NCANALYSE.DAT

Basic Information

File-Type

ncanalyse.dat

File-Form

FORMATTED

Version

February 2016

Description-Date

February 2016

Significance of the File

contains general steering data for the program NCANALYSE.

File-Contents (in Catchwords)

steering data

• Block Program_Parameters: general input data
  1. Max_Read_Storage: maximum number of data items which can be read, stored and processed within one analysis cycle.
  2. Min_Water_Depth: minimum water depth up to which analyses are carried through.
  3. (optional) Create_Missing_Variables: create additional (virtual) variables

     0 = do not create (default);

     1 = create (actually only "magnitude_of_sea_water_velocity" for DFlow FM UGRID CF NetCDF).

• Block Data_Analysis_Period: period of data analysis
  1. Start_Time: start time of data analysis period.
  2. End_Time: end time of data analysis period.
• Block Input_Files: CF NetCDF file with input data
  1. Data_File: name and type (NETCDF) of the input data file (filetype cf-netcdf.nc).
• Block Location: reference locations (one block per location)
  1. Name: name of reference location.
  2. Type: type of reference location:
     • 0 = reference location tide (must be specified exactely once);
     • 1 = reference location phase (must be specified exactely once);
     • 2 = auxiliary location (can be specified several times).
  3. X: x-coordinate of location(specify either X and Y or LON and LAT).
  4. Y: y-coordinate of location (specify either X and Y or LON und LAT).
  5. LON: longitude of location (specify either X and Y or LON and LAT).
  6. LAT: latitude of location (specify either X and Y or LON and LAT).
  7. Z: z-coordinate of location (positive downwards).
  8. Rank: rank of location(not for reference location phase).
  9. Previous_Rank: refers to the rank of the previous location (not for reference location tide and reference location phase).
• Block Input_Variables: names(s) for variables to be analysed
  1. Name: name of variable to be analysed (must be a valid CF NetCDF variable name from the input data file).
• Block Data_Analysis: type of analysis and CF NetCDF file for result data
  1. Type: type of analysis:
     • TDKW = Tidal Characteristic Numbers of Water Level;
     • TDKV = Tidal Characteristic Numbers of Current;
     • TDKS = Tidal Characteristic Numbers of Salinity;
     • LZKW = Characteristic Numbers of Water Level (independent of tides);
     • LZKV = Characteristic Numbers of Current Velocity (independent of tides);
     • LZKS = Characteristic Numbers of Salinity (independent of tides);
     • LZKM = Characteristic Numbers of Morphodynamics (independent of tides);
     • LZXF = Characteristic Numbers of Water Transport (independent of tides);
     • LZXS = Characteristic Numbers of Salt Transport (independent of tides);
     • LZXT = Characteristic Numbers of Heat Transport (independent of tides);
     • LZXP = Characteristic Numbers of Tracer Transport (independent of tides);
     • LZXC = Characteristic Numbers of Suspended Sediment Transport (independent of tides);
     • LZXE = Characteristic Numbers of Tidal Energy Transport.
  2. Result_File: name and type (NETCDF) of the result file (filetype cf-netcdf.nc).
• required for LZKW:
  • Block Water_Level_Bounds: definition of classes for water level.
    1. Interval: lower and upper bound of classes (intervals).
  • Block Water_Level_Quantiles: definition of quantiles.
    1. Value: quantile from interval ] 0.0, 1.0 [; for median choose Value = 0.5.
• required for LZKV:
  • Block Current_Velocity_Bounds: definition of classes for current velocity.
    1. Interval: lower and upper bound of classes (intervals).
  • Block Current_Velocity_Quantiles: definition of quantiles.
    1. Value: quantile from interval ] 0.0, 1.0 [; for median choose Value = 0.5.
• required for LZKS:
  • Block Salinity_Bounds: definition of classes for salinity.
    1. Interval: lower and upper bound of classes (intervals).
  • Block Salinity_Quantiles: definition of quantiles.
    1. Value: quantile from interval ] 0.0, 1.0 [; for median choose Value = 0.5.
• required for LZKM:
  • Block Bathymetry_Bounds: definition of classes for bathymetry.
    1. Interval: lower and upper bound of classes (intervals).
  • Block Bathymetry_Quantiles: definition of quantiles.
    1. Value: quantile from interval ] 0.0, 1.0 [; for median choose Value = 0.5.

General Remarks

1. Dictionary files used from directory $PROGHOME/dic/:
   • ncanalyse_dico.dat and
   • ncanalyse_config_dico.dat.
2. Standard configuration files used from directory $PROGHOME/cfg/:
   • TDKW_ncanalyse_cfg.dat: definition file for Tidal Characteristic Numbers of Water Level;
   • TDKV_ncanalyse_cfg.dat: definition file for Tidal Characteristic Numbers of Current;
   • TDKS_ncanalyse_cfg.dat: definition file for Tidal Characteristic Numbers of Salinity;
   • LZKW_ncanalyse_cfg.dat: definition file for Characteristic Numbers of Water Level (independent of tides);
   • LZKV_ncanalyse_cfg.dat: definition file for Characteristic Numbers of Current Velocity (independent of tides);
   • LZKS_ncanalyse_cfg.dat: definition file for Characteristic Numbers of Salinity (independent of tides);
   • LZKM_ncanalyse_cfg.dat: definition file for Characteristic Numbers of Morphodynamics (independent of tides);
   • LZXF_ncanalyse_cfg.dat: definition file for Characteristic Numbers of Water Transport (independent of tides);
   • LZXS_ncanalyse_cfg.dat: definition file for Characteristic Numbers of Salt Transport (independent of tides);
   • LZXT_ncanalyse_cfg.dat: definition file for Characteristic Numbers of Heat Transport (independent of tides);
   • LZXP_ncanalyse_cfg.dat: definition file for Characteristic Numbers of Tracer Transport (independent of tides);
   • LZXC_ncanalyse_cfg.dat: definition file for Characteristic Numbers of Suspended Sediment Transport (independent of tides);
   • LZXE_ncanalyse_cfg.dat: definition file for Characteristic Numbers of Tidal Energy Transport;

Programs using this Type of File

NCANALYSE

Example-File

$PROGHOME/examples/ncanalyse/ncanalyse.dat

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