def attribModel(self) :
attrList = []
defaultFloc = self._fileLoc("gid")
attrList.append(Attribute('glyph number', self.__getattribute__, None, False, defaultFloc, False, 'gid')) # read-only
attrList.append(Attribute('GDL name', self.GDLName, None, fileLoc=defaultFloc)) ## self.setGDL
attrList.append(Attribute('Postscript', self.__getattribute__, None, False, defaultFloc, False, 'psname')) #read-only
#attrList.append(Attribute('USV', self.__getattribute__, self.__setattr__, False, False, 'uid'))
attrList.append(Attribute('USV', self.__getattribute__, None, False, defaultFloc, False, 'uid'))
attrList.append(Attribute('comment', self.__getattribute__, None, False, None, False, 'comment')) ## self.__setattr__, False, 'comment'))
for a in sorted(self.properties.keys()) :
# classes
attrList.append(Attribute(a, self.getProperty, None, False, self._fileLoc(a), True, a)) ## self.setPropertyX
for a in sorted(self.gdlProperties.keys()) :
# breakweight, dir, mirror, etc.
if a == "*actualForPseudo*" :
actual = self.getGdlProperty("*actualForPseudo*")
if actual != 0 :
attrList.append(Attribute(a, self.getGdlProperty, None, False, self._fileLoc(a), False, a)) ## self.setGdlProperty
elif a == "*skipPasses*" :
attrList.append(Attribute(a, self.getGdlPropertyWithBinary, None, False, None, False, a))
else :
attrList.append(Attribute(a, self.getGdlProperty, None, False, self._fileLoc(a), False, a)) ## self.setGdlProperty
topModel = AttribModel(attrList) # top-level structure
# points
ptAttrList = []
ptModel = AttribModel(ptAttrList, topModel) # sub-tree for points
for k in sorted(self.anchors.keys()) :
ptAttrList.append(Attribute(k, self.getPoint, None, False, self._fileLoc(k), False, k)) ## self.setPoint
topModel.add(Attribute('points', None, None, True, None, False, ptModel))
# user-defined
#try : self.userProperties
#except : self.userProperties = {}
if len(self.userProperties) :
userAttrList = []
userModel = AttribModel(userAttrList, topModel) # sub-tree for user-defined attrs
for k in sorted(self.userProperties.keys()) :
userAttrList.append(Attribute(k, self.getUserProperty, None, False, self._fileLoc(k), False, k))
topModel.add(Attribute('user-defined', None, None, True, None, False, userModel))
# justification - TODO clean up line-and-file stuff for multiple levels
if len(self.justifies) :
jModel = AttribModel([], topModel) # sub-tree for justify attrs
for (iLevel, j) in enumerate(self.justifies) :
jlAttrs = [] # list of justify attrs at this level
lModel = AttribModel(jlAttrs, jModel) # sub-tree for this level
for k in j.keys() :
fullName = "justify." + string(iLevel) + "." + k
jlAttrs.append(Attribute(k, self.getJustify, None, False,
self._fileLoc(fullName), iLevel, k))
jModel.add(Attribute(str(iLevel), None, None, True, None, False, lModel))
topModel.add(Attribute('justify', None, None, True, None, False, jModel))
# collision
colAttrList = []
if (len(self.collisionProps)) :
colModel = AttribModel(colAttrList, topModel) # sub-tree for collision
for k in self.sortedCollKeys(self.collisionProps.keys()) :
colAttrList.append(Attribute(k, self.getCollisionAnnot, None, False, self._fileLoc("collision."+k), False, k))
topModel.add(Attribute('collision', None, None, True, None, False, colModel))
#sequence
seqAttrList = []
if (len(self.sequenceProps)) :
seqModel = AttribModel(seqAttrList, topModel) #sub-tree for sequence
for k in self.sortedSeqKeys(self.sequenceProps.keys()) :
seqAttrList.append(Attribute(k, self.getSequence, None, False, self._fileLoc("sequence."+k), False, k))
topModel.add(Attribute('sequence', None, None, True, None, False, seqModel))
# octaboxes
octaAttrList = []
if (len(self.octaboxProps)) :
octaModel = AttribModel(octaAttrList, topModel) # sub-tree for octaboxes
for k in sorted(self.octaboxProps.keys()) :
octaAttrList.append(Attribute(k, self.getOctabox, None, False, None, False, k))
topModel.add(Attribute('octabox', None, None, True, None, False, octaModel))
return topModel
def attribModel(self) :
attrList = []
defaultFloc = self._fileLoc("gid")
attrList.append(Attribute('glyph number', self.__getattribute__, None, False, defaultFloc, 'gid')) # read-only
attrList.append(Attribute('GDL name', self.GDLName, None, fileLoc=defaultFloc)) ## self.setGDL
attrList.append(Attribute('Postscript', self.__getattribute__, None, False, defaultFloc, 'psname')) #read-only
#attrList.append(Attribute('USV', self.__getattribute__, self.__setattr__, False, 'uid'))
attrList.append(Attribute('USV', self.__getattribute__, None, False, defaultFloc, 'uid'))
attrList.append(Attribute('comment', self.__getattribute__, None, False, None, 'comment')) ## self.__setattr__, False, 'comment'))
for a in sorted(self.properties.keys()) :
# classes
attrList.append(Attribute(a, self.getProperty, None, False, self._fileLoc(a), a)) ## self.setPropertyX
for a in sorted(self.gdlProperties.keys()) :
