SphereGenerator

class cee.utils.SphereGenerator()

Helper class to tesselate a sphere

Useful when result values need to be mapped onto a set of 3D points defining a sphere. See the method createCuttingSolid in the example in Examples/DemoAppUg on how to do that.

Constructors

constructor

Properties

m_indices
m_vertices

Methods

configure
fillVerticesIndices
generate
getIndices
getVertices
getVerticesNumber

Constructors

constructor

cee.utils.SphereGenerator.constructor()

Return type: cee.utils.SphereGenerator

Properties

cee.utils.SphereGenerator.m_indices

cee.utils.SphereGenerator.m_vertices

Methods

configure

cee.utils.SphereGenerator.configure(config)

Sets up the sphere parameters.

Arguments

config (cee.utils.SphereGeneratorConfig) –

Return type

void

fillVerticesIndices

cee.utils.SphereGenerator.fillVerticesIndices(vertices, indices)

Fills the members m_vertices and m_indices of this class.

Arguments

vertices (Float32Array) – The vertices in the format x,y,z,x,y,z,…
indices ([number]) – The indices for the vertices

Return type

void

generate

cee.utils.SphereGenerator.generate()

Generates the sphere, using the previously provided configuration.

Return type: void

getIndices

cee.utils.SphereGenerator.getIndices()

Get the indices of triangles needed to render the solid object

Return type: [number]

getVertices

cee.utils.SphereGenerator.getVertices()

Get the vertices of the solid object as Vec3

Return type: [cee.Vec3]

getVerticesNumber

cee.utils.SphereGenerator.getVerticesNumber()

Get the vertices of the solid object as a number array with <x,y,z,x,y,z,…>

Return type: [number]