XMLMockObjects (Bio-Formats API)

java.lang.Object
- ome.specification.XMLMockObjects

```
public class XMLMockObjects
extends Object
```
Creates XML objects for the 2010-06 schema.

Since:

3.0-Beta4

Version:

3.0 (Internal version: $Revision: $Date: $)

Author:

Jean-Marie Burel j.burel@dundee.ac.uk, Chris Allan Chris Allan

Field Summary

Fields
Modifier and Type	Field and Description
`static String[]`	`ANNOTATIONS` The supported types of annotations.
`static ArcType`	`ARC_TYPE` The default type of an arc.
`static Binning`	`BINNING` The default binning value.
`static Integer`	`BYTES_PER_PIXEL` The number of bytes per pixels.
`static NamingConvention`	`COLUMN_NAMING_CONVENTION` The default naming convention for columns.
`static int`	`COLUMNS` The default number of columns for a plate.
`static String`	`COMPONENT_LOT_NUMBER` The default lot number of a component of a microscope.
`static String`	`COMPONENT_MANUFACTURER` The default manufacturer of a component of a microscope.
`static String`	`COMPONENT_MODEL` The default model of a component of a microscope.
`static String`	`COMPONENT_SERIAL_NUMBER` The default serial number of a component of a microscope.
`static Correction`	`CORRECTION` The default objective's correction.
`static Double`	`CUT_IN` The default cut-in.
`static Double`	`CUT_OUT` The default cut-out.
`static Color`	`DEFAULT_COLOR` The default color.
`static DetectorType`	`DETECTOR_TYPE` The default type of a detector.
`static DimensionOrder`	`DIMENSION_ORDER` The default dimension order.
`static ExperimentType`	`EXPERIMENT_TYPE` The default type of a microscope.
`static int`	`FIELDS` The default number of fields for a well.
`static FilamentType`	`FILAMENT_TYPE` The default type of a filament.
`static FilterType`	`FILTER_TYPE` The default objective's immersion.
`static Immersion`	`IMMERSION` The default objective's immersion.
`protected Instrument`	`instrument` The instrument used for the metadata.
`static LaserMedium`	`LASER_MEDIUM` The default type of a laser.
`static LaserType`	`LASER_TYPE` The default type of a laser.
`static String[]`	`LIGHT_SOURCES` The light sources to handle.
`static Double`	`LIGHTSOURCE_POWER` The default power of a light source.
`static Medium`	`MEDIUM` The default medium for the objective.
`static MicrobeamManipulationType`	`MICROBEAM_MANIPULATION_TYPE` The default type of a microbeam manipulation.
`static MicroscopeType`	`MICROSCOPE_TYPE` The default type of a microscope.
`static int`	`NUMBER_OF_DECTECTORS` The number of detectors created.
`static int`	`NUMBER_OF_DICHROICS` The number of dichroics created.
`static int`	`NUMBER_OF_FILTERS` The number of filters created.
`static int`	`NUMBER_OF_OBJECTIVES` The number of objectives created.
`protected OME`	`ome` Root of the file.
`static PixelType`	`PIXEL_TYPE` The default pixels type.
`static String`	`POINTS` Points used to create Polyline and Polygon shape.
`static NamingConvention`	`ROW_NAMING_CONVENTION` The default naming convention for rows.
`static int`	`ROWS` The default number of rows for a plate.
`static String[]`	`SHAPES` The shapes to handle.
`static Integer`	`SIZE_C` The default number of channels.
`static Integer`	`SIZE_T` The default number of time-points.
`static Integer`	`SIZE_X` The default number of pixels along the X-axis.
`static Integer`	`SIZE_Y` The default number of pixels along the Y-axis.
`static Integer`	`SIZE_Z` The default number of z-sections.
`static String`	`TIME` The default time.

Constructor Summary

Constructors
Constructor and Description

XMLMockObjects()
Creates a new instance.

Constructors
Constructor and Description
`XMLMockObjects()` Creates a new instance.

