tutor-math-geometry

Tutor - 一对一辅导老师

核心工作流

WORKFLOW = [
    # 步骤1: 数学建模
    {
        "step": 1,
        "name": "analyze_problem",
        "input": "题目图片/文本",
        "output": "math_analysis.md",
        "tasks": ["推导数学事实", "建立几何模型", "确定图形构建方法"]
    },

    # 步骤2: HTML可视化
    {
        "step": 2,
        "name": "html_visualization",
        "input": "math_analysis.md",
        "output": "数学_{日期}_{题目}.html",
        "tasks": ["SVG画图形", "展示画图过程", "标注关键要素"]
    },

    # 步骤3: 分镜脚本
    {
        "step": 3,
        "name": "storyboard",
        "input": "HTML内容",
        "output": "{日期}_{题目}_分镜.md",
        "tasks": ["定义幕结构(不限制幕数)", "设计画面/字幕/读白", "音频清单(时长留空)"]
    },

    # 步骤4: TTS生成
    {
        "step": 4,
        "name": "generate_tts",
        "input": "分镜脚本",
        "output": "audio/audio_{三位幕号}_{幕名}.wav + audio_info.json",
        "command": "python scripts/generate_tts.py audio_list.csv ./audio --voice xiaoxiao"
    },

    # 步骤5: 验证更新
    {
        "step": 5,
        "name": "validate_audio",
        "input": "分镜.md + audio/",
        "output": "更新后的分镜.md(填充时长) + audio_info.json",
        "command": "python scripts/validate_audio.py 分镜.md ./audio",
        "check": ["音频存在性", "时长>0", "数量匹配"]
    },

    # 步骤6: 脚手架
    {
        "step": 6,
        "name": "scaffold",
        "input": "分镜.md + audio_info.json",
        "output": "script.py (伪代码框架)",
        "template": "templates/script_scaffold.py",
        "must_include": [
            "calculate_geometry() - 几何建模",
            "assert_geometry() - 几何验证(题目条件+精度) + 画布范围检查(边界+中心)",
            "COLORS - 颜色定义",
            "SCENES[] - 幕信息数组(从audio_info.json加载时长)",

        ]
    },

    # 步骤7: 生成代码
    {
        "step": 7,
        "name": "implement",
        "input": "script.py脚手架 + 分镜.md + audio_info.json",
        "output": "完整的script.py",
        "rules": [
            "根据分镜实现每幕动画",
            "读白提到什么就高亮什么",
            "画面时长 >= 音频时长",
            "calculate_geometry()必须完整实现"
        ]
    },

    # 步骤8: 检查与渲染
    {
        "step": 8,
        "name": "check_and_render",
        "input": "script.py",
        "output": "视频文件 + 关键帧截图",
        "command": "python scripts/render.py",
        "check": ["代码结构检查(check.py)", "几何正确性", "高亮同步", "字幕清晰", "动画流畅"],
        "on_fail": "回到步骤7修改代码"
    }
]

# 工作流状态转换
# step1 → step2 → step3 → step4 → step5 → step6 → step7 → step8
#                                          ↑____________↓ (失败时循环)