add print strings about quakemigrate HOT 5 CLOSED

def __str__(self):
    """
    Return short summary string of the LUT object

    It will provide the defining properties of the LUT - location, underlying
    grid properties and the simple 1D velocity structure.

    """
    out = "QuakeMigrate traveltime look-up table"
    out += "\n\tGrid centre\t:\t{lat:10.5f}\u00b0N {lon:10.5f}\u00b0E {dep:6.3f} km"
    out += "\n\tNumber of cells\t:\t{xn:4d} {yn:4d} {zn:4d}"
    out += "\n\tCell size\t:\t{xs:6.3f} km {ys:6.3f} km {zs:6.3f} km"
    out += "\n\t1D velocity model:"
    out += "\n\t\tDepth\tVp\tVs"

    out = out.format(xn=self.cell_count[0], yn=self.cell_count[1],
                     zn=self.cell_count[2], xs=self.cell_size[0] / 1000.,
                     ys=self.cell_size[1] / 1000., zs=self.cell_size[2] / 1000.,
                     lat=self.latitude, lon=self.longitude, dep=self.elevation / 1000.)

    for i, layer in self.velocity_model.iterrows():
        vel = "\t\t{:6.3f}\t{:6.3f}\t{:6.3f}"
        vel = vel.format(layer["depth"] / 1000., layer["vp"] / 1000.,
                         layer["vs"] / 1000.)

        out += "\n{}".format(vel)

    return out

def __str__(self):
    """
    Return short summary string of the mSEED object

    It will provide information about the archive location and structure,
    data sampling rate and time period over which the archive is being queried.

    """

    out = "QuakeMigrate mSEED object"
    out += "\n\tHost path\t:\t{}".format(self.MSEED_path)
    out += "\n\tPath structure\t:\t{}".format(self.format)
    out += "\n\tResampling\t:\t{}".format(self.resample)
    out += "\n\tSampling rate\t:\t{}".format(self.sampling_rate)
    out += "\n\tStart time\t:\t{}".format(str(self.start_time))
    out += "\n\tEnd time\t:\t{}".format(str(self.end_time))
    out += "\n\tStations:"
    for station in self.stations:
        out += "\n\t\t{}".format(station)

    return out

    def __str__(self):
        """
        Return short summary string of the SeisScan object

        It will provide information on all of the various parameters that the
        user can/has set.

        """

        out = "QuakeMigrate parameters"
        out += "\n\tTime step\t\t:\t{}".format(self.time_step)
        out += "\n\n\tData sampling rate\t:\t{}".format(self.sampling_rate)
        out += "\n\tOutput sampling rate\t:\t{}".format(
            self.output_sampling_rate)
        out += "\n\n\tDecimation\t\t:\t[{}, {}, {}]".format(
            self.decimate[0], self.decimate[1], self.decimate[2])
        out += "\n\n\tBandpass filter P\t:\t[{}, {}, {}]".format(
            self.p_bp_filter[0], self.p_bp_filter[1], self.p_bp_filter[2])
        out += "\n\tBandpass filter S\t:\t[{}, {}, {}]".format(
            self.s_bp_filter[0], self.s_bp_filter[1], self.s_bp_filter[2])
        out += "\n\n\tOnset P [STA, LTA]\t:\t[{}, {}]".format(
            self.p_onset_win[0], self.p_onset_win[1])
        out += "\n\tOnset S [STA, LTA]\t:\t[{}, {}]".format(
            self.s_onset_win[0], self.s_onset_win[1])
        out += "\n\n\tPre-pad\t\t\t:\t{}".format(self.pre_pad)
        out += "\n\tPost-pad\t\t:\t{}".format(self.post_pad)
        out += "\n\n\tMarginal window\t\t:\t{}".format(self.marginal_window)
        out += "\n\tMinimum repeat\t\t:\t{}".format(self.minimum_repeat)
        out += "\n\tDetection threshold\t:\t{}".format(self.detection_threshold)
        out += "\n\tPick threshold\t\t:\t{}".format(self.pick_threshold)
        out += "\n\tPicking mode\t\t:\t{}".format(self.picking_mode)
        out += "\n\tPercent ttime\t\t:\t{}".format(self.percent_tt)
        out += "\n\tLocation error\t\t:\t{}".format(self.location_error)
        out += "\n\n\tCentred onset\t\t:\t{}".format(self._onset_centred)
        out += "\n\tNormalise coalescence\t:\t{}".format(
            self.normalise_coalescence)
        out += "\n\n\tNumber of CPUs\t\t:\t{}".format(self.n_cores)

        return out