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Class TempLat::UnbinnedRadialProjectionResult

template <typename T>

ClassList > TempLat > UnbinnedRadialProjectionResult

A class which holds the result of a radial projection without binning. For each possible value of the Fourier coordinate it saves: the average value, the sample variance (= <f^2> - <f>^2 ) of the values, and the number of entries in a bin (multiplicity). More...

  • #include <unbinnedradialprojectionresult.h>

Inherits the following classes: std::vector< std::tuple< T, RadialProjectionSingleDatum< T > > >

Public Types

Type Name
typedef typename GetFloatType< T >::type floatType

Public Functions

Type Name
UnbinnedRadialProjectionResult (size_t nBins, bool pIsInFourier=false)
DEVICE_FORCEINLINE_FUNCTION void add_device (device::Idx i, const T & value, const T & weight=(T) 1) const
UnbinnedRadialProjectionResult & finalize (MPICommReference comm)
RadialProjector calls this as the last step, does the transposition of the result vecotrs into one vector of RadialProjectionSingleBinAndValue<T>.
auto integrate (bool dummy)
UnbinnedRadialProjectionResult & renormalizeBins ()
UnbinnedRadialProjectionResult & rescale (LL rescaler)
Rescale the results with a function of x or k (bin location), using for now a simple lambda function of single float parameter, which is your x in f(x). In other words, you give f(x).
UnbinnedRadialProjectionResult & rescaleBins (T scale)
Rescale the bin positions with a normalization (for example dimensionful).
void setBinWidths ()
UnbinnedRadialProjectionResult & sumInsteadOfAverage ()
std::string toString (int verbosity=0) const

Detailed Description

Upon call to finalize, constructs the parent vector, which you can use as you wish. This contains pairs for each value of the momentum, with the momentum (first) and the value result (second), as a RadialProjectionSingleDatum

Unit test: ctest -R test-unbinnedradialprojectionresult

Public Types Documentation

typedef floatType

using TempLat::UnbinnedRadialProjectionResult< T >::floatType =  typename GetFloatType<T>::type;

Public Functions Documentation

function UnbinnedRadialProjectionResult

inline TempLat::UnbinnedRadialProjectionResult::UnbinnedRadialProjectionResult (
    size_t nBins,
    bool pIsInFourier=false
)

function add_device

inline DEVICE_FORCEINLINE_FUNCTION void TempLat::UnbinnedRadialProjectionResult::add_device (
    device::Idx i,
    const T & value,
    const T & weight=(T) 1
) const

function finalize

RadialProjector calls this as the last step, does the transposition of the result vecotrs into one vector of RadialProjectionSingleBinAndValue<T>. 

inline UnbinnedRadialProjectionResult & TempLat::UnbinnedRadialProjectionResult::finalize (
    MPICommReference comm
)

function integrate

inline auto TempLat::UnbinnedRadialProjectionResult::integrate (
    bool dummy
)

function renormalizeBins

inline UnbinnedRadialProjectionResult & TempLat::UnbinnedRadialProjectionResult::renormalizeBins ()

function rescale

Rescale the results with a function of x or k (bin location), using for now a simple lambda function of single float parameter, which is your x in f(x). In other words, you give f(x). 

template<typename LL>
inline UnbinnedRadialProjectionResult & TempLat::UnbinnedRadialProjectionResult::rescale (
    LL rescaler
)

function rescaleBins

Rescale the bin positions with a normalization (for example dimensionful). 

inline UnbinnedRadialProjectionResult & TempLat::UnbinnedRadialProjectionResult::rescaleBins (
    T scale
)

function setBinWidths

inline void TempLat::UnbinnedRadialProjectionResult::setBinWidths ()

function sumInsteadOfAverage

inline UnbinnedRadialProjectionResult & TempLat::UnbinnedRadialProjectionResult::sumInsteadOfAverage ()

function toString

inline std::string TempLat::UnbinnedRadialProjectionResult::toString (
    int verbosity=0
) const

Friends Documentation

friend RadialProjector

template<typename S>
class TempLat::UnbinnedRadialProjectionResult::RadialProjector (
    RadialProjector
)

friend operator+

template<typename S>
UnbinnedRadialProjectionResult < S > TempLat::UnbinnedRadialProjectionResult::operator+ (
    const UnbinnedRadialProjectionResult < S > & a,
    const UnbinnedRadialProjectionResult < S > & b
)

friend operator<<

inline std::ostream & TempLat::UnbinnedRadialProjectionResult::operator<< (
    std::ostream & ostream,
    const UnbinnedRadialProjectionResult & rpr
)

The documentation for this class was generated from the following file cosmolatticeweb/tmp/code_source/templat/include/TempLat/lattice/measuringtools/projectionhelpers/unbinnedradialprojectionresult.h