sunscan_loc.txt

# DX50 SUNSCAN processing with Pyrad
# Configuration

# Coordinates of the radar (not needed to define here, just as info)
# Payerne
#RadarPosition STRUCT 3
#              latitude  FLOAT 46.84249   # WGS84 latitude [deg]
#              longitude FLOAT 6.91836    # WGS84 longitude [deg]
#              altitude  FLOAT 450.0      # altitude [m] (NOT WGS84!!)
# Emmen
#RadarPosition STRUCT 3
#              latitude  FLOAT 47.089858   # WGS84 latitude [deg]
#              longitude FLOAT 8.298947    # WGS84 longitude [deg]
#              altitude  FLOAT 423.8      # altitude [m] (NOT WGS84!!)
# Meiringen
#RadarPosition STRUCT 3
#              latitude  FLOAT 46.74337   # WGS84 latitude [deg]
#              longitude FLOAT 8.10971    # WGS84 longitude [deg]
#              altitude  FLOAT 580.2      # altitude [m] (NOT WGS84!!)
# Locarno
#RadarPosition STRUCT 3
#              latitude  FLOAT 46.1663898110  # WGS84 latitude [deg]
#              longitude FLOAT 8.8792195004    # WGS84 longitude [deg]
#              altitude  FLOAT 197.684      # altitude [m] (NOT WGS84!!)
# Torny
#RadarPosition STRUCT 3
#              latitude  FLOAT 46.7697  # WGS84 latitude [deg]
#              longitude FLOAT 6.9539   # WGS84 longitude [deg]
#              altitude  FLOAT 731      # altitude [m] (NOT WGS84!!)
# Buchthalen SH
#RadarPosition STRUCT 3
#              latitude  FLOAT 47.6995  # WGS84 latitude [deg]
#              longitude FLOAT 8.6665   # WGS84 longitude [deg]
#              altitude  FLOAT 455      # altitude [m] (NOT WGS84!!)
#Sion
#RadarPosition STRUCT 3
#              latitude  FLOAT 46.2205  # WGS84 latitude [deg]
#              longitude FLOAT 7.3412   # WGS84 longitude [deg] 
#              altitude  FLOAT 493      # altitude [m] (NOT WGS84!!)

# Names of the radar scans in the specified sector
# NOTE: Must have a trailing '/'
ScanList STRARR 1
    SunScan.vol/  # masterscan: first scan of a volume

# Correction for volume slice angles
RAINBOW_PPI_SECTORMERGE INT 1

# Repetition time of the scans [min]
ScanPeriod INT 10

# Frequency of cosmo run [h]
CosmoRunFreq INT 3

# hours forecasted in cosmo run [h]
CosmoForecasted INT 7

# only if text files are used
# Coordinates for the zero temperature altitude
iso0setup STRUCT 2
   xcoord  STRING 185
   ycoord  STRING 560

# radar beam width
RADARBEAMWIDTH FLOAT 1.35

# Antenna gain
AntennaGainH FLOAT 42.2
AntennaGainV FLOAT 42.2

ang_tol FLOAT 0.03 # 0.03

# Clutter map
clutterMap STRING cluttermaps_RHI_payerne_east_q75.sav

# Kalmann config
RcovFile STRING Rcov_2gatesV2.txt
PcovFile STRING Pcov_2gatesV3.txt

# Image config
ppiImageConfig STRUCT 6
   xsize      INT   10     # size of the cartesian grid [pixels]
   ysize      INT   5     # size of the cartesian grid [pixels]
   xmin       FLOAT -20.0   # Min distance on horizontal axis [km]
   xmax       FLOAT  20.0   # Max distance on horizontal axis [km]
   ymin       FLOAT -40.0   # Min distance on vertical axis [km]
   ymax       FLOAT   0.0   # Max distance on vertical axis [km]

rhiImageConfig STRUCT 6
   xsize      INT   1000    # size of the cartesian grid [pixels]
   ysize      INT   200     # size of the cartesian grid [pixels]
   xmin       FLOAT   0.0   # Min distance on horizontal axis [km]
   xmax       FLOAT  40.0   # Max distance on horizontal axis [km]
   ymin       FLOAT   0.0   # Min distance on vertical axis [km]
   ymax       FLOAT   7.5   # Max distance on vertical axis [km]

# PAR antenna pattern (only for postprocessing)
par_azimuth_antenna STRUCT 3
   azPatternFile STRING PAR_AzAntenna_AzimuthPattern.csv
   elPatternFile STRING PAR_AzAntenna_ElevationPattern.csv
   fixed_angle FLOAT 9.5    # elevation angle of azimuth [deg]

par_elevation_antenna STRUCT 3
   azPatternFile STRING PAR_ElAntenna_AzimuthPattern.csv
   elPatternFile STRING PAR_ElAntenna_ElevationPattern.csv
   fixed_angle FLOAT 49.0    # azimuth angle of azimuth [deg]