Chunk

java.lang.Object
- com.agisoft.metashape.Chunk

```
public class Chunk
extends java.lang.Object
```
A Chunk object.

- provides access to all chunk components (sensors, cameras, camera groups, markers, scale bars)
- contains data inherent to individual frames (point cloud, model, etc)
- provides access to other chunk attributes (transformation matrix, coordinate system, meta-data, etc..)

New components can be created using corresponding addXXX methods (addSensor, addCamera, addCameraGroup, addMarker, addScalebar, addFrame).
Removal of components is performed using corresponding removeXXX methods.

Field Summary

Fields
Modifier and Type Field and Description

protected boolean swigCMemOwn

Fields
Modifier and Type	Field and Description
`protected boolean`	`swigCMemOwn`

Constructor Summary

Constructors
Constructor and Description

Chunk(Chunk chunk)

Chunk(long cPtr, boolean cMemoryOwn)

Constructors
Constructor and Description
`Chunk(Chunk chunk)`
`Chunk(long cPtr, boolean cMemoryOwn)`

Method Summary

All Methods Static Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`Camera`	`addCamera()` Add new camera to the chunk.
`CameraGroup`	`addCameraGroup()` Add new camera group to the chunk.
`CameraTrack`	`addCameraTrack()` Add new camera track to the chunk.
`Chunk`	`addFrame()` Add new frame to the chunk.
`Marker`	`addMarker()` Add new marker to the chunk.
`Marker`	`addMarker(Vector3d point, boolean visibility)` Add new marker to the chunk.
`MarkerGroup`	`addMarkerGroup()` Add new marker group to the chunk.
`void`	`addPhotos(java.lang.String[] paths, Progress progress)`
`Scalebar`	`addScalebar(Camera first, Camera second)` Add new scale bar to the chunk.
`Scalebar`	`addScalebar(Marker first, Marker second)` Add new scale bar to the chunk.
`ScalebarGroup`	`addScalebarGroup()` Add new scale bar group to the chunk.
`Sensor`	`addSensor()` Add new sensor to the chunk.
`static long[]`	`cArrayUnwrap(Chunk[] arrayWrapper)`
`static Chunk[]`	`cArrayWrap(long[] cArray, boolean cMemoryOwn)`
`void`	`delete()`
`java.lang.String`	`dump()` Returns chunk contents in XML format.
`protected void`	`finalize()`
`Camera`	`getCamera(int key)` Camera with specified key, may be null.
`CoordinateSystem`	`getCameraCoordinateSystem()` Coordinate system used for camera reference data, may be null.
`CameraGroup`	`getCameraGroup(int key)` Camera group with specified key, may be null.
`int[]`	`getCameraGroupKeys()` List of camera group keys in the chunk.
`CameraGroup[]`	`getCameraGroups()` List of camera groups in the chunk.
`int[]`	`getCameraKeys()` List of camera keys in the chunk.
`Vector3d`	`getCameraLocationAccuracy()` Expected accuracy of camera coordinates in meters.
`Vector3d`	`getCameraOrientationAccuracy()` Expected accuracy of camera orientation angles in degrees.
`Camera[]`	`getCameras()` List of Regular and Keyframe cameras in the chunk.
`CameraTrack`	`getCameraTrack(int key)` Camera track with specified key, may be null.
`int[]`	`getCameraTrackKeys()` List of camera track keys in the chunk.
`CameraTrack[]`	`getCameraTracks()` List of camera tracks in the chunk.
`Matrix3x3d`	`getCirCalibration()` CIR calibration matrix, may be null.
`CoordinateSystem`	`getCoordinateSystem()` Coordinate system used for reference data.
`static long`	`getCPtr(Chunk obj)`
`DenseCloud`	`getDenseCloud()` Default dense point cloud for the current frame, may be null.
`DenseCloud[]`	`getDenseClouds()` List of dense clouds for the current frame.
`DepthMaps`	`getDepthMaps()` Default depth maps set for the current frame, may be null.
`DepthMaps[]`	`getDepthMapsSets()` List of depth maps sets for the current frame.
`Document`	`getDocument()` Document container, may be null.
`Elevation`	`getElevation()` Default elevation model for the current frame, may be null.
`Elevation[]`	`getElevations()` List of elevation models for the current frame.
`Chunk`	`getFrame(int key)` Frame with specified key, may be null.
`int`	`getFrameKey()` Frame identifier.
`int[]`	`getFrameKeys()` List of frame keys in the chunk.
`Chunk[]`	`getFrames()` List of frames in the chunk.
`double`	`getImageBrightness()` Image brightness as percentage.
`double`	`getImageContrast()` Image contrast as percentage.
`int`	`getKey()` Chunk identifier.
`java.lang.String`	`getLabel()` Chunk label.
`Marker`	`getMarker(int key)` Marker with specified key, may be null.
`CoordinateSystem`	`getMarkerCoordinateSystem()` Coordinate system used for marker reference data, may be null.
`MarkerGroup`	`getMarkerGroup(int key)` Marker group with specified key, may be null.
`int[]`	`getMarkerGroupKeys()` List of marker group keys in the chunk.
`MarkerGroup[]`	`getMarkerGroups()` List of marker groups in the chunk.
`int[]`	`getMarkerKeys()` List of marker keys in the chunk.
`Vector3d`	`getMarkerLocationAccuracy()` Expected accuracy of marker coordinates in meters.
`double`	`getMarkerProjectionAccuracy()` Expected accuracy of marker projections in pixels.
`Marker[]`	`getMarkers()` List of Regular, Vertex and Fiducial markers in the chunk.
`MetaData`	`getMeta()` Chunk meta data.
`Model`	`getModel()` Default model for the current frame, may be null.
`Model[]`	`getModels()` List of models for the current frame.
`Orthomosaic`	`getOrthomosaic()` Default orthomosaic for the current frame, may be null.
