java.lang.Object
- gov.nih.mipav.model.structures.ModelSerialCloneable
- - gov.nih.mipav.model.structures.ModelSimpleImage

All Implemented Interfaces:

java.io.Serializable, java.lang.Cloneable
```
public class ModelSimpleImage
extends ModelSerialCloneable
```
This is very simple class to store a float type image of up to four dimensions. For speed all class variables are public. This class is used extensively in Registration algorithms where we needs many copies of the image where the data does not need to be visible to the UserInterface. With the data array as public speed is achieved but at a cost that the buffer is always of the type float.

See Also:

Serialized Form

Field Summary

Fields
Modifier and Type	Field	Description
`float`	`cMassX`	X coordinate value of the center of mass for the image.
`float`	`cMassY`	Y coordinate value of the center of mass for the image.
`float`	`cMassZ`	Z coordinate value of the center of mass for the image.
`float[]`	`data`	Data buffer that is used to store the image.
`int`	`dataSize`	Size of the data buffer (number of pixels in image).
`int[]`	`extents`	The dimensionality of the dataset.
`boolean`	`isColor`	Indicates whether is image is a color image or not.
`float`	`max`	Maximum intensity values of image.
`float`	`maxB`	Maximum intensity values of image.
`float`	`maxG`	Maximum intensity values of image.
`float`	`maxR`	Maximum intensity values of image.
`float`	`min`	Minimum intensity values of image.
`float`	`minB`	Minimum intensity values of image.
`float`	`minG`	Minimum intensity values of image.
`float`	`minR`	Minimum intensity values of image.
`java.lang.String`	`name`	add simple image name for AAM model only.
`int`	`nDims`	Number of dimensions of the image.
`float[]`	`resolutions`	Voxel resolutions (typically x,y,z(slice spacing),t).
`private static long`	`serialVersionUID`	Use serialVersionUID for interoperability.
`int`	`tDim`	Number of volumes in the dataset.
`float`	`tRes`	Resolution in the time dimension.
`int`	`xDim`	Number of pixels in x dimension.
`float`	`xRes`	X pixel resolution.
`int`	`yDim`	Number of pixels in y dimension.
`float`	`yRes`	Y pixel resolution.
`int`	`zDim`	Number of pixels in z dimension.
`float`	`zRes`	Z voxel resolution.

Constructor Summary

Constructors
Constructor	Description
`ModelSimpleImage()`	Add the empty default contructor.
`ModelSimpleImage(int[] dimExtents)`	Creates a class to hold the minimum information about an image - the extents with the resolutions defaulted to 1.
`ModelSimpleImage(int[] dimExtents, float[] voxRes)`	Creates a class to hold the minimum information about an image - the extents and the resolutions.
`ModelSimpleImage(int[] dimExtents, float[] voxRes, boolean isColor)`	Creates a class to hold the minimum information about an image - the extents, the resolutions.
`ModelSimpleImage(int[] dimExtents, float[] voxRes, ModelImage image)`	Creates a class to hold the minimum information about an image - the extents, the resolutions, and optionally, the image data.
`ModelSimpleImage(int[] dimExtents, float[] voxRes, ModelImage image, int timeSlice)`	Creates a class to hold the minimum information about an image - the extents, the resolutions, and the image data.
`ModelSimpleImage(ModelImage image)`	Creates a class to hold the minimum information about an image - the extents, the resolutions, and optionall, the image data.
`ModelSimpleImage(ModelImage image, int timeSlice)`	Creates a class to hold the minimum information about an image - the extents, the resolutions, and the image data.

