def setUp(self, xr_):
"""Setup for test."""
from satpy.readers.abi_l1b import NC_ABI_L1B
rad_data = (np.arange(10.).reshape((2, 5)) + 1.) * 50.
rad_data = (rad_data + 1.) / 0.5
rad_data = rad_data.astype(np.int16)
rad = xr.DataArray(rad_data,
attrs={
'scale_factor': 0.5,
'add_offset': -1.,
'_FillValue': 1002.,
})
xr_.open_dataset.return_value = FakeDataset(
{
'band_id': np.array(8),
'Rad': rad,
"planck_fk1": np.array(13432.1),
"planck_fk2": np.array(1497.61),
"planck_bc1": np.array(0.09102),
"planck_bc2": np.array(0.99971),
"esun": np.array(2017),
"nominal_satellite_subpoint_lat": np.array(0.0),
"nominal_satellite_subpoint_lon": np.array(-89.5),
"nominal_satellite_height": np.array(35786.02),
"earth_sun_distance_anomaly_in_AU": np.array(0.99)
}, {})
self.reader = NC_ABI_L1B(
'filename', {
'platform_shortname': 'G16',
'observation_type': 'Rad',
'scene_abbr': 'C',
'scan_mode': 'M3'
}, {'filetype': 'info'})
def setUp(self, xr_):
"""Setup for test."""
from satpy.readers.abi_l1b import NC_ABI_L1B
proj = xr.DataArray(
[],
attrs={
'semi_major_axis': 1.,
'semi_minor_axis': 1.,
'perspective_point_height': 1.,
'longitude_of_projection_origin': -90.,
'sweep_angle_axis': u'x'
}
)
x__ = xr.DataArray(
[-1., 1.],
attrs={'scale_factor': 1., 'add_offset': 0.},
)
y__ = xr.DataArray(
[-1., 1.],
attrs={'scale_factor': 1., 'add_offset': 0.},
)
xr_.open_dataset.return_value = FakeDataset({
'goes_imager_projection': proj,
'x': x__,
'y': y__,
'Rad': np.ones((10, 10))}, {})
self.reader = NC_ABI_L1B('filename',
{'platform_shortname': 'G16'},
{'filetype': 'info'})
def setUp(self, xr_):
"""Setup for test."""
rad_data = (np.arange(10.).reshape((2, 5)) + 1.)
rad_data = (rad_data + 1.) / 0.5
rad_data = rad_data.astype(np.int16)
rad = xr.DataArray(rad_data,
attrs={
'scale_factor': 0.5,
'add_offset': -1.,
'_FillValue': 20,
})
xr_.open_dataset.return_value = FakeDataset(
{
'band_id': np.array(5),
'Rad': rad,
"planck_fk1": np.array(13432.1),
"planck_fk2": np.array(1497.61),
"planck_bc1": np.array(0.09102),
"planck_bc2": np.array(0.99971),
"esun": np.array(2017),
"nominal_satellite_subpoint_lat": np.array(0.0),
"nominal_satellite_subpoint_lon": np.array(-89.5),
"nominal_satellite_height": np.array(35786.02),
"earth_sun_distance_anomaly_in_AU": np.array(0.99)
}, {
"time_coverage_start": "2017-09-20T17:30:40.8Z",
"time_coverage_end": "2017-09-20T17:41:17.5Z",
})
self.reader = NC_ABI_L1B('filename', {'platform_shortname': 'G16'},
{'filetype': 'info'})
def setUp(self, xr_):
"""Setup for test."""
from satpy.readers.abi_l1b import NC_ABI_L1B
rad_data = (np.arange(10.).reshape((2, 5)) + 1.)
rad_data = (rad_data + 1.) / 0.5
rad_data = rad_data.astype(np.int16)
x_image = xr.DataArray(0.)
y_image = xr.DataArray(0.)
time = xr.DataArray(0.)
rad = xr.DataArray(rad_data,
dims=('y', 'x'),
attrs={
'scale_factor': 0.5,
'add_offset': -1.,
'_FillValue': 20,
},
coords={
'time': time,
'x_image': x_image,
'y_image': y_image,
})
xr_.open_dataset.return_value = FakeDataset(
{
'band_id': np.array(5),
'Rad': rad,
"planck_fk1": np.array(13432.1),
"planck_fk2": np.array(1497.61),
"planck_bc1": np.array(0.09102),
"planck_bc2": np.array(0.99971),
"esun": np.array(2017),
"x_image": x_image,
"y_image": y_image,
"nominal_satellite_subpoint_lat": np.array(0.0),
"nominal_satellite_subpoint_lon": np.array(-89.5),
"nominal_satellite_height": np.array(35786.02),
"earth_sun_distance_anomaly_in_AU": np.array(0.99)
}, {
"time_coverage_start": "2017-09-20T17:30:40.8Z",
"time_coverage_end": "2017-09-20T17:41:17.5Z",
})
self.reader = NC_ABI_L1B(
'filename', {
'platform_shortname': 'G16',
'observation_type': 'Rad',
'scene_abbr': 'C',
'scan_mode': 'M3'
}, {'filetype': 'info'})