Method Summary

Methods
Modifier and Type	Method and Description
`OME`	`createAnnotatedImage()` Creates and annotates an image.
`Annotation`	`createAnnotation(String type, OMEModelObject object, int index)` Create a comment annotation for the specified object.
`Plate`	`createBasicPlate(int index)` Creates a basic plate.
`OME`	`createBasicPlateWithReagent()` Creates a plate with `1` row, `1` column and `1` field.
`BinaryFile`	`createBinaryFile()` Creates a binary file.
`BinData`	`createBinData(int sizeX, int sizeY, int bpp)` Creates a new object.
`Channel`	`createChannel(int index)` Creates a channel.
`Dataset`	`createDataset(int index)` Creates a dataset.
`Detector`	`createDetector(int index)` Creates a detector.
`DetectorSettings`	`createDetectorSettings(int ref)` Creates a detector settings.
`Dichroic`	`createDichroic(int index)` Creates a dichroic.
`Experiment`	`createExperiment(int index)` Creates an experiment.
`Experimenter`	`createExperimenter(int index)` Creates an experimenter.
`Experiment`	`createExperimentWithMicrobeam(int index)` Creates an experiment with a microbeam.
`Filter`	`createFilter(int index, double cutIn, double cutOut)` Creates a filter.
`FilterSet`	`createFilterSet(int index)` Creates a filter set.
`OME`	`createFullPopulatedPlate(int n)` Creates a plate with `ROWS` rows, `COLUMNS` columns and `FIELDS` field.
`OME`	`createImage()` Creates and returns the root element.
`OME`	`createImage(boolean metadata)` Creates and returns the root element.
`Image`	`createImage(int index)` Creates a new image.
`Image`	`createImage(int index, boolean metadata)` Creates a new image.
`ImagingEnvironment`	`createImageEnvironment()` Creates a imaging environment.
`OME`	`createImageWithAcquisitionData()` Creates an image with acquisition data.
`OME`	`createImageWithAnnotatedAcquisitionData()` Creates an image with acquisition data.
`Image`	`createImageWithExperiment(int index, boolean metadata, Experiment exp)` Creates an image with a given experiment.
`OME`	`createImageWithROI()` Creates an image with ROI.
`Instrument`	`createInstrument(boolean populate)` Creates an instrument with filters, light sources etc.
`LightPath`	`createLightPath()` Creates a light path.
`LightSource`	`createLightSource(String type, int index)` Creates a light source of the specified type.
`LightSourceSettings`	`createLightSourceSettings(int ref)` Creates a light source settings.
`MicrobeamManipulation`	`createMicrobeamManipulation(int index)` Creates a microbeam manipulation.
`Microscope`	`createMicroscope()` Creates a microscope.
`Objective`	`createObjective(int index)` Creates an objective.
`ObjectiveSettings`	`createObjectiveSettings(int ref)` Creates an objective settings.
`Plane`	`createPlane(int z, int c, int t)` Creates a plane information object.
`Plate`	`createPlate(int numberOfPlates, int index, int numberOfPlateAcquisition)` Creates a default plate
`Plate`	`createPlate(int numberOfPlates, int index, int rows, int columns, int fields, int numberOfPlateAcquisition)` Creates a populated plate with images.
`Plate`	`createPlate(int numberOfPlates, int index, int rows, int columns, int fields, int numberOfPlateAcquisition, boolean withMicrobeam)` Creates a populated plate with images.
`Plate`	`createPlate(int numberOfScreens, int screenIndex, int numberOfPlates, int plateIndex, int rows, int columns, int fields, int numberOfPlateAcquisition)` Creates a populated plate with images.
`Plate`	`createPlate(int numberOfScreens, int screenIndex, int numberOfPlates, int plateIndex, int rows, int columns, int fields, int numberOfPlateAcquisition, boolean withMicrobeam)` Creates a populated plate with images.
`OME`	`createPopulatedPlate(int n)` Creates a plate with `1` row, `1` column and `1`field.
`OME`	`createPopulatedPlate(int n, int fields)` Creates a plate with `1` row, `1` column and `fields`field.
`OME`	`createPopulatedPlate(int plates, int rows, int cols, int fields, int acqs)` Creates several plates but no containing screen.
`OME`	`createPopulatedPlate(int plates, int rows, int cols, int fields, int acqs, boolean withMicrobeam)` Creates several plates but no containing screen.
`OME`	`createPopulatedScreen()` Creates one 2x2 plate of with a single well sample per well and one plate acquisition.
`OME`	`createPopulatedScreen(int plates, int rows, int cols, int fields, int acqs)` Creates a screen with several plates.
`OME`	`createPopulatedScreen(int screens, int plates, int rows, int cols, int fields, int acqs)` Creates several screens each with several plates.
`OME`	`createPopulatedScreen(int screens, int plates, int rows, int cols, int fields, int acqs, boolean withMicrobeam)` Creates several screens each with several plates.
`Project`	`createProject(int index)` Creates a project.
`Reagent`	`createReagent(int index)` Creates a reagent.
`ROI`	`createROI(int index, int z, int c, int t)` Creates an ROI.
`Screen`	`createScreen(int index)` Creates a screen.
`Shape`	`createShape(int index, String type, int z, int c, int t)` Creates the specified type of shape.
`StageLabel`	`createStageLabel()` Creates a imaging environment.
`private AffineTransform`	`createTransform()`
`OME`	`getRoot()` Returns the root of the XML file.
`private void`	`populateInstrument()` Creates and populates the instrument.

