Inheritance diagram for Encoding:

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Collaboration diagram for Encoding:

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Public Member Functions
	Encoding (const std::type_info &t=typeid(unsigned char))

	Encoding (const Encoding &encoding)

const Encoding &	getEncoding () const
	Return type and scaling.

Encoding &	getEncoding ()
	Return type and scaling.

void	setEncoding (const Encoding &e)
	Set type and scaling.

Encoding &	operator= (const Encoding &e)

const std::type_info &	getType () const
	Linear scaling. More...

bool	typeIsSet () const
	Get the storage type.

void	setType (const std::type_info &t)
	Set storage type.

template<class T >
void	setType ()
	Convenience.

template<class T >
drain::typeLimiter< T >::value_t	getLimiter () const

size_t	getElementSize () const
	Returns the size in bytes of the storage type (1 for unsigned char, 2 for 16-bit types, etc.)

void	setPhysicalRange (const Range< double > &range, bool rescale=false)
	Sets channel specific scaling instead of shared (image-level) scaling. More...

void	setPhysicalRange (double min, double max, bool rescale=false)
	Sets the supported range for physical values. Does not change scaling or type.

void	setOptimalScale ()

void	setOptimalPhysicalScale (double min, double max)

template<class T >
T	getTypeMin () const
	Returns the minimum value supported by the current storage type. More...

template<class T >
T	getTypeMax () const
	Returns the maximum value supported by the current storage type. More...

double	requestPhysicalMax (double defaultMax=static_cast< double >(std::numeric_limits< short int >::max())) const
	Returns the actual or guessed maximum physical value,. More...

double	requestPhysicalMin (double defaultMin=static_cast< double >(std::numeric_limits< short int >::min())) const
	Returns the actual or guessed minimum physical value,. More...

Public Member Functions inherited from ValueScaling
	ValueScaling (double scale=1.0, double offset=0.0)

	ValueScaling (double scale, double offset, const drain::Range< double > &range)

	ValueScaling (const drain::ValueScaling &scaling)

	ValueScaling (const drain::UniTuple< double, 2 > &scaling)

	ValueScaling (const drain::ValueScaling &scalingIn, const drain::ValueScaling &scalingOut)

ValueScaling &	operator= (const drain::ValueScaling &scaling)

virtual void	setScaling (double scale, double offset)
	Set linear scaling.

virtual void	setScaling (const ValueScaling &scaling)

virtual const ValueScaling &	getScaling () const
	Get linear scaling.

virtual ValueScaling &	getScaling ()
	Get linear scaling.

void	setAbsoluteScale ()
	If the intensities of the image correspond to an absolute value (like count) then the scale should be reset to unity with this function.

void	setNormalScale (const std::type_info &t)
	For "small integer" types, resets offset and scale such that maximum code value corresponds to 1.0 (100% intensity). More...

void	setConversionScale (double scale, double offset=0.0, double scaleOut=1.0, double offsetOut=0.0)
	If the intensities of the image correspond to a physical value (like temperature), then the scaling coefficient should be set with this function.

void	setConversionScale (const drain::ValueScaling &s1, const drain::ValueScaling &s2)
	Set scaling for which scaling.inv(x) = s2.inv(s1.fwd(x))

void	setConversionScale (const Range< double > &r1, const Range< double > &r2)

void	setOptimalScale (const std::type_info &t)
	If storage type is integer, adjust scale such that resolution is maximized.

void	setPhysicalScale (const std::type_info &t, double min, double max)
	Sets physical range (min, max) and scales storage type accordingly.

void	setPhysicalScale (const std::type_info &t, const drain::ValueScaling &scaling)
	Sets physical range (min, max) and scales storage type accordingly.

const Range< double > &	getPhysicalRange () const
	Returns a typical or supported range for physical values.

Range< double > &	getPhysicalRange ()
	Returns a typical or supported range for physical values. Modifying the range will not change scaling.

void	setPhysicalMax (double max)
	In integer-valued images, set the physical values corresponding to [0, maxCodeValue].

template<class T >
void	setPhysicalRange (const Range< T > &range)
	Sets the supported range for physical values. Does not change scaling or type.

void	setPhysicalRange (double min, double max)
	Sets the supported range for physical values. Does not change scaling or type.

double	getScale () const
	Returns the intensity scaling factor. See set setScale()

double	getOffset () const
	Returns the intensity scaling offset, ie. b in a*x + b . See set setScale()

bool	isScaled () const
	Returns true, if scaling has effect ie. scale!=1.0 or offset!=0.0. More...

double	getMinPhys () const
	Returns the minimum physical value.

double	getMaxPhys () const
	Returns the maximum physical value.

bool	isPhysical () const
	Returns true, physical intensity range has been set.

void	adoptScaling (const drain::ValueScaling &srcScaling, const std::type_info &srcType, const std::type_info &dstType=typeid(void))
	Sets scale and offset according to physical range and current type.

double	fwd (double x) const
	Forward scaling: given encoded value x, returns corresponding value (possibly physically meaningful).

double	inv (double y) const
	Inverse scaling: given physically meaningful value y, returns the corresponding code value.

void	toStream (std::ostream &ostr) const

std::string	str () const

Public Member Functions inherited from UniTuple< double, 2 >
	UniTuple (const TT &... args)

	UniTuple (const UniTuple< double, N > &t)
	Copy constructor.

