Rename: WaldUndWiesenSimulation -> Simulation

src/pystencils_autodiff/wald_und_wiesen_simulation.py → src/pystencils_autodiff/simulation.py

@@ -22,7 +22,7 @@ from pystencils_autodiff.walberla import (
     SweepCreation, SweepOverAllBlocks, UniformBlockforestFromConfig, WalberlaMain, WalberlaModule)
 
 
-class WaldUndWiesenSimulation():
+class Simulation():
     def _get_sweep_class_name(prefix='Kernel'):
 
         ctr = 0
@@ -46,7 +46,7 @@ class WaldUndWiesenSimulation():
         self._boundary_handling = boundary_handling
         self._lb_model_name = 'GeneratedLatticeModel'
         self._flag_field_dtype = 'uint32_t'
-        self._kernel_class_generator = WaldUndWiesenSimulation._get_sweep_class_name()
+        self._kernel_class_generator = Simulation._get_sweep_class_name()
         self._with_gui = False
         self._with_gui_default = False
         self._boundary_kernels = {}

tests/test_walberla.py

@@ -21,7 +21,7 @@ from pystencils_autodiff.graph_datahandling import GraphDataHandling
 from pystencils_autodiff.walberla import (
     DefinitionsHeader, FieldAllocation, FlagFieldAllocation, GetParameter,
     ResolveUndefinedSymbols, UniformBlockforestFromConfig, WalberlaMain, WalberlaModule)
-from pystencils_autodiff.wald_und_wiesen_simulation import WaldUndWiesenSimulation
+from pystencils_autodiff.wald_und_wiesen_simulation import Simulation
 from pystencils_walberla.cmake_integration import ManualCodeGenerationContext
 
 
@@ -66,7 +66,7 @@ def test_wald_wiesen_simulation():
         dh.add_arrays('x, y')
         dh.add_arrays('w, z', gpu=True)
 
-        sim = WaldUndWiesenSimulation(dh, ctx)
+        sim = Simulation(dh, ctx)
         print(sim._create_module())
 
 
@@ -82,7 +82,7 @@ def test_wald_wiesen_lbm():
 
         del lbm_step.data_handling.gpu_arrays.ldc_pdf_tmp
 
-        sim = WaldUndWiesenSimulation(lbm_step.data_handling,
+        sim = Simulation(lbm_step.data_handling,
                                       ctx,
                                       lbm_step.boundary_handling,
                                       create_lb_collision_rule(lbm_step.method, optimization=opt_params))