mkfit::axis< R, I, M, N > Struct Template Reference

#include <binnor.h>

Inheritance diagram for mkfit::axis< R, I, M, N >:

Public Member Functions
	axis (R min, R max, unsigned n_bins)
	axis (R min, R max, R bin_width)
unsigned int	size_of_M () const
unsigned int	size_of_N () const
Public Member Functions inherited from mkfit::axis_base< R, I, M, N >
	axis_base (R min, R max, unsigned int M_size, unsigned int N_size)
I	from_M_bin_to_N_bin (I m) const
I_pair	from_R_minmax_to_N_bins (R rmin, R rmax) const
I_pair	from_R_rdr_to_N_bins (R r, R dr) const
I	from_R_to_M_bin (R r) const
I	from_R_to_M_bin_safe (R r) const
I	from_R_to_N_bin (R r) const
I	from_R_to_N_bin_safe (R r) const
I	next_N_bin (I bin) const

Public Attributes
const unsigned int	m_num_M_bins
const unsigned int	m_num_N_bins
Public Attributes inherited from mkfit::axis_base< R, I, M, N >
const I	m_last_M_bin
const I	m_last_N_bin
const R	m_M_fac
const R	m_M_lbhp
const R	m_N_fac
const R	m_N_lbhp
const R	m_R_max
const R	m_R_min

Additional Inherited Members
Public Types inherited from mkfit::axis_base< R, I, M, N >
typedef I	index_t
typedef R	real_t
Static Public Attributes inherited from mkfit::axis_base< R, I, M, N >
static constexpr unsigned int	c_M = M
static constexpr unsigned int	c_M2N_shift = M - N
static constexpr unsigned int	c_N = N

Detailed Description

template<typename R, typename I, unsigned M = 8 * sizeof(I), unsigned N = 8 * sizeof(I)>
struct mkfit::axis< R, I, M, N >

Definition at line 126 of file binnor.h.

Constructor & Destructor Documentation

axis() [1/2]

template<typename R, typename I, unsigned M = 8 * sizeof(I), unsigned N = 8 * sizeof(I)>

mkfit::axis< R, I, M, N >::axis ( R  min, R  max, unsigned  n_bins  )

inline

Definition at line 129 of file binnor.h.

Referenced by mkfit::axis< float, bin_index_t, 16, 8 >::axis().

        : axis_base<R, I, M, N>(min, max, n_bins << this->c_M2N_shift, n_bins),
          m_num_M_bins(n_bins << this->c_M2N_shift),
          m_num_N_bins(n_bins) {}

axis() [2/2]

template<typename R, typename I, unsigned M = 8 * sizeof(I), unsigned N = 8 * sizeof(I)>

mkfit::axis< R, I, M, N >::axis ( R  min, R  max, R  bin_width  )

inline

Definition at line 134 of file binnor.h.

                                    {
      R extent = max - min;
      unsigned int n_bins = std::ceil(extent / bin_width);
      R extra = (n_bins * bin_width - extent) / 2;

      axis(min - extra, max + extra, n_bins);
    }

Member Function Documentation

size_of_M()

template<typename R, typename I, unsigned M = 8 * sizeof(I), unsigned N = 8 * sizeof(I)>

unsigned int mkfit::axis< R, I, M, N >::size_of_M ( ) const

inline

Definition at line 142 of file binnor.h.

{ return m_num_M_bins; }

size_of_N()

template<typename R, typename I, unsigned M = 8 * sizeof(I), unsigned N = 8 * sizeof(I)>

unsigned int mkfit::axis< R, I, M, N >::size_of_N ( ) const

inline

Definition at line 143 of file binnor.h.

Referenced by mkfit::LayerOfHits::LayerOfHits().

{ return m_num_N_bins; }

Member Data Documentation

m_num_M_bins

template<typename R, typename I, unsigned M = 8 * sizeof(I), unsigned N = 8 * sizeof(I)>

const unsigned int mkfit::axis< R, I, M, N >::m_num_M_bins

Definition at line 127 of file binnor.h.

Referenced by mkfit::axis< float, bin_index_t, 16, 8 >::size_of_M().

m_num_N_bins

template<typename R, typename I, unsigned M = 8 * sizeof(I), unsigned N = 8 * sizeof(I)>

const unsigned int mkfit::axis< R, I, M, N >::m_num_N_bins

Definition at line 127 of file binnor.h.

Referenced by mkfit::axis< float, bin_index_t, 16, 8 >::size_of_N().