FlurryBurst64 provides enhanced parallelism, period, speed and statistical test results as an ideal alternative to PCG64 XSH RR, PCG64 XSH RS, Xoshiro256**, Xoshiro256+ and Xoshiro256++.
It has a period of at least 2²⁵⁶.
Seeding d with non-overlapping integers and seeding the remaining state with 0 behaves as a jump function with up to 2⁶⁴ parallel instances that each have a non-overlapping period of at least 2⁶⁴. The first several results from each parallel instance should be skipped.
In non-parallel instances, d must be assigned a seed and the remaining state must be seeded with 0. The first several results from each non-parallel instance should be skipped.
flurryBurst64 generates and returns a pseudorandom uint64_t integer, provided the implementation supports a 64-bit, unsigned integral type for uint64_t.
FlurryBurst32 provides enhanced parallelism, period, speed and statistical test results as an ideal alternative to Xoshiro128**, Xoshiro128+ and Xoshiro128++.
It has a period of at least 2¹²⁸.
Seeding d with non-overlapping integers and seeding the remaining state with 0 behaves as a jump function with up to 2³² parallel instances that each have a non-overlapping period of at least 2³². The first several results from each parallel instance should be skipped.
In non-parallel instances, d must be assigned a seed and the remaining state must be seeded with 0. The first several results from each non-parallel instance should be skipped.
flurryBurst32 generates and returns a pseudorandom uint32_t integer, provided the implementation supports a 32-bit, unsigned integral type for uint32_t.
FlurryBurst8 is a scaled-down variant of FlurryBurst64 that uses 8-bit integers instead of 64-bit integers.
It has a period of at least 2³².
Seeding d with non-overlapping integers and seeding the remaining state with 0 behaves as a jump function with up to 2⁸ parallel instances that each have a non-overlapping period of at least 2⁸. The first several results from each parallel instance should be skipped.
In non-parallel instances, d must be assigned a seed and the remaining state must be seeded with 0. The first several results from each non-parallel instance should be skipped.
flurryBurst8 generates and returns a pseudorandom uint8_t integer, provided the implementation supports an 8-bit, unsigned integral type for uint8_t.