValue = 0
yAdvance += (UPM*_line_Height)*sc
# check for need of a new page
if yAdvance + (UPM*sc) >= height:
newPage()
if showFrame: self.showFrame()
if pageStamp: self.pageStamp()
translate(xPos, yPos)
xAdvance = 0
yAdvance = 0
kerningValue = 0
# Drawing, yay!
save()
if not keepWords:
translate(xAdvance + (kerningValue*sc), -yAdvance)
elif keepWords:
translate(xAdvance, -yAdvance)
scale(sc)
# draw kerning if no word wrap
if showKerning:
save()
fill(1, 0, 0, 0.5)
if not keepWords:
if kerningValue > 0:
fill(.2, .9, 0, 0.5)
rect(0, descender, -kerningValue, UPM)
elif keepWords:
for kern in wordKerning:
drawPath(kern)
wordKerning = []
restore()
# draw glyphBox
if showGlyphBox:
glyphWidth = glyph.width
save()
fill()
stroke(.5)
rect(0, descender, glyphWidth, UPM)
for h, c in [(0, (.5,)), (xHeight,(.5, .9, 0)), (capHeight,(.1, .4, .9))]:
stroke(*c)
line((0, h), (glyphWidth, h))
restore()
# glyph color
if len(color) == 3:
fill(*color + (alpha,))
if alpha < 1: stroke(*color)
elif len(color) == 4:
cmykFill(*color + (alpha,))
if alpha < 1: cmykStroke(*color)
else:
fill(0)
if alpha < 1:stroke(0)
_drawGlyph(thisFont, glyph)
if not keepWords:
xAdvance += (glyph.width + tracking + kerningValue)*sc
kerningValue = 0
previousGlyph = glyph
previousGlyphGroups = glyphGroups
elif keepWords and (glyphName != '\n'):
xAdvance += (wordLetterOffset + spaceWidth + kerningValue)*sc
wordLetterOffset = 0
kerningValue = 0
previousGlyph = glyph
previousGlyphGroups = glyphGroups
elif keepWords and (glyphName == '\n'):
xAdvance = 0
kerningValue = 0
wordLetterOffset = 0
yAdvance += (UPM*_line_Height)*sc
previousGlyph = None
previousGlyphGroups = None
restore()
glyphStop = time()
glyphDrawingTime += (glyphStop-glyphStart) * 1000
print 'average glyph drawing %0.2f ms, total %0.2f ms, %s glyphs drawn' % (glyphDrawingTime/nbrOfGlyphs, glyphDrawingTime, nbrOfGlyphs)
def _decompose(glyph):
components = glyph.components
font = glyph.getParent()
decomposedGlyph = RGlyph()
if font is not None:
for component in components:
decomponent = RGlyph()
decomponent.appendGlyph(font[component.baseGlyph])
decomponent.scale((component.scale[0], component.scale[1]))
decomponent.move((component.offset[0], component.offset[1]))
decomposedGlyph.appendGlyph(decomponent)
for contour in glyph.contours:
decomposedGlyph.appendContour(contour)
decomposedGlyph.width = glyph.width
return decomposedGlyph
def makeGlyph(glyphList, font, message, mark, saveBackup):
# Initialize the progress bar
tickCount = len(glyphList)
bar = ProgressBar(message, tickCount)
tick = 0
for item in glyphList:
glyphName, advanceWidth, components = item
# If the font has the glyph, lots of checking is required to see if changes have been made
if font.has_key(glyphName):
glyph = font[glyphName]
#Build new glyph for comparisons
newGlyph = RGlyph()
count = 0
while count < len(components):
component, x, y = components[count]
newGlyph.appendComponent(component, offset=(x, y))
count = count + 1
newGlyph.width = advanceWidth
# Make digest of the new glyph
pointPen = DigestPointPen()
newGlyph.drawPoints(pointPen)
newDigest = pointPen.getDigest()
# Make digest of the old glyph
pointPen = DigestPointPen()
glyph.drawPoints(pointPen)
oldDigest = pointPen.getDigest()
# Check the advance width
if glyph.width != advanceWidth:
glyph.width = advanceWidth
if mark == 1:
glyph.mark = 200
# If the digests don't match, rebuild components
if oldDigest is not newDigest:
if saveBackup == 1:
backupName = glyph.name + '.bkup'
font.insertGlyph(glyph, name=backupName)
glyph.clearComponents()
count = 0
while count < len(components):
component, x, y = components[count]
glyph.appendComponent(component, offset=(x, y))
count = count + 1
if mark == 1:
glyph.mark = 200
# Clean up things
glyph.update()
bar.tick(tick)
tick = tick + 1
# If the glyph is not in the font, build a new glyph
else:
font.newGlyph(glyphName, clear=True)
glyph = font[glyphName]
glyph.width = advanceWidth
count = 0
while count < len(components):
component, x, y = components[count]
glyph.appendComponent(component, offset=(x, y))
count = count + 1
if mark == 1:
glyph.mark = 300
glyph.update()
bar.tick(tick)
tick = tick + 1
bar.close()
def filterGroup(glyph, font=None, **overrideGlobalArguments):
globalArguments = {
self.splitSubfilterArgumentName(argumentName):
self.arguments[argumentName]
for argumentName in self.arguments
}
for key in overrideGlobalArguments:
_subfilterName_, _overrideArgumentName_, _filterOrder_ = self.splitSubfilterArgumentName(
key)
if (_subfilterName_, _overrideArgumentName_) != (None, None):
globalArguments[(
_subfilterName_, _overrideArgumentName_,
_filterOrder_)] = overrideGlobalArguments[key]
subfilters = [(self.getSubfilter(subfilterName), mode, source)
for subfilterName, mode, source in self.subfilters]
error = False
canvasGlyph = RGlyph()
canvasPen = canvasGlyph.getPen()
canvasGlyph.width = glyph.width
glyph.draw(canvasPen)
steps = []
for i, (currentFilter, mode, source) in enumerate(subfilters):
if error == True:
continue
if source is None:
sourceGlyph = canvasGlyph
else:
try:
sourceGlyph = steps[source]
except:
layerGlyph = glyph.getLayer(source)
if len(layerGlyph) > 0:
sourceGlyph = RGlyph()
pen = sourceGlyph.getPen()
layerGlyph.draw(pen)
else:
sourceGlyph = canvasGlyph
sourceGlyph.name = glyph.name
arguments = {
argumentName:
globalArguments[(subfilterName, argumentName, filterOrder)]
for subfilterName, argumentName, filterOrder in
globalArguments
if subfilterName == currentFilter.name and filterOrder == i
}
processedGlyph = currentFilter.filterGlyph(
sourceGlyph, arguments)
steps.append(processedGlyph)
if mode in ['union', 'difference', 'intersection', 'xor']:
try:
b1 = BooleanGlyph(canvasGlyph)
b2 = BooleanGlyph(processedGlyph)
operation = getattr(b1, mode)
processedGlyph = operation(b2)
except:
error = True
if mode != 'add':
canvasGlyph.clear()
processedGlyph.draw(canvasPen)
if error == True:
canvasGlyph = ErrorGlyph()
elif error == False:
canvasGlyph.name = glyph.name
canvasGlyph.unicode = glyph.unicode
if canvasGlyph.width is None:
canvasGlyph.width = glyph.width
return canvasGlyph
def filterGroup(glyph, font=None, **overrideGlobalArguments):
globalArguments = {
self.splitSubfilterArgumentName(argumentName):
self.arguments[argumentName]
for argumentName in self.arguments
}
for key in overrideGlobalArguments:
_subfilterName_, _overrideArgumentName_, _filterOrder_ = self.splitSubfilterArgumentName(
key)
if (_subfilterName_, _overrideArgumentName_) != (None, None):
globalArguments[(
_subfilterName_, _overrideArgumentName_,
_filterOrder_)] = overrideGlobalArguments[key]
subfilters = [(self.getSubfilter(subfilterName), mode, source)