`Orthomosaic[]`	`getOrthomosaics()` List of orthomosaics for the current frame.
`PointCloud`	`getPointCloud()` Generated sparse point cloud, may be null.
`int`	`getPrimaryChannel()` Primary channel index (-1 for default).
`RasterTransform`	`getRasterTransform()` Raster transform, may be null.
`Region`	`getRegion()` Reconstruction volume selection.
`Scalebar`	`getScalebar(int key)` Scale bar with specified key, may be null.
`ScalebarGroup`	`getScalebarGroup(int key)` Scale bar group with specified key, may be null.
`int[]`	`getScalebarGroupKeys()` List of scale bar group keys in the chunk.
`ScalebarGroup[]`	`getScalebarGroups()` List of scale bar groups in the chunk.
`int[]`	`getScalebarKeys()` List of scale bar keys in the chunk.
`Scalebar[]`	`getScalebars()` List of scale bars in the chunk.
`Sensor`	`getSensor(int key)` Sensor with specified key, may be null.
`int[]`	`getSensorKeys()` List of sensor keys in the chunk.
`Sensor[]`	`getSensors()` List of sensors in the chunk.
`Shapes`	`getShapes()` Shapes for the current frame, may be null.
`double`	`getTiepointProjectionAccuracy()` Expected tie point accuracy in pixels.
`TiledModel`	`getTiledModel()` Default tiled model for the current frame, may be null.
`TiledModel[]`	`getTiledModels()` List of tiled models for the current frame.
`Transform`	`getTransform()` Transformation parameters specifying chunk location in the world coordinate system.
`boolean`	`hasDenseCloud()`
`boolean`	`hasDepthMaps()`
`boolean`	`hasElevation()`
`boolean`	`hasModel()`
`boolean`	`hasOrthomosaic()`
`boolean`	`hasPointCloud()`
`boolean`	`hasShapes()`
`boolean`	`hasTiledModel()`
`boolean`	`hasTransform()`
`boolean`	`isEnabled()` Enables/disables the chunk.
`boolean`	`isSelected()` Selects/deselects the chunk.
`void`	`load(java.lang.String text)` Initializes chunk contents from XML format.
`boolean`	`loadReferenceExif(boolean load_rotation, boolean load_accuracy)` Import camera locations from EXIF meta data.
`void`	`removeCameraGroups(int[] keys)` Remove camera groups from the chunk.
`void`	`removeCameras(int[] keys)` Remove cameras from the chunk.
`void`	`removeCameraTracks(int[] keys)` Remove camera tracks from the chunk.
`void`	`removeDenseCloud()`
`void`	`removeDepthMaps()`
`void`	`removeElevation()`
`void`	`removeFrames(int[] keys)` Remove frames from the chunk.
`void`	`removeMarkerGroups(int[] keys)` Remove marker groups from the chunk.
`void`	`removeMarkers(int[] keys)` Remove markers from the chunk.
`void`	`removeModel()`
`void`	`removeOrthomosaic()`
`void`	`removePointCloud()`
`void`	`removeScalebarGroups(int[] keys)` Remove scalebars from the chunk.
`void`	`removeScalebars(int[] keys)` Remove scalebars from the chunk.
`void`	`removeSensors(int[] keys)` Remove sensors from the chunk.
`void`	`removeShapes()`
`void`	`removeTiledModel()`
`Image`	`renderPreview(long width, long height, Matrix4x4d transform, int point_size, Progress progress)` Generate chunk preview image.
`void`	`resetRegion()` Reset reconstruction volume selector to default position.
`void`	`resetTransform()`
`void`	`setCameraCoordinateSystem(CoordinateSystem crs)` Coordinate system used for camera reference data, may be null.
`void`	`setCameraLocationAccuracy(Vector3d accuracy)` Expected accuracy of camera coordinates in meters.
`void`	`setCameraOrientationAccuracy(Vector3d accuracy)` Expected accuracy of camera orientation angles in degrees.
`void`	`setCirCalibration(Matrix3x3d calibration)` CIR calibration matrix, may be null.
`void`	`setCoordinateSystem(CoordinateSystem crs)` Coordinate system used for reference data.
`void`	`setDenseCloudKey(int key)`
`void`	`setDepthMapsKey(int key)`
`void`	`setElevationKey(int key)`
`void`	`setEnabled(boolean state)` Enables/disables the chunk.
`void`	`setImageBrightness(double brightness)` Image brightness as percentage.
`void`	`setImageContrast(double contrast)` Image contrast as percentage.
`void`	`setLabel(java.lang.String label)` Chunk label.
`void`	`setMarkerCoordinateSystem(CoordinateSystem crs)` Coordinate system used for marker reference data, may be null.
`void`	`setMarkerLocationAccuracy(Vector3d accuracy)` Expected accuracy of marker coordinates in meters.
`void`	`setMarkerProjectionAccuracy(double accuracy)` Expected accuracy of marker projections in pixels.
`void`	`setMeta(MetaData meta)` Chunk meta data.
`void`	`setModelKey(int key)`
`void`	`setOrthomosaicKey(int key)`
`void`	`setPointCloud(PointCloud point_cloud)` Generated sparse point cloud, may be null.
`void`	`setPrimaryChannel(int channel)` Primary channel index (-1 for default).
`void`	`setRasterTransform(RasterTransform transform)` Raster transform, may be null.
`void`	`setRegion(Region region)` Reconstruction volume selection.
`void`	`setSelected(boolean state)` Selects/deselects the chunk.
`void`	`setShapes(Shapes shapes)` Shapes for the current frame, may be null.
`void`	`setTiepointProjectionAccuracy(double accuracy)` Expected tie point accuracy in pixels.
`void`	`setTiledModelKey(int key)`
`void`	`setTransform(Transform transform)` Transformation parameters specifying chunk location in the world coordinate system.
`void`	`thinPointCloud(int point_limit)` Remove excessive tracks from the point cloud.
`void`	`updateCirCalibration(Progress progress)` Estimate CIR calibration matrix.
`void`	`updateTransform()` Update chunk transformation based on reference data.