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method	Description
`void`	`calcMinMax()`	Calculates the min and max values for the image array.
`void`	`calculateCenterOfMass2D(boolean voxelResol)`	Calculates the center of mass (gravity) of a 2D image using the intensity of each pixel as a weighting value.
`void`	`calculateCenterOfMass3D(boolean voxelResol)`	Calculates the center of mass (gravity) of a 3D image.
`void`	`CB(double y1, double y2, double d, double[] result)`	Binary interpolation call
`ModelSimpleImage`	`createIntensityImage()`	Create a new image with the same dimensions as this image which contains the intensity value from this image if it is a color image or which contains the same values if the image is already an intensity image.
`ModelSimpleImage`	`createIntensityImage(float fScaleR, float fScaleG, float fScaleB)`	Create a new image with the same dimensions as this image which contains the intensity value from this image if it is a color image or which contains the same values if the image is already an intensity image.
`ModelSimpleImage`	`createMappedImage2d(ModelSimpleImage kImageMapX, ModelSimpleImage kImageMapY)`	Create a mapping of this image.
`ModelSimpleImage`	`createMappedImage3d(ModelSimpleImage kImageMapX, ModelSimpleImage kImageMapY, ModelSimpleImage kImageMapZ)`	Create a mapping of this image.
`int`	`Depth()`	Used by AAM appearance model to get dimension
`void`	`disposeLocal(boolean gcFlag)`	Nulls the data fields so that memory can be recovered.
`void`	`exportData(float[] buffer, int start, int end)`	Simple accessor to copy data from this class's data buffer.
`void`	`FillPixels(float value)`	In model simple image, fill pixel with given intensity value.
`protected void`	`finalize()`	Calls disposeLocal of this class to ensure this class nulls the references to global class variables so that memory will be recovered.
`float`	`getBiLinear(float x, float y)`	Version of get that performs bi-linear interpoloation.
`java.lang.String`	`getName()`	Get the simple image name
`float`	`getTriLinear(float x, float y, float z)`	Version of get that performs tri-linear interpoloation.
`float`	`getValue(int x, int y)`	Get the value at the x, y position of the data array.
`int`	`Height()`	Used by AAM appearance model to get dimension
`void`	`importData(float[] buffer, int start, int end)`	For AAM model only, import buffer to the simple image data.
`double`	`Pixel1(float x, float y)`	Used by AAM appearance model to get bilinear interpolation.
`ModelSimpleImage`	`ReadBandedFile(java.lang.String szFilename)`	Temporary function to handle AAM image file IO for AAM own testing cases.
`ModelSimpleImage`	`ReadFile(java.lang.String szFileName)`	Temporary function to handle AAM image file IO for AAM own testing cases.
`void`	`SetName(java.lang.String _name)`	Set the simple image name
`void`	`setValue(int x, int y, float value)`	Set the value at the x, y position of the data array.
`ModelSimpleImage`	`subSample2dBy2()`	Takes a simple image and subsamples it by 2.
`ModelSimpleImage`	`subSample2dBy2(boolean isColor)`	Takes a simple image and subsamples it by 2.
`ModelSimpleImage`	`subSample2dBy2(ModelSimpleImage resultImage)`	Takes a simple image and subsamples it by 2.
`ModelSimpleImage`	`subSample2dBy2(ModelSimpleImage resultImage, boolean isColor)`	Takes a simple image and subsamples it by 2.
`ModelSimpleImage`	`subsample3dBy2()`	Takes a simple image and subsamples it by 2.
`ModelSimpleImage`	`subsample3dBy2(boolean isColor)`	Takes a simple 3D image and subsamples it by 2.
`ModelSimpleImage`	`subsample3dBy2XY()`	Takes a simple 3D image and subsamples each image plane (XY) by 2.
`ModelSimpleImage`	`subsample3dBy2XY(boolean isColor)`	Takes a simple 3D image and subsamples each image plane (XY) by 2.
`ModelSimpleImage`	`subSample3dBy2XY(ModelSimpleImage resultImage)`	Takes a simple image and subsamples XY by 2, interpolating so that the new XY values are averages.
`ModelSimpleImage`	`subSample3dBy2XY(ModelSimpleImage resultImage, boolean isColor)`	Takes a simple image and subsamples XY by 2, interpolating so that the new XY values are averages.
`java.lang.String`	`toString()`	Returns a readable representation of this simple image.
`int`	`Width()`	Used by AAM appearance model to get dimension

Methods inherited from class gov.nih.mipav.model.structures.ModelSerialCloneable
clone, nativeClone

Methods inherited from class java.lang.Object
equals, getClass, hashCode, notify, notifyAll, wait, wait, wait

- Field Detail
  - serialVersionUID
```
private static final long serialVersionUID
```
    Use serialVersionUID for interoperability.
    
