Example ========== Before running the code, the user should edit the `config.yaml` to tailor the application of VizChemoton to the given specific system. Even so, the default `config.yaml` is set so that the user can run VizChemoton out-of-the-box with the data in the *./vizchemoton/resources* folder. In the *docs/manual.md*, we provide a detailed explanation of the parameters in `config.yaml`. .. code-block:: bash # Activate conda environment conda activate my_env # Edit the config file vi config.yaml # Run the code of this repository (at the /vizchemoton level) to obtain the html python3 -m vizchemoton The code renders a `.html` file, with the path and name specified by the user, which contains the compounds and reactions of the reaction network. Double-clicking the `.html` file will open a dashboard similar to the diagram below, where we have depicted the description of the main built-in functionalities. .. image:: ../html_manual.png :alt: Example HTML dashboard .. note:: VizChemoton has been applied to the ozonation of model olefins in water. The reader can download the 3 associated HTML files from the `Zenodo repository `_. We recommend downloading the **CRN_T_network.html** file since it's the smallest in size, and thus more manageable. If the reader wishes to find a specific molecule in the network, we recommend using the Find module of `ioChem-BD `_. The diagram below shows the three steps: (1) select search by structure, (2) draw the chemical structure that you are interested in, (3) if *Results* is greater than 0 press the button *go*. This will redirect you to the *Browse* module, where all the calculations involving the drawn structure will be listed. Next, you should search on the right side of the screen for the box named *Author*, and click the name *Enric Petrus*. The *Title* name of the searched structure will be the same as the one in the network HTML file. .. image:: ../iochem_find.png :alt: ioChem-BD search steps