XfxSmash
XfxSmash is a high-performance script-based fragmentation plugin for Unity, providing split data structures and batch processing for large-scale fragmentation scenarios.
XfxSmash is a high-performance script-based fragmentation plugin for Unity, providing split data structures and batch processing for large-scale fragmentation scenarios.* This page contains affiliate links, meaning we may earn a small commission if you purchase something through them, at no extra cost. $100
- Category:
- Tools › Physics
- Developer:
- xiaofeixia
- Price:
- $100
- Favorites:
- 8
- Supported Unity Versions:
- 2022.3.19 or higher
- Current Version:
- 1.0
- Download Size:
- 33.56 MB
- Last Update:
- Sep 27, 2024
- Description:
- XfxSmash is a cross-platform script fragmentation plugin developed based on the NVIDIA BLAST library. It offers a columnar data structure based on material parameters and asset fragmentation batch processing, reducing rendering and physical computing pressure to achieve high-performance fragmentation effects. This plugin is currently under development for iOS and macOS.
The plugin provides a range of features, including:
* Voronoi and Sharp Spike editing types
* Fragmentation simulation that determines damage location and extent without relying on Unity's physical collision and fragmentation
* Separation of editing function and script triggering, allowing users to customize and redesign generated assets
* Fragmented batch processing through a packaged hlsl library and macro definitions for quick shader processing
Note: The plugin is based on the NVIDIA Git Unity example (link removed). - Technical Details:
- Function List:
* Editing type: Voronoi, Sharp Spike
* Fragmentation simulation: Determines damage location and extent without relying on Unity's physical collision and fragmentation
* Broken structure: Editing function and script triggering are separated, allowing users to customize and redesign generated assets
* Fragmented batch processing: Packaged hlsl library and macro definitions for quick shader processing - Continue »