class _Conf(ConfigNamespace):
"""Configuration parameters for sncosmo."""
data_dir = ConfigItem(
None, "Directory where sncosmo will store and read downloaded data "
"resources. If None, ASTROPY_CACHE_DIR/sncosmo is created and "
"used. Example: data_dir = /home/user/data/sncosmo",
cfgtype='string(default=None)')
sfd98_dir = ConfigItem(
None, "Directory containing SFD (1998) dust maps, with names: "
"'SFD_dust_4096_ngp.fits' and 'SFD_dust_4096_sgp.fits'. "
"Example: sfd98_dir = /home/user/data/sfd98",
cfgtype='string(default=None)')
remote_timeout = ConfigItem(10.0, "Remote timeout in seconds.")
class Conf(ConfigNamespace):
"""Configuration parameters."""
# Set up default wavelength
_wave, _wave_str = generate_wavelengths(minwave=500,
maxwave=26000,
num=10000,
delta=None,
log=True,
wave_unit='angstrom')
# Root directory
rootdir = ConfigItem(os.environ.get('PYSYN_CDBS', '/grp/redcat/trds'),
'TRDS data root directory')
# Graph, optical component, and thermal component tables
graphtable = ConfigItem('mtab$*_tmg.fits', 'Graph table')
comptable = ConfigItem('mtab$*_tmc.fits', 'Component table')
thermtable = ConfigItem('mtab$*_tmt.fits', 'Thermal table')
# Default wavelength in Angstrom and its description
waveset_array = ConfigItem(_wave.value.tolist(),
'Default wavelength set in Angstrom',
'float_list')
waveset = ConfigItem(_wave_str, 'Default wavelength set description')
# Telescope primary mirror collecting area in cm^2
area = ConfigItem(45238.93416, 'Telescope collecting area in cm^2')
# Common filter name
clear_filter = ConfigItem('clear', 'Name for a clear filter')
# Wavelength catalog file
wavecatfile = ConfigItem('synphot$wavecats/wavecat.dat',
'Wavelength catalog file')
# Detector parameters file
detectorfile = ConfigItem('synphot$detectors.dat',
'Detector parameters file')
# IRAF shortcuts file for stsynphot.stio.irafconvert()
irafshortcutfile = ConfigItem(
'synphot$irafshortcuts.txt',
'col1=shortcut_name col2=relpath_to_rootdir, has header.')
# Clean up
del _wave
del _wave_str
class Conf(ConfigNamespace):
"""Configuration parameters."""
# First option in list is the default.
default_integrator = ConfigItem(['trapezoid', 'analytical'],
'Default integrator to use')
# STANDARD STARS
vega_file = ConfigItem(
'https://ssb.stsci.edu/trds/calspec/alpha_lyr_stis_010.fits', 'Vega')
# REDDENING/EXTINCTION LAWS
lmc30dor_file = ConfigItem(
'https://ssb.stsci.edu/trds/extinction/lmc_30dorshell_001.fits',
'Gordon et al. 2003, ApJ, 594, 279; R_V = 2.76')
lmcavg_file = ConfigItem(
'https://ssb.stsci.edu/trds/extinction/lmc_diffuse_001.fits',
'Gordon et al. 2003, ApJ, 594, 279; R_V = 3.41')
mwavg_file = ConfigItem(
'https://ssb.stsci.edu/trds/extinction/milkyway_diffuse_001.fits',
'Cardelli, Clayton, & Mathis 1989, ApJ, 345, 245; R_V = 3.10')
mwdense_file = ConfigItem(
'https://ssb.stsci.edu/trds/extinction/milkyway_dense_001.fits',
'Cardelli, Clayton, & Mathis 1989, ApJ, 345, 245; R_V = 5.00')
mwrv21_file = ConfigItem(
'https://ssb.stsci.edu/trds/extinction/milkyway_rv21_001.fits',
'Cardelli, Clayton, & Mathis 1989, ApJ, 345, 245; R_V = 2.1')
mwrv40_file = ConfigItem(
