Base class for a simple range with minimum and maximum. More...

#include <OpenMS/KERNEL/RangeManager.h>

Inheritance diagram for RangeBase:

Collaboration diagram for RangeBase:

Public Member Functions
	RangeBase ()=default
	C'tor: initialize with empty range. More...

	RangeBase (const double single)
	Cutom C'tor which sets the range to a singular point. More...

	RangeBase (const double min, const double max)

	RangeBase (const RangeBase &rhs)=default
	Copy C'tor. More...

	RangeBase (RangeBase &&rhs) noexcept=default
	Move C'tor (seems useless, but is required for completeness in derived classes' move c'tor) More...

RangeBase &	operator= (const RangeBase &rhs)=default
	Assignment operator. More...

RangeBase &	operator= (RangeBase &&rhs) noexcept=default
	Move assignment (seems useless, but is required for completeness in derived classes' move c'tor) More...

	~RangeBase () noexcept=default
	D'tor. More...

	operator RangeRT () const

	operator RangeMZ () const

	operator RangeIntensity () const

	operator RangeMobility () const

void	clear ()
	make the range empty, i.e. isEmpty() will be true More...

bool	isEmpty () const
	is the range empty (i.e. min > max)? More...

bool	contains (const double value) const
	is `value` within [min, max]? More...

bool	contains (const RangeBase &inner_range) const
	is the range `inner_range` within [min, max]? More...

void	extend (const RangeBase &other)
	ensure the range includes the range of `other` More...

void	extend (const double value)
	extend the range such that it includes the given `value` More...

void	extendLeftRight (const double by)

void	minSpanIfSingular (const double min_span)
	If the current range is a single point, e.g. min==max, then extend the range by `min_span` / 2 on either side. More...

void	clampTo (const RangeBase &other)

void	pushInto (const RangeBase &sandbox)

void	scaleBy (const double factor)
	Scale the range of the dimension by a `factor`. A factor > 1 increases the range; factor < 1 decreases it. More...

void	shift (const double distance)

double	center () const

double	getSpan () const

bool	operator== (const RangeBase &rhs) const

std::pair< double, double >	getNonEmptyRange () const
	Return the current range, or (if empty) a full range (-1e308, 1e308). More...

Accessors for min and max
We use accessors, to keep range consistent (i.e. ensure that min <= max)
void	setMin (const double min)
	sets the minimum (and the maximum, if uninitialized) More...

void	setMax (const double max)
	sets the maximum (and the minimum, if uninitialized) More...

double	getMin () const
	only useful if isEmpty() returns false More...

double	getMax () const
	only useful if isEmpty() returns false More...

Protected Attributes
double	min_ = std::numeric_limits<double>::max()

double	max_ = std::numeric_limits<double>::lowest()

Detailed Description

Base class for a simple range with minimum and maximum.

Constructor & Destructor Documentation

◆ RangeBase() [1/5]

RangeBase ( )

default

C'tor: initialize with empty range.

◆ RangeBase() [2/5]

RangeBase ( const double single )

inline

Cutom C'tor which sets the range to a singular point.

◆ RangeBase() [3/5]

RangeBase	(	const double	min,
		const double	max
	)

inline

Custom C'tor to set min and max

Exceptions

Exception::InvalidRange if min > max

◆ RangeBase() [4/5]

RangeBase ( const RangeBase & rhs )

default

Copy C'tor.

◆ RangeBase() [5/5]

RangeBase ( RangeBase && rhs )

defaultnoexcept

Move C'tor (seems useless, but is required for completeness in derived classes' move c'tor)

◆ ~RangeBase()

~RangeBase ( )

defaultnoexcept

D'tor.

Member Function Documentation

◆ center()

double center ( ) const

inline

Compute the center point of the range If range is empty(), 'nan' will be returned

◆ clampTo()

void clampTo ( const RangeBase & other )

inline

Ensure the range of this does not exceed the range of other. If other already contains() this range, nothing changes. If this range is entirely outside the range of other, the resulting range is empty. Empty ranges are not modified.

Exceptions

Exception::InvalidRange if other is empty

References RangeBase::isEmpty(), RangeBase::max_, and RangeBase::min_.

◆ clear()

void clear ( )

inline

make the range empty, i.e. isEmpty() will be true

Referenced by RangeManager< RangeBases >::clear().

◆ contains() [1/2]

bool contains ( const double value ) const

inline

is value within [min, max]?

Referenced by RangeIntensity::containsIntensity(), RangeMobility::containsMobility(), RangeMZ::containsMZ(), RangeRT::containsRT(), and RangeBase::pushInto().

◆ contains() [2/2]

bool contains ( const RangeBase & inner_range ) const

inline

is the range inner_range within [min, max]?

References OpenMS::Math::contains(), RangeBase::max_, and RangeBase::min_.

◆ extend() [1/2]

void extend ( const double value )

inline

extend the range such that it includes the given value

◆ extend() [2/2]

void extend ( const RangeBase & other )

inline

ensure the range includes the range of other

References RangeBase::max_, and RangeBase::min_.

◆ extendLeftRight()

void extendLeftRight ( const double by )

inline

Extend the range by by units to left and right Using negative values will shrink the range. It may become empty. Calling this on an empty range will not have any effect.