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

- Field Detail
  - swigCMemOwn
```
protected transient boolean swigCMemOwn
```
- Constructor Detail
  - Chunk
```
public Chunk(long cPtr,
             boolean cMemoryOwn)
```
  - Chunk
```
public Chunk(Chunk chunk)
```
- Method Detail
  - getCPtr
```
public static long getCPtr(Chunk obj)
```
  - finalize
```
protected void finalize()
```
    Overrides:
    
    finalize in class java.lang.Object
  - delete
```
public void delete()
```
  - cArrayUnwrap
```
public static long[] cArrayUnwrap(Chunk[] arrayWrapper)
```
  - cArrayWrap
```
public static Chunk[] cArrayWrap(long[] cArray,
                                 boolean cMemoryOwn)
```
  - dump
```
public java.lang.String dump()
```
    Returns chunk contents in XML format.
  - load
```
public void load(java.lang.String text)
```
    Initializes chunk contents from XML format.
  - getKey
```
public int getKey()
```
    Chunk identifier.
  - getFrameKey
```
public int getFrameKey()
```
    Frame identifier.
  - getDocument
```
public Document getDocument()
```
    Document container, may be null.
  - setLabel
```
public void setLabel(java.lang.String label)
```
    Chunk label.
  - getLabel
```
public java.lang.String getLabel()
```
    Chunk label.
  - setEnabled
```
public void setEnabled(boolean state)
```
    Enables/disables the chunk.
  - isEnabled
```
public boolean isEnabled()
```
    Enables/disables the chunk.
  - setSelected
```
public void setSelected(boolean state)
```
    Selects/deselects the chunk.
  - isSelected
```
public boolean isSelected()
```
    Selects/deselects the chunk.
  - getFrames
```
public Chunk[] getFrames()
```
    List of frames in the chunk.
  - getSensors
```
public Sensor[] getSensors()
```
    List of sensors in the chunk.
  - getCameraGroups
```
public CameraGroup[] getCameraGroups()
```
    List of camera groups in the chunk.
  - getMarkerGroups
```
public MarkerGroup[] getMarkerGroups()
```
    List of marker groups in the chunk.
  - getScalebarGroups
```
public ScalebarGroup[] getScalebarGroups()
```
    List of scale bar groups in the chunk.
  - getCameras
```
public Camera[] getCameras()
```
    List of Regular and Keyframe cameras in the chunk.
  - getMarkers
```
public Marker[] getMarkers()
```
    List of Regular, Vertex and Fiducial markers in the chunk.
  - getScalebars
```
public Scalebar[] getScalebars()
```
    List of scale bars in the chunk.
  - getCameraTracks
```
public CameraTrack[] getCameraTracks()
```
    List of camera tracks in the chunk.
  - getFrameKeys
```
public int[] getFrameKeys()
```
    List of frame keys in the chunk.
  - getSensorKeys
```
public int[] getSensorKeys()
```
    List of sensor keys in the chunk.
  - getCameraGroupKeys
```
public int[] getCameraGroupKeys()
```
    List of camera group keys in the chunk.
  - getMarkerGroupKeys
```
public int[] getMarkerGroupKeys()
```
    List of marker group keys in the chunk.
  - getScalebarGroupKeys
```
public int[] getScalebarGroupKeys()
```
    List of scale bar group keys in the chunk.
  - getCameraKeys
```
public int[] getCameraKeys()
```
    List of camera keys in the chunk.
  - getMarkerKeys
```
public int[] getMarkerKeys()
```
    List of marker keys in the chunk.
  - getScalebarKeys
```
public int[] getScalebarKeys()
```
    List of scale bar keys in the chunk.
  - getCameraTrackKeys
```
public int[] getCameraTrackKeys()
```
    List of camera track keys in the chunk.
  - getFrame
```
public Chunk getFrame(int key)
```
    Frame with specified key, may be null.
  - getSensor
```
public Sensor getSensor(int key)
```
    Sensor with specified key, may be null.
  - getCameraGroup
```
public CameraGroup getCameraGroup(int key)
```
    Camera group with specified key, may be null.
  - getMarkerGroup
```
public MarkerGroup getMarkerGroup(int key)
```
    Marker group with specified key, may be null.
  - getScalebarGroup
```
public ScalebarGroup getScalebarGroup(int key)
```
    Scale bar group with specified key, may be null.
  - getCamera
```
public Camera getCamera(int key)
```
    Camera with specified key, may be null.
  - getMarker
```
public Marker getMarker(int key)
```
    Marker with specified key, may be null.
  - getScalebar
```
public Scalebar getScalebar(int key)
```
    Scale bar with specified key, may be null.
  - getCameraTrack
```
public CameraTrack getCameraTrack(int key)
```
    Camera track with specified key, may be null.
  - addFrame
```
public Chunk addFrame()
```
    Add new frame to the chunk.
  - addSensor
```
public Sensor addSensor()
```
    Add new sensor to the chunk.
  - addCameraGroup
```
public CameraGroup addCameraGroup()
```
    Add new camera group to the chunk.
  - addMarkerGroup
```
public MarkerGroup addMarkerGroup()
```
    Add new marker group to the chunk.
  - addScalebarGroup
```
public ScalebarGroup addScalebarGroup()
```
    Add new scale bar group to the chunk.
  - addCamera
```
public Camera addCamera()
```
    Add new camera to the chunk.
  - addMarker
```
public Marker addMarker()
```
    Add new marker to the chunk.
  - addCameraTrack
```
public CameraTrack addCameraTrack()
```
    Add new camera track to the chunk.
  - addMarker
```
public Marker addMarker(Vector3d point,
                        boolean visibility)
```
    Add new marker to the chunk.
    