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

- Field Detail
  - DEFAULT_COLOR
```
public static final Color DEFAULT_COLOR
```
    The default color.
  - LIGHTSOURCE_POWER
```
public static final Double LIGHTSOURCE_POWER
```
    The default power of a light source.
  - COMPONENT_MODEL
```
public static final String COMPONENT_MODEL
```
    The default model of a component of a microscope.
    
    See Also:
    Constant Field Values
  - COMPONENT_MANUFACTURER
```
public static final String COMPONENT_MANUFACTURER
```
    The default manufacturer of a component of a microscope.
    
    See Also:
    Constant Field Values
  - COMPONENT_SERIAL_NUMBER
```
public static final String COMPONENT_SERIAL_NUMBER
```
    The default serial number of a component of a microscope.
    
    See Also:
    Constant Field Values
  - COMPONENT_LOT_NUMBER
```
public static final String COMPONENT_LOT_NUMBER
```
    The default lot number of a component of a microscope.
    
    See Also:
    Constant Field Values
  - LASER_TYPE
```
public static final LaserType LASER_TYPE
```
    The default type of a laser.
  - ARC_TYPE
```
public static final ArcType ARC_TYPE
```
    The default type of an arc.
  - FILAMENT_TYPE
```
public static final FilamentType FILAMENT_TYPE
```
    The default type of a filament.
  - DETECTOR_TYPE
```
public static final DetectorType DETECTOR_TYPE
```
    The default type of a detector.
  - CORRECTION
```
public static final Correction CORRECTION
```
    The default objective's correction.
  - IMMERSION
```
public static final Immersion IMMERSION
```
    The default objective's immersion.
  - FILTER_TYPE
```
public static final FilterType FILTER_TYPE
```
    The default objective's immersion.
  - MICROSCOPE_TYPE
```
public static final MicroscopeType MICROSCOPE_TYPE
```
    The default type of a microscope.
  - EXPERIMENT_TYPE
```
public static final ExperimentType EXPERIMENT_TYPE
```
    The default type of a microscope.
  - MICROBEAM_MANIPULATION_TYPE
```
public static final MicrobeamManipulationType MICROBEAM_MANIPULATION_TYPE
```
    The default type of a microbeam manipulation.
  - BINNING
```
public static final Binning BINNING
```
    The default binning value.
  - MEDIUM
```
public static final Medium MEDIUM
```
    The default medium for the objective.
  - LASER_MEDIUM
```
public static final LaserMedium LASER_MEDIUM
```
    The default type of a laser.
  - SIZE_X
```
public static final Integer SIZE_X
```
    The default number of pixels along the X-axis.
  - SIZE_Y
```
public static final Integer SIZE_Y
```
    The default number of pixels along the Y-axis.
  - SIZE_Z
```
public static final Integer SIZE_Z
```
    The default number of z-sections.
  - SIZE_C
```
public static final Integer SIZE_C
```
    The default number of channels.
  - SIZE_T
```
public static final Integer SIZE_T
```
    The default number of time-points.
  - BYTES_PER_PIXEL
```
public static final Integer BYTES_PER_PIXEL
```
    The number of bytes per pixels.
  - ROWS
```
public static final int ROWS
```
    The default number of rows for a plate.
    