'https://ssb.stsci.edu/trds/extinction/milkyway_rv4_001.fits',
'Cardelli, Clayton, & Mathis 1989, ApJ, 345, 245; R_V = 4.0')
smcbar_file = ConfigItem(
'https://ssb.stsci.edu/trds/extinction/smc_bar_001.fits',
'Gordon et al. 2003, ApJ, 594, 279; R_V=2.74')
xgal_file = ConfigItem(
'https://ssb.stsci.edu/trds/extinction/xgal_starburst_001.fits',
'Calzetti et al. 2000, ApJ, 533, 682')
# COMMON FILTER BANDPASS
bessel_h_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/bessell_h_004_syn.fits',
'Bessel H')
bessel_j_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/bessell_j_003_syn.fits',
'Bessel J')
bessel_k_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/bessell_k_003_syn.fits',
'Bessel K')
cousins_i_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/cousins_i_004_syn.fits',
'Cousins I')
cousins_r_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/cousins_r_004_syn.fits',
'Cousins R')
johnson_b_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/johnson_b_004_syn.fits',
'Johnson B')
johnson_i_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/johnson_i_003_syn.fits',
'Johnson I')
johnson_j_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/johnson_j_003_syn.fits',
'Johnson J')
johnson_k_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/johnson_k_003_syn.fits',
'Johnson K')
johnson_r_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/johnson_r_003_syn.fits',
'Johnson R')
johnson_u_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/johnson_u_004_syn.fits',
'Johnson U')
johnson_v_file = ConfigItem(
'https://ssb.stsci.edu/trds/comp/nonhst/johnson_v_004_syn.fits',
'Johnson V')
class Conf(ConfigNamespace):
"""Configuration parameters."""
bessell_U_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=Generic/Bessell.U',
'Bessell U')
bessell_B_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=Generic/Bessell.B',
'Bessell B')
bessell_V_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=Generic/Bessell.V',
'Bessell V')
bessell_R_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=Generic/Bessell.R',
'Bessell R')
bessell_I_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=Generic/Bessell.I',
'Bessell I')
gaiadr2_g_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=GAIA/GAIA2.G',
'Gaia DR2 G')
gaiadr2_gbp_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=GAIA/GAIA2.Gbp',
'Gaia DR2 G_BP')
gaiadr2_grp_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=GAIA/GAIA2.Grp',
'Gaia DR2 G_RP')
lco_u_file = ConfigItem('comp/lco/SDSS.up.txt', 'LCO SDSS u')
lco_g_file = ConfigItem('comp/lco/SDSS.gp.txt', 'LCO SDSS g')
lco_r_file = ConfigItem('comp/lco/SDSS.rp.txt', 'LCO SDSS r')
lco_i_file = ConfigItem('comp/lco/SDSS.ip.txt', 'LCO SDSS i')
lco_zs_file = ConfigItem('comp/lco/PSTR-ZS-avg.txt',
'LCO SDSS/PanSTARRS zs')
lco_w_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=LasCumbres/LasCumbres.PS_w',
'LCO PanSTARRS w')
lco_Y_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=LasCumbres/LasCumbres.PS_y',
'LCO PanSTARRS Y')
lco_c2_file = ConfigItem("comp/lco/LCO_ESA_C2.csv", "LCO ESA C2")
lco_c3_file = ConfigItem("comp/lco/LCO_ESA_C3.csv", "LCO ESA C3")
