HydroSensorReader

This project aims to provide a simple way to read scientific files produced by any kind of probe, sensor, or anything used in hydrogeology.

Installation

You can directly install this package with the command: pip install HydroSensorReader.

After the installation, you can use the package by using

import hydsensread as hsr

# File based reader
file_path = 'my_file_path'

# Files Generating Timeseries results
# =====================================

# read CR1000 files
r = hsr.DATCampbellCRFileReader(file_path)

# read Hanna multiparameter probes 
# - (model HI-9828 and HI-9829 tested)
# - Supported extension : '.xls', '.xlsx'
r = hsr.XLSHannaFileReader(file_path)

# Read Solinst Levelogger and Barologger files
# - Supported extension : '.lev', '.xle', '.csv'
r = hsr.SolinstFileReader(file_path)

# Plot the results with
r.plot()

# Files Generating Generic results
# =====================================
# read Maxxam laboratory analysis files.
# - Supported extension : '.xls', '.xlsx'
r = hsr.XSLMaxxamFileReader(file_path)

# Web data scrappers 
# These data scrappers use the station name.
station = 'StationName'
r = hsr.GNBWaterQualityStation(station)

Dependencies

• openpyxl
• xlrd
• xlwt
• beautifulsoup4
• requests
• pandas
• matplotlib
• numpy

Main package definition

file_reader

Implementation of different file readers. Each python file contains a main launcher to the class.

• compagny_file_reader - Reader of generated files comming from different probes or labs.
• web_page_reader - Web crawlers in charge of extracting data from web sites

file_parser

This package contains the classes in charge of reading the different files. More information about these packages is available in the code.

• abstract_file_parser.py
  • AbstractFileParser - Abstract class used as an interface to implement the others
• concrete_file_parser.py
  • CSVFileParser
  • TXTFileParser
  • EXCELFileParser
  • __WEB_XMLFileParser__

site_and_records

This package contains classes defining the domain elements and the data describing them

• site.py
  • Site - A basic site class with the site name a the visited date
  • SensorPlateform - A Plateform is an object that can take measurements as a standalone object
  • Sample - Sample as an object manipulated by a laboratory
  • StationSite - Modelisation of a station object
  • StreamFlowStation - This specialized class was created to store the information of the ECCC website
• records.py
  • Parameter - Class acting as a structure to store a parameter value (what is observed) and its associated unit
  • Record - A record must have a date, a parameter, a unit, and a value.
  • TimeSeriesRecords _- The recorddate corresponds to the first date of the list of values. Values are stored as a Dict as follows :
    • { date1: value1, date2: value2,...}
  • ChemistryRecord -A chemistry record has a detection limit, a report date, an analysis type and all the attributes of a Record

file_example

This folder contains several examples of files for testing.

Work To Do

• Add a .LAS reader to take care of borehole geophysics files
• Add a .LAS reader to take care of LiDar data
• Create a Strategy class so you can input a file and the strategy class select the correct file_reader class
• Continue documentation... always...