[CoupledCitcomS]
steps = 2

# containing solver
csolver = regional

# embedded solver
esolver = regional


[CoupledCitcomS.journal.debug]
Exchanger = on
CitcomS-Exchanger = on


## citcoms must be configured with CXXFLAGS=-DDEBUG
## otherwise, this info will be disabled
[CoupledCitcomS.journal.info]
#CitcomS-GlobalBBox = on
#Exchanger-exchangers-RemoteBBox = on
#CitcomS-Boundary-BBox = on
CitcomS-Boundary-X = on
CitcomS-Boundary-nodeID = on
CitcomS-Boundary-normal = on
#CitcomS-BoundaryVTInlet-V_constrained = on
CitcomS-CitcomInterpolator-elem = on
#CitcomS-CitcomInterpolator-shape = on
#CitcomS-CitcomInterpolator-etaAxes = on
#CitcomS-CitcomInterpolator-inv-length-sq = on
#CitcomS-Interior-BBox = on
CitcomS-Interior-X = on
CitcomS-Interior-nodeID = on
CitcomS-SVTInlet-T = on
CitcomS-SVTInlet-V = on
CitcomS-SVTInlet-S = on
CitcomS-SVTOutlet-T = on
CitcomS-SVTOutlet-V = on 
CitcomS-SVTOutlet-S = on
Exchanger-Source-meshNode = on
Exchanger-Sink-meshNode = on
#Exchanger-BoundedMesh-BBox_recv = on
#Exchanger-BoundedMesh-X_recv = on
#Exchanger-Boundary-normal_recv = on


[CoupledCitcomS.ecoupler]
two_way_communication = off


[CoupledCitcomS.ccoupler]
two_way_communication = off


[CoupledCitcomS.layout]
# assigning proc. to csolver
containing_group = [0]
embedded_group = [1]


[CoupledCitcomS.csolver]
datafile = cntn

[CoupledCitcomS.csolver.mesher]
nprocz = 1
nodex = 3
nodey = 3
nodez = 3


[CoupledCitcomS.esolver]
datafile = embd


[CoupledCitcomS.esolver.mesher]
nodex = 3
nodey = 3
nodez = 3
radius_outer = 0.8
radius_inner = 0.6
theta_min = 1.2
theta_max = 1.6
fi_min = 0.3
fi_max = 0.7

[CoupledCitcomS.esolver.bc]
side_sbcs = on