public class NikonTiffReader extends BaseTiffReader
| Modifier and Type | Field and Description |
|---|---|
private String |
correction |
private Vector<String> |
dichroicModels |
private Vector<Double> |
emWave |
private Vector<Double> |
exWave |
private Vector<String> |
filterModels |
private Vector<Double> |
gain |
private String |
immersion |
private Vector<String> |
laserIDs |
private double |
lensNA |
private Double |
magnification |
private double |
physicalSizeX |
private double |
physicalSizeY |
private double |
physicalSizeZ |
private double |
pinholeSize |
private static String[] |
TOP_LEVEL_KEYS |
private Vector<Double> |
wavelength |
private double |
workingDistance |
DATE_FORMATS, LOGGERequalStrips, ifds, lastPlane, noSubresolutions, subResolutionIFDs, thumbnailIFDs, tiffParser, use64Bitcore, coreIndex, datasetDescription, domains, filterMetadata, flattenedResolutions, group, hasCompanionFiles, in, indexedAsRGB, metadata, metadataOptions, metadataStore, normalizeData, resolution, saveOriginalMetadata, series, suffixNecessary, suffixSufficient, THUMBNAIL_DIMENSIONCOMPRESSION_SUFFIXES, currentId, format, suffixesCAN_GROUP, CANNOT_GROUP, MUST_GROUP| Constructor and Description |
|---|
NikonTiffReader() |
| Modifier and Type | Method and Description |
|---|---|
void |
close(boolean fileOnly)
Closes the currently open file.
|
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.
|
boolean |
isThisType(RandomAccessInputStream stream)
Checks if the given stream is a valid stream for this file format.
|
private void |
parseDimensionSizes(String[] labels,
String[] sizes) |
getExifTagName, getImageCreationDate, initFile, initMetadata, put, put, put, put, put, put, put, put, put, put, putInt, putStringget16BitLookupTable, get8BitLookupTable, getIFDs, getOptimalTileHeight, getOptimalTileWidth, getThumbnailIFDs, getThumbSizeX, getThumbSizeY, initTiffParser, openBytes, openThumbBytes, reopenFile, setResolutionLeveladdGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMeta, addGlobalMetaList, addMeta, addMetaList, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMeta, addSeriesMetaList, close, coreIndexToSeries, fileGroupOption, 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, getLineCap, getMarker, getMedium, getMetadataOptions, getMetadataStore, getMetadataStoreRoot, getMetadataValue, getMicrobeamManipulationType, getMicroscopeType, getModuloC, getModuloT, getModuloZ, getNamingConvention, getPixelType, getPixelType, getPossibleDomains, getPulse, getRequiredDirectories, getResolution, getResolutionCount, getRGBChannelCount, getRotationTransform, getSeries, getSeriesCount, getSeriesMeta, getSeriesMetadata, getSeriesMetadataValue, getSeriesUsedFiles, getSeriesUsedFiles, getSizeC, getSizeT, getSizeX, getSizeY, getSizeZ, getSupportedMetadataLevels, getUnderlyingReaders, getUsedFiles, getUsedFiles, getZCTCoords, getZCTModuloCoords, hasCompanionFiles, hasFlattenedResolutions, isFalseColor, isGroupFiles, isIndexed, isInterleaved, isInterleaved, isLittleEndian, isMetadataComplete, isMetadataFiltered, isNormalized, isOrderCertain, isOriginalMetadataPopulated, isRGB, isSingleFile, isThisType, isThisType, isThisType, isThumbnailSeries, isUsedFile, makeFilterMetadata, openBytes, openBytes, openBytes, openPlane, readPlane, readPlane, seriesToCoreIndex, setCoreIndex, setFlattenedResolutions, setGroupFiles, setId, setMetadataFiltered, setMetadataOptions, setMetadataStore, setNormalized, setOriginalMetadataPopulated, setResolution, setSeriescheckSuffix, checkSuffix, getFormat, getNativeDataType, getSuffixesclone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, waitgetFormat, getNativeDataType, getSuffixesprivate static final String[] TOP_LEVEL_KEYS
private double physicalSizeX
private double physicalSizeY
private double physicalSizeZ
private Double magnification
private double lensNA
private double workingDistance
private double pinholeSize
private String correction
private String immersion
public boolean isThisType(RandomAccessInputStream stream) throws IOException
IFormatReaderisThisType in interface IFormatReaderisThisType in class MinimalTiffReaderIOExceptionpublic void close(boolean fileOnly)
throws IOException
IFormatReaderCloseable.close().close in interface IFormatReaderclose in class MinimalTiffReaderIOExceptionprotected void initStandardMetadata()
throws FormatException,
IOException
BaseTiffReaderinitStandardMetadata in class BaseTiffReaderFormatExceptionIOExceptionprotected void initMetadataStore()
throws FormatException
BaseTiffReaderBaseTiffReader.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 BaseTiffReaderFormatExceptionCopyright © 2015 Open Microscopy Environment