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AI Code Complexity Visualizer

Visually analyze code complexity, generate cyclomatic complexity and cognitive complexity charts, identify code hotspots

Visualizer Interface

Interactive visualizer will be available soon

Features

  • ✓ Supports cyclomatic complexity, cognitive complexity, Halstead complexity and other metrics
  • ✓ Visual code complexity heatmap, quickly locate complex code blocks
  • ✓ Supports 50+ programming languages including Python, JavaScript, Java, Go, Rust
  • ✓ Provides code refactoring suggestions, intelligently identifies overly complex functions and classes
  • ✓ Supports code comparison analysis, tracking complexity change trends

How to Use

  1. Paste code or upload code file
  2. Select programming language (auto-detect)
  3. AI analyzes code complexity and generates visual report
  4. View complexity charts and refactoring suggestions

FAQ

What is cyclomatic complexity?

Cyclomatic Complexity measures the number of linearly independent paths in code, reflecting code complexity. Higher values mean more complex code, harder to test and maintain. Generally recommend function cyclomatic complexity not exceed 10.

How to reduce code complexity?

Can reduce complexity by extracting functions, reducing nesting, using early returns, eliminating duplicate code. The tool provides specific refactoring suggestions and example code.

Which programming languages are supported?

Supports Python, JavaScript, TypeScript, Java, C/C++, Go, Rust, Ruby, PHP, Swift, Kotlin and 50+ mainstream programming languages.

What complexity is reasonable?

Function level: cyclomatic complexity 1-10 is simple, 11-20 is medium, 21+ is complex. Class level: recommend total complexity not exceed 100. The tool uses colors to indicate different complexity levels.

Can I batch analyze an entire project?

Supports batch analysis, can upload entire project code, generate project-level complexity reports, identify modules and files most in need of optimization.