IFormatReader (Bio-Formats API)

All Superinterfaces:

AutoCloseable, Closeable, IFormatHandler, IMetadataConfigurable

All Known Implementing Classes:

AFIReader, AIMReader, AliconaReader, AmiraReader, AnalyzeReader, APLReader, APNGReader, ARFReader, AVIReader, BaseTiffReader, BaseZeissReader, BDReader, BIFormatReader, BioRadGelReader, BioRadReader, BioRadSCNReader, BMPReader, BrukerReader, BufferedImageReader, BurleighReader, CanonRawReader, CellH5Reader, CellomicsReader, CellSensReader, CellVoyagerReader, CellWorxReader, ChannelFiller, ChannelMerger, ChannelSeparator, ColumbusReader, DelegateReader, DeltavisionReader, DicomReader, DimensionSwapper, DNGReader, Ecat7Reader, EPSReader, FakeReader, FEIReader, FEITiffReader, FilePatternReader, FileStitcher, FitsReader, FlexReader, FlowSightReader, FluoviewReader, FormatReader, FujiReader, FV1000Reader, GatanDM2Reader, GatanReader, GelReader, GIFReader, HamamatsuVMSReader, HISReader, HitachiReader, HRDGDFReader, I2IReader, ICSReader, IM3Reader, ImaconReader, ImageIOReader, ImageProcessorReader, ImageReader, ImagicReader, ImarisHDFReader, ImarisReader, ImarisTiffReader, IMODReader, ImprovisionTiffReader, ImspectorReader, InCell3000Reader, InCellReader, INRReader, InveonReader, IPLabReader, IPWReader, IvisionReader, JEOLReader, JPEG2000Reader, JPEGReader, JPEGReader.DefaultJPEGReader, JPKReader, JPXReader, KhorosReader, KodakReader, L2DReader, LegacyND2Reader, LegacyQTReader, LeicaReader, LeicaSCNReader, LEOReader, LiFlimReader, LIFReader, LIMReader, Memoizer, MetamorphReader, MetamorphTiffReader, MIASReader, MicromanagerReader, MINCReader, MinimalTiffReader, MinMaxCalculator, MNGReader, MolecularImagingReader, MRCReader, MRWReader, NAFReader, NativeND2Reader, NativeQTReader, ND2Reader, NDPIReader, NDPISReader, NiftiReader, NikonElementsTiffReader, NikonReader, NikonTiffReader, NRRDReader, OBFReader, OIRReader, OMETiffReader, OMEXMLReader, OpenlabRawReader, OpenlabReader, OperettaReader, OxfordInstrumentsReader, PCIReader, PCORAWReader, PCXReader, PDSReader, PerkinElmerReader, PGMReader, PhotoshopTiffReader, PictReader, PovrayReader, PQBinReader, PrairieReader, PSDReader, PyramidTiffReader, QTReader, QuesantReader, ReaderWrapper, RHKReader, SBIGReader, ScanrReader, ScreenReader, SDTReader, SeikoReader, SEQReader, SIFReader, SimplePCITiffReader, SISReader, SlidebookReader, SlidebookTiffReader, SMCameraReader, SPCReader, SPEReader, SpiderReader, SVSReader, TargaReader, TCSReader, TextReader, TiffDelegateReader, TiffJAIReader, TiffReader, TileJPEGReader, TileStitcher, TillVisionReader, TopometrixReader, TrestleReader, UBMReader, UnisokuReader, VarianFDFReader, VeecoReader, VGSAMReader, VirtualReader, VisitechReader, VolocityClippingReader, VolocityReader, WATOPReader, WlzReader, ZeissCZIReader, ZeissLMSReader, ZeissLSMReader, ZeissTIFFReader, ZeissZVIReader, ZipReader
```
public interface IFormatReader
extends IFormatHandler
```
Interface for all biological file format readers.

Field Summary

Fields
Modifier and Type Field and Description

static int CAN_GROUP

static int CANNOT_GROUP

static int MUST_GROUP
File grouping options.

Fields
Modifier and Type	Field and Description
`static int`	`CAN_GROUP`
`static int`	`CANNOT_GROUP`
`static int`	`MUST_GROUP` File grouping options.

