def _limitRangeAndSetText(self):
# Limit
self._range.max = min(self._range.max, self._fullRange.max)
self._range.max = max(self._range.max, self._fullRange.min)
#
self._range.min = max(self._range.min, self._fullRange.min)
self._range.min = min(self._range.min, self._fullRange.max)
# Set text
tmp = self._getformat()
tmp = tmp + ' ' + unichr(8211) + ' ' + tmp
self._label.text = tmp % (self._range.min, self._range.max)
def _limitRangeAndSetText(self):
# Limit
self._range.max = min(self._range.max, self._fullRange.max)
self._range.max = max(self._range.max, self._fullRange.min)
#
self._range.min = max(self._range.min, self._fullRange.min)
self._range.min = min(self._range.min, self._fullRange.max)
# Set text
self._label.text = (self._format_number(self._range.min) +
' ' + unichr(8211) + ' ' +
self._format_number(self._range.max))
def _limitRangeAndSetText(self):
# Limit
self._range.max = min(self._range.max, self._fullRange.max)
self._range.max = max(self._range.max, self._fullRange.min)
#
self._range.min = max(self._range.min, self._fullRange.min)
self._range.min = min(self._range.min, self._fullRange.max)
# Set text
tmp = self._getformat()
tmp = tmp + ' ' + unichr(8211) + ' ' + tmp
self._label.text = tmp % (self._range.min, self._range.max)
def ConvertEscapedText(self, tt):
tt = tt.replace(r'\\', unichr(0))
# Catch valid escape codes that were supposed to be greek letters
# (a b f n r t v)
tt = tt.replace('\alpha', unichr(escapes['alpha']))
tt = tt.replace('\beta', unichr(escapes['beta']))
tt = tt.replace('\null', unichr(escapes['null']))
tt = tt.replace('\nu', unichr(escapes['nu']))
tt = tt.replace('\rho', unichr(escapes['rho']))
tt = tt.replace('\theta', unichr(escapes['theta']))
tt = tt.replace('\tau', unichr(escapes['tau']))
tt = tt.replace('\forall', unichr(escapes['forall']))
tt = tt.replace('\approxeq', unichr(escapes['approxeq']))
tt = tt.replace('\approx', unichr(escapes['approx']))
tt = tt.replace('\ne', unichr(escapes['ne']))
tt = tt.replace('\rightarrow', unichr(escapes['rightarrow']))
tt = tt.replace('\rightceil', unichr(escapes['rightceil']))
tt = tt.replace('\rightfloor', unichr(escapes['rightfloor']))
tt = tt.replace('\times', unichr(escapes['times']))
for c in escapesKeys:
tt = tt.replace('\\' + c, unichr(escapes[c]))
# get italic and bold modifiers
tt = tt.replace('\i', '\x06') # just use some char that is no string
tt = tt.replace('\b',
'\x07') # Note that '\i' == r'\i', but '\b' != r'\b'
tt = tt.replace(r'\b', '\x07')
tt = tt.replace(unichr(0), r'\\')
return tt
def ConvertEscapedText(self, tt):
tt = tt.replace(r"\\", unichr(0))
# Catch valid escape codes that were supposed to be greek letters
# (a b f n r t v)
tt = tt.replace("\alpha", unichr(escapes["alpha"]))
tt = tt.replace("\beta", unichr(escapes["beta"]))
tt = tt.replace("\null", unichr(escapes["null"]))
tt = tt.replace("\nu", unichr(escapes["nu"]))
tt = tt.replace("\rho", unichr(escapes["rho"]))
tt = tt.replace("\theta", unichr(escapes["theta"]))
tt = tt.replace("\tau", unichr(escapes["tau"]))
tt = tt.replace("\forall", unichr(escapes["forall"]))
tt = tt.replace("\approxeq", unichr(escapes["approxeq"]))
tt = tt.replace("\approx", unichr(escapes["approx"]))
tt = tt.replace("\ne", unichr(escapes["ne"]))
tt = tt.replace("\rightarrow", unichr(escapes["rightarrow"]))
tt = tt.replace("\rightceil", unichr(escapes["rightceil"]))
tt = tt.replace("\rightfloor", unichr(escapes["rightfloor"]))
tt = tt.replace("\times", unichr(escapes["times"]))
for c in escapesKeys:
tt = tt.replace("\\" + c, unichr(escapes[c]))
# get italic and bold modifiers
tt = tt.replace("\i", "\x06") # just use some char that is no string
tt = tt.replace("\b", "\x07") # Note that '\i' == r'\i', but '\b' != r'\b'
tt = tt.replace(r"\b", "\x07")
tt = tt.replace(unichr(0), r"\\")
return tt
