def __init__(self):
# Get it started
super(KECKHIRESRSpectrograph, self).__init__()
self.spectrograph = 'keck_hires_red'
self.camera = 'HIRES_R'
self.detector = [
# Detector 1 B
pypeitpar.DetectorPar(dataext = 1,
specaxis = 0, # Device is fussed with by the image reader
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.191,
darkcurr = 0.0,
saturation = 65535.,
nonlinear = 0.86,
numamplifiers = 1,
gain = 0.78, # high gain, low gain 1.9
ronoise = 2.8,
suffix = '_01'
),
# Detector 2
pypeitpar.DetectorPar(dataext = 2,
specaxis = 0,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.191,
darkcurr = 0.0,
saturation = 65535.,
nonlinear = 0.86,
numamplifiers = 1,
gain = 0.86, # high gain, low gain 2.2
ronoise = 3.1,
suffix = '_02'
),
# Detector 3
pypeitpar.DetectorPar(dataext = 3,
specaxis = 0,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.191,
darkcurr = 0.0,
saturation = 65535.,
nonlinear = 0.86,
numamplifiers = 1,
gain = 0.84, # high gain, low gain 2.2
ronoise = 3.1,
suffix = '_03'
),
]
self.numhead = 4
def __init__(self):
# Get it started
super(KeckLRISBSpectrograph, self).__init__()
self.spectrograph = 'keck_lris_blue'
self.camera = 'LRISb'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext = 1,
specaxis = 0,
specflip = False,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.135,
darkcurr = 0.0,
saturation = 65535.,
nonlinear = 0.86,
numamplifiers = 2,
gain = [1.55, 1.56],
ronoise = [3.9, 4.2],
datasec = ['',''],
oscansec = ['',''],
suffix = '_01blue'
),
#Detector 2
pypeitpar.DetectorPar(
dataext = 2,
specaxis = 0,
specflip = False,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.135,
darkcurr = 0.,
saturation = 65535.,
nonlinear = 0.86,
numamplifiers = 2,
gain = [1.63, 1.70],
ronoise = [3.6, 3.6],
datasec = ['',''],
oscansec = ['',''],
suffix = '_02blue'
)]
self.numhead = 5
# Uses default timeunit
# Uses default primary_hdrext
self.sky_file = 'sky_LRISb_600.fits'
def __init__(self):
# Get it started
super(LBTMODS1RSpectrograph, self).__init__()
self.spectrograph = 'lbt_mods1r'
self.camera = 'MODS1R'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext = 0,
specaxis = 0,
specflip = False,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.123,
darkcurr = 0.4,
saturation = 65535.,
nonlinear = 0.99,
numamplifiers = 4,
gain = [2.38,2.50,2.46,2.81],
ronoise = [3.78,4.04,4.74,4.14],
#datasec = '[:, 49:8240]',
#oscansec = '[:, 8240:]',
suffix = '_mods1r'
)]
self.numhead = 1
def __init__(self):
# Get it started
super(MagellanFIREEchelleSpectrograph, self).__init__()
#TODO Rename this magallen_fire_echelle??
self.spectrograph = 'magellan_fire'
self.camera = 'FIRE'
self.numhead = 1
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=0,
specaxis=1,
specflip=True,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.18,
darkcurr=0.01,
#saturation = 20000., # high gain is 20000 ADU, low gain is 32000 ADU
saturation=100000., # This is an arbitrary value.
