Scattered-Biome-Blender Alternatives

Scattered-Biome-Blender reviews and mentions

• Procedural noise based object placement in game world
  1 project | /r/proceduralgeneration | 8 Jul 2021

  A jittered grid could work well, if you're dividing your world into chunks. You can take this class (+ all its dependencies), port it to whatever language you need, and instantiate it with the parameters you need. I detailed in this blog post the specific case I used it for.

• I started a new procedural generation blog! First post: Fast Biome Blending, Without Squareness
  1 project | /r/proceduralgeneration | 13 Mar 2021

  Github Repo: https://github.com/KdotJPG/Scattered-Biome-Blender

• Question about erosion
  2 projects | /r/proceduralgeneration | 8 Mar 2021

  To generate the point distributions you need, you could probably use this ChunkPointGatherer class I wrote for another project, and its dependency UnfilteredPointGatherer. Port to whatever language you need, of course. Here is my understand of how to implement this:

• My first try at Procedural Generation, using unity's built in Perlin Noise
  2 projects | /r/proceduralgeneration | 23 Feb 2021

  If you write a function that returns what the biome should be at or near an arbitrary point in the world, then you can evaluate that function at randomly-ish distributed points (with an upper bound on how far apart they can be spaced), and blend over them. I've implemented the blending part here, a user would just need to implement the callback and decide on the parameter values. The parameters are point frequency, and minimum blend radius (or length).

• Searching for material !
  1 project | /r/proceduralgeneration | 13 Feb 2021

  Blending can be difficult to make fast and not appear griddy at the same time. I did put together a quick blending system a couple weeks ago, though that addresses both of these problems. https://github.com/KdotJPG/Scattered-Biome-Blender It works by sampling a sparse and random-looking distribution of points from an underlying biome query function, then at each block or pixel in the world it considers all evaluation points within a certain circular range. It starts with a minimum circular size that guarantees there will always be at least one point in range, then it adds a user-specified padding to ensure a minimum distance for transition to occur over. It also inherently adds a bit of noisiness to the borders, which is something you may want anyway.

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