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o �h2g � @ s d Z ddlZddlmZmZmZ ddlmZ ddlm Z m Z m Z ddl m Z ddlmZ ddlmZ dd lmZ dd lmZmZ dd lmZ dd lmZ dd l m Z m Z m Z m Z m!Z! ddl"m#Z# ddl$m%Z%m&Z& G dd� de�Z'G dd� d�Z(e#G dd� de'e��Z)dS )zh This module contains the 'base' GEOSGeometry object -- all GEOS Geometries inherit from this object. � N)� addressof�byref�c_double)�gdal)� hex_regex� json_regex� wkt_regex)� prototypes)�GEOSBase)� GEOSCoordSeq)� GEOSException)�GEOM_PTR�geos_version_tuple)� ListMixin��PreparedGeometry)�ewkb_w�wkb_r�wkb_w�wkt_r�wkt_w)�deconstructible)� force_bytes� force_strc @ sb e Zd ZdZeZejZdZ dd� Z dd� Z dd� Z d d � Z d d � Zd d� Zdd� Zdd� Zdd� Zdd� Zedd� �Zedd� �Zedd � �Zed d � �Zd d � Zd!d"� Zd#d$� Z d%d&� Z d'd(� Z d)d*� Z e d+d,� �Z!e d-d.� �Z"e d/d0� �Z#e d1d2� �Z$e d3d4� �Z%e d5d6� �Z&e d7d8� �Z'd�d9d:�Z(d;d<� Z)e d=d>� �Z*e d?d@� �Z+e dAdB� �Z,e dCdD� �Z-e dEdF� �Z.e dGdH� �Z/dIdJ� Z0dKdL� Z1dMdN� Z2dOdP� Z3dQdR� Z4d�dTdU�Z5dVdW� Z6dXdY� Z7dZd[� Z8d\d]� Z9d^d_� Z:e d`da� �Z;e;j<dbda� �Z;e dcdd� �Z=e dedf� �Z>e dgdh� �Z?e didj� �Z@e dkdl� �ZAeAZBe dmdn� �ZCe dodp� �ZDe dqdr� �