def read_elements(fd, endian, mtps, is_name=False):
    """Read elements from the file.

    If list of possible matrix data types mtps is provided, the data type
    of the elements are verified.
    """
    mtpn, num_bytes, data = read_element_tag(fd, endian)
    if mtps and mtpn not in [etypes[mtp]['n'] for mtp in mtps]:
        raise ParseError('Got type {}, expected {}'.format(
            mtpn, ' / '.join('{} ({})'.format(
                etypes[mtp]['n'], mtp) for mtp in mtps)))
    if not data:
        # full format, read data
        data = fd.read(num_bytes)
        # Seek to next 64-bit boundary
        mod8 = num_bytes % 8
        if mod8:
            fd.seek(8 - mod8, 1)

    # parse data and return values
    if is_name:
        # names are stored as miINT8 bytes
        fmt = 's'
        val = [unpack(endian, fmt, s)
               for s in data.split(b'\0') if s]
        if len(val) == 0:
            val = ''
        elif len(val) == 1:
            val = asstr(val[0])
        else:
            val = [asstr(s) for s in val]
    else:
        fmt = etypes[inv_etypes[mtpn]]['fmt']
        val = unpack(endian, fmt, data)
    return val
def read_elements(fd, endian, mtps, is_name=False):
    """Read elements from the file.

    If list of possible matrix data types mtps is provided, the data type
    of the elements are verified.
    """
    mtpn, num_bytes, data = read_element_tag(fd, endian)
    if mtps and mtpn not in [etypes[mtp]['n'] for mtp in mtps]:
        raise ParseError('Got type {}, expected {}'.format(
            mtpn, ' / '.join('{} ({})'.format(
                etypes[mtp]['n'], mtp) for mtp in mtps)))
    if not data:
        # full format, read data
        data = fd.read(num_bytes)
        # Seek to next 64-bit boundary
        mod8 = num_bytes % 8
        if mod8:
            fd.seek(8 - mod8, 1)

    # parse data and return values
    if is_name:
        # names are stored as miINT8 bytes
        fmt = 's'
        val = [unpack(endian, fmt, s)
               for s in data.split(b'\0') if s]
        if len(val) == 0:
            val = ''
        elif len(val) == 1:
            val = asstr(val[0])
        else:
            val = [asstr(s) for s in val]
    else:
        fmt = etypes[inv_etypes[mtpn]]['fmt']
        val = unpack(endian, fmt, data)
    return val
def read_elements ( fd , endian , mtps , is_name = False ) : mtpn , num_bytes , data = read_element_tag ( fd , endian ) if mtps and mtpn not in [ etypes [ mtp ] [ 'n' ] for mtp in mtps ] : raise ParseError ( 'Got type {}, expected {}' . format ( mtpn , ' / ' . join ( '{} ({})' . format ( etypes [ mtp ] [ 'n' ] , mtp ) for mtp in mtps ) ) ) if not data : # full format, read data data = fd . read ( num_bytes ) # Seek to next 64-bit boundary mod8 = num_bytes % 8 if mod8 : fd . seek ( 8 - mod8 , 1 ) # parse data and return values if is_name : # names are stored as miINT8 bytes fmt = 's' val = [ unpack ( endian , fmt , s ) for s in data . split ( b'\0' ) if s ] if len ( val ) == 0 : val = '' elif len ( val ) == 1 : val = asstr ( val [ 0 ] ) else : val = [ asstr ( s ) for s in val ] else : fmt = etypes [ inv_etypes [ mtpn ] ] [ 'fmt' ] val = unpack ( endian , fmt , data ) return val
Read elements from the file.

    If list of possible matrix data types mtps is provided, the data type
    of the elements are verified.
Read elements from the file .