godot-csharp

name godot-csharp description Godot C# programming skill for .NET integration, scripting patterns, and performance optimization. allowed-tools Read, Grep, Write, Bash, Edit, Glob, WebFetch graph {"domains":["domain:gaming"],"specializations":["specialization:game-development"],"skillAreas":["skill-area:game-engines","skill-area:gameplay-programming"],"roles":["role:game-developer"]} Godot C# Skill C# programming for Godot Engine development. Overview This skill provides capabilities for implementing game logic using C# in Godot, leveraging .NET integration. Capabilities C# Integration Node class inheritance Attribute-based exports Signal definitions Callable system .NET Features NuGet packages Async/await patterns LINQ queries .NET libraries Interoperability Call GDScript from C# Expose to GDScript Handle Variant types Manage signals Performance Struct usage Memory management Object pooling Span usage Prerequisites Godot 4.0+ with .NET support .NET SDK installed C# IDE (VS Code, Rider) Usage Patterns Node Script using Godot; public partial class Player : CharacterBody2D { [ Export ] public float Speed { get ; set ; } = 200f ; [ Signal ] public delegate void HealthChangedEventHandler ( int newHealth ) ; private int _health = 100 ; public override void _Ready() { // Initialize } public override void _PhysicsProcess( double delta) { var velocity = Vector2.Zero; velocity.X = Input.GetAxis( "move_left" , "move_right" ); velocity.Y = Input.GetAxis( "move_up" , "move_down" ); Velocity = velocity.Normalized() * Speed; MoveAndSlide(); } } Signal Connection button.Pressed += OnButtonPressed; // or button.Connect( "pressed" , Callable.From(OnButtonPressed)); Best Practices Use partial classes Leverage NuGet packages Handle node lifecycle Profile memory usage Use source generators References Godot C# Documentation