综合评估：成长性与财务风险权衡分析

"____""____""____"

metadata = {
    "____": "____",
    "____": "____",
    "____": "____",
    "____": "____",
    "____": ["____", "____"],
    "____": ["____", "____", "____"],
    "____": ____
}

"____""____"成长性-风险"____""____"

def solve():
    import pandas as pd
    from pyodide.http import open_url
    from io import StringIO

    BASE_URL = "____"
    grw = pd.read_csv(StringIO(open_url(____).read()))
    sol = pd.read_csv(StringIO(open_url(____).read()))

    grw23 = grw[(____) & (____)][
        ['____', '____', '____']].rename(____)
    sol23 = sol[(____) & (____)][
        ['____', '____']].rename(____)

    df = grw23.merge(____).dropna()
    total = len(____)

    def quadrant(____):
        high_growth = r['____'] > ____
        high_risk = r['____'] >= ____
        if high_growth and not high_risk:
            return '____'
        elif high_growth and high_risk:
            return '____'
        elif not high_growth and not high_risk:
            return '____'
        else:
            return '____'

    df['____'] = df.apply(____)
    result = df['____'].value_counts().reset_index()
    result.columns = ['____', '____']
    result['____'] = (____).round(____)
    return result.to_string()

if __name__ == "____":
    print(solve())