345     def plot(self, pressure, t, *args, **kwargs):  argument
373         t, pressure = _delete_masked_points(t, pressure)
374         return self.ax.plot(t, pressure, *args, **kwargs)
376     def plot_barbs(self, pressure, u, v, c=None, xloc=1.0, x_clip_radius=0.1,  argument
429         x = np.empty_like(pressure)
434             b = self.ax.barbs(x, pressure, u, v, c,
438             b = self.ax.barbs(x, pressure, u, v,
449     def plot_dry_adiabats(self, t0=None, pressure=None, **kwargs):  argument
491         if pressure is None:
492             pressure = units.Quantity(np.linspace(*self.ax.get_ylim()), 'mbar')
495         t = dry_lapse(pressure, t0[:, np.newaxis],
497         linedata = [np.vstack((ti.m, pressure.m)).T for ti in t]
506     def plot_moist_adiabats(self, t0=None, pressure=None, **kwargs):  argument
550         if pressure is None:
551             pressure = units.Quantity(np.linspace(*self.ax.get_ylim()), 'mbar')
554         t = moist_lapse(pressure, t0[:, np.newaxis],
556         linedata = [np.vstack((ti.m, pressure.m)).T for ti in t]
565     def plot_mixing_lines(self, mixing_ratio=None, pressure=None, **kwargs):  argument
604         if pressure is None:
605             pressure = units.Quantity(np.linspace(600, max(self.ax.get_ylim())), 'mbar')
608         td = dewpoint(vapor_pressure(pressure, mixing_ratio))
609         linedata = [np.vstack((t.m, pressure.m)).T for t in td]
673     def shade_cape(self, pressure, t, t_parcel, **kwargs):  argument
704         return self.shade_area(pressure, t_parcel, t, which='positive', **kwargs)
706     def shade_cin(self, pressure, t, t_parcel, dewpoint=None, **kwargs):  argument
737             lcl_p, _ = lcl(pressure[0], t[0], dewpoint[0])
738             el_p, _ = el(pressure, t, dewpoint, t_parcel)
739             idx = np.logical_and(pressure > el_p, pressure < lcl_p)
741             idx = np.arange(0, len(pressure))
742         return self.shade_area(pressure[idx], t_parcel[idx], t[idx], which='negative',