def mass_stat(args):
files = os.listdir(args.im_folder)
with open(args.data_file_name, 'a') as data_file:
for filename in files:
if filename.startswith(args.stem) and (filename.endswith(".fit") or filename.endswith(".fits")):
im_path = args.im_folder + filename
image = fits.open(im_path)
date = image[0].header['DATE-OBS']
dt = sidereal.parseDatetime(date)
st = SidTime(sidereal.SiderealTime.fromDatetime(dt).lst(-2.05393104))
data_file.write(date + ' ' + str(st) + imutil.imstat(im_path, Stdout=1)[1] + '\n')
def main(args):
if args.mode == 'sex':
sex(args)
return
if args.mode == 'mass':
mass_solve(args)
return
if args.mode == 'stat':
mass_stat(args)
return
key = 'vsrjqdfgoomarrpf'
ra = -117.68158
dec = 34.38183
#solve_arg = 'python {client} --apikey {key} --parity 0 --downsample 1 --ra {{ra}} --dec {dec} --upload {{file}} --wcs {{new_file}}'.format(client=client_path, key=key, dec=dec)
solve_arg = 'python {client} --apikey {key} --downsample 1 --upload {{file}} --wcs {{new_file}}'.format(client=client_path, key=key, dec=dec)
if not os.path.isdir(args.im_folder + 'wcs/'):
os.mkdir(args.im_folder + 'wcs/')
processes = []
files = os.listdir(args.im_folder)
while files:
filename = files.pop()
print(filename)
if filename.endswith(".fit") or filename.endswith(".fits"):
path = args.im_folder + filename
wcs_folder = args.im_folder + 'wcs/'
image = fits.open(path)
date = image[0].header['DATE-OBS']
dt = sidereal.parseDatetime(date)
st = SidTime(sidereal.SiderealTime.fromDatetime(dt).lst(-2.05393104))
wcs_path = wcs_folder+st.rounded_str()+'.fit'
if not os.path.isfile(wcs_path):
#full_arg = solve_arg.format(ra=sidereal, file=path, new_file='wcs-'+filename)
full_arg = solve_arg.format(file=path, new_file=wcs_path)
print(full_arg)
print(processes)
while len(processes) >= args.threads:
processes = [p for p in processes if p.poll() == None]
time.sleep(1)
if not args.sterile:
p = subprocess.Popen([full_arg], shell=True)
processes.append(p)
for p in processes:
p.wait()
def mass_solve(args):
if not os.path.isdir(args.im_folder + '/solved'):
os.mkdir(args.im_folder + '/solved')
files = os.listdir(args.im_folder)
for filename in files:
if filename.startswith(args.stem) and (filename.endswith(".fit") or filename.endswith(".fits")):
im_path = args.im_folder + filename
image = fits.open(im_path)
date = image[0].header['DATE-OBS']
dt = sidereal.parseDatetime(date)
st = SidTime(sidereal.SiderealTime.fromDatetime(dt).lst(-2.05393104))
if args.lower_sid_bound <= st.rounded_mins() <= args.upper_sid_bound:
ref_path = args.ref_folder + st.rounded_str() + '.fit'
if os.path.isfile(ref_path):
immatch.wcscopy(im_path, ref_path)
shutil.copy2(im_path, args.im_folder + '/solved/' + filename)
def argCheck():
"""Check and convert the command line argument(s).
"""
#-- 1 --
# [ argList := the command line arguments ]
argList = sys.argv[1:]
#-- 2 --
# [ if (len(argList)==1) and argList[0] is a valid
# date-time string ->
# dt := that date-time as a datetime.datetime instance
# else if (len(argList)==2) and (argList[0] is a valid
# date) and (argList[1] is a valid time) ->
# dt := a datetime.datetime representing that date
# and time
# else ->
# sys.stderr +:= error message
# stop execution ]
if len(argList) == 1:
try:
dt = sidereal.parseDatetime ( argList[0] )
except SyntaxError, detail:
usage ( "Invalid date-time: %s" % detail )
def argCheck():
"""Check and convert the command line argument(s).
"""
#-- 1 --
# [ argList := the command line arguments ]
argList = sys.argv[1:]
#-- 2 --
# [ if (len(argList)==1) and argList[0] is a valid
# date-time string ->
# dt := that date-time as a datetime.datetime instance
# else if (len(argList)==2) and (argList[0] is a valid
# date) and (argList[1] is a valid time) ->
# dt := a datetime.datetime representing that date
# and time
# else ->
# sys.stderr +:= error message
# stop execution ]
if len(argList) == 1:
try:
dt = sidereal.parseDatetime(argList[0])
except SyntaxError, detail:
usage("Invalid date-time: %s" % detail)
# else ->
# sys.stderr +:= error message
# stop execution ]
try:
lon = sidereal.parseLon ( rawLon )
except SyntaxError, detail:
usage ( "Invalid longitude: %s" % detail )
#-- 5 --
# [ if rawDT is a valid date-time string ->
# dt := that date-time as a datetime.datetime instance
# else ->
# sys.stderr +:= error message
# stop execution ]
try:
dt = sidereal.parseDatetime ( rawDT )
except SyntaxError, detail:
usage ( "Invalid timestamp: %s" % detail )
#-- 6 --
latLon = sidereal.LatLon ( lat, lon )
return (altAz, latLon, dt)
# - - - u s a g e
def usage ( *L ):
"""Print a usage message and stop.
