Numpy-compatible bit generators and add some random variate distributions missing from NumPy.
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Updated
Jun 15, 2025 - C
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Numpy-compatible bit generators and add some random variate distributions missing from NumPy.
Pseudo random number generator in Fortran, internally using xoroshiro128+
FAST 32/64 bit PRNG (pseudo-random generator), highly optimized, based on xoshiro* / xoroshiro*, xorshift and other Marsaglia algorithms.
A simple state-of-the-art C++ random number generator
A simple `UniformRandomBitGenerator` wrapper for the xoshiro256*** and xoroshiro128+ PRNGs
A collection of Pseudo Random Number Generator (PRNG) for .NET
xoroshiro128+ PRNG implemented in Scala
Single header, 32bit and 64bit FAST pseudo-random (fastrandom) generator, based on Marsaglia algorithms
Go implementation of the Xoroshiro128++, Xoshiro256++, and Xoshiro512++ pseudo random number generators
Collection of PRNG's
PRNG D 64 is a high-performance pseudorandom number generator that produces 64-bit integers with a minimum period of 2²⁵⁶. It efficiently generates statistically strong random numbers, making it suitable for various applications. 🖥️✨
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