GDQuest/learn-gdscript

Features

• Language Learning Paths - Offers structured educational sequences designed to teach the fundamentals of the GDScript programming language.
• Interactive Coding Exercises - Provides a sandboxed environment for practicing GDScript fundamentals through hands-on, interactive coding exercises.
• Interactive Programming Tutorials - Provides a learning environment combining structured guides with hands-on exercises for mastering GDScript.
• Game Engine Educational Tools - Provides a guided software experience for learning editor navigation and physics tools in a game engine.
• Interactive Coding Tutorials - Provides guided learning modules and hands-on exercises executed directly within the game engine.
• Programming Fundamentals - Teaches absolute beginners core programming constructs such as variables and functions.
• Control Flow Basics - Provides instructional materials on fundamental logic structures like conditionals and loops in a sandboxed environment.
• Sandboxed Code Execution Environments - Runs user-submitted scripts within a restricted environment to allow safe experimentation with GDScript.
• Game AI - Implements decision-making and tracking logic for non-player characters within the game environment.
• Branching Narrative Design - Implements a structured system for managing stories with multiple paths and state changes based on player choices.
• Event-Based Physics Interactions - Uses physics areas to trigger game world events such as opening chests or detecting projectiles.
• Onboarding and Walkthroughs - Provides guided tours and walkthroughs to help users navigate the software's editor interface.
• Progressive Lesson Series - Provides a structured series of short lessons for progressively learning game AI and physics interactions.
• Onboarding Guides - Provides introductory materials to help beginners navigate the Godot editor interface.
• Dialogue Choice Systems - Provides systems for managing and presenting interactive conversation choices to the player.
• Entity Tracking and Following - Implements character logic for maintaining relative distance and following a moving target entity.
• Collision Event Handlers - Implements signal-based callbacks that execute game logic when physics bodies intersect defined zones.
• Trigger-Based Gameplay Elements - Implements interactive world elements like treasure chests and projectile detection using physics areas.
• Game AI Behaviors - Provides a modular system for creating autonomous characters capable of tracking and attacking targets.
• Interactive UI Walkthroughs - Features interactive markers and instructions that direct users through the editor interface.

Star history