def add_heat_map(self):
algorithms = self.get_active_algorithm()
param_x = support_func.get_value_from_combobox(
self.ui.param_heat_map_1)
param_y = support_func.get_value_from_combobox(
self.ui.param_heat_map_2)
if (param_x == param_y) or (param_x == {
None: ''
}) or (param_y == {
None: ''
}):
error = "Параметры итерирования выбраны некорректно!"
self.print_error(error)
return
if len(algorithms) != 1:
error = "Должен быть выбран один алгоритм!"
self.print_error(error)
return
p_x = AlgorithmParameter.get_parameters(list(param_x.keys())[0])
p_y = AlgorithmParameter.get_parameters(list(param_y.keys())[0])
n = self.ui.list_graph.count()
if n > 0:
self.ui.list_graph.takeAt(n - 1)
graph = PossibleGraph("HEAT_MAP", [p_x, p_y], [], self.to_test_list)
graph_widget = HeatMapWidget(graph)
self.ui.list_graph.addWidget(
graph_widget.get_widget(lower_limit=0,
top_limit=1000,
step_limit=1,
algorithm=algorithms,
print_error=self.print_error))
self.ui.list_graph.addStretch(1)
def add_linear_graph(self):
algorithms = self.get_active_algorithm()
d = support_func.get_value_from_combobox(self.ui.param_linear_graph)
if d == {None: ''}:
error = "Выберите параметр итерирования"
self.print_error(error)
return
p = AlgorithmParameter.get_parameters(list(d.keys())[0])
n = self.ui.list_graph.count()
if n > 0:
self.ui.list_graph.takeAt(n - 1)
if p.allowable_values is not None:
point_graph = PossibleGraph("POINT_GRAPH", p, [], algorithms)
point_graph_wdg = PointGraphWidget(point_graph)
self.ui.list_graph.addWidget(
point_graph_wdg.get_widget(parent=self,
algorithms=algorithms,
print_error=self.print_error))
else:
line_graph = PossibleGraph("LINE_GRAPH", p, [], [])
line_graph_wdg = LineGraphWidget(line_graph)
self.ui.list_graph.addWidget(
line_graph_wdg.get_widget(lower_limit=0,
top_limit=1000,
step_limit=1,
algorithms=algorithms,
print_error=self.print_error))
self.ui.list_graph.addStretch(1)
def set_params_value(self, list_p, **kwargs):
# TODO: нигде не используется (к удалению)
for k in kwargs.keys():
obj = AlgorithmParameter.get_param_from_list(list_p, k)
if obj is not None:
obj.set_selected_values(kwargs.get(k))
else:
print("Параметра не существует")
def __init__(self):
super().__init__()
self.name = "Standard GSA"
self.full_name = "Гравитационный поиск"
self.config_file = "..\\algorithms_exe\\standard_gsa_config.json"
self.result_file_name = "..\\algorithms_exe\\result\\standard_gsa_res.json"
self.parameters = [
AlgorithmParameter.get_MI(),
AlgorithmParameter.get_NP(),
AlgorithmParameter.get_KN(),
AlgorithmParameter.get_IG(),
AlgorithmParameter.get_G0(),
AlgorithmParameter.get_AG(),
AlgorithmParameter.get_EC(),
AlgorithmParameter.get_RN(),
AlgorithmParameter.get_RP(),
AlgorithmParameter.get_gamma()
]
def f():
for i in range(self.ui.form.count()):
item = self.ui.form.itemAt(i).widget()
if type(item) == QtWidgets.QSpinBox:
name = self.ui.form.itemAt(i - 1).widget().text()
value = item.value()
s = AlgorithmParameter.get_param_on_name(settings, name)
s.set_selected_values(value)
elif type(item) == QtWidgets.QDoubleSpinBox:
name = self.ui.form.itemAt(i - 1).widget().text()
value = round(item.value(), 2)
s = AlgorithmParameter.get_param_on_name(settings, name)
s.set_selected_values(value)
elif type(item) == QtWidgets.QComboBox:
name = self.ui.form.itemAt(i - 1).widget().text()
value = item.currentText()
s = AlgorithmParameter.get_param_on_name(settings, name)
s.set_selected_values(value)
for p in self.parent().to_test_list[0].get_parameters():
print(p.get_selected_values())
def __init__(self):
super().__init__()
self.name = "Standard SAC"
self.full_name = "Метод селективного усреднения"
self.config_file = "..\\algorithms_exe\\standard_sac_config.json"
self.result_file_name = "..\\algorithms_exe\\result\\standard_sac_res.json"
self.parameters = [AlgorithmParameter.get_MI(), AlgorithmParameter.get_NP(), AlgorithmParameter.get_KN(),
AlgorithmParameter.get_gamma(), AlgorithmParameter.get_SF(), AlgorithmParameter.get_KQ(),
AlgorithmParameter.get_NF()]
def __init__(self):
super().__init__()
self.name = "SAC-ACSA"
self.full_name = "Метод селективного усреднения с ассиметричной областью"
self.config_file = "..\\algorithms_exe\\sac_acsa_config.json"
self.result_file_name = "..\\algorithms_exe\\result\\sac_acsa_res.json"
self.parameters = [
AlgorithmParameter.get_MI(),
AlgorithmParameter.get_NP(),
AlgorithmParameter.get_KN(),
AlgorithmParameter.get_gamma(),
AlgorithmParameter.get_SF(),
AlgorithmParameter.get_KQ(),
AlgorithmParameter.get_NF()
]
def __init__(self):
super().__init__()
self.name = "Noise Resistance GSA"
self.full_name = "Помехоустойчивый алгоритм гравитационного поиска"
self._relative_path = "..\\algorithms_exe\\nr_gsa.exe" # пусть до exe-шника с алгоритмом на golang
self.config_file = "..\\algorithms_exe\\nr_gsa_config.json"
self.result_file = "..\\algorithms_exe\\result\\nr_gsa_res.json"
self.parameters = [
AlgorithmParameter.get_MI(),
AlgorithmParameter.get_NP(),
AlgorithmParameter.get_KN(),
AlgorithmParameter.get_IG(),
AlgorithmParameter.get_G0(),
AlgorithmParameter.get_AG(),
AlgorithmParameter.get_EC(),
AlgorithmParameter.get_RN(),
AlgorithmParameter.get_RP(),
AlgorithmParameter.get_gamma(),
AlgorithmParameter.get_SF(),
AlgorithmParameter.get_NF(),
AlgorithmParameter.get_KQ(),
AlgorithmParameter.get_EndNP(),
AlgorithmParameter.get_ILCNP()
]