algorithmic modeling for Rhino
Agent-Based Design for Grasshopper
+ A new paradigm for 3D modeling utilizing agents.
+ Assign forces and behaviors to systems of agents to create interactions.
+ Utilize any data to drive the system.
+ Easily debug your system by displaying individual force vectors.
+ High performance, parallel algorithms, spatial data-structures.
+ Write your own custom forces, no coding required.
+ Open source framework for others to build custom behaviors.
+ Boid forces: Cohese, Separate, Align, & View.
+ Contain Agents within Brep, Box, Surface, and Polysurface environments.
+ Forces: Path Follow, Attract, Contain, Surface Flow, Seek, Arrive, Avoid Obstacle, Avoid Unaligned Collision, Sense Image, Sense Point, & more to come.
+ Behaviors: Bounce Contain, Kill Contain, Initial Velocity, Eat, Set Velocity, & more to come.
+ Behaviors to drive simulations of people and vehicles.
+ Temporal inputs can change the actions of the system over time.
If you find any bugs or have any feature requests please post them on the GitHub Issue Tracker which will allow everyone to see which bugs are open or closed and allows me to update you when it is fixed.
This is an open source project so if you need custom defined forces or behaviors for your project reach out to me about becoming a committer.
View the project on GitHub
To learn more about the polymorphic type system in the latest release of Quelea see this video explanation.
For questions on how to use Quelea, please create a new Discussion.
Latest Activity: on Wednesday
Hi alex, i was just wondering if it's possible to define different types of agents, each having their own characteristics and making them interact with all other agents in the system.I've already…Continue
Started by Niloofar Najafi. Last reply by iro skouloudi May 21.