HydroSight - Major update
This release was generously funded by Victorian Department of Environment, Land, Water and Planning. It provides a number of powerful new features and resolves the some important bugs/weaknesses, most notably:
- A soil moisture model bug has been fixed that can cause in-complete calibration of its parameters. Also, a second version of the soil moisture model has been provided that constrains the actual soil ET using the Budyko curve. See (https://github.com/peterson-tim-j/HydroSight/blob/master/algorithms/models/TransferNoise/ForcingTransformation/climateTransform_soilMoistureModels_2layer.m)
- The calibration GUI tab now allows extensive examination of the fluxes at a range of time-scales, weighting functions and model specific outputs, eg transmissivity .
- Calibration is now undertaken using an additional GUI. This provides extensive control of the calibration settings and displays the calibration output text.
- A highly novel TFN forcing transformation component, called pumpingRate_SAestimation, has been added that allows the downscaling and in-filling of infrequently metered pumping. This requires extensive changes to the SP-UCI calibration scheme. The downscaling and in-filling algorithms have been carefully written to be very computationally efficient.
- Help documentation has been moved to the project wiki.
- Calibration time has been reduced by the optimisation of the C code functions.
- Multiple small bugs in the GUI have been fixed.
Additionally, the attached Windows 64bit binaries include a version with an installer (install_HydroSight.exe) and one without an installer (noInstaller_HydroSight.zip). The version without the installer would only be appropriate if your PC already has the required version of the MATLAB Compiler Runtime (MCR) installed (currently Matlab 2014b). To use the no installer version, download and unzip the folder to, say, your Desktop, open the folder and run HydroSight.exe.