InTheMED / Innovative and Sustainable Groundwater Management in the Mediterranean

DSS TOOL - Developers: Antonis Lyronis, Emmanouil Varouchakis, George Karatzas

Εxtract "Requena Surrogate Model.rar"
Simply, run "guyfcm.exe" located in the "guyfcm" folder.

Advanced User

Konya | Requena | Tympaki | Grombalia | Guadiana Basin - Standalone Desktop App [Download - No MATLAB Installation needed]

Download Python 3.10 from the following link: https://www.python.org/downloads/release/python-3100/
Install Python 3.10 on the following path: 'C:\Program Files\Python310'
Install Pandas - Python Data Analysis Library for Windows. Type in the command prompt "pip install manager". Once finished, type the following: "pip install pandas".
Install Scikit-learn - Python Module for Machine Learning for Windows. Type in the command prompt "pip install scikit-learn==1.2.1".
Move 'Spain_SM.py', 'smart_model_Spain.py' and 'InTheMED_WP3_SM_EX.pkl' files from ΚRTGG_Surrogate_Model.zip on your Desktop.
Download and install the Windows version of the MATLAB Runtime for R2022b from the following link on the MathWorks website: https://www.mathworks.com/products/compiler/mcr/index.html
Run MyAppInstaller_web.exe, select the destination folder and begin the installation. Add the shortcut of the application on your Desktop.
Run the application from the Desktop shortcut.

Konya | Requena | Tympaki | Grombalia | Guadiana Basin - MATLAB App [Download - MATLAB 2022b Installation needed]

Download Python 3.10 from the following link: https://www.python.org/downloads/release/python-3100/
Install Python 3.10 on the following path: 'C:\Program Files\Python310'
Install Pandas - Python Data Analysis Library for Windows. Type in the command prompt "pip install manager". Once finished, type the following: "pip install pandas".
Install Scikit-learn - Python Module for Machine Learning for Windows. Type in the command prompt "pip install scikit-learn==1.2.1".
Move 'Spain_SM.py', 'smart_model_Spain.py' and 'InTheMED_WP3_SM_EX.pkl' files from ΚRTGG_Surrogate_Model.zip on a folder on your Desktop or to another prefered path.
Extract the content of "InTheMED_App.rar" and simply install "InTheMED_App" into MATLAB "My Apps".
On MATLAB Environment set the current folder from the "Βrowse for folder" icon to the folder that contains 'Spain_SM.py', 'smart_model_Spain.py' and 'InTheMED_WP3_SM_EX.pkl' files.
Run the App through MATLAB APPS tab.

Basic User

Konya | Tympaki | Grombalia | Guadiana Basin - Standalone Desktop App [Download - No MATLAB Installation needed]

Download and install the Windows version of the MATLAB Runtime for R2022b from the following link on the MathWorks website: https://www.mathworks.com/products/compiler/mcr/index.html
Run MyAppInstaller_web.exe, select the destination folder and begin the installation. Add the shortcut of the application on your Desktop.
Run the application from the Desktop shortcut.

Konya |Tympaki | Grombalia | Guadiana Basin - MATLAB App [Download - MATLAB 2022b Installation needed]

Extract the content of "InTheMED_App.rar" and simply install "InTheMED" into MATLAB "My Apps".
Run the App through MATLAB APPS tab.

ATLAS OF MAPS

Konya

Precipitation Coefficient: 0.8 | Water Crop Coefficient: 1.2 | Period: Dec-2029

Precipitation Coefficient: 0.8 | Water Crop Coefficient: 1.2 | Period: Dec-2039

Precipitation Coefficient: 1 | Water Crop Coefficient: 1 | Period: Dec-2029

Precipitation Coefficient: 1.2 | Water Crop Coefficient: 0.8 | Period: Dec-2029

Precipitation Coefficient: 1.2 | Water Crop Coefficient: 0.8 | Period: Dec-2039

Precipitation Coefficient: 1 | Water Crop Coefficient: 1 | Period: Dec-2039

Requena

Recharge Coeff.: 1.3 | Pumping Coeff.: 0.75 | Period: Sep-2032 | DH: Abs

Recharge Coeff.: 0.7 | Pumping Coeff.: 0.75 | Period: Sep-2032 | DH: Abs

Recharge Coeff.: 1.3 | Pumping Coeff.: 1.25 | Period: Sep-2032 | DH: Abs

Recharge Coeff.: 0.7 | Pumping Coeff.: 1.25 | Period: Sep-2032 | DH: Abs

Recharge Coeff.: 1.3 | Pumping Coeff.: 0.75 | Period: Sep-2052 | DH: Abs

Recharge Coeff.: 0.7 | Pumping Coeff.: 0.75 | Period: Sep-2052 | DH: +/-

Recharge Coeff.: 1.3 | Pumping Coeff.: 1.25 | Period: Sep-2052 | DH: Abs

Recharge Coeff.: 0.7 | Pumping Coeff.: 1.25 | Period: Sep-2052 | DH: +/-

Recharge Coeff.: 1.3 | Pumping Coeff.: 0.75 | Period: Sep-2032 | DH: +/-

Recharge Coeff.: 0.7 | Pumping Coeff.: 0.75 | Period: Sep-2032 | DH: +/-

Recharge Coeff.: 1.3 | Pumping Coeff.: 1.25 | Period: Sep-2032 | DH: +/-

Recharge Coeff.: 0.7 | Pumping Coeff.: 1.25 | Period: Sep-2032 | DH: +/-

Recharge Coeff.: 1.3 | Pumping Coeff.: 0.75 | Period: Sep-2052 | DH: +/-

Recharge Coeff.: 0.7 | Pumping Coeff.: 0.75 | Period: Sep-2052 | DH: Abs

Recharge Coeff.: 1.3 | Pumping Coeff.: 1.25 | Period: Sep-2052 | DH: +/-

Recharge Coeff.: 0.7 | Pumping Coeff.: 1.25 | Period: Sep-2052 | DH: Abs

Tympaki

Groundwater Coeff.: 1 |Pumping Coeff.: -0.1| Year: 2027| RCP: 4.5| DH: Abs

Groundwater Coeff.: 1 |Pumping Coeff.: 0.5| Year: 2027| RCP: 8.5| DH: Abs

Groundwater Coeff.: 1 |Pumping Coeff.: -0.1| Year: 2037| RCP: 8.5| DH: Abs

Groundwater Coeff.: 1 |Pumping Coeff.: -0.2| Year: 2027| RCP: 4.5| DH: +/-

Groundwater Coeff.: 1 |Pumping Coeff.: -0.1| Year: 2027| RCP: 4.5| DH: +/-

Groundwater Coeff.: 1 |Pumping Coeff.: 0.5| Year: 2027| RCP: 8.5| DH: +/-

Groundwater Coeff.: 1 |Pumping Coeff.: -0.1| Year: 2037| RCP: 8.5| DH: +/-

Groundwater Coeff.: 1 |Pumping Coeff.: -0.2| Year: 2037| RCP: 4.5| DH: Abs