◆ getMax()

double getMax ( ) const

inline

only useful if isEmpty() returns false

Referenced by DimMapper< N_DIM >::mapRange().

◆ getMin()

double getMin ( ) const

inline

only useful if isEmpty() returns false

Referenced by DimMapper< N_DIM >::mapRange().

◆ getNonEmptyRange()

std::pair<double, double> getNonEmptyRange ( ) const

inline

Return the current range, or (if empty) a full range (-1e308, 1e308).

Returns: A range where always: min <= max

◆ getSpan()

double getSpan ( ) const

inline

Get the 'width' of the range If range is empty(), 'nan' will be returned

Referenced by RangeBase::pushInto().

◆ isEmpty()

bool isEmpty ( ) const

inline

is the range empty (i.e. min > max)?

Referenced by RangeBase::clampTo(), DimMapper< N_DIM >::mapRange(), and RangeBase::pushInto().

◆ minSpanIfSingular()

void minSpanIfSingular ( const double min_span )

inline

If the current range is a single point, e.g. min==max, then extend the range by min_span / 2 on either side.

Calling span() afterwards, returns min_span.

◆ operator RangeIntensity()

operator RangeIntensity ( ) const

conversion operator to allow accepting a RangeBase (instead of RangeIntensity) for the implicitly defined special members, e.g. assignment operator (RangeIntensity& operator=(const RangeIntensity&))

◆ operator RangeMobility()

operator RangeMobility ( ) const

conversion operator to allow accepting a RangeBase (instead of RangeMobility) for the implicitly defined special members, e.g. assignment operator (RangeMobility& operator=(const RangeMobility&))

◆ operator RangeMZ()

operator RangeMZ ( ) const

conversion operator to allow accepting a RangeBase (instead of RangeMZ) for the implicitly defined special members, e.g. assignment operator (RangeMZ& operator=(const RangeMZ&))

◆ operator RangeRT()

operator RangeRT ( ) const

conversion operator to allow accepting a RangeBase (instead of RangeRT) for the implicitly defined special members, e.g. assignment operator (RangeRT& operator=(const RangeRT&))

◆ operator=() [1/2]

RangeBase& operator= ( const RangeBase & rhs )

default

Assignment operator.

◆ operator=() [2/2]

RangeBase& operator= ( RangeBase && rhs )

defaultnoexcept

Move assignment (seems useless, but is required for completeness in derived classes' move c'tor)

◆ operator==()

bool operator== ( const RangeBase & rhs ) const

inline

References RangeBase::max_, and RangeBase::min_.

◆ pushInto()

void pushInto ( const RangeBase & sandbox )

inline

Move range of *this to min/max of sandbox, without changing the span, if possible. This does tighten the range unless sandbox's ranges are smaller than *this. Empty ranges are not modified.

Parameters

sandbox Range to translate/move the current range into

Exceptions

Exception::InvalidRange if sandbox is empty

References RangeBase::contains(), RangeBase::getSpan(), RangeBase::isEmpty(), RangeBase::max_, and RangeBase::min_.

◆ scaleBy()

void scaleBy ( const double factor )

inline

Scale the range of the dimension by a factor. A factor > 1 increases the range; factor < 1 decreases it.

Let d = max - min; then min = min - d*(factor-1)/2, i.e. scale(1.5) extends the range by 25% on each side.

Scaling an empty range will not have any effect.

Parameters

factor The multiplier to increase the range by

◆ setMax()

void setMax ( const double max )

inline

sets the maximum (and the minimum, if uninitialized)

◆ setMin()

void setMin ( const double min )

inline

sets the minimum (and the maximum, if uninitialized)

◆ shift()

void shift ( const double distance )

inline

Move the range by distance (negative values shift left) Shifting an empty range will not have any effect.

Member Data Documentation

◆ max_

double max_ = std::numeric_limits<double>::lowest()

protected

Referenced by RangeBase::clampTo(), RangeBase::contains(), RangeBase::extend(), RangeBase::operator==(), and RangeBase::pushInto().

◆ min_

double min_ = std::numeric_limits<double>::max()

protected

Referenced by RangeBase::clampTo(), RangeBase::contains(), RangeBase::extend(), RangeBase::operator==(), and RangeBase::pushInto().

Public Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ RangeBase() [1/5]

◆ RangeBase() [2/5]

◆ RangeBase() [3/5]

◆ RangeBase() [4/5]

◆ RangeBase() [5/5]

◆ ~RangeBase()

Member Function Documentation

◆ center()

◆ clampTo()

◆ clear()

◆ contains() [1/2]

◆ contains() [2/2]

◆ extend() [1/2]

◆ extend() [2/2]

◆ extendLeftRight()

◆ getMax()

◆ getMin()

◆ getNonEmptyRange()

◆ getSpan()

◆ isEmpty()

◆ minSpanIfSingular()

◆ operator RangeIntensity()

◆ operator RangeMobility()

◆ operator RangeMZ()

◆ operator RangeRT()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ operator==()

◆ pushInto()

◆ scaleBy()

◆ setMax()

◆ setMin()

◆ shift()

Member Data Documentation

◆ max_

◆ min_