Coverage for yaptide/converter/converter/fluka/helper_parsers/detector_parser.py: 100%
57 statements
« prev ^ index » next coverage.py v7.4.4, created at 2024-07-01 12:55 +0000
1from dataclasses import dataclass
4@dataclass
5class MeshDetector:
6 """Class representing detector with cartesian mesh coordinates"""
8 name: str
9 x_min: float
10 x_max: float
11 x_bins: int
12 y_min: float
13 y_max: float
14 y_bins: int
15 z_min: float
16 z_max: float
17 z_bins: int
20@dataclass
21class CylinderDetector:
22 """Class representing detector with in shape of cylinder"""
24 name: str
25 x: float
26 y: float
27 r_min: float
28 r_max: float
29 z_min: float
30 z_max: float
31 r_bins: int
32 z_bins: int
33 phi_bins: int
36def get_min_coord(center: float, size: float) -> float:
37 """Returns minimal coordinate basing on center and size"""
38 return center - size / 2
41def parse_mesh_detector(detector_dict: dict) -> MeshDetector:
42 """Creates detector from dictionary"""
43 geometry_data = detector_dict['geometryData']
44 parameters = geometry_data['parameters']
46 depth = parameters['depth']
47 height = parameters['height']
48 width = parameters['width']
50 x_min = get_min_coord(geometry_data['position'][0], width)
51 y_min = get_min_coord(geometry_data['position'][1], height)
52 z_min = get_min_coord(geometry_data['position'][2], depth)
54 x_max = x_min + width
55 y_max = y_min + height
56 z_max = z_min + depth
58 x_bins = parameters['xSegments']
59 y_bins = parameters['ySegments']
60 z_bins = parameters['zSegments']
62 return MeshDetector(
63 name=detector_dict['name'],
64 x_min=x_min,
65 y_min=y_min,
66 z_min=z_min,
67 x_max=x_max,
68 y_max=y_max,
69 z_max=z_max,
70 x_bins=x_bins,
71 y_bins=y_bins,
72 z_bins=z_bins
73 )
76def parse_cylinder_detector(detector_dict: dict) -> 'CylinderDetector':
77 """Creates detector from dictionary"""
78 geometry_data = detector_dict['geometryData']
79 parameters = geometry_data['parameters']
81 x = geometry_data['position'][0]
82 y = geometry_data['position'][1]
84 r_min = parameters['innerRadius']
85 r_max = parameters['radius']
87 depth = parameters['depth']
88 z_min = get_min_coord(geometry_data['position'][2], depth)
89 z_max = z_min + depth
91 r_bins = parameters['radialSegments']
92 z_bins = parameters['zSegments']
94 # default from fluka documentation, not provided in json dict
95 phi_bins = 1
97 return CylinderDetector(
98 name=detector_dict['name'],
99 x=x,
100 y=y,
101 r_min=r_min,
102 r_max=r_max,
103 z_min=z_min,
104 z_max=z_max,
105 r_bins=r_bins,
106 z_bins=z_bins,
107 phi_bins=phi_bins
108 )