LISHUZUOXUN_yangjiang/score_generator_great.py

import json
import random
import sys
import time

import numpy as np

from Database.database_mgr import *
from Exercise3.running_muwb import score_compute
from score_doc import get_fin_score

if __name__ == "__main__":
    gender = "man"
    age = 23
    person_num = 60
    day_tag = [
        '2024年3月29日13时', '2024年4月2日13时', '2024年4月5日13时', '2024年4月9日13时', '2024年4月12日13时',
        '2024年4月16日13时', '2024年4月19日13时', '2024年4月23日13时', '2024年4月26日13时', '2024年4月30日13时',
        '2024年5月3日13时'
    ]
    for day in day_tag:
        date_struct = time.strptime(day, "%Y年%m月%d日%H时")
        timestamp = time.mktime(date_struct)
        print(day, timestamp)
    days = len(day_tag)

    # 生成基础数据
    base = {}
    # 引题向上
    data = np.random.normal(loc=14, scale=7, size=(person_num,))
    count_data = np.round(data)
    for i, count in enumerate(count_data):
        base.setdefault(PULLUP, [])
        base[PULLUP].append(count)

    # 仰卧起坐
    data = np.random.normal(loc=60, scale=20, size=(person_num,))
    count_data = np.round(data)
    for i, count in enumerate(count_data):
        base.setdefault(SITUP, [])
        base[SITUP].append(count)

    # 蛇形跑
    data = np.random.normal(loc=20, scale=0.7, size=(person_num,))
    count_data = np.round(data, 2)
    for i, count in enumerate(count_data):
        base.setdefault(RUNAROUND, [])
        base[RUNAROUND].append(count)

    # 长跑
    data = np.random.normal(loc=790, scale=40, size=(person_num,))
    count_data = np.round(data)
    for i, count in enumerate(count_data):
        base.setdefault(RUNNING, [])
        base[RUNNING].append(count)

    for dur in range(days):
        # 引题向上
        for i, count in enumerate(base[PULLUP]):
            ratio = dur * random.randrange(start=0, stop=5000) / 1e6
            count = count * (1 + ratio)
            base[PULLUP][i] = count
            score = get_fin_score.Military(gender, int(age),
                                           integratedProjectResult=int(count)).IntegratedProjectScoreEvaluation()
            if isinstance(score, str):
                score = 0
            print(i + 1, f"人员{i + 1}", f"{int(i // 10 + 1)}班", day_tag[dur], "PULLUP", int(count), score, dur)

        # 仰卧起坐
        for i, count in enumerate(base[SITUP]):
            ratio = dur * random.randrange(start=0, stop=1000) / 1e6
            count = count * (1 + ratio)
            base[SITUP][i] = count
            score = get_fin_score.Military(gender, int(age), sitUpsResult=int(count)).SitUpsScoreEvaluation()
            if isinstance(score, str):
                score = 0
            print(i + 1, f"人员{i + 1}", f"{int(i // 10 + 1)}班", day_tag[dur], "SITUP", int(count), score, dur)

        # 蛇形跑
        for i, count in enumerate(base[RUNAROUND]):
            ratio = dur * random.randrange(start=0, stop=500) / 1e6
            count = count * (1 - ratio)
            base[RUNAROUND][i] = count
            score = get_fin_score.Military(gender, int(age),
                                           serpentine60RunResult=round(count, 2)).Serpentine60RunScoreEvaluation()
            if isinstance(score, str):
                score = 0
            print(i + 1, f"人员{i + 1}", f"{int(i // 10 + 1)}班", day_tag[dur], "RUNBF", round(count, 2), score, dur)

        # 长跑
        # 成绩文件
        PATH = sys.path[0]
        file = open(f"{PATH}/Exercise3/running_score.json")
        score_data = json.load(file)
        for i, count in enumerate(base[RUNNING]):
            ratio = dur * random.randrange(start=0, stop=1000) / 1e6
            count = count * (1 - ratio)
            base[RUNNING][i] = count
            score = score_compute(age=age, cost=count, score_data=score_data)
            if isinstance(score, str):
                score = 0
            print(i + 1, f"人员{i + 1}", f"{int(i // 10 + 1)}班", day_tag[dur], "RUNNING", int(count), score, dur)