| https:///weradocs/Params_cfg_table.shtml |
| Parameter | Default | Used by | Function |
| NST | 2 | NST is an integer value which specifies the number of WERA sites to be processed. The default maximum value is NST = 12. If you need more than 12 WERA sites to be defined, please increase the parameter NST_MAX in 'Read_CFG_COM.F' and recompile the processing software. | |
| VARX | 1.5 4 3 |
wera4_dir | Calculate average and variance for each angular bin (where the spectral lines converted to
radial current velocities have been sorted to) with elimination of outlyers.
During the first iteration, there is no elimination of outlyers; just average and variance are calculated.
Then, if the variance just calculated is greater than the parameter VARX
and if the number of iterations done is less or equal to the parameter NUM_TRIES
and the number of contributions to average left is greater or equal to the parameter MIN_CONTRIB
remove all contributions which are more than 1.25 times the actually calculated sqrt(variance(radial_component)) larger
than the absolute distance to the actually calculated average.
Only one iteration step can be enforced by: If after all iterations sqrt(variance(radial_component)) is still larger than VARX, set radial component to 'GAP'. |
| VARX | 1.5 |
wera16_beam wera16_spec_cwrad wera16_spec_cwrad_rfi |
Radial components at a given range cell and angle are only stored, if sqrt(variance(radial_component)) is less than VARX. Otherwise, set radial component to 'GAP'. |
| R_AVERAGE | 3.0 1.5 4 3 |
rad2uv | Input from wera4_dir and wera16_beam:: Calculate average and variance for all radial current velocity contributions on a radial grid processed by wera4_dir and wera16_beam gathered around a grid point with a radius of parameter R_AVERAGE with elimination of outlyers.
During the first iteration, there is no elimination of outlyers; just average and variance are calculated.
Then, if the variance just calculated is greater than the parameter VARX
and if the number of iterations done is less or equal to the parameter NUM_TRIES
and the number of contributions to average left is greater or equal to the parameter MIN_CONTRIB
remove all contributions which are more than 1.25 times the actually calculated sqrt(variance(radial_component)) larger
than the absolute distance to the actually calculated average.
Only one iteration step can be enforced by: If after all iterations sqrt(variance(radial_component)) is still larger than VARX, set radial component to 'GAP'. This is the process of interpolating from a radial grid to a carthesian grid. The interpolation is not applied to radial current velocity contributions processed by wera16_grid/wera16_spec_rad[_rfi].
Input from wera16_grid/wera16_spec_rad[_rfi]:: |
| SIG_CUT | 1.0 | rad2uv | Defines a threshold for the accuracy of the absolute value (length) of 2-dim current vector. If the value of the accuracy is larger than SIG_CUT, the current vector's grid point is marked 'GAP'. |
| MAX_CUR | 2.0 |
rad2uv Plott_UV |
Defines a threshold for the absolute value (length) of 2-dim current vector.
If the absolute value is larger than MAX_CUR, the current vector's grid point
is marked 'GAP'.
rad2uv: The value of MAX_CUR can be reduced just for plotting without regeneration of the files; however when increasing MAX_CUR, the 2-dim current vector files must be re-generated by rad2uv. |
| MAX_RAD_CUR | 2.0 |
wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol wera16_spec_cwrad wera16_spec_cwrad_rfi wera4_dir |
Defines a threshold for the value (length) of radial current vector.