# breakweight, dir, mirror, etc.
if a == "*actualForPseudo*" :
actual = self.getGdlProperty("*actualForPseudo*")
if actual != 0 :
attrList.append(Attribute(a, self.getGdlProperty, None, False, self._fileLoc(a), a)) ## self.setGdlProperty
elif a == "*skipPasses*" :
attrList.append(Attribute(a, self.getGdlPropertyWithBinary, None, False, None, a))
else :
attrList.append(Attribute(a, self.getGdlProperty, None, False, self._fileLoc(a), a)) ## self.setGdlProperty
topModel = AttribModel(attrList) # top-level structure
# points
ptAttrList = []
ptModel = AttribModel(ptAttrList, topModel) # sub-tree for points
for k in sorted(self.anchors.keys()) :
ptAttrList.append(Attribute(k, self.getPoint, None, False, self._fileLoc(k), k)) ## self.setPoint
topModel.add(Attribute('points', None, None, True, None, ptModel))
# user-defined
#try : self.userProperties
#except : self.userProperties = {}
if len(self.userProperties) :
userAttrList = []
userModel = AttribModel(userAttrList, topModel) # sub-tree for user-defined attrs
for k in sorted(self.userProperties.keys()) :
userAttrList.append(Attribute(k, self.getUserProperty, None, False, self._fileLoc(k), k))
topModel.add(Attribute('user-defined', None, None, True, None, userModel))
# justification - TODO clean up line-and-file stuff for multiple levels
if len(self.justifies) :
jModel = AttribModel([], topModel) # sub-tree for justify attrs
for (iLevel, j) in enumerate(self.justifies) :
jlAttrs = [] # list of justify attrs at this level
lModel = AttribModel(jlAttrs, jModel) # sub-tree for this level
for k in j.keys() :
fullName = "justify." + string(iLevel) + "." + k
jlAttrs.append(Attribute(k, self.getJustify, None, False,
self._fileLoc(fullName), iLevel, k))
jModel.add(Attribute(str(iLevel), None, None, True, None, lModel))
topModel.add(Attribute('justify', None, None, True, None, jModel))
# collision
colAttrList = []
if (len(self.collisionProps)) :
colModel = AttribModel(colAttrList, topModel) # sub-tree for collision
for k in self.sortedCollKeys(self.collisionProps.keys()) :
colAttrList.append(Attribute(k, self.getCollisionAnnot, None, False, self._fileLoc("collision."+k), k))
topModel.add(Attribute('collision', None, None, True, None, colModel))
#sequence
seqAttrList = []
if (len(self.sequenceProps)) :
seqModel = AttribModel(seqAttrList, topModel) #sub-tree for sequence
for k in self.sortedSeqKeys(self.sequenceProps.keys()) :
seqAttrList.append(Attribute(k, self.getSequence, None, False, self._fileLoc("sequence."+k), k))
topModel.add(Attribute('sequence', None, None, True, None, seqModel))
# octaboxes
octaAttrList = []
if (len(self.octaboxProps)) :
octaModel = AttribModel(octaAttrList, topModel) # sub-tree for octaboxes
for k in sorted(self.octaboxProps.keys()) :
octaAttrList.append(Attribute(k, self.getOctabox, None, False, None, k))
topModel.add(Attribute('octabox', None, None, True, None, octaModel))
return topModel
def attribModel(self):
res = []
for pair in (('index', 'index'), ('glyph number', 'gid'),
('slot ID', 'id'), ('breakweight', 'break'),
('insert', 'insert'), ('justification', 'justification')):
label, attr = pair
if hasattr(self, attr):
res.append(
Attribute(label, self.__getattribute__, None, False, None,
False, attr))
for k in ('origin', 'advance', 'shift'):
if hasattr(self, k):
res.append(
Attribute(k, self.getPos, None, False, None, False, k))
for k in ('before', 'after'):
res.append(
Attribute(k, self.getCharInfo, None, False, None, False, k))
crem = {}
if hasattr(self, 'collision'):
cres = []
cres.append(Attribute('flags', self.getColFlagsAnnot, None, False))
cres.append(
Attribute('status', self.getColStatusAnnot, None, False))
##cres.append(Attribute('margin', self.getColMargin, None, False))
