The Reload that Almost Crashed my Computer

Published on March 28, 2022
Duration: 1:49

This video showcases a 'cursed' firearm in the VR simulation H3VR, created by Rust LTD. The firearm, a Cursed H3VR Firearm, features a high-capacity drum/belt and simulated large rifle caliber. The simulation highlights the extreme performance demands of such a weapon, leading to significant visual artifacts and near-crashes due to the game engine's physics limitations when processing thousands of virtual projectiles.

Quick Summary

The 'Cursed H3VR Firearm' in the VR simulation H3VR, by Rust LTD, features a high-capacity drum/belt and simulated large rifle caliber. Its extreme fire rate generates thousands of virtual projectiles, overwhelming the game engine's physics processor. This leads to severe performance lag, visual artifacts, and near-crashes, especially during complex reloads, highlighting the limits of game engine physics simulations.

Chapters

  1. 00:00Introduction to the Cursed Gun
  2. 00:23Combat and Performance Lag
  3. 00:49The Complex Reload
  4. 01:16Post-Reload Firepower

Frequently Asked Questions

What is the 'Cursed H3VR Firearm' and what are its characteristics?

The 'Cursed H3VR Firearm' is a highly customized virtual weapon featured in the VR simulation H3VR, created by Rust LTD. It is characterized by its multiple barrels, non-standard attachments, high-capacity drum/belt, and a simulated large rifle caliber, pushing the game's performance limits.

What causes performance issues in H3VR when using the 'Cursed H3VR Firearm'?

Performance issues, including severe frame drops and visual artifacts, are caused by the game engine's physics simulation struggling to process the immense volume of virtual projectiles and debris generated by the firearm's extreme fire rate. Thousands of physics objects overwhelm the system.

How does the complex reload process affect the simulation?

The complex, multi-step reload process on the 'cursed' firearm exacerbates the performance lag. The increased computational load during this action can lead to near-crashes, with the screen filling with white debris as the engine struggles with physics calculations.

What is the significance of 'physics objects' in this H3VR simulation?

'Physics objects' in H3VR, such as virtual casings and projectiles, are crucial to the simulation's realism but also represent a significant computational load. When thousands are generated rapidly, they can overwhelm the game engine's physics processor, leading to lag and visual artifacts.

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