How to use the proplot.wrappers function in proplot

and `~proplot.wrappers.fill_betweenx_wrapper` wrappers."""
        obj = super().__getattribute__(attr, *args)
        if callable(obj):
            # Step 5) Color usage wrappers
            if attr in wrappers._cmap_methods:
                obj = wrappers._cmap_wrapper(self, obj)
            elif attr in wrappers._cycle_methods:
                obj = wrappers._cycle_wrapper(self, obj)
            # Step 4) Fix coordinate grid
            if attr in wrappers._edges_methods or attr in wrappers._centers_methods:
                obj = wrappers._cartopy_gridfix(self, obj)
            # Step 3) Utilities
            if attr in wrappers._edges_methods:
                obj = wrappers._enforce_edges(self, obj)
            elif attr in wrappers._centers_methods:
                obj = wrappers._enforce_centers(self, obj)
            # Step 2) Better default keywords
            if attr in wrappers._transform_methods:
                obj = wrappers._cartopy_transform(self, obj)
            elif attr in wrappers._crs_methods:
                obj = wrappers._cartopy_crs(self, obj)
            # Step 1) Parse args input
            if attr in wrappers._2d_methods:
                obj = wrappers._autoformat_2d_(self, obj)
            elif attr in wrappers._1d_methods:
                obj = wrappers._autoformat_1d_(self, obj)
            # Step 0) Special wrappers
            if attr=='plot':
                obj = wrappers._plot_wrapper(self, obj)
            elif attr=='scatter':
                obj = wrappers._scatter_wrapper(self, obj)
            elif attr=='fill_between':

def __getattribute__(self, attr, *args):
        """Applies the `~proplot.wrappers.cmap_wrapper`,
        `~proplot.wrappers.cycle_wrapper`, `~proplot.wrappers.add_errorbars`,
        `~proplot.wrappers.enforce_centers`, `~proplot.wrappers.enforce_edges`,
        `~proplot.wrappers.plot_wrapper`, `~proplot.wrappers.scatter_wrapper`,
        `~proplot.wrappers.bar_wrapper`, `~proplot.wrappers.barh_wrapper`,
        `~proplot.wrappers.boxplot_wrapper`, `~proplot.wrappers.violinplot_wrapper`,
        `~proplot.wrappers.fill_between_wrapper`, and `~proplot.wrappers.fill_betweenx_wrapper`
        wrappers."""
        obj = super().__getattribute__(attr, *args)
        if callable(obj):
            # Step 3) Color usage wrappers
            if attr in wrappers._cmap_methods: # must come first!
                obj = wrappers._cmap_wrapper(self, obj)
            elif attr in wrappers._cycle_methods:
                obj = wrappers._cycle_wrapper(self, obj)
            # Step 2) Utilities
            if attr in wrappers._centers_methods:
                obj = wrappers._enforce_centers(self, obj)
            elif attr in wrappers._edges_methods:
                obj = wrappers._enforce_edges(self, obj)
            elif attr in wrappers._errorbar_methods:
                obj = wrappers._add_errorbars(self, obj)
            # Step 1) Parse input
            if attr in wrappers._2d_methods:
                obj = wrappers._autoformat_2d_(self, obj)
            elif attr in wrappers._1d_methods:
                obj = wrappers._autoformat_1d_(self, obj)
            # Step 0) Special wrappers

# Allocate invisible axes for drawing legend; by default try to
        # make handles and stuff flush against the axes edge
        kwdefault = {'borderaxespad': 0}
        if not kwargs.get('frameon', rc['legend.frameon']):
            kwdefault['borderpad'] = 0
        kwdefault.update(kwargs)
        kwargs = kwdefault
        # Set location by panel side
        # WARNING: center left and center right also turn off horizontal
        # center alignment, so not an option.
        if 'loc' in kwargs:
            warnings.warn(f'Overriding user input legend property "loc".')
        kwargs['loc'] = {'bottom':'upper center', 'right':'center left',
                          'left':'center right',   'top':'lower center'}[self._side]
        # For filled axes, call wrapper method directly
        return wrappers.legend_wrapper(self, *args, **kwargs)

