simulation
Connects rigid bodies together with a rigid constraint and places the contraint at the specified position in global space. If the input list contains only one body, the body will be attached to the world. If the list contains no bodies, a constraint will not be created.
oReturn = AttachRigidBodies( Name, [Bodies], Px, Py, Pz ); |
Returns the Constraint object.
| Parameter | Type | Description |
|---|---|---|
| Name | String | Type of constraint (e.g. hinge, ballsocket, spring) to attach to the rigid bodies |
| Bodies | String | List of rigid bodies
Default Value: Current selection |
| Px | Double | Constraint x coordinate (global space)
Default Value: 0 |
| Py | Double | Constraint y coordinate (global space)
Default Value: 0 |
| Pz | Double | Constraint z coordinate (global space)
Default Value: 0 |
'
' Attach two cubes with a ball and socket constraint.
' Put the constraint at the origin.
'
set cube1 = CreatePrim("Cube", "MeshSurface")
SetValue cube1 & ".cube.length", 1
Translate , 2, 0, 0, siAbsolute
set cube2 = CreatePrim("Cube", "MeshSurface")
SetValue cube2 & ".cube.length", 1
Translate , -2, 0, 0, siAbsolute
CreateActiveRigidBody cube1 &","& cube2
set l_cns = AttachRigidBodies("BallSocket", cube1 &","& cube2, 0, 0, 0)
logmessage typename(l_cns)
'Results of running this script:
'INFO : "X3DObject"
|