ValueSeries implementation where the values are retrieved from another ValueSeries. The input object is never managed, and must remain in memory while this object is being used. Scaling is applied when reading from the source, and unapplied when writing to it. More...

Inheritance diagram for ScaledValueSeries< RT, AT >:

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Public Member Functions
	ScaledValueSeries (const Scaler *, ValueSeries< AT > &)

	~ScaledValueSeries ()

bool	canSetAll () const override

ValueSeries< RT > *	clone () const override

bool	isOK () const override

void	setAll (RT) override

void	setValue (od_int64, RT) override

od_int64	size () const override

RT	value (od_int64) const override

bool	writable () const override

Public Member Functions inherited from ValueSeries< RT >
virtual	~ValueSeries ()

virtual RT *	arr ()

virtual const RT *	arr () const

virtual char	bytesPerItem () const

void	getValues (RT *, std::int64_t nrvals) const

void	getValues (ValueSeries< RT > &, std::int64_t nrvals) const

RT	operator[] (std::int64_t idx) const

virtual bool	reSizeable () const

virtual bool	selfSufficient () const

virtual bool	setSize (std::int64_t)

virtual void	setValue (std::int64_t, RT)

virtual RT	value (std::int64_t) const=0

Static Public Member Functions
static ValueSeries< RT > *	getFrom (ValueSeries< AT > &, const Scaler *=nullptr)

Private Attributes
const Scaler *	scaler_ = nullptr

ValueSeries< AT > &	src_

Detailed Description

template<class RT, class AT>
class ScaledValueSeries< RT, AT >

ValueSeries implementation where the values are retrieved from another ValueSeries. The input object is never managed, and must remain in memory while this object is being used. Scaling is applied when reading from the source, and unapplied when writing to it.

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