for subfilterName, mode, source in self.subfilters]
error = False
canvasGlyph = RGlyph()
canvasPen = canvasGlyph.getPen()
canvasGlyph.width = glyph.width
glyph.draw(canvasPen)
steps = []
for i, (currentFilter, mode, source) in enumerate(subfilters):
if error == True:
continue
if not source:
sourceGlyph = canvasGlyph
else:
try:
sourceGlyph = steps[source - 1]
except:
layerGlyph = glyph.getLayer(source)
if len(layerGlyph) > 0:
sourceGlyph = RGlyph()
pen = sourceGlyph.getPen()
layerGlyph.draw(pen)
else:
sourceGlyph = canvasGlyph
sourceGlyph.name = glyph.name
arguments = {
argumentName:
globalArguments[(subfilterName, argumentName, filterOrder)]
for subfilterName, argumentName, filterOrder in
globalArguments
if subfilterName == currentFilter.name and filterOrder == i
}
processedGlyph = currentFilter.filterGlyph(
sourceGlyph, arguments)
if mode in ['union', 'difference', 'intersection', 'xor']:
try:
# collectedComponents = [component for component in processedGlyph.components]
b1 = BooleanGlyph(canvasGlyph)
b2 = BooleanGlyph(processedGlyph)
operation = getattr(b1, mode)
b3 = operation(b2)
processedGlyph = RGlyph()
processedPen = processedGlyph.getPen()
b3.draw(processedPen)
# for component in collectedComponents:
# processedGlyph.appendComponent(component.baseGlyph, component.offset, component.scale)
except:
error = True
steps.append(processedGlyph)
if mode == 'ignore' and len(steps) > 1:
processedGlyph = steps[-2]
elif mode == 'ignore':
processedGlyph = sourceGlyph
if mode != 'add':
canvasGlyph.clear()
processedGlyph.draw(canvasPen)
if processedGlyph.width:
canvasGlyph.width = processedGlyph.width
if error == True:
canvasGlyph = ErrorGlyph()
elif error == False:
cleanPen = FilterPointPen(font)
canvasGlyph.drawPoints(cleanPen)
canvasGlyph.clearContours()
canvasPointPen = canvasGlyph.getPointPen()
cleanPen.extract(canvasPointPen)
canvasGlyph.name = glyph.name
canvasGlyph.unicode = glyph.unicode
if canvasGlyph.width is None:
canvasGlyph.width = glyph.width
return canvasGlyph
def set(self, glyphInput, keepWords=False):
thisFont = self.thisFont
kerning = self.kerning
fontKeys = thisFont.keys()
if isinstance(glyphInput, str) or isinstance(glyphInput, unicode):
glyphRecord = self.stringToGlyphs(glyphInput)
elif isinstance(glyphInput, list):
glyphRecord = glyphInput
suffixes = self.settings['suffix']
if len(suffixes) > 0:
for i, glyphName in enumerate(glyphRecord):
for suffix in suffixes:
if glyphName + suffix in fontKeys:
glyphRecord[i] = glyphName + suffix
kernGroups = self.getKernGroups(glyphRecord)
nbrOfGlyphs = len(glyphRecord)
UPM = thisFont.info.unitsPerEm
descender = thisFont.info.descender
ascender = thisFont.info.ascender
capHeight = thisFont.info.capHeight
xHeight = thisFont.info.xHeight
pointSize = self.type['size']
_line_Height = self.type['_line_Height']
tracking = self.type['tracking']
color = self.type['color'][0:]
alpha = self.type['alpha']
x, y, width, height = self.canvas['posSize']
sc = pointSize / UPM
xAdvance = yAdvance = 0
kerningValue = 0
# exceed allowance: to which extent can a word go beyond bounds
eA = 0.97
wordLetterOffset = 0
spaceWidth = thisFont['space'].width
glyphGroups = []
previousGlyph = None
previousGlyphGroups = []
wordGlyph = RGlyph()
wordGlyph.name = ''
glyphDrawingTime = 0
wordKerning = []
useKerning = self.settings['useKerning']
showKerning = self.settings['showKerning']