    See Also:
    Constant Field Values
  - COLUMNS
```
public static final int COLUMNS
```
    The default number of columns for a plate.
    
    See Also:
    Constant Field Values
  - FIELDS
```
public static final int FIELDS
```
    The default number of fields for a well.
    
    See Also:
    Constant Field Values
  - LIGHT_SOURCES
```
public static final String[] LIGHT_SOURCES
```
    The light sources to handle.
  - SHAPES
```
public static final String[] SHAPES
```
    The shapes to handle.
  - ANNOTATIONS
```
public static final String[] ANNOTATIONS
```
    The supported types of annotations.
  - ROW_NAMING_CONVENTION
```
public static final NamingConvention ROW_NAMING_CONVENTION
```
    The default naming convention for rows.
  - COLUMN_NAMING_CONVENTION
```
public static final NamingConvention COLUMN_NAMING_CONVENTION
```
    The default naming convention for columns.
  - DIMENSION_ORDER
```
public static final DimensionOrder DIMENSION_ORDER
```
    The default dimension order.
  - PIXEL_TYPE
```
public static final PixelType PIXEL_TYPE
```
    The default pixels type.
  - NUMBER_OF_DECTECTORS
```
public static final int NUMBER_OF_DECTECTORS
```
    The number of detectors created.
    
    See Also:
    Constant Field Values
  - NUMBER_OF_OBJECTIVES
```
public static final int NUMBER_OF_OBJECTIVES
```
    The number of objectives created.
    
    See Also:
    Constant Field Values
  - NUMBER_OF_FILTERS
```
public static final int NUMBER_OF_FILTERS
```
    The number of filters created.
    
    See Also:
    Constant Field Values
  - NUMBER_OF_DICHROICS
```
public static final int NUMBER_OF_DICHROICS
```
    The number of dichroics created.
    
    See Also:
    Constant Field Values
  - POINTS
```
public static final String POINTS
```
    Points used to create Polyline and Polygon shape.
    
    See Also:
    Constant Field Values
  - TIME
```
public static final String TIME
```
    The default time.
    
    See Also:
    Constant Field Values
  - CUT_IN
```
public static final Double CUT_IN
```
    The default cut-in.
  - CUT_OUT
```
public static final Double CUT_OUT
```
    The default cut-out.
  - ome
```
protected OME ome
```
    Root of the file.
  - instrument
```
protected Instrument instrument
```
    The instrument used for the metadata.
- Constructor Detail
  - XMLMockObjects
```
public XMLMockObjects()
```
    Creates a new instance.
- Method Detail
  - populateInstrument
```
private void populateInstrument()
```
    Creates and populates the instrument.
  - createDetector
```
public Detector createDetector(int index)
```
    Creates a detector.
    
    Parameters:
    index - The index of the detector in the file.
    
    Returns:
    See above.
  - createFilterSet
```
public FilterSet createFilterSet(int index)
```
    Creates a filter set.
    
    Parameters:
    index - The index of the filter set in the file.
    
    Returns:
    See above.
  - createMicroscope
```
public Microscope createMicroscope()
```
    Creates a microscope.
    
