%global _empty_manifest_terminate_build 0 Name: python-3ETool Version: 0.8.2 Release: 1 Summary: Tools for performing exergo-economic and exergo-environmental analysis License: GNU GPLv3 URL: https://tinyurl.com/SERG-3ETool Source0: https://mirrors.nju.edu.cn/pypi/web/packages/9f/ed/3b43cb00796747aa722dc1c675587ab1a3747b083aa8eb88146a3886eb7e/3ETool-0.8.2.tar.gz BuildArch: noarch %description # 3ETool __3ETool__ contains some useful tools developed by the [SERG research group](https://www.dief.unifi.it/vp-177-serg-group-english-version.html) of the [University of Florence](https://www.unifi.it/changelang-eng.html) for performing exergo-economic and exergo environmental analysis. The __user manual__ can be downloaded [here](https://firebasestorage.googleapis.com/v0/b/etapp-serggroup.appspot.com/o/3ETool_res%2FOther%2FUser%20Guide-eng.pdf?alt=media&token=db51ff1e-4c63-48b9-8b42-322a2eee44da). Moreover, some [youtube tutorials](https://www.youtube.com/playlist?list=PLj6A7PjCJLfa9xNOFwRc3D_XroWhKlptj) have been uploaded in order to help the user in compiling the excel file. ### 1 - Calculation process 🤔⚙ The beta version can be downloaded using __PIP__: ``` pip install 3ETool ``` Once the installation has been completed the user can import the tool, and paste to a desired location the __user manual__, the __components documentation__ or the __default excel file__, as in the _matlab version_ of the app. ```python import EEETools EEETools.paste_user_manual() EEETools.paste_components_documentation() EEETools.paste_default_excel_file() ``` Finally, once the Excel file has been compiled, the calculation can be initialized trough this command: ```python import EEETools EEETools.calculate() ``` calculation options and user defined excel path can be passed to the function as well (default values are _true_); in case user does not pass the path, the app will automatically open a filedialog window so that it can be selected manually ```python import EEETools EEETools.calculate( excel_path="your_excel_file.xlsx", calculate_on_pf_diagram = True, loss_cost_is_zero = True, valve_is_dissipative = True, condenser_is_dissipative = True ) ``` ### 2 - Debugging tools 👨‍💻🔍 Excel file can be debugged using some specific tools that can be launched using the following command (please select the Excel file that you want to debug on program request): ```python import EEETools EEETools.launch_connection_debug() ``` Another possible way of debugging the code is to ask the program to export the debug information on the Excel file: ```python import EEETools EEETools.export_debug_information() ``` Finally, topology can be displayed using: ```python import EEETools EEETools.launch_network_display() ``` ### 3 - Sankey Diagrams 📈📊 Sankey diagram can be plotted using the following command: ```python import EEETools EEETools.plot_sankey( generate_on_pf_diagram=True, display_costs=True, ) ``` * ___generate_on_pf_diagram___ can be omitted and __is True by default__: - if __False__ the connections are defined according to the __physical topology__ of the plant - if __True__ the connections are based on the __product-fuel__ definition * ___display_costs___ can be omitted and __is False by default__: - if __False__ the thickness of the connection in the sankey diagram is proportional to the __exergy flux__ between the components (in _kW_) - if __True__ the thickness of the connection in the sankey diagram is proportional to the __economic (or environmental) flux__ between the components (in _€/s_ or in _Pts/s_). In addition, for each connection, the __color intensity__ is proportional to the __relative cost of the stream__ (in _€/kJ_ or in _Pts/kJ_) ### 4 - Code Structure 📁 __The application code is divided into 3 main folders:__

