def test_coords_ground_shadows():
"""Check coords of timeseries ground shadows"""
# Create base params
params = {
'axis_azimuth': 0,
'n_pvrows': 2,
'pvrow_height': 2.5,
'pvrow_width': 2.,
'gcr': 0.4,
'cut': {
0: {
'front': 5
},
1: {
'back': 3
}
}
}
# Timeseries parameters for testing
solar_zenith = np.array([20., 45.])
solar_azimuth = np.array([70., 200.])
surface_tilt = np.array([10., 70.])
surface_azimuth = np.array([90., 270.])
# Plot simple ordered pv array
ordered_pvarray = OrderedPVArray(**params)
ordered_pvarray.fit(solar_zenith, solar_azimuth, surface_tilt,
surface_azimuth)
expected_gnd_shadow_coords = [[([-1.89924929, 0.19163641], [0., 0.]),
([0.18914857, 1.51846431], [0., 0.])],
[([3.10075071, 5.19163641], [0., 0.]),
([5.18914857, 6.51846431], [0., 0.])]]
gnd_shadow_coords = [
shadow.coords.as_array
for shadow in ordered_pvarray.ts_ground.shadow_elements
]
np.testing.assert_almost_equal(expected_gnd_shadow_coords,
gnd_shadow_coords)
def test_coords_cut_points():
"""Test timeseries coords of cut points"""
# Create base params
params = {
'axis_azimuth': 0,
'n_pvrows': 2,
'pvrow_height': 2.5,
'pvrow_width': 2.,
'gcr': 0.4,
'cut': {
0: {
'front': 5
},
1: {
'back': 3
}
}
}
# Timeseries parameters for testing
solar_zenith = np.array([20., 45.])
solar_azimuth = np.array([70., 200.])
surface_tilt = np.array([10., 70.])
surface_azimuth = np.array([90., 270.])
# Plot simple ordered pv array
ordered_pvarray = OrderedPVArray(**params)
ordered_pvarray.fit(solar_zenith, solar_azimuth, surface_tilt,
surface_azimuth)
expected_cut_point_coords = [[[14.17820455, -0.90992559], [0., 0.]],
[[19.17820455, 4.09007441], [0., 0.]]]
cut_pt_coords = [
cut_point.as_array
for cut_point in ordered_pvarray.ts_ground.cut_point_coords
]
np.testing.assert_almost_equal(expected_cut_point_coords, cut_pt_coords)
