Does it support audio compression?

Yes, it recommends using mono channels and XM modules instead of WAV files to achieve up to 95% savings in music storage.

What is the primary focus of Nethercore Optimization?

It focuses on reducing the file size and memory footprint of games built with the Nethercore engine, specifically targeting WASM binaries and graphical assets.

How does it help with WASM size?

It provides specific Cargo.toml configurations like LTO and opt-level 'z', plus post-build commands like wasm-opt to shrink binaries by up to 40%.

Can it help with Rust code performance?

Yes, it suggests state reduction techniques like using fixed-point math and fixed-size arrays instead of dynamic Vectors to minimize memory overhead.

Nethercore Game Optimization

Name: Nethercore Game Optimization
Author: nethercore-systems

bynethercore-systems

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Game Development

Optimizes Nethercore games by reducing WASM binary sizes, compressing assets, and refining state management for peak performance.

About

The Nethercore Optimization skill provides specialized guidance for developers building games on the Nethercore platform, focusing on aggressive size reduction and performance tuning. It implements best practices for Rust Cargo.toml configurations, WASM post-build processing with wasm-opt, and provides strict asset budgets for textures, meshes, and audio. By utilizing these patterns, developers can significantly reduce load times and memory footprints, ensuring games run efficiently in resource-constrained environments like web browsers.

Key Features

WASM size reduction through optimized Cargo.toml settings and link-time optimization (LTO).
Memory-efficient state management techniques using compact types and fixed-length arrays.
Texture compression guidelines using BC7 with specific resolution targets for UI and environments.
Mesh optimization standards for vertex data to minimize geometric overhead.
Audio footprint reduction strategies including XM module support for massive music file savings.
1 GitHub stars

Use Cases

Reducing the initial load time of a web-based Nethercore game by optimizing WASM binaries.
Preparing game assets for production by applying BC7 compression and poly-count limits.
Optimizing Rust state structures to minimize memory overhead in low-latency environments.

About

Key Features

WASM size reduction through optimized Cargo.toml settings and link-time optimization (LTO).
Memory-efficient state management techniques using compact types and fixed-length arrays.
Texture compression guidelines using BC7 with specific resolution targets for UI and environments.
Mesh optimization standards for vertex data to minimize geometric overhead.
Audio footprint reduction strategies including XM module support for massive music file savings.
1 GitHub stars

Use Cases

Reducing the initial load time of a web-based Nethercore game by optimizing WASM binaries.
Preparing game assets for production by applying BC7 compression and poly-count limits.
Optimizing Rust state structures to minimize memory overhead in low-latency environments.