minor docs fixes

docs/source/tips.rst

@@ -30,7 +30,7 @@ If calculating weights from rasters is taking a substantial amount of time (e.g.
    # Continue as usual... 
    aggregated = xa.aggregate(ds,weightmap)
 
-Note that :py:meth:`weightmap.to_file(fn)` creates and populates a separate _directory_ named ``fn`` to be able to store all the relevant components of the :py:class:`weightmap` class, including shapefiles with the geometry of the input polygons, the dataframe with the pixel overlap data, the source grid, and any additional weight grids.
+Note that ``weightmap.to_file(fn)`` creates and populates a separate _directory_ named ``fn`` to be able to store all the relevant components of the :py:class:`weightmap` class, including shapefiles with the geometry of the input polygons, the dataframe with the pixel overlap data, the source grid, and any additional weight grids.
 
 This feature is still slightly experimental, so please let us know your experiences! 
 
@@ -46,7 +46,7 @@ At the expense of increased memory usage, processing may be sped up using an alt
 
 Create diagnostic figure to inspect raster/polygon overlaps 
 ------------------------------------------------------------
-Once you have created a :py:class:`weightmap`, the following code will create a diagnostic figure, showing a particular polygon (or groups of polygons) + the grid cells that overlap it, colored by the relative overlap of each grid cell with the polygon (NB: this currently only works if :py:meth:`xa.pixel_overlaps` is run with `subset_to_bbox=False`, or using `subset_find` as detailed in `Detailed Code Run <./full_run.ipynb>`_)::
+Once you have created a :py:class:`weightmap`, the following code will create a diagnostic figure, showing a particular polygon (or groups of polygons) + the grid cells that overlap it, colored by the relative overlap of each grid cell with the polygon (NB: this currently only works if :py:meth:`xa.pixel_overlaps` is run with ``subset_to_bbox=False``, or using :py:meth:`xa.subset_find` as detailed in `Detailed Code Run <./notebooks/full_run.ipynb>`_)::
 
    # Querying polygon by column of the polygon `gdf`
    weightmap.diag_fig({'name':'Alaska'},ds)