1 04/21/75  TSS FORTRAN
  2 
  3 The  following  is  a  list  of  the  fortran  modules   on   the
  4 tss_fortran_ library.
  5 
  6 ampb1     ampb2     anpf      beta      corrl2    eig1      eigsr
  7 errf      flat      gasp      gaspsamp  kilter    linefit   lineq
  8 lnprog    maxflow   mreg1     mtinv     mtmpy     orpol     plot
  9 rkpb1     rkpb2     rndnrm    secant    shortest  smlrp     stat
 10 tdist
 11 
 12 
 13 The  following  is  a  list  and brief description of the fortran
 14 modules on the tss_fortran_ library.
 15 
 16    ampb1     computes the derivative and store the  functions
 17              and derivatives at each step of the integration.
 18 
 19    ampb2     integrates to the next step. The values  of  the
 20              functions  and  derivatives at the next step will be
 21              stored.
 22 
 23    anpf      This fortran function computes the probability  that
 24              the  normal  distributed random variable with a mean
 25              and standard deviation lies  between  two  specified
 26              numbers.
 27 
 28    beta      This fortran function will evaluate  the  cumulative
 29              probabilities  and  percentage  points  of  the Beta
 30              distribution.
 31 
 32    corrl2    This  fortran  program  measures   the   association
 33              between   two   sets  of  N  elements  each  by  the
 34              Spearman-Rank Correlation Coeficient.
 35 
 36    eig1      This fortran subroutine finds  the  Eigenvalues  and
 37              Eigenvectors  of  a  real  symmetric  matrix  by the
 38              JACOBI-CORBATO method. It is used by eigsr.
 39 
 40    eigsr     This fortan program  computes  the  Eigenvalues  and
 41              Eigenvectors  of  a  real symmetric matrix.  It uses
 42              the subroutine eig1.
 43 
 44 
 45    errf      This fortran function evaluate the error function or
 46              its complement.
 47 
 48    flat      This is  a  function  subroutine  calculates  random
 49              numbers having a uniform distribution.
 50 
 51    gasp      is a set of fortran  subroutines  that  provide  the
 52              programmer with a fortran-based simulation language,
 53              used to simulate event-oriented systems.
 54 
 55    gaspsamp  is a demonstration program for gasp.  It requires an
 56              input date file.
 57 
 58    kilter    This fortran program solves minimal cost circulation
 59              network  problem  using the out-of-kilter algorithm.
 60 
 61    linefit   This fortran subroutine finds the least squares line
 62              to describe a set of data points.
 63 
 64    lineq     This  fortran  subroutine   solves   a   system   of
 65              simultaneous     linear    equations    with    real
 66              coefficients.
 67 
 68    lnprog    This fortran program computes the  optimum  solution
 69              for linear programming problems.
 70 
 71    maxflow   This fortran program finds  maximum  flow  from  the
 72              source  node  to the sink node in a directed network
 73              using a maximum flow, minimum cut algorithm.
 74 
 75    mreg1     This fortran program uses multiple regressions in an
 76              attempt to curve fit observed data by the model:
 77 
 78               y-ymean = a(1)(x(1)-x1mean) +...+ a(p)(x(p)-xpmean)
 79 
 80 
 81    mtinv     This fortran  subroutine  inverts  a  matrix  and/or
 82              solves linear systems by standard elimination.
 83 
 84    mtmpy     This fortran routine evaluates the  product  of  two
 85              matrices.
 86 
 87    orpol     This fortran program determines  the  least  squares
 88              coefficients.
 89 
 90    plot      This fortran subroutine  plots  a  maximum  of  nine
 91              curves simultaneously.
 92 
 93    rkpb1     will compute the derivatives and store the functions
 94              and derivatives at each step of the integration.
 95 
 96    rkpb2     will integrate to the next step.  The values of  the
 97              functions  and  derivatives at the next step will be
 98              stored.
 99 
100    rndnrm    This fortran function computes psuedo-randum numbers
101              having a normal distribution.
102 
103    secant    This fortran subroutine uses the  secant  method  to
104              solve  the nolinear system of equations F(X)=0 where
105              F and X are N dimensional vectors.
106 
107    shortest  This fortran program  finds  the  shortest  distance
108              from  the  initial  node  of  a network to all other
109              nodes and indicates the path used to  achieve  those
110              distances.
111 
112    smlrp     SMLRP (Stepwise Multiple Linear Regression  Program)
113              computes  in  a  stepwise  manner  the  least square
114              "best" value or the coefficients of an  equation  of
115              the form:
116 
117               Y = B(0) + B(1)X(1) + B(2)X(2) + . . . + B(n)X(x)
118 
119    stat      This fortran program  processes  a  series  of  data
120              points  and  computes several fundamental statistics
121              of the data.
122 
123    tdist     This   fortran   function    evaluates    cumulative
124              probabilities   and   percentage   points   of   the
125              T-distribution (2-tail).