licome 2.0.0

Linear Congruential Method (LCM) pseudo-random number generator

LICOME

LICOME (Linear Congruential Method) is a lightweight Python package that generates pseudo-random numbers using the Linear Congruential Method (LCM).

It returns both the raw sequence of generated numbers and their normalized versions between [0, 1) using NumPy.

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🔧 Features

• Simple and clean API
• Fast LCM-based random number generation
• Normalized output with NumPy
• User-defined input parameters

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📦 Installation

Install via pip:

pip install licome

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🚀 Usage

from licome import LICOME

# Define parameters
a = 2        # Multiplier
c = 3        # Increment
x0 = 5       # Seed value
m = 103      # Modulus
count = 10   # Number of values

# Generate pseudo-random numbers
y, u = LCM(a, c, x0, m, count)

print("Generated:", y)
print("Normalized:", u)

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📄 Function Reference

def LCM(a: int, c: int, x0: int, m: int, count: int):
    """
    Linear Congruential Method to generate pseudo-random numbers.

    Parameters:
        a (int): Multiplier
        c (int): Increment
        x0 (int): Initial seed value
        m (int): Modulus
        count (int): Total numbers to generate

    Returns:
        tuple:
            y (list): Raw generated integers
            u (ndarray): Normalized values in [0, 1)
    """

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🧪 Example Script

from licome import LCM  # Make sure this matches the folder name!

a, c, x0, m, count = 2, 3, 5, 103, 10
y, u = LCM(a, c, x0, m, count)
print("Generated Sequence:", y)
print("Normalized Sequence:", u)

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👤 Author

Rohit Kumar Behera

Feel free to contribute, suggest improvements, or report issues.

📧 Email: [[e-mail]] (mailto:[e-mail])
🔗 PyPI: [https://pypi.org/project/licome/]

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