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99 lines
4.5 KiB
Python
99 lines
4.5 KiB
Python
# coding: utf-8
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# Copyright (c) 2025 inclusionAI.
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import asyncio
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from dotenv import load_dotenv
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from aworld.memory.main import MemoryFactory
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from tests.memory.agent.self_evolving_agent import SuperAgent
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async def _run_multi_session_examples() -> None:
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"""
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Run examples across multiple sessions demonstrating a complete learning workflow.
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This example shows a deep learning process about Agent-RL (Reinforcement Learning Agents):
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1. Deep search and research on Agent-RL concepts and implementations
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2. Content revision and modification for specific aspects
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3. Text-to-speech conversion for learning materials
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4. Next-day review and reinforcement
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"""
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# await init_dataset()
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super_agent = SuperAgent(id="super_agent", name="super_agent")
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user_id = "alice"
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# Day 1 - Session 1: Deep Search on Agent-RL
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session_id = "day1_morning_session"
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await super_agent.async_run(
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user_id=user_id,
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session_id=session_id,
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task_id="alice:day1_morning:task#1",
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user_input="我想深入了解基于强化学习的智能体(Agent-RL)。请使用DEEPSEARCH帮我研究这个话题,包括:1. 基础架构(状态空间、动作空间、奖励机制)2. 常用算法(DQN、PPO、SAC等)3. 环境交互设计 4. 实现最佳实践"
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)
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await super_agent.async_run(
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user_id=user_id,
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session_id=session_id,
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task_id="alice:day1_morning:task#2",
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user_input="基于上面的搜索结果,请生成一个结构化的学习文档(markdown),重点包含:1. 理论框架 2. 代码示例(使用Python实现简单的Agent-RL)3. 常见问题和解决方案"
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)
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# Day 1 - Session 2: Content Revision
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# session_id = "day1_afternoon_session"
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# await super_agent.async_run(
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# user_id=user_id,
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# session_id=session_id,
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# task_id="alice:day1_afternoon:task#1",
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# user_input="我觉得之前生成的文档中'环境交互设计'这部分需要补充。特别是:1. 如何设计合适的奖励函数 2. 环境状态的表示方法 3. 动作空间的设计考虑"
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# )
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# await super_agent.async_run(
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# user_id=user_id,
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# session_id=session_id,
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# task_id="alice:day1_afternoon:task#2",
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# user_input="太好了!现在请帮我把修改后的文档转换成更容易理解的形式,特别是把强化学习的数学概念用通俗的例子解释,准备生成语音内容"
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# )
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# Day 1 - Session 3: TTS Generation
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# session_id = "day1_evening_session"
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# await super_agent.async_run(
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# user_id=user_id,
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# session_id=session_id,
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# task_id="alice:day1_evening:task#1",
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# user_input="请将内容转换成语音文件,要求:1. 语速适中 2. 关键算法和数学概念讲解要清晰 3. 按照'理论基础-算法实现-实践应用'的顺序分章节 4. 生成字幕"
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# )
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# await super_agent.async_run(
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# user_id=user_id,
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# session_id=session_id,
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# task_id="alice:day1_evening:task#2",
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# user_input="请生成一个Agent-RL的知识图谱,包含:1. 核心概念关系 2. 算法分类 3. 应用场景 4. 学习路径建议"
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# )
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# Day 2 - Morning Review
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# session_id = "day2_morning_session"
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# await super_agent.async_run(
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# user_id=user_id,
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# session_id=session_id,
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# task_id="alice:day2_morning:task#1",
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# user_input="早上好!请帮我回顾一下昨天关于Agent-RL的学习内容。特别是:1. 通过知识图谱回顾核心概念 2. 复习各个算法的优缺点 3. 检查是否理解了关键的数学原理"
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# )
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# await super_agent.async_run(
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# user_id=user_id,
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# session_id=session_id,
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# task_id="alice:day2_morning:task#2",
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# user_input="基于已学内容,请推荐下一步的学习方向:1. 进阶算法(如MARL多智能体强化学习)2. 实际项目实践 3. 前沿研究方向"
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# )
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# await super_agent.async_run(
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# user_id=user_id,
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# session_id=session_id,
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# task_id="alice:day2_morning:task#3",
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# user_input="请设计一个实践项目,让我可以应用学到的Agent-RL知识。要求:1. 项目难度适中 2. 包含完整的代码框架 3. 有清晰的评估指标 4. 提供优化建议"
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# )
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# if __name__ == '__main__':
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# load_dotenv()
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#
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# MemoryFactory.init()
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#
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# # Run the multi-session example with concrete learning tasks
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# asyncio.run(_run_multi_session_examples())
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