    See Also:
    
    Constant Field Values
  - cMassX
```
public float cMassX
```
    X coordinate value of the center of mass for the image.
  - cMassY
```
public float cMassY
```
    Y coordinate value of the center of mass for the image.
  - cMassZ
```
public float cMassZ
```
    Z coordinate value of the center of mass for the image.
  - data
```
public float[] data
```
    Data buffer that is used to store the image.
  - dataSize
```
public int dataSize
```
    Size of the data buffer (number of pixels in image).
  - extents
```
public int[] extents
```
    The dimensionality of the dataset.
  - isColor
```
public boolean isColor
```
    Indicates whether is image is a color image or not.
  - max
```
public float max
```
    Maximum intensity values of image.
  - maxR
```
public float maxR
```
    Maximum intensity values of image.
  - maxG
```
public float maxG
```
    Maximum intensity values of image.
  - maxB
```
public float maxB
```
    Maximum intensity values of image.
  - min
```
public float min
```
    Minimum intensity values of image.
  - minR
```
public float minR
```
    Minimum intensity values of image.
  - minG
```
public float minG
```
    Minimum intensity values of image.
  - minB
```
public float minB
```
    Minimum intensity values of image.
  - nDims
```
public int nDims
```
    Number of dimensions of the image.
  - resolutions
```
public float[] resolutions
```
    Voxel resolutions (typically x,y,z(slice spacing),t).
  - tDim
```
public int tDim
```
    Number of volumes in the dataset. Typically t represents time.
  - tRes
```
public float tRes
```
    Resolution in the time dimension.
  - xDim
```
public int xDim
```
    Number of pixels in x dimension.
  - xRes
```
public float xRes
```
    X pixel resolution.
  - yDim
```
public int yDim
```
    Number of pixels in y dimension.
  - yRes
```
public float yRes
```
    Y pixel resolution.
  - zDim
```
public int zDim
```
    Number of pixels in z dimension.
  - zRes
```
public float zRes
```
    Z voxel resolution.
  - name
```
public java.lang.String name
```
    add simple image name for AAM model only.
- Constructor Detail
  - ModelSimpleImage
```
public ModelSimpleImage()
```
    Add the empty default contructor. AAM appearance model needs to call the default one for local image processing.
  - ModelSimpleImage
```
public ModelSimpleImage(ModelImage image)
```
    Creates a class to hold the minimum information about an image - the extents, the resolutions, and optionall, the image data.
    
    Parameters:
    
    image - ModelImage structure where the input image data is stored. In this particular constructor, this parameter must not be null as the extents and resolutions are derived from the input image.
  - ModelSimpleImage
```
public ModelSimpleImage(int[] dimExtents)
```
    Creates a class to hold the minimum information about an image - the extents with the resolutions defaulted to 1. A data array of float type will be allocated where the size is defined by the dimExtents[].
    
    Parameters:
    
    dimExtents - Extents of the image; must be non null.
  - ModelSimpleImage
```
public ModelSimpleImage(ModelImage image,
                        int timeSlice)
```
    Creates a class to hold the minimum information about an image - the extents, the resolutions, and the image data. A data array of float type will be allocated where the size is defined by the ModelImage. Used for a 4D image to make a 3D ModelSimpleImage.
    
    Parameters:
    
    image - ModelImage Structure where the input image data is stored. In this particular call, this parameter must not be null as the extents and resolutions are derived from the input image.
    
    timeSlice - Time slice to export.
  - ModelSimpleImage
```
public ModelSimpleImage(int[] dimExtents,
                        float[] voxRes)
```
    Creates a class to hold the minimum information about an image - the extents and the resolutions. A data array of float type will be allocated where the size is defined by the dimExtents[].
    
    Parameters:
    
    dimExtents - Extents of the image; must be non null.
    
    voxRes - Resolutions of the image; must be non null.
  - ModelSimpleImage
```
public ModelSimpleImage(int[] dimExtents,
                        float[] voxRes,
                        ModelImage image)
```
    Creates a class to hold the minimum information about an image - the extents, the resolutions, and optionally, the image data. A data array of float type will be allocated where the size is defined by the dimExtents[].
    
    Parameters:
    
    dimExtents - Extents of the image; must be non null.
    
    voxRes - Resolutions of the image; must be non null.
    
    image - Structure where image data is stored; can be null. If it is null, the buffer associated with this class will be empty. The ModelImage is not otherwise saved or referenced within this class.
  - ModelSimpleImage
```
public ModelSimpleImage(int[] dimExtents,
                        float[] voxRes,
                        boolean isColor)
```
    Creates a class to hold the minimum information about an image - the extents, the resolutions. A data array of float type will be allocated where the size is defined by the dimExtents[].
    
