LibRan
0.1
Pseudo-random number distribution generator
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▼ aux | |
gsn.c | Auxillary program to perform the derivations necessary for computing the CDF and PDF for summing a number of uniform random variates. Can safely handle upto 12 uniform random variates without overflow |
▼ tests | |
LRtest.c | |
LRtunif.c | |
▼ tmp | |
eggg.c | |
eppp.c | |
esss.c | |
▼ urand | |
config.h | Generated by the configuration step |
turand.c | Basic urand test program |
urand.c | Specialized sequential congruential uniform pseudo-random number generator |
urand.h | |
config.h | |
ebbb.c | |
libran.h | The LibRan common header file |
LRbin.c | Set of LibRan binning functions |
LRbinom.c | The Binomial distribution with probability of success p > 0 and n independent tests |
LRcauchy.c | The Cauchy (or Lorentz) distribution centered on m and width given by 2s |
LRdf.c | Call the associated functions for the given random variate distribution |
LRerlang.c | The Erlang distribution with shape k > 0 and scale m > 0 |
LRerror.c | LibRan error codes and messages |
LRgaus.c | The Gaussian (Normal) distributions centered on m and width given by 2s |
LRgeom.c | The Geometric distribution with a probability of success 0 < p < 1 |
LRgsn.c | The gaussian-like distributions based on the Central Limit Theorem |
LRlspline.c | Piecewise linear spline distribution |
LRnew.c | Create a new LR_obj object and set some parameter values |
LRnexp.c | The negative-exponential distribution has mean m and deviation m |
LRpiece.c | Piecewise uniform distribution |
LRpoisson.c | The Poisson distribution with rate p > 0 |
LRset.c | Collection of methods to handle setting the various LR_obj parameters |
LRuinvcdf.c | A user defined random variate using the inverse method on a given CDF |
LRunif.c | The uniform distribution on the [a,b) interval |
LRversion.c | LibRan version info |