REM TEST.BAT BATCH FILE TO COMPILE AND RUN PC VERSION OF CODE
REM THERE IS A DIFFERENCE BETWEEN FHG2 FHG3  BAT FILES in compilation/link
REM GLENN DAUGHENBAUGH JANUARY 1996

REM CHAP2
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP2'
fhg2 deriv        
deriv.exe > deriv.ggd
fhg2 jacobian       
jacobian.exe > jacobian.ggd
fhg2 laplacia    
laplacia.exe > laplacia.ggd
 
REM CHAP3 
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP3'
fhg2 kinemati
kinemati > kinemati.ggd
fhg2 q2glw        
q2glw > q2glw.ggd
    
REM CHAP4
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP4'

fhg2 geopoten 
geopoten > geopoten.ggd
fhg2 stream       
stream > stream.ggd
    
REM CHAP5
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP5'

fhg3 cressman     
cressman > cressman.ggd
fhg2 barnes        
barnes > barnes.ggd
    
REM CHAP6
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP6'

fhg2 convert        
convert > convert.ggd
fhg2 lcl              
lcl > lcl.ggd
fhg2 adjust        
adjust > adjust.ggd
fhg3 nicker        
nicker > nicker.ggd
fhg2 splun        
splun > splun.ggd
    
REM CHAP7
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP7'

fhg2 kuo          
kou > kuo.ggd
    
REM CHAP8
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP8'

fhg2 simflx       
simflx > simflx.ggd
     
REM CHAP9
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP9'

fhg2 radia
radia > radia.ggd

REM CHAP10
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP10'

fhg3 infield     
infield > infield.ggd
fhg2 baro        
baro > baro.ggd
fhg2 barout      
barout > barout.ggd

REM CHAP11
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP11'
rem baro.f and silepe.f use thesame subroutines
rem which have different parameters . therefore
rem we are giving silepe.f and its infield.f
rem as satnd alone versions .

fhg3 infield_
infield_ > infield_.ggd
fhg3    silepe        
silepe > silepe.ggd

REM CHAP12
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP12'

fhg2 ssmi        
ssmi > ssmi.ggd

REM CHAP13
rem  ' COMPILING AND RUNING PROGRAMS IN CHAP13'

fhg2 diagnos      
diagnos > diagnos.ggd
fhg3 traject      
traject > traject.ggd