if attr=='plot':
                obj = wrappers._plot_wrapper(self, obj)
            elif attr=='scatter':
                obj = wrappers._scatter_wrapper(self, obj)
            elif attr=='boxplot':
                obj = wrappers._boxplot_wrapper(self, obj)
            elif attr=='violinplot':
                obj = wrappers._violinplot_wrapper(self, obj)
            elif attr=='bar':
                obj = wrappers._bar_wrapper(self, obj)
            elif attr=='barh': # skips cycle wrapper and calls bar method
                obj = wrappers._barh_wrapper(self, obj)
            elif attr=='hist': # skips cycle wrapper and calls bar method
                obj = wrappers._hist_wrapper(self, obj)
            elif attr=='fill_between':
                obj = wrappers._fill_between_wrapper(self, obj)
            elif attr=='fill_betweenx':
                obj = wrappers._fill_betweenx_wrapper(self, obj)
        return obj

and ``_no_recurse`` wrappers. Respectively, these call methods on
        the `~mpl_toolkits.basemap.Basemap` instance and prevent recursion
        issues arising from internal `~mpl_toolkits.basemap` calls to the
        axes methods."""
        # WARNING: Never ever try to just make blanket methods on the Basemap
        # instance accessible from axes instance! Can of worms and had bunch of
        # weird errors! Just pick the ones you think user will want to use.
        obj = super().__getattribute__(attr, *args)
        if attr in wrappers._latlon_methods or attr in wrappers._edges_methods \
                or attr in wrappers._centers_methods:
            # Step 6) Call identically named Basemap object method
            obj = wrappers._basemap_call(self, obj)
            # Step 5) Color usage wrappers
            if attr in wrappers._cmap_methods:
                obj = wrappers._cmap_wrapper(self, obj)
            elif attr in wrappers._cycle_methods:
                obj = wrappers._cycle_wrapper(self, obj)
            # Step 4) Fix coordinate grid
            if attr in wrappers._edges_methods or attr in wrappers._centers_methods:
                obj = wrappers._basemap_gridfix(self, obj)
            # Step 3) Utilities
            if attr in wrappers._edges_methods:
                obj = wrappers._enforce_edges(self, obj)
            elif attr in wrappers._centers_methods:
                obj = wrappers._enforce_centers(self, obj)
            # Step 2) Better default keywords
            if attr in wrappers._latlon_methods:
                obj = wrappers._basemap_latlon(self, obj)
            # Step 1) Parse args input
            if attr in wrappers._2d_methods:
                obj = wrappers._autoformat_2d_(self, obj)
            elif attr in wrappers._1d_methods:

# WARNING: Never ever try to just make blanket methods on the Basemap
        # instance accessible from axes instance! Can of worms and had bunch of
        # weird errors! Just pick the ones you think user will want to use.
        obj = super().__getattribute__(attr, *args)
        if attr in wrappers._latlon_methods or attr in wrappers._edges_methods \
                or attr in wrappers._centers_methods:
            # Step 6) Call identically named Basemap object method
            obj = wrappers._basemap_call(self, obj)
            # Step 5) Color usage wrappers
            if attr in wrappers._cmap_methods:
                obj = wrappers._cmap_wrapper(self, obj)
            elif attr in wrappers._cycle_methods:
                obj = wrappers._cycle_wrapper(self, obj)
            # Step 4) Fix coordinate grid
            if attr in wrappers._edges_methods or attr in wrappers._centers_methods:
                obj = wrappers._basemap_gridfix(self, obj)
            # Step 3) Utilities
            if attr in wrappers._edges_methods:
                obj = wrappers._enforce_edges(self, obj)
            elif attr in wrappers._centers_methods:
                obj = wrappers._enforce_centers(self, obj)
            # Step 2) Better default keywords
            if attr in wrappers._latlon_methods:
                obj = wrappers._basemap_latlon(self, obj)
            # Step 1) Parse args input
            if attr in wrappers._2d_methods:
                obj = wrappers._autoformat_2d_(self, obj)
            elif attr in wrappers._1d_methods:
                obj = wrappers._autoformat_1d_(self, obj)
            # Step 0) Special wrappers
            if attr=='plot':
                obj = wrappers._plot_wrapper(self, obj)