    Parameters:
    
    point - Point to initialize marker projections.
    
    visibility - Enables visibility check during projection assignment.
    
    Returns:
    
    Created marker.
  - addScalebar
```
public Scalebar addScalebar(Camera first,
                            Camera second)
```
    Add new scale bar to the chunk.
    
    Parameters:
    
    first - First endpoint.
    
    second - Second endpoint.
    
    Returns:
    
    Created scale bar.
  - addScalebar
```
public Scalebar addScalebar(Marker first,
                            Marker second)
```
    Add new scale bar to the chunk.
    
    Parameters:
    
    first - First endpoint.
    
    second - Second endpoint.
    
    Returns:
    
    Created scale bar.
  - removeFrames
```
public void removeFrames(int[] keys)
```
    Remove frames from the chunk.
    
    Parameters:
    
    keys - List of frame keys to remove.
  - removeSensors
```
public void removeSensors(int[] keys)
```
    Remove sensors from the chunk.
    
    Parameters:
    
    keys - List of sensor keys to remove.
  - removeCameraGroups
```
public void removeCameraGroups(int[] keys)
```
    Remove camera groups from the chunk.
    
    Parameters:
    
    keys - List of camera group keys to remove.
  - removeMarkerGroups
```
public void removeMarkerGroups(int[] keys)
```
    Remove marker groups from the chunk.
    
    Parameters:
    
    keys - List of marker group keys to remove.
  - removeScalebarGroups
```
public void removeScalebarGroups(int[] keys)
```
    Remove scalebars from the chunk.
    
    Parameters:
    
    keys - List of scalebar group keys to remove.
  - removeCameras
```
public void removeCameras(int[] keys)
```
    Remove cameras from the chunk.
    
    Parameters:
    
    keys - List of camera keys to remove.
  - removeMarkers
```
public void removeMarkers(int[] keys)
```
    Remove markers from the chunk.
    
    Parameters:
    
    keys - List of marker keys to remove.
  - removeScalebars
```
public void removeScalebars(int[] keys)
```
    Remove scalebars from the chunk.
    
    Parameters:
    
    keys - List of scalebar keys to remove.
  - removeCameraTracks
```
public void removeCameraTracks(int[] keys)
```
    Remove camera tracks from the chunk.
    
    Parameters:
    
