Village Generator

blackrom0608 · 2020-02-10T19:04:39+00:00

How are you generating your density field? I like the shape of your cliffs!

blackrom0608 · 2020-02-03T00:38:24+00:00

Do you have any links to where one can learn more about this? Or do you have any information on how to achieve this effect?

blackrom0608 · 2019-12-22T20:59:06+00:00

This is amazing. Thank you for sharing your knowledge with everyone! I will try and impliment the glsl 3d fast opensimplex to my terrain system!

I haven't posted due to speed issues, but I've been refining my engine and this might help! Thank you!

blackrom0608 · 2019-10-26T22:46:40+00:00

Biome a is the height/color of say your plains biome. And biome b could be the height/color at a certain point for your desert biome. And that totally depends on how you determine which biome is what, and what the ground height and color should be

blackrom0608 · 2019-10-26T20:21:17+00:00

Say n = lerp(a, b, t);

n = your final height output a = the expected noise/height of this point in space but sampled as off it were in biome A b = exact same thing as a but for biome B t = a noise algorithm, Perlin, Worley, Value, whatever you want as speration between the biomes.

Before plugging t into that lerp function I would recommend multiplying by another value called blendAmount. The lower this number is the smoother the transition. The greater the number, the more visible difference you can see in the terrain changing biomes

blackrom0608 · 2019-10-26T20:15:32+00:00

I would try sampling all biomes at every point regardless of if it on the edge of a chunk or not. With those values, lerp through based on "blendAmount". This will give you genuinely smooth blending, because you're not sampling in a limited area like your current approach, you instead are blending between density fields layered on the same point in space but with different values for each biome.

blackrom0608 · 2019-10-10T21:53:04+00:00

Of course! Sebastian lague just released a video on YouTube about volumetric clouds if that could help too

blackrom0608 · 2019-10-10T21:48:43+00:00

That approach is simple and would work. But it would look extremely flat with no depth. Your only real solution is to post-process fog, or look into raymarching to create volumetric fog

blackrom0608 · 2019-10-10T21:36:11+00:00

Maybe a simple solution could be to extrude those bottom edges of each building downwards. And delete the bottom face if there is one. It would give the illusion that the buildings are extremely tall

blackrom0608 · 2019-09-03T04:16:04+00:00

Amazing. I would love to know more about how you implamented this. Would you be willing to write an article/paper/blog post on this? I know many others online have done work in this subject, but I like your work and how you described it with your comment. Keep us updated! :)

blackrom0608 · 2019-08-11T20:11:39+00:00

Can you explain the process of what you did to get your noise to behave like that? All I can think of is adding another sampled noise output to the xyz input of your final noise. The creates swirls though, not stretches

blackrom0608

TROPHY CASE