def test_main(self):
if self.data_unavailable:
self.skipTest("Failed to download test data.")
argstr = [
'--fiberflat', self.testflat,
'--arcfile', self.testarc,
'--outfile', self.testout,
'--qafile', self.qafile,
]
args = bootscript.parse(options=argstr)
bootscript.main(args)
#- Ensure the PSF class can read that file
from desispec.psf import PSF
psf = PSF(self.testout)
#- While we're at it, test some PSF accessor functions
w = psf.wavelength()
w = psf.wavelength(ispec=0)
w = psf.wavelength(ispec=[0,1])
w = psf.wavelength(ispec=[0,1], y=0)
w = psf.wavelength(ispec=[0,1], y=[0,1])
x = psf.x()
x = psf.x(ispec=0)
x = psf.x(ispec=[0,1])
x = psf.x(ispec=None, wavelength=psf.wmin)
x = psf.x(ispec=1, wavelength=psf.wmin)
x = psf.x(ispec=[0,1], wavelength=psf.wmin)
x = psf.x(ispec=[0,1], wavelength=[psf.wmin, psf.wmin+1])
y = psf.y(ispec=None, wavelength=psf.wmin)
y = psf.y(ispec=0, wavelength=psf.wmin)
y = psf.y(ispec=[0,1], wavelength=psf.wmin)
y = psf.y(ispec=[0,1], wavelength=[psf.wmin, psf.wmin+1])
t = psf.invert()
def test_main(self):
if self.data_unavailable:
self.skipTest("Failed to download test data.")
argstr = [
'--fiberflat',
self.testflat,
'--arcfile',
self.testarc,
'--outfile',
self.testout,
'--qafile',
self.qafile,
]
args = bootscript.parse(options=argstr)
bootscript.main(args)
#- Ensure the PSF class can read that file
from desispec.psf import PSF
psf = PSF(self.testout)
#- While we're at it, test some PSF accessor functions
w = psf.wavelength()
w = psf.wavelength(ispec=0)
w = psf.wavelength(ispec=[0, 1])
w = psf.wavelength(ispec=[0, 1], y=0)
w = psf.wavelength(ispec=[0, 1], y=[0, 1])
x = psf.x()
x = psf.x(ispec=0)
x = psf.x(ispec=[0, 1])
x = psf.x(ispec=None, wavelength=psf.wmin)
x = psf.x(ispec=1, wavelength=psf.wmin)
x = psf.x(ispec=[0, 1], wavelength=psf.wmin)
x = psf.x(ispec=[0, 1], wavelength=[psf.wmin, psf.wmin + 1])
y = psf.y(ispec=None, wavelength=psf.wmin)
y = psf.y(ispec=0, wavelength=psf.wmin)
y = psf.y(ispec=[0, 1], wavelength=psf.wmin)
y = psf.y(ispec=[0, 1], wavelength=[psf.wmin, psf.wmin + 1])
t = psf.invert()