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title: StoryVerseWeaver
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sdk: streamlit
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✨ AlgoForge Prime™ ✨: Conceptual Algorithmic Evolution

Welcome, Architect of the Future! AlgoForge Prime™ is an interactive Hugging Face Space designed to demonstrate the conceptual workflow of AI-assisted algorithm discovery and refinement. It's inspired by cutting-edge research systems like Google DeepMind's AlphaEvolve, bringing a taste of that power to your fingertips using accessible Large Language Models (LLMs) from the Hugging Face Hub.

This application is a creative exploration and does NOT use the actual AlphaEvolve system.

[![Hugging Face Spaces](https Use code with caution. Markdown ✨ AlgoForge Prime™ ✨: Conceptual Algorithmic Evolution Welcome, Architect of the Future! AlgoForge Prime™ is an interactive Hugging Face Space designed to demonstrate the conceptual workflow of AI-assisted algorithm discovery and refinement. It's inspired by cutting-edge research systems like Google DeepMind's AlphaEvolve, bringing a taste of that power to your fingertips using accessible Large Language Models (LLMs) from the Hugging Face Hub. This application is a creative exploration and does NOT use the actual AlphaEvolve system. alt text

alt text 🚀 The Core Concept: Simulating Algorithmic Evolution AlgoForge Prime™ simulates a multi-stage process, mimicking how an advanced AI might tackle algorithmic challenges: Problem Definition: You, the "Chief Architect," define an algorithmic problem, its desired outcome, and optionally provide initial hints or constraints. Genesis Engine (LLM Ideation): The system commands a selected LLM to generate multiple diverse potential solutions or algorithmic approaches based on your input. Critique Crucible (LLM Evaluation): These generated candidates are then passed to another LLM instance (or the same one with an "evaluator" persona). This stage assesses each solution for clarity, potential correctness, and perceived efficiency, providing a critique and a score. Champion Selection: The solution deemed "best" by the Critique Crucible is selected. Evolutionary Forge (LLM Refinement): The chosen champion solution is fed back into an LLM with a singular mandate: ASCEND! The LLM attempts to improve, optimize, or clarify the solution, explaining its changes. Review & Iterate: You can review the entire process, from initial ideas to the "evolved" artifact, and tweak parameters or problem descriptions for new iterations. 🔧 Features Interactive UI: Built with Gradio for an intuitive user experience. Multi-Stage AI Simulation: Clearly demonstrates the generate-evaluate-refine loop. User-Selectable LLMs: Choose from a curated list of powerful Hugging Face models for different tasks (e.g., code generation, general logic). Configurable Parameters: Adjust LLM settings like temperature and max tokens for each stage (Genesis, Crucible, Evolution) to fine-tune the AI's behavior. Detailed Logging: An "SRE View" provides a log of (simulated) prompts and LLM interactions for transparency and debugging. Inspired by AlphaEvolve: Captures the spirit of advanced AI systems discovering and improving algorithms. 🛠️ How to Use Access the Space: Open the AlgoForge Prime™ Hugging Face Space in your browser. (IMPORTANT) Configure HF_TOKEN: This application requires a Hugging Face User Access Token to make API calls to the LLMs. Go to your Space's Settings tab. Navigate to Repository secrets. Click "New secret". Enter HF_TOKEN as the Name. Paste your Hugging Face User Access Token (you can generate one from your Hugging Face profile settings) into the Value field. Click "Add secret". The Space might need to restart. Define Your Challenge: Problem Type: Select the category that best fits your problem (e.g., "Python Algorithm," "Mathematical Optimization"). Problem Description: Clearly and specifically describe the problem you want to solve, the desired inputs, and the expected outputs. The more detail, the better! Initial Thoughts/Constraints (Optional): Provide any hints, preferred techniques, constraints (e.g., "avoid brute force," "aim for O(n log n) complexity"), or seed ideas. Configure The Forge: Select LLM Core Model: Choose the LLM you want the system to use. Different models have different strengths. Number of Initial Solutions: Decide how many diverse solutions the Genesis Engine should attempt to create. (Advanced) LLM Parameters: Optionally, expand the advanced settings to tweak temperature (creativity vs. determinism) and max tokens (length of response) for each stage of the process. Engage