nimbuscasino 0.1.1

An example of a package developed with pipenv, built with build using setuptools, uploaded to PyPI using twine, and distributed via pip.

🎰 NimbusCasino

nimbuscasino is a lightweight and testable Python package with four classic chance-based mini-games:

• Rock-Paper-Scissors
• Coin Flip
• Roulette (Red/Black)
• Slots (3×3)

All game functions are pure (no input/print, no global state) and return structured results, so you can plug them into chatbots, simulations, or your own program.

⚠️ This package is for entertainment and educational use only — no real gambling or monetary transactions are involved.

Team Members

Name	GitHub Profile
Asim	@asimd0
Matt	@m9membreno
Tup	@treejitsu
Elia	@YilinWu1028
Mojin	@Mojin-Yuan

Installation

PyPi page

https://pypi.org/project/nimbuscasino/

1) Install pipenv (if needed)

pip install pipenv

2) Create/activate a virtual environment

pipenv shell

3) Install nimbuscasino from PyPi

pipenv install nimbuscasino

Verify your installation in python:

from nimbuscasino.rps import rps
print(rps("rock"))

Usage:

Each game function returns a dictionary containing details of the outcome.
You control any printing, UI, or balance-handling.
Note: Each function accepts an optional pseudo-random generator (rng) to support deterministic testing. You can ignore this in normal gameplay.

---

1) Rock-Paper-Scissors — rps(player, bet=1, rng=None)

Arguments

Name	Type	Description
player	"rock", "paper", or "scissors"	Your selection
bet	number > 0	Wager amount
rng	optional	Must support .choice(seq) if provided

Return Example

{
  "game": "rps",
  "player": "rock",
  "computer": "scissors",
  "result": "win" | "lose" | "tie",
  "payout": 5
}

Example Usage

from nimbuscasino.rps import rps
res = rps("rock", bet=5)
print(res)

---

2) Coin Flip — coinflip(guess, bet=1, rng=None, bias=0.5)

Arguments

Name	Type	Description
guess	"heads" or "tails"	Your call
bet	positive integer	Wager
rng	optional	Must support .random() → float in [0,1)
bias	float (0.0–1.0)	Probability of heads

Return Example

{
  "game": "coinflip",
  "guess": "heads",
  "flip": "heads" | "tails",
  "win": True | False,
  "payout": 1 | -1 | ...,
  "prob_heads": 0.5
}

Example Usage

from nimbuscasino.coinflip import coinflip
res = coinflip("heads", bet=2)
print(res)

---

3) Roulette (Red/Black) — roulette_color(color, bet=1, rng=None)

Arguments

Name	Type	Description
color	"red" or "black"	Color to bet on
bet	number > 0	Wager
rng	optional	Must support .choice(seq)

Return Example

{
  "result": True | False,
  "spin": "red" | "black" | "green",
  "payout": 10 | -10 | ...
}

Example Usage

from nimbuscasino.roulette import roulette_color
res = roulette_color("red", bet=10)
print(res)

---

4) Slots — spin_slots(bet=1, rng=None, symbols=None, weights=None, paytable=None, rows=3, cols=3)

Arguments

Name	Description
bet	Amount wagered per spin
rng	Optional random source supporting .choices()
symbols, weights, paytable	Optional custom reel configuration
rows, cols	Dimensions of slot grid (Default: 3×3)

Return Example

{
  "game": "slots",
  "grid": [["🍋","🔔","🍋"], ["🍋","⭐","🍋"], ["🍒","🔔","🍋"]],
  "lines": { "middle": {"symbol":"🍋","count":3,"payout":6}, ... },
  "total_payout": 6
}

Example Usage

from nimbuscasino.slots import spin_slots
res = spin_slots(bet=3)
print(res)

---

Interactive Example Program

A demo is included for trying all four games:

File: example.py
https://github.com/swe-students-fall2025/3-python-package-team_nimbus/blob/pipfile-experiment/example.py

Run it:

python example.py

---

Contributing (Local Development Setup)

# Clone repository
git clone https://github.com/swe-students-fall2025/3-python-package-team_nimbus.git
cd 3-python-package-team_nimbus

# Create / activate virtual environment
pipenv shell

# Install development dependencies
pipenv install --dev

# Install package in editable mode
pip install -e .

# Run test suite
pytest

# Build distributable packages
python -m build

(Optional) Upload Build to TestPyPI

twine upload --repository testpypi dist/*