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このコードは、ユーザーが何度入力した回数だけ実行されるランダムウォーカーであると考えられています。ウォーカーがゲームボードの端に達すると、歩行者は出発地点に戻りますが、彼は失います。今私のコードの実行が、勝敗はあなたが二回if x == "down":をチェックしているランダムウォーカーはPythonを実行する時間ではありません
# Project 3 yay
#right now my win loss ratio is wrong///very off
from random import choice #choice makes a random selection from list
path = []
path_len_list = []
string_outcome = "ok"
def move_man():
"""Function moves the walker left, right, up, or down according to the random number selected"""
directions = ["left", "down", "right", "up"]
position = [3, 3]
#print(path)
path.clear()
global string_outcome
string_outcome = ""
#Randomly generate a integer 1 - 4
while string_outcome != "win" and string_outcome != "loss":
x = choice(directions)
path.append(list(position))
if x == "down": #decrement x position
x = position[0] - 1
y = position[1]
position[0], position[1] = (x, y)
string_outcome = check_position_1(position)
#print(string_outcome)
elif x == "right": #increment y position
x = position[0]
y = position[1] + 1
position[0], position[1] = (x, y)
string_outcome = check_position_1(position)
#print(string_outcome)
elif x == "up": #increment x positon
x = position[0] + 1
y = position[1]
position[0], position[1] = (x, y)
string_outcome = check_position_1(position)
#print(string_outcome)
elif x == "down": #decrement y postion
x = position[0]
y = position[1] - 1
position[0], position[1] = (x, y)
string_outcome = check_position_1(position)
#print(string_outcome)
else:
break
write_to_file(path, string_outcome)
return string_outcome
def check_position_1(position):
"""Checks whether the move results in a win, loss, or if the walker continues walking. Keeps tally of the amounts of wins and losses."""
if (position[0] == 0 or position[0] == 6 or position[1] == 0 or position[1] == 6):
print("Winning condition")
string_outcome = "win"
path_len = len(path)
path_len_list.append(path_len)
return string_outcome
elif (position[0] == 3 and position[1] == 3):
string_outcome = "loss"
print("Losing condition")
path_len = len(path)
path_len_list.append(path_len)
return string_outcome
else:
string_outcome = "ok"
return string_outcome
def write_to_file(path, string_outcome): #right now its only writing the last case not all of them
"""Iterates through each path and writes the coordinates of every win and loses to a file"""
with open("log.txt", "a") as my_file:
print(string_outcome, file=my_file)# print text to my_file
print(path, file=my_file)
def get_win_percentage(number_of_win, number_of_loss):
"""Totals wins and loses, divides the amount of wins by the total, and then displays the percentage of wins"""
win_sum = number_of_win + number_of_loss
win_percentage = number_of_win/win_sum
win_percentage = round(win_percentage, 2)
win_percentage = win_percentage * 100
return win_percentage
def get_average_game_length(path_len_list, number_of_games):
"""Calculates the average amount of steps taken for all the games ran"""
average_game_length = sum(path_len_list)/(number_of_games)
print(path_len_list)
average_game_length = round(average_game_length, 3)
return average_game_length
def walking_game():
"main function, gets inputs, calls other functions and prints out information to user"""
global string_outcome
number_of_win = 0
number_of_loss = 0
print("This program simulates a random walk on a grid.")
number_of_games = int(input("How many games should be simulated? "))
for i in range(number_of_games):
move_man()
if string_outcome == "win":
number_of_win = number_of_win + 1
#print(number_of_win)
elif string_outcome == "loss":
number_of_loss = number_of_loss + 1
#print(number_of_loss)
else:
pass
win_percentage = get_win_percentage(number_of_win, number_of_loss)
average_game_length = get_average_game_length(path_len_list, number_of_games)
print("There were", number_of_win, "number of wins and", number_of_loss, "number of losses, resulting in a win percentage of", win_percentage, "%")
print("The average game length was", average_game_length)
print("Log of games written to log.txt")
walking_game()