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`void`	`close(boolean fileOnly)` Closes the currently open file.
`int`	`coreIndexToSeries(int index)` Returns the series corresponding to the specified core index.
`int`	`fileGroupOption(String id)` Returns an int indicating that we cannot, must, or might group the files in a given dataset.
`short[][]`	`get16BitLookupTable()` Gets the 16-bit color lookup table associated with the most recently opened image.
`byte[][]`	`get8BitLookupTable()` Gets the 8-bit color lookup table associated with the most recently opened image.
`FileInfo[]`	`getAdvancedSeriesUsedFiles(boolean noPixels)` Returns an array of FileInfo objects representing the files needed to open the current series.
`FileInfo[]`	`getAdvancedUsedFiles(boolean noPixels)` Returns an array of FileInfo objects representing the files needed to open this dataset.
`int`	`getBitsPerPixel()` Gets the number of valid bits per pixel.
`int`	`getCoreIndex()` Return the index into CoreMetadata of the current resolution/series.
`List<CoreMetadata>`	`getCoreMetadataList()` Obtains the core metadata values for the current file.
`String`	`getCurrentFile()` Returns the current file.
`String`	`getDatasetStructureDescription()` Returns a short description of the dataset structure.
`String`	`getDimensionOrder()` Gets a five-character string representing the dimension order in which planes will be returned.
`String[]`	`getDomains()` Returns the list of domains represented by the current file.
`int`	`getEffectiveSizeC()` Gets the effective size of the C dimension, guaranteeing that getEffectiveSizeC() * getSizeZ() * getSizeT() == getImageCount() regardless of the result of isRGB().
`Hashtable<String,Object>`	`getGlobalMetadata()` Obtains the hashtable containing the metadata field/value pairs from the current file.
`int`	`getImageCount()` Determines the number of image planes in the current file.
`int`	`getIndex(int z, int c, int t)` Gets the rasterized index corresponding to the given Z, C and T coordinates (real sizes).
`int`	`getIndex(int z, int c, int t, int moduloZ, int moduloC, int moduloT)` Gets the rasterized index corresponding to the given Z, C, T, moduloZ, moduloC and moduloT coordinates (effective sizes).
`MetadataStore`	`getMetadataStore()` Retrieves the current metadata store for this reader.
`Object`	`getMetadataStoreRoot()` Retrieves the current metadata store's root object.
`Object`	`getMetadataValue(String field)` Obtains the specified metadata field's value for the current file.
`Modulo`	`getModuloC()`
`Modulo`	`getModuloT()`
`Modulo`	`getModuloZ()`
`int`	`getOptimalTileHeight()` Returns the optimal sub-image height for use with openBytes.
`int`	`getOptimalTileWidth()` Returns the optimal sub-image width for use with openBytes.
`int`	`getPixelType()` Gets the pixel type.
`String[]`	`getPossibleDomains(String id)` Returns a list of scientific domains in which this format is used.
`int`	`getRequiredDirectories(String[] files)` Returns the number of parent directories that are important when processing the given list of files.
`int`	`getResolution()` Get the current resolution level.
`int`	`getResolutionCount()` Return the number of resolutions for the current series.
`int`	`getRGBChannelCount()` Gets the number of channels returned with each call to openBytes.
`int`	`getSeries()` Gets the currently active series.
`int`	`getSeriesCount()` Gets the number of series in this file.
`Hashtable<String,Object>`	`getSeriesMetadata()` Obtains the hashtable containing metadata field/value pairs from the current series in the current file.
`Object`	`getSeriesMetadataValue(String field)` Obtains the specified metadata field's value for the current series in the current file.
`String[]`	`getSeriesUsedFiles()` Returns an array of filenames needed to open the current series.
`String[]`	`getSeriesUsedFiles(boolean noPixels)` Returns an array of filenames needed to open the current series.
`int`	`getSizeC()` Gets the size of the C dimension.
`int`	`getSizeT()` Gets the size of the T dimension.
`int`	`getSizeX()` Gets the size of the X dimension.
`int`	`getSizeY()` Gets the size of the Y dimension.
`int`	`getSizeZ()` Gets the size of the Z dimension.
`int`	`getThumbSizeX()` Get the size of the X dimension for the thumbnail.
`int`	`getThumbSizeY()` Get the size of the Y dimension for the thumbnail.
`IFormatReader[]`	`getUnderlyingReaders()` Retrieves all underlying readers.