    Returns:
    See above.
  - createDichroic
```
public Dichroic createDichroic(int index)
```
    Creates a dichroic.
    
    Parameters:
    index - The index of the dichroic in the file.
    
    Returns:
    See above.
  - createObjective
```
public Objective createObjective(int index)
```
    Creates an objective.
    
    Parameters:
    index - The index of the objective in the file.
    
    Returns:
    See above.
  - createFilter
```
public Filter createFilter(int index,
                  double cutIn,
                  double cutOut)
```
    Creates a filter.
    
    Parameters:
    index - The index of the objective in the file.
    cutIn - The cut in value.
    cutOut - The cut out value.
    
    Returns:
    See above.
  - createLightSource
```
public LightSource createLightSource(String type,
                            int index)
```
    Creates a light source of the specified type.
    
    Parameters:
    type - The type of light source to create.
    index - The index of the light source in the file.
    
    Returns:
    See above.
  - createBinData
```
public BinData createBinData(int sizeX,
                    int sizeY,
                    int bpp)
```
    Creates a new object.
    
    Parameters:
    sizeX - The number of pixels along the X-axis.
    sizeY - The number of pixels along the Y-axis.
    bpp - The number of bytes per pixels.
    
    Returns:
    See above.
  - createLightPath
```
public LightPath createLightPath()
```
    Creates a light path.
    
    Returns:
    See above.
  - createImageEnvironment
```
public ImagingEnvironment createImageEnvironment()
```
    Creates a imaging environment.
    
    Returns:
    See above.
  - createStageLabel
```
public StageLabel createStageLabel()
```
    Creates a imaging environment.
    
    Returns:
    See above.
  - createLightSourceSettings
```
public LightSourceSettings createLightSourceSettings(int ref)
```
    Creates a light source settings.
    
    Parameters:
    ref - Reference to the light source.
    
    Returns:
    See above.
  - createMicrobeamManipulation
```
public MicrobeamManipulation createMicrobeamManipulation(int index)
```
    Creates a microbeam manipulation.
    
    Parameters:
    index - The index in the file.
    
    Returns:
    See above.
  - createExperimenter
```
public Experimenter createExperimenter(int index)
```
    Creates an experimenter.
    
    Parameters:
    index - The index of the Experimenter.
    
    Returns:
    See above.
  - createExperiment
```
public Experiment createExperiment(int index)
```
    Creates an experiment.
    
    Parameters:
    index - The index in the file.
    
    Returns:
    See above.
  - createExperimentWithMicrobeam
```
public Experiment createExperimentWithMicrobeam(int index)
```
    Creates an experiment with a microbeam.
    
    Parameters:
    index - The index in the file.
    
    Returns:
    See above.
  - createDetectorSettings
```
public DetectorSettings createDetectorSettings(int ref)
```
    Creates a detector settings.
    
    Parameters:
    ref - Reference to the detector.
    
    Returns:
    See above.
  - createObjectiveSettings
```
public ObjectiveSettings createObjectiveSettings(int ref)
```
    Creates an objective settings.
    
    Parameters:
    ref - Reference to the objective.
    
    Returns:
    See above.
  - createBinaryFile
```
public BinaryFile createBinaryFile()
```
    Creates a binary file.
    
    Returns:
    See above.
  - createShape
```
public Shape createShape(int index,
                String type,
                int z,
                int c,
                int t)
```
    Creates the specified type of shape.
    
    Parameters:
    index - The index of the shape in the file.
    type - The type of shape to create.
    z - The selected z-section.
    c - The selected channel.
    t - The selected time-point.
    
    Returns:
    See above.
  - createTransform
```
private AffineTransform createTransform()
```
  - createROI
```
public ROI createROI(int index,
            int z,
            int c,
            int t)
```
    Creates an ROI.
    
    Parameters:
    index - The index of the ROI in the file.
    z - The selected z-section.
    c - The selected channel.
    t - The selected time-point.
  - getRoot
```
public OME getRoot()
```
    Returns the root of the XML file.
    
