Uses of Class
de.grogra.ray.physics.Spectrum3d

Packages that use Spectrum3d

Package	Description
de.grogra.gpuflux.tracer
de.grogra.ray.physics
de.grogra.ray2.metropolis.strategy
de.grogra.ray2.tracing.modular
de.grogra.rgg

Uses of Spectrum3d in de.grogra.gpuflux.tracer

Methods in de.grogra.gpuflux.tracer that return Spectrum3d

Modifier and Type	Method	Description
Spectrum3d	FluxLightModelTracer.getAbsorbedPower(Node node)	Deprecated.
Spectrum3d	FluxLightModelTracer.getReceivedPower(Node node)
Spectrum3d	FluxLightModelTracer.getReflectedPower(Node node)
Spectrum3d	FluxLightModelTracer.getSensedIrradiance(Node node)	Deprecated.
Spectrum3d[][]	FluxLightModelTracer.getSensedIrradianceGrid(SensorAreaGrid grid)	Returns per-cell irradiance for a SensorAreaGrid as a 2D array.
Spectrum3d[][]	FluxLightModelTracer.getSensedIrradianceGrid(SensorNodeGrid grid)	Returns per-cell irradiance for a SensorNodeGrid as a 2D array.
Spectrum3d[][][]	FluxLightModelTracer.getSensedIrradianceGrid3D(SensorAreaGrid grid)	Returns per-layer per-cell irradiance for a SensorAreaGrid as a 3D array.
Spectrum3d[][][]	FluxLightModelTracer.getSensedIrradianceGrid3D(SensorNodeGrid grid)	Returns per-layer per-cell irradiance for a SensorNodeGrid as a 3D array.
Spectrum3d	FluxLightModelTracer.getTransmittedPower(Node node)

Uses of Spectrum3d in de.grogra.ray.physics

Subclasses of Spectrum3d in de.grogra.ray.physics

Modifier and Type	Class	Description
class	Collector3d	This class stores some useful information about incoming rays of an corresponding object, which has received a certain ray.
class	Collector3dDirectDiffuse	A Collector3d that separates incoming rays into direct (first-order, depth == 0) and diffuse (higher-order, depth > 0) contributions.
class	CollectorW3d	This class stores some useful information about incoming rays of an corresponding object, which has received a certain ray.

Methods in de.grogra.ray.physics that return Spectrum3d

Modifier and Type	Method	Description
Spectrum3d	Spectrum3d.clone()
Spectrum3d	Collector3d.getSpectrumArithmeticMean()	Set the arithmetic mean of all spectra to spectrum.
Spectrum3d	Collector3d.getSpectrumVariance()	This methods returns the variance of the spectrums.
Spectrum3d	Collector3d.getSumDirection()
Spectrum3d	Collector3d.getSumSpectrum()
Spectrum3d	Spectrum3d.newInstance()

Methods in de.grogra.ray.physics with parameters of type Spectrum3d

Modifier and Type	Method	Description
void	Collector3d.addToStatistic(Tuple3d rayOrigin, Spectrum3d spectrum, double scaleFactor, boolean isPrimary)	Add the Vector of the origin of a certain ray, which hits the object for this corresponding Collector-instance.
void	Collector3dDirectDiffuse.addToStatistic(Tuple3d rayOrigin, Spectrum3d spectrum, double scaleFactor, boolean isPrimary)
void	CollectorW3d.addToStatistic(Tuple3d rayOrigin, Spectrum3d spectrum, double scaleFactor, boolean isPrimary)	Add the Vector of the origin of a certain ray, which hits the object for this corresponding Collector-instance.

