def textUpload(self, **kwargs):
reader = []
out = """<html><head><title>Detector Results!</title></head><body><h1>RESULT</h1> %s</body></html>"""
try:
filesUploaded = 0
for f in kwargs['files']:
reader.append([f.filename, f.file.read()])
filesUploaded += 1
result = multifile.multifile(reader)
except IOError:
result = "</br>Error"
pass
return out % (result)
do_waterfall = True
do_foldspec = True
coherent_dedispersion = False
# with open(file1, 'rb') as fh1:
# with multifile('/mnt/aro/hdd2_node7/algonquin/sequence.2013-07-24T15:06:16.3.dat',
# ['/mnt/aro/hdd2_node7/algonquin/raw_voltage.2013-07-24T15:06:16.0.dat',
# '/mnt/aro/hdd1_node7/algonquin/raw_voltage.2013-07-24T15:06:16.1.dat',
# '/mnt/aro/hdd3_node7/algonquin/raw_voltage.2013-07-24T15:06:16.2.dat']) as fh1:
#with multifile('/mnt/aro/hdd2_node7/algonquin/sequence.2013-07-27T16:55:17.3.dat',
# ['/mnt/aro/hdd2_node7/algonquin/raw_voltage.2013-07-27T16:55:17.0.dat',
# '/mnt/aro/hdd1_node7/algonquin/raw_voltage.2013-07-27T16:55:17.1.dat',
# '/mnt/aro/hdd3_node7/algonquin/raw_voltage.2013-07-27T16:55:17.2.dat']) as fh1:
with multifile('/mnt/aro/hdd2_node2/algonquin/sequence.2013-07-26T18:31:14.3.dat',
['/mnt/aro/hdd2_node2/algonquin/raw_voltage.2013-07-26T18:31:14.0.dat',
'/mnt/aro/hdd1_node2/algonquin/raw_voltage.2013-07-26T18:31:14.1.dat',
'/mnt/aro/hdd3_node2/algonquin/raw_voltage.2013-07-26T18:31:14.2.dat']) as fh1:
foldspec2, waterfall = fold(fh1, '4bit', samplerate,
fedge, fedge_at_top, nchan,
nt, ntint, nhead,
ngate, ntbin, ntw, dm, fref, phasepol,
coherent=coherent_dedispersion,
do_waterfall=do_waterfall,
do_foldspec=do_foldspec,
verbose=verbose, progress_interval=1)
if do_waterfall:
np.save("aro{}waterfall.npy".format(psr), waterfall)
if do_foldspec:
phasepol.window += (nhead * 2 / samplerate).to(u.second).value
fedge = 200.0 * u.MHz
fedge_at_top = True
fref = 150.0 * u.MHz # ref. freq. for dispersion measure
time0 = Time(date_dict[psr], scale="utc") + TimeDelta(4 * 3600, format="sec")
verbose = "very"
do_waterfall = True
do_foldspec = True
dedisperse = "by-channel"
# with open(file1, 'rb') as fh1:
with multifile(seq_file, raw_files) as fh1:
foldspec2, waterfall = fold(
fh1,
"4bit",
samplerate,
fedge,
fedge_at_top,
nchan,
nt,
ntint,
nhead,
ngate,
ntbin,
ntw,
dm,
fedge = 200. * u.MHz
fedge_at_top = True
fref = 150. * u.MHz # ref. freq. for dispersion measure
time0 = Time(date_dict[psr], scale='utc') + TimeDelta(4 * 3600,
format='sec')
verbose = 'very'
do_waterfall = True
do_foldspec = True
dedisperse = 'by-channel'
#with open(file1, 'rb') as fh1:
with multifile(seq_file, raw_files) as fh1:
foldspec2, waterfall = fold(fh1,
'4bit',
samplerate,
fedge,
fedge_at_top,
nchan,
nt,
ntint,
nhead,
ngate,
ntbin,
ntw,
dm,
fref,
ntw = min(1000, nt * ntint) # number of samples to combine for waterfall
samplerate = 100 * u.MHz
fedge = 350. * u.MHz
fedge_at_top = True
fref = 325. * u.MHz # ref. freq. for dispersion measure
verbose = True
do_waterfall = True
with multifile(
'/scratch/aro/hdd2_node7/algonquin/sequence.0329_VLBI_june30.dat',
[
'/scratch/aro/hdd2_node7/algonquin/raw_voltage.0329_VLBI_june30.1.dat',
'/scratch/aro/hdd1_node7/algonquin/raw_voltage.0329_VLBI_june30.2.dat',
'/scratch/aro/hdd3_node7/algonquin/raw_voltage.0329_VLBI_june30.3.dat'
]) as fh1:
foldspec2, waterfall = fold(fh1,
np.int8,
samplerate,
fedge,
fedge_at_top,
nblock,
nt,
ntint,
nhead,
ngate,
ntbin,
ntw,
ntw = min(1000, nt * ntint) # number of samples to combine for waterfall
samplerate = 100 * u.MHz
fedge = 350.0 * u.MHz
fedge_at_top = True
fref = 325.0 * u.MHz # ref. freq. for dispersion measure
verbose = True
do_waterfall = True
with multifile(
"/scratch/aro/hdd2_node7/algonquin/sequence.0329_VLBI_june30.dat",
[
"/scratch/aro/hdd2_node7/algonquin/raw_voltage.0329_VLBI_june30.1.dat",
"/scratch/aro/hdd1_node7/algonquin/raw_voltage.0329_VLBI_june30.2.dat",
"/scratch/aro/hdd3_node7/algonquin/raw_voltage.0329_VLBI_june30.3.dat",
],
) as fh1:
foldspec2, waterfall = fold(
fh1,
np.int8,
samplerate,
fedge,
fedge_at_top,
nblock,
nt,
ntint,
nhead,
ngate,
ntbin,
