def test_update_observation(self):
exposure_time = 90
sky_brightness = 20.
num_exposures = 2
seeing = 0.9
kwargs_observations = {
'exposure_time': exposure_time,
'sky_brightness': sky_brightness,
'num_exposures': num_exposures,
'seeing': seeing,
'psf_type': 'GAUSSIAN'
}
observation = Observation(**kwargs_observations)
exposure_time = 1
sky_brightness = 1.
num_exposures = 1
seeing = 1
kwargs_observations = {
'exposure_time': exposure_time,
'sky_brightness': sky_brightness,
'num_exposures': num_exposures,
'seeing': seeing,
'psf_type': 'GAUSSIAN',
'kernel_point_source': 1
}
observation.update_observation(**kwargs_observations)
assert observation.exposure_time == 1
psf = observation.psf_class
assert psf.fwhm == 1
def test_observations(self):
exposure_time = 90
sky_brightness = 20.
num_exposures = 2,
seeing = 0.9
kwargs_observations = {'exposure_time': exposure_time, 'sky_brightness': sky_brightness,
'num_exposures': num_exposures,
'seeing': seeing, 'psf_type': 'GAUSSIAN'}
observation = Observation(**kwargs_observations)
assert observation.exposure_time == exposure_time * num_exposures
kwargs_observations = {'exposure_time': exposure_time, 'sky_brightness': sky_brightness,
'num_exposures': num_exposures,
'seeing': seeing, 'psf_type': 'NONE'}
observation = Observation(**kwargs_observations)
assert observation.exposure_time == exposure_time * num_exposures
def test_psf_class(self):
kwargs_observations = {
'exposure_time': 1,
'sky_brightness': 1,
'num_exposures': 1,
'psf_type': 'NONE'
}
observation = Observation(**kwargs_observations)
psf_class = observation.psf_class
assert psf_class.psf_type == 'NONE'
def test_observations(self):
exposure_time = 90
sky_brightness = 20.
magnitude_zero_point = 21.
num_exposures = 2,
seeing = 0.9
kwargs_observations = {
'exposure_time': exposure_time,
'sky_brightness': sky_brightness,
'magnitude_zero_point': magnitude_zero_point,
'num_exposures': num_exposures,
'seeing': seeing,
'psf_type': 'GAUSSIAN'
}
observation = Observation(**kwargs_observations)
assert observation.exposure_time == exposure_time * num_exposures