    keys - List of camera track keys to remove.
  - setCoordinateSystem
```
public void setCoordinateSystem(CoordinateSystem crs)
```
    Coordinate system used for reference data.
  - getCoordinateSystem
```
public CoordinateSystem getCoordinateSystem()
```
    Coordinate system used for reference data.
  - setCameraCoordinateSystem
```
public void setCameraCoordinateSystem(CoordinateSystem crs)
```
    Coordinate system used for camera reference data, may be null.
  - getCameraCoordinateSystem
```
public CoordinateSystem getCameraCoordinateSystem()
```
    Coordinate system used for camera reference data, may be null.
  - setMarkerCoordinateSystem
```
public void setMarkerCoordinateSystem(CoordinateSystem crs)
```
    Coordinate system used for marker reference data, may be null.
  - getMarkerCoordinateSystem
```
public CoordinateSystem getMarkerCoordinateSystem()
```
    Coordinate system used for marker reference data, may be null.
  - setTransform
```
public void setTransform(Transform transform)
```
    Transformation parameters specifying chunk location in the world coordinate system.
  - getTransform
```
public Transform getTransform()
```
    Transformation parameters specifying chunk location in the world coordinate system.
  - resetTransform
```
public void resetTransform()
```
  - hasTransform
```
public boolean hasTransform()
```
  - updateTransform
```
public void updateTransform()
```
    Update chunk transformation based on reference data.
  - setRegion
```
public void setRegion(Region region)
```
    Reconstruction volume selection.
  - getRegion
```
public Region getRegion()
```
    Reconstruction volume selection.
  - resetRegion
```
public void resetRegion()
```
    Reset reconstruction volume selector to default position.
  - setCirCalibration
```
public void setCirCalibration(Matrix3x3d calibration)
```
    CIR calibration matrix, may be null.
  - getCirCalibration
```
public Matrix3x3d getCirCalibration()
```
    CIR calibration matrix, may be null.
  - updateCirCalibration
```
public void updateCirCalibration(Progress progress)
```
    Estimate CIR calibration matrix.
  - setRasterTransform
```
public void setRasterTransform(RasterTransform transform)
```
    Raster transform, may be null.
  - getRasterTransform
```
public RasterTransform getRasterTransform()
```
    Raster transform, may be null.
  - setCameraLocationAccuracy
```
public void setCameraLocationAccuracy(Vector3d accuracy)
```
    Expected accuracy of camera coordinates in meters.
  - getCameraLocationAccuracy
```
public Vector3d getCameraLocationAccuracy()
```
    Expected accuracy of camera coordinates in meters.
  - setCameraOrientationAccuracy
```
public void setCameraOrientationAccuracy(Vector3d accuracy)
```
    Expected accuracy of camera orientation angles in degrees.
  - getCameraOrientationAccuracy
```
public Vector3d getCameraOrientationAccuracy()
```
    Expected accuracy of camera orientation angles in degrees.
  - setMarkerLocationAccuracy
```
public void setMarkerLocationAccuracy(Vector3d accuracy)
```
    Expected accuracy of marker coordinates in meters.
  - getMarkerLocationAccuracy
```
public Vector3d getMarkerLocationAccuracy()
```
    Expected accuracy of marker coordinates in meters.
  - setMarkerProjectionAccuracy
```
public void setMarkerProjectionAccuracy(double accuracy)
```
    Expected accuracy of marker projections in pixels.
  - getMarkerProjectionAccuracy
```
public double getMarkerProjectionAccuracy()
```
    Expected accuracy of marker projections in pixels.
  - setTiepointProjectionAccuracy
```
public void setTiepointProjectionAccuracy(double accuracy)
```
    Expected tie point accuracy in pixels.
  - getTiepointProjectionAccuracy
```
public double getTiepointProjectionAccuracy()
```
    Expected tie point accuracy in pixels.
  - setPrimaryChannel
```
public void setPrimaryChannel(int channel)
```
    Primary channel index (-1 for default).