	UniTuple (std::initializer_list< S > l)

tuple_t &	operator= (const tuple_t &t)

tuple_t &	operator= (const value_type &value)

tuple_t &	operator= (std::initializer_list< S > l)

virtual const_iterator	begin () const override final

virtual iterator	begin () override final

virtual const_iterator	end () const override final

virtual iterator	end () override final

tuple_t &	tuple ()

const tuple_t &	tuple () const

void	debug (std::ostream &ostr) const

Public Member Functions inherited from TupleBase< S, N >
const S &	at (size_t i) const
	Return const reference to element i. More...

const S &	operator[] (size_t i) const

S &	at (size_t i)
	Return reference to element i. More...

S &	operator[] (size_t i)

bool	operator== (const tuplebase_t &t) const
	Equality operator.

bool	operator!= (const tuplebase_t &t) const
	Inequality operator.

template<class T >
T &	toSequence (T &sequence) const
	Copy elements to a Sequence, like stl::list, stl::set or stl::vector.

void	set (const tuplebase_t &t)

template<class T2 , size_t N2 = 2>
void	set (const TupleBase< T2, N2 > &t)
	Assign tuple of different type and/or size.

void	set (const S &arg)

template<typename ... SS>
void	set (const S &arg, const SS &... rest)
	Set element(s).

template<typename T >
void	set (std::initializer_list< T > l)

template<class T >
tuplebase_t &	assignSequence (T &sequence, bool LENIENT=false)
	Proposed for tuples only; derived classes should not shadow this. More...

void	fill (S i)
	Set all the elements to i.

void	clear ()

virtual std::ostream &	toStream (std::ostream &ostr, char separator=',') const

std::string	toStr (char separator=',') const

virtual void	updateTuple ()

Public Attributes
Caster	caster
	In base class(es), mainly for storing storage type. In derived classes, also for value conversions.

size_t	byteSize

std::string	type
	Information of the current type.

Public Attributes inherited from ValueScaling
double &	scale
	Multiplicative coefficient \i a in: y = ax + b.

double &	offset
	Additive coefficient \i b in: y = ax + b.

drain::Range< double >	physRange
	Minimum and maximum physical value of the imaged quantity (not limited to corresponding to minCodeValue?).

Additional Inherited Members
Public Types inherited from UniTuple< double, 2 >
typedef double	value_type

typedef UniTuple< double, N >	tuple_t

typedef double *	iterator

typedef const double *	const_iterator

Public Types inherited from TupleBase< S, N >
typedef TupleBase< S, N >	tuplebase_t

typedef S	value_type

typedef S *	iterator

typedef S const *	const_iterator

Static Public Member Functions inherited from TupleBase< S, N >
static size_t	size ()
	Return the number of elements. More...

Static Public Attributes inherited from UniTuple< double, 2 >
static const size_t	tuple_size

Static Public Attributes inherited from TupleBase< S, N >
static const size_t	storageTypeSize = sizeof(S)

Protected Member Functions inherited from UniTuple< double, 2 >
	UniTuple (UniTuple< double, N2 > &tuple, size_t i)

double &	next ()

Protected Member Functions inherited from TupleBase< S, N >
void	setIndexed (size_t i)
	Argument stack endpoint function; final step of variadic argument set(arg, ...) .

template<typename T2 , typename ... TT>
void	setIndexed (size_t i, T2 arg, const TT &... rest)
	Worker called by set(T2 arg, T2 arg2, ...)

Protected Attributes inherited from UniTuple< double, 2 >
const iterator	start

Member Function Documentation

◆ getType()

const std::type_info& getType ( ) const

inline

Linear scaling.

Get the storage type

◆ getTypeMax()

T getTypeMax ( ) const

inline

Returns the maximum value supported by the current storage type.

See also: setType() Does not check the actual image data.; getMin(); getLimiter(); setType()

◆ getTypeMin()

T getTypeMin ( ) const

inline

Returns the minimum value supported by the current storage type.

Does not check the actual image data.

See also: getMax(); getLimiter(); setType()

◆ requestPhysicalMax()

double requestPhysicalMax ( double defaultMax = static_cast<double>(std::numeric_limits<short int>::max()) ) const

inline

Returns the actual or guessed maximum physical value,.

Is physical range is unset, and the storage type is a "small" integer, the value is guessed.

◆ requestPhysicalMin()

double requestPhysicalMin ( double defaultMin = static_cast<double>(std::numeric_limits<short int>::min()) ) const

inline

Returns the actual or guessed minimum physical value,.

Is physical range is unset, and the storage type is a "small" integer, the value is guessed.

◆ setPhysicalRange()

void setPhysicalRange	(	const Range< double > &	range,
		bool	rescale = `false`
	)

inline

Sets channel specific scaling instead of shared (image-level) scaling.

Facilitates modifications provided directly bydrain::ValueScaling object. Requesting modifiable scaling implies providing a "safe", separate scaling. In the case of channels, this means changing from shared image-level scaling to channel specific scaling. Set linear scaling

The documentation for this class was generated from the following file:

src/drain/image/ImageConf.h

Public Member Functions

Public Attributes

Additional Inherited Members

Member Function Documentation

◆ getType()

◆ getTypeMax()

◆ getTypeMin()

◆ requestPhysicalMax()

◆ requestPhysicalMin()

◆ setPhysicalRange()