def load_mesh_file(mesh_file): tg = tri_grid() if not os.path.exists(mesh_file): print "Mesh file: " + mesh_file + " not found" sys.exit(2) else: fh = open(mesh_file, 'rb') tg.load(fh) fh.close() print "Loaded mesh file " + mesh_file return tg
['mesh_file=', 'out_name=', 'level='])
mesh_file = ""
l = 0
out_name = ""
for opt, val in opts:
if opt in ['--mesh_file', '-m']:
mesh_file = val
if opt in ['--out_name', '-o']:
out_name = val
if opt in ['--level', '-l']:
l = int(val)
# initialise the Dymaxion map
init()
# load the triangular grid in
tg = tri_grid()
fh = open(mesh_file, 'rb')
tg.load(fh)
fh.close()
# create the plotting surface
sp = plt.subplot(111)
# draw the triangles
draw_mesh(sp, tg, l)
# draw original twelve triangles
draw_outer_mesh()
# draw the continents
draw_map(sp)
# remove the axis
sp.axis('off')
# set the map size
opts, args = getopt.getopt(sys.argv[1:], "m:o:l:", ["mesh_file=", "out_name=", "level="])
mesh_file = ""
l = 0
out_name = ""
for opt, val in opts:
if opt in ["--mesh_file", "-m"]:
mesh_file = val
if opt in ["--out_name", "-o"]:
out_name = val
if opt in ["--level", "-l"]:
l = int(val)
# initialise the Dymaxion map
init()
# load the triangular grid in
tg = tri_grid()
fh = open(mesh_file, "rb")
tg.load(fh)
fh.close()
# create the plotting surface
sp = plt.subplot(111)
# draw the triangles
draw_mesh(sp, tg, l)
# draw original twelve triangles
draw_outer_mesh()
# draw the continents
draw_map(sp)
# remove the axis
sp.axis("off")
# set the map size
