test/modules/LinearBoltzmannSolvers/Transport_Adjoint/Adjoint2D_3c_response.lua

-- 2D Transport test with point source Multigroup Adjoint Response
-- SDM: PWLD
-- Test: Inner-product=3.30607e-06
num_procs = 4
 
 
 
 
 
--############################################### Check num_procs
if (check_num_procs==nil and chi_number_of_processes ~= num_procs) then
    chiLog(LOG_0ERROR,"Incorrect amount of processors. " ..
                      "Expected "..tostring(num_procs)..
                      ". Pass check_num_procs=false to override if possible.")
    os.exit(false)
end
 
--############################################### Setup mesh
nodes={}
N=60
L=5.0
ds=L/N
xmin=0.0
for i=0,N do
    nodes[i+1] = xmin + i*ds
end
meshgen1 = chi_mesh.OrthogonalMeshGenerator.Create({ node_sets = {nodes,nodes} })
chi_mesh.MeshGenerator.Execute(meshgen1)
 
----############################################### Set Material IDs
NewRPP = chi_mesh.RPPLogicalVolume.Create
vol0 = NewRPP({infx=true, infy=true, infz=true})
vol1 = NewRPP({ymin=0.0,ymax=0.8*L,infx=true,infz=true})
chiVolumeMesherSetProperty(MATID_FROMLOGICAL,vol0,0)
chiVolumeMesherSetProperty(MATID_FROMLOGICAL,vol1,1)
 
 
 
----############################################### Set Material IDs
vol0b = NewRPP({xmin=-0.166666+2.5,xmax=0.166666+2.5,infy=true,infz=true})
vol1b = NewRPP({xmin=-1+2.5,xmax=1+2.5,ymin=0.9*L,ymax=L,infz=true})
chiVolumeMesherSetProperty(MATID_FROMLOGICAL,vol0b,0)
chiVolumeMesherSetProperty(MATID_FROMLOGICAL,vol1b,1)
 
 
--############################################### Add materials
materials = {}
materials[1] = chiPhysicsAddMaterial("Test Material");
materials[2] = chiPhysicsAddMaterial("Test Material2");
 
chiPhysicsMaterialAddProperty(materials[1],TRANSPORT_XSECTIONS)
chiPhysicsMaterialAddProperty(materials[2],TRANSPORT_XSECTIONS)
 
chiPhysicsMaterialAddProperty(materials[1],ISOTROPIC_MG_SOURCE)
chiPhysicsMaterialAddProperty(materials[2],ISOTROPIC_MG_SOURCE)
 
 
num_groups = 10
chiPhysicsMaterialSetProperty(materials[1],
                              TRANSPORT_XSECTIONS,
                              SIMPLEXS1,num_groups,0.01,0.01)
chiPhysicsMaterialSetProperty(materials[2],
                              TRANSPORT_XSECTIONS,
                              SIMPLEXS1,num_groups,0.1*20,0.8)
 
src={}
for g=1,num_groups do
    src[g] = 0.0
end
src[1] = 0.0
chiPhysicsMaterialSetProperty(materials[1],ISOTROPIC_MG_SOURCE,FROM_ARRAY,src)
src[1] = 0.0
chiPhysicsMaterialSetProperty(materials[2],ISOTROPIC_MG_SOURCE,FROM_ARRAY,src)
src[1] = 1.0
 
--############################################### Setup Physics
pquad0 = chiCreateProductQuadrature(GAUSS_LEGENDRE_CHEBYSHEV,12, 2)
chiOptimizeAngularQuadratureForPolarSymmetry(pquad0, 4.0*math.pi)
 
lbs_block =
{
    num_groups = num_groups,
    groupsets =
    {
        {
            groups_from_to = {0, num_groups-1},
            angular_quadrature_handle = pquad0,
            inner_linear_method = "gmres",
            l_abs_tol = 1.0e-6,
            l_max_its = 500,
            gmres_restart_interval = 100,
        },
    }
}
 
lbs_options =
{
    scattering_order = 1,
}
 
--############################################### Initialize and Execute Solver
phys1 = lbs.DiscreteOrdinatesAdjointSolver.Create(lbs_block)
lbs.SetOptions(phys1, lbs_options)
 
--############################################### Add point source
chiLBSAddPointSource(phys1, 1.25 - 0.5*ds, 1.5*ds, 0.0, src)
 
ss_solver = lbs.SteadyStateSolver.Create({lbs_solver_handle = phys1})
 
chiSolverInitialize(ss_solver)
--chiSolverExecute(ss_solver)
 
chiLBSReadFluxMoments(phys1, "Adjoint2D_3b_adjoint")
value = chiAdjointSolverComputeInnerProduct(phys1)
chiLog(LOG_0,string.format("Inner-product=%.5e", value))
 
--############################################### Get field functions
ff_m0 = chiGetFieldFunctionHandleByName("phi_g000_m00")
ff_m1 = chiGetFieldFunctionHandleByName("phi_g000_m01")
ff_m2 = chiGetFieldFunctionHandleByName("phi_g000_m02")
 
 
--############################################### Slice plot
 
--############################################### Volume integrations
 
 
 
--############################################### Exports
if master_export == nil then
    chiExportMultiFieldFunctionToVTK({ff_m0, ff_m1, ff_m2},"ZPhi_LBAdjointResponse")
end
 
 
--############################################### Cleanup
chiMPIBarrier()
if (chi_location_id == 0) then
    os.execute("rm Adjoint2D_3b_adjoint*.data")
end