ctdcal project

The ctdcal project is a library designed to process CTD cast data and calibrate them against taken bottle samples, and scripts providing an example case of how to use the library.

In the future parts of the ctdcal library will be split off into additional packages, such as an "ocean sensors" package with Python implementations of conversion routines for in-situ sensors used for ocean measurement.

Installation and Dependencies

Run python setup.py

Dependencies:

• python3 (3.6)
• numpy (1.12.1)
• scipy (0.19.0)
• gsw (3.2)
• matplotlib (2.0.1)
• pandas (== 0.20.3)

Running the scripts

Once installed, copy the test data set into the working directory. Afterwards go into the working directory and type:

This will run the scripts against the currently loaded data.

LICENSING

BSD 3-clause

DEPRECIATED

General Utilities for processing SBE Data

Dependencies:

• python3 (3.6)
• numpy (1.12.1)
• scipy (0.19.0)
• gsw (3.2)
• matplotlib (2.0.1)
• pandas (== 0.20.3)

###Overview of available scripts

Utility for converting Seabird Electronics .hex/.XMLCON raw data into csv-formatted text files

usage: odf_convert_sbe.py [-h] [-d] [-r] [-o destDir] hex_file XMLCON_file

positional arguments:
  hex_file      the .hex data file to process
  XMLCON_file   the .XMLCON data file to process

optional arguments:
  -h, --help    show this help message and exit
  -d, --debug   display debug messages
  -r, --raw     return the raw data values
  -o dest_dir   location to save output files

Utility for extracting Niskin bottle firing related data from converted csv-formatted text files

usage: bottle.py [-h] [-o output file] [-d] cnv_file

positional arguments:
  cnv_file  the converted csv-formatted file to process

optional arguments:
  -h, --help      show this help message and exit
  -o output_file  name and location of output file
  -d, --debug     display debug messages

Utility for processing ctd sensor related data from converted csv-formatted text files

usage: odf_process_ctd.py [-h] [-d] [-i cnv_file] [-o dest_dir] ini_file

positional arguments:
  ini_file     the .ini file to use for processing

optional arguments:
  -h, --help   show this help message and exit
  -d, --debug  display debug messages
  -i cnv_file  the converted, csv-formatted ctd data to process, this
               argument overrides any data file specified in the .ini file
  -o dest_dir  location to save output files

Sample Script for importing converted SBE Data

usage: sampleImport.py [-h] [-d] converted_File

positional arguments:
  cnv_file  the converted, csv-formatted data file to process

optional arguments:
  -h, --help      show this help message and exit
  -d, --debug     display debug messages

Sample Script for exporting Pandas dataframes to csv-formatted text files with the CLIVAR 2-row header record.

usage: sampleExport.py [-h] [-d] [-w] converted_file output_file

positional arguments:
  cnv_file     the converted, csv-formatted data file to import to a dataframe
  output_file  the filename to export the dataframe to

optional arguments:
  -h, --help       show this help message and exit
  -d, --debug      display debug messages
  -w, --overwrite  overwrite the pre-existing output file if found

Sample Script for converting raw SBE Data

usage: sampleConvert.py [-h] [-d] hex_file XMLCON_file

positional arguments:
  hex_file     the .hex data file to process
  XMLCON_file  the .XMLCON data file to process

optional arguments:
  -h, --help   show this help message and exit
  -d, --debug  display debug messages

Additional information

• Please take a look at INSTALL.md for instructions on how to install the ODF-CTD-PROC Utilites.
• Please take a look at SETUP.md for recommendation on how to setup the SBE CTD Hardware and SBE Data Acquisition software.
• Please take a look at COOKBOOK.md for suggestions on how to leverage the ODF-CTD-PROC Utilites in a real-world, at-sea scenario.

LICENSING

BSD 3-clause