#  FLOW3_04.INP
#
#  09 May 1996
#
#  Compare with FLOW3_02.INP.
#
#  Mesh:       11 by 4
#  Weights:    (1, 0, 0, 0)
#  Reynolds:   1.0
#  Parameters: 1 inflow, 3 bump, 1 Re
#  Type:       3, optimization
#  ipred:      1, use previous solution for Newton start.
#  ijac:       1, update Newton matrix every step.
#
#  Single run, no restarts.
#
march_file=flow3_04_mar.txt
ibump=2
#
#  Estimate (U^H)_R with finite differences, use that for
#  cost gradient (J^H)_R.
#
igrad=2
ijac=1
#
#  Only the Reynolds number is allowed to vary.
#
iopt(1)=0
iopt(2)=0
iopt(3)=0
iopt(4)=0
iopt(5)=1

iplot=0
itype=3
iwrite=1
maxnew=10
maxstp=20
nparb=3
nparf=1
nx=11
ny=4

para1(1)=0.5
para1(2)=0.375
para1(3)=0.5
para1(4)=0.375
para1(5)=1.0

partar(1)=0.5
partar(2)=0.375
partar(3)=0.5
partar(4)=0.375
partar(5)=10.0

tolnew=0.0000000001
tolopt=0.00000000001
wateu=1.0
watev=0.0
watep=0.0
wateb=0.0
xbleft=1.0
xbltar=1.0
xbrite=3.0
xbrtar=3.0
xprof=3.0
ybleft=0.0
ybltar=0.0
ybrite=0.0
ybrtar=0.0
go
stop