Uses of Spectrum3d in de.grogra.ray2.metropolis.strategy

Fields in de.grogra.ray2.metropolis.strategy declared as Spectrum3d

Modifier and Type	Field	Description
protected Spectrum3d	MutationStrategy.tmpSpec1
protected Spectrum3d	MutationStrategy.tmpSpec2
protected Spectrum3d	MutationStrategy.tmpSpec3

Methods in de.grogra.ray2.metropolis.strategy that return Spectrum3d

Modifier and Type	Method	Description
Spectrum3d	MutationStrategy.getCombinedBSDF(int startIndex, CombinedPathValues mutatedPath)

Methods in de.grogra.ray2.metropolis.strategy with parameters of type Spectrum3d

Modifier and Type	Method	Description
float	MutationStrategy.luminance(Spectrum3d lumSpec)

Uses of Spectrum3d in de.grogra.ray2.tracing.modular

Fields in de.grogra.ray2.tracing.modular declared as Spectrum3d

Modifier and Type	Field	Description
Spectrum3d	PathValues.initialSpectrum
Spectrum3d	CombinedPathValues.initialSpectrumEnd

Uses of Spectrum3d in de.grogra.rgg

Methods in de.grogra.rgg that return Spectrum3d

Modifier and Type	Method	Description
Spectrum3d	LightModelBase.getAbsorbedPower3d(Node node)	Returns the radiant power in Watts which is absorbed by the surface of the volume of the given node, represented as a Spectrum3d.
Spectrum3d	LightModelBase.getRadiantPower3dFor(Node node)	Deprecated.
Spectrum3d	LightModelBase.getSensedIrradiance3d(Node node)
Spectrum3d[][]	FluxLightModel.getSensedIrradianceGrid(SensorAreaGrid grid)	Returns per-cell irradiance for a SensorAreaGrid as a 2D array.
Spectrum3d[][]	FluxLightModel.getSensedIrradianceGrid(SensorNodeGrid grid)	Returns per-cell irradiance for a SensorNodeGrid as a 2D array.
Spectrum3d[][]	LightModel.getSensedIrradianceGrid(SensorAreaGrid grid)	Returns per-cell irradiance for a SensorAreaGrid as a 2D array.
Spectrum3d[][]	LightModel.getSensedIrradianceGrid(SensorNodeGrid grid)	Returns per-cell irradiance for a SensorNodeGrid as a 2D array.
Spectrum3d[][]	LightModelByOrder.getSensedIrradianceGrid(SensorAreaGrid grid)	Returns per-cell irradiance for a SensorAreaGrid as a 2D array.
Spectrum3d[][]	LightModelByOrder.getSensedIrradianceGrid(SensorNodeGrid grid)	Returns per-cell irradiance for a SensorNodeGrid as a 2D array.
Spectrum3d[][][]	FluxLightModel.getSensedIrradianceGrid3D(SensorAreaGrid grid)	Returns per-layer per-cell irradiance for a SensorAreaGrid as a 3D array.
Spectrum3d[][][]	FluxLightModel.getSensedIrradianceGrid3D(SensorNodeGrid grid)	Returns per-layer per-cell irradiance for a SensorNodeGrid as a 3D array.
Spectrum3d[][][]	LightModel.getSensedIrradianceGrid3D(SensorAreaGrid grid)	Returns per-cell irradiance for a SensorAreaGrid as a 3D array.
Spectrum3d[][][]	LightModel.getSensedIrradianceGrid3D(SensorNodeGrid grid)	Returns per-cell irradiance for a SensorNodeGrid as a 3D array.
Spectrum3d[][][]	LightModelByOrder.getSensedIrradianceGrid3D(SensorAreaGrid grid)
Spectrum3d[][][]	LightModelByOrder.getSensedIrradianceGrid3D(SensorNodeGrid grid)

Methods in de.grogra.rgg with parameters of type Spectrum3d

Modifier and Type	Method	Description
static float[]	PhenotypingUtils.averageOverCells(Spectrum3d[][][] grid)	Backward-compatible overload: reads band 0 (original behaviour).
static float[]	PhenotypingUtils.averageOverCells(Spectrum3d[][][] grid, int band)	Spatial mean irradiance (W/m²) across i,j cells for each layer.
static float[]	PhenotypingUtils.averageOverCellsAllBands(Spectrum3d[][][] grid)	Spatial mean irradiance (W/m²) summed across all three spectral bands.