lco_oh_file = ConfigItem("comp/lco/LCO_ESA_OH.csv", "LCO ESA OH")
lco_cn_file = ConfigItem("comp/lco/LCO_ESA_CN.csv", "LCO ESA CN")
lco_nh2_file = ConfigItem("comp/lco/LCO_ESA_NH2.csv", "LCO ESA NH2")
lco_cr_file = ConfigItem("comp/lco/LCO_ESA_CR.csv", "LCO ESA CR")
lco_fli_clear_file = ConfigItem("comp/lco/LCO_ADNP-P1-002.csv",
"LCO Astrodon clear")
lco_fli_U_file = ConfigItem("comp/lco/LCO_ADNP-UV-001.csv",
"LCO Astrodon U")
lco_fli_B_file = ConfigItem("comp/lco/LCO_ADNP-BU-001.csv",
"LCO Astrodon B")
lco_fli_V_file = ConfigItem("comp/lco/LCO_ADNP-VX-001.csv",
"LCO Astrodon V")
lco_fli_R_file = ConfigItem("comp/lco/LCO_ADNP-RS-001.csv",
"LCO Astrodon R")
lco_fli_I_file = ConfigItem("comp/lco/LCO_ADNP-IC-001.csv",
"LCO Astrodon I")
lco_fli_g_file = lco_g_file
lco_fli_r_file = lco_r_file
lco_fli_i_file = lco_i_file
lco_fli_zs_file = lco_zs_file
lco_U_file = ConfigItem('$CDBS_PATH/comp/lco/bssl-ux.txt', 'LCO Bessell U')
lco_B_file = ConfigItem('$CDBS_PATH/comp/lco/bssl-bx.txt', 'LCO Bessell B')
lco_V_file = ConfigItem('$CDBS_PATH/comp/lco/bssl-vx.txt', 'LCO Bessell V')
lco_R_file = ConfigItem('$CDBS_PATH/comp/lco/bssl-rx.txt', 'LCO Bessell R')
lco_I_file = ConfigItem('$CDBS_PATH/comp/lco/bssl-ix.txt', 'LCO Bessell I')
wht_U_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=WHT/PFIP.RGO_U9',
'WHT/PFIP RGO U9')
wht_B_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=WHT/PFIP.Har_B',
'WHT/PFIP Harris B')
wht_V_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=WHT/PFIP.Har_V',
'WHT/PFIP Harris V')
wht_R_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=WHT/PFIP.Har_R',
'WHT/PFIP Harris R')
# This abruptly stops at 900nm and ~82% transmission causing issues.
# wht_I_file = ConfigItem('http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=WHT/PFIP.Har_I', 'WHT/PFIP Harris I')
# This second version is just the glass from Schott, scaled from 3->4mm but
# reproduces above very well and continues down to 0 transmission and so is
# better behaved.
wht_I_file = ConfigItem("comp/ing/WHT_Harris_I.dat", 'WHT/PFIP Harris I')
ctio_U_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=CTIO/SOI.bessel_U',
'CTIO/SOI Bessell U')
ctio_B_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=CTIO/SOI.bessel_B',
'CTIO/SOI Bessell B')
ctio_V_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=CTIO/SOI.bessel_V',
'CTIO/SOI Bessell V')
ctio_R_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=CTIO/SOI.bessel_R',
'CTIO/SOI Bessell R')
ctio_I_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=CTIO/SOI.bessel_I',
'CTIO/SOI Bessell I')
ctio_u_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=CTIO/SOI.sdss_u',
'CTIO/SOI SDSS u')
ctio_g_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=CTIO/SOI.sdss_g',
'CTIO/SOI SDSS g')
ctio_r_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=CTIO/SOI.sdss_r',
'CTIO/SOI SDSS r')
ctio_i_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=CTIO/SOI.sdss_i',
'CTIO/SOI SDSS i')
ctio_z_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=CTIO/SOI.sdss_z',
'CTIO/SOI SDSS z')
