This is an implementation of the Mersenne Twist pseudorandom number
generator, including both C and C++ interfaces and a set of functions
for generating random variates from common distributions.

The full documentation for the package is in the manual pages,
mtwist.3 and randistrs.3.

For more information, see the Web page for the package, at:

	http://www.cs.hmc.edu/~geoff/mtwist.html

BRIEF SUMMARY OF FUNCTIONS:

All functions come in two forms: mt_xxx and mts_xxx.  The difference
is that the mts_xxx functions accept an additional parameter, "state",
which encapsulates the entire PRNG state.  This allows multiple
independent PRNG streams to be used.  The mt_xxx versions use a single
shared state provided by the implementation.  Only the most commonly
used mt_xxx versions are mentioned here; see mtwist(3) for more
information.  There is also a C++ interface; again, see the manual
page for information.

void mt_seed32new(uint32_t seed)
    Seeds the generator from a 32-bit constant

uint32_t mt_seed(void)
    Automatically seeds from /dev/urandom or system time

uint32_t mt_goodseed(void)
    Automatically seeds from /dev/random or system time (can be slow)

void mt_bestseed(void)
    Automatically seeds from /dev/random with high entropy (very slow)

uint32_t mt_lrand(void)
    Return a 32-bit pseudorandom value

uint64_t mt_llrand(void)
    Return a 64-bit pseudorandom value

double mt_drand(void)
    Return a pseudorandom double in [0,1) with 32 bits of randomness

double mt_ldrand(void)
    Return a pseudorandom double in [0,1) with 64 bits of randomness