    Parameters:
    
    dimExtents - Extents of the image; must be non null.
    
    voxRes - Resolutions of the image; must be non null.
    
    isColor - If true, indicates that this image is a color image (i.e. ARGB).
  - ModelSimpleImage
```
public ModelSimpleImage(int[] dimExtents,
                        float[] voxRes,
                        ModelImage image,
                        int timeSlice)
```
    Creates a class to hold the minimum information about an image - the extents, the resolutions, and the image data. A data array of float type will be allocated where the size is defined by the dimExtents[]. Used for a 4D image to make a 3D ModelSimpleImage.
    
    Parameters:
    
    dimExtents - Extents of the image; must be non null.
    
    voxRes - Resolutions of the image; must be non null.
    
    image - Structure where image data is stored; can be null. If it is null, the buffer associated with this class will be empty. The ModelImage is not otherwise saved within this class.
    
    timeSlice - Time slice to export into the 3D data array.
- Method Detail
  - calcMinMax
```
public void calcMinMax()
```
    Calculates the min and max values for the image array.
  - calculateCenterOfMass2D
```
public void calculateCenterOfMass2D(boolean voxelResol)
```
    Calculates the center of mass (gravity) of a 2D image using the intensity of each pixel as a weighting value.
    
    Parameters:
    
    voxelResol - if true multiply the center of mass by voxel resolutions.
  - calculateCenterOfMass3D
```
public void calculateCenterOfMass3D(boolean voxelResol)
```
    Calculates the center of mass (gravity) of a 3D image. In image space where the upper left hand corner of the image is 0,0,0. The x axis goes left to right, y axis goes top to bottom and z axis goes into the screen. (i.e. the right hand rule). The intensity of each voxel is used as a weighting value.
    
    Parameters:
    
    voxelResol - if true multiply the center of mass by voxel resolutions.
  - createIntensityImage
```
public ModelSimpleImage createIntensityImage()
```
    Create a new image with the same dimensions as this image which contains the intensity value from this image if it is a color image or which contains the same values if the image is already an intensity image. Scale factors are equally weighted for each of the RGB channels.
    
    Returns:
    
    ModelSimpleImage New instance created with intensity values only.
  - createIntensityImage
```
public ModelSimpleImage createIntensityImage(float fScaleR,
                                             float fScaleG,
                                             float fScaleB)
```
    Create a new image with the same dimensions as this image which contains the intensity value from this image if it is a color image or which contains the same values if the image is already an intensity image. Scale factors are specified for how to compute the intensity image as a linear combination of the RGB channels.
    
    Parameters:
    
    fScaleR - Scale factor to apply to the red color channel.
    
    fScaleG - Scale factor to apply to the green color channel.
    
    fScaleB - Scale factor to apply to the blue color channel.
    
    Returns:
    
    ModelSimpleImage New instance created with intensity values only.
  - createMappedImage2d
```
public ModelSimpleImage createMappedImage2d(ModelSimpleImage kImageMapX,
                                            ModelSimpleImage kImageMapY)
```
    Create a mapping of this image. The mapping is defined by a set of floating point coordinates for each sample in the image. The coordinates are actually stored in separate images, one for each dimension. The number dimensions and the resolutions of these coordinate images must be the same so that either one can be used to determine the dimensions and resolutions of the new image where the mapped source image values will be stored using bilinear interpolation.
    
    Parameters:
    
    kImageMapX - ModelSimpleImage Image contains the x coordinate for the mapping. Each value in the image must be in the range [0,1].
    
    kImageMapY - ModelSimpleImage Image contains the y coordinate for the mapping. Each value in the image must be in the range [0,1].
    
    Returns:
    
    ModelSimpleImage A new instance created with the mapping of this image.
  - createMappedImage3d
```
public ModelSimpleImage createMappedImage3d(ModelSimpleImage kImageMapX,
                                            ModelSimpleImage kImageMapY,
                                            ModelSimpleImage kImageMapZ)
```
    Create a mapping of this image. The mapping is defined by a set of floating point coordinates for each sample in the image. The coordinates are actually stored in separate images, one for each dimension. The number dimensions and the resolutions of these coordinate images must be the same so that either one can be used to determine the dimensions and resolutions of the new image where the mapped source image values will be stored using trilinear interpolation.
    
    Parameters:
    
    kImageMapX - ModelSimpleImage Image contains the x coordinate for the mapping. Each value in the image must be in the range [0,1].
    
    kImageMapY - ModelSimpleImage Image contains the y coordinate for the mapping. Each value in the image must be in the range [0,1].
    
    kImageMapZ - ModelSimpleImage Image contains the z coordinate for the mapping. Each value in the image must be in the range [0,1].
    