ctio_CN_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=CTIO/SOI.CN',
'CTIO/SOI CN')
soar_goodman_600l_file = ConfigItem(
'comp/soar/Goodman_600l_grating.dat',
'SOAR Goodman 600lines/mm grating order=1')
lsst_u_file = ConfigItem('$CDBS_PATH/comp/lsst/filter_u.dat', 'LSST u')
lsst_g_file = ConfigItem('$CDBS_PATH/comp/lsst/filter_g.dat', 'LSST g')
lsst_r_file = ConfigItem('$CDBS_PATH/comp/lsst/filter_r.dat', 'LSST r')
lsst_i_file = ConfigItem('$CDBS_PATH/comp/lsst/filter_i.dat', 'LSST i')
lsst_z_file = ConfigItem('$CDBS_PATH/comp/lsst/filter_z.dat', 'LSST z')
lsst_y_file = ConfigItem('$CDBS_PATH/comp/lsst/filter_y.dat', 'LSST y')
eso_U_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.0877',
'ESO/WFI U')
eso_B_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.0878',
'ESO/WFI B')
eso_V_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.0843',
'ESO/WFI V')
eso_Rc_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.0844',
'ESO/WFI Rc')
eso_I_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.0879',
'ESO/WFI I')
eso_uHIGH_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.1112',
'ESO/FORS u_HIGH')
eso_bHIGH_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.1113',
'ESO/FORS b_HIGH')
eso_vHIGH_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.1114',
'ESO/FORS v_HIGH')
eso_gHIGH_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.1115',
'ESO/FORS g_HIGH')
eso_fors_R_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.1076',
'ESO/FORS Bessell R Special')
eso_fors_I_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.1077',
'ESO/FORS Bessell I')
eso_fors_z_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=ESO/ESO.1078',
'ESO/FORS Gunn z')
eso_vst_uprime_file = ConfigItem('comp/eso/sloan_u_prime.dat',
"ESO Omegacam u'")
eso_vst_gprime_file = ConfigItem('comp/eso/sloan_g_prime.dat',
"ESO Omegacam g'")
eso_vst_rprime_file = ConfigItem('comp/eso/sloan_r_prime.dat',
"ESO Omegacam r'")
eso_vst_iprime_file = ConfigItem('comp/eso/sloan_i_prime.dat',
"ESO Omegacam i'")
eso_vst_zprime_file = ConfigItem('comp/eso/sloan_z_prime.dat',
"ESO Omegacam z'")
# These are the more correct versions, having being extracted from the 47
# point scans across the filter and averaged but the above, which if I am
# correct, include the CCD response, is what are used in the ESO ETC and then
# partly undone through use of the Omegacam optics fudge file... <sigh>
# eso_vst_u_file = ConfigItem('comp/eso/ESO_Omegacam_u.csv', "ESO Omegacam u'")
# eso_vst_g_file = ConfigItem('comp/eso/ESO_Omegacam_g.csv', "ESO Omegacam g'")
# eso_vst_r_file = ConfigItem('comp/eso/ESO_Omegacam_r.csv', "ESO Omegacam r'")
# eso_vst_i_file = ConfigItem('comp/eso/ESO_Omegacam_i.csv', "ESO Omegacam i'")
# eso_vst_z_file = ConfigItem('comp/eso/ESO_Omegacam_z.csv', "ESO Omegacam z'")
eso_fors_300V_file = ConfigItem("comp/eso/ESO_FORS2_Grism_300V.dat")
eso_fors_600B_file = ConfigItem("comp/eso/ESO_FORS2_Grism_600B.dat")
eso_efosc2_grism1_file = ConfigItem("comp/eso/ESO_EFOSC2_Grism1.dat")
eso_efosc2_grism2_file = ConfigItem("comp/eso/ESO_EFOSC2_Grism2.dat")
eso_feros_file = ConfigItem("comp/eso/ESO_FEROS_slitfiber.dat")
