def process(dirname, basename, recalc=False, plot=False):
inst = basename.split('-')[0]
st = basename.split('-')[1]
pc = published_constants.PHYSICAL_CONSTANT_RANGES[inst]
# find average tension, length
T = ( pc[st]['T'][0] + pc[st]['T'][1] ) / 2
L = ( pc['L'][0] + pc['L'][1] ) / 2
#print T, L
decayss, f0, B = get_data(dirname, basename)
nf, nb, na, stats = mode_decays.handle_decays(decayss,
basename, f0, B, T, L, None,
plot=plot, recalc=recalc)
return nf, nb, na, stats, None
def process(dirname, basename, recalc=False, plot=False):
inst = basename.split('-')[0]
st = basename.split('-')[1]
pc = published_constants.PHYSICAL_CONSTANT_RANGES[inst]
# find average tension, length
T = (pc[st]['T'][0] + pc[st]['T'][1]) / 2
L = (pc['L'][0] + pc['L'][1]) / 2
#print T, L
decayss, f0, B = get_data(dirname, basename)
nf, nb, na, stats = mode_decays.handle_decays(decayss,
basename,
f0,
B,
T,
L,
None,
plot=plot,
recalc=recalc)
return nf, nb, na, stats, None
def process(dirname, basename, recalc=False, plot=False):
inst = basename.split('-')[0]
st = basename.split('-')[1]
pc = published_constants.PHYSICAL_CONSTANT_RANGES[inst]
# find average tension, length
T = (pc[st.upper()]['T'][0] + pc[st.upper()]['T'][1]) / 2
L = (pc['L'][0] + pc['L'][1]) / 2
#print T, L
harms = harmonics_data.HarmonicsData(dirname, basename)
decays, f0, B, harm_stats = harms.get_data()
nf, nb, stats = mode_decays.handle_decays(decays,
basename,
f0,
B,
T,
L,
harm_stats,
plot=plot,
recalc=recalc)
return nf, nb, stats, harm_stats