def find_optimal_box(box, display=False):
actual_area = ACQUISITION_BOX_SIZE * ACQUISITION_BOX_SIZE # arcseconds^2
scidata = box.get_data()
best_box = find_optimal(scidata,
measure_box,
get_box_error_func(actual_area, box.unbinned_pixel_scale()))
if display:
plotting.put_plot(plot_box_measurement, (box, best_box))
return MosaicTile(box, best_box)
def find_optimal_slit(acqimage, slitxpos, slitypos, display):
actual_width = acqimage.get_mask_width()
scidata = acqimage.get_science_data()
best_slit = find_optimal(scidata,
measure_slit,
get_error_func(actual_width, acqimage.unbinned_pixel_scale()),
slitxpos,
slitypos)
if display:
plotting.put_plot(plot_slit_measurement, (acqimage, best_slit))
return best_slit