nonlinear=1.0, # high gain mode, low gain is 0.875
numamplifiers=1,
gain=1.2, # high gain mode, low gain is 3.8 e-/DN
ronoise=
5.0, # for high gain mode and SUTR read modes with exptime ~ 900s
datasec='[5:2044,5:2044]',
oscansec='[5:2044,:5]'
#datasec = '[:,:]',
#oscansec = '[:,:]'
)
]
def __init__(self):
# Get it started
super(MagellanFIRELONGSpectrograph, self).__init__()
self.spectrograph = 'magellan_fire_long'
self.camera = 'FIRE'
self.numhead = 1
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=0,
specaxis=0,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.15,
darkcurr=0.01,
saturation=
320000., #32000 for low gain, I set to a higher value to keep data in K-band
nonlinear=0.875,
numamplifiers=1,
gain=3.8,
ronoise=6.0, # SUTR readout mode with exposure~600s
datasec='[5:2044, 900:1250]',
oscansec='[:5, 900:1250]')
]
def __init__(self):
# Get it started
super(WHTISISRedSpectrograph, self).__init__()
self.spectrograph = 'wht_isis_red'
self.camera = 'ISISr'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext = 1,
specaxis = 0,
specflip = False,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.22,
darkcurr = 0.0,
saturation = 65535.,
nonlinear = 0.76,
numamplifiers = 1,
gain = 0.98,
ronoise = 4.0,
datasec = '[:,:]',
oscansec = None,
suffix = '_red'
)]
self.numhead = 2
def __init__(self):
# Get it started
super(ShaneKastRedRetSpectrograph, self).__init__()
self.spectrograph = 'shane_kast_red_ret'
# WARNING: This is not unique wrt ShaneKastRed...
self.camera = 'KASTr'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=0,
specaxis=1,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.774,
darkcurr=0.0,
saturation=
120000., # JFH adjusted to this level as the flat are otherwise saturated
nonlinear=0.76,
numamplifiers=1,
gain=3.0,
ronoise=12.5,
datasec='[:,1:1200]',
oscansec='[:,1203:1232]',
suffix='_red')
]
# TODO: Can we change suffix to be unique wrt ShaneKastRed?
self.numhead = 1
def __init__(self):
# Get it started
super(LBTMODS2BSpectrograph, self).__init__()
self.spectrograph = 'lbt_mods2b'
self.camera = 'MODS2B'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(dataext=0,
specaxis=1,
specflip=True,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.120,
darkcurr=0.5,
saturation=65535.,
nonlinear=0.99,
numamplifiers=1,
gain=2.0,
ronoise=3.7,
datasec='[1:8288,1:3088]',
oscansec='[8250:,:]',
suffix='_mods2b')
]
self.numhead = 1
def __init__(self):
# Get it started
super(ShaneKastRedSpectrograph, self).__init__()
self.spectrograph = 'shane_kast_red'
self.camera = 'KASTr'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext = 0,
specaxis = 0,
specflip = False,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.43,
darkcurr = 0.0,
saturation = 65535.,
nonlinear = 0.76,
numamplifiers = 2,
gain = [1.9, 1.9],
ronoise = [3.8, 3.8],
datasec = ['[40:102,:]', '[103:347,:]'],
oscansec = ['[425:522,:]', '[524:610,:]'],
suffix = '_red'
)]
self.numhead = 1
def __init__(self):
# Get it started
super(MagellanFIRESpectrograph, self).__init__()
self.spectrograph = 'magellan_fire'
self.telescope = telescopes.MagellanTelescopePar()
self.camera = 'FIRE'
self.numhead = 1
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext = 0,
specaxis = 1,
specflip = True,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.15,
darkcurr = 0.01,
saturation = 20000., # high gain mode, low gain is 32000
nonlinear = 1.0, # high gain mode, low gain is 0.875
numamplifiers = 1,
gain = 1.2, # high gain mode, low gain is 3.8 e-/DN
ronoise = 5.0, # for high gain mode and SUTR read modes with exptime ~ 900s
datasec = '[1:2048,1:2048]',
oscansec = '[:,:4]'
)]
def __init__(self):
