nbdev-cards2022 0.1.7

A test project using nbdev

nbdev_cards

A deck of cards demo of nbdev based on ideas from “Think Python 2nd Edition” by Allen B. Downey.

pip install

The nbdev-cards2022 package was uploaded to PyPI and can be easily installed using the below command.

pip install nbdev-cards2022

conda install

The nbdev-cards2022 was also uploaded to Anaconda and can be installed using the below command.

conda install -c hdocmsu nbdev-cards2022

How to use

import the card and deck modules

from nbdev_cards.card import *
from nbdev_cards.deck import *

This lib provids a Card class that you can use to create, display, and compare playing cards.

Card(2,3)

3♥

display all suits

suits

['♣', '♦', '♥', '♠']

display all ranks

ranks

[None, 'A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K']

Deck class can be called to generate a deck of playing card. Initially, the deck is ordered.

deck = Deck()
deck

A♣; 2♣; 3♣; 4♣; 5♣; 6♣; 7♣; 8♣; 9♣; 10♣; J♣; Q♣; K♣; A♦; 2♦; 3♦; 4♦; 5♦; 6♦; 7♦; 8♦; 9♦; 10♦; J♦; Q♦; K♦; A♥; 2♥; 3♥; 4♥; 5♥; 6♥; 7♥; 8♥; 9♥; 10♥; J♥; Q♥; K♥; A♠; 2♠; 3♠; 4♠; 5♠; 6♠; 7♠; 8♠; 9♠; 10♠; J♠; Q♠; K♠

shuffle() method could be used to shuffle the deck.

deck.shuffle()
deck

Q♥; 6♥; 4♥; Q♣; 8♥; K♣; A♦; Q♠; 7♠; 5♦; J♣; J♥; 6♠; A♣; 9♥; 9♣; J♠; A♠; 10♥; 3♥; 7♦; K♠; 4♠; 2♦; 5♠; K♦; 10♣; 5♣; 4♦; 8♣; 7♣; 10♠; Q♦; K♥; A♥; 7♥; 6♦; 3♠; 3♦; 9♦; 4♣; 6♣; 3♣; 8♦; 5♥; 9♠; 10♦; 2♠; J♦; 8♠; 2♥; 2♣

draw_n() function can be used to draw n card with or without replacement.

let’s draw 10 cards with replacement.

draw_n(10, replace=True)

[10♦, 3♣, 6♦, Q♦, 3♥, K♠, 4♣, K♣, 3♣, 2♦]

now let’s draw 10 cards without replacement.

draw_n(10, replace=False)

[Q♣, A♥, A♦, J♦, 2♦, 5♠, 8♦, J♥, 5♣, 3♠]

Example: One can draw two sets of cards each set contains four cards and compare to see which one has higher rank.

Developer install

If you want to develop nbdev_cards yourself, please use an editable installation of nbdev_cards.

git clone https://github.com/hdocmsu/nbdev_cards.git

pip install -e "nbdev_cards[dev]"

You also need to use an editable installation of nbdev, fastcore, and excnb.

Happy Coding!!!