LocalDirectedBallShape

Shape of a euclidean local ball Variation using a directed signed distance function. Be careful: it will probably require creeping, otherwise the light ray will jump from the current cell to infinity.

Constructor

new LocalDirectedBallShape(location, radius)

Source:

geometries/euc/shapes/localDirectedBall/LocalDirectedBallShape.js, line 19

Construction

Parameters:

Name	Type	Description
`location`	Isometry \| Point	Either an isometry, or a point representing the center of the ball
`radius`	number	the radius od the ball

Classes

LocalDirectedBallShape

Members

center :Point

Source:

geometries/euc/shapes/localDirectedBall/LocalDirectedBallShape.js, line 60

Center of the ball

Type:

Point

hasUVMap

Source:

geometries/euc/shapes/localDirectedBall/LocalDirectedBallShape.js, line 84

The UV coordinates corresponds to the spherical coordinates on the sphere... Not sure if that is the smartest choice

isGlobal :boolean

Source:

geometries/euc/shapes/localDirectedBall/LocalDirectedBallShape.js, line 71

Says whether the shape is global. True if global, false otherwise.

Type:

boolean

isLocalBallShape :boolean

Source:

geometries/euc/shapes/localDirectedBall/LocalDirectedBallShape.js, line 47

Says that the object inherits from Ball

Type:

boolean