> ## Documentation Index > Fetch the complete documentation index at: https://docs.summerengine.com/llms.txt > Use this file to discover all available pages before exploring further. # Working with Documentation > Leverage documentation effectively in Summer Engine through external sources and internal context ## Why Documentation Makes Summer Engine Smarter Imagine trying to build a game without knowing what functions are available, what the current best practices are, or how other developers have solved similar problems. That's what Summer Engine faces without good documentation access. **Documentation gives Summer Engine the "missing manual" for game development.** When you ask Summer Engine to help with something, it needs to know: * What Godot functions actually exist and how they work * Current best practices that have evolved since its last training * Real examples from working games * Solutions to common problems that other developers have figured out Without documentation access, Summer Engine can only guess. With it, Summer Engine gives you production-ready solutions. ## Types of Documentation Context ### External Documentation * **Official Framework Docs**: Godot documentation, Unity manuals, Unreal Engine docs * **API References**: Language specifications, library documentation * **Community Resources**: Tutorials, Stack Overflow discussions, GitHub issues ### Internal Documentation * **Project Documentation**: Architecture decisions, setup guides, deployment procedures * **Code Documentation**: Inline comments, docstrings, README files * **Team Knowledge**: Conventions, patterns, troubleshooting guides ## How Summer Engine Uses Documentation Summer Engine has access to a vast library of game development knowledge that it taps into when helping you. Think of it as having an expert researcher who can instantly find the right information. ### Summer Engine's Research Tools **Godot's Official Documentation** Summer Engine can read and understand Godot's complete documentation. When you ask about something specific, Summer Engine doesn't guess - it looks up the exact API, properties, and examples. **Community Knowledge Base** Summer Engine has access to curated examples of common Godot workflows: * How to set up different camera systems * Material and shader best practices * Physics body configurations * UI layout patterns * Animation system usage **Real-Time Web Research** Summer Engine can search current tutorials, forums, and resources: ``` "Find the latest Godot 4.6 shader examples for water effects" "Look up multiplayer synchronization techniques" "Search for performance optimization tips for 2D games" ``` **Learning from Your Project** Summer Engine also learns from how you write code, what patterns you use, and how you structure your game. It combines this with external knowledge to give you personalized advice. ### Referencing Specific Documentation When you know specific documentation exists, reference it directly: ``` Following the Godot documentation for CharacterBody2D, implement a player controller with proper collision detection Use the move_and_slide() method as described in the official docs ``` ### Framework-Specific Patterns Reference documentation patterns for consistency: ``` Create a custom Resource class following Godot's documentation patterns Implement the _get_property_list() method as shown in the Godot docs Use @export annotations according to Godot 4 best practices ``` ## Internal Documentation Integration ### Project README Files Keep your project documentation accessible to Summer Engine: ```markdown theme={null} # Game Project Structure ## Core Systems - `systems/combat/` - All combat-related logic - `systems/inventory/` - Item management and storage - `systems/progression/` - Player leveling and skills ## Conventions - All managers are singletons following the pattern in `base/singleton_manager.gd` - UI components inherit from `ui/base_ui_component.gd` - Game events use the centralized event bus in `core/event_bus.gd` ``` ### Inline Code Documentation Write comprehensive code documentation that Summer Engine can reference: ```gdscript theme={null} ## Player controller handling movement, jumping, and basic interactions ## ## This class manages all player input and translates it into game actions. ## It follows the standard CharacterBody2D pattern from Godot 4.x documentation. ## ## Dependencies: ## - InputManager for input handling ## - PlayerStats for movement parameters ## - EventBus for broadcasting player events class_name PlayerController extends CharacterBody2D ## Movement speed in pixels per second ## Configured in the editor, typical values: 200-400 @export var speed: float = 300.0 ## Jump velocity (negative because Y-axis is inverted) ## Higher absolute values = higher jumps @export var jump_velocity: float = -400.0 ``` ### Architecture Documentation Document high-level architectural decisions: ```markdown theme={null} # Combat System Architecture ## Overview The combat system is built around a component-based architecture where entities can have multiple combat-related components. ## Core Components - `HealthComponent`: Manages health, damage, and death - `AttackComponent`: Handles damage dealing and attack timing - `DefenseComponent`: Manages armor, resistances, and damage reduction ## Event Flow 1. Attack initiated → AttackComponent processes 2. Damage calculated → sent to target's HealthComponent 3. Health changed → UI updated via signals 4. Death triggered → cleanup and rewards processed ``` ## Documentation-Driven Development ### Creating Documentation from Code Generate documentation from existing implementations: ``` Analyze @systems/inventory/ and create documentation covering: - How the inventory system works - Public API methods and their parameters - Integration points with other systems - Common usage patterns and examples ``` ### Updating Documentation from Changes Keep documentation current as code evolves: ``` I've refactored the save system in @systems/save_manager.gd Update the documentation in docs/save-system.md to reflect: - New save file format - Changed method signatures - Updated integration with @systems/game_state.gd ``` ### Documentation-First Feature Development Plan features through documentation: ``` Before implementing the quest system, let's create documentation for: - Quest data structure and properties - Quest state management and progression - Integration with dialogue and inventory systems - Save/load functionality for quest progress This will help us design the API before writing code. ``` ## Best Practices for Documentation Context ### Be Specific About Versions When referencing external documentation, specify versions: ``` Using Godot 4.6 documentation for implementing custom resources Follow the GDScript 2.0 syntax guidelines Reference the latest Godot networking tutorial for multiplayer setup ``` ### Link Documentation to Implementation Connect your code to relevant documentation: ```gdscript theme={null} ## Implements the observer pattern as described in our architecture docs ## See: docs/patterns/observer-pattern.md for usage guidelines class_name EventBus extends Node ## Subscribes a callback to an event type ## @param event_type: String identifier for the event ## @param callback: Callable to invoke when event fires ## @param subscriber: Object that owns the callback (for cleanup) func subscribe(event_type: String, callback: Callable, subscriber: Object): # Implementation follows the pattern documented in observer-pattern.md ``` ### Maintain Documentation Currency Regular documentation maintenance: ``` Review and update all documentation in docs/ folder: - Check for outdated API references - Update screenshots and examples - Verify all links still work - Add documentation for new features added this sprint ``` ## Common Documentation Patterns ### API Documentation Document public interfaces clearly: ```gdscript theme={null} ## Inventory management system for handling player items ## ## Provides methods for adding, removing, and querying items in the player's ## inventory. Supports item stacking, weight limits, and category filtering. ## ## Example usage: ## [codeblock] ## var inventory = InventoryManager.get_instance() ## inventory.add_item("health_potion", 5) ## var potion_count = inventory.get_item_count("health_potion") ## [/codeblock] class_name InventoryManager extends Node ``` ### Setup and Configuration Guides Document project setup procedures: ```markdown theme={null} # Development Environment Setup ## Prerequisites - Summer Engine 4.6 or later - Git for version control - Recommended: VS Code with Godot Tools extension ## Project Setup 1. Clone the repository: `git clone [repo-url]` 2. Open `project.godot` in Summer Engine 3. Configure project settings in Project → Project Settings 4. Run the main scene to verify setup ## Common Issues - If assets don't load: Reimport all assets via Project → Reimport Assets - If scripts show errors: Ensure engine version matches requirements ``` ### Troubleshooting Documentation Document common issues and solutions: ```markdown theme={null} # Common Issues and Solutions ## Player Falls Through Floor **Symptoms**: Player character clips through solid platforms **Cause**: Collision detection running at wrong physics step **Solution**: Move collision code from `_process()` to `_physics_process()` ## Save Files Corrupted **Symptoms**: Game crashes when loading saved games **Cause**: Save data format changed without migration **Solution**: Implement save file versioning in `SaveManager.gd` ``` ## Integration with Summer Engine's Features ### Project Intelligence Enhancement Well-documented code helps Summer Engine's [Project Intelligence](/ai-tools/rag-search) understand: * System boundaries and responsibilities * Integration points between components * Your team's conventions and patterns * Historical context for design decisions ### Better AI Suggestions Comprehensive documentation enables Summer Engine to: * Suggest implementations that follow your documented patterns * Avoid breaking established architectural principles * Provide solutions that integrate well with existing systems * Reference your specific conventions and naming schemes ## Documentation Maintenance ### Regular Reviews Schedule regular documentation updates: ``` Monthly documentation review checklist: - Update API documentation for changed methods - Add documentation for new features - Remove documentation for deprecated systems - Verify all examples still work with current code - Check external links for accuracy ``` ### Automated Documentation Generate documentation automatically where possible: ``` Create a script that generates API documentation from GDScript comments Export class diagrams from the current codebase Generate changelog from git commit messages Update README with current project statistics ``` ### Team Documentation Standards Establish team-wide documentation practices: ```markdown theme={null} # Team Documentation Standards ## Code Comments - All public methods must have doc comments - Complex algorithms need explanatory comments - TODO comments must include assignee and date ## Architecture Docs - Document all major design decisions - Include diagrams for complex systems - Update docs when refactoring systems ## README Files - Each major system folder needs a README - Include setup instructions and examples - Document known limitations and future plans ``` ## Takeaways * **Documentation provides crucial context** that improves Summer Engine's understanding and suggestions * **Reference specific versions** when using external documentation to ensure accuracy * **Maintain internal documentation** that explains your project's unique patterns and decisions * **Generate documentation from code** to keep it current and reduce maintenance burden * **Document architecture and design decisions** to help Summer Engine understand your system boundaries * **Use documentation-driven development** to plan features before implementation * **Regular maintenance is essential** to keep documentation valuable and current Effective documentation is an investment that pays dividends in AI assistance quality, team productivity, and long-term project maintainability. The more context you provide through good documentation, the better Summer Engine can assist with your development work.