ConvMemValueSeries< T > Class Template Reference

Inheritance diagram for ConvMemValueSeries< T >:

Public Member Functions
	ConvMemValueSeries (od_int64 sz, const BinDataDesc &stortype, bool doundef=true, const Scaler *scaler=0)
	~ConvMemValueSeries ()
T *	arr ()
const T *	arr () const
ValueSeries< T > *	clone () const
BinDataDesc	dataDesc () const
bool	handlesUndef () const
bool	isOK () const
bool	reSizeable () const
bool	selfSufficient () const
bool	setSize (od_int64)
void	setValue (od_int64 idx, T v)
od_int64	size () const
char *	storArr ()
const char *	storArr () const
T	value (od_int64 idx) const
bool	writable () const
Public Member Functions inherited from ValueSeries< T >
virtual	~ValueSeries ()
virtual char	bytesPerItem () const
virtual bool	canSetAll () const
void	getValues (T *, int64_t nrvals) const
void	getValues (ValueSeries< T > &, int64_t nrvals) const
T	operator[] (int64_t idx) const
virtual void	setAll (T)
virtual bool	setSize (int64_t)
virtual void	setValue (int64_t, T)
virtual T	value (int64_t) const =0

Protected Attributes
DataInterpreter< T >	interpreter_
char *	ptr_
BinDataDesc	rettype_
const Scaler *	scaler_
od_int64	size_
UndefArrayHandler *	undefhandler_

Detailed Description

template<class T>
class ConvMemValueSeries< T >

ValueSeries that holds data in memory, but the memory may be of a different format than T. I.e. a ValueSeries<float> can have it's values stored as chars.

<>

Constructor & Destructor Documentation

ConvMemValueSeries()

template<class T >

ConvMemValueSeries< T >::ConvMemValueSeries ( od_int64  sz, const BinDataDesc &  stortype, bool  doundef = true, const Scaler *  scaler = 0  )

inline

~ConvMemValueSeries()

template<class T >

ConvMemValueSeries< T >::~ConvMemValueSeries

inline

Member Function Documentation

arr() [1/2]

template<class T >

T * ConvMemValueSeries< T >::arr

inlinevirtual

Reimplemented from ValueSeries< T >.

arr() [2/2]

template<class T >

const T * ConvMemValueSeries< T >::arr

inlinevirtual

Reimplemented from ValueSeries< T >.

clone()

template<class T >

ValueSeries< T > * ConvMemValueSeries< T >::clone

inlinevirtual

Implements ValueSeries< T >.

dataDesc()

template<class T >

BinDataDesc ConvMemValueSeries< T >::dataDesc

inline

handlesUndef()

template<class T >

bool ConvMemValueSeries< T >::handlesUndef ( ) const

inline

isOK()

template<class T >

bool ConvMemValueSeries< T >::isOK

inlinevirtual

Reimplemented from ValueSeries< T >.

reSizeable()

template<class T >

bool ConvMemValueSeries< T >::reSizeable ( ) const

inlinevirtual

Reimplemented from ValueSeries< T >.

selfSufficient()

template<class T >

bool ConvMemValueSeries< T >::selfSufficient ( ) const

inlinevirtual

Returns

true if not depending on other objects

Reimplemented from ValueSeries< T >.

setSize()

template<class T >

bool ConvMemValueSeries< T >::setSize ( od_int64  sz )

inline

setValue()

template<class T >

void ConvMemValueSeries< T >::setValue ( od_int64  idx, T  v  )

inline

size()

template<class T >

od_int64 ConvMemValueSeries< T >::size

inline

storArr() [1/2]

template<class T >

char * ConvMemValueSeries< T >::storArr

inline

storArr() [2/2]

template<class T >

const char * ConvMemValueSeries< T >::storArr

inline

value()

template<class T >

T ConvMemValueSeries< T >::value ( od_int64  idx ) const

inline

writable()

template<class T >

bool ConvMemValueSeries< T >::writable

inlinevirtual

Reimplemented from ValueSeries< T >.

Member Data Documentation

interpreter_

template<class T >

DataInterpreter<T> ConvMemValueSeries< T >::interpreter_

protected

ptr_

template<class T >

char* ConvMemValueSeries< T >::ptr_

protected

rettype_

template<class T >

BinDataDesc ConvMemValueSeries< T >::rettype_

protected

scaler_

template<class T >

const Scaler* ConvMemValueSeries< T >::scaler_

protected

size_

template<class T >

od_int64 ConvMemValueSeries< T >::size_

protected

undefhandler_

template<class T >

UndefArrayHandler* ConvMemValueSeries< T >::undefhandler_

protected