def finalize(self):
mpi.barrier() # no effect without MPI
if mpi.rank0:
t=time.time()-self.start_time
h=int(t/3600)
m=int((t-h*3600)/60)
s=(t-h*3600-m*60)
print '\nWe are done, and execution time = {0}h/{1}min/{2}sec'.format(h,m,s)
#=========================
# Apply inverse PFB
rects = pfb.inverse_pfb_parallel(pfb_local,
args.ntap,
nblock,
no_nyquist=args.no_nyquist)
# Calculate the range of local timestream blocks
local_tsblock, start_tsblock, end_tsblock = mpiutil.split_local(nblock)
#=========================
#
# This is where we must output the data. Again this is a very stupid way of doing it.
#
#=========================
for ri in range(mpiutil.size):
if mpiutil.rank == ri:
with h5py.File(args.file_out, 'a') as f:
if 'ts' not in f:
f.create_dataset('ts',
shape=(nblock, rects.shape[-1]),
dtype=rects.dtype)
f['ts'][start_tsblock:end_tsblock] = rects
mpiutil.barrier()
#=========================
pfb_local = pfb_data[start_block:end_block] # Pull out the correct section of the file.
# =========================
# Apply inverse PFB
rects = pfb.inverse_pfb_parallel(pfb_local, args.ntap, nblock, no_nyquist=args.no_nyquist)
# Calculate the range of local timestream blocks
local_tsblock, start_tsblock, end_tsblock = mpiutil.split_local(nblock)
# =========================
#
# This is where we must output the data. Again this is a very stupid way of doing it.
#
# =========================
for ri in range(mpiutil.size):
if mpiutil.rank == ri:
with h5py.File(args.file_out, "a") as f:
if "ts" not in f:
f.create_dataset("ts", shape=(nblock, rects.shape[-1]), dtype=rects.dtype)
f["ts"][start_tsblock:end_tsblock] = rects
mpiutil.barrier()
# =========================
