GiftsGbmDetectors

class gdt.missions.gifts.detectors.GiftsGbmDetectors(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: Detectors

The GIFTS and GBM Detector name and orientation definitions.

This is used for analysis that combines both detectors e.g. localization plots.

Attributes Summary

azimuth	The azimuth of the detector normal
elevation	The elevation of the detector normal
full_name	The full detector name
number	The detector number
zenith	The zenith of the detector normal

Methods Summary

from_full_name(full_name)	Create a Detector from the full detector name
from_num(num)	Create a Detector from an index number
from_str(value)	Create a Detector from a short string name
pointing()	The detector pointing in azimuth and zenith
skycoord(frame)	Return an Astropy SkyCoord of the detector pointing in the SpacecraftFrame.

Attributes Documentation

azimuth

The azimuth of the detector normal

Type:

(float)

elevation

The elevation of the detector normal

Type:

(float)

full_name

The full detector name

Type:

(str)

number

The detector number

Type:

(int)

zenith

The zenith of the detector normal

Type:

(float)

Methods Documentation

classmethod from_full_name(full_name)

Create a Detector from the full detector name

Parameters:

full_name (str) – The full name of the detector

Returns:

(Detector)

classmethod from_num(num)

Create a Detector from an index number

Parameters:

num (int) – The index number

Returns:

(Detector)

classmethod from_str(value)

Create a Detector from a short string name

Parameters:

value (str) – The detector name

Returns:

(Detector)

pointing()

The detector pointing in azimuth and zenith

Returns:

(float, float)

skycoord(frame)

Return an Astropy SkyCoord of the detector pointing in the SpacecraftFrame.

Parameters:

frame (SpacecraftFrame) – The spacecraft frame

Returns:

(astropy.coordinates.SkyCoord)

Attributes Summary

G0
G1
G2
G3
G4
G5
b0
b1
n0
n1
n2
n3
n4
n5
n6
n7
n8
n9
na
nb

Attributes Documentation

G0 = ('G0', 0, <Quantity 247.824 deg>, <Quantity 43.958 deg>)

G1 = ('G1', 1, <Quantity 180. deg>, <Quantity 20. deg>)

G2 = ('G2', 2, <Quantity 112.176 deg>, <Quantity 43.958 deg>)

G3 = ('G3', 3, <Quantity 67.824 deg>, <Quantity 43.958 deg>)

G4 = ('G4', 4, <Quantity 0. deg>, <Quantity 20. deg>)

G5 = ('G5', 5, <Quantity 292.176 deg>, <Quantity 43.958 deg>)

b0 = ('BGO_00', 12, <Quantity 0. deg>, <Quantity 90. deg>)

b1 = ('BGO_01', 13, <Quantity 180. deg>, <Quantity 90. deg>)

n0 = ('NAI_00', 0, <Quantity 45.89 deg>, <Quantity 20.58 deg>)

n1 = ('NAI_01', 1, <Quantity 45.11 deg>, <Quantity 45.31 deg>)

n2 = ('NAI_02', 2, <Quantity 58.44 deg>, <Quantity 90.21 deg>)

n3 = ('NAI_03', 3, <Quantity 314.87 deg>, <Quantity 45.24 deg>)

n4 = ('NAI_04', 4, <Quantity 303.15 deg>, <Quantity 90.27 deg>)

n5 = ('NAI_05', 5, <Quantity 3.35 deg>, <Quantity 89.79 deg>)

n6 = ('NAI_06', 6, <Quantity 224.93 deg>, <Quantity 20.43 deg>)

n7 = ('NAI_07', 7, <Quantity 224.62 deg>, <Quantity 46.18 deg>)

n8 = ('NAI_08', 8, <Quantity 236.61 deg>, <Quantity 89.97 deg>)

n9 = ('NAI_09', 9, <Quantity 135.19 deg>, <Quantity 45.55 deg>)

na = ('NAI_10', 10, <Quantity 123.73 deg>, <Quantity 90.42 deg>)

nb = ('NAI_11', 11, <Quantity 183.74 deg>, <Quantity 90.32 deg>)