wera16_beam / wera4_dir:
wera16_spec_cwrad / wera16_spec_cwrad_rfi:
wera16_grid / wera16_grid_rfi / wera16_grid_ol: |
| NEAR_CUT | 9.0 |
rad2uv |
When combining radial components of current vectors processed on a radial grid (wera16_beam, wera4_dir) and all values within R_AVERAGE around a grid point are averaged, use only current vectors within +/-NEAR_CUT degrees relative to the location of the radar site. |
| MAX_GDOP | 5.0 |
rad2uv |
When combining radial components of current vectors, the accuracy of the resulting 2-dim vector depends on the accuracy of the radial components and the angle between them. The GDOP is the Geometrical Dillution Of Precision and decribes the reduction of accuracy due to geometry. This factor is also well known from satellite navigation systems like GPS. For each grid point the GDOP is calculated depending on the locations of the sites (2 sites or more; more than 2 sites reduce the GDOP and increase accuracy) and compared to MAX_GDOP. If the calculated GDOP is larger than MAX_GDOP, the current vector's grid point is marked 'GAP'. |
| RFI_ENA | .TRUE. |
wera16_grid_rfi wera16_grid_ol |
Setting this parameter to .FALSE. disables the RFI processing, i.e. the program does not use the .RFI / .URFI files even if they exist. |
| SPEC2 | .FALSE. |
wera16_grid_rfi wera16_grid_ol |
Setting this parameter to .TRUE. enables the new compressed .SPEC data format. |
| NX | 40 40 |
Make_Grid wera16_grid wera16_grid_rfi wera16_grid_ol wera16_spec_cwrad wera16_spec_cwrad_rfi rad2uv wrad2uv Plott_WERA16_grid Plott_UV |
NX defines the number of grid points of the rectangular grid in W-E direction. NY defines the number of grid points of the rectangular grid in N-S direction. All programs working on the grid and not mentioned here read the grid size from the header within the data set. |
| GRID_NAME | GRID.DAT |
Make_Grid wera16_grid wera16_grid_rfi wera16_grid_ol wera16_spec_cwrad wera16_spec_cwrad_rfi rad2uv wrad2uv Plott_WERA16_grid Plott_UV |
GRID_NAME is an ASCII string (max. 80 characters) to pass the name of the grid definition file to the programs. The data format of the grid definition file can be found here. |
| WATT | .FALSE. WATT.DAT |
Make_Grid wera16_grid wera16_grid_rfi wera16_grid_ol rad2uv Plott_UV |
WATT is a logical; set to .TRUE. to enable processing of the Watt file. WATT_NAME is an ASCII string (max. 80 characters) to pass the name of the Watt file to the programs. The data format of the Watt file and more info on the Watt file can be found here. |
| TOPO | .FALSE. TOPO.DAT |
wera16_spec_cwrad_rfi |
TOPO is a logical; if set to .TRUE., wera16_spec_cwrad_rfi checks for gridded topography
data to be used for processing.
TOPO_NAME is an ASCII string (max. 80 characters) to pass the name of the topography data file. The data format of the topography data file and more info can be found here. |
| GAIN_NAME | GAIN.DAT |
Plott_WERA16_SORT Plott_WERA_Sort_Ang_Beam Plott_WERA_Sort_RCs_Gain Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Beam_rfi Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol wera4_dir |
GAIN_NAME is an ASCII string (max. 80 characters) to pass the name of the WERA Gain file to the programs. The data format of the WERA Gain file and more info on the Gain file can be found here. |
| PHASE_NAME | PHAS_THEO.asc |
wera4_dir |
PHASE_NAME is an ASCII string (max. 80 characters) to pass the name of the WERA Phase file to the programs. The data format of the WERA Phase file and more info on the Phase file can be found here. |
| UV_DIR | /home/wera/ data/uv/ |
rad2uv |
UV_DIR is an ASCII string (max. 80 characters) to pass the name of the result directory to rad2uv [ only if WRITE_UV = .TRUE. in rad2uv.F to enable writing unformatted results ]. |
| ASC_DIR | /home/wera/ data/asc/ |
rad2uv |
ASC_DIR is an ASCII string (max. 80 characters) to pass the name of the result directory to rad2uv [ writing formatted results ]. |
| WASC_DIR | /home/wera/ data/wasc/ |
wrad2uv |
WASC_DIR is an ASCII string (max. 80 characters) to pass the name of the result directory to wrad2uv [ writing formatted results ]. |
| CODE | gij |
rad2uv wrad2uv |
CODE is a 3-digit ASCII string (XXX) to pass the site code to the name of the result files: yyyydddhhmm_XXX.cur_asc |
| WRITE_GDOP | .FALSE. GDOP.DAT |
rad2uv Plott_UV |
WRITE_GDOP is a logical; set to .TRUE. to enable rad2uv to write the GDOP info to GDOP_NAME.
To avoid re-writing GDOP_NAME, you should set WRITE_GDOP to .FALSE. after generating the GDOP file.
GDOP_NAME is an ASCII string (max. 80 characters) to pass the name of the GDOP file to the programs. The GDOP file is a binary file. Use List_GDOP to convert to ASCII. The data format of the resulting GDOP file can be found here. |
| INTER | .FALSE. .FALSE. .FALSE. |
rad2uv |
INTER is a logical; set to .TRUE. to enable rad2uv to interplate from the
surrounding current field using a measured radial component if available.
