ndarray Namespace Reference

Functions
template<typename T , int inA, int inB>
details::FlatNdGetter< T >	ndFlat (ndarray::Array< T, inA, inB > const &array)
	Marks a ndarray to be interpreted as a 1D vector when applying a functor from a SpanSet. More...
template<typename T , int inA, int inB>
details::ImageNdGetter< T, inA, inB >	ndImage (ndarray::Array< T, inA, inB > const &array, afwGeom::Point2I xy0=afwGeom::Point2I())
	Marks a ndarray to be interpreted as an image when applying a functor from a SpanSet. More...

Function Documentation

template<typename T , int inA, int inB>

details::FlatNdGetter<T> ndarray::ndFlat

(

ndarray::Array< T, inA, inB > const &

array

)

Marks a ndarray to be interpreted as a 1D vector when applying a functor from a SpanSet.

Parameters

array

- ndarray which will be used in functor calls

Template Parameters

T	- The datatype of a pixel in the ndarray
inA	- The number of dimensions of the array
inB	- Number of guaranteed row-major contiguous dimensions, starting from the end

Definition at line 289 of file SpanSetFunctorGetters.h.

                                                                           {
        // Function to mark a ndarray to be treated as a flat vector by the applyFunctor method
        return details::FlatNdGetter<T>(array);
    }

template<typename T , int inA, int inB>

details::ImageNdGetter<T, inA, inB> ndarray::ndImage	(	ndarray::Array< T, inA, inB > const &	array,
		afwGeom::Point2I	xy0 = afwGeom::Point2I()
	)

Marks a ndarray to be interpreted as an image when applying a functor from a SpanSet.

Parameters

array

- ndarray which will be used in functor calls

Template Parameters

T	- The datatype of a pixel in the ndarray
inA	- The number of dimensions of the array
inB	- Number of guaranteed row-major contiguous dimensions, starting from the end

Definition at line 303 of file SpanSetFunctorGetters.h.

                                                                                       {
        // Function to mark a ndarray to be treated as a 2D image by the applyFunctor method
        return details::ImageNdGetter<T, inA, inB>(array, xy0);
    }