@@ -55,10 +55,12 @@ def test_thick_laminar_aerothermoelastic(self):
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# build the solvers and coupled driver
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solvers = SolverManager (comm )
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- solvers .flow = Fun3dInterface (comm , model , fun3d_dir = "meshes" )
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+ solvers .flow = Fun3dInterface (
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+ comm , model , fun3d_project_name = "miniMesh" , fun3d_dir = "meshes"
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+ )
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solvers .structural = TacsSteadyInterface .create_from_bdf (
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- model , comm , nprocs = 1 , bdf_file = bdf_filename , output_dir = output_dir
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+ model , comm , nprocs = 1 , bdf_file = bdf_filename , prefix = output_dir
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)
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transfer_settings = TransferSettings (
@@ -100,10 +102,12 @@ def test_alpha_laminar_aerothermoelastic(self):
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# build the solvers and coupled driver
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solvers = SolverManager (comm )
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- solvers .flow = Fun3dInterface (comm , model , fun3d_dir = "meshes" )
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+ solvers .flow = Fun3dInterface (
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+ comm , model , fun3d_project_name = "miniMesh" , fun3d_dir = "meshes"
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+ )
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solvers .structural = TacsSteadyInterface .create_from_bdf (
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- model , comm , nprocs = 1 , bdf_file = bdf_filename , output_dir = output_dir
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+ model , comm , nprocs = 1 , bdf_file = bdf_filename , prefix = output_dir
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)
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transfer_settings = TransferSettings (
@@ -145,10 +149,12 @@ def test_thick_laminar_aeroelastic(self):
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# build the solvers and coupled driver
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solvers = SolverManager (comm )
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- solvers .flow = Fun3dInterface (comm , model , fun3d_dir = "meshes" )
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+ solvers .flow = Fun3dInterface (
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+ comm , model , fun3d_project_name = "miniMesh" , fun3d_dir = "meshes"
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+ )
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solvers .structural = TacsSteadyInterface .create_from_bdf (
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- model , comm , nprocs = 1 , bdf_file = bdf_filename , output_dir = output_dir
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+ model , comm , nprocs = 1 , bdf_file = bdf_filename , prefix = output_dir
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)
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transfer_settings = TransferSettings (
@@ -189,10 +195,12 @@ def test_alpha_laminar_aeroelastic(self):
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# build the solvers and coupled driver
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solvers = SolverManager (comm )
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- solvers .flow = Fun3dInterface (comm , model , fun3d_dir = "meshes" )
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+ solvers .flow = Fun3dInterface (
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+ comm , model , fun3d_project_name = "miniMesh" , fun3d_dir = "meshes"
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+ )
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solvers .structural = TacsSteadyInterface .create_from_bdf (
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- model , comm , nprocs = 1 , bdf_file = bdf_filename , output_dir = output_dir
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+ model , comm , nprocs = 1 , bdf_file = bdf_filename , prefix = output_dir
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)
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transfer_settings = TransferSettings (
@@ -234,10 +242,12 @@ def test_thick_laminar_aerothermal(self):
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# build the solvers and coupled driver
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solvers = SolverManager (comm )
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- solvers .flow = Fun3dInterface (comm , model , fun3d_dir = "meshes" )
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+ solvers .flow = Fun3dInterface (
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+ comm , model , fun3d_project_name = "miniMesh" , fun3d_dir = "meshes"
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+ )
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solvers .structural = TacsSteadyInterface .create_from_bdf (
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- model , comm , nprocs = 1 , bdf_file = bdf_filename , output_dir = output_dir
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+ model , comm , nprocs = 1 , bdf_file = bdf_filename , prefix = output_dir
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)
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transfer_settings = TransferSettings (
@@ -278,10 +288,12 @@ def test_alpha_laminar_aerothermal(self):
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# build the solvers and coupled driver
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solvers = SolverManager (comm )
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- solvers .flow = Fun3dInterface (comm , model , fun3d_dir = "meshes" )
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+ solvers .flow = Fun3dInterface (
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+ comm , model , fun3d_project_name = "miniMesh" , fun3d_dir = "meshes"
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+ )
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solvers .structural = TacsSteadyInterface .create_from_bdf (
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- model , comm , nprocs = 1 , bdf_file = bdf_filename , output_dir = output_dir
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+ model , comm , nprocs = 1 , bdf_file = bdf_filename , prefix = output_dir
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)
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transfer_settings = TransferSettings (
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