def initialize(self):
self._setting = SETTINGS.get(self._setting_name)
if self._setting is not None:
self.setDisplayChecked(self._setting.getValue())
self._setting.notify(self.setDisplayChecked)
self.toggled.connect(self._setting.setValue)
def textFormat(self, text_fmt):
if self._setting_name is not "":
setting = SETTINGS.get(self._setting_name)
try:
str = text_fmt.format(setting.getValue())
except ValueError:
return
self._text_format = text_fmt
def terminate(self):
LOG.debug("Saving persistent settings to %s", self.persistence_file)
settings = {}
for key, obj in SETTINGS.items():
if obj.persistent == True:
value = obj.getValue()
if obj.default_value != value:
settings[key] = value
with open(self.persistence_file, 'w') as fh:
fh.write(json.dumps(settings, indent=4, sort_keys=True))
def initialize(self):
self._setting = SETTINGS.get(self._setting_name)
if self._setting is not None:
if self._setting.max_value is not None:
self.setMaximum(self._setting.max_value)
if self._setting.min_value is not None:
self.setMinimum(self._setting.min_value)
self.setDisplayValue(self._setting.getValue())
self._setting.notify(self.setDisplayValue)
self.valueChanged.connect(self._setting.setValue)
def initialize(self):
self._setting = SETTINGS.get(self._setting_name)
if self._setting is not None:
value = self._setting.getValue()
options = self._setting.enum_options
if isinstance(options, list):
for option in options:
self.addItem(option)
self.setDisplayIndex(value)
self.currentIndexChanged.emit(value)
self._setting.notify(self.setDisplayIndex)
self.currentIndexChanged.connect(self._setting.setValue)
def updateHalPinsWithCurrentSettings(self):
self.comp.getPin(MindOverCncHalPins.TOOL_PROBE_X).value = SETTINGS.get(
"tool-setter-probe.x-coordinate").getValue()
self.comp.getPin(MindOverCncHalPins.TOOL_PROBE_Y).value = SETTINGS.get(
"tool-setter-probe.y-coordinate").getValue()
self.comp.getPin(MindOverCncHalPins.TOOL_PROBE_Z).value = SETTINGS.get(
"tool-setter-probe.z-coordinate").getValue()
self.comp.getPin(MindOverCncHalPins.MAX_Z_TRAVEL).value = SETTINGS.get(
"tool-setter-probe.z-max-travel").getValue()
self.comp.getPin(
MindOverCncHalPins.SPINDLE_NOSE_HEIGHT).value = SETTINGS.get(
"tool-setter-probe.spindle-nose-height").getValue()
self.comp.getPin(
MindOverCncHalPins.FAST_PROBE_RATE).value = SETTINGS.get(
"tool-setter-probe.fast-probe-fr").getValue()
self.comp.getPin(
MindOverCncHalPins.RETRACT_DISTANCE).value = SETTINGS.get(
"tool-setter-probe.retract-distance").getValue()
self.comp.getPin(
MindOverCncHalPins.SLOW_PROBE_RATE).value = SETTINGS.get(
"tool-setter-probe.slow-probe-fr").getValue()
def initialize(self):
self._setting = SETTINGS.get(self._setting_name)
if self._setting is not None:
val = self._setting.getValue()
validator = None
if type(val) == int:
validator = QIntValidator()
elif type(val) == float:
validator = QDoubleValidator()
self.setValidator(validator)
if self._tmp_value:
self.setDisplayValue(self._tmp_value)
self._setting.setValue(self._tmp_value)
else:
self.setDisplayValue(self._setting.getValue())
self._setting.notify(self.setDisplayValue)
self.editingFinished.connect(self.onEditingFinished)
def initialize(self):
self._setting = SETTINGS.get(self._setting_name)
if self._setting is not None:
self.setDisplayValue(self._setting.getValue())
def getSetting(id, default=None):
return SETTINGS.get(id, default)