(windc/inject/inject.txt)

3D. Inviscid. Square Jet Injection.

/bin/rm -rf inject.cgd
cfcnvt < cfcnvt.x.com

gman < gman.com 

cp inject.F.dat inject.dat
cp inject.E.cfl inject.cfl

/bin/rm -rf inject.cfl
/bin/rm -rf inject.lis
/bin/rm -rf inject.tda
wind -runinplace -dat inject

tail -100 inject.lis

resplt < resplt.nsl2.com
cfpost < cfpost.nsl2.com

cfpost < cfpost.plot3d.com

cfpost < cfpost.inflow.com
jot inflow.gen

mv inject.lis inject.F.lis
mv inject.cfl inject.F.cfl
mv inflow.gen inflow.F.gen

make wind_compile
make install


This case is a simple test of the arbitrary inflow boundary 
condition. 

I1     ARBITRARY INFLOW
IMAX   CONFINED OUTFLOW
J1     INVISCID WALL
JMAX   INVISCID WALL
K1     INVISCID WALL
KMAX   INVISCID WALL

On I1 in the grid range J11 J15 K11 K15 there is a jet injection.

CFPOST is used to output the total pressure, total temperature, 
and flow angles for the injection region on I1.  Thus, one can 
examine whether the total pressure, total temperature, and 
flow angles were held during the boundary condition procedures.

C. Single IJK_RANGE jet.   HOLD_CHARACTERISTICS. 

D. Single IJK_RANGE jet.   HOLD_TOTALS. 

E. Multiple IJK_RANGE jet. HOLD_TOTALS. 
   Multiple "IJK_RANGE" Arbitrary Inflows.  The ijk_range keywords
   essentially build a "pyramid" of increasing Mach, pressure,
   temperature, and flow angles as one proceeds toward the center of
   the jet injection region.

F. Pyramid jet. HOLD_TOTALS. Holds conditions from .cfl file.




cp inject.A.dat inject.dat
/bin/rm -rf inject.cfl
/bin/rm -rf inject.lis
wind -runinplace -dat inject
cfpost < cfpost.inflow.com
jot inflow.gen
mv inflow.gen inflow.A.gen
mv inject.lis inject.A.lis
mv inject.cfl inject.A.cfl

cp inject.B.dat inject.dat
wind -runinplace -dat inject
cfpost < cfpost.inflow.com
jot inflow.gen
mv inflow.gen inflow.B.gen
mv inject.lis inject.B.lis
mv inject.cfl inject.B.cfl

cp inject.C.dat inject.dat
wind -runinplace -dat inject
cfpost < cfpost.inflow.com
jot inflow.gen
mv inflow.gen inflow.C.gen
mv inject.lis inject.C.lis
mv inject.cfl inject.C.cfl

cp inject.D.dat inject.dat
wind -runinplace -dat inject
cfpost < cfpost.inflow.com
jot inflow.gen
mv inflow.gen inflow.D.gen
mv inject.lis inject.D.lis
mv inject.cfl inject.D.cfl

cp inject.E.dat inject.dat
wind -runinplace -dat inject
cfpost < cfpost.inflow.com
jot inflow.gen
mv inflow.gen inflow.E.gen
mv inject.lis inject.E.lis
mv inject.cfl inject.E.cfl

cp inject.F.dat inject.dat
cp inject.E.cfl inject.cfl
wind -runinplace -dat inject
cfpost < cfpost.inflow.com
jot inflow.gen
mv inflow.gen inflow.F.gen
mv inject.lis inject.F.lis
mv inject.cfl inject.F.cfl