__MainModules__ directory contains Base modules such as _Block, Connection, ArrayHandler and Drawer Classes._
__Block Sublcasses__ contains a Block subclass for each component type (e.g. expander, compressor etc.)
__Tools__ contains different APIs needed for the program to run (e.g. the cost correlation handler, the EES code generator, and the importer and exporter for both Excel and xml files) ### 5 - Important Information ⚠ __-------------------------- !!! THIS IS A BETA VERSION !!! --------------------------__ please report any bug or problems in the installation to _pietro.ungar@unifi.it_
for further information visit: https://tinyurl.com/SERG-3ETool __-------------------------------- !!! HOW TO CITE !!! --------------------------------__ The following reference can be used to cite the tool in publications: Fiaschi, D., Manfrida, G., Ungar, P., Talluri, L. Development of an exergo-economic and exergo-environmental tool for power plant assessment: evaluation of a geothermal case study. https://doi.org/10.52202/062738-0003 %package -n python3-3ETool Summary: Tools for performing exergo-economic and exergo-environmental analysis Provides: python-3ETool BuildRequires: python3-devel BuildRequires: python3-setuptools BuildRequires: python3-pip %description -n python3-3ETool # 3ETool __3ETool__ contains some useful tools developed by the [SERG research group](https://www.dief.unifi.it/vp-177-serg-group-english-version.html) of the [University of Florence](https://www.unifi.it/changelang-eng.html) for performing exergo-economic and exergo environmental analysis. The __user manual__ can be downloaded [here](https://firebasestorage.googleapis.com/v0/b/etapp-serggroup.appspot.com/o/3ETool_res%2FOther%2FUser%20Guide-eng.pdf?alt=media&token=db51ff1e-4c63-48b9-8b42-322a2eee44da). Moreover, some [youtube tutorials](https://www.youtube.com/playlist?list=PLj6A7PjCJLfa9xNOFwRc3D_XroWhKlptj) have been uploaded in order to help the user in compiling the excel file. ### 1 - Calculation process 🤔⚙ The beta version can be downloaded using __PIP__: ``` pip install 3ETool ``` Once the installation has been completed the user can import the tool, and paste to a desired location the __user manual__, the __components documentation__ or the __default excel file__, as in the _matlab version_ of the app. ```python import EEETools EEETools.paste_user_manual() EEETools.paste_components_documentation() EEETools.paste_default_excel_file() ``` Finally, once the Excel file has been compiled, the calculation can be initialized trough this command: ```python import EEETools EEETools.calculate() ``` calculation options and user defined excel path can be passed to the function as well (default values are _true_); in case user does not pass the path, the app will automatically open a filedialog window so that it can be selected manually ```python import EEETools EEETools.calculate( excel_path="your_excel_file.xlsx", calculate_on_pf_diagram = True, loss_cost_is_zero = True, valve_is_dissipative = True, condenser_is_dissipative = True ) ``` ### 2 - Debugging tools 👨‍💻🔍 Excel file can be debugged using some specific tools that can be launched using the following command (please select the Excel file that you want to debug on program request): ```python import EEETools EEETools.launch_connection_debug() ``` Another possible way of debugging the code is to ask the program to export the debug information on the Excel file: ```python import EEETools EEETools.export_debug_information() ``` Finally, topology can be displayed using: ```python import EEETools EEETools.launch_network_display() ``` ### 3 - Sankey Diagrams 📈📊 Sankey diagram can be plotted using the following command: ```python import EEETools EEETools.plot_sankey( generate_on_pf_diagram=True, display_costs=True, ) ``` * ___generate_on_pf_diagram___ can be omitted and __is True by default__: - if __False__ the connections are defined according to the __physical topology__ of the plant - if __True__ the connections are based on the __product-fuel__ definition * ___display_costs___ can be omitted and __is False by default__: - if __False__ the thickness of the connection in the sankey diagram is proportional to the __exergy flux__ between the components (in _kW_) - if __True__ the thickness of the connection in the sankey diagram is proportional to the __economic (or environmental) flux__ between the components (in _€/s_ or in _Pts/s_). In addition, for each connection, the __color intensity__ is proportional to the __relative cost of the stream__ (in _€/kJ_ or in _Pts/kJ_) ### 4 - Code Structure 📁 __The application code is divided into 3 main folders:__

__MainModules__ directory contains Base modules such as _Block, Connection, ArrayHandler and Drawer Classes._
__Block Sublcasses__ contains a Block subclass for each component type (e.g. expander, compressor etc.)