LIE is a logical; set to .TRUE. to enable rad2uv to extraplate the current field using a measured radial component. TRIANG is a logical; set to .TRUE. to enable rad2uv to extrapolate the current field from center to the edges where no radial component is available. |
| PM_RAD | .FALSE. |
Plott_UV |
If PM_RAD is set to .TRUE., the colour scale for plots of the radial component of the current includes the direction:
Negative (blue) towards the radar, positive (red) away from the radar. |
| LARGE_FONT | .FALSE. |
Plott_UV Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Beam_rfi |
If LARGE_FONT is set to .TRUE., the font size of the numbers along the X and Y axis is increased to make the figures
better readable in two-column pages of papers. |
| AUTO_SCALE | .FALSE. |
Plott_WERA_Sort_Ang_Beam Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Beam_rfi Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi |
If AUTO_SCALE is set to .TRUE., the 0 dB reference point is set to the maximum power found in the range-Doppler map instead using full scale of the ADC as a reference point. |
| WERA_Currents | .TRUE. .FALSE. .FALSE. |
wera16_spec_cwrad wera16_spec_cwrad_rfi wrad2uv |
WERA_Currents is a logical; set to .TRUE. to enable wera16_spec_cwrad / wera16_spec_cwrad_rfi to calculate
radial components of the current field (.crad).
WERA_Waves is a logical; set to .TRUE. to enable wera16_spec_cwrad / wera16_spec_cwrad_rfi to calculate 2nd-order sidebands (.wrad)and to instruct wrad2uv to calculate wave parameters (.wav_asc). WERA_Wind is a logical; set to .TRUE. to enable wera16_spec_cwrad / wera16_spec_cwrad_rfi to calculate 2nd-order sidebands (.wrad) and to instruct wrad2uv to calculate wind direction (.win_asc). |
| NOAA_File | .FALSE. |
wera16_spec_cwrad wera16_spec_cwrad_rfi |
NOAA_File is a logical; set to .TRUE. to enable wera16_spec_cwrad / wera16_spec_cwrad_rfi to write the NOAA .ruv file containing the radial components of the current field (.crad). |
| DELTA_T | 0 .FALSE. |
Plott_UV |
DELTA_T is an integer value; specifies the time step in minutes between figures (used for automatic
data set file name creation). If set to 0 generates just one figure.
FOUR_FIGURES is a logical; set to .TRUE. to enable Plott_UV to put four consecutive data sets at DELTA_T time step into one figure. |
| SKU_FAC | 0.5 |
Plott_UV |
SKU_FAC is used to scale the size of vectors: SKU_FAC = 0.5 gives a good length for 0.5 m/s SKU_FAC = 2.5 gives a good length for 0.1 m/s |
| LIMIT_SKU | .FALSE. |
Plott_UV |
If a colour scale is used and LIMIT_SKU is set to .TRUE., the length of the current vectors is limited to 0.4 m/s
to only indicate the direction of the vector. |
| KNOTS | .TRUE. |
Plott_UV |
KNOTS = .TRUE. will scale currents in knots KNOTS = .FALSE. will scale currents in m/s. |
| SCAL_GDOP | 0.025 |
Plott_UV |
SKU_FAC is used to scale the size of the GDOP boxes: SCAL_GDOP = 0.025 gives a good size for GDOP = 5.0 |
| COAST | .TRUE. /home/wera/ |
Plott_UV |
COAST is a logical; if set to .TRUE., Plott_UV displays coast lines.
COAST_DIR is an ASCII string (max. 80 characters) to pass the name of the directory which contains the coast line data. |
| WIND | .FALSE. /home/wera/ |
Plott_UV |
Function is not yet implemented.
WIND is a logical; if set to .TRUE., Plott_UV checks for wind data to be displayed. WIND_DIR is an ASCII string (max. 80 characters) to pass the name of the directory which contains the wind data. |
| TEMP | .FALSE. TEMP.DAT |
Plott_UV |
Function is not yet implemented.
TEMP is a logical; if set to .TRUE., Plott_UV checks for sea surface temperature data to be plotted as the background. TEMP_NAME is an ASCII string (max. 80 characters) to pass the name of the temperature data file. |
| RAIL_NAME | RAIL.DAT |
Plott_UV |
RAIL_NAME is an ASCII string (max. 80 characters) to pass the name of a file describing ship 'rails'. If RAIL_NAME exists, Plott_UV plots the ship 'rails'. Here is a description of the data format. |
| KM_NM_X | 0.065 0.020 |
Plott_UV |
KM_NM_X and KM_NM_Y define the location of the length scale in GKS coordinates (0.0 ... 1.0). |
| SC_COL_X | 0.200 0.020 |
Plott_UV |
SC_COL_X and SC_COL_Y define the location of the colour scale in GKS coordinates (0.0 ... 1.0). |
| SC_CURR_X | 0.100 0.060 |
Plott_UV |
SC_CURR_X and SC_CURR_Y define the location of the scale vector in GKS coordinates (0.0 ... 1.0). |
| BKG_LEGEND | .FALSE. 0.500 0.900 |
Plott_UV |
BKG_LEGEND is a logical; if set to .TRUE., Plott_UV plots a background legend if plotting background data
is requested by "-b=/path/to/background/file/name".
