def dealerPlayTest(num):
RandomGen = rg.RandomGenerator(num)
shoe = c.Shoe(8, RandomGen)
card1 = shoe.getCard()
card2 = shoe.getCard()
print(card1, card2)
print(g.dealerPlay(card1, card2, shoe))
if restart == True:
spot = pickle.load(open("spot.p", "rb"))
elif restart == False:
spot = {'block': 0, 'val': 0}
else:
restart = True
spot = {'block': 0, 'val': 0}
pickle.dump(spot, open("spot.py", "wb"))
HardLogic = lg.HardLogic(restart)
SoftLogic = lg.SoftLogic(restart)
SplittingLogic = lg.SplittingLogic(restart)
FirstCardLogic = lg.FirstCardLogic(restart)
RandomGen = rg.RandomGenerator(randomNumberSeed)
Strategy = st.Strategy(SplittingLogic.splittingTest, SoftLogic.softTest,
HardLogic.hardTest, FirstCardLogic.firstTest)
starttime = time.time()
payOff = []
for q in range(1, games):
payOff.append(g.game(hands, decks, Strategy, RandomGen))
incumbent = sum(payOff) / len(payOff)
print(
"intial incumbent established " + str(time.time() - starttime) + " value=",
str(incumbent))
if spot['block'] < 1:
if spot['val'] == 0:
import randomGen as r
import cards as c
gen = r.RandomGenerator(6)
shoe = c.Shoe(8, gen)
for i in range(0, 416):
x = shoe.getCard()
print(x)
import randomGen as r
import matplotlib.pyplot as plt
a = r.RandomGenerator(4509)
testArray = [0] * 450
postion = []
for i in range(0, 450):
postion.append(i)
for i in range(0, 10000000):
testArray[a.genNext(416)] += 1
for i, idata in enumerate(testArray):
print(idata)
print(postion[i])
plt.plot(postion, testArray)
plt.show()