LandIce: Added tests using the FO depth integrated model

compass/landice/suites/fo_integration.txt

@@ -5,6 +5,9 @@ landice/dome/variable_resolution/fo_restart_test
 landice/circular_shelf/decomposition_test
 landice/greenland/fo_decomposition_test
 landice/greenland/fo_restart_test
-landice/thwaites/decomposition_test
-landice/thwaites/restart_test
+landice/thwaites/fo_decomposition_test
+landice/thwaites/fo_restart_test
+landice/thwaites/fo-depthInt_decomposition_test
+landice/thwaites/fo-depthInt_restart_test
 landice/humboldt/mesh-3km_restart_test/velo-fo_calving-von_mises_stress_damage-threshold_faceMelting
+landice/humboldt/mesh-3km_restart_test/velo-fo-depthInt_calving-von_mises_stress_damage-threshold_faceMelting

compass/landice/suites/full_integration.txt

@@ -18,6 +18,9 @@ landice/dome/variable_resolution/fo_restart_test
 landice/circular_shelf/decomposition_test
 landice/greenland/fo_decomposition_test
 landice/greenland/fo_restart_test
-landice/thwaites/decomposition_test
-landice/thwaites/restart_test
+landice/thwaites/fo_decomposition_test
+landice/thwaites/fo_restart_test
+landice/thwaites/fo-depthInt_decomposition_test
+landice/thwaites/fo-depthInt_restart_test
 landice/humboldt/mesh-3km_restart_test/velo-fo_calving-von_mises_stress_damage-threshold_faceMelting
+landice/humboldt/mesh-3km_restart_test/velo-fo-depthInt_calving-von_mises_stress_damage-threshold_faceMelting

compass/landice/tests/circular_shelf/albany_input.yaml

@@ -8,6 +8,8 @@ ANONYMOUS:
       Type: 'Glen''s Law'
       Flow Rate Type: Uniform
 
+    Cubature Degree: 4
+
 # Discretization Description
   Discretization:
     #Exodus Output File Name: albany_output.exo
@@ -56,22 +58,14 @@ ANONYMOUS:
           Rescue Bad Newton Solve: true
           Linear Solver:
             Write Linear System: false
-            Tolerance: 1.0e-8
+            Tolerance: 1.0e-9
 
           Stratimikos Linear Solver:
             Stratimikos:
 
 #             Linear Solver Information
               Linear Solver Type: Belos
               Linear Solver Types:
-                AztecOO:
-                  Forward Solve:
-                    AztecOO Settings:
-                      Aztec Solver: GMRES
-                      Convergence Test: r0
-                      Size of Krylov Subspace: 200
-                      Output Frequency: 20
-                    Max Iterations: 200
                 Belos:
                   Solver Type: Block GMRES
                   Solver Types:

compass/landice/tests/dome/albany_input.yaml

@@ -9,6 +9,8 @@ ANONYMOUS:
       Flow Rate Type: Uniform
       'Glen''s Law Homotopy Parameter': 1.0
 
+      Cubature Degree: 4
+
 # Discretization Description
   Discretization:
     Exodus Output File Name: albany_output.exo
@@ -64,14 +66,6 @@ ANONYMOUS:
 #             Linear Solver Information
               Linear Solver Type: Belos
               Linear Solver Types:
-                AztecOO:
-                  Forward Solve:
-                    AztecOO Settings:
-                      Aztec Solver: GMRES
-                      Convergence Test: r0
-                      Size of Krylov Subspace: 200
-                      Output Frequency: 20
-                    Max Iterations: 200
                 Belos:
                   Solver Type: Block GMRES
                   Solver Types:

compass/landice/tests/ensemble_generator/ensemble/albany_input.yaml

@@ -10,7 +10,6 @@ ANONYMOUS:
         Regularization Value: 1.0e-4
     LandIce BCs:
       BC 0:
-        Cubature Degree: 8
         Basal Friction Coefficient:
           Type: Power Law
           Power Exponent: 0.2
@@ -20,6 +19,9 @@ ANONYMOUS:
           #Zero Effective Pressure On Floating Ice At Nodes: true
           Zero Beta On Floating Ice: true
 
+    Cubature Degree: 4
+    Basal Cubature Degree: 8
+
 # Discretization Description
   #Discretization:
     #Exodus Output File Name: albany_output.exo
@@ -75,14 +77,6 @@ ANONYMOUS:
 #             Linear Solver Information
               Linear Solver Type: Belos
               Linear Solver Types:
-                AztecOO:
-                  Forward Solve:
-                    AztecOO Settings:
-                      Aztec Solver: GMRES
-                      Convergence Test: r0
-                      Size of Krylov Subspace: 200
-                      Output Frequency: 20
-                    Max Iterations: 200
                 Belos:
                   Solver Type: Block GMRES
                   Solver Types:

compass/landice/tests/greenland/albany_input.yaml

@@ -7,6 +7,9 @@ ANONYMOUS:
   Discretization:
     Exodus Output File Name: albany_output.exo
 
