In this directory are files used in computing equilibria for ``The
Effects of Goverment Purchases on Employment and Hours.'' The main 
fortran files are cu3da.f and cumc3da.f.  To compile and run 
cu3da.f or cumc3da.f and its subroutines, do:

     vi comp                           # fill in name of Main routine 
     comp
     a.out

For an iterative Ax=b solver, use cu3db.f or cumc3db.f instead of
cu3da.f or cumc3da.f.  The main results are *.out where * is the
name of the main routine.   If Matlab is available, run the Matlab 
script file ``cu3d'' or ``cumc3d'' to see time series simulations.  
Warcu3d.m and cumc3d.m read in a data file that is written by the 
fortran programs.


Here is a summary of the files in this directory:

caputil1.tex    TeX file with paper (version: July 16, 1993)
caputil2.tex    TeX file with paper (version: October 11, 1993)
comments.doc    Comments on the paper
comp            Script file with f77 compilation commands
cu3d.m          Matlab file that is used to analyze results of cu3d*.f
cu3da.f         Main Fortran file for case with varying employment and hours
cu3da.inp       Input file for cu3da.f 
cu3da.inp.1     Input file for results in caputil1.tex
cumc3d*.f       Main Fortran file for model with moving costs added
cumc3d*.inp     Input file for cumc3d*.f 
cumc3da.inp.1   Input file for results in caputil1.tex
cumc3da.inp.2   Input file for case in caputil1 with alpha=0.5
cumc3da.inp.kp  Input file for cumc3da.f with Kydland/Prescott parameters
cumcchk.f       Main Fortran file that checks derivatives in cumc3d*.f
cumcder.f       Subroutine with derivatives (called by cumcchk.f)
data.m          Quarterly time series (1948.1-1991.1) - see file for series
jhest.m         Probs. of being in states 1-4 (estimated by Hamilton method)
jhest.out       Output from Hamilton's program
penalty.doc     Code for alternative penalty functions
simil.mat       10 simulations of Hamilton estimates
slides1.tex     Slides for presentation at 1993 NBER summer institute
sscu.m          Matlab file to compute steady state for cu3d
sscumc.m        Matlab file to compute steady state for cumc3d
todo.doc        Tasks to finish
(* = a or b)

and in the subdirectory ./figures:

./figures

emp.eps         Employment decision functions (in caputil1)
hours.eps       Hours decision functions (in caputil1)
hpwpce.eps      Plot of Kendrick's hours/worker and fraction employed 
mcest.ps        Military employment and Markov chain estimates (in caputil1)
modhremp.eps    Simulation of fraction employed and hours (in caputil1)
newfig2.eps     Figure 2 in caputil2.tex
newfig3.eps     Figure 3 in caputil2.tex
newfig4.eps     Figure 4 in caputil2.tex
newfig5.eps     Figure 5 in caputil2.tex
newfig6.eps     Figure 6, panel a in caputil2.tex
newfig7.eps     Figure 6, panel b in caputil2.tex
newfig8.eps     Figure 6, panel c in caputil2.tex
survdat.ps      Per-capita employment and hours per worker, both surveys
table1.ps       Table 1 for caputil1.tex



Additional files that are needed:

Directory                Files
---------                -----
~erm/tex                 hoover.tex,fonts.tex (TeX input files)
~erm/ftools/linpack/d    blas.f,dgeco.f,dgefa.f,dgesl.f (Fortran subroutines)
~erm/ftools/kahaner      dgefs.f,machcon.f,xerror.f (Fortran subroutines)
~erm/ftools/misc         arnoldi.f,qgausl.f (Fortran subroutines)


Ellen McGrattan,  6-3-93
erm@ellen.mpls.frb.fed.us