Vertex

Complete API reference for Vertex, including constructors, attributes, virtual attributes, and methods.

Package: JAVARuntime

Category: Vertex

Component: no

public class Vertex

Constructors

Signature	Description
`Vertex(Vertex)`	Executes `Vertex` and returns after the underlying engine call finishes.
`Vertex(Engine)`	Executes `Vertex` and returns after the underlying engine call finishes.
`Vertex()`	Creates a new instance of Vertex.

Attributes

Name	Type	Description
`vertex`	`Vertex`	Represents the `vertex` value stored on this instance. Read or assign to update the property.
`CUBE`	`int`	Represents the `CUBE` value stored on this instance. Read or assign to update the property.
`SPHERE`	`int`	Represents the `SPHERE` value stored on this instance. Read or assign to update the property.
`CONE`	`int`	Represents the `CONE` value stored on this instance. Read or assign to update the property.
`CYLINDER`	`int`	Represents the `CYLINDER` value stored on this instance. Read or assign to update the property.
`CIRCLE`	`int`	Represents the `CIRCLE` value stored on this instance. Read or assign to update the property.
`TORUS`	`int`	Represents the `TORUS` value stored on this instance. Read or assign to update the property.
`SQUARE`	`int`	Represents the `SQUARE` value stored on this instance. Read or assign to update the property.
`SQUARE90`	`int`	Represents the `SQUARE90` value stored on this instance. Read or assign to update the property.
`CAPSULE`	`int`	Represents the `CAPSULE` value stored on this instance. Read or assign to update the property.
`HALF_CAPSULE`	`int`	Represents the `HALF_CAPSULE` value stored on this instance. Read or assign to update the property.
`SPHERE_LOWPOLY`	`int`	Represents the `SPHERE_LOWPOLY` value stored on this instance. Read or assign to update the property.
`RENDER_TARGET`	`int`	Represents the `RENDER_TARGET` value stored on this instance. Read or assign to update the property.

Methods

Signature	Returns	Description
`getVertices()`	`List<Vector3>`	Returns the current vertices.
`getVerticesArray()`	`float[]`	Returns the current vertices array.
`getVerticesBuffer()`	`NativeFloatBuffer`	Returns the current vertices buffer.
`setVertices(List<Vector3>)`	`void`	Sets or updates the vertices.
`setVertices(float[])`	`void`	Sets or updates the vertices.
`setVertices(NativeFloatBuffer)`	`void`	Sets or updates the vertices.
`setVertices(Vector3Buffer)`	`void`	Sets or updates the vertices.
`getTriangles()`	`List<Vector3>`	Returns the current triangles.
`getTrianglesArray()`	`int[]`	Returns the current triangles array.
`getTrianglesBuffer()`	`NativeIntBuffer`	Returns the current triangles buffer.
`setTriangles(List<Vector3>)`	`void`	Sets or updates the triangles.
`setTriangles(int[])`	`void`	Sets or updates the triangles.
`setTriangles(NativeIntBuffer)`	`void`	Sets or updates the triangles.
`setTriangles(Point3Buffer)`	`void`	Sets or updates the triangles.
`getNormals()`	`List<Vector3>`	Returns the current normals.
`getNormalsArray()`	`float[]`	Returns the current normals array.
`getNormalsBuffer()`	`NativeFloatBuffer`	Returns the current normals buffer.
`setNormals(List<Vector3>)`	`void`	Sets or updates the normals.
`setNormals(float[])`	`void`	Sets or updates the normals.
`setNormals(NativeFloatBuffer)`	`void`	Sets or updates the normals.
`setNormals(Vector3Buffer)`	`void`	Sets or updates the normals.
`getUVs()`	`List<Vector2>`	Returns the current uvs.
`getUVsArray()`	`float[]`	Returns the current uvs array.
`getUVsBuffer()`	`NativeFloatBuffer`	Returns the current uvs buffer.
`setUVs(List<Vector2>)`	`void`	Sets or updates the uvs.
`setUVs(float[])`	`void`	Sets or updates the uvs.
`setUVs(NativeFloatBuffer)`	`void`	Sets or updates the uvs.
`setUVs(Vector2Buffer)`	`void`	Sets or updates the uvs.
`getJoints()`	`List<Vector3>`	Returns the current joints.
`getJointsArray()`	`float[]`	Returns the current joints array.
`getJointsBuffer()`	`NativeFloatBuffer`	Returns the current joints buffer.
`setJoints(List<Vector3>)`	`void`	Sets or updates the joints.
`setJoints(float[])`	`void`	Sets or updates the joints.
`setJoints(NativeFloatBuffer)`	`void`	Sets or updates the joints.
`setJoints(Vector3Buffer)`	`void`	Sets or updates the joints.
`getWeights()`	`List<Vector3>`	Returns the current weights.
`getWeightsArray()`	`float[]`	Returns the current weights array.
`getWeightsBuffer()`	`NativeFloatBuffer`	Returns the current weights buffer.
`setWeights(List<Vector3>)`	`void`	Sets or updates the weights.
`setWeights(float[])`	`void`	Sets or updates the weights.
`setWeights(NativeFloatBuffer)`	`void`	Sets or updates the weights.
`setWeights(Vector3Buffer)`	`void`	Sets or updates the weights.
`traceLaser(Transform, Ray)`	`LaserHit`	Performs the traceLaser operation using the provided parameters (transform, ray).
`traceLaser(Transform, Ray, RayMode)`	`LaserHit`	Performs the traceLaser operation using the provided parameters (transform, ray, rayMode).
`traceLaser(Transform, Ray, RayMode, boolean)`	`LaserHit`	Performs the traceLaser operation using the provided parameters (transform, ray, rayMode, backfaceCulling).
`traceLaserAsync(Transform, Ray, AsyncLaserListener)`	`void`	Performs the traceLaserAsync operation using the provided parameters (transform, ray, asyncLaserListener).
`traceLaserAsync(Transform, Ray, AsyncLaserListener, RayMode)`	`void`	Performs the traceLaserAsync operation using the provided parameters (transform, ray, asyncLaserListener, rayMode).
`traceLaserAsync(Transform, Ray, AsyncLaserListener, RayMode, boolean)`	`void`	Performs the traceLaserAsync operation using the provided parameters (transform, ray, asyncLaserListener, rayMode, backfaceCulling).
`apply()`	`void`	Executes `apply` and returns after the underlying engine call finishes.
`applyAsync()`	`void`	Executes `applyAsync` and returns after the underlying engine call finishes.
`getBoundingBox()`	`AABB`	Returns the current bounding box.
`recalculateBoundingBox()`	`AABB`	Executes `recalculateBoundingBox` and returns after the underlying engine call finishes.

Static Methods

Signature	Returns	Description
`loadFile(VertexFile)`	`Vertex`	Loads file into the object.
`loadFile(File)`	`Vertex`	Loads file into the object.
`loadFile(InputStream)`	`Vertex`	Loads file into the object.
`loadPrimitive(int)`	`Vertex`	Loads primitive into the object.