artificial-unintelligence 0.1.4

artifical unintelligence, a funny AI

Python Package Exercise

Artifical-Unintelligence

Our Project

Our project, artifical unintelligence, builds upon the rapidly growing AI/ML field. It is an evolution (but backwards) of AI/ML. By randomly generating dubiously meaningful sentences, we can bring the field to the next level (maybe).

By: Jonathan Gao, Jason Mai, Nawab Mahmood, dibukseid

Link to PyPI website for the proj

How-To

Demo Link to example project.

Installation

In terminal or console or bash, type

pip install artificial-unintelligence

Importing and Using

In your project include

import artificial_unintelligence

from artificial_unintelligence.functions import get_random_word, random_sentence_reply, same_start_letter_generate, keyboard_smash

Functions

Get a random word

Use the get_random_word function. The parameters can be 'noun', 'verb', or 'adjective'.

#To get a random noun
random_noun = get_random_word('noun')
print(random_noun) 
#The output would look something like :'dog'

#To get a random verb
random_verb = get_random_word('verb')
print(random_noun)
#The output would look something like : 'jump' 

#To get a random adjective 
random_adjective = get_random_word('adjective')
print(random_adjectove)
#The output would look something like 'happy'

Generate a random sentence

Use the random_sentence function to unintelligently reply to a query that is inputted as an argument into the function. It takes any string as an argument.

#Reply to a query with a randomly generated sentence. 
random_sentence = random_sentence_reply('what do you think of fishes')
print(random_sentence)
# This output would be for example : "Quickly happy zebra loudly jumps scary car in big tree."

Generate Letter-Specific Sentences

Use the same_start_letter_gemerate function to generate a sentence that all starts with the same letter. It takes an input as an argument or parameter.

# To generate a sentence where the words start with e
e_sentence = same_start_letter_generate('e')
print(e_sentence)
#example output would be: Electric eels emulsify eaton

Keyboard Smash (for frustration)

Use the keyboard_smash function to create a sentence where the first letter matches with the letters of the keyboard smash. It takes a string as an argument or parameter.

#to convert a keyboard smash such as 'lkjae' 
smash_text = keyboard_smash("lkjae")
print(smash_text) 
#example output would be : light kind joeys after emus

Set Up the virtual environment, install dependencies, build and test

Clone the repository

git clone https://github.com/software-students-spring2025/3-python-package-zebrazooka.git

To run, please first install pipenv in your console/terminal/bash.

Pip install pipenv

Then go to the directory where the repo clone in your computer's terminal or console.

Install the development environment and dependencies. --dev is important for pytest.

pipenv install --dev

Install the package in development mode. If no edits would need to be made, then the -e can be removed.

pipenv install -e . 

To install build

pipenv install build

Generate distribution packages

pipenv run python -m build

Run the demo and test using pipenv

pipenv run python demo.py 

If you would like to contribute (and how to test before you do)

Follow the steps to set Up the virtual environment, install dependencies, build and test , make sure to do the 'pipenv install -e .' command for easy editing.

Then create a new branch

git checkout -b newfeature

Make your updates

Run the tests

pipenv run pytest

commit the changes

git commit -m 'some new feature'

Push to the branch

git push origin newfeature

Then go to github and open a pull request. We will look at it and the maintainer will update the PyPI project.

How to import data

Our github repo already comes ready with a word bank, with this structure:

"a": {
        "nouns": ["apple", "astronaut", "ant"],
        "adjectives": ["amazing", "angry", "awesome"],
        "verbs": ["arrive", "ask", "admire"],
        "adverbs": ["anxiously", "angrily", "awkwardly"]
    },