# Step 1) Parse args input
            if attr in wrappers._2d_methods:
                obj = wrappers._autoformat_2d_(self, obj)
            elif attr in wrappers._1d_methods:
                obj = wrappers._autoformat_1d_(self, obj)
            # Step 0) Special wrappers
            if attr=='plot':
                obj = wrappers._plot_wrapper(self, obj)
            elif attr=='scatter':
                obj = wrappers._scatter_wrapper(self, obj)
            elif attr=='fill_between':
                obj = wrappers._fill_between_wrapper(self, obj)
            elif attr=='fill_betweenx':
                obj = wrappers._fill_betweenx_wrapper(self, obj)
            # Recursion fix at top level
            obj = wrappers._no_recurse(self, obj)
        return obj

def __getattribute__(self, attr, *args):
        """Applies the `~proplot.wrappers.text_wrapper` wrapper and disables
        the redundant methods `_disabled_methods`. Enables the attribute aliases
        ``bpanel`` for ``bottompanel``, ``tpanel`` for ``toppanel``,
        ``lpanel`` for ``leftpanel``, and ``rpanel`` for ``rightpanel``."""
        attr = _panel_aliases.get(attr, attr)
        obj = super().__getattribute__(attr, *args)
        # Disabled methods
        for message,attrs in wrappers._disabled_methods.items():
            if attr in attrs:
                raise RuntimeError(message.format(attr))
        # Non-plotting overrides
        # All plotting overrides are implemented in individual subclasses
        if attr=='text':
            obj = wrappers._text_wrapper(self, obj)
        return obj

elif attr in wrappers._errorbar_methods:
                obj = wrappers._add_errorbars(self, obj)
            # Step 1) Parse input
            if attr in wrappers._2d_methods:
                obj = wrappers._autoformat_2d_(self, obj)
            elif attr in wrappers._1d_methods:
                obj = wrappers._autoformat_1d_(self, obj)
            # Step 0) Special wrappers
            if attr=='plot':
                obj = wrappers._plot_wrapper(self, obj)
            elif attr=='scatter':
                obj = wrappers._scatter_wrapper(self, obj)
            elif attr=='boxplot':
                obj = wrappers._boxplot_wrapper(self, obj)
            elif attr=='violinplot':
                obj = wrappers._violinplot_wrapper(self, obj)
            elif attr=='bar':
                obj = wrappers._bar_wrapper(self, obj)
            elif attr=='barh': # skips cycle wrapper and calls bar method
                obj = wrappers._barh_wrapper(self, obj)
            elif attr=='hist': # skips cycle wrapper and calls bar method
                obj = wrappers._hist_wrapper(self, obj)
            elif attr=='fill_between':
                obj = wrappers._fill_between_wrapper(self, obj)
            elif attr=='fill_betweenx':
                obj = wrappers._fill_betweenx_wrapper(self, obj)
        return obj

elif attr in wrappers._edges_methods:
                obj = wrappers._enforce_edges(self, obj)
            elif attr in wrappers._errorbar_methods:
                obj = wrappers._add_errorbars(self, obj)
            # Step 1) Parse input
            if attr in wrappers._2d_methods:
                obj = wrappers._autoformat_2d_(self, obj)
            elif attr in wrappers._1d_methods:
                obj = wrappers._autoformat_1d_(self, obj)
            # Step 0) Special wrappers
            if attr=='plot':
                obj = wrappers._plot_wrapper(self, obj)
            elif attr=='scatter':
                obj = wrappers._scatter_wrapper(self, obj)
            elif attr=='boxplot':
                obj = wrappers._boxplot_wrapper(self, obj)
            elif attr=='violinplot':
                obj = wrappers._violinplot_wrapper(self, obj)
            elif attr=='bar':
                obj = wrappers._bar_wrapper(self, obj)
            elif attr=='barh': # skips cycle wrapper and calls bar method
                obj = wrappers._barh_wrapper(self, obj)
            elif attr=='hist': # skips cycle wrapper and calls bar method
                obj = wrappers._hist_wrapper(self, obj)
            elif attr=='fill_between':
                obj = wrappers._fill_between_wrapper(self, obj)
            elif attr=='fill_betweenx':
                obj = wrappers._fill_betweenx_wrapper(self, obj)
        return obj