showGlyphBox = self.settings['showGlyphBox']
showFrame = self.settings['showFrame']
pageStamp = self.settings['pageStamp']
newPage(*self.formats[self.preset])
if showFrame: self.showFrame()
if pageStamp: self.pageStamp()
# compensate for upward y coordinates
xPos = x
yPos = y + height - ((UPM + descender) * sc)
translate(xPos, yPos)
for i, glyphName in enumerate(glyphRecord):
# filtering missing glyphs
if (glyphName not in fontKeys) and (glyphName != '\n'):
if '.notdef' in fontKeys:
glyphName = '.notdef'
else:
continue
# skip spaces at the start of a new line
if (glyphName == 'space') and (xAdvance == 0) and (wordLetterOffset
== 0):
continue
if glyphName != '\n':
glyph = thisFont[glyphName]
# check for need of a new line
if ((glyphName == '\n') and (not keepWords)) or \
(xAdvance + (glyph.width*sc*eA) >= width):
xAdvance = 0
kerningValue = 0
yAdvance += (UPM * _line_Height) * sc
_newLine = False
previousGlyph = None
previousGlyphGroups = None
if (glyphName == '\n'):
continue
# kerning
if glyphName in kernGroups.keys():
glyphGroups = kernGroups[glyphName]
# filter out non kern groups
glyphGroups = [
group for group in glyphGroups
if ('MMK' in group) or ('kern' in group)
]
if (previousGlyph is not None) and useKerning:
for group in glyphGroups:
for prevGroup in previousGlyphGroups:
if kerning[(prevGroup, group)] is not None:
kerningValue = kerning[(prevGroup, group)]
# glyphStart = time()
# if word wrap
if keepWords:
# add each glyph of a word to the wordGlyph and skip the drawing
# add metrics of each glyph to the wordGlyph
if (glyphName != 'space') and (glyphName !=
'\n') and (i < nbrOfGlyphs - 1):
# draw kerning if word wrap
if showKerning and (kerningValue != 0):
save()
scale(sc)
fill(1, 0, 0, 0.5)
thisKern = BezierPath()
thisKern.moveTo((wordLetterOffset, descender))
thisKern.lineTo((wordLetterOffset, ascender))
thisKern.lineTo(
(wordLetterOffset + kerningValue, ascender))
thisKern.lineTo(
(wordLetterOffset + kerningValue, descender))
thisKern.closePath()
wordKerning.append(thisKern)
restore()
if len(glyph.components) > 0:
glyph = _decompose(glyph)
wordGlyph.appendGlyph(glyph,
(wordLetterOffset + kerningValue, 0))
wordGlyph.width += (glyph.width + tracking + kerningValue)
wordGlyph.name += glyphName
wordLetterOffset += (glyph.width + tracking + kerningValue)
previousGlyph = glyph
previousGlyphGroups = glyphGroups
kerningValue = 0
continue
# when a space is hit, or if it’s the end of the text
# the wordglyph is passed as main glyph to be drawn
# check if the word doesn’t exceed boundaries
elif (glyphName
== 'space') or (glyphName
== '\n') or (i == nbrOfGlyphs - 1):
if (i == nbrOfGlyphs - 1) and (glyphName != '\n'):
if len(glyph.components) > 0:
glyph = _decompose(glyph)
wordGlyph.appendGlyph(
glyph, (wordLetterOffset + kerningValue, 0))
wordGlyph.width += (glyph.width + tracking)
wordGlyph.name += glyphName
if glyphName != '\n':
previousGlyph = glyph
previousGlyphGroups = glyphGroups
glyph = wordGlyph
wordGlyph = RGlyph()
wordGlyph.name = ''
wordLetterOffset += tracking + kerningValue
if (xAdvance + (glyph.width * sc * eA) >= width):
xAdvance = 0
kerningValue = 0
yAdvance += (UPM * _line_Height) * sc
# check for need of a new page
if yAdvance + (UPM * sc) >= height:
newPage()
if showFrame: self.showFrame()
if pageStamp: self.pageStamp()
translate(xPos, yPos)
