https://www.youtube.com/watch?v=jv6YT9pPIHw
Procedural terrain generation can help any game more replayable. In this coding challenge I create a 2D terrain generator that uses Perlin Noise to determine

https://stackoverflow.com/questions/25816351/java-2d-perlin-noise-for-random-terrain-generation
Here are three 256x256 images generated using noise (x / 24.0, y / 24.0): The first one is the raw noise. The second one is green where the values are greater than zero, and blue otherwise. The third one is blue where the values are greater than -0.2 and less than 0.2, and green otherwise. Note that there's also Simplex Noise (different

https://www.youtube.com/watch?v=IKB1hWWedMk
In this coding challenge, I create a 3D procedural terrain using Perlin Noise and the beginShape() function in Processing. Code: https://thecodingtrain.com/c

https://thecodingtrain.com/challenges/11-3d-terrain-generation-with-perlin-noise/
3D Terrain Generation with Perlin NoiseDemonstration of generating a 3D terrain using Perlin Noise. Let's fly to new heights with a 3D terrain coding challenge! Using Perlin Noise and beginShape () + endShape () with triangle strips, I'll guide you through visualizing a 3D procedural terrain in Processing. 💾. beginShape () reference.

https://discourse.processing.org/t/infinite-random-non-repeating-2d-terrain-generation/27716
Dear programmers, I'm new to the Forum and not new to Processing Java mode. I've been searching on the Internet for days to find an algorithm that is able to generate 2d terrain endlessly, and randomly but also natural looking like in MineCraft for example. What I've been trying is the in Java Processing mode implemented Perlin's noise function, which is very cool and useful. However

https://dl.acm.org/doi/abs/10.1145/3571600.3571657?download=true
Additionally, we propose to leverage learnable terrain super-resolution for enhancing generated terrain patch followed by novel kernel-based blending of these patches using Perlin noise to generate infinite terrain with realistic terrain features. We provide a comprehensive quantitative and qualitative evaluation of the proposed framework.

https://github.com/BehindUAll/Infinite-random-terrain-generation-using-Processing
Using Processing to generate infinitely flowing terrain in 3D and using Perlin noise to maintain continuity in terrain formation - GitHub - BehindUAll/Infinite-random-terrain-generation-using-Processing: Using Processing to generate infinitely flowing terrain in 3D and using Perlin noise to maintain continuity in terrain formation

https://github.com/BehindUAll/Infinite-random-terrain-generation-using-Processing/blob/master/Infinite_Random_Terrain_Perlin_Noise_Processing.pde
Using Processing to generate infinitely flowing terrain in 3D and using Perlin noise to maintain continuity in terrain formation - BehindUAll/Infinite-random-terrain-generation-using-Processing

https://3dcomputervision.github.io/assets/pdfs/inf_terrain_generation.pdf
that uses Perlin noise [31] to generate infinite terrain with realistic terrain features. More specifically, our framework consists of train-ing and inference phases. As part of the training phase, we propose to separate multiple spatial frequencies of terrain features extracted from real-world data and independently employ diffusion model

https://www.marginallyclever.com/2023/02/10-minute-code-3d-perlin-noise-terrain-in-processing/
10 minute code: 3D Perlin noise Terrain in Processing. Perlin noise is a powerful way to generate cloud-like texture. Here I use it to generate height values and then connect them into a mesh of triangles, resulting in a random 3D terrain. Read on for all the code!

https://codingtrain.github.io/website-archive/CodingChallenges/011-perlinnoiseterrain.html
Coding Challenge 11: 3D Terrain Generation with Perlin Noise in Processing. Watch all videos . In this coding challenge, I create a 3D procedural terrain using Perlin Noise and the beginShape () function in Processing. p5js.

https://3dcomputervision.github.io/publications/inf_terrain_generation.html
Additionally, we propose to leverage learnable terrain super-resolution for enhancing generated terrain patch followed by novel kernel-based blending of these patches using Perlin noise to generate infinite terrain with realistic terrain features. We provide a comprehensive quantitative and qualitative evaluation of the proposed framework. Video

https://github.com/topics/perlin-terrain
Terrain generation using perlin noise, from the coding train. processing java terrain terrain-generation perlin-noise perlin-terrain Updated Oct 3, 2020; Processing; hamolicious / Terrain-Generator Star 0. Code Issues Pull requests A small class written in Python 3.8 and PyGame that generates a 3D plane with height differences using Perlin

https://grahamweldon.com/post/2012/01/2d-terrain-generation-with-processing/
Processing is a language built on top of Java that allows you to fallback to using Java when and if you need to. Check it out. This is the first attempt at rendering the terrain, its a Perlin generation of the top level in 1D, and then simple unmodified or scaled perlin generation in 2D for the caves. Its pretty boring.

https://gamedev.stackexchange.com/questions/104342/tiling-perlin-noise-seamlessly-but-without-repeating-to-generate-an-infinite-3d
I am trying to make procedurally generated infinite 3D terrain that is generated around the player. So far I have: 3D terrain chunks that are loaded and unloaded when the player moves. These chunks are made up of triangles not quads, and are 128x128 vertices. A Perlin noise class that can successfully generate Perlin noise.

https://www.reddit.com/r/proceduralgeneration/comments/3twed7/early_infinite_perlin_terrain/
I've been working on a system for infinite perlin noise terrain in my free time recently, and thought I'd post it here. I'm using layers of perlin noise with some math applied to make it interesting. One of the things I like most about it is that each point knows nothing of its surroundings, simply gets a height from the perlin function.

https://www.jcgt.org/published/0003/01/04/
Abstract. The standard way to procedurally generate random terrain for video games and other applications is to post-process the output of a fast noise generator such as Perlin noise. Tuning the post-processing to achieve particular types of terrain requires game designers to be reasonably well-trained in mathematics.

https://medium.com/@gadhvirushiraj/the-fascinating-world-of-perlin-noise-terrain-generation-cec7f5a28fa0
The above figure compares 2D random noise (left) vs 2D Perlin noise (right). See how Perlin noise is much smoother and doesn't have significant edges. This characteristics make it ideal for

https://stackoverflow.com/questions/9322684/perlin-noise-infinite-generation-tiling
I got the Perlin Noise algorithm from Here working, and I was wondering if there was a way to make the terrain infinite. The problem lies within this function (Java): float[][] GenerateWhiteNoise(int width, int height, int seed) {. Random random; random = new Random(seed); float[][] noise = new float[width][height];

https://neumueller.dev/2021/11/09/terraced-terrain-extracting-contours/
Generate a perlin noise; Extract the contour lines from the noise; Prost-process the contour lines; Triangulate the contour lines for use as terrain; Generating a perlin noise. This is trivial in Unity using Unity's Mathf.PerlinNoise(float x, float y) function, if you want or need to implement it yourself, here is a good starting point.

https://stackoverflow.com/questions/23094104/tiled-terrain-generation-with-perlin-noise-java
I usually go about using gain = 0.5 (this really do not have to be changed much, it looks pretty good as is), and octaves = ~16. Note; this is made in processing, Java might have some different syntax, but it should be quite the same. float fractal(int x,int y,float gridSubs,float gain,int octaves){. float total = 0; float freq = 1.0/gridSubs;