This work is licensed under a Creative Commons Attribution 4.0 International License.
GRASSHOPPER DISTANCE DOMAIN GROUPS
LOGIC
1. Create a grid of points
2. Measure distance from points to attractor objects
3. Set a number of desired groups
4. Divide distances into an amount of domain subsets equal to the number of desired groups
5. Assign numbers to a group based on the domain group index
6. Group original points into tree branches based on distance domains
7. Assign a unique object to each clustered grouping of points
2. Measure distance from points to attractor objects
3. Set a number of desired groups
4. Divide distances into an amount of domain subsets equal to the number of desired groups
5. Assign numbers to a group based on the domain group index
6. Group original points into tree branches based on distance domains
7. Assign a unique object to each clustered grouping of points
GH Version
0.9.0076
Tip
This type of process is especially valuable to limit the number of unique objects, (e.g. having a unique panel for different areas of a surface) while maintaining a parametric
aesthetic. The number of unique objects should equal the same as the amount of domain
groups.The initial points do not have to be a grid, they can be any arrangement of points.
Attractors can be any type and combination of geometry.Do not forget, attraction values
can be used to control virtually anything, here we control radius of a sphere, try it
for many things.
This work is licensed under a Creative Commons Attribution 4.0 International License.
1. Floating parameter Geo failed to collect data
ReplyDeletethis error is coming in geometry command