用python写代码编写5名选手参与的篮球投篮模拟比赛，每场比赛中，每个选手投篮10个，命中多者获胜（可多人同时获胜），模拟1000次比赛，输出比赛结果分析报告。并打包成可执行的独立exe文件。

以下是Python代码实现：（注：由于无法在此处生成可执行的独立exe文件，因此没有添加此功能）

import random
import numpy as np

# 选手数量
PLAYER_NUM = 5

# 每场比赛中每个选手投篮数
SHOOT_NUM = 10

# 模拟比赛次数
GAME_NUM = 1000

# 篮球投篮命中率
SHOOT_ACCURACY = [0.4, 0.5, 0.6, 0.7, 0.8]

# 模拟一场比赛
def simulate_game():
    shoot_result = np.random.binomial(SHOOT_NUM, SHOOT_ACCURACY)
    max_score = np.max(shoot_result)
    winners = [i for i, score in enumerate(shoot_result) if score == max_score]
    return winners

# 模拟多场比赛
def simulate_games():
    winners_list = []
    for i in range(GAME_NUM):
        winners = simulate_game()
        winners_list.append(winners)
    return winners_list

# 输出比赛结果分析报告
def output_report(winners_list):
    win_count = [0 for _ in range(PLAYER_NUM)]
    for winners in winners_list:
        for winner in winners:
            win_count[winner] += 1
    
    print(f"模拟{GAME_NUM}场比赛的结果分析报告：")
    print(f"选手投篮命中率：{SHOOT_ACCURACY}")
    for i in range(PLAYER_NUM):
        print(f"选手{i+1}获胜场次：{win_count[i]}，胜率：{win_count[i]/GAME_NUM:.2%}")
    max_win_count = max(win_count)
    max_winners = [i+1 for i, count in enumerate(win_count) if count == max_win_count]
    print(f"获胜场次最多的选手是{max_winners}，共获胜{max_win_count}场，胜率最高，为{max_win_count/GAME_NUM:.2%}")

# 主函数
if __name__ == "__main__":
    winners_list = simulate_games()
    output_report(winners_list)

该程序模拟了1000场篮球投篮模拟比赛，每场比赛中有5名选手参与，每个选手投篮10个球，命中多者获胜。程序根据每个选手的投篮命中率模拟投篮过程，并输出比赛结果分析报告，包括每个选手获胜的场次、胜率以及获胜场次最多的选手信息等。