`String[]`	`getUsedFiles()` Returns an array of filenames needed to open this dataset.
`String[]`	`getUsedFiles(boolean noPixels)` Returns an array of filenames needed to open this dataset.
`int[]`	`getZCTCoords(int index)` Gets the Z, C and T coordinates (real sizes) corresponding to the given rasterized index value.
`int[]`	`getZCTModuloCoords(int index)` Gets the Z, C, T, moduloZ, moduloC and moduloT coordinates (effective sizes) corresponding to the given rasterized index value.
`boolean`	`hasCompanionFiles()` Returns true if this format supports multi-file datasets.
`boolean`	`hasFlattenedResolutions()` Return whether or not resolution flattening is enabled.
`boolean`	`isFalseColor()` Returns false if `isIndexed()` is false, or if `isIndexed()` is true and the lookup table represents "real" color data.
`boolean`	`isGroupFiles()` Returns true if we should group files in multi-file formats.
`boolean`	`isIndexed()` Gets whether the image planes are indexed color.
`boolean`	`isInterleaved()` Gets whether or not the channels are interleaved.
`boolean`	`isInterleaved(int subC)` Gets whether or not the given sub-channel is interleaved.
`boolean`	`isLittleEndian()` Gets whether the data is in little-endian format.
`boolean`	`isMetadataComplete()` Returns true if this format's metadata is completely parsed.
`boolean`	`isMetadataFiltered()` Returns true if ugly metadata (entries with unprintable characters, and extremely large entries) are discarded from the metadata table.
`boolean`	`isNormalized()` Returns true if we should normalize float data.
`boolean`	`isOrderCertain()` Gets whether the dimension order and sizes are known, or merely guesses.
`boolean`	`isOriginalMetadataPopulated()` Returns true if we should save proprietary metadata in the MetadataStore.
`boolean`	`isRGB()` Checks if the image planes in the file have more than one channel per `openBytes(int)` call.
`boolean`	`isSingleFile(String id)` Returns true if this is a single-file format.
`boolean`	`isThisType(byte[] block)` Checks if the given block is a valid header for this file format.
`boolean`	`isThisType(loci.common.RandomAccessInputStream stream)` Checks if the given stream is a valid stream for this file format.
`boolean`	`isThisType(String name, boolean open)` Checks if the given file is a valid instance of this file format.
`boolean`	`isThumbnailSeries()` Gets whether the current series is a lower resolution copy of a different series.
`byte[]`	`openBytes(int no)` Obtains the specified image plane from the current file as a byte array.
`byte[]`	`openBytes(int no, byte[] buf)` Obtains the specified image plane from the current file into a pre-allocated byte array of (sizeX * sizeY * bytesPerPixel * RGB channel count).
`byte[]`	`openBytes(int no, byte[] buf, int x, int y, int w, int h)` Obtains a sub-image of the specified image plane into a pre-allocated byte array.
`byte[]`	`openBytes(int no, int x, int y, int w, int h)` Obtains a sub-image of the specified image plane, whose upper-left corner is given by (x, y).
`Object`	`openPlane(int no, int x, int y, int w, int h)` Obtains the specified image plane (or sub-image thereof) in the reader's native data structure.
`byte[]`	`openThumbBytes(int no)` Obtains a thumbnail for the specified image plane from the current file, as a byte array.
`void`	`reopenFile()` Reopen any files that were closed, and which are expected to be open while the reader is open.
`int`	`seriesToCoreIndex(int series)` Returns the first core index corresponding to the specified series.
`void`	`setCoreIndex(int no)` Set the current resolution/series (ignores subresolutions).
`void`	`setFlattenedResolutions(boolean flatten)` Set whether or not to flatten resolutions into individual series.
`void`	`setGroupFiles(boolean group)` Specifies whether or not to force grouping in multi-file formats.
`void`	`setMetadataFiltered(boolean filter)` Specifies whether ugly metadata (entries with unprintable characters, and extremely large entries) should be discarded from the metadata table.
`void`	`setMetadataStore(MetadataStore store)` Sets the default metadata store for this reader.
`void`	`setNormalized(boolean normalize)` Specifies whether or not to normalize float data.
`void`	`setOriginalMetadataPopulated(boolean populate)` Specifies whether or not to save proprietary metadata in the MetadataStore.
`void`	`setResolution(int resolution)` Set the resolution level.
`void`	`setSeries(int no)` Activates the specified series.

