def test_run(self):
# intialize ueb
mdl = '../ueb.mdl'
config_params = parse_config(mdl)
UEB = ueb.ueb(config_params)
# run
UEB.run(None)
# finish
UEB.save()
print 'done'
def test_run(self):
# intialize ueb
mdl = '../ueb.mdl'
config_params = parse_config(mdl)
UEB = ueb.ueb(config_params)
# run
UEB.run(None)
# finish
UEB.save()
print 'done'
def test_geometry_creation_and_ordering(self):
# intialize ueb
mdl = '../ueb.mdl'
config_params = parse_config(mdl)
UEB = ueb.ueb(config_params)
# get the active cells (these are looped through in run)
cells = UEB.activeCells
# build geometries
xdim = UEB.C_dimlen1.value
ydim = UEB.C_dimlen2.value
geoms = UEB.build_geometries(range(xdim), range(ydim))
# create point tuples from geoms
pts = [ (int(g.GetX()), int(g.GetY())) for g in geoms]
# make sure the ordering is correct
self.assertTrue(cells == pts)
def test_geometry_creation_and_ordering(self):
# intialize ueb
mdl = '../ueb.mdl'
config_params = parse_config(mdl)
UEB = ueb.ueb(config_params)
# get the active cells (these are looped through in run)
cells = UEB.activeCells
# build geometries
xdim = UEB.C_dimlen1.value
ydim = UEB.C_dimlen2.value
geoms = UEB.build_geometries(range(xdim), range(ydim))
# create point tuples from geoms
pts = [(int(g.GetX()), int(g.GetY())) for g in geoms]
# make sure the ordering is correct
self.assertTrue(cells == pts)
