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Class: Gfx3Drawable

The `Gfx3Drawable` class represents a drawable object in a 3D graphics system.

• inherit from: Gfx3Transformable
  
• parent of: Gfx3Flare, Gfx3Mesh, Gfx3Particles, Gfx3Skybox, Gfx3Sprite
  

Constructors

• new Gfx3Drawable(vertexStride: number): Gfx3Drawable
  The constructor.
  
  • vertexStride: The `vertexStride` parameter is a number that represents the number of attributes for each vertex. It is used to determine the spacing between consecutive vertices in the vertex buffer.
    

Methods

• beginVertices(vertexCount: number): void
  The "beginVertices" function prepare your vertex buffer to write process. Warning: You need to call this method before define your vertices.
  
  • vertexCount: The parameter `vertexCount` represents the number of vertices that will be stored in the vertex buffer.
    
    
• defineVertex(v: number[]): void
  The "defineVertex" function takes in an array of numbers representing a vertex.
  
  • v: An array of numbers representing the attributes of vertex.
    
    
• delete(): void
  The "delete" function free all resources. Warning: you need to call this method to free allocation for this object.
  
  
• draw(): void
  The "draw" is a virtual method used for the draw phase.
  
  
• endVertices(): void
  The "endVertices" function writes vertex data to the vertex buffer and calculates the bounding box based on the vertices.
  
  
• getBoundingBox(): Gfx3BoundingBox
  The "getBoundingBox" function returns the bounding box.
  
  
• getLocalAxies()
  The "getLocalAxies" function returns an array of three vectors representing the local axes of an object based on its transformation matrix.
  
  
• getPosition(): vec3
  The "getPosition" function returns the position.
  
  
• getPositionX(): number
  The "getPositionX" function returns the x-coordinate of the position.
  
  
• getPositionY(): number
  The "getPositionY" function returns the y-coordinate of the position.
  
  
• getPositionZ(): number
  The "getPositionZ" function returns the z-coordinate of the position.
  
  
• getRotation(): vec3
  The "getRotation" function returns the rotation as Euler angles.
  
  
• getRotationQuaternion(): vec4
  The "getRotationQuaternion" function returns the Quaternion based on the Euler angles provided.
  
  
• getRotationX(): number
  The "getRotationX" function returns the rotation angle on x-axis.
  
  
• getRotationY(): number
  The "getRotationY" function returns the rotation angle on y-axis.
  
  
• getRotationZ(): number
  The "getRotationZ" function returns the rotation angle on z-axis.
  
  
• getScale(): vec3
  The "getScale" function returns the scale as a 3D vector.
  
  
• getScaleX(): number
  The "getScaleX" function returns the scale factor on x-axis.
  
  
• getScaleY(): number
  The "getScaleY" function returns the scale factor on y-axis.
  
  
• getScaleZ(): number
  The "getScaleZ" function returns the scale factor on z-axis.
  
  
• getTransformMatrix(): mat4
  The "getTransformMatrix" function returns the transform matrix from position, rotation and scale values.
  
  
• getVertexCount(): number
  The "getVertexCount" function returns the number of vertices.
  
  
• getVertexSubBufferOffset(): number
  The "getVertexSubBufferOffset" function returns the offset of the vertex sub-buffer. Nota bene: All vertices are stored in one global vertex buffer handled by "Gfx3Manager". SubBuffer is just a reference offset/size pointing to the big one buffer.
  
  
• getVertexSubBufferSize(): number
  The "getVertexSubBufferSize" function returns the byte length of the vertex sub buffer. Nota bene: All vertices are stored in one global vertex buffer handled by "Gfx3Manager". SubBuffer is just a reference offset/size pointing to the big one buffer.
  
  
• getVertices()
  The "getVertices" function returns an array of numbers representing vertices.
  
  
• getWorldBoundingBox(): Gfx3BoundingBox
  The "getWorldBoundingBox" function returns the world bounding box by transforming its local bounding box using its transform matrix.
  
  
• rotate(x: number, y: number, z: number): void
  The "rotate" function add rotation values to Euler angles.
  
  • x: The rotation angle on x-axis in radians.
    
  • y: The rotation angle on y-axis in radians.
    
  • z: The rotation angle on z-axis in radians.
    
    
• setPosition(x: number, y: number, z: number): void
  The "setPosition" function set the position with the given x, y and z coordinates.
  
  • x: The X coordinate of the position.
    
  • y: The Y coordinate of the position.
    
  • z: The Z coordinate of the position.
    
    
• setRotation(x: number, y: number, z: number): void
  The "setRotation" function sets rotation Euler angles (in radians).
  
  • x: The rotation angle on x-axis in radians.
    
  • y: The rotation angle on y-axis in radians.
    
  • z: The rotation angle on z-axis in radians.
    
    
• setRotationQuaternion(quaternion: vec4): void
  The "setRotationQuaternion" function sets the rotation using Quaternion.
  
  • quaternion: The quaternion.
    
    
• setScale(x: number, y: number, z: number): void
  The "setScale" function sets the scale with the given x, y and z factors.
  
  • x: The x factor in the x-axis direction.
    
  • y: The y factor in the y-axis direction.
    
  • z: The z factor in the z-axis direction.
    
    
• setVertices(vertices: number[]): void
  The "setVertices" function sets the vertices in one pass.
  
  • vertices: An array of numbers representing the vertices of a shape.
    
    
• translate(x: number, y: number, z: number): void
  The "translate" function translate the position.
  
  • x: The amount of translation in the x-axis direction.
    
  • y: The amount of translation in the y-axis direction.
    
  • z: The amount of translation in the z-axis direction.
    
    
• update(ts: number): void
  The "update" is a virtual method used for the update phase.
  
  • ts: The `ts` parameter stands for "timestep".
    
    
• zoom(x: number, y: number, z: number): void
  The "zoom" function add scale values.
  
  • x: The x factor in the x-axis direction.
    
  • y: The y factor in the y-axis direction.
    
  • z: The z factor in the z-axis direction.