def main():
''' Main function '''
# Открываем окно с задаными параметрами высоты, ширины и заголовка
arcade.open_window(base_const.WIN_TITLE, base_const.WIN_WIDTH,
base_const.WIN_HEIGHT)
arcade.set_background_color(
base_const.WIN_BACKGROUND_COLOR) # Задаём цвет фона окна
_gen = gen.Gen() # Создаём экземпляр класса генераторов
log.logging.info('Цвет фона задан')
log.logging.info('Экземпляр класса генераторов создан')
arcade.start_render() # Начинаем рендер в открытом окне
log.logging.info('Начат рендер в открытом окне ')
_gen.build_map(_gen.rand_map_gen()) # генерируем ,cтроим и рисуем карту
tsc.ALL_SPRITES[1].draw()
log.logging.info('Генерация и прорисовка карты')
arcade.finish_render() # Заканчиваем рендер в открытом окне
log.logging.info('Рендер закончен успешно')
log.logging.info('Приложение запущено успешно')
arcade.run() # Запускаем приложение
def get_douban_descr(url):
if type(url) == str:
if url.find('imdb') >= 0:
imdb_link = re.search('.*imdb.com/title/(tt\d{5,9})', url)
url = {'site': 'douban', 'sid': imdb_link.group(1)}
gen_ = gen.Gen(url).gen(_debug=True)
if gen_["success"]:
descr = gen_["format"]
old_str = 'https://img3.doubanio.com/view/photo/l_ratio_poster/public/'
new_str = 'https://img1.doubanio.com/view/photo/l_ratio_poster/public/'
descr = re.sub(old_str, new_str, descr)
# print(descr)
return descr
else:
return 'error'
def gen_sftp_objects(self, name):
"""
Create SFTP Objects based on config files. store in Owner.
"""
self.json = json.load(self.json_handle)
for account in self.json:
if account['name'] not in self.log.json:
self.log.json[account['name']] = None
self.transport[account['name']] = gen.Gen(
account['host'],
account['username'],
account['password'],
account['port'],
account['name'],
account['remote_directory'],
account['local_directory'],
account['action'],
account['regex'],
self.log.json[account['name']],
verbose=True)
self.transport[account['name']].later_files()
class MainApp(App):
my_osc = osc.Oscilloscope()
my_gen = gen.Gen()
bode = bode.Bode()
my_screenmanager = ScreenManager()
container_box = ContainerBox(name='screen1')
bode_menu = BodeMenu(name='screen2')
meas_menu = MeasMenu(name='screen3')
end_menu = EndMenu(name='screen4')
## Data obtained from menus
data = dict()
def build(self):
self.bode_menu.set_main_ref(self)
self.container_box.set_main_ref(self)
self.meas_menu.set_main_ref(self)
self.end_menu.set_main_ref(self)
self.my_screenmanager.add_widget(self.container_box)
self.my_screenmanager.add_widget(self.bode_menu)
self.my_screenmanager.add_widget(self.meas_menu)
self.my_screenmanager.add_widget(self.end_menu)
return self.my_screenmanager
def connect(self, osc, gen, filename):
m = 10**6
self.data["filename"] = filename
self.my_osc.connect(osc)
self.my_gen.connect(gen)
self.bode.set(self.my_osc, self.my_gen)
self.bode.start(self.data["start_freq"], self.data["end_freq"],
self.data["points"], self.data["v_input"],
self.data["time_delay"], self.data["res"])
def set_data(self, key, content):
self.data[key] = content
def get_data(self, key):
return self.data[key]
def update(self, dt):
if self.bode.update():
print("Fininshed ")
self.my_screenmanager.current = 'screen4'
self.bode.save_csv(self.data["filename"])
self.meas_menu.update(self.bode.get_data())
def cancel(self):
print("Cancelling")
self.bode.cancel()
self.my_screenmanager.current = 'screen2'
def restart(self):
self.bode.cancel()
self.my_screenmanager.current = 'screen1'
print('đã xác nhập')
self.population.pop = self.Selection()
print('đã chọn thế hệ tiếp')
self.population.update_rank()
print('đã đánh giá thế hệ')
self.iteration += 1
best = self.population.getBestIndiOfTask(self.listTask[0])
for i in best.chromosome:
print(i.number)
# đến đây chỉ cần chích xuất ra kết quả
#-----------------------------------------------
task1 = task.Task(6)
task2 = task.Task(10)
listTask = [task1, task2]
# đặt các đỉnh
set_of_city = []
f = open(
"C:\\Users\\Laptop NamPhong\\Desktop\\MFO_TSP\\data\\tsp\\berlin52.tsp")
for i in range(6):
a = f.readline()
for i in range(10):
b = f.readline()
b = list(b.split("\n"))
c = [int(float(i)) for i in list(b[0].split(" "))]
city = gen.Gen(c[0], c[1], c[2])
set_of_city.append(city)
mfea = MultiTasking(listTask, 100, 0.3, set_of_city)
mfea.run()
if('for ' in line):
in_loop = 1
if in_loop == 0:
file.write(line + "\n")
else:
if (('for' in line) or ('if ' in line) or (line.isspace())):
file.write(line + "\n")
else:
file.write("xxyyyx = 1" + "\n")
file.close()
except IOError:
print 'Coulnt save to file'
i = i+1
try:
file = open("tmp/geo.txt", 'w')
for item in geo:
file.write(str(item[0]) + " " + str(item[1]) + "\n")
file.close()
except IOError:
print 'Coulnt save to file'
print str(count_loop) + ' loops found.';
s = 0
if len(sys.argv) > 3:
if('--scc' in sys.argv[3]):
s = 1
gen.Gen(sys.argv[1],s,permute);
#
# micro = 10**(-6)
# #
# osc1 = osc.Oscilloscope()
# # #
# osc1.connect("USB0::0x0957::0x1725::MY49110441::INSTR")
#osc1.set_scale_Y(100, "1")
#print(osc1.get_amplitude("1") )
#osc1.set_scale_X( 100 * micro )
# end = 0
# while not end:
# if osc1.update() == 1:
# end = 1
# osc1.close()
k = 10**3
gen1 = gen.Gen()
gen1.connect()
gen1.set_sine(10 * k, 5)
# import osc
# #
# osc1 = osc.Oscilloscope()
# osc1.connect()
#
# print(osc1.ratio2to1())
# #
# osc1.close()