Adapt to MOOSE changes in multiapp parameters, refs idaholab/moose#19676

idaholab · Apr 26, 2022 · 6799c49 · 6799c49
1 parent 81efb87
commit 6799c49
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Showing 15 changed files with 77 additions and 154 deletions.
diff --git a/mrad/steady/MP_FC_ss_bison.i b/mrad/steady/MP_FC_ss_bison.i
@@ -237,17 +237,15 @@
 [Transfers]
   [from_sockeye_flux] # Transfer heat pipe heat flux from Sockeye subapps
     type = MultiAppNearestNodeTransfer
-    direction = from_multiapp
-    multi_app = sockeye
+    from_multi_app = sockeye
     source_variable = flux_uo
     variable = hp_flux_aux
     execute_on = 'timestep_begin'
     fixed_meshes = true
   []
   [to_sockeye_temp] # Transfer heat pipe surface temperature to Sockeye subapps
     type = MultiAppNearestNodeTransfer
-    direction = to_multiapp
-    multi_app = sockeye
+    to_multi_app = sockeye
     source_variable = temp_uo
     variable = T_wall_var
     execute_on = 'timestep_begin'

diff --git a/msr/msfr/steady/run_neutronics.i b/msr/msfr/steady/run_neutronics.i
@@ -175,65 +175,56 @@
 [Transfers]
   [power_density]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = to_multiapp
+    to_multi_app = ns
     source_variable = power_density
     variable = power_density
   []
   [fission_source]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = to_multiapp
+    to_multi_app = ns
     source_variable = fission_source
     variable = fission_source
   []
 
   [c1]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c1'
     variable = 'c1'
   []
   [c2]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c2'
     variable = 'c2'
   []
   [c3]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c3'
     variable = 'c3'
   []
   [c4]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c4'
     variable = 'c4'
   []
   [c5]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c5'
     variable = 'c5'
   []
   [c6]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c6'
     variable = 'c6'
   []
   [T]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'T'
     variable = 'tfuel'
   []

diff --git a/msr/msfr/transient/run_neutronics.i b/msr/msfr/transient/run_neutronics.i
@@ -239,78 +239,68 @@
 [Transfers]
   [power_density]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = to_multiapp
+    to_multi_app = ns
     source_variable = power_density
     variable = power_density
   []
   [fission_source]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = to_multiapp
+    to_multi_app = ns
     source_variable = fission_source
     variable = fission_source
   []
   [power]
     type = MultiAppPostprocessorTransfer
-    multi_app = ns
-    direction = to_multiapp
+    to_multi_app = ns
     reduction_type = minimum
     from_postprocessor = power
     to_postprocessor = power
   []
   [c1]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c1'
     variable = 'c1'
     execute_on = 'initial timestep_end'
   []
   [c2]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c2'
     variable = 'c2'
     execute_on = 'initial timestep_end'
   []
   [c3]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c3'
     variable = 'c3'
     execute_on = 'initial timestep_end'
   []
   [c4]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c4'
     variable = 'c4'
     execute_on = 'initial timestep_end'
   []
   [c5]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c5'
     variable = 'c5'
     execute_on = 'initial timestep_end'
   []
   [c6]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'c6'
     variable = 'c6'
     execute_on = 'initial timestep_end'
   []
   [T]
     type = MultiAppProjectionTransfer
-    multi_app = ns
-    direction = from_multiapp
+    from_multi_app = ns
     source_variable = 'T'
     variable = 'tfuel'
   []

diff --git a/pbfhr/plant/ss0_neutrons.i b/pbfhr/plant/ss0_neutrons.i
@@ -401,8 +401,7 @@ fis_fract            = ${fparse 1 - dh_fract} # Fission power fraction at t = 0.
 [Transfers]
   [power_tosub]
     type = MultiAppProjectionTransfer
-    direction = to_multiapp
-    multi_app = thermo
+    to_multi_app = thermo
     source_variable = total_power_density
     variable = power_distribution
     to_postprocessors_to_be_preserved = power
@@ -411,16 +410,14 @@ fis_fract            = ${fparse 1 - dh_fract} # Fission power fraction at t = 0.
   []
   [Tcoolant_fromsub]
     type = MultiAppInterpolationTransfer
-    direction = from_multiapp
-    multi_app = thermo
+    from_multi_app = thermo
     source_variable = temp_fluid
     variable = Tsalt
     execute_on = 'timestep_end'
   []
   [Tfuel_fromsub]
     type = MultiAppInterpolationTransfer
-    direction = from_multiapp
-    multi_app = thermo
+    from_multi_app = thermo
     source_variable = temp_solid
     variable = Tfuel
     execute_on = 'timestep_end'

diff --git a/pbfhr/plant/ss1_combined.i b/pbfhr/plant/ss1_combined.i
@@ -777,31 +777,27 @@ outlet_pressure_val = 2e5 # Pa, default, for initialization
 [Transfers]
   [fuel_matrix_heat_source]
     type = MultiAppProjectionTransfer
-    direction = to_multiapp
-    multi_app = coarse_mesh
+    to_multi_app = coarse_mesh
     source_variable = power_distribution
     variable = power_distribution
   []
   [pebble_surface_temp]
     type = MultiAppProjectionTransfer
-    direction = to_multiapp
-    multi_app = coarse_mesh
+    to_multi_app = coarse_mesh
     source_variable = temp_solid
     variable = temp_solid
   []
 
   [send_flow_BCs]
     type = MultiAppPostprocessorVectorTransfer
-    direction = to_multiapp
-    multi_app = primary_loop
+    to_multi_app = primary_loop
     from_postprocessors = 'pressure_in mass_flow_out T_flow_out T_flow_in'
     to_postprocessors = 'Core_inlet_pressure Core_outlet_mdot Core_outlet_T Core_inlet_T_reversal'
   []
 