+  Problem:
+    Cubature Degree: 4
+
   Piro:
 #   Nonlinear Solver Information
     NOX:
@@ -58,14 +61,6 @@ ANONYMOUS:
 #             Linear Solver Information
               Linear Solver Type: Belos
               Linear Solver Types:
-                AztecOO:
-                  Forward Solve:
-                    AztecOO Settings:
-                      Aztec Solver: GMRES
-                      Convergence Test: r0
-                      Size of Krylov Subspace: 200
-                      Output Frequency: 20
-                    Max Iterations: 200
                 Belos:
                   Solver Type: Block GMRES
                   Solver Types:

compass/landice/tests/greenland/run_model.py

@@ -89,9 +89,6 @@ def __init__(self, test_case, velo_solver, name='run_model', subdir=None,
             self.add_input_file(filename='albany_input.yaml',
                                 package='compass.landice.tests.greenland',
                                 copy=True)
-            self.add_input_file(filename='albany_schoof_input.yaml',
-                                package='compass.landice.tests.greenland',
-                                copy=True)
 
         self.add_model_as_input()
 

compass/landice/tests/humboldt/__init__.py

@@ -1,8 +1,7 @@
-from compass.testgroup import TestGroup
+from compass.landice.tests.humboldt.decomposition_test import DecompositionTest
 from compass.landice.tests.humboldt.mesh_gen import MeshGen
-from compass.landice.tests.humboldt.decomposition_test \
-     import DecompositionTest
 from compass.landice.tests.humboldt.restart_test import RestartTest
+from compass.testgroup import TestGroup
 
 
 class Humboldt(TestGroup):
@@ -23,34 +22,53 @@ def __init__(self, mpas_core):
         mesh_type = '1km'
         for velo_solver in ['FO']:
             self.add_test_case(
-                    DecompositionTest(test_group=self,
-                                      velo_solver=velo_solver,
-                                      calving_law='none',
-                                      mesh_type=mesh_type))
+                DecompositionTest(test_group=self,
+                                  velo_solver=velo_solver,
+                                  calving_law='none',
+                                  mesh_type=mesh_type))
             self.add_test_case(
-                    RestartTest(test_group=self,
-                                velo_solver=velo_solver,
-                                calving_law='none',
-                                mesh_type=mesh_type))
+                RestartTest(test_group=self,
+                            velo_solver=velo_solver,
+                            calving_law='none',
+                            mesh_type=mesh_type))
 
         # Set up 'full physics' tests using the 3km mesh
         mesh_type = '3km'
         for velo_solver in ['FO', 'none']:
             self.add_test_case(
-                    DecompositionTest(test_group=self,
-                                      velo_solver=velo_solver,
-                                      calving_law='von_Mises_stress',
-                                      mesh_type=mesh_type,
-                                      damage='threshold',
-                                      face_melt=True))
+                DecompositionTest(test_group=self,
+                                  velo_solver=velo_solver,
+                                  calving_law='von_Mises_stress',
+                                  mesh_type=mesh_type,
+                                  damage='threshold',
+                                  face_melt=True))
 
             self.add_test_case(
-                    RestartTest(test_group=self,
-                                velo_solver=velo_solver,
-                                calving_law='von_Mises_stress',
-                                mesh_type=mesh_type,
-                                damage='threshold',
-                                face_melt=True))
+                RestartTest(test_group=self,
+                            velo_solver=velo_solver,
+                            calving_law='von_Mises_stress',
+                            mesh_type=mesh_type,
+                            damage='threshold',
+                            face_melt=True))
+
+        for velo_solver in ['FO']:
+            self.add_test_case(
+                DecompositionTest(test_group=self,
+                                  velo_solver=velo_solver,
+                                  calving_law='von_Mises_stress',
+                                  mesh_type=mesh_type,
+                                  damage='threshold',
+                                  face_melt=True,
+                                  depth_integrated=True))
+
+            self.add_test_case(
+                RestartTest(test_group=self,
+                            velo_solver=velo_solver,
+                            calving_law='von_Mises_stress',
+                            mesh_type=mesh_type,
+                            damage='threshold',
+                            face_melt=True,
+                            depth_integrated=True))
 
