Uses of Package
de.grogra.ray.physics

Packages that use de.grogra.ray.physics

Package	Description
de.grogra.glsl.light
de.grogra.glsl.light.shadow
de.grogra.gpuflux.imp3d.objects
de.grogra.gpuflux.imp3d.shading
de.grogra.gpuflux.scene
de.grogra.gpuflux.scene.light
de.grogra.gpuflux.tracer
de.grogra.imp3d
de.grogra.imp3d.objects
de.grogra.imp3d.ray2
de.grogra.imp3d.shading
de.grogra.ray.physics
de.grogra.ray.shader
de.grogra.ray.util
de.grogra.ray2
de.grogra.ray2.metropolis.strategy
de.grogra.ray2.radiosity
de.grogra.ray2.radiosity.triangulation
de.grogra.ray2.tracing
de.grogra.ray2.tracing.modular
de.grogra.rgg

Classes in de.grogra.ray.physics used by de.grogra.glsl.light

Class	Description
Emitter	The Emitter interface is the superinterface for all entities which emit a quantity of light transport: Light sources emit radiance, Sensors emit importance.
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.
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.

Classes in de.grogra.ray.physics used by de.grogra.glsl.light.shadow

Class	Description
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.

Classes in de.grogra.ray.physics used by de.grogra.gpuflux.imp3d.objects

Class	Description
Emitter	The Emitter interface is the superinterface for all entities which emit a quantity of light transport: Light sources emit radiance, Sensors emit importance.
Environment	This class serves as input to scattering calculations.
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.
Spectrum	This interface represents a spectrum, i.e., a function f(ν) of frequency ν of a wave.

Classes in de.grogra.ray.physics used by de.grogra.gpuflux.imp3d.shading

Class	Description
Environment	This class serves as input to scattering calculations.
Scattering	A Scattering instance represents a scattering entity: Either a surface Shader, a Light source, or a 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.

Classes in de.grogra.ray.physics used by de.grogra.gpuflux.scene

Class	Description
Environment	This class serves as input to scattering calculations.

Classes in de.grogra.ray.physics used by de.grogra.gpuflux.scene.light

Class	Description
Environment	This class serves as input to scattering calculations.

Classes in de.grogra.ray.physics used by de.grogra.gpuflux.tracer

Class	Description
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.

Classes in de.grogra.ray.physics used by de.grogra.imp3d

Class	Description
Emitter	The Emitter interface is the superinterface for all entities which emit a quantity of light transport: Light sources emit radiance, Sensors emit importance.
Environment	This class serves as input to scattering calculations.
Scattering	A Scattering instance represents a scattering entity: Either a surface Shader, a Light source, or a Sensor.
Sensor
Spectrum	This interface represents a spectrum, i.e., a function f(ν) of frequency ν of a wave.

Classes in de.grogra.ray.physics used by de.grogra.imp3d.objects

Class	Description
Emitter	The Emitter interface is the superinterface for all entities which emit a quantity of light transport: Light sources emit radiance, Sensors emit importance.
Environment	This class serves as input to scattering calculations.
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
Spectrum	This interface represents a spectrum, i.e., a function f(ν) of frequency ν of a wave.

Classes in de.grogra.ray.physics used by de.grogra.imp3d.ray2

Class	Description
Interior	An Interior instance represents the interior of a solid object.
Light	A Light instance represents a light source.
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.

Classes in de.grogra.ray.physics used by de.grogra.imp3d.shading

Class	Description
Emitter	The Emitter interface is the superinterface for all entities which emit a quantity of light transport: Light sources emit radiance, Sensors emit importance.
Environment	This class serves as input to scattering calculations.
Interior	An Interior instance represents the interior of a solid object.
Interior.Input	This class serves as input to Interior.attenuate(Input, Color3f).
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.
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.

Classes in de.grogra.ray.physics used by de.grogra.ray.physics

Class	Description
Collector	This interface is used to store more information during the computation of the LightModel.
Collector3d	This class stores some useful information about incoming rays of an corresponding object, which has received a certain ray.
Collector3dList	This class distinguish
Emitter	The Emitter interface is the superinterface for all entities which emit a quantity of light transport: Light sources emit radiance, Sensors emit importance.
Environment	This class serves as input to scattering calculations.
Interior.Input	This class serves as input to Interior.attenuate(Input, Color3f).
Scattering	A Scattering instance represents a scattering entity: Either a surface Shader, a Light source, or a Sensor.
Spectrum	This interface represents a spectrum, i.e., a function f(ν) of frequency ν of a wave.
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.

Classes in de.grogra.ray.physics used by de.grogra.ray.shader

Class	Description
Environment	This class serves as input to scattering calculations.

Classes in de.grogra.ray.physics used by de.grogra.ray.util

Class	Description
Spectrum	This interface represents a spectrum, i.e., a function f(ν) of frequency ν of a wave.
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.

Classes in de.grogra.ray.physics used by de.grogra.ray2

Class	Description
Interior	An Interior instance represents the interior of a solid object.
Light	A Light instance represents a light source.
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.

Classes in de.grogra.ray.physics used by de.grogra.ray2.metropolis.strategy

Class	Description
Environment	This class serves as input to scattering calculations.
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.

Classes in de.grogra.ray.physics used by de.grogra.ray2.radiosity

Class	Description
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.

Classes in de.grogra.ray.physics used by de.grogra.ray2.radiosity.triangulation

Class	Description
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.

Classes in de.grogra.ray.physics used by de.grogra.ray2.tracing

Class	Description
Collector	This interface is used to store more information during the computation of the LightModel.
Environment	This class serves as input to scattering calculations.
Sensor
Spectrum	This interface represents a spectrum, i.e., a function f(ν) of frequency ν of a wave.

Classes in de.grogra.ray.physics used by de.grogra.ray2.tracing.modular

Class	Description
Environment	This class serves as input to scattering calculations.
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.
Spectrum	This interface represents a spectrum, i.e., a function f(ν) of frequency ν of a wave.
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.

Classes in de.grogra.ray.physics used by de.grogra.rgg

Class	Description
Collector	This interface is used to store more information during the computation of the LightModel.
Spectrum	This interface represents a spectrum, i.e., a function f(ν) of frequency ν of a wave.
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.