##cres.append(Attribute('marginmin', self.getColMarginMin, None, False))
cres.append(
Attribute('margin', self.getColMarginAttrs, None, False))
cres.append(Attribute('min', self.getColLimitMin, None, False))
cres.append(Attribute('max', self.getColLimitMax, None, False))
cres.append(Attribute('offset', self.getColOffset, None, False))
flagOverlap = 256
#if self.getColFlags() & flagOverlap :
# cres.append(Attribute('maxoverlap', self.getColMaxOverlap, None, False))
#else :
# cres.append(Attribute('maxoverlap', self.getColMaxOverlapInvalid, None, False))
##cres.append(Attribute('order', self.getColOrderAttrs, None, False))
cres.append(Attribute('exclude', self.getColExclAttrs, None,
False))
if self.colPending:
cres.append(
Attribute('pending', self.getColPending, None, False))
#if self.colKernPending :
# cres.append(Attribute('', self.getColKernPending, None, False))
for rk in 'xysd':
if len(self.getColRemoves()[rk]):
trem = []
for v in self.getColRemoves()[rk]:
if v[2] == "exclude": # exclude is not a good label for this
label = "weighted"
elif v[2] == "remove":
label = "absolute"
else:
label = v[2]
trem.append(
Attribute(label + '(' + str(v[1]) + ')', getVal,
None, False, None, False, v[3]))
crem[rk] = trem
if hasattr(self, 'collision') and self.hasSequenceAttrs():
sres = []
sres.append(Attribute('class', self.getSeqClassAttrs, None, False))
sres.append(Attribute('order', self.getSeqOrderAttr, None, False))
sres.append(Attribute('above', self.getSeqAboveAttrs, None, False))
sres.append(Attribute('below', self.getSeqBelowAttrs, None, False))
sres.append(
Attribute('valign', self.getSeqValignAttrs, None, False))
else:
sres = None
if hasattr(self, 'parent'):
res.append(
Attribute('parent slot', self.getParent, None, False, None,
False, 'parent'))
res.append(Attribute('parent offset', self.getOffset, None, False))
resAttrib = AttribModel(res)
if hasattr(self, 'collision'):
cAttrib = AttribModel(cres, resAttrib)
resAttrib.add(
Attribute('collision', None, None, True, None, False, cAttrib))
if len(crem):
cremAttrib = AttribModel([], cAttrib)
cAttrib.add(
Attribute('removals', None, None, True, None, False,
cremAttrib))
for k in 'xysd':
if k not in crem: continue
v = crem[k]
tmodel = AttribModel(v, cremAttrib)
cremAttrib.add(
Attribute(k, None, None, True, None, False, tmodel))
r = self.getColResults()
if len(r):
crAttribModel = AttribModel([], cAttrib)
cAttrib.add(
Attribute('results', None, None, True, None, False,
crAttribModel))
for k in 'xysd':
if k not in r: continue
v = r[k]
lModel = AttribModel([], crAttribModel)
crAttribModel.add(
Attribute(k, None, None, True, None, False, lModel))
lModel.add(
Attribute(
'totalRange', getVal, None, False, None, False,
"[%d, %d]" % (v.ranges[0][0], v.ranges[0][1])))
lModel.add(
Attribute('legalRanges', getVal, None, False, None,
False, v.ranges[1:]))
lModel.add(
Attribute('bestVal', getVal, None, False, None, False,
v.val))
lModel.add(
Attribute('bestCost', getVal, None, False, None, False,
v.cost))
if sres:
sAttrib = AttribModel(sres, resAttrib)
resAttrib.add(
Attribute('sequence', None, None, True, None, False, sAttrib))
ures = []
for i in range(len(self.user)):
ures.append(
Attribute(str(i + 1), self.getUser, None, False, None, False,
i))
uAttrib = AttribModel(ures, resAttrib)
resAttrib.add(
Attribute('user attributes', None, None, True, None, False,
uAttrib))
return resAttrib
def attribModel(self) :
res = []
for pair in (('index', 'index'), ('glyph number','gid'), ('slot ID', 'id'),
('breakweight', 'break'), ('insert', 'insert'), ('justification', 'justification')) :
label,attr = pair
if hasattr(self, attr) :
res.append(Attribute(label, self.__getattribute__, None, False, None, attr))
for k in ('origin', 'advance', 'shift') :