  - getPrimaryChannel
```
public int getPrimaryChannel()
```
    Primary channel index (-1 for default).
  - setImageBrightness
```
public void setImageBrightness(double brightness)
```
    Image brightness as percentage.
  - getImageBrightness
```
public double getImageBrightness()
```
    Image brightness as percentage.
  - setImageContrast
```
public void setImageContrast(double contrast)
```
    Image contrast as percentage.
  - getImageContrast
```
public double getImageContrast()
```
    Image contrast as percentage.
  - hasPointCloud
```
public boolean hasPointCloud()
```
  - hasDenseCloud
```
public boolean hasDenseCloud()
```
  - hasDepthMaps
```
public boolean hasDepthMaps()
```
  - hasModel
```
public boolean hasModel()
```
  - hasTiledModel
```
public boolean hasTiledModel()
```
  - hasElevation
```
public boolean hasElevation()
```
  - hasOrthomosaic
```
public boolean hasOrthomosaic()
```
  - hasShapes
```
public boolean hasShapes()
```
  - setPointCloud
```
public void setPointCloud(PointCloud point_cloud)
```
    Generated sparse point cloud, may be null.
  - getPointCloud
```
public PointCloud getPointCloud()
```
    Generated sparse point cloud, may be null.
  - getDenseCloud
```
public DenseCloud getDenseCloud()
```
    Default dense point cloud for the current frame, may be null.
  - getDepthMaps
```
public DepthMaps getDepthMaps()
```
    Default depth maps set for the current frame, may be null.
  - getModel
```
public Model getModel()
```
    Default model for the current frame, may be null.
  - getTiledModel
```
public TiledModel getTiledModel()
```
    Default tiled model for the current frame, may be null.
  - getElevation
```
public Elevation getElevation()
```
    Default elevation model for the current frame, may be null.
  - getOrthomosaic
```
public Orthomosaic getOrthomosaic()
```
    Default orthomosaic for the current frame, may be null.
  - setShapes
```
public void setShapes(Shapes shapes)
```
    Shapes for the current frame, may be null.
  - getShapes
```
public Shapes getShapes()
```
    Shapes for the current frame, may be null.
  - removePointCloud
```
public void removePointCloud()
```
  - removeDenseCloud
```
public void removeDenseCloud()
```
  - removeDepthMaps
```
public void removeDepthMaps()
```
  - removeModel
```
public void removeModel()
```
  - removeTiledModel
```
public void removeTiledModel()
```
  - removeElevation
```
public void removeElevation()
```
  - removeOrthomosaic
```
public void removeOrthomosaic()
```
  - removeShapes
```
public void removeShapes()
```
  - getDepthMapsSets
```
public DepthMaps[] getDepthMapsSets()
```
    List of depth maps sets for the current frame.
  - getDenseClouds
```
public DenseCloud[] getDenseClouds()
```
    List of dense clouds for the current frame.
  - getModels
```
public Model[] getModels()
```
    List of models for the current frame.
  - getTiledModels
```
public TiledModel[] getTiledModels()
```
    List of tiled models for the current frame.
  - getElevations
```
public Elevation[] getElevations()
```
    List of elevation models for the current frame.
  - getOrthomosaics
```
public Orthomosaic[] getOrthomosaics()
```
    List of orthomosaics for the current frame.
  - setDepthMapsKey
```
public void setDepthMapsKey(int key)
```
  - setDenseCloudKey
```
public void setDenseCloudKey(int key)
```
  - setModelKey
```
public void setModelKey(int key)
```
  - setTiledModelKey
```
public void setTiledModelKey(int key)
```
  - setElevationKey
```
public void setElevationKey(int key)
```
  - setOrthomosaicKey
```
public void setOrthomosaicKey(int key)
```
  - setMeta
```
public void setMeta(MetaData meta)
```
    Chunk meta data.
  - getMeta
```
public MetaData getMeta()
```
    Chunk meta data.
  - loadReferenceExif
```
public boolean loadReferenceExif(boolean load_rotation,
                                 boolean load_accuracy)
```
    Import camera locations from EXIF meta data.
    