Methods inherited from interface loci.formats.IFormatHandler
getFormat, getNativeDataType, getSuffixes, isThisType, setId

Methods inherited from interface java.io.Closeable
close

Methods inherited from interface loci.formats.IMetadataConfigurable
getMetadataOptions, getSupportedMetadataLevels, setMetadataOptions

- Field Detail
  - MUST_GROUP
```
static final int MUST_GROUP
```
    File grouping options.
    
    See Also:
    
    Constant Field Values
  - CAN_GROUP
```
static final int CAN_GROUP
```
    See Also:
    
    Constant Field Values
  - CANNOT_GROUP
```
static final int CANNOT_GROUP
```
    See Also:
    
    Constant Field Values
- Method Detail
  - isThisType
```
boolean isThisType(String name,
                   boolean open)
```
    Checks if the given file is a valid instance of this file format.
    
    Parameters:
    
    open - If true, and the file extension is insufficient to determine the file type, the file may be opened for further analysis, or other relatively expensive file system operations (such as file existence tests and directory listings) may be performed. If false, file system access is not allowed.
  - isThisType
```
boolean isThisType(byte[] block)
```
    Checks if the given block is a valid header for this file format.
  - isThisType
```
boolean isThisType(loci.common.RandomAccessInputStream stream)
            throws IOException
```
    Checks if the given stream is a valid stream for this file format.
    
    Throws:
    
    IOException
  - getImageCount
```
int getImageCount()
```
    Determines the number of image planes in the current file.
  - isRGB
```
boolean isRGB()
```
    Checks if the image planes in the file have more than one channel per openBytes(int) call. This method returns true if and only if getRGBChannelCount() returns a value greater than 1.
  - getSizeX
```
int getSizeX()
```
    Gets the size of the X dimension.
  - getSizeY
```
int getSizeY()
```
    Gets the size of the Y dimension.
  - getSizeZ
```
int getSizeZ()
```
    Gets the size of the Z dimension.
  - getSizeC
```
int getSizeC()
```
    Gets the size of the C dimension.
  - getSizeT
```
int getSizeT()
```
    Gets the size of the T dimension.
  - getPixelType
```
int getPixelType()
```
    Gets the pixel type.
    
    Returns:
    
    the pixel type as an enumeration from FormatTools static pixel types such as FormatTools.INT8.
  - getBitsPerPixel
```
int getBitsPerPixel()
```
    Gets the number of valid bits per pixel. The number of valid bits per pixel is always less than or equal to the number of bits per pixel that correspond to getPixelType().
  - getEffectiveSizeC
```
int getEffectiveSizeC()
```
    Gets the effective size of the C dimension, guaranteeing that getEffectiveSizeC() * getSizeZ() * getSizeT() == getImageCount() regardless of the result of isRGB().
  - getRGBChannelCount
```
int getRGBChannelCount()
```
    Gets the number of channels returned with each call to openBytes. The most common case where this value is greater than 1 is for interleaved RGB data, such as a 24-bit color image plane. However, it is possible for this value to be greater than 1 for non-interleaved data, such as an RGB TIFF with Planar rather than Chunky configuration.
  - isIndexed
```
boolean isIndexed()
```
    Gets whether the image planes are indexed color. This value has no impact on getSizeC(), getEffectiveSizeC() or getRGBChannelCount().
  - isFalseColor
```
boolean isFalseColor()
```
    Returns false if isIndexed() is false, or if isIndexed() is true and the lookup table represents "real" color data. Returns true if isIndexed() is true and the lookup table is only present to aid in visualization.
  - get8BitLookupTable
```
byte[][] get8BitLookupTable()
                     throws FormatException,
                            IOException
```
    Gets the 8-bit color lookup table associated with the most recently opened image. If no image planes have been opened, or if isIndexed() returns false, then this may return null. Also, if getPixelType() returns anything other than FormatTools.INT8 or FormatTools.UINT8, this method will return null.
    
