updated the scripts for new module

Author: Teseo Schneider

python/bending.py test/bending.pypython/bending.py renamed to test/bending.py

@@ -2,7 +2,7 @@
 
 
 
-mesh_path = "/../3rdparty/data/square_beam.mesh"
+mesh_path = "../3rdparty/data/square_beam.mesh"
 tag_path = "../3rdparty/data/square_beam.txt"
 
 settings = pf.Settings()

python/inflation.py test/inflation.pypython/inflation.py renamed to test/inflation.py

@@ -1,25 +1,23 @@
-import polyfempy
+import polyfempy as pf
 import numpy as np
-import Settings
-import Problems
 
 
 
 
-solver = polyfempy.Solver()
+solver = pf.Solver()
 
 
 #some setup
 mesh_path = "../3rdparty/data/circle2.msh"
 output = "inflation.obj"
 
-settings = Settings.Settings()
+settings = pf.Settings()
 settings.discr_order = 2
 settings.normalize_mesh = True
 settings.vismesh_rel_area = 0.00001
-settings.scalar_formulation = polyfempy.ScalarFormulations.Laplacian
+settings.scalar_formulation = pf.ScalarFormulations.Laplacian
 
-problem = Problems.GenericScalar()
+problem = pf.GenericScalar()
 problem.add_dirichlet_value("all", 10)
 problem.rhs = 0
 settings.set_problem(problem)
@@ -35,7 +33,7 @@
 
 # now we got the solution of the first laplacian, we use it as rhs for the second one
 # setup zero bc and use sol as rhs
-problem = Problems.GenericScalar()
+problem = pf.GenericScalar()
 problem.add_dirichlet_value("all", 0)
 problem.rhs = 0
 settings.set_problem(problem)

python/torsion.py test/torsion.pypython/torsion.py renamed to test/torsion.py

@@ -1,14 +1,12 @@
-import polyfempy
-import Settings
-import Problems
+import polyfempy as pf
 
 
 
 
 
 mesh_path = "../3rdparty/data/square_beam_h.HYBRID"
 
-settings = Settings.Settings()
+settings = pf.Settings()
 settings.discr_order = 1
 settings.normalize_mesh = False
 
@@ -18,9 +16,9 @@
 settings.set_material_params("nu", 0.35)
 
 settings.nl_solver_rhs_steps = 5
-settings.tensor_formulation = polyfempy.TensorFormulations.NeoHookean
+settings.tensor_formulation = pf.TensorFormulations.NeoHookean
 
-problem = Problems.Torsion()
+problem = pf.Torsion()
 problem.fixed_boundary = 5
 problem.turning_boundary = 6
 problem.axis_coordiante = 2
@@ -32,7 +30,7 @@
 settings.set_problem(problem)
 
 
-solver = polyfempy.Solver()
+solver = pf.Solver()
 
 
 solver.settings(settings.serialize())