Updated indentation in GEOS docs

.. attribute:: GEOSGeometry.json

Returns the GeoJSON representation of the geometry. Note that the result is not

a complete GeoJSON structure but only the ``geometry`` key content of a

    Returns the GeoJSON representation of the geometry. Note that the result is

    not a complete GeoJSON structure but only the ``geometry`` key content of a

    GeoJSON structure. See also :doc:`/ref/contrib/gis/serializers`.

.. attribute:: GEOSGeometry.geojson

    This predicate is similar to :meth:`GEOSGeometry.contains`, but is more

    inclusive (i.e. returns ``True`` for more cases). In particular, unlike

    :meth:`~GEOSGeometry.contains` it does not distinguish between points in the

boundary and in the interior of geometries. For most situations, ``covers()``

should be preferred to :meth:`~GEOSGeometry.contains`. As an added benefit,

``covers()`` is more amenable to optimization and hence should outperform

:meth:`~GEOSGeometry.contains`.

    boundary and in the interior of geometries. For most situations,

    ``covers()`` should be preferred to :meth:`~GEOSGeometry.contains`. As an

    added benefit, ``covers()`` is more amenable to optimization and hence

    should outperform :meth:`~GEOSGeometry.contains`.

.. method:: GEOSGeometry.crosses(other)

.. method:: GEOSGeometry.buffer(width, quadsegs=8)

    Returns a :class:`GEOSGeometry` that represents all points whose distance

from this geometry is less than or equal to the given ``width``. The optional

``quadsegs`` keyword sets the number of segments used to approximate a

quarter circle (defaults is 8).

    from this geometry is less than or equal to the given ``width``. The

    optional ``quadsegs`` keyword sets the number of segments used to

    approximate a quarter circle (defaults is 8).

.. method:: GEOSGeometry.difference(other)

    Given a distance (float), returns the point (or closest point) within the

    geometry (:class:`LineString` or :class:`MultiLineString`) at that distance.

The normalized version takes the distance as a float between 0 (origin) and 1

(endpoint).

    The normalized version takes the distance as a float between 0 (origin) and

    1 (endpoint).

    Reverse of :meth:`GEOSGeometry.project`.

.. method:: GEOSGeometry.project_normalized(point)

    Returns the distance (float) from the origin of the geometry

(:class:`LineString` or :class:`MultiLineString`) to the point projected on the

geometry (that is to a point of the line the closest to the given point).

The normalized version returns the distance as a float between 0 (origin) and 1

(endpoint).

    (:class:`LineString` or :class:`MultiLineString`) to the point projected on

    the geometry (that is to a point of the line the closest to the given

    point). The normalized version returns the distance as a float between 0

    (origin) and 1 (endpoint).

    Reverse of :meth:`GEOSGeometry.interpolate`.

    fewer points in the output. If no tolerance is provided, it defaults to 0.

    By default, this function does not preserve topology. For example,

:class:`Polygon` objects can be split, be collapsed into lines, or disappear.

:class:`Polygon` holes can be created or disappear, and lines may cross.

By specifying ``preserve_topology=True``, the result will have the same

dimension and number of components as the input; this is significantly

    :class:`Polygon` objects can be split, be collapsed into lines, or

    disappear. :class:`Polygon` holes can be created or disappear, and lines may

    cross. By specifying ``preserve_topology=True``, the result will have the

    same dimension and number of components as the input; this is significantly

    slower, however.

.. method:: GEOSGeometry.sym_difference(other)

    * Unioning a set of :class:`LineString`\s has the effect of fully noding and

      dissolving the linework.

* Unioning a set of :class:`Polygon`\s will always return a :class:`Polygon` or

  :class:`MultiPolygon` geometry (unlike :meth:`GEOSGeometry.union`, which may

  return geometries of lower dimension if a topology collapse occurs).

    * Unioning a set of :class:`Polygon`\s will always return a :class:`Polygon`

      or :class:`MultiPolygon` geometry (unlike :meth:`GEOSGeometry.union`,

      which may return geometries of lower dimension if a topology collapse

      occurs).

Other Properties & Methods

~~~~~~~~~~~~~~~~~~~~~~~~~~

.. method:: GEOSGeometry.distance(geom)

Returns the distance between the closest points on this geometry and the given

``geom`` (another :class:`GEOSGeometry` object).

    Returns the distance between the closest points on this geometry and the

    given ``geom`` (another :class:`GEOSGeometry` object).

    .. note::

.. method:: GEOSGeometry.transform(ct, clone=False)

Transforms the geometry according to the given coordinate transformation parameter

(``ct``), which may be an integer SRID, spatial reference WKT string,

a PROJ.4 string, a :class:`~django.contrib.gis.gdal.SpatialReference` object, or a

:class:`~django.contrib.gis.gdal.CoordTransform` object. By default, the geometry

is transformed in-place and nothing is returned. However if the ``clone`` keyword

is set, then the geometry is not modified and a transformed clone of the geometry

is returned instead.

    Transforms the geometry according to the given coordinate transformation

    parameter (``ct``), which may be an integer SRID, spatial reference WKT

    string, a PROJ.4 string, a

    :class:`~django.contrib.gis.gdal.SpatialReference` object, or a

    :class:`~django.contrib.gis.gdal.CoordTransform` object. By default, the

    geometry is transformed in-place and nothing is returned. However if the

    ``clone`` keyword is set, then the geometry is not modified and a

    transformed clone of the geometry is returned instead.

    .. note::

        Requires GDAL. Raises :class:`~django.contrib.gis.geos.GEOSException` if

    GDAL is not available or if the geometry's SRID is ``None`` or less than 0.

    It doesn't impose any constraints on the geometry's SRID if called with a

    :class:`~django.contrib.gis.gdal.CoordTransform` object.

        GDAL is not available or if the geometry's SRID is ``None`` or less than

        0. It doesn't impose any constraints on the geometry's SRID if called

        with a :class:`~django.contrib.gis.gdal.CoordTransform` object.

        .. versionchanged:: 1.10

        In previous versions, it required the geometry's SRID to be a positive

        integer even if it was called with a

            In previous versions, it required the geometry's SRID to be a

            positive integer even if it was called with a

            :class:`~django.contrib.gis.gdal.CoordTransform` object.

``Point``

    :type srid: int

    :rtype: a :class:`GEOSGeometry` corresponding to the spatial data in the string

``fromstr(string, srid)`` is equivalent to :class:`GEOSGeometry(string, srid)

<GEOSGeometry>`.

    ``fromstr(string, srid)`` is equivalent to

    :class:`GEOSGeometry(string, srid) <GEOSGeometry>`.

    Example::