    Throws:
    
    FormatException
    
    IOException
  - get16BitLookupTable
```
short[][] get16BitLookupTable()
                       throws FormatException,
                              IOException
```
    Gets the 16-bit color lookup table associated with the most recently opened image. If no image planes have been opened, or if isIndexed() returns false, then this may return null. Also, if getPixelType() returns anything other than FormatTools.INT16 or FormatTools.UINT16, this method will return null.
    
    Throws:
    
    FormatException
    
    IOException
  - getModuloZ
```
Modulo getModuloZ()
```
  - getModuloC
```
Modulo getModuloC()
```
  - getModuloT
```
Modulo getModuloT()
```
  - getThumbSizeX
```
int getThumbSizeX()
```
    Get the size of the X dimension for the thumbnail.
  - getThumbSizeY
```
int getThumbSizeY()
```
    Get the size of the Y dimension for the thumbnail.
  - isLittleEndian
```
boolean isLittleEndian()
```
    Gets whether the data is in little-endian format.
  - getDimensionOrder
```
String getDimensionOrder()
```
    Gets a five-character string representing the dimension order in which planes will be returned. Valid orders are:
    - XYCTZ
    - XYCZT
    - XYTCZ
    - XYTZC
    - XYZCT
    - XYZTC
    In cases where the channels are interleaved (e.g., CXYTZ), C will be the first dimension after X and Y (e.g., XYCTZ) and the isInterleaved() method will return true.
  - isOrderCertain
```
boolean isOrderCertain()
```
    Gets whether the dimension order and sizes are known, or merely guesses.
  - isThumbnailSeries
```
boolean isThumbnailSeries()
```
    Gets whether the current series is a lower resolution copy of a different series.
  - isInterleaved
```
boolean isInterleaved()
```
    Gets whether or not the channels are interleaved. This method exists because X and Y must appear first in the dimension order. For interleaved data, getDimensionOrder() returns XYCTZ or XYCZT, and this method returns true. Note that this flag returns whether or not the data returned by openBytes(int) is interleaved. In most cases, this will match the interleaving in the original file, but for some formats (e.g. TIFF) channel re-ordering is done internally and the return value of this method will not match what is in the original file.
  - isInterleaved
```
boolean isInterleaved(int subC)
```
    Gets whether or not the given sub-channel is interleaved. This method exists because some data with multiple rasterized sub-dimensions within C have one sub-dimension interleaved, and the other not—e.g., SDTReader handles spectral-lifetime data with interleaved lifetime bins and non-interleaved spectral channels.
  - openBytes
```
byte[] openBytes(int no)
          throws FormatException,
                 IOException
```
    Obtains the specified image plane from the current file as a byte array.
    
    Throws:
    
    FormatException
    
    IOException
    
    See Also:
    
    openBytes(int, byte[])
  - openBytes
```
byte[] openBytes(int no,
                 int x,
                 int y,
                 int w,
                 int h)
          throws FormatException,
                 IOException
```
    Obtains a sub-image of the specified image plane, whose upper-left corner is given by (x, y).
    
    Throws:
    
    FormatException
    
    IOException
  - openBytes
```
byte[] openBytes(int no,
                 byte[] buf)
          throws FormatException,
                 IOException
```
    Obtains the specified image plane from the current file into a pre-allocated byte array of (sizeX * sizeY * bytesPerPixel * RGB channel count).
    
    Parameters:
    
    no - the image index within the file.
    
    buf - a pre-allocated buffer.
    
    Returns:
    
    the pre-allocated buffer buf for convenience.
    
    Throws:
    
    FormatException - if there was a problem parsing the metadata of the file.
    
    IOException - if there was a problem reading the file.
  - openBytes
```
byte[] openBytes(int no,
                 byte[] buf,
                 int x,
                 int y,
                 int w,
                 int h)
          throws FormatException,
                 IOException
```
    Obtains a sub-image of the specified image plane into a pre-allocated byte array.
    
