def test_grid_wind_curv():
# curvlinear grid
curv = Grid(wind_file, topology_file, grid_type=2)
time = date_to_sec(datetime(2006, 3, 31, 21))
vel = curv.get_value(time, (-122.934656, 38.27594))
print "Curv grid - vel: {0}\n".format(vel)
assert vel.item() != 0
def test_grid_wind_curv():
# curvlinear grid
curv = Grid(wind_file, topology_file, grid_type=2)
time = date_to_sec(datetime(2006, 3, 31, 21))
vel = curv.get_value(time, (-122.934656, 38.27594))
print "Curv grid - vel: {0}\n".format(vel)
assert vel.item() != 0
def test_grid_wind_rect():
'''
check TimeGridWindRect correctly parses data
'''
idx = 5
file_ = testdata['GridWindMover']['wind_rect']
with nc.Dataset(file_) as data:
time = nc.num2date(data.variables['time'][idx],
units=data.variables['time'].units)
long_lat = (data.variables['lon'][idx], data.variables['lat'][idx])
exp_vel = (data.variables['air_u'][idx][idx][idx],
data.variables['air_v'][idx][idx][idx])
rect = Grid(file_)
time = date_to_sec(time)
vel = rect.get_value(time, long_lat)
print "\nRect grid - vel: {0}".format(vel)
print "Rect grid - expected_vel: {0}".format(exp_vel)
assert (vel.item() == exp_vel)
def test_grid_wind_rect():
'''
check TimeGridWindRect correctly parses data
'''
idx = 5
file_ = testdata['GridWindMover']['wind_rect']
with nc.Dataset(file_) as data:
time = nc.num2date(data.variables['time'][idx],
units=data.variables['time'].units)
long_lat = (data.variables['lon'][idx],
data.variables['lat'][idx])
exp_vel = (data.variables['air_u'][idx][idx][idx],
data.variables['air_v'][idx][idx][idx])
rect = Grid(file_)
time = date_to_sec(time)
vel = rect.get_value(time, long_lat)
print "\nRect grid - vel: {0}".format(vel)
print "Rect grid - expected_vel: {0}".format(exp_vel)
assert (vel.item() == exp_vel)