# TODO: NEED TO CHECK ORIENTATION OF DATASEC AND OSCANSEC ARE
# CORRECT!!!!
# Get it started
super(ShaneKastRedSpectrograph, self).__init__()
self.spectrograph = 'shane_kast_red'
self.camera = 'KASTr'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(dataext=0,
specaxis=0,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.43,
darkcurr=0.0,
saturation=65535.,
nonlinear=0.76,
numamplifiers=2,
gain=[1.9, 1.9],
ronoise=[3.8, 3.8],
datasec=['[:,2:511]', '[:,513:525]'],
oscansec=['[:,527:625]', '[:,627:725]'],
suffix='_red')
]
self.numhead = 1
def __init__(self):
# Get it started
super(KeckNIRESSpectrograph, self).__init__()
self.spectrograph = 'keck_nires'
self.telescope = telescopes.KeckTelescopePar()
self.camera = 'NIRES'
self.numhead = 3
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
specaxis=1,
specflip=True,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.15,
darkcurr=0.01,
saturation=
1e6, # I'm not sure we actually saturate with the DITs???
nonlinear=0.76,
numamplifiers=1,
gain=3.8,
ronoise=5.0,
datasec='[:,:]',
oscansec='[980:1024,:]' # Is this a hack??
)
]
def __init__(self):
# Get it started
super(GeminiGNIRSSpectrograph, self).__init__()
self.spectrograph = 'gemini_gnirs'
self.telescope = telescopes.GeminiNTelescopePar()
self.camera = 'GNIRS'
self.numhead = 2
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=1,
specaxis=0,
specflip=True,
spatflip=True,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.15,
darkcurr=0.15,
saturation=150000.,
nonlinear=0.71,
numamplifiers=1,
gain=13.5,
ronoise=7.0,
datasec='[:,:]', #'[1:1024,1:1022]',
oscansec='[:,:]', #'[1:1024,1:1022]'
)
]
def __init__(self):
# Get it started
super(VLTXShooterVISSpectrograph, self).__init__()
self.spectrograph = 'vlt_xshooter_vis'
self.camera = 'XShooter_VIS'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=0,
specaxis=0,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=
0.16, # average from order 17 and order 30, see manual
darkcurr=0.0,
saturation=65535.,
nonlinear=0.86,
numamplifiers=1,
gain=
0.595, # FITS format is flipped: PrimaryHDU (2106, 4000) w/respect to Python
ronoise=3.1, # raw unbinned images are (4000,2106) (spec, spat)
datasec=
'[:,11:2058]', # pre and oscan are in the spatial direction
oscansec='[:,2059:2106]',
suffix='_VIS')
]
self.numhead = 1
def __init__(self):
# Get it started
super(VLTXShooterUVBSpectrograph, self).__init__()
self.spectrograph = 'vlt_xshooter_uvb'
self.camera = 'XShooter_UVB'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=0,
specaxis=0,
specflip=True,
spatflip=True,
xgap=0.,
ygap=0.,
ysize=1.,
# average from order 14 and order 24, see manual
platescale=0.161,
darkcurr=0.0,
saturation=65000.,
nonlinear=0.86,
numamplifiers=1,
gain=1.61,
ronoise=2.60,
datasec='[:,49:2096]', # '[49:2000,1:2999]',
oscansec='[:,1:48]', # '[1:48, 1:2999]',
suffix='_UVB')
]
self.numhead = 1
def __init__(self):
# Get it started
super(LBTLUCI2Spectrograph, self).__init__()
self.spectrograph = 'lbt_luci2'
self.camera = 'LUCI2'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=0,
specaxis=1,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.25,
darkcurr=0.0,
# Saturation is 55000, but will be set to dummy value for
# now
saturation=1e+8,
nonlinear=0.80,
numamplifiers=1,
gain=2.0,
# ronoise = 10.0,
ronoise=4.47,
datasec='[5:2044,5:2044]',
oscansec='[5:2044,1:4]',
suffix='_luci2')
]
self.numhead = 1
def __init__(self):
# Get it started
super(VLTXShooterNIRSpectrograph, self).__init__()
self.spectrograph = 'vlt_xshooter_nir'
self.camera = 'XShooter_NIR'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=0,
specaxis=1,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.197, # average between order 11 & 30, see manual
darkcurr=0.0,
saturation=
2.0e5, # I think saturation may never be a problem here since there are many DITs
nonlinear=0.86,
numamplifiers=1,
gain=2.12, #
ronoise=
8.0, # ?? more precise value? #TODO the read noise is exposure time dependent and should be grabbed from header
datasec='[4:2044,4:]', # These are all unbinned pixels
# EMA: No real overscan for XSHOOTER-NIR:
# See Table 6 in http://www.eso.org/sci/facilities/paranal/instruments/xshooter/doc/VLT-MAN-ESO-14650-4942_P103v1.pdf
# The overscan region below contains only zeros
# ToDo should we just set it as empty?
oscansec='[4:2044,1:3]', # These are all unbinned pixels.
