import random
(资料图片)
yourcount = 340 # 专票总数在这里填入你的专票数量
totalup = 2 # 填入up角色总数
S = [0] * (totalup + 2)
morethantotalup = 10000
def simulate_event():
num_iterations = yourcount # 总共的事件次数
a_probability = 0.6 / 100 # 事件 五星 的初始概率
initial_b_sequence_length = 73 # 连续发生 B 事件的次数
a_probability_increment = 6 / 100 # 事件 五星 概率的增加量
a_reset_iteration = 90 # 重置事件 五星 概率的迭代次数
c_d_probability = 0.5 # 事件 五星 发生时 up 和 常驻 的概率
a_happened = 0
d_happened = 0
count = 0
c_count = 0 # 事件 up 发生的次数
d_count = 0 # 事件 常驻 发生的次数
a_probability_current = a_probability # 当前事件 五星 的概率
for iteration in range(1, num_iterations + 1):
if iteration > 1 and a_happened == 1:
a_probability_current = a_probability # 达到重置迭代次数时，重置事件 五星 的概率
if random.random() < a_probability_current:
# Event 五星 发生
a_happened = 1
count = 0
if random.random() < c_d_probability or d_happened == 1:
# Event up 发生
c_count += 1
d_happened = 0
else:
# Event 常驻 发生
d_count += 1
d_happened = 1
else:
# Event B 发生
a_happened = 0
count = count + 1
if count <= initial_b_sequence_length:
continue
# 检查是否连续发生了 B 事件
b_sequence = True
if b_sequence:
a_probability_current = min(1, a_probability_current + a_probability_increment) # 增加事件 五星 的概率
return c_count, d_count
for i in range(1, 10001):
c_count, d_count = simulate_event()
for upcount in range(1, totalup + 1):
if c_count == upcount:
S[c_count] += 1
for upcount in range(1, totalup + 1):
morethantotalup = morethantotalup - S[upcount]
for upcount in range(1, totalup + 1):
print(f"up角色为{upcount}的概率: {S[upcount] / 10000}")
print(f"up角色大于{totalup}的概率: {morethantotalup / 10000}")