BKG_LEG_X and BKG_LEG_Y define the location of the background legend in GKS coordinates (0.0 ... 1.0). |
| WRITE_COPYRIGHT | .TRUE. no default |
Plott_UV |
WRITE_COPYRIGHT is a logical; if set to .TRUE., Plott_UV plots the copyright text given by
TEXT_COPYR
TEXT_COPYR is an ASCII string of up to 80 characters. |
| WRITE_TABLE | .FALSE. |
Plott_UV |
WRITE_TABLE is a logical; if set to .TRUE., Plott_UV plots the table with measurement times and site locations. |
| WRITE_CIT | .FALSE. |
Plott_UV |
WRITE_CIT is a logical; if set to .TRUE., Plott_UV plots the coherent integration time (CIT) inside the table with measurement times and site locations. |
| WRITE_TIME | .FALSE. |
Plott_UV |
WRITE_TIME is a logical; if set to .TRUE., Plott_UV plots the figure generation time. |
| GRAY_SCALE | .FALSE. |
Plott_UV |
GRAY_SCALE is a logical; if set to .TRUE., Plott_UV replaces the colour scale with a gray scale. |
| WH | 1.0 |
Plott_UV |
WH sets the amount of white in colour (0.0 to 5.0). |
| WEST | no defaults |
Plott_UV |
WEST EAST NORTH SOUTH define the 4 sides of the map. Values are in degrees, West and South are negative. |
|
The following parameters exist for each site, so they are numbered by nnn, which is a number between
001 and NST_MAX; NST_MAX is defined in Read_CFG_COM.F by "parameter (NST_MAX=12)". If you need to handle more
than 12 sites, please increase this parameter and recompile all Fortran processing programs.
The site's coordinates from the header of a data set (LAT and LON) are compared to the values in params.cfg to identify the correct site number nnn which is used as an index to read the site's antenna configuration. |
|||
| Parameter | Default | Used by | Function |
| SITE_nnn | no defaults |
Plott_UV |
SITE_nnn is an ASCII string of up to 11 characters describing the site name. Plott_uv uses this parameter for generating figures without data, eg. "d=1". Otherwise it takes the site name from the data header. |
| LEFT_nnn | .FALSE. |
Plott_UV |
LEFT_nnn is a logical; if set to .TRUE., Plott_UV plots the site name left of the site location. |
| TLNG_nnn | 10.0 |
Plott_UV |
TLNG_nnn is the length in [mm] required to plot the site name. |
| LATD_nnn | no defaults no defaults |
Plott_UV Plott_WERA16_SORT Plott_WERA_Sort_Ang_Beam Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Beam_rfi Plott_WERA_USort_RCs Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol wera4_dir wera16_spec_cwrad wera16_spec_cwrad_rfi rad2uv |
LATD_nnn is the degrees value of the site's Latitude.
LATM_nnn is the minutes value of the site's Latitude. |
| LOND_nnn | no defaults no defaults |
Plott_UV Plott_WERA16_SORT Plott_WERA_Sort_Ang_Beam Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Beam_rfi Plott_WERA_USort_RCs Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol wera4_dir wera16_spec_cwrad wera16_spec_cwrad_rfi rad2uv |
LOND_nnn is the degrees value of the site's Longitude.
LONM_nnn is the minutes value of the site's Longitude. |
| T_NO_nnn | 0.0 35.0 55.0 |
Plott_UV |
T_NO_nnn True North of receive antenna in degrees (
linear array or
square array diagonal).
Is only used for plotting site coordinates and coverage (d=1).
