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Examples
include
lvr2
io
yaml
HyperspectralCamera.hpp
Go to the documentation of this file.
1
2
#ifndef LVR2_IO_YAML_HYPERSPECTRALCAMERAMETA_IO_HPP
3
#define LVR2_IO_YAML_HYPERSPECTRALCAMERAMETA_IO_HPP
4
5
#include "
MatrixIO.hpp
"
6
#include "
lvr2/types/ScanTypes.hpp
"
7
8
#include <yaml-cpp/yaml.h>
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10
namespace
YAML
11
{
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19
// WRITE HYPERSPECTRALCAMERA PARTIALLY
20
template
<>
21
struct
convert
<
lvr2
::HyperspectralCamera>
22
{
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27
static
Node
encode
(
const
lvr2::HyperspectralCamera
& camera)
28
{
29
Node node;
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node[
"sensor_type"
] =
lvr2::HyperspectralCamera::sensorType
;
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node[
"focalLength"
] = camera.
focalLength
;
34
node[
"offsetAngle"
] = camera.
offsetAngle
;
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36
node[
"extrinsics"
] = camera.
extrinsics
;
37
node[
"extrinsicsEstimate"
] = camera.
extrinsicsEstimate
;
38
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node[
"principal"
] = Load(
"[]"
);
40
node[
"principal"
].push_back(camera.
principal
[0]);
41
node[
"principal"
].push_back(camera.
principal
[1]);
42
node[
"principal"
].push_back(camera.
principal
[2]);
43
44
node[
"distortion"
] = Load(
"[]"
);
45
node[
"distortion"
].push_back(camera.
principal
[0]);
46
node[
"distortion"
].push_back(camera.
principal
[1]);
47
node[
"distortion"
].push_back(camera.
principal
[2]);
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return
node;
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}
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static
bool
decode
(
const
Node& node,
lvr2::HyperspectralCamera
& camera)
53
{
54
55
if
(node[
"sensor_type"
].as<std::string>() !=
lvr2::HyperspectralCamera::sensorType
)
56
{
57
return
false
;
58
}
59
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camera.
focalLength
= node[
"focalLength"
].as<
double
>();
61
camera.
offsetAngle
= node[
"offsetAngle"
].as<
double
>();
62
camera.
extrinsics
= node[
"extrinsics"
].as<
lvr2::Extrinsicsd
>();
63
camera.
extrinsicsEstimate
= node[
"extrinsicsEstimate"
].as<
lvr2::Extrinsicsd
>();
64
65
camera.
principal
[0] = node[
"principal"
][0].as<
double
>();
66
camera.
principal
[1] = node[
"principal"
][1].as<
double
>();
67
camera.
principal
[2] = node[
"principal"
][1].as<
double
>();
68
69
camera.
distortion
[0] = node[
"distortion"
][0].as<
double
>();
70
camera.
distortion
[1] = node[
"distortion"
][1].as<
double
>();
71
camera.
distortion
[2] = node[
"distortion"
][1].as<
double
>();
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return
true
;
74
}
75
};
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}
// namespace YAML
78
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#endif // LVR2_IO_YAML_HYPERSPECTRALCAMERAMETA_IO_HPP
YAML::convert< lvr2::HyperspectralCamera >::encode
static Node encode(const lvr2::HyperspectralCamera &camera)
Definition:
HyperspectralCamera.hpp:27
lvr2::HyperspectralCamera::sensorType
static constexpr char sensorType[]
Sensor type flag.
Definition:
ScanTypes.hpp:245
lvr2::HyperspectralCamera
Definition:
ScanTypes.hpp:238
lvr2::HyperspectralCamera::extrinsics
Extrinsicsd extrinsics
Camera model.
Definition:
ScanTypes.hpp:251
lvr2::HyperspectralCamera::focalLength
double focalLength
Focal length.
Definition:
ScanTypes.hpp:257
YAML
Definition:
LSROptionsYamlExtensions.hpp:42
lvr2::Extrinsicsd
Extrinsics< double > Extrinsicsd
4x4 extrinsic calibration (double precision)
Definition:
MatrixTypes.hpp:91
ScanTypes.hpp
lvr2::HyperspectralCamera::principal
Vector3d principal
Principal x, y, z.
Definition:
ScanTypes.hpp:263
lvr2::convert
void convert(COORD_SYSTEM from, COORD_SYSTEM to, float *point)
Definition:
CoordinateTransform.cpp:46
YAML::convert< lvr2::HyperspectralCamera >::decode
static bool decode(const Node &node, lvr2::HyperspectralCamera &camera)
Definition:
HyperspectralCamera.hpp:52
lvr2::HyperspectralCamera::distortion
Vector3d distortion
Distortion.
Definition:
ScanTypes.hpp:266
MatrixIO.hpp
lvr2
Definition:
BaseBufferManipulators.hpp:39
lvr2::HyperspectralCamera::extrinsicsEstimate
Extrinsicsd extrinsicsEstimate
Extrinsics estimate.
Definition:
ScanTypes.hpp:254
lvr2::HyperspectralCamera::offsetAngle
double offsetAngle
Offset angle.
Definition:
ScanTypes.hpp:260
lvr2
Author(s): Thomas Wiemann
, Sebastian Pütz
, Alexander Mock
, Lars Kiesow
, Lukas Kalbertodt
, Tristan Igelbrink
, Johan M. von Behren
, Dominik Feldschnieders
, Alexander Löhr
autogenerated on Wed Mar 2 2022 00:37:23