We need your help! 🔥
Please consider disabling your ad-blocker to support this website! 🔑
We are a free, community-supported website! 🥰
We only display small unobtrusive ads which help us stay online! 💯
Thank you in advance! ❤️
We are a free, community-supported website! 🥰
We only display small unobtrusive ads which help us stay online! 💯
Thank you in advance! ❤️
Point Patrolling
Generates the surface paths for any given ,twirl attractor affected, population of points.
Inputs
| Name | ID | Description | Type |
|---|---|---|---|
| Terrain | S | Surface terrain | Surface |
| Points | P | Point List to affect | Point |
| Attractors | At | Twirl Attractors | Point |
| Range | R | Twirl attractor's unique range (Leave one single value for global) | Number |
| Clockwise/Anticlockwise | Cl | Toggle between clockwise and anticlockwise twirling (Leave one single value for global) | Boolean |
| Asc/Desc | As | Toggle between Ascending/Descending values | Boolean |
| Min/Max | Mi | Toggle between Minimum/Maximum values | Boolean |
| Force | F | Global force for all the twirl attractors | Number |
| Iterations | It | Number of iterations | Integer |
Outputs
| Name | ID | Description | Type |
|---|---|---|---|
| NewPoints | P | The generated point list per iteration | Point |
| NewVectors | V | The generated vector list per iteration | Vector |
| Paths | C | The generated path from each point's route on the surface | Curve |
Site design © Robin Rodricks.
Nudibranch and associated data © 2024 Marios Tsiliakos.
Rhinoceros and Grasshopper are registered trademarks of Robert McNeel & Associates.
Hosted by GitHub