   [receive_flow_BCs]
     type = MultiAppPostprocessorVectorTransfer
-    direction = from_multiapp
-    multi_app = primary_loop
+    from_multi_app = primary_loop
     from_postprocessors = 'Core_outlet_p Core_inlet_mdot Core_inlet_T'
     to_postprocessors   = 'outlet_pressure inlet_mdot inlet_temp_fluid'
   []

diff --git a/pbfhr/plant/ss3_coarse_pebble_mesh.i b/pbfhr/plant/ss3_coarse_pebble_mesh.i
@@ -160,59 +160,51 @@ power_density = ${fparse total_power / model_vol}
 [Transfers]
   [fuel_matrix_heat_source]
     type = MultiAppVariableValueSampleTransfer
-    direction = to_multiapp
-    multi_app = fuel_pebble
+    to_multi_app = fuel_pebble
     source_variable = power_distribution
     variable = fuel_matrix_heat_source
   []
   [pebble_surface_temp_1]
     type = MultiAppVariableValueSamplePostprocessorTransfer
-    direction = to_multiapp
-    multi_app = fuel_pebble
+    to_multi_app = fuel_pebble
     source_variable = temp_solid
     postprocessor = pebble_surface_T
   []
   [pebble_surface_temp_2]
     type = MultiAppVariableValueSamplePostprocessorTransfer
-    direction = to_multiapp
-    multi_app = graphite_pebble
+    to_multi_app = graphite_pebble
     source_variable = temp_solid
     postprocessor = pebble_surface_T
   []
 
   # received for visualization purposes only
   [max_T_UO2]
     type = MultiAppPostprocessorInterpolationTransfer
-    direction = from_multiapp
-    multi_app = fuel_pebble
+    from_multi_app = fuel_pebble
     postprocessor = max_T_UO2
     variable = max_T_UO2
   []
   [average_T_UO2]
     type = MultiAppPostprocessorInterpolationTransfer
-    direction = from_multiapp
-    multi_app = fuel_pebble
+    from_multi_app = fuel_pebble
     postprocessor = average_T_UO2
     variable = average_T_UO2
   []
   [average_T_matrix]
     type = MultiAppPostprocessorInterpolationTransfer
-    direction = from_multiapp
-    multi_app = fuel_pebble
+    from_multi_app = fuel_pebble
     postprocessor = average_T_matrix
     variable = average_T_matrix
   []
   [average_T_graphite]
     type = MultiAppPostprocessorInterpolationTransfer
-    direction = from_multiapp
-    multi_app = graphite_pebble
+    from_multi_app = graphite_pebble
     postprocessor = average_T
     variable = average_T_graphite
   []
   [average_T_shell]
     type = MultiAppPostprocessorInterpolationTransfer
-    direction = from_multiapp
-    multi_app = fuel_pebble
+    from_multi_app = fuel_pebble
     postprocessor = average_T_shell
     variable = average_T_shell
   []

diff --git a/pbfhr/plant/ss4_fuel_pebble.i b/pbfhr/plant/ss4_fuel_pebble.i
@@ -249,15 +249,13 @@ pebble_diameter            = 0.03
 [Transfers]
   [particle_heat_source]
     type = MultiAppVariableValueSampleTransfer
-    direction = to_multiapp
-    multi_app = particle
+    to_multi_app = particle
     source_variable = fuel_matrix_heat_source
     variable = fuel_matrix_heat_source
   []
   [particle_surface_temp]
     type = MultiAppPostprocessorTransfer
-    direction = from_multiapp
-    multi_app = particle
+    from_multi_app = particle
     from_postprocessor = surface_T
     to_postprocessor = particle_surface_T
     reduction_type = average
@@ -266,24 +264,21 @@ pebble_diameter            = 0.03
   # for visualization
   [max_T_UO2]
     type = MultiAppPostprocessorTransfer
-    direction = from_multiapp
-    multi_app = particle
+    from_multi_app = particle
     from_postprocessor = max_T_UO2
     to_postprocessor = max_T_UO2_microscale
     reduction_type = average
   []
   [average_T_UO2]
     type = MultiAppPostprocessorTransfer
-    direction = from_multiapp
-    multi_app = particle
+    from_multi_app = particle
     from_postprocessor = average_T_UO2
     to_postprocessor = average_T_UO2_microscale
     reduction_type = average
   []
   [average_T_matrix]
     type = MultiAppPostprocessorTransfer
-    direction = from_multiapp
-    multi_app = particle
+    from_multi_app = particle
     from_postprocessor = average_T_matrix
     to_postprocessor = average_T_matrix_microscale
     reduction_type = average

diff --git a/pbfhr/reflector/cht/solid.i b/pbfhr/reflector/cht/solid.i
@@ -135,26 +135,23 @@ core_heat_flux = 5e3
   [temperature]
     type = MultiAppNearestNodeTransfer
     source_variable = temp
-    direction = from_multiapp
-    multi_app = nek
+    from_multi_app = nek
     variable = nek_temp
     fixed_meshes = true
   []
   [flux]
     type = MultiAppNearestNodeTransfer
     source_variable = flux
-    direction = to_multiapp
-    multi_app = nek
+    to_multi_app = nek
     variable = avg_flux
     fixed_meshes = true
     source_boundary = 'fluid_solid_interface'
   []
   [flux_integral]
     type = MultiAppPostprocessorTransfer
     to_postprocessor = flux_integral
-    direction = to_multiapp
     from_postprocessor = flux_integral
-    multi_app = nek
+    to_multi_app = nek
   []
 []