suffix='_NIR')
]
self.numhead = 1
def __init__(self):
# Get it started
super(KeckNIRSPECSpectrograph, self).__init__()
self.telescope = telescopes.KeckTelescopePar()
self.camera = 'NIRSPEC'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext = 0,
specaxis = 0,
specflip = False,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.193,
darkcurr = 0.8,
saturation = 100000.,
nonlinear = 1.00, # docs say linear to 90,000 but our flats are usually higher
numamplifiers = 1,
gain = 5.8,
ronoise = 23,
datasec = '[:,:]',
oscansec = '[:,:]'
)]
self.numhead = 1
def __init__(self):
# Get it started
super(KeckMOSFIRESpectrograph, self).__init__()
self.telescope = telescopes.KeckTelescopePar()
self.spectrograph = 'keck_mosfire'
self.camera = 'MOSFIRE'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=0,
specaxis=1,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.193,
darkcurr=0.8,
saturation=1e9, # ADU, this is hacked for now
nonlinear=
1.00, # docs say linear to 90,000 but our flats are usually higher
numamplifiers=1,
gain=2.15, # Taken from MOSFIRE detector webpage
ronoise=
5.8, # This is for 16 non-destructuve reads, the default readout mode
datasec='[:,:]',
oscansec='[:,:]')
]
self.numhead = 1
def __init__(self):
super(TNGDoloresSpectrograph, self).__init__()
self.spectrograph = 'tng_dolores'
self.telescope = telescopes.TNGTelescopePar()
self.camera = 'DOLORES'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext = 0,
specaxis = 1,
specflip = False,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.252,
darkcurr = 0.0,
saturation = 65535.,
nonlinear = 0.76,
numamplifiers = 1,
gain = 0.97,
ronoise = 9.0,
datasec = '[51:,1:2045]',
oscansec = '[51:,2054:]',
suffix = '_lrr'
)]
self.numhead = 1
# Uses default primary_hdrext
self.timeunit = 'isot'
def __init__(self):
# Get it started
super(GeminiFLAMINGOS2Spectrograph, self).__init__()
self.spectrograph = 'gemini_flamingos2'
self.camera = 'FLAMINGOS'
self.numhead = 2
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext = 1,
specaxis = 0,
specflip = True,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.1787,
darkcurr = 0.5,
saturation = 700000., #155400.,
nonlinear = 1.0,
numamplifiers = 1,
gain = 4.44,
ronoise = 5.0, #8 CDS read
datasec = '[:,:]',
oscansec = '[:,:]'
)]
def __init__(self):
# Get it started
super(ShaneKastBlueSpectrograph, self).__init__()
self.spectrograph = 'shane_kast_blue'
self.camera = 'KASTb'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=0,
specaxis=1,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.43,
darkcurr=0.0,
saturation=65535.,
nonlinear=0.76,
numamplifiers=2,
gain=[1.2, 1.2],
ronoise=[3.7, 3.7],
datasec=[
'[:, 1:1024]', '[:, 1025:2048]'
], # These are rows, columns on the raw frame, 1-indexed
oscansec=['[:, 2050:2080]', '[:, 2081:2111]'],
suffix='_blue')
]
self.numhead = 1
# Uses timeunit from parent class
# Uses default primary_hdrext
self.sky_file = 'sky_kastb_600.fits'
def __init__(self):
# Get it started
super(MagellanMAGESpectrograph, self).__init__()
self.spectrograph = 'magellan_mage'
self.camera = 'magellan_mage'
self.telescope = telescopes.MagellanTelescopePar()
self.numhead = 1
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=0,
specaxis=1,
specflip=True,
xgap=0.,
ygap=0.,
ysize=1.,
# plate scale in arcsec/pixel
platescale=0.3,
# electrons/pixel/hour. From: http://www.lco.cl/telescopes-information/magellan/instruments/mage/the-mage-spectrograph-user-manual
darkcurr=1.00,
saturation=65535.,
# CCD is linear to better than 0.5 per cent up to digital saturation (65,536 DN including bias) in the Fast readout mode.
