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You can take a look at my master thesis (Charack: Pseudo-infinite 3D virtual world generation). It's in a pre-alpha stage, but I think you can find something useful (besides the wide range of similar tools and works I found during my research). Project link: http://code.google.com/p/charack/
Oooh, beautiful...
You can take a look at my master thesis (Charack: Pseudo-infinite 3D virtual world generation). It's in a pre-alpha stage, but I think you can find something useful (besides the wide range of similar tools and works I found during my research). Project link: http://code.google.com/p/charack/
This really is a wealth of knowledge and practical code. I know what I'll be spending my evening reading now. ;-] Thanks!
Earlier quoted context omitted.
These look great - what method did you use to define the borders on the risk-like map?
You mean the border between the hued territories? Roughly: 1) Randomly pick center points of territories, guarantee a minimum distance for best looks 2) Compute the Voronoi raster, i.e. for each pixel find the nearest territory center 3) Figure out which territories border which, based on the Voronoi raster 4) Compute borders for each territory by taking the midpoints of edges in the territory neighborhood graph. Use…
I did some work on random terrain once. You can see the results here: http://steveasleep.appspot.com/pyworldgen If this is what you're looking for, I can try to explain it.
Cool. I made these: http://flywheel.be/wouter/maps/ Similar in concept, I guess. What technique are you using? I always start from fractal + voronoi but I think that's fundamentally flawed; going from raster to vector is silly when you could have gone straight to vector.