Software

The Velocity Mapping Toolbox (VMT) is a Matlab-based software for processing and visualizing ADCP data collected along transects in rivers or other bodies of water. VMT allows rapid processing, visualization, and analysis of a range of ADCP datasets and includes utilities to export ADCP data to files compatible with ArcGIS, Tecplot, and Google Earth.

QRev is a USGS-developed MATLAB program that computes the discharge from a moving-boat ADCP measurement using data collected with any of the Teledyne RD Instrument (TRDI) or SonTek bottom tracking ADCPs. QRev improves the consistency and efficiency of processing streamflow measurements.

Tool to assist in selecting an appropriate extrapolation method for ADCP discharge computations.

AreaComp is a software for computing stage area ratings from hydrologic measurements.

Stationary Moving-Bed Analysis (SMBA) computes the dot product of the bottom track vector onto the unit water vector and determines the moving bed velocity in the upstream direction relative to the water velocity vector. This program is applicable to all stationary moving bed test.

The purpose of RSMatrix is to provide an program that can be run outside Matlab and used by non-Matlab owners to read the ADCP transformation matrices from a RiverSurveyor Live generated Matlab file.

The LC program automates the application of the loop method for correcting discharges measured using bottom track with a moving bed present.

EDI facilitates easy use of an ADCP discharge measurement for computing the locations and associated depth and water velocity for collecting Equal-discharge-increment method sediment and water-quality samples.

The Reston Stable Isotope Laboratory LIMS (Laboratory Information Management System) software suite is available for download: 1) LIMS for Lasers 2015 for off-axis and cavity ring-down laser absorption spectrometers, 2) LIMS Data Viewer, a companion utility that allows read-only access to LIMS for Lasers data, and 3) LIMS for Light Stable Isotopes for isotope-ratio mass spectrometers.

The Python GIS Flood Tool (pygft) was designed to process stream, catchment, and elevation datasets in order to assess the extent and depth of flooding for each stream reach. The model itself is light-weight, created with the capability to scale to larger regions or CONUS (conterminous United States) scales.