70 // RC42 (used if IATM=1) for internal standard atm models
71 int MOD; // Model : 1=tropical,2=midlat summer,3=midlat winter,4=subarctic summer,5=subarctic winter,6=US standard 1962
72 int MHUMID; // Humidity : same as above, but add 7=typical rainy, 8=typical cloudy (no rain)
73 int MCLOUD; // Clouds : 1=none,2=stratus,3=cumulus,4=altostratus,5=stratocumulus,6=nimbostratus
74 int MRAIN; // Rain : 1=none,2=drizzle,3=light,4=steady,5=summer cumulus,6=heavy
75
76 // RC511 (used if ISRFC=1,2) for choosing internal surface model
77 int IGRND; // Model
78 int IEMTAB; // Print emissivity table : off(0) or on(1)
79 float TEMP1; // Upper surface Temp [degK]
80 float TEMP2; // Lower surface Temp [degK]
81
82 // RC512 (used if IGRND=1,2,3) : Rough ocean, sea ice, or dry snowpack
83 float A; // Scatterer Size
84 float FRAC; // Fraction volume
85 float EB; // Layer permittivity
86 float E2DRY; // Surface permittivity
87 float DEPDRY; // Layer depth
88
89 // RC513 (used if IGRND=4) : Wet snowpack
90 float A1; // Upper layer scatterer size
91 float FS1; // Upper layer total fraction
92 float A2; // Lower layer scatterer size
93 float FS2; // Lower layer total fraction
94 float E2WET; // Lower layer permittivity
95 float DEPWET; // Lower layer depth
96
97 // RC514 (used if IGRND=5,6,7) : Vegetation, wet soil, random medium
98 float LP; // Correlation length
99 float LZ; // Correlation of Z-exponential
100 float MV; // Volumetric moisture in vegetation
101 float E2RAN; // Dielectric constant
102 float DEPRAN; // Layer depth
103 float HH; // Roughness
104 float DMV; // Volumetric moisture used in calculation E2Ran
105
106 // RC515 (used if IGRND=5) : Vegetation
107 float VV; // Vegetation Fraction in layer
108 float VB; // Dry vegetation
109 float VBW; // Bounded water fraction in MV
110 float BULK; // Dielectric Constant
111
112 // RC516 (used if IGRND=6) : Wet Soil
113 float WT; // Transition wetness
114 float GA; // Mixing parameter
115 float PO; // Porocity
116 float ROCK; // Rock Permittivity
117
118 // RC517 (used if IGRND=7) : Random medium
119 float EM; // Average dielectric constant
120 float DEL; // Variance
121
122 // RC52 (used if ISRFC=3) : Horizontal Emissivities at angles ANGLE(i)
123 float EMISH[10]; // Horizontal emissivity
124
125 // RC53 (used if ISRFC=3) : Vertical Emissivities at angles ANGLE(i)
126 float EMISV[10]; // Vertical Emissivity
127
128 // RC61 (used if IMS=1 and ISRFC=3) : Horizontal Emissivities of MS Gauss point [i]
129 float EMHMS[6]; // Horizontal Emissivity
130
131 // RC62 (used if IMS=1 and ISRFC=3) : Vertical Emissivities of MS Gauss point [i]
132 float EMVMS[6]; // Vertical Emissivity
133
134 // RC7 (used if IPLOT=1) :
135 char NAME[30]; // Plot title
136
137 // RC8 (always used) : Angles at which to run Radtran
138 float ANGLE[10]; // Angle [deg]
139
140 // RC91 (used if IMODE=0) : Frequency Band
141 float VV1; // Beginning Frequency [GHz]
142 float VV2; // Ending Frequency [GHz]
143 float DV; // Frequency Bin Size [GHz]
144
145 // RC92 (used if IMODE=1) : Frequencies at which to run Radtran
146 int NFREQ; // Number of frequencies
147 float V1[MAXRADFREQ]; // Center Frequency [GHz]
148 float V2[MAXRADFREQ]; // First sideband frequency [GHz]
149 float V3[MAXRADFREQ]; // Second sideband frequency [GHz]
150 float E2R[MAXRADFREQ]; // Real Permittivity (for ISRFC=1,2 and IGRND=1,5,6), or Real Ave dielectric constant for random medium (for ISRFC=1,2 and IGRND=7)
151 float E2I[MAXRADFREQ]; // Imaginary Permittivity (for ISRFC=1,2 and IGRND=1,5,6), or Imaginary Ave dielectric constant for random medium (for ISRFC=1,2 and IGRND=7)
152 float DELF[MAXRADFREQ]; // Variance for EM (for IGRND=7)
153
154 // RC10 (always used) : Run repeat
155 int IRPT; // 0=stop,1=full rerun,2=rerun w/new header & other cards starting w/atmosphere,3=rerun w/new header & other cards starting w/surface
156 int DOFLAG; // 0=full run, 1=extinction coeffs only.