    Returns:
    See above.
  - createProject
```
public Project createProject(int index)
```
    Creates a project.
    
    Parameters:
    index - The index of the project.
    
    Returns:
    See above.
  - createDataset
```
public Dataset createDataset(int index)
```
    Creates a dataset.
    
    Parameters:
    index - The index of the dataset.
    
    Returns:
    See above.
  - createScreen
```
public Screen createScreen(int index)
```
    Creates a screen.
    
    Parameters:
    index - The index of the screen.
    
    Returns:
    See above.
  - createBasicPlate
```
public Plate createBasicPlate(int index)
```
    Creates a basic plate.
    
    Parameters:
    index - The index of the plate.
    
    Returns:
    See above.
  - createPlate
```
public Plate createPlate(int numberOfPlates,
                int index,
                int numberOfPlateAcquisition)
```
    Creates a default plate
    
    Parameters:
    numberOfPlates - The total number of plates.
    index - The index of the plate.
    numberOfPlateAcquisition - The number of plate acquisition to add.
    
    Returns:
    See above.
  - createPlate
```
public Plate createPlate(int numberOfPlates,
                int index,
                int rows,
                int columns,
                int fields,
                int numberOfPlateAcquisition)
```
    Creates a populated plate with images.
    
    Parameters:
    numberOfPlates - The total number of plates.
    index - The index of the plate.
    rows - The number of rows.
    columns - The number of columns.
    fields - The number of fields.
    numberOfPlateAcquisition - The number of plate acquisition to add.
    
    Returns:
    See above.
  - createPlate
```
public Plate createPlate(int numberOfPlates,
                int index,
                int rows,
                int columns,
                int fields,
                int numberOfPlateAcquisition,
                boolean withMicrobeam)
```
    Creates a populated plate with images.
    
    Parameters:
    numberOfPlates - The total number of plates.
    index - The index of the plate.
    rows - The number of rows.
    columns - The number of columns.
    fields - The number of fields.
    numberOfPlateAcquisition - The number of plate acquisition to add.
    withMicrobeam - Whether the experiment should contain a microbeam
    
    Returns:
    See above.
  - createPlate
```
public Plate createPlate(int numberOfScreens,
                int screenIndex,
                int numberOfPlates,
                int plateIndex,
                int rows,
                int columns,
                int fields,
                int numberOfPlateAcquisition)
```
    Creates a populated plate with images.
    
    Parameters:
    numberOfScreens - The total number of screens.
    screenIndex - The index of the screen.
    numberOfPlates - The total number of plates.
    plateIndex - The index of the plate.
    rows - The number of rows.
    columns - The number of columns.
    fields - The number of fields.
    numberOfPlateAcquisition - The number of plate acquisition to add.
    
    Returns:
    See above.
  - createPlate
```
public Plate createPlate(int numberOfScreens,
                int screenIndex,
                int numberOfPlates,
                int plateIndex,
                int rows,
                int columns,
                int fields,
                int numberOfPlateAcquisition,
                boolean withMicrobeam)
```
    Creates a populated plate with images.
    
    Parameters:
    numberOfScreens - The total number of screens.
    screenIndex - The index of the screen.
    numberOfPlates - The total number of plates.
    plateIndex - The index of the plate.
    rows - The number of rows.
    columns - The number of columns.
    fields - The number of fields.
    numberOfPlateAcquisition - The number of plate acquisition to add.
    withMicrobeam - Whether the experiment should contain a microbeam
    
    Returns:
    See above.
  - createPlane
```
public Plane createPlane(int z,
                int c,
                int t)
```
    Creates a plane information object.
    
    Parameters:
    z - The z-section.
    c - The channel.
    t - The time-point.
    
    Returns:
    See above.
  - createImage
```
public Image createImage(int index,
                boolean metadata)
```
    Creates a new image.
    
    Parameters:
    index - The identifier of the image.
    metadata - Pass true to create channel with acquisition metadata, false otherwise.
    
