def track_source(source, site, p, aznow, elnow, azcount, elcount, tracktime=2 / 60.0):
site = set_site(p)
object = sources.set_object(source)
timeout = time.time() + 60 * tracktime
while 1:
[az, el] = source_azel(object, site)
[aznow, elnow, azcount, elcount, p.azatstow, p.elatstow] = cmd_azel(az, el, azcount, elcount, aznow, elnow)
time.sleep(2)
if time.time() > timeout:
break
return [aznow, elnow, azcount, elcount, p.azatstow, p.elatstow]
def track_source(source,
site,
p,
aznow,
elnow,
azcount,
elcount,
tracktime=2 / 60.):
site = set_site(p)
object = sources.set_object(source)
timeout = time.time() + 60 * tracktime
while (1):
[az, el] = source_azel(object, site)
[aznow, elnow, azcount, elcount, p.azatstow,
p.elatstow] = cmd_azel(az, el, azcount, elcount, aznow, elnow)
time.sleep(2)
if (time.time() > timeout):
break
return [aznow, elnow, azcount, elcount, p.azatstow, p.elatstow]
print 'Please specify a folder to store data.\n'
print 'Run with the -h flag to see all options.\n'
print 'Exiting.'
sys.exit()
else:
folder = args[0]
# Check if specified folder exists
if not os.path.exists(folder):
os.makedirs(folder)
ant = srt.SRT(opts.ant)
# Set source to observe
#source = srt1.sources.set_object(opts.source)
source = sources.set_object(opts.source)
# Initialize the Signal Hound
sh = SHManager.SHManager()
sh.set_bw(opts.bw)
# First scan in azimuth
sh.set_file_name('{0}/sun_AZ.txt'.format(folder))
offsets_l = [(i,0) for i in range(-12, -5)]
offsets_c = [(0.2*i,0) for i in range(-25, 25)]
offsets_r = [(i,0) for i in range(5, 12)]
offsets = offsets_l + offsets_c + offsets_r
source_scan(ant, source, offsets, det=sh, itime=opts.inttime)
# Then scan in elevation
sh.set_file_name('{0}/sun_EL.txt'.format(folder))