Out of curiosity. Would you know of a way to make a voronoi where the distance field is normalized per cell such that every cell has the full range of zero at the centre and one at the edges? As it stands currently, Smaller cells have a different range than larger cells due to the distance. It'd be nice to have the option to have it as the relative distance from the seed as opposed to the absolute distance.
This is actually something I’ve been thinking about, if I figure out a way to obtain the size value of each cell, I could multiply the distance output. The hard part is obtaining the size of each voronoi cell. Great question!
Wonderful
thanks🥰
Woooow, very useful!
Now I know how to voronoi
Out of curiosity. Would you know of a way to make a voronoi where the distance field is normalized per cell such that every cell has the full range of zero at the centre and one at the edges? As it stands currently, Smaller cells have a different range than larger cells due to the distance. It'd be nice to have the option to have it as the relative distance from the seed as opposed to the absolute distance.
This is actually something I’ve been thinking about, if I figure out a way to obtain the size value of each cell, I could multiply the distance output. The hard part is obtaining the size of each voronoi cell. Great question!
how would you code this in OSL?