def recalc(self, doAll=True):
for it in self.cvars.numeric.itervalues():
util.clampObj(self, it.name, it.minVal, it.maxVal)
for el in self.types.itervalues():
for it in el.cvars.numeric.itervalues():
util.clampObj(el, it.name, it.minVal, it.maxVal)
for it in self.cvars.stringLatin1.itervalues():
setattr(self, it.name, util.toInputStr(getattr(self, it.name)))
for pf in self.pdfFonts.itervalues():
pf.refresh()
# make sure usable space on the page isn't too small
if doAll and (self.marginTop + self.marginBottom) >= (self.paperHeight - 100.0):
self.marginTop = 0.0
self.marginBottom = 0.0
h = self.paperHeight - self.marginTop - self.marginBottom
# how many lines on a page
self.linesOnPage = int(h / util.getTextHeight(self.fontSize))
def recalc(self, doAll=True):
for it in self.cvars.numeric.itervalues():
util.clampObj(self, it.name, it.minVal, it.maxVal)
for el in self.types.itervalues():
for it in el.cvars.numeric.itervalues():
util.clampObj(el, it.name, it.minVal, it.maxVal)
for it in self.cvars.stringLatin1.itervalues():
setattr(self, it.name, util.toInputStr(getattr(self, it.name)))
for pf in self.pdfFonts.itervalues():
pf.refresh()
# make sure usable space on the page isn't too small
if doAll and (self.marginTop + self.marginBottom) >= \
(self.paperHeight - 100.0):
self.marginTop = 0.0
self.marginBottom = 0.0
h = self.paperHeight - self.marginTop - self.marginBottom
# how many lines on a page
self.linesOnPage = int(h / util.getTextHeight(self.fontSize))
def recalc(self):
for it in self.cvars.numeric.itervalues():
util.clampObj(self, it.name, it.minVal, it.maxVal)
def recalc(self):
for it in self.cvars.numeric.itervalues():
util.clampObj(self, it.name, it.minVal, it.maxVal)