class OdeSpace

Bases: TypedObject

Inheritance diagram

Inheritance diagram of OdeSpace

add(geom: OdeGeom) → None
add(space: OdeSpace) → None
autoCollide() → None
clean() → None
collide(arg: object, near_callback: object) → int
convert() → object
convertToHashSpace() → OdeHashSpace
Return type


convertToQuadTreeSpace() → OdeQuadTreeSpace
Return type


convertToSimpleSpace() → OdeSimpleSpace
Return type


destroy() → None
disable() → None
enable() → None
getAABB(min: LVecBase3f, max: LVecBase3f) → None
getAABounds() → object
getCategoryBits() → BitMask32
Return type


getClass() → int
static getClassType() → TypeHandle
Return type


getCleanup() → int
getCollideBits() → BitMask32
Return type


getCollideId(geom: OdeGeom) → int
getCollideId(o1: dGeomID) → int
getCollisionEvent() → str
getConvertedGeom(i: int) → object
getConvertedSpace() → object
getGeom(i: int) → OdeGeom
Return type


getNumGeoms() → int
getSpace() → OdeSpace
Return type


getSurfaceType(geom: OdeGeom) → int
getSurfaceType(o1: dGeomID) → int
isEmpty() → bool

Returns true if the ID is 0, meaning the OdeSpace does not point to a valid space. It is an error to call a method on an empty space. Note that an empty OdeSpace also evaluates to False.

isEnabled() → int
isSpace() → int
query(geom: OdeGeom) → int
query(space: OdeSpace) → int
remove(geom: OdeGeom) → None
remove(space: OdeSpace) → None
setAutoCollideJointGroup(param0: OdeJointGroup) → None
setAutoCollideWorld(param0: OdeWorld) → None
setCategoryBits(bits: BitMask32) → None
setCleanup(mode: int) → None
setCollideBits(bits: BitMask32) → None
setCollideId(geom: OdeGeom, collide_id: int) → int
setCollideId(collide_id: int, id: dGeomID) → int
setCollisionEvent(event_name: str) → None
setSurfaceType(geom: OdeGeom, surface_type: int) → None
setSurfaceType(surface_type: int, id: dGeomID) → None
write(out: ostream, indent: int) → None