def PIPELINE():
get_check = input("-> Get data or analyze existing data? (get/analyze): ")
if get_check == 'get':
get.GET()
elif get_check == 'analyze':
location = input("-> Enter path to data directory: ")
sat = check_saturation.check_saturate(location)
if sat == 0:
ref_image(location)
align_astroalign.align2(location)
else:
check = input(
"-> Saturated images found, continue image alignment? (y/n): ")
if check == 'y':
move = input(
"-> Move saturated images to SDI archives before continuing? (y/n): "
)
if move == 'y':
check_saturation.move_arch(sat)
ref_image(location)
align_astroalign.align2(location)
else:
ref_image(location)
align_astroalign.align2(location)
method = input(
"-> Choose combination method-- numpy (default) or swarp: ")
if method == "swarp":
combine_swarp.swarp(location)
elif method == "numpy" or method == "":
combine_numpy.combine_median(location)
else:
print("-> Error: unknown method entered")
path = location[:-5]
sub_method = input(
"\n-> Choose subtraction method-- ais (default) or hotpants: ")
if sub_method == '' or sub_method == 'ais':
subtract_ais.isis_sub(path)
elif sub_method == 'hotpants':
subtract_hotpants.hotpants(path)
else:
print("\n-> Error: Unknown method")
ask = input("-> Run sextractor on residual images? (y/n): ")
if ask == 'y':
extract.SEXTRACTOR(path)
elif ask != 'y' and ask != 'n':
print("-> Error: unknown input")
subtract_ais.isis_sub(path)
elif sub_method == 'hotpants':
subtract_hotpants.hotpants(path)
else:
print("\n-> Error: Unknown method")
ask = input("-> Run sextractor on residual images? (y/n): ")
if ask == 'y':
extract.SEXTRACTOR(path)
elif ask != 'y' and ask != 'n':
print("-> Error: unknown input")
if __name__ == '__main__':
get_check = input("-> Get data or analyze existing data? (get/analyze): ")
if get_check == 'get':
get.GET()
elif get_check == 'analyze':
location = input("-> Enter path to data directory: ")
sat = check_saturation.check_saturate(location)
if sat == 0:
ref_image(location)
align_astroalign.align2(location)
else:
check = input(
"-> Saturated images found, continue image alignment? (y/n): ")
if check == 'y':
move = input(
"-> Move saturated images to SDI archives before continuing? (y/n): "
)
if move == 'y':
check_saturation.move_arch(sat)
def RUN():
'''
Master run function. Allows user to call any of the main **OASIS** methods. See documentation for details.
'''
print('\n\t ------------------------------------------------------')
print('\t OASIS v.1.0 ')
print('\n\t Difference Imaging Software for Optical SETI Purposes ')
print('\t Developed for the SDI Program @ UCSB ')
print('\t http://www.deepspace.ucsb.edu ')
print('\n\t Contact [email protected] for bug reports ')
print('\t ------------------------------------------------------')
print("\n-> Methods:")
print("\n\tinitialize get mask align")
print("\tpsf combine subtract mr")
print("\textract pipeline simulate test")
method = str(input('\n-> Enter method: '))
if method == 'get':
import get
get.GET()
elif method == 'mask':
path = input("-> Enter path to exposure time directory: ")
import mask
mask.MASK(path)
elif method == 'align':
path = input("-> Enter path to exposure time directory: ")
import align
align.ALIGN(path)
elif method == 'psf':
path = input("-> Enter path to exposure time directory: ")
import psf
psf.PSF(path)
elif method == 'combine':
path = input("-> Enter path to exposure time directory: ")
import combine
combine.COMBINE(path)
elif method == 'subtract':
path = input("-> Enter path to exposure time directory: ")
import subtract
subtract.SUBTRACT(path)
elif method == 'mr':
path = input("-> Enter path to exposure time directory: ")
import MR
MR.MR(path)
elif method == 'extract':
import extract
path = input("-> Enter path to exposure time directory: ")
extract_method = input("\n-> Extract method (both/indiv/MR): ")
extract.EXTRACT(path, method=extract_method)
elif method == 'pipeline':
import pipeline
path = input("-> Enter path to exposure time directory: ")
pipeline.PIPELINE(path)
elif method == 'initialize':
import initialize
initialize.INITIALIZE()
elif method == 'test':
import test
test.TEST()
elif method == 'simulate':
import simulation
simulation.SIM()
else:
print("-> Error: Method not recognized")