‘’‘五行石’’'
import random
global cost
global conutlv1
global conutlv3
global conutlv4
global conutlv6
cost = 0
conutlv1 = 0
conutlv3 = 0
conutlv4 = 0
conutlv6 = 0

def buylv1():
global cost
global conutlv1
global conutlv3
global conutlv4
global conutlv6
cost += 0.75+8*0.05
conutlv1 += 1
print(‘目前花费为：’, cost, ‘共有’, conutlv1, ‘个1级石头’, conutlv3,
‘个3级石头’, conutlv4, ‘个4级石头’, conutlv6, ‘个6级石头’)

def lv1_lv3():
global cost
global conutlv1
global conutlv3
global conutlv4
global conutlv6
if conutlv1 > 0:
for i in range(0, 12):
buylv1()
cost += 10+0.39
conutlv3 += 1
conutlv1 -= 13
print(‘目前花费为：’, cost, ‘共有’, conutlv1, ‘个1级石头’, conutlv3,
‘个3级石头’, conutlv4, ‘个4级石头’, conutlv6, ‘个6级石头’)
else:
print(‘材料不足’)

def lv3_lv4():
global cost
global conutlv1
global conutlv3
global conutlv4
global conutlv6
if conutlv3 > 0:
for i in range(0, 16):
buylv1()
cost += 0.897
rate = 4878
conutlv1 -= 16
success = random.randint(0, 10000)
if success <= rate:
conutlv4 += 1
conutlv3 -= 1
cost += 10
print(‘合成成功’)
else:
print(‘合成失败，继续合成’)
lv3_lv4()
print(‘目前花费为：’, cost, ‘共有’, conutlv1, ‘个1级石头’, conutlv3,
‘个3级石头’, conutlv4, ‘个4级石头’, conutlv6, ‘个6级石头’)
else:
print(‘材料不足’)

def lv4_lv6(): # 如果失败就继续合成直到成功为止
global cost
global conutlv1
global conutlv3
global conutlv4
global conutlv6
if conutlv4 >= 13:
cost += 19.75
conutlv4 -= 13
conutlv6 += 1
print(‘目前花费为：’, cost, ‘共有’, conutlv1, ‘个1级石头’, conutlv3,
‘个3级石头’, conutlv4, ‘个4级石头’, conutlv6, ‘个6级石头’)
else:
print(‘数量不足’)

def hechen():
# global cost,conutlv1,conutlv3,conutlv4,conutlv6
for j in range(0,10):
for i in range(0, 13): # 必定合成13个4级石头
buylv1()
lv1_lv3()
lv3_lv4()
lv4_lv6() # 合成6级石头
print(cost/10)

hechen()