def prfar(self, lab="", option="", phi1="", phi2="", nph1="", theta1="",
          theta2="", ntheta="", val1="", val2="", val3="", **kwargs):
    """Prints pressure far fields and far field parameters.

    APDL Command: PRFAR

    Parameters
    ----------
    lab
        Parameters to print:

        PRES - Acoustic parameters

        PROT - Acoustic parameters with the y-axis rotated extrusion

    option
        Print option, based on the specified print parameter type:

    phi1, phi2
        Starting and ending φ angles (degrees) in the spherical coordinate
        system. Defaults to 0.

    nphi
        Number of divisions between the starting and ending φ angles for
        data computations. Defaults to 0.

    theta1, theta2
        Starting and ending θ angles (degrees) in the spherical coordinate
        system. Defaults to 0 in 3-D and 90 in 2-D.

    ntheta
        Number of divisions between the starting and ending θ angles for
        data computations. Defaults to 0.

    val1
        Radius of the sphere surface. Used only when Option = SUMC, PHSC,
        SPLC, SPAC, PSCT, or TSCT.

    val2
        When Option = SPLC or SPAC: Reference rms sound pressure. Defaults
        to 2x10-5 Pa.

    val3
        When Lab = PRES: Thickness of 2-D model extrusion in the z
        direction (no default).

    Notes
    -----
    The PRFAR command prints pressure far fields and far field parameters
    as    determined by the equivalent source principle. Use this command
    to print pressure and acoustic    parameters. See the HFSYM command for
    the model symmetry and the     HFANG command for spatial radiation
    angles.

    To retrieve saved equivalent source data, issue the
    SET,Lstep,Sbstep,,REAL command.

    Distributed ANSYS Restriction: This command is not supported in
    Distributed ANSYS.
    """
    command = f"PRFAR,{lab},{option},{phi1},{phi2},{nph1},{theta1},{theta2},{ntheta},{val1},{val2},{val3}"
    return self.run(command, **kwargs)