def setMask(self, mask):
super(ShackHartmannLegacy, self).setMask(mask)
# Find the mask to apply to the scaled EField
self.scaledMask = numpy.round(
interp.zoom(self.mask, self.scaledEFieldSize))
p = self.sim_pad
self.subapFillFactor = wfs.computeFillFactor(
self.mask[p:-p, p:-p], self.subapCoords,
round(float(self.pupil_size) / self.wfsConfig.nxSubaps))
def setMask(self, mask):
super(ShackHartmannLegacy, self).setMask(mask)
# Find the mask to apply to the scaled EField
self.scaledMask = numpy.round(interp.zoom(
self.mask, self.scaledEFieldSize))
p = self.sim_pad
self.subapFillFactor = wfs.computeFillFactor(
self.mask[p:-p, p:-p],
self.subapCoords,
round(float(self.pupil_size)/self.wfsConfig.nxSubaps)
)
def test_computeFillFactor():
mask = circle(49, 100)
sub_aperture_positions = numpy.array(([[10, 10], [10, 0]]))
sub_aperture_spacing = 10
fill_factor = wfs.computeFillFactor(mask, sub_aperture_positions, sub_aperture_spacing)
assert len(fill_factor) == 2