    Parameters:
    
    no - the image index within the file.
    
    buf - a pre-allocated buffer.
    
    x - X coordinate of the upper-left corner of the sub-image
    
    y - Y coordinate of the upper-left corner of the sub-image
    
    w - width of the sub-image
    
    h - height of the sub-image
    
    Returns:
    
    the pre-allocated buffer buf for convenience.
    
    Throws:
    
    FormatException - if there was a problem parsing the metadata of the file.
    
    IOException - if there was a problem reading the file.
  - openPlane
```
Object openPlane(int no,
                 int x,
                 int y,
                 int w,
                 int h)
          throws FormatException,
                 IOException
```
    Obtains the specified image plane (or sub-image thereof) in the reader's native data structure. For most readers this is a byte array; however, some readers call external APIs that work with other types such as BufferedImage. The openPlane method exists to maintain generality and efficiency while avoiding pollution of the API with AWT-specific logic.
    
    Throws:
    
    FormatException
    
    IOException
    
    See Also:
    
    FormatReader, BufferedImageReader
  - openThumbBytes
```
byte[] openThumbBytes(int no)
               throws FormatException,
                      IOException
```
    Obtains a thumbnail for the specified image plane from the current file, as a byte array.
    
    Throws:
    
    FormatException
    
    IOException
  - close
```
void close(boolean fileOnly)
    throws IOException
```
    Closes the currently open file. If the flag is set, this is all that happens; if unset, it is equivalent to calling Closeable.close().
    
    Throws:
    
    IOException
  - getSeriesCount
```
int getSeriesCount()
```
    Gets the number of series in this file.
  - setSeries
```
void setSeries(int no)
```
    Activates the specified series. This also resets the resolution to 0.
  - getSeries
```
int getSeries()
```
    Gets the currently active series.
  - setNormalized
```
void setNormalized(boolean normalize)
```
    Specifies whether or not to normalize float data.
  - isNormalized
```
boolean isNormalized()
```
    Returns true if we should normalize float data.
  - setOriginalMetadataPopulated
```
void setOriginalMetadataPopulated(boolean populate)
```
    Specifies whether or not to save proprietary metadata in the MetadataStore.
  - isOriginalMetadataPopulated
```
boolean isOriginalMetadataPopulated()
```
    Returns true if we should save proprietary metadata in the MetadataStore.
  - setGroupFiles
```
void setGroupFiles(boolean group)
```
    Specifies whether or not to force grouping in multi-file formats.
  - isGroupFiles
```
boolean isGroupFiles()
```
    Returns true if we should group files in multi-file formats.
  - isMetadataComplete
```
boolean isMetadataComplete()
```
    Returns true if this format's metadata is completely parsed.
  - fileGroupOption
```
int fileGroupOption(String id)
             throws FormatException,
                    IOException
```
    Returns an int indicating that we cannot, must, or might group the files in a given dataset.
    
    Throws:
    
