def initialize():
kernel = Kernel.getSingleton()
kernel.registerOperation(
ScEventHandlerSetMember(
u"операция эмуляции перемещения мыши на объект",
keynodes.ui.init_base_user_cmd, mouse_move_object, []))
kernel.registerOperation(
ScEventHandlerSetMember(
u"операция эмуляции нажатия(отпускания) кнопки мыши",
keynodes.ui.init_base_user_cmd, mouse_button, []))
def initialize():
kernel = Kernel.getSingleton()
kernel.registerOperation(
ScEventHandlerSetMember(
u"операция эмуляции перемещения мыши на объект",
keynodes.ui.init_base_user_cmd, mouse_move_object, []))
kernel.registerOperation(
ScEventHandlerSetMember(
u"операция эмуляции нажатия(отпускания) кнопки мыши",
keynodes.ui.init_base_user_cmd, mouse_button, []))
kernel.registerOperation(
ScEventHandlerSetMember(
u"операция эмуляции перемещения мыши в область поля без объектов",
keynodes.ui.init_base_user_cmd, mouse_move_to_empty_place, []))
kernel.registerOperation(
ScEventHandlerSetMember(
u"операция эмуляции нажатия(отпускания) кнопки клавиатуры",
keynodes.ui.init_base_user_cmd, keyboard_button, []))
def initialize():
kernel = core.Kernel.getSingleton()
kernel.registerOperation(
ScEventHandlerSetMember(
u"operation that generate random graph structure",
keynodes.ui.init_user_cmd, generate_graph, []))
kernel.registerOperation(
ScEventHandlerSetMember(u"operation that found whole graph structure",
keynodes.questions.initiated, find_graph, []))
kernel.registerOperation(
ScEventHandlerSetMember(
u"operation that calculates any properties of a graph",
keynodes.questions.initiated, calculate_graph_prop, []))
kernel.registerOperation(
ScEventHandlerSetMember(
u"operation that calculate any properties of a graph element",
keynodes.questions.initiated, calculate_graph_element_prop, []))
global graph_generators
# register generators
graph_generators = [
(graph_keynodes.Command.generate_any_graph, generate_any),
(graph_keynodes.Command.generate_regular_graph, generate_regular),
(graph_keynodes.Command.generate_cycle_graph, generate_cycle),
(graph_keynodes.Command.generate_cubic_graph, generate_cubic)
]
global graph_prop_calculators
graph_prop_calculators = [
(graph_keynodes.Command.calculate_graph_diameter, calculate_diameter,
graph_keynodes.Common.nrel_diameter),
(graph_keynodes.Command.calculate_graph_radius, calculate_radius,
graph_keynodes.Common.nrel_radius),
#(graph_keynodes.Command.calculate_graph_connected_components, calculate_connected_components, graph_keynodes.Common.nrel_connected_components_num)
]
global graph_element_prop_calculators
graph_element_prop_calculators = [
(graph_keynodes.Command.calculate_graph_vertex_degree,
calculate_vertex_degree, graph_keynodes.Common.nrel_vertex_degree),
]
def initialize():
global _task_panel
_task_panel = TaskPanel()
core.task_panel = _task_panel
_task_panel.setEnabled(True)
_task_panel.setVisible(True)
kernel = core.Kernel.getSingleton()
kernel.registerOperation(
ScEventHandlerSetMember(u"операция вывода вопросов на панель задач",
keynodes.questions.question, appendTask, []))
def initialize():
global _main_panel
_main_panel = MainPanel()
_main_panel.setVisible(True)
_main_panel.setEnabled(True)
kernel = core.Kernel.getSingleton()
# register operation
kernel.registerOperation(ScEventHandlerSetMember(u"операция отображения новых окон для вывода",
keynodes.ui.set_output_windows,
_main_panel.addOutputWindow, []))
def registerQuestionEvents(self):
states = [(keynodes.questions.initiated, self.makeInitiated),
(keynodes.questions.active, self.makeActive),
(keynodes.questions.finished, self.makeFinished),
(keynodes.questions.succesful, self.makeSuccessful)]
session = self.kernel.session()
qMap = {}
for q in states:
qMap[session.get_idtf(q[0])] = q
for statement in qMap.keys():
print statement
self.kernel.registerOperation(
ScEventHandlerSetMember(unicode(statement), qMap[statement][0],
qMap[statement][1], []))
def __init__(self, kernel):
objects.ObjectOverlay.__init__(self)
self.kernel = kernel
self.kernel.registerOperation(
ScEventHandlerSetMember(
u"операция вывода вопросов на панель задач",
keynodes.questions.question, self.registerNewTask, []))
self.height = 400
self.width = 250
self.itemSize = (self.width - 16, 30)
self.itemContainer = None # container that contain buttons
self.addr2item = {} # map to translate sc_addr to item
self.item2addr = {} # map to translate item to sc_addr
self.items = []
self.maxItems = 20
self.offset = 0
self.createControls()
self.registerQuestionEvents()
self.setPosition((render_engine.Window.width - self.width,
(render_engine.Window.height - self.height) / 2))
self.setScale((self.width, self.height))
self.needItemsUpdate = False
self.lock = thread.allocate_lock()
self.appendQueue = []
def initialize():
kernel = Kernel.getSingleton()
kernel.registerOperation(
ScEventHandlerSetMember(
u"операция перехода к следующей команде при выполнении протокола действий",
keynodes.ui.finish_base_user_cmd, cmd_finished, []))
def initialize():
kernel = Kernel.getSingleton()
kernel.registerOperation(
ScEventHandlerSetMember(
u"operation that update UI after localization change",
keynodes.ui.translate_lang_current, translation_changed, []))
def initialize():
kernel = core.Kernel.getSingleton()
# register operation
kernel.registerOperation(
ScEventHandlerSetMember(u"операция добавления кнопок на панель",
keynodes.ui.translator, add_button, []))
def initialize():
kernel = core.Kernel.getSingleton()
kernel.registerOperation(
ScEventHandlerSetMember(u"операция вывода ответов пользователю",
keynodes.questions.nrel_answer,
user_output_answer, []))