Global

Members

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Detector

Author:

• alteredq / http://alteredqualia.com/
• mr.doob / http://mrdoob.com/

Methods

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normalize(positions, vertices, rescale)

Centers a mesh about the origin and rescales it to unit radius.

Parameters:

Name	Type	Description
positions	Array.<module:LinearAlgebra.Vector>	The position of each vertex in the vertices array.
vertices	Array.<module:Core.Vertex>	The vertices of a mesh.
rescale	boolean	A flag indicating whether mesh positions should be scaled to a unit radius.

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indexElements(elementList)

Assigns an index to each element in elementList. Indices can be accessed by using
elements as keys in the returned dictionary.

Parameters:

Name	Type	Description
elementList	Array.<Object>	An array of any one of the following mesh elements - vertices, edges, faces, corners, halfedges, boundaries.

Returns:

A dictionary mapping each element in elementList to a unique index
between 0 and |elementList|-1.

Type

Object

Example

let vertexIndex = indexElements(mesh.vertices);
let v = mesh.vertices[0];
let i = vertexIndex[v];
console.log(i); // prints 0

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clamp(x, min, max)

Clamps a number between the specified minimum and maximum values.

Parameters:

Name	Type	Description
x	number	The number to be clamped.
min	number	The minimum value of x.
max	number	The maximum value of x.

Returns:

Type

number

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colormap(x, min, max, values)

Maps a number to RGB color values.

Parameters:

Name	Type	Description
x	number	The number to be mapped to RGB color values.
min	number	The minimum value of x.
max	number	The maximum value of x.
values	Array.<Array.<number>>	The colormap. The current available options are seismic, coolwarm and hot.

Returns:

Type

module:LinearAlgebra.Vector

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hsv(h, s, v)

Computes the hue, saturation, and value of the RGB color model.

Parameters:

Name	Type	Description
h	number	The hue of the RGB color model.
s	number	The saturation of the RGB color model.
v	number	The value of the RGB color model.

Returns:

Type

module:LinearAlgebra.Vector