    FormatException
    
    IOException
  - getUsedFiles
```
String[] getUsedFiles()
```
    Returns an array of filenames needed to open this dataset.
  - getUsedFiles
```
String[] getUsedFiles(boolean noPixels)
```
    Returns an array of filenames needed to open this dataset. If the 'noPixels' flag is set, then only files that do not contain pixel data will be returned.
  - getSeriesUsedFiles
```
String[] getSeriesUsedFiles()
```
    Returns an array of filenames needed to open the current series.
  - getSeriesUsedFiles
```
String[] getSeriesUsedFiles(boolean noPixels)
```
    Returns an array of filenames needed to open the current series. If the 'noPixels' flag is set, then only files that do not contain pixel data will be returned.
  - getAdvancedUsedFiles
```
FileInfo[] getAdvancedUsedFiles(boolean noPixels)
```
    Returns an array of FileInfo objects representing the files needed to open this dataset. If the 'noPixels' flag is set, then only files that do not contain pixel data will be returned.
  - getAdvancedSeriesUsedFiles
```
FileInfo[] getAdvancedSeriesUsedFiles(boolean noPixels)
```
    Returns an array of FileInfo objects representing the files needed to open the current series. If the 'noPixels' flag is set, then only files that do not contain pixel data will be returned.
  - getCurrentFile
```
String getCurrentFile()
```
    Returns the current file.
  - getDomains
```
String[] getDomains()
```
    Returns the list of domains represented by the current file.
  - getIndex
```
int getIndex(int z,
             int c,
             int t)
```
    Gets the rasterized index corresponding to the given Z, C and T coordinates (real sizes).
  - getIndex
```
int getIndex(int z,
             int c,
             int t,
             int moduloZ,
             int moduloC,
             int moduloT)
```
    Gets the rasterized index corresponding to the given Z, C, T, moduloZ, moduloC and moduloT coordinates (effective sizes). Note that the Z, C and T coordinates take the modulo dimension sizes into account. The effective size for each of these dimensions is limited to the total size of the dimension divided by the modulo size.
  - getZCTCoords
```
int[] getZCTCoords(int index)
```
    Gets the Z, C and T coordinates (real sizes) corresponding to the given rasterized index value.
  - getZCTModuloCoords
```
int[] getZCTModuloCoords(int index)
```
    Gets the Z, C, T, moduloZ, moduloC and moduloT coordinates (effective sizes) corresponding to the given rasterized index value. Note that the Z, C and T coordinates are not the same as those returned by getZCTCoords(int) because the size of the modulo dimensions is taken into account. The effective size for each of these dimensions is limited to the total size of the dimension divided by the modulo size.
  - getMetadataValue
```
Object getMetadataValue(String field)
```
    Obtains the specified metadata field's value for the current file.
    
    Parameters:
    
    field - the name associated with the metadata field
    
    Returns:
    
    the value, or null if the field doesn't exist
  - getSeriesMetadataValue
```
Object getSeriesMetadataValue(String field)
```
    Obtains the specified metadata field's value for the current series in the current file.
    
    Parameters:
    
    field - the name associated with the metadata field
    
    Returns:
    
    the value, or null if the field doesn't exist
  - getGlobalMetadata
```
Hashtable<String,Object> getGlobalMetadata()
```
    Obtains the hashtable containing the metadata field/value pairs from the current file.
    
    Returns:
    
    the hashtable containing all non-series-specific metadata from the file
  - getSeriesMetadata
```
Hashtable<String,Object> getSeriesMetadata()
```
    Obtains the hashtable containing metadata field/value pairs from the current series in the current file.
  - getCoreMetadataList
```
List<CoreMetadata> getCoreMetadataList()
```
    Obtains the core metadata values for the current file.
  - setMetadataFiltered
```
void setMetadataFiltered(boolean filter)
```
    Specifies whether ugly metadata (entries with unprintable characters, and extremely large entries) should be discarded from the metadata table.
  - isMetadataFiltered
```
boolean isMetadataFiltered()
```
    Returns true if ugly metadata (entries with unprintable characters, and extremely large entries) are discarded from the metadata table.
  - setMetadataStore
```
void setMetadataStore(MetadataStore store)
```
    Sets the default metadata store for this reader.
    
    Parameters:
    
    store - a metadata store implementation.
  - getMetadataStore
```
MetadataStore getMetadataStore()
```
    Retrieves the current metadata store for this reader. You can be assured that this method will never return a null metadata store.
    
    Returns:
    
    A metadata store implementation.
  - getMetadataStoreRoot
```
Object getMetadataStoreRoot()
```
    Retrieves the current metadata store's root object. It is guaranteed that all file parsing has been performed by the reader prior to retrieval. Requests for a full populated root object should be made using this method.
    
    Returns:
    
    Current metadata store's root object fully populated.
  - getUnderlyingReaders
```
IFormatReader[] getUnderlyingReaders()
```
    Retrieves all underlying readers. Returns null if there are no underlying readers.
  - isSingleFile
```
boolean isSingleFile(String id)
              throws FormatException,
                     IOException
```
    Returns true if this is a single-file format.
    
    Throws:
    
    FormatException
    
    IOException
  - getRequiredDirectories
```
int getRequiredDirectories(String[] files)
                    throws FormatException,
                           IOException
```
    Returns the number of parent directories that are important when processing the given list of files. The number of directories is relative to the common parent. For example, given a list with these two files: /path/to/file/foo /path/to/file/that/is/related A return value of 0 indicates that "/path/to/file/" is irrelevant. A return value of 1 indicates that "/path/to/" is irrelevant. Return values less than 0 are invalid. All listed files are assumed to belong to datasets of the same format.
    
