Can it help with VRChat networking?

Yes, it provides specific guidance on using the [UdonSynced] attribute and implementing network logic according to VRChat's synchronization concepts.

Why should I use this for VRChat instead of general C# advice?

Standard C# advice often includes libraries or syntax that will fail to compile in Udon. This skill ensures generated code adheres to UdonSharp-specific constraints and best practices.

How does it handle object instantiation?

The skill ensures that code uses Instantiate() on existing GameObjects rather than the 'new' keyword, which is not supported for GameObjects in Udon.

Does this skill support all standard C# features?

No, it focuses specifically on the subset of C# supported by UdonSharp, avoiding unsupported features like generic collections (List, Dictionary) and strictly following UdonVM limitations.

UdonSharp Coding

Name: UdonSharp Coding
Author: kurotori4423

bykurotori4423

Desarrollo de Videojuegos

Streamlines VRChat development by providing specialized guidance for UdonSharp's unique C# subset and networking patterns.

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The UdonSharp Coding skill equips Claude with the specific knowledge required to develop for VRChat using the UdonSharp compiler. It bridges the gap between standard C# and the limitations of the UdonVM, offering guidance on supported flow control, networking synchronization via UdonSynced, and performance-optimized null checks. This skill is essential for developers building interactive VRChat worlds, providing best practices for player tracking, persistence, and complex object behaviors while ensuring code remains compatible with the VRChat SDK.

Características Principales

Best practices for player tracking and avatar bone interactions
UdonVM-compliant C# code generation and validation
Optimization tips for Udon-specific performance, such as Utilities.IsValid
0 GitHub stars
Expert guidance on VRChat networking and state synchronization
Implementation patterns for persistent player data and high scores

Casos de Uso

Implementing persistent player settings or inventory systems across sessions
Developing interactive game mechanics and synchronized objects for VRChat worlds
Scripting complex player tracking behaviors like gaze-following or HUDs

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Características Principales

Best practices for player tracking and avatar bone interactions
UdonVM-compliant C# code generation and validation
Optimization tips for Udon-specific performance, such as Utilities.IsValid
0 GitHub stars
Expert guidance on VRChat networking and state synchronization
Implementation patterns for persistent player data and high scores

Casos de Uso

Implementing persistent player settings or inventory systems across sessions
Developing interactive game mechanics and synchronized objects for VRChat worlds
Scripting complex player tracking behaviors like gaze-following or HUDs