Update post_process.py

scripts/post_process.py

+#---------------- For mesh visulisation of SOFA and CNN solutions- Saurabh Deshpande ---------------------------#
+
 import Sofa
 import numpy as np
 import sys 
@@ -71,18 +73,6 @@ class CantileverBeam(Sofa.PythonScriptController):
 		visuNode.createObject('OglModel', name='visual', position = "@topology_sofa.position", quads = "@topology_sofa.quads")
 		visuNode.createObject('VisualStyle',displayFlags='showWireframe')
 
-		# df_step = pd.read_csv('Data/first_step.csv', names=['f', 'u'], header = None) 
-		# step_one = df['u'].values
-
-		# self.step_node = self.cube.createChild('step_node')
-		# self.step_topology = self.nn_node.createObject('MeshTopology', name = 'topology_nn', position = step_one.tolist(), quads ='@../topology.quads' )
-		# # self.nn_node.createObject('MechanicalObject', template = "Vec3d", name = "dofs", position = "@topology_nn.position")
-
-		# visuNode = self.nn_node.createChild('visu')
-		# visuNode.createObject('OglModel', name='visual', position = "@topology_nn.position", quads = "@topology_nn.quads")
-		# #visuNode.createObject('IdentityMapping')
-
-
 
 	def createGraph(self, rootNode, node_name,force):
 		self.cube = rootNode.createChild(node_name)
@@ -105,50 +95,6 @@ class CantileverBeam(Sofa.PythonScriptController):
 		#print(commandLineArguments)
 		pass
 
-		# first_step = np.array(self.dofs.position)
-		# np.savetxt("Data/first_step.csv",first_step,delimiter=",")
-
-
-	
-		# init_position = np.array(self.dofs.rest_position)
-
-		# if self.node_name == self.n_total -1:
-		#print('And the stored values are ')
-	
-		#print(self.store)
-		#print(self.store)
-		# store = store - init_position #works only when intitial entry is zero
-		# #print(self.store)
-		# #print(init_position)
-
-		# store = store.reshape(12096,1)
-		# f_value = np.zeros((store.shape[0],store.shape[1]))
-		
-		# f_value[4] = self.force[1] #same as the input force 
-
-		# # for i in range(self.n_total):
-		# # 	f_value[12096*i] = f[i]
-
-		# data=np.hstack((f_value,store))
-
-		# df = pd.DataFrame(data, index = None, columns = None) 
-
-		#print(df)
-
-		#for saving underformed
-		#np.savetxt("Data/undeformed.csv", init_position, delimiter=",")
-
-		# with open('Data/test_topology.csv', 'a') as f:
-  #   			df.to_csv(f, sep = ',', header = False ,index=False)
-		
-		# with open('Data/SOFA_data_test10.csv','a') as fd:
-  #   			fd.write(data)
-
-		#np.savetxt("Data/SOFA_data_test"+ str(int(self.force[1]))+ ".csv", data, delimiter=",")
-
-		#sys.exit(0)
-	#sys.exit(0)
-		# self.node.animate = False