classPipelineRunner(object):''' Very simple pipline.Just run passed processorsinorderwithpassing context from one to another.You can alsosetlog levelforprocessors.''' def__init__(self,pipeline=None,log_level=logging.DEBUG):self.pipeline=pipeline or[]self.context={}self.log=logging.getLogger(se...
import osimport sysimport cfgimport randomimport pygamefrom modules import * '''开始游戏'''def startGame(screen): clock = pygame.time.Clock() # 加载字体 font = pygame.font.SysFont('arial', 18) if not os.path.isfile('score'): f = open('score', 'w') f.write('0') f.close() ...
measures['fs'] = ((len(sampletimer) / sampletimer[-1])*1000) #Divide total length of dataset by last timer entry. This is in ms, so multiply by 1000 to get Hz value #If your timer is a date time string, convert to UNIX timestamp to more easily calculate with, use something like...
While this implementation is straightforward, its runtime performance is terrible: Python >>> fibonacci(10) <Lots of output from count_calls> 55 >>> fibonacci.num_calls 177 To calculate the tenth Fibonacci number, you should only need to calculate the preceding Fibonacci numbers, but this ...
is_selected = False result = calculate(selected_number1, selected_number2, *selected_operators) if result is not None: game24_gen.numbers_now = noselected_numbers + [result] is_win = game24_gen.check() if is_win: win_sound.play() if not is_win and len(game24_gen.numbers_now) =...
def square(x): """ A simple function to calculate the square of a number by addition. """ sum_so_far = 0 for counter in range(x): sum_so_far = sum_so_far + x return sum_so_farOutput (Python 2.x):>>> square(10) 10...
for zone in pytz.all_timezones: print(zone) Summary In this article, we’ve covered how to use Python’s datetime module to: Convert a string into a datetime object. Format datetime objects for specific outputs. Compare dates and calculate time differences. ...
group.add(Button(*args)) return button_sprites_group '''计算''' def calculate(number...
This time we're using a period as a delimiter and using addr to store our list of octets. But there's one problem. We have a bunch of strings. We're going to have to do math with this to calculate things such as the broadcast parameters, the netmask, and, ultimately, our IPs. So...
If no arguments are passed to the function, it returns a time string for the current time in seconds: import time as time_module time_in_secs = 1678671984.939945 time_string = time_module.ctime(time_in_secs) print("Time string: ",time_string) Here’s the output of the code above: ...