gemini_gmosn_g_file = ConfigItem("comp/gemini/gmos_n_g_G0301.txt",
'Gemini/GMOS-N g')
gemini_gmosn_r_file = ConfigItem("comp/gemini/gmos_n_r_G0303.txt",
'Gemini/GMOS-N r')
# These don't go down to 0 at the ends of the bandpass, creating extrapolation problems
# gemini_gmosn_g_file = ConfigItem('http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=Gemini/GMOS-N.g', 'Gemini/GMOS-N g')
# gemini_gmosn_r_file = ConfigItem('http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=Gemini/GMOS-N.r', 'Gemini/GMOS-N r')
gemini_gmosn_i_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=Gemini/GMOS-N.i',
'Gemini/GMOS-N i')
gemini_gmosn_z_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=Gemini/GMOS-N.z',
'Gemini/GMOS-N z')
gemini_gmosn_ri_file = ConfigItem(
'http://svo2.cab.inta-csic.es/theory/fps/getdata.php?format=ascii&id=Gemini/GMOS-N.ri',
'Gemini/GMOS-N ri')
optics_NaCl_file = ConfigItem("comp/optics/NaCl.dat", "NaCl")
optics_BAK2_file = ConfigItem("comp/optics/BAK2_glass.dat", "BAK2 glass")
optics_CaF2_file = ConfigItem("comp/optics/CaF2_glass.dat", "CaF2 glass")
optics_FK5_file = ConfigItem("comp/optics/FK5_glass.dat",
"FK5 crown glass")
optics_FK58_file = ConfigItem("comp/optics/FK58_glass.dat",
"FK58 crown glass")
optics_LAL7_file = ConfigItem("comp/optics/LAL7_glass.dat", "LAL7 glass")
optics_UVFS_file = ConfigItem("comp/optics/UVFusedSilica.dat",
"UV Fused Silica")
mapping = {
'U': bessell_U_file,
'B': bessell_B_file,
'V': bessell_V_file,
'R': bessell_R_file,
'I': bessell_I_file,
'Gaia::DR2:G': gaiadr2_g_file,
'Gaia::DR2:GBP': gaiadr2_gbp_file,
'Gaia::DR2:GRP': gaiadr2_grp_file,
'u': lco_u_file,
'g': lco_g_file,
'r': lco_r_file,
'i': lco_i_file,
'z': lco_zs_file,
'zs': lco_zs_file,
'w': lco_w_file,
'Y': lco_Y_file,
'C2': lco_c2_file,
'C3': lco_c3_file,
'OH': lco_oh_file,
'CN': lco_cn_file,
'NH2': lco_nh2_file,
'CR': lco_cr_file,
'LCO::U': lco_U_file,
'LCO::B': lco_B_file,
'LCO::V': lco_V_file,
'LCO::R': lco_R_file,
'LCO::I': lco_I_file,
'LCO::FLI::clear': lco_fli_clear_file,
'LCO::FLI::U': lco_fli_U_file,
'LCO::FLI::B': lco_fli_B_file,
'LCO::FLI::V': lco_fli_V_file,
'LCO::FLI::R': lco_fli_R_file,
'LCO::FLI::I': lco_fli_I_file,
'LCO::FLI::gp': lco_fli_g_file,
'LCO::FLI::rp': lco_fli_r_file,
'LCO::FLI::ip': lco_fli_i_file,
'LCO::FLI::zs': lco_fli_zs_file,
'WHT::U': wht_U_file,
'WHT::B': wht_B_file,
'WHT::V': wht_V_file,
'WHT::R': wht_R_file,
'WHT::I': wht_I_file,
'CTIO::U': ctio_U_file,
'CTIO::B': ctio_B_file,
'CTIO::V': ctio_V_file,
'CTIO::R': ctio_R_file,
'CTIO::I': ctio_I_file,
'CTIO::u': ctio_u_file,
'CTIO::g': ctio_g_file,
'CTIO::r': ctio_r_file,
'CTIO::i': ctio_i_file,
'CTIO::z': ctio_z_file,
'CTIO::CN': ctio_CN_file,
'SOAR:600l/mm': soar_goodman_600l_file,
'ESO::U': eso_U_file,
'ESO::B': eso_B_file,
'ESO::V': eso_V_file,
'ESO::Rc': eso_Rc_file,
'ESO::I': eso_I_file,
'ESO::Omegacam::up': eso_vst_uprime_file,
'ESO::Omegacam::gp': eso_vst_gprime_file,
'ESO::Omegacam::rp': eso_vst_rprime_file,
'ESO::Omegacam::ip': eso_vst_iprime_file,
'ESO::Omegacam::zp': eso_vst_zprime_file,
