numeric::IntervalSet< typename > Class Template Reference

#include <IntervalSet.hh>

Public Member Functions
	IntervalSet ()
	IntervalSet (T start, T end)
	IntervalSet (T start1, T end1, T start2, T end2)
utility::vector0< T > const &	endpoints () const
	vector of interval set end points More...
void	clear ()
	clear the contents More...
void	set (T start, T end)
	set the inverval set to contain a single interval More...
void	set (T start1, T end1, T start2, T end2)
	set the interval set to contain two intervals More...
void	push_back (T start, T end)
	add an interval to the end of the set More...
T	length ()
	calculate the total length of all the intervals More...
bool	is_inside (T point)
	determine if a point is within one of the intervals More...
IntervalSet	operator& (IntervalSet const &right)
	calculate the intersection of two IntervalSets More...
T	random_point (random::RandomGenerator &RG)
	pick a random number uniformly from all the intervals More...

Private Attributes
utility::vector0< T >	endpoints_

Constructor & Destructor Documentation

template<typename >

numeric::IntervalSet< typename >::IntervalSet ( )

inline

template<typename >

numeric::IntervalSet< typename >::IntervalSet ( T  start, T  end  )

inline

template<typename >

numeric::IntervalSet< typename >::IntervalSet ( T  start1, T  end1, T  start2, T  end2  )

inline

Member Function Documentation

template<typename >

void numeric::IntervalSet< typename >::clear ( )

inline

clear the contents

template<typename >

utility::vector0<T> const& numeric::IntervalSet< typename >::endpoints ( ) const

inline

vector of interval set end points

template<typename >

bool numeric::IntervalSet< typename >::is_inside ( T  point )

inline

determine if a point is within one of the intervals

template<typename >

T numeric::IntervalSet< typename >::length ( )

inline

calculate the total length of all the intervals

Referenced by numeric::IntervalSet< double >::random_point().

template<typename >

IntervalSet numeric::IntervalSet< typename >::operator& ( IntervalSet< typename > const &  right )

inline

calculate the intersection of two IntervalSets

Parameters

[in]

right

- the second Interval set

Returns

a new IntervalSet

template<typename >

void numeric::IntervalSet< typename >::push_back ( T  start, T  end  )

inline

add an interval to the end of the set

template<typename >

T numeric::IntervalSet< typename >::random_point ( random::RandomGenerator &  RG )

inline

pick a random number uniformly from all the intervals

Parameters

[in]

RG

- random number generator to use

Returns

random number

template<typename >

void numeric::IntervalSet< typename >::set ( T  start, T  end  )

inline

set the inverval set to contain a single interval

template<typename >

void numeric::IntervalSet< typename >::set ( T  start1, T  end1, T  start2, T  end2  )

inline

set the interval set to contain two intervals

Member Data Documentation

template<typename >

utility::vector0<T> numeric::IntervalSet< typename >::endpoints_

private

Referenced by numeric::IntervalSet< double >::clear(), numeric::IntervalSet< double >::endpoints(), numeric::IntervalSet< double >::IntervalSet(), numeric::IntervalSet< double >::is_inside(), numeric::IntervalSet< double >::length(), numeric::IntervalSet< double >::operator&(), numeric::IntervalSet< double >::push_back(), numeric::IntervalSet< double >::random_point(), and numeric::IntervalSet< double >::set().

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

• src/numeric/IntervalSet.fwd.hh
• src/numeric/IntervalSet.hh