    Returns:
    See above.
  - createChannel
```
public Channel createChannel(int index)
```
    Creates a channel.
    
    Parameters:
    index - The index in the file.
    
    Returns:
    See above.
  - createImage
```
public Image createImage(int index)
```
    Creates a new image.
    
    Parameters:
    index - The identifier of the image.
    
    Returns:
    See above.
  - createInstrument
```
public Instrument createInstrument(boolean populate)
```
    Creates an instrument with filters, light sources etc.
    
    Parameters:
    populate - Pass true to populate the instrument, false otherwise.
    
    Returns:
    See above.
  - createReagent
```
public Reagent createReagent(int index)
```
    Creates a reagent.
    
    Parameters:
    index - The index in the file.
    
    Returns:
    See above.
  - createAnnotation
```
public Annotation createAnnotation(String type,
                          OMEModelObject object,
                          int index)
```
    Create a comment annotation for the specified object.
    
    Parameters:
    type - The type of annotation to create.
    object - The object to link the annotation to.
    index - The index of the annotation.
    
    Returns:
    See above.
  - createImage
```
public OME createImage()
```
    Creates and returns the root element. Creates an image w/o metadata.
    
    Returns:
    See above.
  - createImage
```
public OME createImage(boolean metadata)
```
    Creates and returns the root element.
    
    Parameters:
    metadata - Pass true to create an image with metadata, false w/o/
    
    Returns:
    See above.
  - createAnnotatedImage
```
public OME createAnnotatedImage()
```
    Creates and annotates an image. The following types of annotations are added: TagAnnotation, TermAnnotation, BooleanAnnotation, LongAnnotation, CommentAnnotation.
    
    Returns:
    See above.
  - createImageWithAcquisitionData
```
public OME createImageWithAcquisitionData()
```
    Creates an image with acquisition data.
    
    Returns:
    See above.
  - createImageWithAnnotatedAcquisitionData
```
public OME createImageWithAnnotatedAcquisitionData()
```
    Creates an image with acquisition data.
    
    Returns:
    See above.
  - createImageWithExperiment
```
public Image createImageWithExperiment(int index,
                              boolean metadata,
                              Experiment exp)
```
    Creates an image with a given experiment. The Image is not added to ome.
    
    Returns:
    See above.
  - createImageWithROI
```
public OME createImageWithROI()
```
    Creates an image with ROI.
    
    Returns:
    See above.
  - createPopulatedPlate
```
public OME createPopulatedPlate(int n)
```
    Creates a plate with 1 row, 1 column and 1field. The plate will have images with acquisition data but no plate acquisition data if the passed value is 0 otherwise will have n plate acquisitions.
    
    Parameters:
    n - The number of plate acquisition.
    
    Returns:
    See above
  - createPopulatedPlate
```
public OME createPopulatedPlate(int n,
                       int fields)
```
    Creates a plate with 1 row, 1 column and fieldsfield. The plate will have images with acquisition data but no plate acquisition data if the passed value is 0 otherwise will have n plate acquisitions.
    
    Parameters:
    n - The number of plate acquisition.
    fields - The number of fields.
    
    Returns:
    See above
  - createPopulatedPlate
```
public OME createPopulatedPlate(int plates,
                       int rows,
                       int cols,
                       int fields,
                       int acqs)
```
    Creates several plates but no containing screen.
    
    Parameters:
    plates - The number of plates to create.
    rows - The number of rows for plate.
    cols - The number of columns for plate.
    fields - The number of fields.
    acqs - The number of plate acquisitions.
    
    Returns:
    See above.
  - createPopulatedPlate
```
public OME createPopulatedPlate(int plates,
                       int rows,
                       int cols,
                       int fields,
                       int acqs,
                       boolean withMicrobeam)
```
    Creates several plates but no containing screen.
    
