pylas/point/dims.py
def np_dtype_to_point_format(dtype, unpacked=False):
    """ Tries to find a matching point format id for the input numpy dtype
    To match, the input dtype has to be 100% equal to a point format dtype
    so all names & dimensions types must match

    Parameters:
    ----------
    dtype : numpy.dtype
        The input dtype
    unpacked : bool, optional
        [description] (the default is False, which [default_description])

    Raises
    ------
    errors.IncompatibleDataFormat
        If No compatible point format was found

    Returns
    -------
    int
        The compatible point format found
    """

    all_dtypes = (
        ALL_POINT_FORMATS_DTYPE if not unpacked else UNPACKED_POINT_FORMATS_DTYPES
    )
    for format_id, fmt_dtype in all_dtypes.items():
        if fmt_dtype == dtype:
            return format_id
    else:
        raise errors.IncompatibleDataFormat(
            "Data type of array is not compatible with any point format (array dtype: {})".format(
                dtype
            )
        )
def np_dtype_to_point_format(dtype, unpacked=False):
    all_dtypes = (
        ALL_POINT_FORMATS_DTYPE if not unpacked else UNPACKED_POINT_FORMATS_DTYPES
    )
    for format_id, fmt_dtype in all_dtypes.items():
        if fmt_dtype == dtype:
            return format_id
    else:
        raise errors.IncompatibleDataFormat(
            "Data type of array is not compatible with any point format (array dtype: {})".format(
                dtype
            )
        )
def np_dtype_to_point_format ( dtype , unpacked = False ) : all_dtypes = ( ALL_POINT_FORMATS_DTYPE if not unpacked else UNPACKED_POINT_FORMATS_DTYPES ) for format_id , fmt_dtype in all_dtypes . items ( ) : if fmt_dtype == dtype : return format_id else : raise errors . IncompatibleDataFormat ( "Data type of array is not compatible with any point format (array dtype: {})" . format ( dtype ) )
Tries to find a matching point format id for the input numpy dtype
    To match, the input dtype has to be 100% equal to a point format dtype
    so all names & dimensions types must match

    Parameters:
    ----------
    dtype : numpy.dtype
        The input dtype
    unpacked : bool, optional
        [description] (the default is False, which [default_description])

    Raises
    ------
    errors.IncompatibleDataFormat
        If No compatible point format was found

    Returns
    -------
    int
        The compatible point format found
Tries to find a matching point format id for the input numpy dtype To match the input dtype has to be 100% equal to a point format dtype so all names & dimensions types must match