AutoFlow | based program that automatically monitors

This section describes how to download the software package to your local computer and how to configure the different settings files for use of the program. Installing From Github Go to the github page with the software: https://github.com/Ethan4242/Autonomous-Flow-Monitoring-System or search for the Autonomous Flow Monitoring System on github. This project can be used with any variant of python 3.x. To ensure that python is installed correctly and is the right version.. This section will describe what should be put into the Settings Folder of the software package. This file is used as the initialization file for the other files in the program. Its main purpose is to give more flexibility for another developer to change how files are accessed, how many are accessed, and where they are stored later on. If you would like to have the other files saved in a different location, then all you need to do is change the relative (to the python program) file path of each in this file. For example the defaults are as listed below.. If you do not wish to move around the file storage structure of this software, then leave this file as-is. This is an important file for this software package! This file contains the node address of each microcontroller, the maximum flow for each controller, and the user specified name for each controller. Please note: Any controller you indicate here, also needs to be added to the Reactions file, but that will be for a later section. Initialize each controller as specified below.. (Without 2 newlines, only need one) Name 1: CO2. Max Flow 1: 100. Max Flow 2: 30. There can be an arbitrary number of controllers that are spread over an arbitrary number of communication ports. Name: This is the user defined name and will be used to refer to this controller for remainder of the program. Port: This is the communication port that the Controller is connected to. This can be the same across multiple controllers. Node: This is the port number specified by the Bronkhorst Controller system. It is in decimal. Max Flow: This is also a value specified by the unique microcontroller. The system will not explicitly ensure that the flow indicated by the user does not exceed this value, but there will be an error in the execution because the system will not be able to achieve this Max Flow. This file holds the emails that are options for the email notification feature. The program will prompt the user to specify which email to notify from the list in this file. The number of emails can be arbitrary, although only one can be notified on a given reaction.
Download the files to your local computer
Click the green “Clone or Download” button and do one of the options below..
Download the zip file and extract it into the desired place on your computer (This manual will assume you extracted it to your desktop)
Git clone the files onto your computer by navigating to the folder you would you like to save the files in terminal (or command prompt for Windows), then copy the link in the clone or download box, then type in terminal (for example).. git clone https://github.com/Ethan4242/Autonomous-Flow-Monitoring-System.git
Type “python -V” into terminal or command prompt
If the computer says that it does not recognize the command “python”, this means that python is either not installed correctly or is not installed at all. I would recommend searching the web for how to install the newest 3.x version of python.
For Windows users, the main trick when installing python is ensuring that the correct PATH to python is specified for the OS.
If the computer outputs a Python version but it is 2.x, then this means you have the older version of python, which does not work with this program. I would recommend searching the web for a way of updating to the newer version.
Reaction Inputs ./Reactions/ReactionInput.csv
Bronkhorst Settings ./Settings/BronkhorstConfig.txt
User Communication ./Settings/UserComm.txt