def write_block(f, block, parttype, data):
part_name="PartType"+str(parttype)
if (hdf5lib.Contains(f, "", part_name)==False):
group=hdf5lib.CreateGroup(f, part_name)
else:
group=hdf5lib.GetGroup(f, part_name)
if (datablocks.has_key(block)):
block_name=datablocks[block][0]
dim2=datablocks[block][1]
if (hdf5lib.ContainsGroup(group, block_name)==False):
hdf5lib.CreateArray(f, group, block_name, data)
else:
print("I/O block already written")
sys.stdout.flush()
else:
print("Unknown I/O block")
sys.stdout.flush()
def writeheader(f, header): group_header=hdf5lib.CreateGroup(f, "Header") hdf5lib.SetAttr(group_header, "NumPart_ThisFile", header.npart) hdf5lib.SetAttr(group_header, "NumPart_Total", header.nall) hdf5lib.SetAttr(group_header, "NumPart_Total_HighWord", header.nall_highword) hdf5lib.SetAttr(group_header, "MassTable", header.massarr) hdf5lib.SetAttr(group_header, "Time", header.time) hdf5lib.SetAttr(group_header, "Redshift", header.redshift) hdf5lib.SetAttr(group_header, "BoxSize", header.boxsize) hdf5lib.SetAttr(group_header, "NumFilesPerSnapshot", header.filenum) hdf5lib.SetAttr(group_header, "Omega0", header.omega0) hdf5lib.SetAttr(group_header, "OmegaLambda", header.omegaL) hdf5lib.SetAttr(group_header, "HubbleParam", header.hubble) hdf5lib.SetAttr(group_header, "Flag_Sfr", header.sfr) hdf5lib.SetAttr(group_header, "Flag_Cooling", header.cooling) hdf5lib.SetAttr(group_header, "Flag_StellarAge", header.stellar_age) hdf5lib.SetAttr(group_header, "Flag_Metals", header.metals) hdf5lib.SetAttr(group_header, "Flag_Feedback", header.feedback) hdf5lib.SetAttr(group_header, "Flag_DoublePrecision", header.double)
def write_block(f, block, parttype, data, data_name=None ):
print("writing block!")
part_name="PartType"+str(parttype)
if (hdf5lib.Contains(f, "", part_name)==False):
group=hdf5lib.CreateGroup(f, part_name)
else:
group=hdf5lib.GetGroup(f, part_name)
if data_name!=None:
for block in datablocks:
# print block
# print datablocks[block]
if datablocks[block][0] == data_name:
break
#dim2=datablocks[block][1]
#if (hdf5lib.ContainsGroup(group, block_name)==False):
# hdf5lib.CreateArray(f, group, block_name, data)
#else:
# print "I/O block already written"
# sys.stdout.flush()
# sys.exit()
# print block
if (datablocks.has_key(block)):
block_name=datablocks[block][0]
dim2=datablocks[block][1]
if (hdf5lib.ContainsGroup(group, block_name)==False):
hdf5lib.CreateArray(f, group, block_name, data)
else:
print("I/O block already written")
sys.stdout.flush()
else:
print("Unknown I/O block")
sys.stdout.flush()
