NumCpp
2.12.1
A Templatized Header Only C++ Implementation of the Python NumPy Library
ENUtoAER.hpp
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#pragma once
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#include "
NumCpp/Coordinates/ReferenceFrames/AER.hpp
"
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#include "
NumCpp/Coordinates/ReferenceFrames/ENU.hpp
"
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#include "
NumCpp/Coordinates/Transforms/ENUtoNED.hpp
"
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#include "
NumCpp/Coordinates/Transforms/NEDtoAER.hpp
"
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namespace
nc::coordinates::transforms
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{
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[[nodiscard]]
inline
reference_frames::AER
ENUtoAER
(
const
reference_frames::ENU
& target)
noexcept
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{
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return
NEDtoAER
(
ENUtoNED
(target));
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}
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}
// namespace nc::coordinates::transforms
AER.hpp
ENU.hpp
ENUtoNED.hpp
NEDtoAER.hpp
nc::coordinates::reference_frames::AER
Az, El, Range coordinates.
Definition:
AER.hpp:42
nc::coordinates::reference_frames::ENU
East North Up coordinates.
Definition:
ENU.hpp:40
nc::coordinates::transforms
Definition:
AERtoECEF.hpp:38
nc::coordinates::transforms::ENUtoAER
reference_frames::AER ENUtoAER(const reference_frames::ENU &target) noexcept
Converts the ENU coordinates to 2d speherical inertial coordinates. Range is not used....
Definition:
ENUtoAER.hpp:45
nc::coordinates::transforms::ENUtoNED
reference_frames::NED ENUtoNED(const reference_frames::ENU &point) noexcept
Converts ENU to NED.
Definition:
ENUtoNED.hpp:41
nc::coordinates::transforms::NEDtoAER
reference_frames::AER NEDtoAER(const reference_frames::NED &target) noexcept
Converts the Cartesian XYZ (NED) coordinates to 2d speherical inertial coordinates....
Definition:
NEDtoAER.hpp:46
include
NumCpp
Coordinates
Transforms
ENUtoAER.hpp
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