import math
import re
import os
import os.path
import types
from nsim.setup import get_exec_path
nsim_raw = get_exec_path("nsim-raw")
netgen_bin = "netgen"
nmeshpp_bin = "%s %s" % (nsim_raw, get_exec_path("nmeshpp"))
nmeshimport_bin = "%s %s" % (nsim_raw, get_exec_path("nmeshimport"))
def netgen_mesh_from_file(geo_filename, mesh_filename, mesh_type=None,
keep_neu=False, keep_logs=False):
"""Run Netgen on the given GEO file (first arg) creating a mesh
with the desired name (second arg). The function examines the extension
of the mesh file name to understand what is the desired output.
If the extension is 'neu', then a Neutral file is produced.
If the extension is 'h5' or 'nmesh', then the neutral file created
by Netgen is converted to the given format and it is removed.
If 'keep_neu' is true, the intermediate neutral file is kept.
If 'keep_logs' is true, the Netgen logs are kept, otherwise they are
removed. If 'mesh_type' is provided, it specifies the type of the
output format (and the extension of the mesh file is ingored)."""
if mesh_type == None:
mesh_type = os.path.splitext(mesh_filename)[1][1:]
if mesh_type not in ["neu", "nmesh", "h5", "nmesh.h5"]:
raise ValueError("Cannot determine mesh type from extension. "
"Please specify the mesh type explicitly using "
"the optional argument \"mesh_type\".")
import os
from nsim.setup import get_exec_path
import inspect
netgen_bin = "netgen"
nmeshpp_bin = "nmeshpp"
nmeshimport_bin = "nmeshimport"
nmeshpp_exec = get_exec_path(nmeshpp_bin)
my_path = os.path.split(inspect.getfile(inspect.currentframe()))[0]
suggested_meshinfo_file = os.path.join(my_path, "mesh.info")
def netgen_mesh_from_file(geo_filename, mesh_filename, mesh_type=None, keep_neu=False, keep_logs=False):
if mesh_type == None:
mesh_type = os.path.splitext(mesh_filename)[1][1:]
print mesh_type
if mesh_type not in ["neu", "nmesh", "h5", "nmesh.h5"]:
raise ValueError(
"Cannot determine mesh type from extension. "
"Please specify the mesh type explicitly using "
'the optional argument "mesh_type".'
)
if mesh_type == "neu":
tmp_filename = mesh_filename
import os
from nsim.setup import get_exec_path
import nmag
nmeshmirror_exec = get_exec_path("nmeshmirror")
#work out in which directory the data files are
org_dir = os.getcwd()
def test_nmeshmirror():
os.chdir(os.path.split(__file__)[0])
#define my non-periodic mesh
points = [[0,0],[1,0],[0,1],[1,1]]
simplices = [[0,2,3],[0,1,3]]
regions=[1,1]
import nmesh
mesh = nmesh.mesh_from_points_and_simplices(points,simplices,regions,[],0,False)
mesh.save('org.nmesh')
import nmesh.visual
nmesh.visual.plot2d_ps(mesh,'org.ps')
import math
import re
import os
import os.path
import types
from nsim.setup import get_exec_path
nsim_raw = get_exec_path("nsim-raw")
netgen_bin = "netgen"
nmeshpp_bin = "%s %s" % (nsim_raw, get_exec_path("nmeshpp"))
nmeshimport_bin = "%s %s" % (nsim_raw, get_exec_path("nmeshimport"))
def netgen_mesh_from_file(geo_filename,
mesh_filename,
mesh_type=None,
keep_neu=False,
keep_logs=False):
"""Run Netgen on the given GEO file (first arg) creating a mesh
with the desired name (second arg). The function examines the extension
of the mesh file name to understand what is the desired output.
If the extension is 'neu', then a Neutral file is produced.
If the extension is 'h5' or 'nmesh', then the neutral file created
by Netgen is converted to the given format and it is removed.
If 'keep_neu' is true, the intermediate neutral file is kept.
If 'keep_logs' is true, the Netgen logs are kept, otherwise they are
removed. If 'mesh_type' is provided, it specifies the type of the
output format (and the extension of the mesh file is ingored)."""
if mesh_type == None:
mesh_type = os.path.splitext(mesh_filename)[1][1:]
