CubeArithmetic Class Reference

Arithmetic operations on cubes. More...

Public Types
enum	NormalizationMethod { AverageReferences1 = 0 }
	Normalization method. More...
enum	PixelOverflow { Unhandled = 0 , Truncate = 1 }
	Defines how arithmetic overflows and underflows are handled. More...

Static Public Member Functions
static Cube	Normalize (this ContinuousCube cube, ContinuousCube whiteCube, ContinuousCube blackCube, NormalizationMethod normalizationMethod)
	Normalizes a spectral cube. This function creates a normalized cube using the white- and black reference and the object cube.
static Cube	Normalize (this LinearNonOwningCube cube, LinearNonOwningCube whiteCube, LinearNonOwningCube blackCube, NormalizationMethod normalizationMethod)
	Normalizes a spectral cube. This function creates a normalized cube using the white- and black reference and the object cube.
static Cube	Normalize (this MappedCube cube, MappedCube whiteCube, MappedCube blackCube, NormalizationMethod normalizationMethod)
	Normalizes a spectral cube. This function creates a normalized cube using the white- and black reference and the object cube.
static Cube	Add (this Cube cube1, Cube cube2, PixelOverflow overflowHandling=PixelOverflow.Unhandled)
	Element-wise addition of two cubes.
static Cube	Subtract (this Cube minuend, Cube subtrahend, PixelOverflow overflowHandling=PixelOverflow.Unhandled)
	Element-wise subtraction of two cubes.
static Cube	Multiply (this Cube cube1, Cube cube2, PixelOverflow overflowHandling=PixelOverflow.Unhandled)
	Element-wise multiplication of two cubes.
static Cube	Divide (this Cube dividend, Cube divisor)
	Element-wise division of two cubes.

Detailed Description

Arithmetic operations on cubes.

Member Enumeration Documentation

NormalizationMethod

enum NormalizationMethod

Normalization method.

Enumerator
AverageReferences1	White and black reference are averaged over all samples and lines. The normalization formula used is: (ImgCube - BRef) / (WRef - BRef)

PixelOverflow

enum PixelOverflow

Defines how arithmetic overflows and underflows are handled.

Enumerator
Unhandled	No operation is done on the resulting pixel values.
Truncate	Resulting pixel values are truncated at the data type's minimum and maximum values.

Member Function Documentation

Add()

static Cube Add ( this Cube cube1, Cube cube2, PixelOverflow overflowHandling = PixelOverflow::Unhandled )

static

Element-wise addition of two cubes.

Parameters

cube1	Any kind of cube is supported as long as the dimensions match with cube2.
cube2	Any kind of cube is supported as long as the dimensions match with cube1.
overflowHandling	Defines how arithmetic overflows and underflows are handled.

Returns

Linear cube of the same dimensions and data type. The metadata is a copy from cube1.

Divide()

static Cube Divide ( this Cube dividend, Cube divisor )

static

Element-wise division of two cubes.

Parameters

dividend	Any kind of cube is supported as long as the dimensions match with divisor.
divisor	Any kind of cube is supported as long as the dimensions match with dividend.

Returns

Linear cube of the same dimensions and data type. The metadata is a copy from minuend.

Multiply()

static Cube Multiply ( this Cube cube1, Cube cube2, PixelOverflow overflowHandling = PixelOverflow::Unhandled )

static

Element-wise multiplication of two cubes.

Parameters

cube1	Any kind of cube is supported as long as the dimensions match with cube2.
cube2	Any kind of cube is supported as long as the dimensions match with cube1.
overflowHandling	Defines how arithmetic overflows and underflows are handled.

Returns

Linear cube of the same dimensions and data type. The metadata is a copy from cube1.

Normalize() [1/3]

static Cube Normalize ( this ContinuousCube cube, ContinuousCube whiteCube, ContinuousCube blackCube, NormalizationMethod normalizationMethod )

static

Normalizes a spectral cube. This function creates a normalized cube using the white- and black reference and the object cube.

If you want to use this function on stacked cubes, duplicate your cube with Clone() to get a continous cube.

Parameters

cube	Spectral cube to work on.
whiteCube	The white reference contains a linear cube. The number of bands of cube, whiteCube and darkCube must be the same.
blackCube	he black reference contains a linear cube. The number of bands of cube, whiteCube and darkCube must be the same.
normalizationMethod	Defines the normalization method. More detailed information in NormalizationMethod.

Returns

Normalized cube of data type float.

Normalize() [2/3]

static Cube Normalize ( this LinearNonOwningCube cube, LinearNonOwningCube whiteCube, LinearNonOwningCube blackCube, NormalizationMethod normalizationMethod )

static

Normalizes a spectral cube. This function creates a normalized cube using the white- and black reference and the object cube.

If you want to use this function on stacked cubes, duplicate your cube with Clone() to get a continous cube.

Parameters

cube	Spectral cube to work on.
whiteCube	The white reference contains a linear cube. The number of bands of cube, whiteCube and darkCube must be the same.
blackCube	he black reference contains a linear cube. The number of bands of cube, whiteCube and darkCube must be the same.
normalizationMethod	Defines the normalization method. More detailed information in NormalizationMethod.

Returns

Normalized cube of data type float.

Normalize() [3/3]

static Cube Normalize ( this MappedCube cube, MappedCube whiteCube, MappedCube blackCube, NormalizationMethod normalizationMethod )

static

Normalizes a spectral cube. This function creates a normalized cube using the white- and black reference and the object cube.

If you want to use this function on stacked cubes, duplicate your cube with Clone() to get a continous cube.

Parameters

cube	Spectral cube to work on.
whiteCube	The white reference contains a linear cube. The number of bands of cube, whiteCube and darkCube must be the same.
blackCube	he black reference contains a linear cube. The number of bands of cube, whiteCube and darkCube must be the same.
normalizationMethod	Defines the normalization method. More detailed information in NormalizationMethod.

Returns

Normalized cube of data type float.

Subtract()

static Cube Subtract ( this Cube minuend, Cube subtrahend, PixelOverflow overflowHandling = PixelOverflow::Unhandled )

static

Element-wise subtraction of two cubes.

Parameters

minuend	Any kind of cube is supported as long as the dimensions match with subtrahend.
subtrahend	Any kind of cube is supported as long as the dimensions match with minuend.
overflowHandling	Defines how arithmetic overflows and underflows are handled.

Returns

Linear cube of the same dimensions and data type. The metadata is a copy from minuend.