Constructor and Description |
---|
DANN(int kn,
int k,
double eps,
int maxIterations,
VectorCollectionFactory<VecPaired<Vec,Integer>> vcf)
Creates a new DANN classifier
|
DANN(int kn,
int k,
double eps,
VectorCollectionFactory<VecPaired<Vec,Integer>> vcf)
Creates a new DANN classifier
|
LWL(Classifier classifier,
int k,
DistanceMetric dm,
KernelFunction kf,
VectorCollectionFactory<VecPaired<Vec,Double>> vcf)
Creates a new LWL classifier
|
LWL(Regressor regressor,
int k,
DistanceMetric dm,
KernelFunction kf,
VectorCollectionFactory<VecPaired<Vec,Double>> vcf)
Creates a new LWL Regressor
|
NearestNeighbour(int k,
boolean weighted,
DistanceMetric distanceMetric,
VectorCollectionFactory<VecPaired<Vec,Double>> vcf)
Constructs a new Nearest Neighbor Classifier
|
NearestNeighbour(int k,
VectorCollectionFactory<VecPaired<Vec,Double>> vcf)
Constructs a new Nearest Neighbor Classifier
|
Modifier and Type | Method and Description |
---|---|
void |
LVQ.setVecCollectionFactory(VectorCollectionFactory<VecPaired<Vec,Integer>> vcf)
Sets the vector collection factory to use when storing the final learning vectors
|
Constructor and Description |
---|
SOM(DistanceMetric dm,
int somHeight,
int somWeight,
VectorCollectionFactory<VecPaired<Vec,Integer>> vcFactory)
Creates a new SOM using the given parameters
|
Modifier and Type | Method and Description |
---|---|
void |
OPTICS.setVCF(VectorCollectionFactory<VecPaired<Vec,Integer>> vcf)
Sets the
VectorCollectionFactory used to produce acceleration
structures for the OPTICS computation. |
void |
LSDBC.setVectorCollectionFactory(VectorCollectionFactory<VecPaired<Vec,Integer>> vectorCollectionFactory)
Sets the vector collection factory used for acceleration of neighbor searches.
|
void |
FLAME.setVectorCollectionFactory(VectorCollectionFactory<VecPaired<Vec,Integer>> vectorCollectionFactory)
Sets the vector collection factory used to accelerate the nearest
neighbor search.
|
Constructor and Description |
---|
DBSCAN(DistanceMetric dm,
VectorCollectionFactory<VecPaired<Vec,Integer>> vecFactory) |
HDBSCAN(DistanceMetric dm,
int m_pts,
int m_clSize,
VectorCollectionFactory<Vec> vcf)
Creates a new HDBSCAN using the full specification of the algorithm,
where two parameters may be altered.
|
HDBSCAN(DistanceMetric dm,
int m_pts,
VectorCollectionFactory<Vec> vcf)
Creates a new HDBSCAN using the simplified form, where the only parameter
is a single value.
|
Constructor and Description |
---|
ReliefF(ClassificationDataSet cds,
int featureCount,
int m,
int n,
DistanceMetric dm,
VectorCollectionFactory<Vec> vcf)
Creates a new ReliefF object to measure the importance of the variables with
respect to a classification task.
|
ReliefF(ClassificationDataSet cds,
int featureCount,
int m,
int n,
DistanceMetric dm,
VectorCollectionFactory<Vec> vcf,
ExecutorService threadPool)
Creates a new ReliefF object to measure the importance of the variables with
respect to a classification task.
|
ReliefF(int featureCount,
int m,
int n,
DistanceMetric dm,
VectorCollectionFactory<Vec> vcf)
Creates a new ReliefF object to measure the importance of the variables
with respect to a classification task.
|
Constructor and Description |
---|
MetricKDE(DistanceMetric distanceMetric,
VectorCollectionFactory<VecPaired<Vec,Integer>> vcf)
Creates a new KDE object that still needs a data set to model the distribution of
|
MetricKDE(KernelFunction kf,
DistanceMetric distanceMetric,
VectorCollectionFactory<VecPaired<Vec,Integer>> vcf)
Creates a new KDE object that still needs a data set to model the distribution of
|
MetricKDE(KernelFunction kf,
DistanceMetric distanceMetric,
VectorCollectionFactory<VecPaired<Vec,Integer>> vcf,
int defaultK,
double defaultStndDev)
Creates a new KDE object that still needs a data set to model the distribution of
|
Modifier and Type | Class and Description |
---|---|
static class |
CoverTree.CoverTreeFactory<V extends Vec> |
class |
DefaultVectorCollectionFactory<V extends Vec>
DefaultVectorCollectionFactory is a generic factory that attempts to return a
good vector collection for the given input.
|
static class |
EuclideanCollection.EuclideanCollectionFactory<V extends Vec> |
static class |
KDTree.KDTreeFactory<V extends Vec> |
static class |
RandomBallCover.RandomBallCoverFactory<V extends Vec> |
static class |
RandomBallCoverOneShot.RandomBallCoverOneShotFactory<V extends Vec> |
static class |
RTree.RTreeFactory<V extends Vec> |
static class |
VectorArray.VectorArrayFactory<V extends Vec> |
static class |
VPTree.VPTreeFactory<V extends Vec> |
static class |
VPTreeMV.VPTreeMVFactory<V extends Vec> |
Modifier and Type | Method and Description |
---|---|
VectorCollectionFactory<V> |
VPTreeMV.VPTreeMVFactory.clone() |
VectorCollectionFactory<V> |
VPTree.VPTreeFactory.clone() |
VectorCollectionFactory<V> |
VectorCollectionFactory.clone() |
VectorCollectionFactory<V> |
RandomBallCoverOneShot.RandomBallCoverOneShotFactory.clone() |
VectorCollectionFactory<V> |
RandomBallCover.RandomBallCoverFactory.clone() |
Modifier and Type | Class and Description |
---|---|
static class |
RandomProjectionLSH.RandomProjectionLSHFactory<V extends Vec> |
Modifier and Type | Method and Description |
---|---|
VectorCollectionFactory<V> |
RandomProjectionLSH.RandomProjectionLSHFactory.clone() |
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