xAdvance = 0
yAdvance = 0
kerningValue = 0
# Drawing, yay!
save()
if not keepWords:
translate(xAdvance + (kerningValue * sc), -yAdvance)
elif keepWords:
translate(xAdvance, -yAdvance)
scale(sc)
# draw kerning if no word wrap
if showKerning:
save()
fill(1, 0, 0, 0.5)
if not keepWords:
if kerningValue > 0:
fill(.2, .9, 0, 0.5)
rect(0, descender, -kerningValue, UPM)
elif keepWords:
for kern in wordKerning:
drawPath(kern)
wordKerning = []
restore()
# draw glyphBox
if showGlyphBox:
glyphWidth = glyph.width
save()
fill()
stroke(.5)
rect(0, descender, glyphWidth, UPM)
for h, c in [(0, (.5, )), (xHeight, (.5, .9, 0)),
(capHeight, (.1, .4, .9))]:
stroke(*c)
line((0, h), (glyphWidth, h))
restore()
# glyph color
if len(color) == 3:
fill(*color + (alpha, ))
if alpha < 1: stroke(*color)
elif len(color) == 4:
cmykFill(*color + (alpha, ))
if alpha < 1: cmykStroke(*color)
else:
fill(0)
if alpha < 1: stroke(0)
glyphStart = time()
glyph.setParent(thisFont)
_drawGlyph(glyph)
if not keepWords:
xAdvance += (glyph.width + tracking + kerningValue) * sc
kerningValue = 0
previousGlyph = glyph
previousGlyphGroups = glyphGroups
elif keepWords and (glyphName != '\n'):
xAdvance += (wordLetterOffset + spaceWidth + kerningValue) * sc
wordLetterOffset = 0
kerningValue = 0
previousGlyph = glyph
previousGlyphGroups = glyphGroups
elif keepWords and (glyphName == '\n'):
xAdvance = 0
kerningValue = 0
wordLetterOffset = 0
yAdvance += (UPM * _line_Height) * sc
previousGlyph = None
previousGlyphGroups = None
restore()
glyphStop = time()
glyphDrawingTime += (glyphStop - glyphStart) * 1000
print 'average glyph drawing %0.2f ms, total %0.2f ms, %s glyphs drawn' % (
glyphDrawingTime / nbrOfGlyphs, glyphDrawingTime, nbrOfGlyphs)
def _decompose(glyph):
components = glyph.components
font = glyph.getParent()
decomposedGlyph = RGlyph()
if font is not None:
for component in components:
decomponent = RGlyph()
decomponent.appendGlyph(font[component.baseGlyph])
decomponent.scale((component.scale[0], component.scale[1]))
decomponent.move((component.offset[0], component.offset[1]))
decomposedGlyph.appendGlyph(decomponent)
for contour in glyph.contours:
decomposedGlyph.appendContour(contour)
decomposedGlyph.width = glyph.width
return decomposedGlyph
def freezeGlyph(glyph):
"""Return a copy of a glyph, with components decomposed and all overlap removed."""
