read_stl Namespace Reference

Variables
string	input_name = "Engine.stl"
	mesh = mesh.Mesh.from_multi_file(input_name)
	my_mp = KratosMultiphysics.ModelPart("skin")
	prop = my_mp.Properties[0]
int	node_id = 1
int	elem_id = 1
	n1 = my_mp.CreateNewNode(node_id, float(vertex[0]), float(vertex[1]), float(vertex[2]))
	n2 = my_mp.CreateNewNode(node_id, float(vertex[3]), float(vertex[4]), float(vertex[5]))
	n3 = my_mp.CreateNewNode(node_id, float(vertex[6]), float(vertex[7]), float(vertex[8]))
	el = my_mp.CreateNewElement("Element3D3N",elem_id, [n1.Id, n2.Id, n3.Id], prop)
	gid_output

Variable Documentation

el

read_stl.el = my_mp.CreateNewElement("Element3D3N",elem_id, [n1.Id, n2.Id, n3.Id], prop)

elem_id

int read_stl.elem_id = 1

gid_output

read_stl.gid_output

Initial value:

=  GiDOutputProcess(my_mp,
                              input_name,
                              KratosMultiphysics.Parameters()
                              )

input_name

string read_stl.input_name = "Engine.stl"

mesh

read_stl.mesh = mesh.Mesh.from_multi_file(input_name)

my_mp

read_stl.my_mp = KratosMultiphysics.ModelPart("skin")

n1

read_stl.n1 = my_mp.CreateNewNode(node_id, float(vertex[0]), float(vertex[1]), float(vertex[2]))

n2

read_stl.n2 = my_mp.CreateNewNode(node_id, float(vertex[3]), float(vertex[4]), float(vertex[5]))

n3

read_stl.n3 = my_mp.CreateNewNode(node_id, float(vertex[6]), float(vertex[7]), float(vertex[8]))

node_id

int read_stl.node_id = 1

prop

read_stl.prop = my_mp.Properties[0]