RangeLimitedDataDistributionExtracter< vT > Class Template Reference

Does some work to limit the range of distribution extraction. More...

Public Types
typedef ArrayND< vT >	ArrNDType
typedef RefMan< DistribType >	DistribRef
typedef DataDistribution< vT >	DistribType
typedef Interval< vT >	RangeType

Public Member Functions
	RangeLimitedDataDistributionExtracter (const ArrNDType &arr, TaskRunner *taskr=nullptr)
	RangeLimitedDataDistributionExtracter (const TypeSet< vT > &ts, TaskRunner *taskr=nullptr)
	RangeLimitedDataDistributionExtracter (const ValueSeries< vT > &v, od_int64 sz, TaskRunner *taskr=nullptr)
	RangeLimitedDataDistributionExtracter (const vT *a, od_int64 sz, TaskRunner *taskr=nullptr)
virtual	~RangeLimitedDataDistributionExtracter ()
DistribRef	getDistribution ()

Protected Member Functions
bool	deSpike ()
void	init (TaskRunner *)

Protected Attributes
DistribRef	distrib_
DataDistributionExtracter< vT >	extracter_

Detailed Description

template<class vT>
class RangeLimitedDataDistributionExtracter< vT >

Does some work to limit the range of distribution extraction.

The strategy is:

• Create a distrib with a very fine bin size
• Find 0.25% clipping points which will be the new min and max. Due to the fine bin size we can 'zoom in' without loss of detail.

• Re-sample to the 'normal' bin size.

  <>

Member Typedef Documentation

ArrNDType

template<class vT >

typedef ArrayND<vT> RangeLimitedDataDistributionExtracter< vT >::ArrNDType

DistribRef

template<class vT >

typedef RefMan<DistribType> RangeLimitedDataDistributionExtracter< vT >::DistribRef

DistribType

template<class vT >

typedef DataDistribution<vT> RangeLimitedDataDistributionExtracter< vT >::DistribType

RangeType

template<class vT >

typedef Interval<vT> RangeLimitedDataDistributionExtracter< vT >::RangeType

Constructor & Destructor Documentation

RangeLimitedDataDistributionExtracter() [1/4]

template<class vT >

RangeLimitedDataDistributionExtracter< vT >::RangeLimitedDataDistributionExtracter ( const ArrNDType &  arr, TaskRunner *  taskr = nullptr  )

inline

RangeLimitedDataDistributionExtracter() [2/4]

template<class vT >

RangeLimitedDataDistributionExtracter< vT >::RangeLimitedDataDistributionExtracter ( const vT *  a, od_int64  sz, TaskRunner *  taskr = nullptr  )

inline

RangeLimitedDataDistributionExtracter() [3/4]

template<class vT >

RangeLimitedDataDistributionExtracter< vT >::RangeLimitedDataDistributionExtracter ( const ValueSeries< vT > &  v, od_int64  sz, TaskRunner *  taskr = nullptr  )

inline

RangeLimitedDataDistributionExtracter() [4/4]

template<class vT >

RangeLimitedDataDistributionExtracter< vT >::RangeLimitedDataDistributionExtracter ( const TypeSet< vT > &  ts, TaskRunner *  taskr = nullptr  )

inline

~RangeLimitedDataDistributionExtracter()

template<class vT >

virtual RangeLimitedDataDistributionExtracter< vT >::~RangeLimitedDataDistributionExtracter ( )

inlinevirtual

Member Function Documentation

deSpike()

template<class vT >

bool RangeLimitedDataDistributionExtracter< vT >::deSpike ( )

protected

getDistribution()

template<class vT >

DistribRef RangeLimitedDataDistributionExtracter< vT >::getDistribution ( )

inline

init()

template<class vT >

void RangeLimitedDataDistributionExtracter< vT >::init ( TaskRunner *  taskr )

inlineprotected

Member Data Documentation

distrib_

template<class vT >

DistribRef RangeLimitedDataDistributionExtracter< vT >::distrib_

protected

extracter_

template<class vT >

DataDistributionExtracter<vT> RangeLimitedDataDistributionExtracter< vT >::extracter_

protected