Purpose

The module LUTInfo displays information about a lookup table (LUT) object provided at the input of the module.

Usage

Connect a lookup table object to the LUT input field.

The fields of the LUTInfo module reflect the current properties of the input LUT and are updated automatically.

Details

See LUT Functions for general information about ML lookup tables.

Windows

Default Panel

../../../Modules/ML/MLLUTTools/mhelp/Images/Screenshots/LUTInfo._default.png

Input Fields

inLUT

name: inLUT, type: LUTFunction(MLBase)

Parameter Fields

Field Index

Depth: Integer Valid: Bool
Dimensionality: Enum Visual Type: String
Height: Integer  
Max Index: Double  
Max Value: Double  
Min Index: Double  
Min Value: Double  
Relative: Bool  

Visible Fields

Valid

name: valid, type: Bool, persistent: no

Shows whether the input LUT defines a valid LUT function that can be rendered.

Visual Type

name: visualType, type: String, persistent: no

Shows the visual type of the LUT, defining the number and visual interpretation of the LUT channels.

Relative

name: relative, type: Bool, persistent: no

Shows whether the LUT is relative, i.e. the index value are relative to the interval [0..1], or absolute, i.e. the index values directly correspond to the source image voxel values.

Dimensionality

name: dimensionality, type: Enum, persistent: no

Shows the dimensionality of the LUT.

Values:

Title Name
1d 1D
2d 2D
3d 3D

Min Index

name: minIndex, type: Double, persistent: no

Shows the native minimum index defined by the LUT.

Max Index

name: maxIndex, type: Double, persistent: no

Shows the native maximum index defined by the LUT.

Height

name: height, type: Integer, persistent: no

Shows the height (= number of rows) of the LUT.

Depth

name: depth, type: Integer, persistent: no

Shows the depth (= number of layers) of the LUT.

Min Value

name: minValue, type: Double, persistent: no

Shows the native minimum entry value defined by the LUT.

Max Value

name: maxValue, type: Double, persistent: no

Shows the native maximum entry value defined by the LUT.