    Parameters:
    
    load_rotation - Load yaw, pitch and roll orientation angles.
    
    load_accuracy - Load camera location accuracy.
  - addPhotos
```
public void addPhotos(java.lang.String[] paths,
                      Progress progress)
```
  - thinPointCloud
```
public void thinPointCloud(int point_limit)
```
    Remove excessive tracks from the point cloud.
    
    Parameters:
    
    point_limit - Maximum number of points for each photo.
  - renderPreview
```
public Image renderPreview(long width,
                           long height,
                           Matrix4x4d transform,
                           int point_size,
                           Progress progress)
```
    Generate chunk preview image.
    
    Parameters:
    
    width - Preview image width.
    
    height - Preview image height.
    
    transform - 4x4 viewpoint transformation matrix.
    
    point_size - Point size.
    
    Returns:
    
    Preview image.

Class Chunk

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

swigCMemOwn

Constructor Detail

Chunk

Chunk

Method Detail

getCPtr

finalize

delete

cArrayUnwrap

cArrayWrap

dump

load

getKey

getFrameKey

getDocument

setLabel

getLabel

setEnabled

isEnabled

setSelected

isSelected

getFrames

getSensors

getCameraGroups

getMarkerGroups

getScalebarGroups

getCameras

getMarkers

getScalebars

getCameraTracks

getFrameKeys

getSensorKeys

getCameraGroupKeys

getMarkerGroupKeys

getScalebarGroupKeys

getCameraKeys

getMarkerKeys

getScalebarKeys

getCameraTrackKeys

getFrame

getSensor

getCameraGroup

getMarkerGroup

getScalebarGroup

getCamera

getMarker

getScalebar

getCameraTrack

addFrame

addSensor

addCameraGroup

addMarkerGroup

addScalebarGroup

addCamera

addMarker

addCameraTrack

addMarker

addScalebar

addScalebar

removeFrames

removeSensors

removeCameraGroups

removeMarkerGroups

removeScalebarGroups

removeCameras

removeMarkers

removeScalebars

removeCameraTracks

setCoordinateSystem

getCoordinateSystem

setCameraCoordinateSystem

getCameraCoordinateSystem

setMarkerCoordinateSystem

getMarkerCoordinateSystem