public class TrestleReader extends BaseTiffReader
Modifier and Type | Field and Description |
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private java.util.ArrayList<java.lang.String> |
files |
private static org.slf4j.Logger |
LOGGER
Logger for this class.
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private int[] |
overlaps |
private java.lang.String |
roiDrawFile |
private java.lang.String |
roiFile |
DATE_FORMATS
equalStrips, ifds, lastPlane, noSubresolutions, seriesToIFD, subResolutionIFDs, thumbnailIFDs, tiffParser, use64Bit
core, coreIndex, datasetDescription, domains, filterMetadata, flattenedResolutions, group, hasCompanionFiles, in, indexedAsRGB, metadata, metadataStore, normalizeData, resolution, saveOriginalMetadata, series, suffixNecessary, suffixSufficient, THUMBNAIL_DIMENSION
COMPRESSION_SUFFIXES, currentId, format, metadataOptions, suffixes
CAN_GROUP, CANNOT_GROUP, MUST_GROUP
Constructor and Description |
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TrestleReader()
Constructs a new Trestle reader.
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Modifier and Type | Method and Description |
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void |
close(boolean fileOnly)
Closes the currently open file.
|
int |
fileGroupOption(java.lang.String id)
Returns an int indicating that we cannot, must, or might group the files
in a given dataset.
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int |
getOptimalTileHeight()
Returns the optimal sub-image height for use with openBytes.
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int |
getOptimalTileWidth()
Returns the optimal sub-image width for use with openBytes.
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java.lang.String[] |
getSeriesUsedFiles(boolean noPixels)
Returns an array of filenames needed to open the current series.
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protected void |
initFile(java.lang.String id)
Initializes the given file (parsing header information, etc.).
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protected void |
initMetadataStore()
Populates the metadata store using the data parsed in
BaseTiffReader.initStandardMetadata() along with some further parsing done in
the method itself. |
protected void |
initStandardMetadata()
Parses standard metadata.
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boolean |
isThisType(loci.common.RandomAccessInputStream stream)
Checks if the given stream is a valid stream for this file format.
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boolean |
isThisType(java.lang.String name,
boolean open)
Checks if a file matches the type of this format reader.
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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.
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private void |
parseROIs(MetadataStore store) |
getExifTagName, getImageCreationDate, initMetadata, put, put, put, put, put, put, put, put, put, put, putInt, putString
get16BitLookupTable, get8BitLookupTable, getIFDs, getThumbnailIFDs, getThumbSizeX, getThumbSizeY, initTiffParser, openThumbBytes, reopenFile, setResolutionLevel
addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMetaList, addMeta, addMetaList, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMetaList, close, coreIndexToSeries, flattenHashtables, getAcquisitionMode, getAdvancedSeriesUsedFiles, getAdvancedUsedFiles, getArcType, getBinning, getBitsPerPixel, getCompression, getContrastMethod, getCoreIndex, getCoreMetadataList, getCorrection, getCurrentFile, getDatasetStructureDescription, getDetectorType, getDimensionOrder, getDimensionOrder, getDomains, getEffectiveSizeC, getExperimentType, getFilamentType, getFillRule, getFilterType, getFontFamily, getFontStyle, getGlobalMeta, getGlobalMetadata, getIlluminationType, getImageCount, getImmersion, getIndex, getIndex, getLaserMedium, getLaserType, getMarker, getMedium, getMetadataStore, getMetadataStoreRoot, getMetadataValue, getMicrobeamManipulationType, getMicroscopeType, getModuloC, getModuloT, getModuloZ, getNamingConvention, getPixelType, getPixelType, getPossibleDomains, getPulse, getRequiredDirectories, getResolution, getResolutionCount, getRGBChannelCount, getRotationTransform, getSeries, getSeriesCount, getSeriesMeta, getSeriesMetadata, getSeriesMetadataValue, getSeriesUsedFiles, getSizeC, getSizeT, getSizeX, getSizeY, getSizeZ, getUnderlyingReaders, getUsedFiles, getUsedFiles, getZCTCoords, getZCTModuloCoords, hasCompanionFiles, hasFlattenedResolutions, isFalseColor, isGroupFiles, isIndexed, isInterleaved, isInterleaved, isLittleEndian, isMetadataComplete, isMetadataFiltered, isNormalized, isOrderCertain, isOriginalMetadataPopulated, isRGB, isSingleFile, isThisType, isThisType, isThumbnailSeries, isUsedFile, makeFilterMetadata, openBytes, openBytes, openBytes, openPlane, readPlane, readPlane, seriesToCoreIndex, setCoreIndex, setFlattenedResolutions, setGroupFiles, setId, setMetadataFiltered, setMetadataStore, setNormalized, setOriginalMetadataPopulated, setResolution, setSeries
checkSuffix, checkSuffix, getFormat, getMetadataOptions, getNativeDataType, getSuffixes, getSupportedMetadataLevels, setMetadataOptions
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
getFormat, getNativeDataType, getSuffixes
getMetadataOptions, getSupportedMetadataLevels, setMetadataOptions
private static final org.slf4j.Logger LOGGER
private java.util.ArrayList<java.lang.String> files
private java.lang.String roiFile
private java.lang.String roiDrawFile
private int[] overlaps
public boolean isThisType(java.lang.String name, boolean open)
FormatReader
FormatReader.isThisType(RandomAccessInputStream)
.isThisType
in interface IFormatReader
isThisType
in class FormatReader
open
- If true, and the file extension is insufficient to determine
the file type, the (existing) file is opened for further analysis.public boolean isThisType(loci.common.RandomAccessInputStream stream) throws java.io.IOException
IFormatReader
isThisType
in interface IFormatReader
isThisType
in class MinimalTiffReader
java.io.IOException
public int fileGroupOption(java.lang.String id) throws FormatException, java.io.IOException
IFormatReader
fileGroupOption
in interface IFormatReader
fileGroupOption
in class FormatReader
FormatException
java.io.IOException
public java.lang.String[] getSeriesUsedFiles(boolean noPixels)
IFormatReader
getSeriesUsedFiles
in interface IFormatReader
getSeriesUsedFiles
in class FormatReader
public byte[] openBytes(int no, byte[] buf, int x, int y, int w, int h) throws FormatException, java.io.IOException
IFormatReader
openBytes
in interface IFormatReader
openBytes
in class MinimalTiffReader
no
- the image index within the file.buf
- a pre-allocated buffer.x
- X coordinate of the upper-left corner of the sub-imagey
- Y coordinate of the upper-left corner of the sub-imagew
- width of the sub-imageh
- height of the sub-imagebuf
for convenience.FormatException
- if there was a problem parsing the metadata of the
file.java.io.IOException
- if there was a problem reading the file.IFormatReader.openBytes(int, byte[], int, int, int, int)
public void close(boolean fileOnly) throws java.io.IOException
IFormatReader
Closeable.close()
.close
in interface IFormatReader
close
in class MinimalTiffReader
java.io.IOException
public int getOptimalTileWidth()
IFormatReader
getOptimalTileWidth
in interface IFormatReader
getOptimalTileWidth
in class MinimalTiffReader
public int getOptimalTileHeight()
IFormatReader
getOptimalTileHeight
in interface IFormatReader
getOptimalTileHeight
in class MinimalTiffReader
protected void initFile(java.lang.String id) throws FormatException, java.io.IOException
FormatReader
initFile
in class BaseTiffReader
FormatException
- if a parsing error occurs processing the file.java.io.IOException
- if an I/O error occurs processing the fileprotected void initStandardMetadata() throws FormatException, java.io.IOException
BaseTiffReader
initStandardMetadata
in class BaseTiffReader
FormatException
java.io.IOException
protected void initMetadataStore() throws FormatException
BaseTiffReader
BaseTiffReader.initStandardMetadata()
along with some further parsing done in
the method itself.
All calls to the active MetadataStore
should be made in this
method and only in this method. This is especially important for
sub-classes that override the getters for pixel set array size, etc.initMetadataStore
in class BaseTiffReader
FormatException
private void parseROIs(MetadataStore store) throws FormatException, java.io.IOException
FormatException
java.io.IOException
Copyright © 2017 Open Microscopy Environment