Python library for arbitrary-precision floating-point arithmetic
Arbitrary-precision fractal explorer - Python package
Functional programming language designed for readable & expressive code, extensibility, and mathematical computing with arbitrary precision arithmetic.
The Bateman equation in C++ and a Python wrapper thereof.
Arbitrary precision arithmetic implementation in Python as a demo for my YouTube tutorial series.
This repository contains a Python script that calculates the digits of π (pi) using a novel algorithm based on Catalan numbers and fixed-point arithmetic. The algorithm efficiently computes the digits of π by leveraging the properties of Catalan numbers, making it a unique and effective method for high-precision calculations.
Arbitrary-precision CRC calculator in Python
Lerch transcendent implementation for arbitrary-precision
Arbitrary precision floating / ball arithmetic (interval arithmetic) dtype in NumPy / array API
This repository contains a modular Python toolkit for studying the Riemann-Zeta function on the critical line and certifying its non-trivial zeros.
num7 - SUPREME PRECISION GENERAL PURPOSE ARITHMETIC-LOGIC DECIMAL LIBRARY PACKAGE
⚡ Enhance your calculation speed for SSC and Banking exams with this mobile-friendly training tool focused on real exam conditions and accuracy.
Numpy-like arbitrary-width integer types for Python RTL modeling
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