Thank you for your reply! I understand that the grid is actually a voronoi diagram, and I myself actually did something similar for a small project. I guess my question should be how did you define the shape of the green bubbles (or circles) when they are intersecting and going apart? There seems to be some surface tension in it.
@Xesque , the bubbles are made by way of a voronoi diagram. The input is a rectangular grid of points that are randomized based on their distance to the attractors.
Thank you for your reply! I understand that the grid is actually a voronoi diagram, and I myself actually did something similar for a small project. I guess my question should be how did you define the shape of the green bubbles (or circles) when they are intersecting and going apart? There seems to be some surface tension in it.
Xesque 1 year ago
That's really cool! I believe you used attractors. How did you define the form of the bubbles when they interact?
Xesque 1 year ago
@Xesque , the bubbles are made by way of a voronoi diagram. The input is a rectangular grid of points that are randomized based on their distance to the attractors.
DavidMTRutten 1 year ago
WOW...very nice :)
Ciao
Torolf
torolf44 2 years ago
cool!
ddelgiu 2 years ago