    Returns:
    
    ModelSimpleImage A new instance created with the mapping of this image.
  - disposeLocal
```
public void disposeLocal(boolean gcFlag)
```
    Nulls the data fields so that memory can be recovered.
    
    Parameters:
    
    gcFlag - if true the garbage collector is called.
  - exportData
```
public void exportData(float[] buffer,
                       int start,
                       int end)
```
    Simple accessor to copy data from this class's data buffer.
    
    Parameters:
    
    buffer - destination buffer
    
    start - the starting pointer where data is to be copy from the source buffer
    
    end - the ending pointer where in the source buffer
  - getValue
```
public final float getValue(int x,
                            int y)
```
    Get the value at the x, y position of the data array.
    
    Parameters:
    
    x - input x pixel coordinate
    
    y - input y pixel coordinate
    
    Returns:
    
    data value at the given position.
  - setValue
```
public final void setValue(int x,
                           int y,
                           float value)
```
    Set the value at the x, y position of the data array.
    
    Parameters:
    
    x - input x pixel coordinate.
    
    y - input y pixel coordinate
    
    value - data value.
  - getBiLinear
```
public final float getBiLinear(float x,
                               float y)
```
    Version of get that performs bi-linear interpoloation. Note - does NOT perform bounds checking
    
    Parameters:
    
    x - input x coordinate
    
    y - input y coordinate
    
    Returns:
    
    the bilinear interpolated value for x,y.
  - getTriLinear
```
public final float getTriLinear(float x,
                                float y,
                                float z)
```
    Version of get that performs tri-linear interpoloation. Note - does NOT perform bounds checking
    
    Parameters:
    
    x - x coordinate
    
    y - y coordinate
    
    z - z coordinate
    
    Returns:
    
    the trilinear interpolated value for x,y,z.
  - subSample2dBy2
```
public ModelSimpleImage subSample2dBy2()
```
    Takes a simple image and subsamples it by 2. Linear interpolation is used.
    
    Returns:
    
    Subsampled image.
  - subSample2dBy2
```
public ModelSimpleImage subSample2dBy2(boolean isColor)
```
    Takes a simple image and subsamples it by 2. Linear interpolation is used.
    
    Parameters:
    
    isColor - If true, indicates that this image is a color image (i.e. ARGB).
    
    Returns:
    
    Subsampled image.
  - subSample2dBy2
```
public ModelSimpleImage subSample2dBy2(ModelSimpleImage resultImage)
```
    Takes a simple image and subsamples it by 2. Linear interpolation is used.
    
    Parameters:
    
    resultImage - The subsampled data will be stored in this object.
    
    Returns:
    
    Subsampled image.
  - subSample2dBy2
```
public ModelSimpleImage subSample2dBy2(ModelSimpleImage resultImage,
                                       boolean isColor)
```
    Takes a simple image and subsamples it by 2. Linear interpolation is used.
    
    Parameters:
    
    resultImage - The subsampled data will be stored in this object.
    
    isColor - If true, indicates that this image is a color image (i.e. ARGB).
    
    Returns:
    
    Subsampled image.
  - subsample3dBy2
```
public ModelSimpleImage subsample3dBy2()
```
    Takes a simple image and subsamples it by 2. Linear interpolation is used.
    
    Returns:
    
    Subsampled image.
  - subsample3dBy2
```
public ModelSimpleImage subsample3dBy2(boolean isColor)
```
    Takes a simple 3D image and subsamples it by 2. Linear interpolation is used.
    
    Parameters:
    
    isColor - If true, indicates that this image is a color image (i.e. ARGB).
    
    Returns:
    
    Subsampled image.
  - subsample3dBy2XY
```
public ModelSimpleImage subsample3dBy2XY()
```
    Takes a simple 3D image and subsamples each image plane (XY) by 2. Linear interpolation is used.
    
    Returns:
    
    Subsampled image.
  - subsample3dBy2XY
```
public ModelSimpleImage subsample3dBy2XY(boolean isColor)
```
    Takes a simple 3D image and subsamples each image plane (XY) by 2. Linear interpolation is used.
    
    Parameters:
    
    isColor - If true, indicates that this image is a color image (i.e. ARGB).
    
    Returns:
    
    Subsampled image.
  - subSample3dBy2XY
```
public ModelSimpleImage subSample3dBy2XY(ModelSimpleImage resultImage)
```
    Takes a simple image and subsamples XY by 2, interpolating so that the new XY values are averages.
    
