org.openimaj.io

Interface ReadableBinary

All Known Subinterfaces:

CachableBinary, Clusters, Coordinate, FaceAligner<T>, FaceDetector<T,I>, FacialFeature, FacialFeatureComparator<T>, FacialFeatureExtractor<T,Q>, FeatureVector, LocalFeature<L,T>, Location, LTPWeighting, Point2d, Point3d, Readable, ReadWriteable, ReadWriteableBinary, ScaleSpacePoint, SpatialClusters<DATATYPE>

All Known Implementing Classes:

AbstractLtpDtFeature, AbstractPoint2d, AffineAligner, AffineInterestPointKeypoint, AffineParams, AffineSimulationKeypoint, AffineSimulationKeypoint.AffineSimulationKeypointLocation, AnnotatorFaceRecogniser, ArrayFeatureVector, BilinearSparseFISTALearner, BilinearSparseOnlineLearner, BilinearUnmixedSparseOnlineLearner, ByteCentroidsResult, ByteDSIFTKeypoint, ByteFV, ByteKMeans.Result, CCDetectedFace, CircularInterestPointKeypoint, CLMAligner, CLMDetectedFace, CLMFaceDetector, CLMPoseFeature, CLMPoseFeature.Extractor, CLMPoseShapeFeature, CLMPoseShapeFeature.Extractor, CLMShapeFeature, CLMShapeFeature.Extractor, ClusterLimitedIntRAC, ConnectedComponent, DBSCANClusters, DetectedFace, Document, DoGSIFTFeature, DoGSIFTFeature.Extractor, DoGSIFTFeatureComparator, DoubleCentroidsResult, DoubleDBSCANClusters, DoubleFV, DoubleKMeans.Result, DoublePoint2dImpl, EigenFaceFeature, EigenFaceFeature.Extractor, EigenFaceRecogniser, EigenImages, EllipticalDetectedFace, EllipticInterestPointData, EnumFV, FaceFVComparator, FaceImageFeature, FaceImageFeature.Extractor, FacePatchFeature, FacePatchFeature.DetectedFacePart, FacePatchFeature.Extractor, FaceRecogniser, FaceRecognitionEngine, FacialKeypoint, Feature, FeatureVectorCentroidsResult, FeatureVectorKMeans.Result, FisherFaceFeature, FisherFaceFeature.Extractor, FisherFaceRecogniser, FisherImages, FKEFaceDetector, FloatCentroidsResult, FloatDSIFTKeypoint, FloatFV, FloatKeypoint, FloatKMeans.Result, FloatLocalFeatureAdaptor, FValuePixel, GaussianWeighting, GeneralJSON, GeneralJSONRDF, GeneralJSONTwitter, GeneralJSONTwitterRawText, GenericValuePixel, HaarCascadeDetector, HierarchicalByteKMeansResult, HierarchicalDoubleKMeansResult, HierarchicalFloatKMeansResult, HierarchicalIntKMeansResult, HierarchicalLongKMeansResult, HierarchicalShortKMeansResult, Histogram, IdentityAligner, IdentityFaceDetector, IncrementalByteADCNearestNeighbours, IncrementalDoubleADCNearestNeighbours, IncrementalFloatADCNearestNeighbours, IncrementalIntADCNearestNeighbours, IncrementalLongADCNearestNeighbours, IncrementalShortADCNearestNeighbours, IndexClusters, IntCentroidsResult, InterestPointData, InterestPointKeypoint, IntFV, IntKMeans.Result, IntRAC, IntRandomForest, IntValuePixel, KDTreeClusters, KEDetectedFace, Keypoint, KeypointLocation, LanguageModel, LocalFeatureImpl, LocalFeatureListIndex, LocalLBPHistogram, LocalLBPHistogram.Extractor, LongCentroidsResult, LongFV, LongKMeans.Result, LtpDtFeature, LtpDtFeature.Extractor, LtpDtFeatureComparator, MatlibBilinearSparseOnlineLearner, MeshWarpAligner, MinMaxKeypoint, MinMaxKeypoint.MinMaxKeypointLocation, MultidimensionalByteFV, MultidimensionalDoubleFV, MultidimensionalFloatFV, MultidimensionalHistogram, MultidimensionalIntFV, MultidimensionalLongFV, MultidimensionalShortFV, MultiTracker.TrackedFace, OrientedFeatureVector, PayloadCoordinate, Pixel, PixelSet, PixelsFeature, Point2dImpl, Point3dImpl, QuantisedAffineSimulationKeypoint, QuantisedKeypoint, QuantisedLocalFeature, Readable2DArrayBinary, ReadableArrayBinary, ReadableListBinary, ReadableMapBinary, ReadWritableIndependentPair, ReadWriteableByte, ReadWriteableDouble, ReadWriteableFloat, ReadWriteableInt, ReadWriteableListBinary, ReadWriteableLong, ReadWriteableMatrix, ReadWriteableShort, ReadWriteableString, Rectangle, Rectangle3D, ReversedLtpDtFeatureComparator, RotateScaleAligner, SampleBatch, SandeepFaceDetector, ScaleSpaceLocation, ScalingAligner, ShortCentroidsResult, ShortFV, ShortKMeans.Result, SIFTGeoKeypoint, SIFTGeoKeypoint.SIFTGeoLocation, SimilarityMatrix, SparseBinSearchByteArray, SparseBinSearchDoubleArray, SparseBinSearchFloatArray, SparseBinSearchIntArray, SparseBinSearchLongArray, SparseBinSearchShortArray, SparseByteArray, SparseByteFV, SparseDoubleArray, SparseDoubleFV, SparseFloatArray, SparseFloatFV, SparseHashedByteArray, SparseHashedDoubleArray, SparseHashedFloatArray, SparseHashedIntArray, SparseHashedLongArray, SparseHashedShortArray, SparseIntArray, SparseIntFV, SparseLongArray, SparseLongFV, SparseShortArray, SparseShortFV, SpatialLocation, SpectralIndexedClusters, SphericalKMeansResult, StatusConsumption, StreamJSONStatusList.ReadableWritableJSON, TernaryPlot.TernaryData, TimeFrequencyHolder, TimeFrequencyHolder.TimeFrequency, TimeperiodTweetCountWordCount, TokenPairCount, TokenPairUnaryCount, TrueLanguageTwitterStatus, TruncatedWeighting, TweetCountWordMap, USMFStatus, ValuePixel, WordDFIDF, WordDFIDFValue, WriteableFailedURL, WriteableImageOutput

public interface ReadableBinary

Interface for objects capable of deserialising themselves from binary formats. IMPORTANT: All Readable objects must have a no-arguments constructor, but this CAN BE protected or private.

Author:

Jonathon Hare (jsh2@ecs.soton.ac.uk), Sina Samangooei (ss@ecs.soton.ac.uk)

Method Summary

Modifier and Type	Method and Description
byte[]	binaryHeader() Header for binary input.
void	readBinary(DataInput in) Read internal state from in.

Method Detail

readBinary

void readBinary(DataInput in)
         throws IOException

Read internal state from in.

Parameters:

in - source to read from.

Throws:

IOException - an error reading input

binaryHeader

byte[] binaryHeader()

Header for binary input. Will be automatically read by IOUtils when using readBinary().

Returns:

header