Check this updated guide: https://dinosaurpla.net/Main/How-to-Play/Playing-at-60-FPS/
Note
This guide is written with RMG (Mupen64Plus) or Project64 in mind. Other emulators can be used, but only if they offer both cheats and overclocking functionality.
| # Public domain, as per The Unlicense. NO WARRANTY. See https://unlicense.org | |
| extends Node | |
| ## Solves a [url=https://github.com/godotengine/godot/issues/59250]bug[/url] where touchpad devices | |
| ## can be detected as a joypad. | |
| ## | |
| ## This script should be autoloaded in the project settings. | |
| ## This is merely a workaround, not intended for use in production code. | |
| func _enter_tree() -> void: |
The main goal is to implement a GPU driven renderer for Godot 4.x. This is a renderer that happens entirely on GPU (no CPU Dispatches during opaque pass).
Additionally, this is a renderer that relies exclusively on raytracing (and a base raster pass aided by raytracing).
It is important to make a note that we dont want to implement a GPU driven renderer similar to that of AAA/Unreal, as example.
During the past days, this great article by Sam Pruden has been making the rounds around the gamedev community. While the article provides an in-depth analysis, its a bit easy to miss the point and exert the wrong conclusions from it. As such, and in many cases, users unfamiliar with Godot internals have used it points such as following:
In this brief article, I will shed a bit more light about how the Godot binding system works and some detail on the Godot
| class_name MeshUtils | |
| static func auto_smooth(mesh: Mesh, threshold_degrees := 30.0) -> Mesh: | |
| var result := ArrayMesh.new() | |
| var threshold := deg_to_rad(threshold_degrees) | |
| var sanitized_mesh := merge_duplicate_vertices(mesh) | |
| # Auto smooth each surfaces. |
| #!/usr/bin/env bash | |
| # | |
| # Tests a Godot pull request locally, given an URL to a pull request (or its | |
| # number) and a path or URL to a testing project. This script can also be used | |
| # to confirm Godot bug reports locally using "master" as the first argument. | |
| # | |
| #### Installation | |
| # | |
| # Save this script to a file in your PATH (such as `/usr/local/bin/gd-pr-test`), | |
| # then make the file executable using `chmod +x /path/to/script`. |
Version number is reported by fsutil fsinfo refsinfo, available on Windows 10 and Windows Server 2016.
| // Source: <https://news.ycombinator.com/item?id=25818126> | |
| // | |
| // Instructions: | |
| // 1. Paste contents of this file to a new file called "game.c" within your home folder. | |
| // 2. Open a terminal, install GCC from distribution repositories and compile this source file: gcc game.c -shared -o game.so | |
| // 3. Move game.so to the same folder as the DirtRally binary (within the bin/ folder, not DirtRally.sh). | |
| // Use Manage > Browse Local Files on Dirt Rally to reach this folder, then enter the bin/ folder. | |
| // 4. Modify Steam launch options: LD_PRELOAD=./game.so %command% | |
| // 5. Run the game on Steam. | |
| #include <sys/mman.h> |
| #!/bin/bash | |
| set -euo pipefail | |
| IFS=$'\n\t' | |
| # Compresses ISO/CUE files to CHD on a remote filesystem accessible via SFTP/SSH. | |
| # Source ISO files on the remote host are not removed after conversion | |
| # (you have to do this manually if desired). | |
| # | |
| # chdman must be installed (it's typically packaged as `mame-tools`). | |
| # If it's not in your distribution repositories, build |
| #!/usr/bin/perl -w | |
| ## | |
| ## cube masterserver | |
| ## (c) 2004, Hungerburg, License same as Cube (z-lib) | |
| ## | |
| =cut | |
| Changes |