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updated readme to point at new simulation data creation and analysis …
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JanaLasser committed Nov 13, 2020
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**This software is under development and intended to respond rapidly to the current situation. Please use ist with caution and bear in mind that there might be bugs**
**This software is under development and intended to respond rapidly to the current situation. Please use it with caution and bear in mind that there might be bugs**

Reference:

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The following requires the activation of the virtual environment you created during installation
```source .my_venv/bin/activate```

I provide an exemplary [Jupyter Notebook](https://github.com/JanaLasser/SEIRX_nursing_homes/blob/master/example.ipynb) that illustrates how a simulation model is set up and run, how results are visualised and how data from a model run can be collected.
I provide an exemplary [Jupyter Notebook](https://github.com/JanaLasser/SEIRX_nursing_homes/blob/master/example.ipynb) that illustrates how a simulation model is set up and run, how results are visualised and how data from a model run can be collected.

I also provide the [Jupyter Notebook](https://github.com/JanaLasser/SEIRX_nursing_homes/blob/master/screening_frequency_data_creation.ipynb) used to run the simulations and create the data used in the publication **Agent-based simulations for optimized prevention of the spread of SARS-CoV-2 in nursing homes** as well as the [Jupyter Notebook](https://github.com/JanaLasser/SEIRX_nursing_homes/blob/master/screening_frequency_analysis.ipynb) used to create the heatmaps for the different analysed screnarios from the simulation data.

## Acknowledgements
I would like to thank [Peter Klimek](https://www.csh.ac.at/researcher/peter-klimek/) from Complexity Science Hub Vienna and Thomas Wochele-Thoma from [Caritas Austria](https://www.caritas.at/) for the fruitful discussions that led to the development of this project.
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