mln::labeling::impl Namespace Reference

Implementation namespace of labeling namespace. More...

Namespaces
namespace	generic
	Generic implementation namespace of labeling namespace.
Functions
template<typename A , typename I , typename L >
util::array< typename A::result >	compute_fastest (const Accumulator< A > &a_, const Image< I > &input_, const Image< L > &label_, const typename L::value &nlabels)
	Fastest implementation of labeling::compute.
template<typename A , typename I , typename L >
util::array< typename A::result >	compute_fastest (util::array< A > &accus, const Image< I > &input_, const Image< L > &label_, const typename L::value &nlabels)
	Fastest implementation of labeling::compute.

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Detailed Description

Implementation namespace of labeling namespace.

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Function Documentation

template<typename A , typename I , typename L >

util::array<typename A ::result> mln::labeling::impl::compute_fastest	(	const Accumulator< A > &	a_,
		const Image< I > &	input_,
		const Image< L > &	label_,
		const typename L::value &	nlabels
	)			[inline]

Fastest implementation of labeling::compute.

Parameters:

[in]	a_	An accumulator.
[in]	input_	The input image.
[in]	label_	The labeled image.
[in]	nlabels	The number of labels in label.

Returns:

A util::array of accumulator result (one result per label).

Definition at line 373 of file labeling/compute.hh.

References mln::geom::ncols().

template<typename A , typename I , typename L >

util::array<typename A ::result> mln::labeling::impl::compute_fastest	(	util::array< A > &	accus,
		const Image< I > &	input_,
		const Image< L > &	label_,
		const typename L::value &	nlabels
	)			[inline]

Fastest implementation of labeling::compute.

Parameters:

[in]	accus	An array of accumulators.
[in]	input_	The input image.
[in]	label_	The labeled image.
[in]	nlabels	The number of labels in label.

Returns:

A util::array of accumulator result (one result per label).

Definition at line 427 of file labeling/compute.hh.

References mln::geom::ncols(), mln::util::array< T >::resize(), and mln::util::array< T >::size().