def test_SeeingPSF_plot(self):
psf = psfs.SeeingPSF(fwhm=0.8)
fov = fovobj._centre_micado_fov()
if PLOTS:
psf.plot(fov)
plt.show()
assert True
def test_VibrationPsf_plot(self):
psf = psfs.Vibration(fwhm=0.03, pixel_scale=0.005)
fov = fovobj._centre_micado_fov()
if PLOTS:
psf.plot(fov)
plt.show()
assert True
def test_FieldConstantPSF_plot(self):
psf = psfs.FieldConstantPSF(filename="test_ConstPSF.fits")
fov = fovobj._centre_micado_fov()
if PLOTS:
psf.plot(fov)
plt.show()
assert True
def test_NonCommonPathAberrationPsf_plot(self):
psf = psfs.NonCommonPathAberration(pixel_scale=0.05)
fov = fovobj._centre_micado_fov()
if PLOTS:
psf.plot(fov)
plt.show()
assert True
def test_AnisocadoPsf_plot(self):
psf = psfs.AnisocadoConstPSF(filename="test_AnisoCADO_rms_map.fits",
strehl=0.5,
wavelength=2.15)
fov = fovobj._centre_micado_fov()
if PLOTS:
psf.plot(fov)
plt.show()
assert True
def test_GaussianDiffractionPSF_plot(self):
psf = psfs.GaussianDiffractionPSF(diameter=32)
fov = fovobj._centre_micado_fov()
if PLOTS:
psf.plot(fov)
plt.show()