def createThread(self):
self.maxent_alg = mantid.AlgorithmManager.create("MuonMaxent")
calculation_function = functools.partial(self.calculate_maxent,
self.maxent_alg)
self._maxent_calculation_model = ThreadModelWrapper(
calculation_function)
return thread_model.ThreadModel(self._maxent_calculation_model)
def createThread(self):
self.maxent_alg = mantid.AlgorithmManager.create("MuonMaxent")
self._maxent_output_workspace_name = get_maxent_workspace_name(
self.get_parameters_for_maxent_calculation()['InputWorkspace'], self.view.get_method)
calculation_function = functools.partial(self.calculate_maxent, self.maxent_alg)
self._maxent_calculation_model = ThreadModelWrapper(calculation_function)
return thread_model.ThreadModel(self._maxent_calculation_model)
def handle_peak_algorithms(self, parameters):
self.peak_algo_model = ThreadModelWrapper(
lambda: self._run_peak_algorithms(parameters))
self.peak_algo_thread = thread_model.ThreadModel(self.peak_algo_model)
self.peak_algo_thread.threadWrapperSetUp(
self.handle_calculation_started, self.calculation_success,
self.handle_calculation_error)
self.peak_algo_thread.start()
def handle_rebin(self, name, rebin_type, rebin_param):
self.rebin_model = ThreadModelWrapper(
lambda: self._run_rebin(name, rebin_type, rebin_param))
self.rebin_thread = thread_model.ThreadModel(self.rebin_model)
self.rebin_thread.threadWrapperSetUp(
on_thread_start_callback=self.handle_calculation_started,
on_thread_end_callback=self.calculation_success,
on_thread_exception_callback=self.handle_calculation_error)
self.rebin_thread.start()
def create_load_thread(self):
return thread_model.ThreadModel(self._model)
def create_thread(self, callback):
self.fitting_calculation_model = ThreadModelWrapperWithOutput(callback)
return thread_model.ThreadModel(self.fitting_calculation_model)
def new_thread(self, model):
return thread_model.ThreadModel(model)
def create_update_thread(self):
self._update_model = ThreadModelWrapper(self.calculate_all_data)
return thread_model.ThreadModel(self._update_model)
def createThread(self):
return thread_model.ThreadModel(self.alg)
def create_phase_quad_calculation_thread(self):
self._phasequad_calculation_model = ThreadModelWrapper(
self.calculate_phase_quad)
return thread_model.ThreadModel(self._phasequad_calculation_model)
def create_phase_table_calculation_thread(self):
self._calculation_model = ThreadModelWrapper(
self.calculate_phase_table)
return thread_model.ThreadModel(self._calculation_model)
