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Box2DSimulate
Box2D Simulation Solver
Inputs
| Name | ID | Description | Type |
|---|---|---|---|
| Box2DBodies | Bodies | Box2D Rigid Bodies | Generic Data |
| WorldBoundry | Boundry | Define the boundry of the world .Simulation will still work if bodies reach the end of the world, but it will be slower. | Rectangle |
| Gravity | Gravity | Define the gravity vector. | Vector |
| VelocityIterations | VelIter | In the velocity phase the solver computes the impulses necessary for the bodies to move correctly. Using fewer iterations increases performance but accuracy suffers. | Integer |
| PositionIterations | PosIter | In the position phase the solver adjusts the positions of the bodies to reduce overlap and joint detachment. Using fewer iterations increases performance but accuracy suffers. | Integer |
| Timestep | Timestep | By using a larger time step you can improve performance in low frame rate scenarios.But generally you should use a time step no larger than 1/30 seconds.A time step of 1/60 seconds will usually deliver a high quality simulation. | Number |
| Grab | Grab | This lets you drag dynamic bodies in Rhino viewports. When on, drag dynamic shape in the Rhino viewport with LMB | Boolean |
| Reset | Reset | Reset | Boolean |
| Run | Run | Run | Boolean |
Outputs
| Name | ID | Description | Type |
|---|---|---|---|
| Shapes | S | Shapes | Curve |
| Joints | J | Joints | Curve |
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Box2D and associated data © 2024 Mahdiyar Esmail Beigi.
Rhinoceros and Grasshopper are registered trademarks of Robert McNeel & Associates.
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