         # Create decomp and restart tests for all calving laws.
         # Note that FO velo solver is NOT BFB across decompositions

compass/landice/tests/humboldt/albany_input.yaml

@@ -15,6 +15,9 @@ ANONYMOUS:
           Power Exponent: 3.33333333333E-1
           Effective Pressure Type: Hydrostatic
           Use Pressurized Bed Above Sea Level: False
+
+    Cubature Degree: 4
+
 # Discretization Description
   Discretization:
     # Exodus Output File Name: albany_output.exo
@@ -70,14 +73,6 @@ ANONYMOUS:
 #             Linear Solver Information
               Linear Solver Type: Belos
               Linear Solver Types:
-                AztecOO:
-                  Forward Solve:
-                    AztecOO Settings:
-                      Aztec Solver: GMRES
-                      Convergence Test: r0
-                      Size of Krylov Subspace: 200
-                      Output Frequency: 20
-                    Max Iterations: 200
                 Belos:
                   Solver Type: Block GMRES
                   Solver Types:

compass/landice/tests/greenland/albany_schoof_input.yaml → compass/landice/tests/humboldt/albany_input_depthInt.yaml

@@ -4,33 +4,21 @@ ANONYMOUS:
   Build Type: Tpetra
 
   Problem:
-    LandIce Viscosity:
-      Type: 'Glen''s Law'
-      Flow Rate Type: Uniform
-      'Glen''s Law Homotopy Parameter': 1.0
-      'Glen''s Law A': 1.0e-04
-      'Glen''s Law n': 3.0e+00
+    LandIce Field Norm:
+      sliding_velocity_basalside:
+        Regularization Type: Given Value
+        Regularization Value: 1.0e-4
     LandIce BCs:
-      Number: 2
       BC 0:
-        Cubature Degree: 3
-        Side Set Name: basalside
-        Type: Basal Friction
         Basal Friction Coefficient:
-          Type: Regularized Coulomb
-          Given Field Variable Name: basal_friction
-          Zero Beta On Floating Ice: true
-          Coulomb Friction Coefficient: 1.0e+05
-          Power Exponent: 1.0
-          Bed Roughness: 1.0e+04
-      BC 1:
-        Cubature Degree: 3
-        Side Set Name: ice_margin_side
-        Type: Lateral
-
+          Type: Power Law
+          Power Exponent: 3.33333333333E-1
+          Effective Pressure Type: Hydrostatic
+          Use Pressurized Bed Above Sea Level: False
+    Depth Integrated Model: true
 # Discretization Description
   Discretization:
-    Exodus Output File Name: albany_output.exo
+    # Exodus Output File Name: albany_output.exo
 
   Piro:
 #   Nonlinear Solver Information
@@ -83,14 +71,6 @@ ANONYMOUS:
 #             Linear Solver Information
               Linear Solver Type: Belos
               Linear Solver Types:
-                AztecOO:
-                  Forward Solve:
-                    AztecOO Settings:
-                      Aztec Solver: GMRES
-                      Convergence Test: r0
-                      Size of Krylov Subspace: 200
-                      Output Frequency: 20
-                    Max Iterations: 200
                 Belos:
                   Solver Type: Block GMRES
                   Solver Types:

compass/landice/tests/humboldt/decomposition_test/__init__.py

@@ -28,13 +28,16 @@ class DecompositionTest(TestCase):
     face_melt : bool
         Whether to include face melting
 
+    depth_integrated  : bool
+        Whether the (FO) velocity model is depth integrated
+
     proc_list : list
         The pair of processor count values to test over.
         Function of velocity solver.
     """
 
     def __init__(self, test_group, velo_solver, calving_law, mesh_type,
-                 damage=None, face_melt=False):
+                 damage=None, face_melt=False, depth_integrated=False):
         """
         Create the test case
 
@@ -57,6 +60,9 @@ def __init__(self, test_group, velo_solver, calving_law, mesh_type,
 
         face_melt : bool
             Whether to include face melting
+
+        depth_integrated  : bool
+            Whether the (FO) velocity model is depth integrated
         """
         name = 'decomposition_test'
         self.mesh_type = mesh_type
@@ -68,8 +74,11 @@ def __init__(self, test_group, velo_solver, calving_law, mesh_type,
         self.face_melt = face_melt
 
         # build dir name.  always include velo solver and calving law
-        subdir = 'mesh-{}_decomposition_test/velo-{}_calving-{}'.format(
-                 mesh_type, velo_solver.lower(), calving_law.lower())
+        subdir = 'mesh-{}_decomposition_test/velo-{}'.format(
+                 mesh_type, velo_solver.lower())
+        if velo_solver == 'FO' and depth_integrated is True:
+            subdir += '-depthInt'
+        subdir += '_calving-{}'.format(calving_law.lower())
         # append damage and facemelt if provided
         if damage is not None:
             subdir += '_damage-{}'.format(damage)
@@ -90,6 +99,7 @@ def __init__(self, test_group, velo_solver, calving_law, mesh_type,
                          calving_law=self.calving_law,
                          damage=self.damage,
                          face_melt=self.face_melt,
+                         depth_integrated=depth_integrated,
                          mesh_type=mesh_type))
 
     # no configure() method is needed