__Tools__ contains different APIs needed for the program to run (e.g. the cost correlation handler, the EES code generator, and the importer and exporter for both Excel and xml files) ### 5 - Important Information ⚠ __-------------------------- !!! THIS IS A BETA VERSION !!! --------------------------__ please report any bug or problems in the installation to _pietro.ungar@unifi.it_
for further information visit: https://tinyurl.com/SERG-3ETool __-------------------------------- !!! HOW TO CITE !!! --------------------------------__ The following reference can be used to cite the tool in publications: Fiaschi, D., Manfrida, G., Ungar, P., Talluri, L. Development of an exergo-economic and exergo-environmental tool for power plant assessment: evaluation of a geothermal case study. https://doi.org/10.52202/062738-0003 %package help Summary: Development documents and examples for 3ETool Provides: python3-3ETool-doc %description help # 3ETool __3ETool__ contains some useful tools developed by the [SERG research group](https://www.dief.unifi.it/vp-177-serg-group-english-version.html) of the [University of Florence](https://www.unifi.it/changelang-eng.html) for performing exergo-economic and exergo environmental analysis. The __user manual__ can be downloaded [here](https://firebasestorage.googleapis.com/v0/b/etapp-serggroup.appspot.com/o/3ETool_res%2FOther%2FUser%20Guide-eng.pdf?alt=media&token=db51ff1e-4c63-48b9-8b42-322a2eee44da). Moreover, some [youtube tutorials](https://www.youtube.com/playlist?list=PLj6A7PjCJLfa9xNOFwRc3D_XroWhKlptj) have been uploaded in order to help the user in compiling the excel file. ### 1 - Calculation process 🤔⚙ The beta version can be downloaded using __PIP__: ``` pip install 3ETool ``` Once the installation has been completed the user can import the tool, and paste to a desired location the __user manual__, the __components documentation__ or the __default excel file__, as in the _matlab version_ of the app. ```python import EEETools EEETools.paste_user_manual() EEETools.paste_components_documentation() EEETools.paste_default_excel_file() ``` Finally, once the Excel file has been compiled, the calculation can be initialized trough this command: ```python import EEETools EEETools.calculate() ``` calculation options and user defined excel path can be passed to the function as well (default values are _true_); in case user does not pass the path, the app will automatically open a filedialog window so that it can be selected manually ```python import EEETools EEETools.calculate( excel_path="your_excel_file.xlsx", calculate_on_pf_diagram = True, loss_cost_is_zero = True, valve_is_dissipative = True, condenser_is_dissipative = True ) ``` ### 2 - Debugging tools 👨‍💻🔍 Excel file can be debugged using some specific tools that can be launched using the following command (please select the Excel file that you want to debug on program request): ```python import EEETools EEETools.launch_connection_debug() ``` Another possible way of debugging the code is to ask the program to export the debug information on the Excel file: ```python import EEETools EEETools.export_debug_information() ``` Finally, topology can be displayed using: ```python import EEETools EEETools.launch_network_display() ``` ### 3 - Sankey Diagrams 📈📊 Sankey diagram can be plotted using the following command: ```python import EEETools EEETools.plot_sankey( generate_on_pf_diagram=True, display_costs=True, ) ``` * ___generate_on_pf_diagram___ can be omitted and __is True by default__: - if __False__ the connections are defined according to the __physical topology__ of the plant - if __True__ the connections are based on the __product-fuel__ definition * ___display_costs___ can be omitted and __is False by default__: - if __False__ the thickness of the connection in the sankey diagram is proportional to the __exergy flux__ between the components (in _kW_) - if __True__ the thickness of the connection in the sankey diagram is proportional to the __economic (or environmental) flux__ between the components (in _€/s_ or in _Pts/s_). In addition, for each connection, the __color intensity__ is proportional to the __relative cost of the stream__ (in _€/kJ_ or in _Pts/kJ_) ### 4 - Code Structure 📁 __The application code is divided into 3 main folders:__

__MainModules__ directory contains Base modules such as _Block, Connection, ArrayHandler and Drawer Classes._
__Block Sublcasses__ contains a Block subclass for each component type (e.g. expander, compressor etc.)
__Tools__ contains different APIs needed for the program to run (e.g. the cost correlation handler, the EES code generator, and the importer and exporter for both Excel and xml files) ### 5 - Important Information ⚠ __-------------------------- !!! THIS IS A BETA VERSION !!! --------------------------__ please report any bug or problems in the installation to _pietro.ungar@unifi.it_
for further information visit: https://tinyurl.com/SERG-3ETool __-------------------------------- !!! HOW TO CITE !!! --------------------------------__ The following reference can be used to cite the tool in publications: Fiaschi, D., Manfrida, G., Ungar, P., Talluri, L. Development of an exergo-economic and exergo-environmental tool for power plant assessment: evaluation of a geothermal case study. https://doi.org/10.52202/062738-0003 %prep %autosetup -n 3ETool-0.8.2 %build %py3_build %install %py3_install install -d -m755 %{buildroot}/%{_pkgdocdir} if [ -d doc ]; then cp -arf doc %{buildroot}/%{_pkgdocdir}; fi if [ -d docs ]; then cp -arf docs %{buildroot}/%{_pkgdocdir}; fi if [ -d example ]; then cp -arf example %{buildroot}/%{_pkgdocdir}; fi if [ -d examples ]; then cp -arf examples %{buildroot}/%{_pkgdocdir}; fi pushd %{buildroot} if [ -d usr/lib ]; then find usr/lib -type f -printf "/%h/%f\n" >> filelist.lst fi if [ -d usr/lib64 ]; then find usr/lib64 -type f -printf "/%h/%f\n" >> filelist.lst fi if [ -d usr/bin ]; then find usr/bin -type f -printf "/%h/%f\n" >> filelist.lst fi if [ -d usr/sbin ]; then find usr/sbin -type f -printf "/%h/%f\n" >> filelist.lst fi touch doclist.lst if [ -d usr/share/man ]; then find usr/share/man -type f -printf "/%h/%f.gz\n" >> doclist.lst fi popd mv %{buildroot}/filelist.lst . mv %{buildroot}/doclist.lst . %files -n python3-3ETool -f filelist.lst %dir %{python3_sitelib}/* %files help -f doclist.lst %{_docdir}/* %changelog * Tue May 30 2023 Python_Bot - 0.8.2-1 - Package Spec generated