geco_slow_channel_plot.py 文件源码

def plot_timeseries(self, ax, **kwargs):
        ax.plot(np.delete(self.t_axis, self.bad_indices.means),
                np.delete(self.plot_vars.means - self.trend,
                          self.bad_indices.means) / SEC_PER['ns'],
                marker="o", color="green", label="Recorded Signal")
        # put the start and/or end time in the plot as a vertical line
        unitfactor = SEC_PER[self.t_units]
        dq_start = (self.dq_segment.start.gpsSeconds - self.start) / unitfactor
        dq_end = (self.dq_segment.end.gpsSeconds - self.start) / unitfactor
        zorder = self.plot_properties['start_end_zorder']
        if self.t_lim[0] <= dq_start:
            deep_pink = '#FF1493'
            plot_vertical_marker(ax, [dq_start], zorder=zorder,
                                 label="Start of Segment", color=deep_pink)
        if dq_end <= self.t_lim[1]:
            midnight_blue = '#191970'
            plot_vertical_marker(ax, [dq_end], zorder=zorder,
                                 label="End of Segment", color=midnight_blue)