def open_window(cls, show=True, auto_raise=True, delete=False, dock=False):
s = time.time()
if (cls is not None and uiutils.isValidQtObject(cls.instance) is True):
if delete is True:
cls.instance.close()
cls.instance.deleteLater()
if (cls.instance is None
or uiutils.isValidQtObject(cls.instance) is False):
name = cls.name
app, parent = uiutils.getParent()
cls.instance = cls(parent=parent, name=name)
cls.instance.setDockableParameters(dockable=dock)
# Make sure the user can see this window.
if cls.instance.isHidden():
if show is True:
cls.instance.show()
if auto_raise is True:
# Force the window state to bring the window to the
# front, and "restore" the state, even if the window
# is minimised. Confirmed to work on MS Windows 10.
state = cls.instance.windowState()
state = QtCore.Qt.WindowNoState
state |= QtCore.Qt.WindowActive
cls.instance.setWindowState(state)
cls.instance.raise_()
cls.instance.show()
cls.instance.activateWindow()
e = time.time()
LOG.debug('BaseWindow init: %r seconds', e - s)
return cls.instance
def main(col, attr_list):
app, parent_window = uiutils.getParent()
dialog = Dialog(parent=parent_window)
dialog.set_attributes(col, attr_list)
ret = dialog.exec_()
status = ret == QtWidgets.QDialog.Accepted
return status, dialog
def main(show=True, widthHeight=(400, 100)):
global MM_SOLVER_CHAN_SENSE_UI
valid = uiutils.isValidQtObject(MM_SOLVER_CHAN_SENSE_UI)
if MM_SOLVER_CHAN_SENSE_UI is not None and valid is True:
MM_SOLVER_CHAN_SENSE_UI.close()
name = 'ChannelSenWindow'
app, parent = uiutils.getParent()
MM_SOLVER_CHAN_SENSE_UI = ChannelSenWindow(parent=parent, name=name)
if not MM_SOLVER_CHAN_SENSE_UI:
return MM_SOLVER_CHAN_SENSE_UI
if show:
MM_SOLVER_CHAN_SENSE_UI.show()
if ((isinstance(widthHeight, (tuple, list)) is True)
and (len(widthHeight) == 2)):
pos = MM_SOLVER_CHAN_SENSE_UI.pos()
MM_SOLVER_CHAN_SENSE_UI.setGeometry(pos.x(), pos.y(), widthHeight[0],
widthHeight[1])
# Enter Qt application main loop
if app is not None:
sys.exit(app.exec_())
return MM_SOLVER_CHAN_SENSE_UI
def main(show=True, widthHeight=(800, 600)):
# Force the Plug-in to load. If the plug-in cannot load, the UI
# will not open and an error will be given.
lib_maya_utils.ensure_plugin_loaded()
global UI
valid = uiutils.isValidQtObject(UI)
if UI is not None and valid is True:
UI.close()
name = 'SolverWindow'
app, parent = uiutils.getParent()
UI = SolverWindow(parent=parent, name=name)
if not UI:
return UI
if show:
UI.show()
if ((isinstance(widthHeight, (tuple, list)) is True)
and (len(widthHeight) == 2)):
pos = UI.pos()
UI.setGeometry(pos.x(), pos.y(), widthHeight[0], widthHeight[1])
# Enter Qt application main loop
if app is not None:
sys.exit(app.exec_())
return UI
def main(show=True, widthHeight=(800, 600)):
"""
Open the Solver UI window.
:param show: Should we show the window?
:type show: bool
:param widthHeight: Width and height of the window to open.
:type widthHeight: int, int
:returns: A new solver window, or None if the window cannot be
opened.
:rtype: SolverWindow or None.
"""
# Force the Plug-in to load. If the plug-in cannot load, the UI
# will not open and an error will be given.
lib_maya_utils.ensure_plugin_loaded()
win = get_window_instance()
if win is not None:
win.close()
name = 'SolverWindow'
app, parent = uiutils.getParent()
win = SolverWindow(parent=parent, name=name)
__set_window_instance(win)
if not win:
return win
if show is True:
win.show()
if ((isinstance(widthHeight, (tuple, list)) is True)
and (len(widthHeight) == 2)):
pos = win.pos()
win.setGeometry(pos.x(), pos.y(), widthHeight[0], widthHeight[1])
# Enter Qt application main loop
if app is not None:
sys.exit(app.exec_())
return win
def open_window(cls, show=True, auto_raise=True, delete=False):
if (cls is not None
and uiutils.isValidQtObject(cls.instance) is False):
if delete is True:
cls.instance.close()
cls.instance.deleteLater()
if (cls.instance is None
or uiutils.isValidQtObject(cls.instance) is False):
name = cls.name
app, parent = uiutils.getParent()
cls.instance = cls(parent=parent, name=name)
# Make sure the user can see this window.
if cls.instance.isHidden():
if show is True:
cls.instance.show()
else:
if auto_raise is True:
cls.instance.raise_()
cls.instance.activateWindow()
return cls.instance
def main(show=True, widthHeight=(800, 400)):
global UI
valid = uiutils.isValidQtObject(UI)
if UI is not None and valid is True:
UI.close()
name = 'LoadMarkerWindow'
app, parent = uiutils.getParent()
UI = LoadMarkerWindow(parent=parent, name=name)
if not UI:
return UI
if show:
UI.show()
if ((isinstance(widthHeight, (tuple, list)) is True)
and (len(widthHeight) == 2)):
pos = UI.pos()
UI.setGeometry(pos.x(), pos.y(), widthHeight[0], widthHeight[1])
# Enter Qt application main loop
if app is not None:
sys.exit(app.exec_())
return UI
def warn_user(title, text):
LOG.warn(text.replace('\n', ' '))
app, parent_window = uiutils.getParent()
Qt.QtWidgets.QMessageBox.warning(parent_window, title, text)
return