PhysicsGeom Class Reference

Private Member Functions
proto external void	Destroy ()
	Destroys geometry.
proto external void	Destroy ()
	Destroys geometry.

Static Private Member Functions
static proto PhysicsGeom	CreateBox (vector size)
	Creates box geometry.
static proto PhysicsGeom	CreateBox (vector size)
	Creates box geometry.
static proto PhysicsGeom	CreateCapsule (float radius, float height)
	Creates capsule geometry.
static proto PhysicsGeom	CreateCapsule (float radius, float height)
	Creates capsule geometry.
static proto PhysicsGeom	CreateCylinder (float radius, float height)
	Creates cylinder geometry.
static proto PhysicsGeom	CreateCylinder (float radius, float height)
	Creates cylinder geometry.
static proto PhysicsGeom	CreateSphere (float radius)
	Creates sphere geometry.
static proto PhysicsGeom	CreateSphere (float radius)
	Creates sphere geometry.
static proto PhysicsGeom	CreateTriMesh (vector vertices[], int indices[], int numVertices, int numIndices)
	Creates tri-mesh geometry.
static proto PhysicsGeom	CreateTriMesh (vector vertices[], int indices[], int numVertices, int numIndices)
	Creates tri-mesh geometry.

Detailed Description

Definition at line 11 of file physicsgeom.c.

Member Function Documentation

CreateBox() [1/2]

proto PhysicsGeom CreateBox ( vector size )

staticprivate

Creates box geometry.

PhysicsGeom geom = PhysicsGeom.CreateBox("1 1 1");

Parameters

size	Dimensions of the box

CreateBox() [2/2]

proto PhysicsGeom CreateBox ( vector size )

staticprivate

Creates box geometry.

PhysicsGeom geom = PhysicsGeom.CreateBox("1 1 1");

Parameters

size	Dimensions of the box

CreateCapsule() [1/2]

proto PhysicsGeom CreateCapsule ( float radius, float height )

staticprivate

Creates capsule geometry.

PhysicsGeom geom = PhysicsGeom.CreateCapsule(0.5, 1);

Parameters

radius	Radius of the cylindrical/hemispherical part
height	Height of the cylindrical part

CreateCapsule() [2/2]

proto PhysicsGeom CreateCapsule ( float radius, float height )

staticprivate

Creates capsule geometry.

PhysicsGeom geom = PhysicsGeom.CreateCapsule(0.5, 1);

Parameters

radius	Radius of the cylindrical/hemispherical part
height	Height of the cylindrical part

CreateCylinder() [1/2]

proto PhysicsGeom CreateCylinder ( float radius, float height )

staticprivate

Creates cylinder geometry.

PhysicsGeom geom = PhysicsGeom.CreateCylinder(0.5, 1);

Parameters

radius	Radius of the cylinder
height	Height of the cylinder

CreateCylinder() [2/2]

proto PhysicsGeom CreateCylinder ( float radius, float height )

staticprivate

Creates cylinder geometry.

PhysicsGeom geom = PhysicsGeom.CreateCylinder(0.5, 1);

Parameters

radius	Radius of the cylinder
height	Height of the cylinder

CreateSphere() [1/2]

proto PhysicsGeom CreateSphere ( float radius )

staticprivate

Creates sphere geometry.

PhysicsGeom geom = PhysicsGeom.CreateSphere(0.5);

Parameters

radius

Radius of the sphere

CreateSphere() [2/2]

proto PhysicsGeom CreateSphere ( float radius )

staticprivate

Creates sphere geometry.

PhysicsGeom geom = PhysicsGeom.CreateSphere(0.5);

Parameters

radius

Radius of the sphere

CreateTriMesh() [1/2]

proto PhysicsGeom CreateTriMesh ( vector vertices[], int indices[], int numVertices, int numIndices )

staticprivate

Creates tri-mesh geometry.

const int numVerts = 4;
const int numInds = 12;
vector verts[numVerts] = { "0 0 0", "1 0 0", "0 0 1", "0 1 0" };
int inds[numInds] = { 0, 1, 2, 0, 3, 1, 3, 2, 1, 0, 2, 3 };
PhysicsGeom geom = PhysicsGeom.CreateTriMesh(verts, inds, numVerts, numInds);

Parameters

vertices	Set of vertices representing the geometry
indices	Set of indices representing the geometry
numVertices	Number of vertices
numIndices	Number of indices

CreateTriMesh() [2/2]

proto PhysicsGeom CreateTriMesh ( vector vertices[], int indices[], int numVertices, int numIndices )

staticprivate

Creates tri-mesh geometry.

const int numVerts = 4;
const int numInds = 12;
vector verts[numVerts] = { "0 0 0", "1 0 0", "0 0 1", "0 1 0" };
int inds[numInds] = { 0, 1, 2, 0, 3, 1, 3, 2, 1, 0, 2, 3 };
PhysicsGeom geom = PhysicsGeom.CreateTriMesh(verts, inds, numVerts, numInds);

Parameters

vertices	Set of vertices representing the geometry
indices	Set of indices representing the geometry
numVertices	Number of vertices
numIndices	Number of indices

Destroy() [1/2]

proto external void Destroy ( )

private

Destroys geometry.

Destroy() [2/2]

proto external void Destroy ( )

private

Destroys geometry.

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The documentation for this class was generated from the following file:

• F:/Games/Dayz/scripts/1_core/physics/physicsgeom.c