RAN1_nnn is the radius of the inner circle to be plotted. RAN2_nnn is the radius of the outer circle to be plotted. |
| FCAL_nnn | ~/etc /Site.fullcal |
Plott_WERA16_SORT Plott_WERA_Sort_Ang_Beam Plott_WERA_Sort_RCs Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Gain Plott_WERA_Sort_RCs_Beam_rfi Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol wera4_dir |
FCAL_nnn is an ASCII string (max. 80 characters) to pass the name of the FullCalibration file (see here for the FullCalibration procedure). |
| ADJ_RAN_nnn | 0.0 |
wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol |
ADJ_RAN_nnn can be used to apply corrections to OFFSET (stored in the header during measurement). It is a real number to be added to RAN_OFF; unit is meters. Note, that the unit of RAN_OFF is Range Cells. |
| ADJ_ANG_nnn | 0.0 |
wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol |
ADJ_ANG_nnn can be used to apply corrections to TRUENORTH (stored in the header during measurement). It is a real number to be added to TRUENORTH; unit is degrees. |
| RANAM_nnn | ~/etc /Ranam[1..NST].dat |
rad2uv | RANAM_nnn can be used to modify the name of the file containing .crad file names. This is necessary if rad2uv is run two times in parallel to process different data sets. Different params_xxx.cfg files can be passed to rad2uv in this case. |
| WRADNAM_nnn | ~/etc /WRADnam[1..NST].dat |
wrad2uv |
WRADNAM_nnn can be used to modify the name of the file containing .wrad file names. This is necessary if wrad2uv is run two times in parallel to process different data sets. Different params_xxx.cfg files can be passed to wrad2uv in this case. |
The following 4 parameters allow the configuration of a set of file names
used during (re-)processing on-line (.USORT) data.
|
|||
| Parameter | Default | Used by | Function |
| REPROC | 0 |
wera16_grid_ol |
By defining REPROC = nnn, an alternate set of filenames (UNAM_nnn, CALF_nnn, GADJ_nnn) for processing of continuous (.USORT) data can be selected. |
| UNAM_nnn | ~/etc/USORTnames.asc |
wera16_grid_ol |
UNAM_nnn is an ASCII string (max. 80 characters) to pass the name of the file containing the latest .USORT file name. The CL7 software always stores it to ~/etc/USORTnames.asc . When re-processing, a script may write the .USORT file name to be processed to an alternate file name given in UNAM_nnn. |
| CALF_nnn | ~/etc/calibration.wera |
wera16_grid_ol Plott_WERA_USort_RCs Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi |
CALF_nnn is an ASCII string (max. 80 characters) to pass the name of the antenna calibration file. |
| GADJ_nnn | ~/etc/Gain_adjust.asc |
wera16_grid_ol Plott_WERA_USort_RCs Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi |
GADJ_nnn is an ASCII string (max. 80 characters) to pass the name of the file storing the dynamic antenna gain adjustment values. |
The following parameters enable and define different integration times of
|
|||
| Parameter | Default | Used by | Function |
| NSER_AVG | 512 |
wera16_grid_ol |
NSER_AVG is the number of samples to form a sub-spectrum from a series of .USORT files. |
| CUR_SPEC | .TRUE. |
wera16_grid_ol |
Enable writing .CUR.SPEC files at the defined integration time (NCUR_AVG) and repetition time (NCUR_STEP). |
| NCUR_AVG | 2048 Minimum = 512 |
wera16_grid_ol |
For current processing, sub-spectra are averaged until a total integration time of NCUR_AVG samples is reached. |
| NCUR_STEP | 512 |
wera16_grid_ol |
For current processing, NCUR_STEP defines the repetition time of .CUR.SPEC files. |
| WAV_SPEC | .FALSE. |
wera16_grid_ol |
Enable writing .WAV.SPEC files at the defined integration time (NWAV_AVG) and repetition time (NWAV_STEP). |
| NWAV_AVG | 4096 Minimum = 2048 |
wera16_grid_ol |
For wave processing, sub-spectra are averaged until a total integration time of NWAV_AVG samples is reached. |
| NWAV_STEP | 1024 |
wera16_grid_ol |
For wave processing, NWAV_STEP defines the repetition time of .WAV.SPEC files. |
| The following 9 parameters allow simultaneous use of a linear and a square array within the same WERA system. They provide a mapping of receiver channels to antenna numbers. A value of '0' indicates that this antenna configuration does not exist in the actual WERA system. | |||
| Parameter | Default | Used by | Function |
| ARR1_nnn | 1 16 |
Plott_WERA16_SORT Plott_WERA_Sort_Ang_Beam Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Beam_rfi Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol |
ARR1_nnn is the first antenna number in the linear array.
