def cust():
global F
tp = read_data.get_data(CURR, custom=True)
gd = tp['game_data']
cd = tp['content_data']
number = int(request.form['number'])
data = play_game.play(number, CURR, custom=True)
print(data)
if number == 6 :
F = O
if "options" not in data:
F = O
return data
ops = data['options']
tdct = {}
counter = ['y','n']
for i in ops:
tdct[counter[0]] = {
'val': cd[i],
'next': ops[i]['next'],
'more':cd[ops[i]['more']]
}
del counter[0]
res = {
'question':cd[data['question']],
'fact':F,
'chap':cd[data['chapter']],
'options':tdct
}
F = cd[data['fact']]
print(res)
# ans = {"question":"Second"}
return res
def my_view_func(name):
global CURR
CURR = name
tp = read_data.get_data(name, custom=True)
gd = tp['game_data']
cd = tp['content_data']
res = play_game.play(1, name, custom=True)
ops = res['options']
tdct = {}
counter = ['y','n']
for i in ops:
tdct[counter[0]] = {
'val': cd[i],
'next': ops[i]['next'],
'more':cd[ops[i]['more']]
}
del counter[0]
global F,O
F,O = [cd[res['fact']]]*2
res = {
'question':cd[res['question']],
'fact':None,
'chap':cd[res['chapter']],
'options':tdct
}
print(res)
# ans = {"question":"Second"}
res['name'] = name
return render_template('play_custom.html', val=res)
def act():
global CURR
CURR = None
global FACT
tp = read_data.get_data('ww1_f')
gd = tp['game_data']
cd = tp['content_data']
number = int(request.form['number'])
data = play_game.play(number, 'ww1_f')
# print(data)
if number == 6 :
FACT = OG
if "options" not in data:
FACT = OG
print(data)
return data
ops = data['options']
tdct = {}
counter = ['y','n']
for i in ops:
tdct[counter[0]] = {
'val': cd[i],
'next': ops[i]['next'],
'more':cd[ops[i]['more']]
}
del counter[0]
res = {
'question':cd[data['question']],
'fact':FACT,
'chap':cd[data['chapter']],
'options':tdct
}
FACT = cd[data['fact']]
# print(res)
# ans = {"question":"Second"}
return res
from get_quotes import get_quotes
from play_game import play
while True:
play(get_quotes())
while True:
replay = input("Do you want to play again? (y/n): ")
if replay in ("Y", "y", "N", "n"):
break
if replay in ("N", "n"):
break
def test_case_sample1_shoul_be_1001(self):
stack = [999, 1, 1, 1, 0]
expected = 1001
result = play_game.play(stack)
self.assertEqual(expected, result)
def test_case1_shoul_be_1999(self):
stack = [0, 1, 1, 1, 999, 1, 1, 1, 1000]
expected = 1999
result = play_game.play(stack)
self.assertEqual(expected, result)
def test_case_sample2_shoul_be_999(self):
stack = [0, 1, 1, 1, 999]
expected = 999
result = play_game.play(stack)
self.assertEqual(expected, result)
the door in step 3).
The result are depicted on figures below (.ipynb).
Result:
The best strategy is to change...
"""
import matplotlib.pyplot as plt
from play_game import *
import play_game
# play nb_parts games by calling the play function of play_game module
nb_parts = 100
res_CHANGE = play_game.play(Strategy.CHANGE, nb_parts)
res_KEEP = play_game.play(Strategy.KEEP, nb_parts)
plt.bar([1,2], (sum(res_CHANGE), sum(res_KEEP)), tick_label=["Change","Keep"])
plt.show()
gains_change = []
gains_keep = []
samples = [1000, 10000, 20000, 50000, 80000, 100000]
for tours in samples:
gains_change.append(play_game.play(Strategy.CHANGE, tours))
gains_keep.append(play_game.play(Strategy.KEEP, tours))
figure = plt.figure()
plot = plt.scatter(samples, [sum(x) for x in gains_change])
plot = plt.scatter(samples, [sum(x) for x in gains_keep])