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C

cacheDirectory - Variable in class utilities.ImageIOGreyScale.CacheInfo
 
cachePercent - Variable in class data_structures.AbstractSearchStructure
The percentage of the total memory given to the program that will be used as the BDB cache.
cacheSize - Variable in class data_structures.AbstractSearchStructure
The total memory given to the program that will be used as the BDB cache.
calculatePercentileValuesEntropy(double[], String) - Static method in class feature_filtering.AbstractFeatureFiltering
Given an arff formatted dataset of !
calculatePercentileValuesVariance(double[], String, boolean, boolean) - Static method in class feature_filtering.AbstractFeatureFiltering
Given an arff formatted dataset of continuous image features and a double array containing the desired percentiles, this method calculates an returns the variance values corresponding to these percentiles.
call() - Method in class codebook_generation.SimpleKMeansWithOutput.KMeansClusterTask
 
call() - Method in class codebook_generation.SimpleKMeansWithOutput.KMeansComputeCentroidTask
 
close() - Method in class data_structures.AbstractSearchStructure
This method closes the BDB environment and databases!
closeInternal() - Method in class data_structures.AbstractSearchStructure
Each subclass should implement this method to close the BDB databases that it uses.
closeInternal() - Method in class data_structures.ADC
 
closeInternal() - Method in class data_structures.IVFADC
 
closeInternal() - Method in class data_structures.VladArray
 
clusterInstance(Instance) - Method in class codebook_generation.SimpleKMeansWithOutput
Classifies a given instance.
clusterInstance(Instance) - Method in class codebook_generation.SimpleKMeansWithOutput.KMeansClusterTask
 
clusterProcessedInstance(Instance, boolean, boolean) - Method in class codebook_generation.SimpleKMeansWithOutput
clusters an instance that has been through the filters.
coarseQuantizationTime - Variable in class data_structures.IVFADC
 
coarseQuantizer - Variable in class data_structures.IVFADC
The coarse quantizer.
coarseQuantizer - Variable in class product_quantization.ResidualVectorComputation
 
CoarseQuantizerLearning - Class in product_quantization
This class can be used to learn a coarse quantizer from a set of (VLAD) vectors.
CoarseQuantizerLearning() - Constructor for class product_quantization.CoarseQuantizerLearning
 
codebook - Variable in class vector_aggregation.AbstractFeatureAggregator
The codebook (centroids) used to aggregate the vectors.
codebook_generation - package codebook_generation
 
CodebookGeneration - Class in codebook_generation
This class creates a codebook from a set of local features using a slightly modified (to produce some additional output) version of Weka's SimpleKMeans class.
CodebookGeneration() - Constructor for class codebook_generation.CodebookGeneration
 
collectionIndex - Static variable in class evaluation.EvaluationFromFile
A VladArray containing the vlad vectors of all the collection images.
collectionVladArray - Static variable in class evaluation.EvaluationFromFile
A VladArray containing the vlad vectors of all the collection images.
compact - Variable in class dimensionality_reduction.PCA
 
compare(Result, Result) - Method in class utilities.Result
 
computeAveragePrecision(Result[], String) - Method in class evaluation.EvaluationFromFile
Computes the AP for a given queryId and a sorted list of nearest neighbors.
computeBasis() - Method in class dimensionality_reduction.PCA
Computes a basis (the principle components) from the most dominant eigenvectors.
computeDescriptor(SurfFeature) - Method in class utilities.boofcv_extensions.DescribePointSiftNormalization
 
computeDistributionOfDistances(String, int, String, String, int, String, int) - Static method in class vector_aggregation.VladAggregatorWithFiltering
This method takes as input a folder containing .surf or .sift files extracted from a set of images, quantizes all the descriptors against a given codebooks and writes in a file the distribution of distances in each centroid.
computeKNearestCentroids(double[], int) - Method in class vector_aggregation.AbstractFeatureAggregator
Returns the indices of the k centroids which are closer to the given descriptor.
computeKNN_ADC(int, double[]) - Method in class data_structures.ADC
 