# 'ESO::Omegacam::u' : eso_vst_u_file,
# 'ESO::Omegacam::g' : eso_vst_g_file,
# 'ESO::Omegacam::r' : eso_vst_r_file,
# 'ESO::Omegacam::i' : eso_vst_i_file,
# 'ESO::Omegacam::z' : eso_vst_z_file,
'ESO::FORS::u': eso_uHIGH_file,
'ESO::FORS::b': eso_bHIGH_file,
'ESO::FORS::v': eso_vHIGH_file,
'ESO::FORS::g': eso_gHIGH_file,
'ESO::FORS::R': eso_fors_R_file,
'ESO::FORS::I': eso_fors_I_file,
'ESO::FORS::z': eso_fors_z_file,
'ESO::FORS::300V': eso_fors_300V_file,
'ESO::FORS::600B': eso_fors_600B_file,
'ESO::EFOSC2::Grism1': eso_efosc2_grism1_file,
'ESO::EFOSC2::Grism2': eso_efosc2_grism2_file,
'ESO::FEROS': eso_feros_file,
'LSST::u': lsst_u_file,
'LSST::g': lsst_g_file,
'LSST::r': lsst_r_file,
'LSST::i': lsst_i_file,
'LSST::z': lsst_z_file,
'LSST::y': lsst_y_file,
'Gemini::GMOS-N::g': gemini_gmosn_g_file,
'Gemini::GMOS-N::r': gemini_gmosn_r_file,
'Gemini::GMOS-N::i': gemini_gmosn_i_file,
'Gemini::GMOS-N::z': gemini_gmosn_z_file,
'Gemini::GMOS-N::ri': gemini_gmosn_ri_file,
'NaCl': optics_NaCl_file,
'UVFS': optics_UVFS_file,
'CaF2': optics_CaF2_file,
'BAK2': optics_BAK2_file,
'FK5': optics_FK5_file,
'FK58': optics_FK58_file,
'LAL7': optics_LAL7_file,
}
# STANDARD STARS
vega_file = ConfigItem(
'http://ssb.stsci.edu/cdbs/calspec/alpha_lyr_stis_010.fits', 'Vega')
sun_file = ConfigItem(
os.path.join('$CDBS_PATH', 'calspec', 'sun_reference_stis_002.fits'),
"Solar reference spectrum from https://www.stsci.edu/hst/instrumentation/reference-data-for-calibration-and-tools/astronomical-catalogs/calspec.html"
)
# These are generated from a modified version of Lynne Jones's astcolors.py
# code in lsst throughputs with mods to take out a factor of 3631 to convert
# the units to closer to "normal" flamba and to write out the un-normalized
# spectra for use as a SourceSpec.
sso_B_file = ConfigItem(
"spectra/B.dat",
"B-type asteroid from Bus-DeMeo taxonomy (DeMeo et al. 2009)")
sso_C_file = ConfigItem(
"spectra/C.dat",
"C-type asteroid from Bus-DeMeo taxonomy (DeMeo et al. 2009)")
sso_D_file = ConfigItem(
"spectra/D.dat",
"D-type asteroid from Bus-DeMeo taxonomy (DeMeo et al. 2009)")
sso_Q_file = ConfigItem(
"spectra/Q.dat",
"Q-type asteroid from Bus-DeMeo taxonomy (DeMeo et al. 2009)")
sso_S_file = ConfigItem(
"spectra/S.dat",
"S-type asteroid from Bus-DeMeo taxonomy (DeMeo et al. 2009)")
sso_V_file = ConfigItem(
"spectra/V.dat",
"V-type asteroid from Bus-DeMeo taxonomy (DeMeo et al. 2009)")
sso_X_file = ConfigItem(
"spectra/X.dat",
"X-type asteroid from Bus-DeMeo taxonomy (DeMeo et al. 2009)")
source_mapping = {
'sun': sun_file,
'vega': vega_file,
'sso::B': sso_B_file,
'sso::C': sso_C_file,
'sso::D': sso_D_file,
'sso::Q': sso_Q_file,
'sso::S': sso_S_file,
'sso::V': sso_V_file,
'sso::X': sso_X_file
}
sky_brightness_file = ConfigItem("comp/Sky_brightness.dat",
"Walker (1987) Sky brightness model")
pickles_library_path = ConfigItem(
"https://ssb.stsci.edu/trds/grid/pickles/dat_uvi/",
"Path to Pickles UVILIB spectral library")
class ObservationConfig(ConfigNamespace):
c1 = ConfigItem(cfgtype="int")
c2 = ConfigItem(cfgtype="float")
c3 = ConfigItem(cfgtype="string")
log = LoggingConfig()
class LoggingConfig(ConfigNamespace):
level = ConfigItem()
filename = ConfigItem()
