随机导入 导入数学
def RoTMG_HP_函数(): 初始值=0 对于范围(19)内的x: 初始+=(随机.randint(-5,5) 返回首字母
''print(RoTMG_HP_Function())'''
def Roll_模拟器(x): x=int(输入(“输入模拟数量。”) 滚动列表=[] 对于范围(x)中的i: RollsList.append(str(RoTMG_HP_函数())
'''#Miscellaneous code, just test case, not relevant
for i in range (-95,96):
Listcount = 0
for j in range (200):
if int(Rollslist[j]) == i:
Listcount +=1
if Listcount > 0:
print('The roll of ' + str(i) + ' appears ' + str(Listcount) + ' times. ')''''
LifepotExpenditure = 0
for i in range (-19,20):
Listcount = 0
RollsLower = 0
for j in range (x):
if math.floor(int(RollsList[j]) // 5) == i:
Listcount +=1
elif math.floor(int(RollsList[j]) // 5) < i:
RollsLower += 1
if Listcount > 0:
print('Differential of ' + str(i) + ': ' + str(Listcount) + '. The probability of this is ' + str(float(100*Listcount / x)) + '%. The probability of a worse roll is ' + str(float(100*RollsLower / x)) + '%.')
LifepotExpenditure += i*(Listcount)
AverageLifepotExpenditure = float(19.0) - float(LifepotExpenditure / x)
print('\n' + 'On average, you will spend ' + str(AverageLifepotExpenditure) + ' lifepots to max life.')
打印(Roll_模拟器(21))
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