nonlinear=0.99,
numamplifiers=1,
gain=1.02, # depends on the readout
ronoise=2.9, # depends on the readout
datasec='[1:1024, 1:2048]',
oscansec='[1:1024, 2049:2176]',
)
]
# Taken from the MASE paper: https://arxiv.org/pdf/0910.1834.pdf
self.norders = 15 # 20-6
def __init__(self):
# Get it started
super(WHTISISBlueSpectrograph, self).__init__()
self.spectrograph = 'wht_isis_blue'
self.telescope = telescopes.WHTTelescopePar()
self.camera = 'ISISb'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext = 1,
specaxis = 0,
specflip = False,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.225,
darkcurr = 0.0,
saturation = 65535.,
nonlinear = 0.76,
numamplifiers = 1,
gain = 1.2,
ronoise = 5.0,
datasec = '[:,2:4030]',
oscansec = None,
suffix = '_blue'
)]
self.numhead = 2
def set_detector(self, chip):
detectors = [
# Detector 1 (Thor) -- http://www.eso.org/sci/php/optdet/instruments/fors2/index.html
pypeitpar.DetectorPar(
dataext=0,
specaxis=1,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.126, # average between order 11 & 30, see manual
darkcurr=0.0,
saturation=
2.0e5, # I think saturation may never be a problem here since there are many DITs
nonlinear=0.80,
numamplifiers=1,
gain=0.70,
ronoise=2.9, # High gain
datasec='[:,10:]', # For 1x binning, I think
oscansec='[:,0:10]',
suffix='_Thor'),
# Detector 2 (Belenos)
pypeitpar.DetectorPar(
dataext=0,
specaxis=1,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.126, # average between order 11 & 30, see manual
darkcurr=0.0,
saturation=
2.0e5, # I think saturation may never be a problem here since there are many DITs
nonlinear=0.80,
numamplifiers=1,
gain=0.70,
ronoise=3.0, # High gain
datasec='[20:,0:2048]',
oscansec='[4:20,4:2044]',
suffix='_Belenos')
]
if chip == 'CHIP1':
self.detector = [detectors[0]]
elif chip == 'CHIP2':
debugger.set_trace() # NEED TO SET DATASEC
self.detector = [detectors[1]]
def __init__(self):
# Get it started
super(KeckLRISRSpectrograph, self).__init__()
self.spectrograph = 'keck_lris_red_longonly'
self.camera = 'LRISr'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext =1,
specaxis =0,
specflip = False,
xgap =0.,
ygap =0.,
ysize =1.,
platescale =0.135,
darkcurr =0.0,
saturation =65535., # Gain applied
nonlinear =0.86, # Modified by JXP to go higher
numamplifiers =1,
gain =[1.255],
ronoise =[4.64],
datasec = ['',''],
oscansec = ['',''],
suffix ='_01red'
),
#Detector 2
pypeitpar.DetectorPar(
dataext =2,
specaxis =0,
specflip = False,
xgap =0.,
ygap =0.,
ysize =1.,
platescale =0.135,
darkcurr =0.,
saturation =65535., # Gain applied
nonlinear =0.86,
numamplifiers =1,
gain =[1.162],
ronoise =[4.62],
datasec = ['',''],
oscansec = ['',''],
suffix ='_02red'
)]
self.numhead = 3
def __init__(self):
# Get it started
super(KeckLRISRSpectrograph, self).__init__()
self.spectrograph = 'keck_lris_red'
self.camera = 'LRISr'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext =1,
specaxis =0,
specflip = False,
xgap =0.,
ygap =0.,
ysize =1.,
platescale =0.135,
darkcurr =0.0,
saturation =65535.,