computeKNN_IVFADC(int, double[], int) - Method in class data_structures.IVFADC
 
computeLaplaceSign(int, int, double) - Method in class utilities.boofcv_extensions.DescribePointSurfNormalization
Compute the sign of the Laplacian using a sparse convolution.
computeLookupADC(double[]) - Method in class data_structures.ADC
Takes a query vector as input and returns a look-up table containing the distance between each sub-vector of the query vector from each centroid of each sub-quantizer.
computeLookupADC(double[]) - Method in class data_structures.IVFADC
Takes a query residual vector as input and returns a look-up table containing the distance between each sub-vector of the query vector from each centroid of each sub-quantizer.
computeMeasures(int) - Method in class evaluation.EvaluationFromFile
Computes the measures.
computeNearestCentroid(double[]) - Method in class product_quantization.ResidualVectorComputation
Finds and returns the index of the coarse quantizer's centroid which is closer to the given vector.
computeNearestCentroid(double[]) - Method in class vector_aggregation.AbstractFeatureAggregator
Returns the index of the centroid which is closer to the given descriptor.
computeNearestCentroidIndexAndDistance(double[]) - Method in class vector_aggregation.AbstractFeatureAggregator
Returns a double array which has the nearest centroid's index as the first element and the distance from this centroid as the second element.
computeNearestCentroidRejectDistribution(double[]) - Method in class vector_aggregation.VladAggregatorWithFiltering
Returns the index of the centroid which is closer to the given feature or -1 if the feature is rejected.
computeNearestCentroidRejectRatio(double[]) - Method in class vector_aggregation.VladAggregatorWithFiltering
Returns the index of the centroid which is closer to the given feature or -1 if the feature is rejected.
computeNearestCentroidRejectStd(double[]) - Method in class vector_aggregation.VladAggregatorWithFiltering
Returns the index of the centroid which is closer to the given feature or -1 if the feature is rejected.
computeNearestCoarseIndex(double[]) - Method in class data_structures.IVFADC
Finds and returns the index of the coarse quantizer's centroid which is closer to the given vector.
computeNearestCoarseIndices(double[], int) - Method in class data_structures.IVFADC
Returns the indices of the k coarse centroids which are closer to the given vector.
computeNearestNeighbors(int, double[]) - Method in class data_structures.AbstractSearchStructure
This method returns an array of Result objects, corresponding to the k nearest neighbors' ids, names and their distances from the query vector, ordered by lowest distance.
computeNearestNeighborsInternal(int, double[]) - Method in class data_structures.AbstractSearchStructure
This method returns a bounded priority queue of Result objects, corresponding to the k nearest neighbors' ids and their distances from the query vector, ordered by lowest distance.
computeNearestNeighborsInternal(int, double[]) - Method in class data_structures.ADC
 
computeNearestNeighborsInternal(int, double[]) - Method in class data_structures.IVFADC
 
computeNearestNeighborsInternal(int, double[]) - Method in class data_structures.VladArray
Computes the k-nearest neighbors for the given query vector.
computeNearestProductIndex(double[], int) - Method in class data_structures.ADC
Finds and returns the index of the centroid of the subquantizer with the given index which is closer to the given subvector.
computeNearestProductIndex(double[], int) - Method in class data_structures.IVFADC
Finds and returns the index of the centroid of the subquantizer with the given index which is closer to the given subvector.
computeRecallAtk(Result[], String, int, boolean) - Method in class evaluation.EvaluationFromFile
 
computeResidualVector(double[], int) - Method in class data_structures.IVFADC
 
ComputeResidualVector(double[]) - Method in class product_quantization.ResidualVectorComputation
 
constructHistograms(double, double, double, double) - Method in class utilities.boofcv_extensions.DescribePointSiftNormalization
 
contains(String[], String) - Static method in class utilities.ImageIOGreyScale
 
countSizeOnLoad - Variable in class data_structures.AbstractSearchStructure
Whether the load counter should be initialized when the database is loaded by counting the id-name mappings.
createAndWriteFilter(String, String, boolean, boolean) - Method in class feature_filtering.DiscretizationFilterCreation
This methods creates and serializes a discretization filter from the given arff file.
createDescription() - Method in class utilities.boofcv_extensions.DescribePointSurfNormalization
 
createDescription() - Method in class utilities.boofcv_extensions.WrapDetectDescribeSiftNormalization
 
createDescription() - Method in class utilities.boofcv_extensions.WrapDetectDescribeSurfNormalization
 
createImageInputStream(Object) - Static method in class utilities.ImageIOGreyScale
Returns an ImageInputStream that will take its input from the given Object.
createImageOutputStream(Object) - Static method in class utilities.ImageIOGreyScale
Returns an ImageOutputStream that will send its output to the given Object.
createMapping(int, String, Transaction) - Method in class data_structures.AbstractSearchStructure
This method is used to create a persistent mapping between a given id and name.
createOrOpenBDBDbs() - Method in class data_structures.AbstractSearchStructure
This method creates and/or opens the BDB dbs.
createOrOpenBDBEnv(String) - Method in class data_structures.AbstractSearchStructure
This method creates and/or opens the BDB environment in the supplied directory.
createOrOpenBDBEnvAndDbs(String) - Method in class data_structures.AbstractSearchStructure
This method creates or opens (if it already exists) the BDB environment and the BDB dbs.

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