genfun: #***see comments at top of genmax for description of the...

In Auburngrads/SMRD: Statistical Methods For Reliability Data

Description

#***see comments at top of genmax for description of the first #***arguments of this subroutine #it looks like ti is necessary to sned down the scaled information as well as the scaled and transformed x and y. # # # # #conlev (I) confidence level as a probability (e.g.0.95) # # # #kodef (I but should be O!) range kode for the function to be computed # 1 -infinity to +infinity # 2 greater than zero # 3 between 0 and 1 # # # #fargv(nargv) (I) double precision vector of arguments for the # function (e.g.times for failure probabilities # or probs for quantiles) # # #nargv (I) length of fargv (should be 0 if no argument) # # # #kfuncp (I) function number # x1 failure probability # x2 distribution quantile # x3 hazard rate # >100 user specified # # for more complicated models (e.g., model 1, 2, or 3) # x is the subpopulation number (0 for entire population) # # # # kpopu (I) for mixtures, specifies which population for quantiles # failure probs, etc. # # #kpoint (I) row number for getting explanatory variable conditions # send down kpoint=1 if no regression # # #vcvs(nparm,nparm) (I) double precision covariance matrix of thetas # # #epsxp (I) double precision epsilon for finite differences # if zero is sent down, 1.0d-08 is used (now hardwired) # # #fest(nargv) (O) estimates of function # #stderr(nargv) (O) estimated standard error of fest # #xlow(nargv) (O) lower confidence bounds # #xup(nargv) (O) upper confidence bound

Usage

GENFUN(
  kmod,
  kdist,
  ilabp,
  ilabd,
  theta,
  thetas,
  kodet,
  ifix,
  nparm,
  npard,
  y,
  ncoly,
  nrownw,
  x,
  ncolx,
  codes,
  weight,
  ty,
  ncolty,
  tcodes,
  kprint,
  kparv,
  nrvar,
  mrelat,
  nrelat,
  mnrvar,
  conlev,
  kodef,
  fargv,
  nargv,
  kfuncp,
  kpopu,
  kpoint,
  vcvs,
  fest,
  std_err,
  xlow,
  xup,
  nxd,
  intd,
  ipxcd,
  irelad,
  ier,
  llog,
  kmodp,
  maxpd,
  nregr,
  kmccde,
  pfail,
  npardm,
  nnum,
  kparm,
  iup,
  nterd
)

Auburngrads/SMRD documentation built on Sept. 14, 2020, 2:21 a.m.