PUBLIC

SampleLabelC::SampleLabelC(SizeT) SampleLabelC::SampleLabelC(const SArray1dC &) SampleLabelC::SampleLabelC(const SampleC &) SampleLabelC::MaxValue(void) const SampleLabelC::SampleVector(RealT,RealT,IntT) const SampleDiscreteC::Histogram(void) const SampleDiscreteC::Histogram(const CollectionC &) const SampleDiscreteC::ListInstancesOfLabels(void) const SampleDiscreteC::ListInstancesOfLabels(const CollectionC &) const SampleC::SubSample(const CollectionC &) SampleC::ExtractEntry(int) SampleC::Append(const DataT &) SampleC::operator +=(const DataT &) SampleC::Size(void) const SampleC::PickElement(UIntT) SampleC::Nth(UIntT) SampleC::Nth(UIntT) const SampleC::Pick(void) SampleC::operator [](IndexC) SampleC::operator [](IndexC) const SampleC::DArray(void) SampleC::DArray(void) const SampleC::First(void) SampleC::First(void) const SampleC::Last(void) SampleC::Last(void) const SampleC::IsEmpty(void) const

public SampleDiscreteC<UIntT>

SampleLabelC(SizeT maxSize = 10)

Create a sample of data with a maximum size

SampleLabelC(const SArray1dC<UIntT> & dat)

Create a sample of data from an array

SampleLabelC(const SampleC<UIntT> & sample)

Construct from base class.

UIntT MaxValue() const

Find the value of the largest label.

SampleC<VectorC> SampleVector(RealT inClass = 1,RealT outClass = 0,IntT maxLabel = - 1) const

Convert a sample of labels to vectors
Where the label index is set to 'inClass' and the rest to 'outClass'.

HistogramC<UIntT> Histogram() const

Compute an occurrence histogram for sample.

HistogramC<UIntT> Histogram(const CollectionC<UIntT> & index) const

Compute an occurrence histogram of given elements.

RCHashC<UIntT,CollectionC<UIntT>> ListInstancesOfLabels() const

List all the instances (by sample no) of each Label in the sample.

RCHashC<UIntT,CollectionC<UIntT>> ListInstancesOfLabels(const CollectionC<UIntT> & index) const

List all the instances (by sample no) of each Label in the sample.
If index is set, only search the sample no's given in it.

SampleC<UIntT> SubSample(const CollectionC<UIntT> & x)

Take a subsample of the given indexes in x.

UIntT ExtractEntry(int ind)

Extract an entry from sample.

UIntT Append(const UIntT & dat)

Insert a single sample into sample

UIntT operator +=(const UIntT & dat)

Indentical to Append().

SizeT Size() const

Return the number of valid samples in the collection

UIntT PickElement(UIntT i)

Pick a item i from the collection
Note: The order of the collection is NOT preserved. This minimizes the distruption to the underlying representation by removing an element from the end of the array and placing it in the hole left by removing 'i'.

UIntT & Nth(UIntT i)

Access nth element in sample.

const UIntT & Nth(UIntT i) const

Access nth element in sample.

UIntT Pick()

Pick a random item from the collection
Note: The order of the collection is NOT preserved.

UIntT & operator [](IndexC ind)

Access a sample.

const UIntT & operator [](IndexC ind) const

Access a sample.

DArray1dC<UIntT> & DArray()

Access DArray.
For internal use only.

const DArray1dC<UIntT> & DArray() const

Access DArray.
For internal use only.

UIntT & First()

Access first element in the array.

const UIntT & First() const

Access first element in the array.

UIntT & Last()

Access last element in the array.

const UIntT & Last() const

Access last element in the array.

bool IsEmpty() const

Is this empty ?