create-tutorial
Create Tutorial
Create comprehensive, learner-centered tutorials for the VRP Toolkit project.
Core Philosophy
Tutorials are progressive learning experiences, not documentation dumps. They should:
- Start simple, build complexity gradually
- Emphasize hands-on practice over theory
- Show real, runnable code
- Explain the "why" not just the "how"
Tutorial Categories
1. Feature Tutorials (How to use X)
Examples: "How to use OSMnx integration", "How to visualize routes"
- Focus on one specific feature
- Show multiple use cases
- Include troubleshooting
More from dudusoar/vrp-toolkit
integrate-road-network
Integrate real-world street networks into VRP problems using OpenStreetMap data. Use when loading real map data, creating instances from actual locations, computing network-based distances, or building tutorials with real-world scenarios. Guides through installation, loading areas, extracting nodes, computing distance matrices, and creating PDPTW instances from map data.
12git-log
Generate appropriate commit messages and maintain git log documentation. Use when preparing to commit changes, reviewing git history, or maintaining project change documentation. Provides commit message generation, git log maintenance, and quick command reference.
9manage-python-env
Quick reference for uv (fast Python package manager) operations to save tokens. Use when creating virtual environments, installing packages, managing dependencies, or when user asks about uv commands. Provides concise patterns for Python project setup and package management.
9build-session-context
Build concise session context by extracting key information from project logs (CLAUDE.md, TASK_BOARD.md, MIGRATION_LOG.md, DEBUG_LOG.md, GIT_LOG.md, SKILLS_LOG.md) to provide token-efficient project status. Use when beginning work, returning after break, or needing quick project overview without reading full files.
9maintain-data-structures
Comprehensive reference documentation for all data structures in the VRP toolkit project. Use when needing to understand data structure definitions, attributes, formats, or representations to avoid repeatedly reading code. Covers Problem layer (Instance, Solution, Node), Algorithm layer (Solver, Operators, ALNS), Data layer (OSMnx, distance matrices), and runtime formats (routes as lists, time windows as tuples).
9maintain-architecture-map
Maintain system architecture documentation (ARCHITECTURE_MAP.md) showing module structure, data flows, and entry points. Use this skill when architecture changes, modules are added, or system overview needs updating.
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