capd::homAux::RangeAlgorithms< ManualComputationalModel > Class Template Reference

#include <capd/homAux/RangeAlgorithms.h>

Public Types
typedef boost::mpl::if_c< CAPD_HAVE_TBB, RangeAlgorithms< TbbComputationalModel >, RangeAlgorithms< StdComputationalModel > >::type	TbbModel
typedef RangeAlgorithms< StdComputationalModel >	StdModel
typedef boost::mpl::if_c< CAPD_HAVE_TBB, TbbModel, StdModel >::type	AutomaticModel
typedef boost::variant< AutomaticModel, StdModel, TbbModel >	Models

Public Member Functions
	RangeAlgorithms (int model=DefaultModel())
template<typename Rng , typename Cmp = std::less<typename Rng::value_type>>
void	sort (Rng &rng, Cmp cmp=Cmp())
template<typename Func , typename Rng >
void	forEach (Rng &rng, Func func=Func())
template<typename Func , typename T1 , typename T2 >
void	forLoop (T1 begin, T2 end, Func func=Func())
template<typename Rng , typename OutRng >
void	partialSum (const Rng &rng, OutRng &out)
template<class Rng >
boost::range_iterator< Rng >::type	maxElement (const Rng &rng)
template<typename Rng , typename Value , typename Op = std::plus<Value>>
Value	accumulate (const Rng &rng, Value init, Op op=Op())

Static Public Member Functions
static int	DefaultModel ()

Member Typedef Documentation

typedef boost::mpl::if_c<CAPD_HAVE_TBB, TbbModel, StdModel>::type capd::homAux::RangeAlgorithms< ManualComputationalModel >::AutomaticModel

typedef boost::variant<AutomaticModel, StdModel, TbbModel> capd::homAux::RangeAlgorithms< ManualComputationalModel >::Models

typedef RangeAlgorithms<StdComputationalModel> capd::homAux::RangeAlgorithms< ManualComputationalModel >::StdModel

typedef boost::mpl::if_c<CAPD_HAVE_TBB, RangeAlgorithms<TbbComputationalModel>, RangeAlgorithms<StdComputationalModel> >::type capd::homAux::RangeAlgorithms< ManualComputationalModel >::TbbModel

Constructor & Destructor Documentation

capd::homAux::RangeAlgorithms< ManualComputationalModel >::RangeAlgorithms ( int  model = DefaultModel() )

inline

Member Function Documentation

template<typename Rng , typename Value , typename Op = std::plus<Value>>

Value capd::homAux::RangeAlgorithms< ManualComputationalModel >::accumulate ( const Rng &  rng, Value  init, Op  op = Op()  )

inline

static int capd::homAux::RangeAlgorithms< ManualComputationalModel >::DefaultModel ( )

static

template<typename Func , typename Rng >

void capd::homAux::RangeAlgorithms< ManualComputationalModel >::forEach ( Rng &  rng, Func  func = Func()  )

inline

template<typename Func , typename T1 , typename T2 >

void capd::homAux::RangeAlgorithms< ManualComputationalModel >::forLoop ( T1  begin, T2  end, Func  func = Func()  )

inline

template<class Rng >

boost::range_iterator<Rng>::type capd::homAux::RangeAlgorithms< ManualComputationalModel >::maxElement ( const Rng &  rng )

inline

template<typename Rng , typename OutRng >

void capd::homAux::RangeAlgorithms< ManualComputationalModel >::partialSum ( const Rng &  rng, OutRng &  out  )

inline

template<typename Rng , typename Cmp = std::less<typename Rng::value_type>>

void capd::homAux::RangeAlgorithms< ManualComputationalModel >::sort ( Rng &  rng, Cmp  cmp = Cmp()  )

inline