AlgoForge Prime™: Click the "🚀 ENGAGE ALGOFORGE PRIME™ 🚀" button. Review the Output: The results will appear in the tabs: Genesis Candidates & Crucible Verdicts: See the initial solutions and how the AI evaluated them. Champion Candidate (Pre-Evolution): View the solution chosen for refinement. Evolved Artifact: Inspect the improved solution from the Evolutionary Forge. LLM Interaction Log (SRE View): Check the detailed log of communications with the LLMs. Iterate: Modify your inputs or parameters and run the simulation again to explore different outcomes! ⚙️ Technical Details Framework: Gradio LLM Interaction: Uses the huggingface_hub.InferenceClient to make API calls to various text-generation models hosted on the Hugging Face Hub. Core Logic: The app.py script orchestrates the multi-stage LLM prompting and UI updates. 📜 Prompts for "Problem Description" & "Initial Thoughts" For best results, provide clear and detailed information. Problem Description / Desired Outcome: Core Task: What problem are you trying to solve? Inputs: What data will the algorithm receive (type, size, format)? Outputs: What should the algorithm produce (format, structure)? Key Objectives: Speed, accuracy, memory efficiency, specific behavior? Context (Optional): Where will this algorithm be used? Example: "Develop a Python function that takes a list of unsorted integers and returns a new list sorted in descending order. Must handle empty lists and duplicates." Initial Thoughts / Constraints / Seed Ideas (Optional): Preferred Techniques: "Try dynamic programming." "Consider a greedy approach." Techniques to Avoid: "Avoid brute-force." "No external sorting libraries." Performance Constraints: "Aim for O(n log n) time." "Minimize memory." Edge Cases: "Ensure it handles empty inputs." Keywords: "Hash maps for lookups." Example: "Consider implementing Merge Sort or Quick Sort from scratch. Avoid Python's built-in sort()." (Refer to the main application's UI tooltips or a separate guide for more examples.) ⚠️ Disclaimer AlgoForge Prime™ is a conceptual demonstration for educational and inspirational purposes. It does not replicate the full complexity or capabilities of systems like AlphaEvolve. LLM-generated algorithms can be creative but may also be incorrect, inefficient, or insecure. Always rigorously test, verify, and validate any AI-generated code or algorithms before using them in critical applications. This tool is intended to spark ideas and illustrate a process, not to provide production-ready solutions without human oversight. 🤝 Contributing & Feedback This is a conceptual project, but ideas for improvement or discussions on the underlying concepts are welcome! Feel free to open an issue on the Hugging Face Space's Community tab. 📄 License This project is licensed under the MIT License - see the LICENSE.md file for details (if you create one, otherwise just state MIT License). Powered by Gradio, Hugging Face Inference API, and the boundless spirit of innovation. How to Use This README:

  1. Replace Placeholders:
    • YOUR_SPACE_URL_HERE: After you deploy your Space, get its public URL and put it in the Hugging Face Spaces badge link.
  2. (Optional) LICENSE.md: If you want to be formal, create a LICENSE.md file in your Space repository containing the text of the MIT License:
    MIT License
    
    Copyright (c) [Year] [Your Name/Handle]
    
    Permission is hereby granted, free of charge, to any person obtaining a copy
    of this software and associated documentation files (the "Software"), to deal
    in the Software without restriction, including without limitation the rights
    to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
    copies of the Software, and to permit persons to whom the Software is
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    The above copyright notice and this permission notice shall be included in all
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    THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
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    FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
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    Replace [Year] and [Your Name/Handle].
  3. Upload to Hugging Face Space:
    • Name this file README.md.
    • Upload it to the root of your Hugging Face Space repository alongside app.py and requirements.txt. Hugging Face will automatically render it on your Space's main page.

This README aims to be comprehensive, inviting, and clear about the nature and use of your "AlgoForge Prime™" application!

Check out the configuration reference at https://huggingface.co/docs/hub/spaces-config-reference