    Parameters:
    plates - The number of plates to create.
    rows - The number of rows for plate.
    cols - The number of columns for plate.
    fields - The number of fields.
    acqs - The number of plate acquisitions.
    withMicrobeam - Whether the experiment should contain a microbeam
    
    Returns:
    See above.
  - createPopulatedScreen
```
public OME createPopulatedScreen(int screens,
                        int plates,
                        int rows,
                        int cols,
                        int fields,
                        int acqs)
```
    Creates several screens each with several plates.
    
    Parameters:
    screens - The number of screens to create.
    plates - The number of plates to create.
    rows - The number of rows for plate.
    cols - The number of columns for plate.
    fields - The number of fields.
    acqs - The number of plate acquisitions.
    
    Returns:
    See above.
  - createPopulatedScreen
```
public OME createPopulatedScreen(int screens,
                        int plates,
                        int rows,
                        int cols,
                        int fields,
                        int acqs,
                        boolean withMicrobeam)
```
    Creates several screens each with several plates.
    
    Parameters:
    screens - The number of screens to create.
    plates - The number of plates to create.
    rows - The number of rows for plate.
    cols - The number of columns for plate.
    fields - The number of fields.
    acqs - The number of plate acquisitions.
    withMicrobeam - Whether the experiment should contain a microbeam
    
    Returns:
    See above.
  - createPopulatedScreen
```
public OME createPopulatedScreen(int plates,
                        int rows,
                        int cols,
                        int fields,
                        int acqs)
```
    Creates a screen with several plates.
    
    Parameters:
    plates - The number of plates to create.
    rows - The number of rows for plate.
    cols - The number of columns for plate.
    fields - The number of fields.
    acqs - The number of plate acquisitions.
    
    Returns:
    See above.
  - createPopulatedScreen
```
public OME createPopulatedScreen()
```
    Creates one 2x2 plate of with a single well sample per well and one plate acquisition.
  - createBasicPlateWithReagent
```
public OME createBasicPlateWithReagent()
```
    Creates a plate with 1 row, 1 column and 1 field. This plate will be added to a screen and the well linked to a reagent.
    
    Returns:
    See above
  - createFullPopulatedPlate
```
public OME createFullPopulatedPlate(int n)
```
    Creates a plate with ROWS rows, COLUMNS columns and FIELDS field. The plate will have images with acquisition data but no plate acquisition data.
    
    Parameters:
    n - The number of plate acquisition.
    
    Returns:
    See above

Class XMLMockObjects

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

DEFAULT_COLOR

LIGHTSOURCE_POWER

COMPONENT_MODEL

COMPONENT_MANUFACTURER

COMPONENT_SERIAL_NUMBER

COMPONENT_LOT_NUMBER

LASER_TYPE

ARC_TYPE

FILAMENT_TYPE

DETECTOR_TYPE

CORRECTION

IMMERSION

FILTER_TYPE

MICROSCOPE_TYPE

EXPERIMENT_TYPE

MICROBEAM_MANIPULATION_TYPE

BINNING

MEDIUM

LASER_MEDIUM

SIZE_X

SIZE_Y

SIZE_Z

SIZE_C

SIZE_T

BYTES_PER_PIXEL

ROWS

COLUMNS

FIELDS

LIGHT_SOURCES

SHAPES

ANNOTATIONS

ROW_NAMING_CONVENTION

COLUMN_NAMING_CONVENTION

DIMENSION_ORDER

PIXEL_TYPE

NUMBER_OF_DECTECTORS

NUMBER_OF_OBJECTIVES

NUMBER_OF_FILTERS

NUMBER_OF_DICHROICS

POINTS

TIME

CUT_IN

CUT_OUT

ome

instrument

Constructor Detail

XMLMockObjects

Method Detail

populateInstrument

createDetector

createFilterSet

createMicroscope

createDichroic

createObjective

createFilter

createLightSource

createBinData

createLightPath

createImageEnvironment

createStageLabel

createLightSourceSettings

createMicrobeamManipulation

createExperimenter

createExperiment

createExperimentWithMicrobeam

createDetectorSettings

createObjectiveSettings

createBinaryFile

createShape

createTransform

createROI

getRoot

createProject

createDataset