nonlinear =0.76,
numamplifiers =2,
gain =[1.255, 1.18],
ronoise =[4.64, 4.76],
datasec = ['',''], # These are provided by read_lris
oscansec = ['',''],
suffix ='_01red'
),
#Detector 2
pypeitpar.DetectorPar(
dataext =2,
specaxis =0,
specflip = False,
xgap =0.,
ygap =0.,
ysize =1.,
platescale =0.135,
darkcurr =0.,
saturation =65535.,
nonlinear =0.76,
numamplifiers =2,
gain =[1.191, 1.162],
ronoise =[4.54, 4.62],
datasec = ['',''], # These are provided by read_lris
oscansec = ['',''],
suffix ='_02red'
)]
self.numhead = 5
def __init__(self):
# Get it started
super(MMTBINOSPECSpectrograph, self).__init__()
self.spectrograph = 'mmt_binospec'
self.telescope = telescopes.MMTTelescopePar()
self.camera = 'BINOSPEC'
self.numhead = 11
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=1,
specaxis=0,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.24,
darkcurr=3.0, ##ToDO: To Be update
saturation=65535.,
nonlinear=0.95, #ToDO: To Be update
numamplifiers=4,
gain=[1.085, 1.046, 1.042, 0.975],
ronoise=[3.2] * 4,
suffix='_01'),
# Detector 2
pypeitpar.DetectorPar(
dataext=2,
specaxis=0,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.24,
darkcurr=3.0, ##ToDO: To Be update
saturation=65535.,
nonlinear=0.95, #ToDO: To Be update
numamplifiers=4,
gain=[1.028, 1.163, 1.047, 1.045],
ronoise=[3.2] * 4,
suffix='_02')
]
def __init__(self):
# Get it started
super(LBTLUCI1Spectrograph, self).__init__()
self.spectrograph = 'lbt_luci1'
self.camera = 'LUCI1'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext=0,
specaxis=1,
specflip=False,
xgap=0.,
ygap=0.,
ysize=1.,
platescale=0.25,
# Dark current nominally is < 360 electrons per hours
# but the dark subtraction will effectively bring this to 0
darkcurr=0.0,
# Saturation is 55000, but will be set to dummy value for
# now
saturation=1e+8,
# NIR detectors are non-linear even in lower percentages
# of the full well, thus for precision measurements one
# should take into account a general non-linearity
# correction.
nonlinear=0.80,
# In fact there are 32 amplifiers, which gain and ronoise
# are extremely similar to each other, thus it will be
# mimicked as 1
numamplifiers=1,
# The readout noise for LUCI are different for
# different readout modes. The LIR mode values will be
# commented in and the MER values will be uncommented:
gain=2.0,
# ronoise= 10.3,
ronoise=4.61,
datasec='[5:2044,5:2044]',
# For Luci the first 4 pixels on each side can
# technically be used for as a biassec. This is not
# included here.
oscansec='[5:2044,1:4]',
suffix='_luci1')
]
self.numhead = 1
def __init__(self):
# Get it started
super(LBTMODS2BSpectrograph, self).__init__()
self.spectrograph = 'lbt_mods2b'
self.camera = 'MODS2B'
self.detector = [
# Detector 1
pypeitpar.DetectorPar(
dataext = 0,
specaxis = 0,
specflip = False,
xgap = 0.,
ygap = 0.,
ysize = 1.,
platescale = 0.120,
darkcurr = 0.5,
saturation = 65535.,
nonlinear = 0.99,
numamplifiers = 4,
gain = [1.99,2.06,1.96,2.01],
ronoise = [3.66,3.62,3.72,3.64],
suffix = '_mods2b'
)]
self.numhead = 1