    Parameters:
    
    resultImage - The subsampled data will be stored in this object.
    
    Returns:
    
    Subsampled image.
  - subSample3dBy2XY
```
public ModelSimpleImage subSample3dBy2XY(ModelSimpleImage resultImage,
                                         boolean isColor)
```
    Takes a simple image and subsamples XY by 2, interpolating so that the new XY values are averages.
    
    Parameters:
    
    resultImage - The subsampled data will be stored in this object.
    
    isColor - If true, indicates that this image is a color image (i.e. ARGB).
    
    Returns:
    
    Subsampled image.
  - toString
```
public java.lang.String toString()
```
    Returns a readable representation of this simple image.
    
    Overrides:
    
    toString in class java.lang.Object
    
    Returns:
    
    Representation containing extents and resolutions.
  - finalize
```
protected void finalize()
                 throws java.lang.Throwable
```
    Calls disposeLocal of this class to ensure this class nulls the references to global class variables so that memory will be recovered.
    
    Overrides:
    
    finalize in class java.lang.Object
    
    Throws:
    
    java.lang.Throwable - Throws an error if there is a problem with the finalization of this object.
  - Width
```
public int Width()
```
    Used by AAM appearance model to get dimension
    
    Returns:
    
    x dimension
  - Height
```
public int Height()
```
    Used by AAM appearance model to get dimension
    
    Returns:
    
    y dimension
  - Depth
```
public int Depth()
```
    Used by AAM appearance model to get dimension
    
    Returns:
    
    z dimension
  - CB
```
public void CB(double y1,
               double y2,
               double d,
               double[] result)
```
    Binary interpolation call
    
    Parameters:
    
    y1 -
    
    y2 -
    
    d -
    
    result -
  - Pixel1
```
public double Pixel1(float x,
                     float y)
```
    Used by AAM appearance model to get bilinear interpolation.
    
    Returns:
    
    interpolation value.
  - SetName
```
public void SetName(java.lang.String _name)
```
    Set the simple image name
    
    Parameters:
    
    _name -
  - getName
```
public java.lang.String getName()
```
    Get the simple image name
    
    Returns:
  - FillPixels
```
public final void FillPixels(float value)
```
    In model simple image, fill pixel with given intensity value.
    
    Parameters:
    
    value -
  - importData
```
public void importData(float[] buffer,
                       int start,
                       int end)
```
    For AAM model only, import buffer to the simple image data.
    
    Parameters:
    
    buffer -
    
    start -
    
    end -
  - ReadBandedFile
```
public ModelSimpleImage ReadBandedFile(java.lang.String szFilename)
```
    Temporary function to handle AAM image file IO for AAM own testing cases. Lately this function will be removed.
    
    Parameters:
    
    szFilename -
    
    Returns:
  - ReadFile
```
public ModelSimpleImage ReadFile(java.lang.String szFileName)
```
    Temporary function to handle AAM image file IO for AAM own testing cases. Lately this function will be removed.
    
    Parameters:
    
    szFilename -
    
    Returns:

Class ModelSimpleImage

Field Summary

Constructor Summary

Method Summary

Methods inherited from class gov.nih.mipav.model.structures.ModelSerialCloneable

Methods inherited from class java.lang.Object

Field Detail

serialVersionUID

cMassX

cMassY

cMassZ

data

dataSize

extents

isColor

max

maxR

maxG

maxB

min

minR

minG

minB

nDims

resolutions

tDim

tRes

xDim

xRes

yDim

yRes

zDim

zRes

name

Constructor Detail

ModelSimpleImage

ModelSimpleImage

ModelSimpleImage

ModelSimpleImage

ModelSimpleImage

ModelSimpleImage

ModelSimpleImage

ModelSimpleImage

Method Detail

calcMinMax

calculateCenterOfMass2D

calculateCenterOfMass3D

createIntensityImage

createIntensityImage

createMappedImage2d

createMappedImage3d

disposeLocal

exportData

getValue

setValue

getBiLinear

getTriLinear

subSample2dBy2

subSample2dBy2

subSample2dBy2

subSample2dBy2

subsample3dBy2

subsample3dBy2

subsample3dBy2XY

subsample3dBy2XY

subSample3dBy2XY

subSample3dBy2XY

toString

finalize

Width

Height

Depth

CB

Pixel1

SetName

getName

FillPixels

importData

ReadBandedFile

ReadFile