The PCG Float is a 2020 Paper Computer Console created by The Sonic Activist. It's the first handheld PCG system (there are many Paper Game handhelds but none for Paper Computer Games). The system has a decorative Tutorial Bot on it.

Algorithmic random number generators are everywhere, used for all kinds of tasks, from simulation to computational creativity. Learn more about algorithmic random number generation... But despite their widespread use, the odds are that …

A permuted congruential generator (PCG) is a pseudorandom number generation algorithm developed in 2014 by Dr. M.E. O'Neill which applies an output permutation function to improve the statistical properties of a modulo-2 n linear congruential generator (LCG).

Permuted Congruential Generators (PCGs) are a family of RNGs which uses a linear congruential generator as the state-transition function, and uses permutation functions on tuples to produce output that is much more random than the RNG's internal state. 1.

The PCG Float V was a spinoff of The PCG Float by The Sonic Activist. This new version was created by Epic Worlds PCG in 2022. It only has two small games, and Epic says he has no plans to...

Hey folks, I'm building The Sonic Activist's PCG handheld console system, the PCG Float! Let me know what you think! Download the Float & games from The Soni...

2018年1月12日 · I've searched, but not found any working example of PCG library for float numbers. In the answer I would like to share my own experience of using PCG random library to generate float numbers within a fixed range. Previously I've used arc4random library for this goal, but PCG is simpler and has no complicated dependencies.

Get Your Float Now: https://paper-computer-games.myshopif...

The C minimal implementation is the simplest of all the PCG implementations. It has the fewest features, but for many users, it provides everything you need. The interface is similar to the Unix rand/rand_r and random/random_r interfaces.

The preconditioned conjugate gradients method (PCG) was developed to exploit the structure of symmetric positive definite matrices. Several other algorithms can operate on symmetric positive definite matrices, but PCG is the quickest and most reliable at solving those types of systems .