    Throws:
    
    FormatException
    
    IOException
  - getDatasetStructureDescription
```
String getDatasetStructureDescription()
```
    Returns a short description of the dataset structure.
  - getPossibleDomains
```
String[] getPossibleDomains(String id)
                     throws FormatException,
                            IOException
```
    Returns a list of scientific domains in which this format is used.
    
    Throws:
    
    FormatException
    
    IOException
  - hasCompanionFiles
```
boolean hasCompanionFiles()
```
    Returns true if this format supports multi-file datasets.
  - getOptimalTileWidth
```
int getOptimalTileWidth()
```
    Returns the optimal sub-image width for use with openBytes.
  - getOptimalTileHeight
```
int getOptimalTileHeight()
```
    Returns the optimal sub-image height for use with openBytes.
  - seriesToCoreIndex
```
int seriesToCoreIndex(int series)
```
    Returns the first core index corresponding to the specified series.
  - coreIndexToSeries
```
int coreIndexToSeries(int index)
```
    Returns the series corresponding to the specified core index.
  - getCoreIndex
```
int getCoreIndex()
```
    Return the index into CoreMetadata of the current resolution/series.
  - setCoreIndex
```
void setCoreIndex(int no)
```
    Set the current resolution/series (ignores subresolutions). Equivalent to setSeries, but with flattened resolutions always set to false.
  - getResolutionCount
```
int getResolutionCount()
```
    Return the number of resolutions for the current series. Resolutions are stored in descending order, so the largest resolution is first and the smallest resolution is last.
  - setResolution
```
void setResolution(int resolution)
```
    Set the resolution level.
    
    See Also:
    
    getResolutionCount()
  - getResolution
```
int getResolution()
```
    Get the current resolution level.
    
    See Also:
    
    getResolutionCount()
  - hasFlattenedResolutions
```
boolean hasFlattenedResolutions()
```
    Return whether or not resolution flattening is enabled.
  - setFlattenedResolutions
```
void setFlattenedResolutions(boolean flatten)
```
    Set whether or not to flatten resolutions into individual series.
  - reopenFile
```
void reopenFile()
         throws IOException
```
    Reopen any files that were closed, and which are expected to be open while the reader is open. This assumes that IFormatHandler.setId(java.lang.String) has been called, but close(false) has not been called.
    
    Throws:
    
    IOException

Interface IFormatReader

Field Summary

Method Summary

Methods inherited from interface loci.formats.IFormatHandler

Methods inherited from interface java.io.Closeable

Methods inherited from interface loci.formats.IMetadataConfigurable

Field Detail

MUST_GROUP

CAN_GROUP

CANNOT_GROUP

Method Detail

isThisType

isThisType

isThisType

getImageCount

isRGB

getSizeX

getSizeY

getSizeZ

getSizeC

getSizeT

getPixelType

getBitsPerPixel

getEffectiveSizeC

getRGBChannelCount

isIndexed

isFalseColor

get8BitLookupTable

get16BitLookupTable

getModuloZ

getModuloC

getModuloT

getThumbSizeX

getThumbSizeY

isLittleEndian

getDimensionOrder

isOrderCertain

isThumbnailSeries

isInterleaved

isInterleaved

openBytes

openBytes

openBytes

openBytes

openPlane

openThumbBytes

close

getSeriesCount

setSeries

getSeries

setNormalized

isNormalized

setOriginalMetadataPopulated

isOriginalMetadataPopulated

setGroupFiles

isGroupFiles

isMetadataComplete

fileGroupOption

getUsedFiles

getUsedFiles

getSeriesUsedFiles

getSeriesUsedFiles

getAdvancedUsedFiles

getAdvancedSeriesUsedFiles

getCurrentFile

getDomains

getIndex

getIndex

getZCTCoords

getZCTModuloCoords

getMetadataValue

getSeriesMetadataValue

getGlobalMetadata

getSeriesMetadata

getCoreMetadataList

setMetadataFiltered

isMetadataFiltered

setMetadataStore

getMetadataStore

getMetadataStoreRoot