ARR2_nnn is the last antenna number in the linear array. To reverse the orientation of the linear array (sea located to the right when looking from antenna 1 to antenna 16), just set ARR1_nnn to 16 and ARR2_nnn to 1. [cf. this figure] |
| ARRD_nnn | 0.0 |
Plott_WERA16_SORT Plott_WERA_Sort_Ang_Beam Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Beam_rfi Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol |
ARRD_nnn is the distance between antennas in the linear array in meters. A value of 0.0 indicates a fixed spacing of 0.5 lambda. If a value of e.g. 10 m is used, the spacing in lambda is calculated from the actual center frequency. If the file defined in DIST_nnn exists, that table of (variable) antenna spacings is used instead of ARRD_nnn. |
| STEER_nnn | 60 |
Plott_UV Plott_WERA16_SORT Plott_WERA_Sort_Ang_Beam Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Beam_rfi Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol wera16_spec_cwrad wera16_spec_cwrad_rfi |
STEER_nnn is the maximum beam steering angle (+/-) in degrees. |
| DIST_nnn | ~/etc /antdist_Site.asc |
Plott_WERA16_SORT Plott_WERA_Sort_Ang_Beam Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Beam_rfi Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol |
DIST_nnn is an ASCII string (max. 80 characters) to pass the name of the antenna spacing file (see here for the data format) for the linear array. |
| APOS_nnn | '~/etc/antpos_Site.asc' |
Plott_WERA16_SORT Plott_WERA_Sort_Ang_Beam Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Beam_rfi Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol |
APOS_nnn is an ASCII string (max. 80 characters) to pass the name of the antenna location file
for the receiver array. See here for the data format and information on beam forming. |
| AWIN_nnn | 'u' |
Plott_WERA16_SORT Plott_WERA_Sort_Ang_Beam Plott_WERA_Sort_RCs_Beam Plott_WERA_Sort_RCs_Beam_rfi Plott_WERA_USort_RCs_Beam Plott_WERA_USort_RCs_Beam_rfi wera16_beam wera16_grid wera16_grid_rfi wera16_grid_ol |
AWIN_nnn is one ASCII character selecting the window function for beam forming. Ultra Spherical window : 'u', Hamming window : 'h'. See here for information on beam forming. |
| SQA1_nnn | 0 0 0 0 |
wera4_dir |
SQA1_nnn is antenna 1 of square array
SQA2_nnn is antenna 2 of square array SQA3_nnn is antenna 3 of square array SQA4_nnn is antenna 4 of square array Supply the receiver channel number here, check for antenna numbering here. |
| ANG1_nnn | 1.0 360.0 |
wera4_dir |
Direction finding: Search for signals within a sector from ANG1_nnn to ANG2_nnn clockwise in geographical degrees. |
| The following parameters define instrument locations on the map by plotting a star. | |||
| Parameter | Default | Used by | Function |
| NINST | 0 | Plott_UV | NINST is an integer value which specifies the number of instruments to be processed. The default maximum value is NINST = 20. If you need more than 20 instruments to be defined, please increase the parameter NINST_MAX in 'Read_CFG_COM.F' and recompile the processing software. |
| ILAT_nnn | no defaults no defaults |
Plott_UV |
ILAT_nnn is the instrument's Latitude in degrees.
ILON_nnn is the instrument's Longitude in degrees. |
| INAM_nnn | no defaults |
Plott_UV |
INAM_nnn is an ASCII string of up to 80 characters describing the instrument's name. |
| ILEFT_nnn | .FALSE. |
Plott_UV |
ILEFT_nnn is a logical; if set to .TRUE., Plott_UV plots the instrument name left of the instrument location. |
| The following parameters define locations (eg. villages) on the map by plotting a circle. | |||
| Parameter | Default | Used by | Function |
| LNAMES | 0 | Plott_UV | LNAMES is an integer value which specifies the number locations to be processed. The default maximum value is LNAMES = 20. If you need more than 20 locations to be defined, please increase the parameter LNAMES_MAX in 'Read_CFG_COM.F' and recompile the processing software. |
| LLAT_nnn | no defaults no defaults |
Plott_UV |
LLAT_nnn is the location's Latitude in degrees.
LLON_nnn is the location's Longitude in degrees. |
| LNAM_nnn | no defaults |
Plott_UV |
LNAM_nnn is an ASCII string of up to 80 characters describing the location's name. |
| LLEFT_nnn | .FALSE. |
Plott_UV |
LLEFT_nnn is a logical; if set to .TRUE., Plott_UV plots the location name left of the location. |