PhysicsCreateShape: Difference between revisions
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CrosRoad95 (talk | contribs) (Created page with "__NOTOC__ {{Client function}} Creates physics shape used for static or dynamic collision detection ==Syntax== <syntaxhighlight lang="lua"> physics-shape physicsCreateShape(...") |
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physics-shape physicsCreateShape(physics thePhysics, "heightfieldterrain", int sizeX, int sizeY [, float height,float height, ... ) | physics-shape physicsCreateShape(physics thePhysics, "heightfieldterrain", int sizeX, int sizeY [, float height,float height, ... ) | ||
physics-shape physicsCreateShape(physics thePhysics, "compound", int initialChildCapacity = 0) | physics-shape physicsCreateShape(physics thePhysics, "compound", int initialChildCapacity = 0) | ||
physics-shape physicsCreateShape(physics thePhysics, "trianglemesh", vector3, vector3, vector3, ...) | physics-shape physicsCreateShape(physics thePhysics, "trianglemesh", vector3 vertexA, vector3 vertexB, vector3 vertexC, ...) | ||
physics-shape physicsCreateShape(physics thePhysics, "convexhull", | physics-shape physicsCreateShape(physics thePhysics, "convexhull", vector3 pointA, vector3 pointB, vector3, pointC, ...) | ||
</syntaxhighlight> | </syntaxhighlight> | ||
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*'''trianglemesh:''' each of three vectors creates single triangle, use n*3 vectors to create n triangles. | *'''trianglemesh:''' each of three vectors creates single triangle, use n*3 vectors to create n triangles. | ||
*'''compound:''' can contain up to 8192 child shapes. | *'''compound:''' can contain up to 8192 child shapes. | ||
*'''convexhull:''' require at least 3 points. | |||
===Required Arguments=== | ===Required Arguments=== | ||
Revision as of 20:41, 18 February 2020
Creates physics shape used for static or dynamic collision detection
Syntax
physics-shape physicsCreateShape(physics thePhysics, shape-type theShapeType, mixed)
physics-shape physicsCreateShape(physics thePhysics, "box", float size)
physics-shape physicsCreateShape(physics thePhysics, "box", float sizeX, sizeY, sizeZ)
physics-shape physicsCreateShape(physics thePhysics, "sphere", float radius)
physics-shape physicsCreateShape(physics thePhysics, "capsule", float radius, float height)
physics-shape physicsCreateShape(physics thePhysics, "cone", float radius, float height)
physics-shape physicsCreateShape(physics thePhysics, "cylinder", float radius, float height)
physics-shape physicsCreateShape(physics thePhysics, "heightfieldterrain", int sizeX, int sizeY [, float height,float height, ... )
physics-shape physicsCreateShape(physics thePhysics, "compound", int initialChildCapacity = 0)
physics-shape physicsCreateShape(physics thePhysics, "trianglemesh", vector3 vertexA, vector3 vertexB, vector3 vertexC, ...)
physics-shape physicsCreateShape(physics thePhysics, "convexhull", vector3 pointA, vector3 pointB, vector3, pointC, ...)
- heightfieldterrain: minimum size is 3x3, and maximum 8192x8192. By default terrain is flat, you can pass default height after size, each float represents height of next vertex.
- trianglemesh: each of three vectors creates single triangle, use n*3 vectors to create n triangles.
- compound: can contain up to 8192 child shapes.
- convexhull: require at least 3 points.
Required Arguments
- thePhysics: physics world
- theShapeType: shape, availiable types "box", "sphere", "capsule", "cone", "cylinder", "heightfieldterrain", "compound", "trianglemesh", "convexhull",
Returns
- physics-shape to use in future functions
Example
See Also
- physicsCreateWorld
- physicsDestroy
- physicsCreateShape
- physicsCreateShapeFromModel
- physicsCreateRigidBody
- physicsCreateStaticCollision
- physicsCreateConstraint
- physicsAddChildShape
- physicsRemoveChildShape
- physicsGetChildShapes
- physicsSetChildShapeOffsets
- physicsGetChildShapeOffsets
- physicsGetShapes
- physicsGetRigidBodies
- physicsGetStaticCollisions
- physicsGetConstraints
- physicsSetProperties
- physicsGetProperties
- physicsDrawDebug
- physicsSetDebugMode
- physicsBuildCollisionFromGTA
- physicsApplyVelocity
- physicsApplyVelocityForce
- physicsApplyAngularVelocity
- physicsApplyAngularVelocityForce
- physicsApplyDamping
- physicsRayCast
- physicsShapeCast
- physicsGetElementType
- physicsIsElement