#----------------------------------------------------
#
# define the continua tags with the appropriate input
#
# ----- H2O continuum
# continua parameters derived for MASTER study by T. Kuhn
#
#***********************************************************************
#   conversion from x [dB/km/hPa2/GHz2] stated in report to y [1/m/Pa2/Hz2] request by ARTS
#   y = x * 2.3026e-26
#***********************************************************************
cont_descriptionAppend{
    tagname        = "H2O-SelfContStandardType"
    model          = "user"
    userparameters = [ 2.00E-33, 5.22 ]
}
#    model          = "Rosenkranz"


# Rosenkranz-type H2O-dry air continuum:
cont_descriptionAppend{
    tagname        = "H2O-ForeignContStandardType"
    model          = "user"
    userparameters = [ 5.46E-35, 1.58]
}
#    model          = "Rosenkranz"
#***********************************************************************
#
#
# MPM93-type H2O-air continuum:
cont_descriptionAppend{
    tagname        = "H2O-ContMPM93"
    model          = "MPM93"
    userparameters = [ ]
}
#
# ----- O2 continuum 
#
# Standard O2-air continuum:
cont_descriptionAppend{
    tagname        = "O2-SelfContStandardType"
    model          = "Rosenkranz"
    userparameters = [ ]
}
#
# ----- N2 continuum
#
# Rosenkranz N2-N2 continuum (only N2-N2 broadening):
cont_descriptionAppend{
    tagname        = "N2-SelfContStandardType"
    model          = "Rosenkranz"
    userparameters = [ ]
}
# MPM93 N2-N2 continuum (only N2-N2 broadening):
cont_descriptionAppend{
    tagname        = "N2-SelfContMPM93"
    model          = "MPM93"
    userparameters = [ ]
}
#
# ----- CO2 continuum 
#
# Rosenkranz CO2-CO2 continuum:
cont_descriptionAppend{
    tagname        = "CO2-SelfContPWR93"
    model          = "Rosenkranz"
    userparameters = [ ]
}
# Rosenkranz CO2-N2 continuum:
cont_descriptionAppend{
    tagname        = "CO2-ForeignContPWR93"
    model          = "Rosenkranz"
    userparameters = [ ]
}
#
#----------------------------------------------------
# Cruz-Pol 1998 H2O absorption model (line + continuum)
cont_descriptionAppend{
    tagname        = "H2O-CP98"
    model         = "CruzPol"
    userparameters = [ ]
}
#
# Rosenkranz 1998 H2O absorption model (lines + continuum)
cont_descriptionAppend{
    tagname        = "H2O-PWR98"
    model         = "RosenkranzContinuum"
    userparameters = [ ]
}
#
# MPM87 H2O absorption model (lines + continuum)
cont_descriptionAppend{
    tagname        = "H2O-MPM87"
    model         = "MPM87"
    userparameters = [ ]
}
#
# MPM89 H2O absorption model (lines + continuum)
cont_descriptionAppend{
    tagname        = "H2O-MPM89"
    model          = "MPM89"
    userparameters = [ ]
}
#
# MPM93 H2O absorption model (lines + continuum)
cont_descriptionAppend{
    tagname        = "H2O-MPM93"
    model          = "MPM93"
    userparameters = [ ]
}
#
#
#
# ----- O2 full models (line+continuum) -------------
#
# Rosenkranz O2 absorption model (line + continuum):
cont_descriptionAppend{
    tagname        = "O2-PWR93"
    model         = "Rosenkranz"
    userparameters = [ ]
}
#
# MPM93 O2 absorption model (lines + continuum)
cont_descriptionAppend{
    tagname        = "O2-MPM93"
    model         = "MPM93Continuum"
    userparameters = [ ]
}
#
# ----- N2 continuum --------------------------------
# One has to provide a N2 tag for method absCalc that's 
# the only reason why we specify here the N2 continuum tag
# Rosenkranz N2-N2 continuum (only N2-N2 broadening):
cont_descriptionAppend{
    tagname        = "N2-SelfContStandardType"
    model          = "Rosenkranz"
    userparameters = [ ]
}
#