[ L is a list of strings ->
sys.stderr +:= (usage message) + (elements of L,
concatenated)
stop execution ]
# else ->
# sys.stderr +:= error message
# stop execution ]
try:
lon = sidereal.parseLon(rawLon)
except SyntaxError, detail:
usage("Invalid longitude: %s" % detail)
#-- 5 --
# [ if rawDT is a valid date-time string ->
# dt := that date-time as a datetime.datetime instance
# else ->
# sys.stderr +:= error message
# stop execution ]
try:
dt = sidereal.parseDatetime(rawDT)
except SyntaxError, detail:
usage("Invalid timestamp: %s" % detail)
#-- 6 --
latLon = sidereal.LatLon(lat, lon)
return (altAz, latLon, dt)
# - - - u s a g e
def usage(*L):
"""Print a usage message and stop.
[ L is a list of strings ->
def checkArgs(ti):
"""Process all command line arguments.
[ if sys.argv[1:] is a valid set of command line arguments ->
return (raDec, latLon, dt) where raDec is a set of
celestial coordinates as a sidereal.RADec instance,
latLon is position as a sidereal.LatLon instance, and
dt is a datetime.datetime instance
else ->
sys.stderr +:= error message
stop execution ]
"""
#-- 1 --
# [ if sys.argv[1:] has exactly four elements ->
# rawRADec, rawLat, rawLon, rawDT := those elements
# else ->
# sys.stderr +:= error message
# stop execution ]
argList = sys.argv[1:]
if len(argList) != 5:
usage("Incorrect command line argument count.")
else:
rawRADec, rawLat, rawLon, rawDT, fileIONEXTEC = argList
rawDT = str(ti)
#-- 2 --
# [ if rawRADec is a valid set of equatorial coordinates ->
# raDec := those coordinates as a sidereal.RADec instance
# else ->
# sys.stderr +:= error message
# stop execution ]
raDec = checkRADec(rawRADec)
#-- 3 --
# [ if rawLat is a valid latitude ->
# lat := that latitude in radians
# else ->
# sys.stderr +:= error message
# stop execution ]
try:
lat = sidereal.parseLat(rawLat)
except SyntaxError as detail:
usage("Invalid latitude: %s" % detail)
#-- 4 --
# [ if rawLon is a valid longitude ->
# lon := that longitude in radians
# else ->
# sys.stderr +:= error message
# stop execution ]
try:
lon = sidereal.parseLon(rawLon)
except SyntaxError as detail:
usage("Invalid longitude: %s" % detail)
#-- 5 --
# [ if rawDT is a valid date-time string ->
# dt := that date-time as a datetime.datetime instance
# else ->
# sys.stderr +:= error message
# stop execution ]
try:
dt = sidereal.parseDatetime(rawDT)
except SyntaxError as detail:
usage("Invalid timestamp: %s" % detail)
#-- 6 --
latLon = sidereal.LatLon(lat, lon)
return (raDec, latLon, dt)
no_gps_fix()
try:
gpsp.start() # start it up
while True:
previous_option=IO(previous_option)
#It may take a second or two to get good data
#print gpsd.fix.latitude,', ',gpsd.fix.longitude,' Time: ',gpsd.utc
if gpsd.fix.mode==MODE_3D:
fix_flag=True
GPIO.output(gps_stat, True) # switch on gps status led if it has a 3d fix
#==========================================================calculate sidereal time from gps time
gpsNow = gpsd.utc
gpsNow = gpsNow.replace('Z', 'UTC')
ctLong = gpsd.fix.longitude
ctLat = gpsd.fix.latitude
gpsNow = sid.parseDatetime(gpsNow)
GST = sid.SiderealTime.fromDatetime(gpsNow)
LST =GST.hours+(ctLong/15)
h, m, s = dech(LST)
#=========================================================get SAST
timeNow = dt.datetime.now()
HOURS = timeNow.hour
MINUTES = timeNow.minute
SECONDS = timeNow.second
gps_fix_status=str(gpsd.fix.mode) + "D Fix"
gps_data(gpsNow, gps_fix_status, ctLong, ctLat, "2014")
#LCD strings
#sidereal string
