Package de.grogra.ray.physics

Interface Summary

Collector	This interface is used to store more information during the computation of the LightModel.
Emitter	The Emitter interface is the superinterface for all entities which emit a quantity of light transport: Light sources emit radiance, Sensors emit importance.
Interior	An Interior instance represents the interior of a solid object.
Light	A Light instance represents a light source.
Scattering	A Scattering instance represents a scattering entity: Either a surface Shader, a Light source, or a Sensor.
Sensor
Shader	A Shader instance represents a surface shader which calculates the color of an outgoing light ray at a given point as a function of geometrical and optical properties, namely local and global point coordinates, canonical uv-coordinates, surface tangent vectors, outgoing ray direction, index of refraction, and a list of incident light rays, consisting of color and direction.
Spectrum	This interface represents a spectrum, i.e., a function f(ν) of frequency ν of a wave.

Class Summary

Collector3d	This class stores some useful information about incoming rays of an corresponding object, which has received a certain ray.
Collector3dList	This class distinguish
CollectorW3d	This class stores some useful information about incoming rays of an corresponding object, which has received a certain ray.
Environment	This class serves as input to scattering calculations.
Interior.Input	This class serves as input to Interior.attenuate(Input, Color3f).
Spectrum3d	This class implements a spectrum which is represented by three double values which are interpreted as the red, green and blue part of the spectrum.
Spectrum3f	This class implements a spectrum which is represented by three float values which are interpreted as the red, green and blue part of the spectrum.
Tests