181
PIDs: Creating Stable Control in Games
Using a game use-case to motivate and explain PIDs
Topics /
Games & Graphics
The most popular blog posts about games & graphics on Hacker News. 199 posts.
182
Spider-Man (Neversoft) Decompilation Project Progress Checkpoint – May 2024
Progress report for the Spider-Man decompilation project
183
Quaternion Differentiation (2012)
I wanted to point someone to a short explanation of this today and noticed, with some surprise, that I couldn’t find something concise within 5 minutes of googling. So it seems worth writing …
184
The Making of Side 7: Gundam Evolution private server project
Project community server: https://discord.gg/side7 On September 20th, 2022, the live-service first-person hero shooter "GUNDAM EVOLUTION" was launched. A little over a year later, on November 29th, 2023, it abruptly reached its end of life. As a passionate enthusiast of hero shooters and the Gundam franchise, the…
185
Godot as an Embeddable Game Engine
Miguel de Icaza's Blog
186
Conway's Game of Life for curved surfaces (2012)
Conway’s Game of Life is one of the most popular and iconic cellular automata. It is so famous that googling it loads up a working simulation right in your browser! The rules for the Game o…
187
Steam's Last Stand
In the year 1900, automobile sales in the United States were divided almost evenly among three types of vehicles: automakers sold about 1,000 cars powered by internal combustion engines, but over 1…
188
Random Thoughts about Unity
From the outside, Unity lately seems to have a problem or two. By “lately”, I mean during the last decade, and by “a problem or two”, I mean probably over nine thousand problems. Fun! But what are they, how serious they are, and what can be done about it?
189
Programming terrain from scratch using C++ and OpenGL by Shamus Young (2006)
UPDATE 2/20/2006: After about a month, the project is now finished. You can go through the series and read my explanations for each step, or you can just page through and gander at the pretty pictures. If you’re the impatient sort, you could just jump to part 10 right now and see how it turned out.
190
Solving puzzles faster than humanly possible
Can anyone solve 1000 Opus Magnum puzzles in 24 hours? What about with assistance from bots? Will the solutions be any good? Let's find out!
191
A Hamiltonian Circuit for Rubik's Cube
At last, the Hamiltonian circuit problem for Rubik's Cube has a solution! To be a little more mathematically precise, a Hamiltonian circuit of the quarter-turn metric Cayley graph for the Rubik's Cube group has been found.
192
GSoC'24: Differentiable Logic for Interactive Systems and Generative Music
Last summer , I participated in Google Summer of Code for the first time, working with GRAME on improving support for using the Faust audio programming language on the web .
193
Hal Hickel on Creating Tarkin
Back in 2020, Hal Hickel answered a Quora question with great detail about how we created Grand Moff Tarkin for "Rogue One" (2016), and in t...
194
Penrose Mazes (2020)
Mazes are typically constructed on regular grids: square, triangular, hexagonal, etc. But what if you generate a maze on top of a Penrose tiling, which is guaranteed to be irregular? (It is an aperiodic tiling .) The resulting mazes have a very characteristic appearance: they are filled with circles and stars, but the…
195
How Mihoyo's monetization works
You open your favourite social media site. You see the same discussions come up again.
196
A smooth and sharp image interpolation you probably haven't heard of
An image interpolation that gives us a continuous and smooth image, where every interpolated value only depends on the four neighboring pixel values. The image becomes smooth, but sharp features remain sharp.
197
Porting 8-bit Sonic 2 to the TI-84 CE
If you’re here from the Cemetech or Sonic Retro threads, then you probably already know the gist of this post. I’ve ported Sonic 2 to the…
198
GPU Debug Scopes
Using RAII to attach diagnostic information to your command buffers
199
Mitosis in the Gray-Scott model: writing shader-based chemical simulations
Use the parallel processing power of your GPU to simulate a simple chemical system that exhibits emergent behaviors