Accelegator is an adaptive advising tool written to help advisors help their students. The program takes information on individual and multiple advisees, analyzing, compiling, and displaying it for the advisor in a helpful manner. The user need only send out questionnaires to the advisees and, once submitted, Accelegator will read in and use the information for the user.

Accelegator is a python 3 program and, therefore uses pip for installation. Type the following commands before running:

pip3 install --user --upgrade pip
pip3 install --user -r requirements.txt

To begin, we need to make sure that the OAuth client for python has been isntalled. Inside the repository folder open up a terminal (or for windows users cmd). In the terminal use the command:

python3 -m pip install --user gspread oauth2client

In your Google account online, go to Google Drive and create a new Google Sheets spreadsheet and a Google form. In the Form, create a questionaire to with the information you wish to obtain from students. After you have at least one submission of the form go to the responses tab:

Now, click on the green icon with the white cross through it "" to link the form to the Google Sheet. If you need to change the destination, you can click on the three dot icon menu "" to the and select "Select response destination"

For our program to use your new spreadsheet, you’ll need to create a service account and OAuth2 credentials from the Google API Console. To begin:

1. Go to the Google APIs Console.
2. Create a new project.
3. Click Enable API. Search for and enable the Google Drive API.
4. Create credentials for a Web Server to access Application Data.
5. Under "Are you using Google App Engine or Google Compute Engine?", select "No, I am not using them."
6. Name the service account and grant it a Project Role of Editor.
7. Download the .json file.
8. Copy the .json file to your code directory and rename it to AGAuthKey.json

And finally, there is one last step to link the .json file with the spreadsheet.

1. Open up the newly created AGAuthKey.json
2. Next to the row labeled "Client_email", copy the email without the quotation marks
3. Open the spreadsheet created with our Google Form earlier
4. Go to Share and paste the email into the people field and hit Send

Create a Google Sheets spreadsheet and a Google Form in Google Drive. After you have at least one submission of the Form, you can go to the responses tab and click on the green icon with the white cross through it. This will enable you to link the Sheet to the Form. You can either create a new Sheet or link to a preexisting one. If you need to change the destination, you can click on the three dot icon menu to the right of the green icon and select "Select response destination".

Open the .json file in the accelegator repository and find the "client-email". Copy the quoted text that looks like an email address. Return to the Sheet and open the sharing options. Paste the address and click send.

In order to run Accelegator, the .json file for the program, AGAuthKey.json, must be in the root directory of the Accelegator product. The file can be found in the Google Drive folder for Accelegator and must be downloaded by the user. The reason for the .json file is that this program analyzes confidential information and so by having this file, only those with permission can actually run the program and gain access to the information.

Within defaults.py, update the DEFAULT_WORKBOOK constant to the name of your Sheet.

To initially run Accelegator enter

python3 accelegator.py

at the root directory. After starting the program, the user will be prompted to "Enter number of first textual question to be analyzed". For the original form being used, the number is 10 and the user must input 10. The reason for this is that the gensim analysis must begin at the first textual question and runs through the last question. By adding this option, if the form is ever edited so that the first textual question is in a different position, the user can specify where the analysis should begin instead of having to edit the source code.

Following that, the user may enter any viable command to execute a specific feature of the product. It is recommended to run help at first in order to see the possible commands.

While the commands possible for Accelegator are listed under help, a brief overview is provided to better explain them.

If you wish to understand what each command means, use: help and then type the name of the command.

The commands are as follows: list show search write gensim

An example is help list. This will show the description of the command and the arguments of the command (if available).

Another example is help show. This command will tell you the how the <email> must be written to interact with the program. It also lists each of the <field>s that you can search by.

Command: list

This command succintly lists the email addresses of the professor's advisees.

Command: show

This command is accompanied by email , entered as show <email>

which then brings up the student submission form in its entirety. It can also be used as show <email> <field> where fieldis a word command that is one of the fields shown in help show. In that case, it would bring up a specific answer from the student's submission form.

Command: search

This command, when accompanied with a keyword allows the professor to search for specific terms that their students have used. For example, many of the textual questions refer to academic, personal, and career interests. If the professor learned of a great internship opportunity for students who are interested in cyber security and wanted to reach out to his advisees to make them aware of it, they could focus their outreach by using the search command. Specifically, the professor could enter search security where search is the command and security is the keyword.

Command: write

This command could be used in a myriad of scenarios. One example of how to use it is if the professor was preparing for an adviser meeting with one particular student. To pull up the most recent form that said student submitted for review, the professor could enter the command write show <studentEmail>. This would then prompt the professor to name the file where they wanted the information to be stored. Once saved, the advisor could use this file of information as a guide to the conversation that would ensue. write could also be used to print out the list of advisees or to print out a list of advisees interested in a certain topic. This command is useful if the professor wishes to store information from the program in a different file.

Accelegator also analyzes advisee questionnaires and uses natural language processing to compile and sort the information for advisors.

Along with the NLP, Accelegator uses Latent Dirichlet Allocation (LDA) to analyze data by specific question, every question, specific person, every person or all the data with textual results.

Run LDA with the command: gensim <target> <field>

Where target = person or question and field = <email>@allegheny.edu or question number.You could also leave this blank for analysis for every entry in the target.

In order to run, at minimum, <target> needs to be declared. This is also case sensitive.

The visual of the LDA analysis represents all of the words that are related to each other. If they reach a certain level of relevance to each other they will appear in a group together. If the user hovers over the circle that is a topic, they will see every word that is in the relevant topic and the frequency of each word. The LDA also produces a textual output, it shows the actual values of how related the words are to the topic. The higher the number is the more related the words are.

See AccelegatorLDavis_Analysis.md for more information about how to interpret this visualization.

See Accelegator_Legalities.md file for information.

Accelegator in an interactive information program. Once the general information has been compiled, users may search for more specified information on advisees including groups of similar advisees, skills, and more.

Accelegator has command options for a better user experience such as help and quit. Help displays all the possible commands for the program and when another command is added following help (ie >>>help show) the program will explain to the user how to use that command and the arguments that it may require in order to be run.

Functions have been tested throughout this system to allow conformation that the system is working correctly.

To run the test suite, run the following commands in Accelegator's root directory:

pytest tests

The linting automatically checks to ensure Accelegator's code is up to pep8 standards. If linting errors occur run the following command to perform automatic linting:

autopep8 --in-place --aggressive --aggressive *.py

If the autolinting tool cannot fix every error, it will display where each error is in the program and what the error type is in order for the user to address it properly.

Test coverage is being addressed by Coveralls so that when Travis-CI runs, it can evaluate the overall coverage of the test suite.

Travis can only be implemented by admin accounts. Admin users can activate Travis by creating a .travis.yml file in the project's root directory.

Any problems regarding Accelegator can be written in the issues link at the top of the site.