Class Argos::ToFaceResult

ClassList > Argos > ToFaceResult

Stores the result of a bidirectional vertex-to-face or centroid-to-face distance computation. More...

• #include <ToFaceResult.h>

Public Functions

Type	Name
	ToFaceResult (std::vector< double > & result)
RangeView< AverageIterator >	average () const Lazy view of (mesh1[i] + mesh2[i]) / 2 .
RangeView< Average01Iterator >	average01 () const Lazy view of averages normalised to [0, 1].
RangeView< std::vector< double >::const_iterator >	mesh1 () const View into the mesh1→mesh2 distances.
RangeView< std::vector< double >::const_iterator >	mesh2 () const View into the mesh2→mesh1 distances.

Detailed Description

Contains two parallel distance vectors (one for each direction: mesh1→mesh2 and mesh2→mesh1), plus lazy iterators for the average and the normalised average.

Public Functions Documentation

function ToFaceResult

explicit Argos::ToFaceResult::ToFaceResult (
    std::vector< double > & result
) 

Parameters:

• result Interleaved distance vector: [d1_0, d2_0, d1_1, d2_1, ...]

---

function average

Lazy view of (mesh1[i] + mesh2[i]) / 2 .

RangeView < AverageIterator > Argos::ToFaceResult::average () const

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function average01

Lazy view of averages normalised to [0, 1].

RangeView < Average01Iterator > Argos::ToFaceResult::average01 () const

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function mesh1

View into the mesh1→mesh2 distances.

RangeView < std::vector< double >::const_iterator > Argos::ToFaceResult::mesh1 () const

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function mesh2

View into the mesh2→mesh1 distances.

RangeView < std::vector< double >::const_iterator > Argos::ToFaceResult::mesh2 () const

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The documentation for this class was generated from the following file include/structure/ToFaceResult.h