toRFGlyph = RGlyph()
toRFpen = toRFGlyph.getPen()
glyph.draw(toRFpen)
if len(glyph.components):
decomposedComponents = extractComposites(glyph)
decomposedComponents.draw(toRFpen)
singleContourGlyph = RGlyph()
singleContourGlyph.width = glyph.width
singleContourGlyph.name = glyph.name
pointPen = singleContourGlyph.getPointPen()
if len(toRFGlyph.contours) > 1:
try:
booleanGlyphs = []
for c in toRFGlyph.contours:
if len(c) > 1:
b = BooleanGlyph()
pen = b.getPen()
c.draw(pen)
booleanGlyphs.append(b)
finalBooleanGlyph = reduce(lambda g1, g2: g1 | g2, booleanGlyphs)
finalBooleanGlyph.drawPoints(pointPen)
except:
toRFGlyph.drawPoints(pointPen)
else:
toRFGlyph.drawPoints(pointPen)
return singleContourGlyph
def filterGroup(glyph, font=None, **overrideGlobalArguments):
globalArguments = {self.splitSubfilterArgumentName(argumentName): self.arguments[argumentName] for argumentName in self.arguments}
for key in overrideGlobalArguments:
_subfilterName_, _overrideArgumentName_, _filterOrder_ = self.splitSubfilterArgumentName(key)
if (_subfilterName_, _overrideArgumentName_) != (None, None):
globalArguments[(_subfilterName_, _overrideArgumentName_, _filterOrder_)] = overrideGlobalArguments[key]
subfilters = [(self.getSubfilter(subfilterName), mode, source) for subfilterName, mode, source in self.subfilters]
error = False
canvasGlyph = RGlyph()
canvasPen = canvasGlyph.getPen()
canvasGlyph.width = glyph.width
glyph.draw(canvasPen)
steps = []
for i, (currentFilter, mode, source) in enumerate(subfilters):
if error == True:
continue
if not source:
sourceGlyph = canvasGlyph
else:
try:
sourceGlyph = steps[source-1]
except:
layerGlyph = glyph.getLayer(source)
if len(layerGlyph) > 0:
sourceGlyph = RGlyph()
pen = sourceGlyph.getPen()
layerGlyph.draw(pen)
else:
sourceGlyph = canvasGlyph
sourceGlyph.name = glyph.name
arguments = {argumentName: globalArguments[(subfilterName, argumentName, filterOrder)] for subfilterName, argumentName, filterOrder in globalArguments if subfilterName == currentFilter.name and filterOrder == i}
processedGlyph = currentFilter.filterGlyph(sourceGlyph, arguments)
if mode in ['union', 'difference', 'intersection', 'xor']:
try:
# collectedComponents = [component for component in processedGlyph.components]
b1 = BooleanGlyph(canvasGlyph)
b2 = BooleanGlyph(processedGlyph)
operation = getattr(b1, mode)
b3 = operation(b2)
processedGlyph = RGlyph()
processedPen = processedGlyph.getPen()
b3.draw(processedPen)
# for component in collectedComponents:
# processedGlyph.appendComponent(component.baseGlyph, component.offset, component.scale)
except:
error = True
steps.append(processedGlyph)
if mode == 'ignore' and len(steps) > 1:
processedGlyph = steps[-2]
elif mode == 'ignore':
processedGlyph = sourceGlyph
if mode != 'add':
canvasGlyph.clear()
processedGlyph.draw(canvasPen)
if processedGlyph.width:
canvasGlyph.width = processedGlyph.width
if error == True:
canvasGlyph = ErrorGlyph()
elif error == False:
cleanPen = FilterPointPen(font)
canvasGlyph.drawPoints(cleanPen)
canvasGlyph.clearContours()
canvasPointPen = canvasGlyph.getPointPen()
cleanPen.extract(canvasPointPen)
canvasGlyph.name = glyph.name
canvasGlyph.unicode = glyph.unicode
if canvasGlyph.width is None:
canvasGlyph.width = glyph.width
return canvasGlyph
if negativeTracking:
tracking = -tracking
#################
#################
def _drawGlyph(glyph):
path = glyph.naked().getRepresentation("defconAppKit.NSBezierPath")
drawPath(path)
def _decompose(glyph):
components = glyph.components
font = glyph.getParent()
decomposedGlyph = RGlyph()
if font is not None:
for component in components:
decomponent = RGlyph()
decomponent.appendGlyph(font[component.baseGlyph])
decomponent.scale((component.scale[0], component.scale[1]))
decomponent.move((component.offset[0], component.offset[1]))
decomposedGlyph.appendGlyph(decomponent)
for contour in glyph.contours:
decomposedGlyph.appendContour(contour)
decomposedGlyph.width = glyph.width
return decomposedGlyph
class TypeSetter(object):