Namelist file
Fortran namelist to control aspects of the AOSPRE simulation. Organized in sections &options, &scanning, and &config_output, each representing a Fortran namelist record.
&options
seed
integer array
- integer seeds to initialize the Fortran random number generator. The number of integers needed to initialize the random number generator is compiler-dependent.
- optional, defaults to system-dependent random initialization.
seed = 198276, 98120419, 166, -16189763, 66389692, 1470800236
wrf_glob_pattern
string
- pattern to find model output files, according to conventional POSIX globbing (wildcard) rules.
wrf_glob_pattern = "/data/wrf/supercell/100m/wrfout_d01_????-??-??_??:??:??"
output_filename_format_string
string
- Fortran format string to build output file names.
output_filename_format_string = '("supercell_",A,"_",A,".nc")'
leg_initial_time
integer
- time (seconds past model initialization time) to start the flight.
leg_initial_time = 4500
leg_time_seconds
integer
- duration (in seconds) of the flight.
leg_time_seconds = 300
flight_waypoints_x
float array
- x-coordinates (model grid units) of the waypoints of the flight.
flight_waypoints_x = 150.5, 350.0, 350.0,
flight_waypoints_y
float array
- y-coordinates (model grid units) of the waypoints of the flight.
flight_waypoints_y = 150.75, 150.25, 350.0,
flight_waypoints_vert
float array
- vertical coordinates (in units of the flight_level_coordinate) of the waypoints of the flight.
flight_waypoints_vert = 1500.0, 1500.0, 1500.0,
flight_level_coordinate
single character
- Vertical coordinate used for flight waypoints. Valid values are
- - 'Z' (height in meters)
- - 'P' (Pressure in hPa).
flight_level_coordinate = "Z"
air_speed
float
- constant air speed (m/s) for the flight.
air_speed = 120.0
herky_jerky
logical
- explain this.
herky_jerky = .FALSE.
&scanning
crsim_config
string
- file name for CR-SIM configuration
crsim_config = "CONFIG"
scanning_table
string
- file name for the table that defines the scanning strategy
scanning_table = "Scanning_Table_LHS"
pulse_repetition_frequency
integer
- describe this
pulse_repetition_frequency = 2000
pulses_per_pulse_set
integer
- describe this
pulses_per_pulse_set = 2
revisits_per_acquisition_time
integer
- describe this
revisits_per_acquisition_time = 7
beams_per_acquisition_time
integer
- describe this
beams_per_acquisition_time = 3
seconds_for_scan_cycle
float
- describe this
! seconds_for_scan_cycle = 2.0
meters_between_gates
float
- describe this
meters_between_gates = 150.
meters_to_center_of_first_gate
float
- describe this
meters_to_center_of_first_gate = 150.
max_range_in_meters
float
- describe this
max_range_in_meters = 75000.
fold_limit_lower
float
- describe this
- optional (is this used anymore or can we always determine the limits from the pulse configuration?)
fold_limit_lower = -16.905
fold_limit_upper
float
- describe this
- optional (is this used anymore or can we always determine the limits from the pulse configuration?)
fold_limit_upper = 16.905