Compile and verify Lean 4 code with Mathlib integration.
npx skills add https://github.com/AMGrobelnik/ai-inventor-old3 --skill lean
Please help me install this Agent Skill. Skill: lean Source: https://github.com/AMGrobelnik/ai-inventor-old3/tree/main/.claude/skills/aii_lean Command: npx skills add https://github.com/AMGrobelnik/ai-inventor-old3 --skill lean
This Skill automates the process of compiling, verifying, and interacting with Lean 4 formal proofs, significantly speeding up theorem proving and formal verification tasks.
sorry placeholders in proofs.lean skill to quickly check their progress, get suggestions for the next proof step, and search for existing lemmas in Mathlib to complete their formalization.Use the lean skill to verify the provided Lean 4 code snippet.
High-intent search queries and answers about installing and using this skill.
You can verify Lean 4 code by compiling and checking it for correctness. This process automates formal verification and theorem proving tasks, confirming the validity of your mathematical proofs.
Yes, you can search Mathlib for relevant lemmas using natural language or type patterns. This semantic and pattern-based search helps find existing formalizations to complete your current theorem.
You can get automated tactic suggestions to fill sorry placeholders in Lean 4 proofs. This feature provides recommended next proof steps to bridge gaps in your formalization.
Yes, you need a Lean 4 environment and access to Mathlib to compile and verify proofs. These dependencies are required to execute the formal verification and theorem proving tasks.
The best way to speed up theorem proving is to automate compiling, verifying, and interacting with Lean 4 formal proofs. This includes searching Mathlib for existing lemmas and getting tactic suggestions.
Searching Mathlib during theorem proving is required to find relevant existing lemmas using natural language or type patterns. This prevents duplicating proofs and helps complete complex formalizations efficiently.
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