def write(self, min_value, max_value, input_units='same'):
if input_units == 'same':
pass
else:
min_value = wt_units.converter(min_value, input_units, self.units)
max_value = wt_units.converter(max_value, input_units, self.units)
# ensure order
min_value, max_value = [min([min_value, max_value]),
max([min_value, max_value])]
PyCMDS_Object.write(self, [min_value, max_value])
self.updated.emit()
def read(self, output_units='same'):
min_value, max_value = PyCMDS_Object.read(self)
if output_units == 'same':
pass
else:
min_value = wt_units.converter(min_value, self.units, output_units)
max_value = wt_units.converter(max_value, self.units, output_units)
# ensure order
min_value, max_value = [min([min_value, max_value]),
max([min_value, max_value])]
return [min_value, max_value]
def write(self, min_value, max_value, input_units="same"):
if input_units == "same":
pass
else:
min_value = wt_units.converter(min_value, input_units, self.units)
max_value = wt_units.converter(max_value, input_units, self.units)
# ensure order
min_value, max_value = [
min([min_value, max_value]),
max([min_value, max_value]),
]
PyCMDS_Object.write(self, [min_value, max_value])
self.updated.emit()
def read(self, output_units="same"):
min_value, max_value = PyCMDS_Object.read(self)
if output_units == "same":
pass
else:
min_value = wt_units.converter(min_value, self.units, output_units)
max_value = wt_units.converter(max_value, self.units, output_units)
# ensure order
min_value, max_value = [
min([min_value, max_value]),
max([min_value, max_value]),
]
return [min_value, max_value]
def _set_limits(self):
min_value, max_value = self.limits.read()
limits_units = self.limits.units
min_value = wt_units.converter(min_value, limits_units, self.units)
max_value = wt_units.converter(max_value, limits_units, self.units)
# ensure order
min_value, max_value = [min([min_value, max_value]),
max([min_value, max_value])]
if self.has_widget:
self.widget.setMinimum(min_value)
self.widget.setMaximum(max_value)
if not self.display:
self.set_tool_tip('min: ' + str(min_value) + '\n' +
'max: ' + str(max_value))
def read(self, output_units="same"):
value = PyCMDS_Object.read(self)
if output_units == "same":
pass
else:
value = wt_units.converter(value, self.units, output_units)
return value
def read(self, output_units='same'):
value = PyCMDS_Object.read(self)
if output_units == 'same':
pass
else:
value = wt_units.converter(value, self.units, output_units)
return value
def _set_limits(self):
min_value, max_value = self.limits.read()
limits_units = self.limits.units
min_value = wt_units.converter(min_value, limits_units, self.units)
max_value = wt_units.converter(max_value, limits_units, self.units)
# ensure order
min_value, max_value = [
min([min_value, max_value]),
max([min_value, max_value]),
]
if self.has_widget:
self.widget.setMinimum(min_value)
self.widget.setMaximum(max_value)
if not self.display:
self.set_tool_tip("min: " + str(min_value) + "\n" + "max: " +
str(max_value))
def convert(self, destination_units):
# value
self.value.lock()
old_val = self.value.read()
new_val = wt_units.converter(old_val, self.units, str(destination_units))
self.value.unlock()
self.value.write(new_val)
# commit and signal
self.units = str(destination_units)
self._set_limits()
self.units_updated.emit()
self.updated.emit()
def convert(self, destination_units):
# value
self.value.lock()
old_val = self.value.read()
new_val = wt_units.converter(old_val, self.units,
str(destination_units))
self.value.unlock()
self.value.write(new_val)
# commit and signal
self.units = str(destination_units)
self._set_limits()
self.units_updated.emit()
self.updated.emit()
def write(self, value, input_units="same"):
if input_units == "same":
pass
else:
value = wt_units.converter(value, input_units, self.units)
PyCMDS_Object.write(self, value)
def write(self, value, input_units='same'):
if input_units == 'same':
pass
else:
value = wt_units.converter(value, input_units, self.units)
PyCMDS_Object.write(self, value)
