def _binary_data_bytecount(niml):
'''helper function that returns how many bytes a NIML binary data
element should have'''
niform = niml['ni_form']
if not 'binary' in niform:
raise ValueError('Illegal niform %s' % niform)
tps = niml['vec_typ']
onetype = types.findonetype(tps)
if onetype is None:
debug('NIML', 'Not unique type: %r', tps)
return None
# numeric, either int or float
ncols = niml['vec_num']
nrows = niml['vec_len']
tp = types.code2numpy_type(onetype)
bytes_per_elem = types.numpy_type2bytecount(tp)
if bytes_per_elem is None:
raise ValueError("Type not supported: %r" % onetype)
nb = ncols * nrows * bytes_per_elem
debug('NIML', 'Number of bytes for %s: %d x %d with %d bytes / element',
(niform, ncols, nrows, bytes_per_elem))
return nb
def _binary_data_bytecount(niml):
'''helper function that returns how many bytes a NIML binary data
element should have'''
niform = niml['ni_form']
if not 'binary' in niform:
raise ValueError('Illegal niform %s' % niform)
tps = niml['vec_typ']
onetype = types.findonetype(tps)
if onetype is None:
debug('NIML', 'Not unique type: %r', tps)
return None
# numeric, either int or float
ncols = niml['vec_num']
nrows = niml['vec_len']
tp = types.code2numpy_type(onetype)
bytes_per_elem = types.numpy_type2bytecount(tp)
if bytes_per_elem is None:
raise ValueError("Type not supported: %r" % onetype)
nb = ncols * nrows * bytes_per_elem
debug('NIML', 'Number of bytes for %s: %d x %d with %d bytes / element',
(niform, ncols, nrows, bytes_per_elem))
return nb
