C-style arbitrary precision calculator
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Updated
Sep 30, 2026 - C
C-style arbitrary precision calculator
Competitive programming workshop
One header file library that implement missing transcendental math functions (cos, sin, acos, and more....) using 100% AVX/Neon instructions (no branching)
Generate any a-by-( b + c ) finite rectangle SVG containing potentially Infinitely many a-by-( 2 * b ) finite rectangles animated along a number line of ( ( c - b ) / a )^n scale symmetry.
Modular arithmetic, promoting moduli to the type level
Comprehensive univariate polynomial class. All arithmetic performed symbolically. Some advanced features include: Arithmetic of polynomial rings over a finite field, the Tonelli-Shanks algorithm, GCD, exponentiation by squaring, irreducibility checking, modular arithmetic (obviously) and polynomials from roots.
Libfinite - a tiny bignum library for arithmetic over (parts of) Z/nZ.
Algorithms and functions for fast exponentiation with small error
C library for arbitrary-precision integer and rational computation.
Self-contained elliptic curve library that provides optimized routines for fixed-basis, and simultaneous, exponentiation and similar routines.
Math library written in C++
All you need to save time :p
Fixed and float packages. Overcurrent relay.
Privacy-preserving survival analysis using multiparty computation
Applied ideas on using Bezier curves & hybrid tetrational-polynomials to fit or approximate curves in data of virtually any magnitude.
Java wrapper of Verificatum Elliptic Curve library (VEC).
TNO PET Lab - secure Multi-Party Computation (MPC) - MPyC - Secure Exponentiation
Only a terminal project for solving basic mathematical problems.
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