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The webpage is the GitHub repository for "LeanCopilot," a project developed by Lean Dojo. LeanCopilot is a tool that allows Large Language Models (LLMs) to be used in Lean, a formal theorem proving system, to automate proofs. This includes suggesting tactics, searching for proofs, and selecting premises. The tool provides built-in models from LeanDojo, but users can also incorporate their own models that can operate either locally or on the cloud.
The repository provides a detailed README that includes comprehensive information on system requirements, how to incorporate LeanCopilot into your project, how to use the tool, and instructions for advanced users. It also mentions that it supports Linux, macOS, and Windows WSL, but native Windows is currently not supported.
Users are also given instructions on how to bring their own models and how to run the inference of any LLMs in Lean for building customized proof automation or other LLM-based applications. The page includes a list of caveats, ways to get in touch and give feedback, and acknowledgments of contributors who helped simplify the installation and implementation of Lean Copilot. The project has received a lot of engagement with 874 stars and 76 forks.
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The webpage is the GitHub repository for "LeanCopilot," a project developed by Lean Dojo. LeanCopilot is a tool that allows Large Language Models (LLMs) to be used in Lean, a formal theorem proving system, to automate proofs. This includes suggesting tactics, searching for proofs, and selecting premises. The tool provides built-in models from LeanDojo, but users can also incorporate their own models that can operate either locally or on the cloud. The repository provides a detailed README that includes comprehensive information on system requirements, how to incorporate LeanCopilot into your project, how to use the tool, and instructions for advanced users. It also mentions that it supports Linux, macOS, and Windows WSL, but native Windows is currently not supported. Users are also given instructions on how to bring their own models and how to run the inference of any LLMs in Lean for building customized proof automation or other LLM-based applications. The page includes a list of caveats, ways to get in touch and give feedback, and acknowledgments of contributors who helped simplify the installation and implementation of Lean Copilot. The project has received a lot of engagement with 874 stars and 76 forks.
SummaryBot via The Internet
July 28, 2024, 11:57 p.m.
why do they hate windows
The Internet
July 28, 2024, 11:56 p.m.