if hasattr(self, k) :
res.append(Attribute(k, self.getPos, None, False, None, k))
for k in ('before', 'after') :
res.append(Attribute(k, self.getCharInfo, None, False, None, k))
crem = {}
if hasattr(self, 'collision') :
cres = []
cres.append(Attribute('flags', self.getColFlagsAnnot, None, False))
cres.append(Attribute('status', self.getColStatusAnnot, None, False))
##cres.append(Attribute('margin', self.getColMargin, None, False))
##cres.append(Attribute('marginmin', self.getColMarginMin, None, False))
cres.append(Attribute('margin', self.getColMarginAttrs, None, False))
cres.append(Attribute('min', self.getColLimitMin, None, False))
cres.append(Attribute('max', self.getColLimitMax, None, False))
cres.append(Attribute('offset', self.getColOffset, None, False))
flagOverlap = 256
#if self.getColFlags() & flagOverlap :
# cres.append(Attribute('maxoverlap', self.getColMaxOverlap, None, False))
#else :
# cres.append(Attribute('maxoverlap', self.getColMaxOverlapInvalid, None, False))
##cres.append(Attribute('order', self.getColOrderAttrs, None, False))
cres.append(Attribute('exclude', self.getColExclAttrs, None, False))
if self.colPending :
cres.append(Attribute('pending', self.getColPending, None, False))
#if self.colKernPending :
# cres.append(Attribute('', self.getColKernPending, None, False))
for rk in 'xysd' :
if len(self.getColRemoves()[rk]) :
trem = []
for v in self.getColRemoves()[rk] :
if v[2] == "exclude" : # exclude is not a good label for this
label = "weighted"
elif v[2] == "remove" :
label = "absolute"
else :
label = v[2]
trem.append(Attribute(label+'('+str(v[1])+')', getVal, None, False, None, v[3]))
crem[rk] = trem
if hasattr(self, 'collision') and self.hasSequenceAttrs() :
sres = []
sres.append(Attribute('class', self.getSeqClassAttrs, None, False))
sres.append(Attribute('order', self.getSeqOrderAttr, None, False))
sres.append(Attribute('above', self.getSeqAboveAttrs, None, False))
sres.append(Attribute('below', self.getSeqBelowAttrs, None, False))
sres.append(Attribute('valign', self.getSeqValignAttrs, None, False))
else :
sres = None
if hasattr(self, 'parent') :
res.append(Attribute('parent slot', self.getParent, None, False, None, 'parent'))
res.append(Attribute('parent offset', self.getOffset, None, False))
resAttrib = AttribModel(res)
if hasattr(self, 'collision') :
cAttrib = AttribModel(cres, resAttrib)
resAttrib.add(Attribute('collision', None, None, True, None, cAttrib))
if len(crem) :
cremAttrib = AttribModel([], cAttrib)
cAttrib.add(Attribute('removals', None, None, True, None, cremAttrib))
for k in 'xysd' :
if k not in crem : continue
v = crem[k]
tmodel = AttribModel(v, cremAttrib)
cremAttrib.add(Attribute(k, None, None, True, None, tmodel))
r = self.getColResults()
if len(r) :
crAttribModel = AttribModel([], cAttrib)
cAttrib.add(Attribute('results', None, None, True, None, crAttribModel))
for k in 'xysd' :
if k not in r : continue
v = r[k]
lModel = AttribModel([], crAttribModel)
crAttribModel.add(Attribute(k, None, None, True, None, lModel))
lModel.add(Attribute('totalRange', getVal, None, False, None, "[%d, %d]" % (v.ranges[0][0], v.ranges[0][1])))
lModel.add(Attribute('legalRanges', getVal, None, False, None, v.ranges[1:]))
lModel.add(Attribute('bestVal', getVal, None, False, None, v.val))
lModel.add(Attribute('bestCost', getVal, None, False, None, v.cost))
if sres :
sAttrib = AttribModel(sres, resAttrib)
resAttrib.add(Attribute('sequence', None, None, True, None, sAttrib))
ures = []
for i in range(len(self.user)) :
ures.append(Attribute(str(i+1), self.getUser, None, False, None, i))
uAttrib = AttribModel(ures, resAttrib)
resAttrib.add(Attribute('user attributes', None, None, True, None, uAttrib))
return resAttrib
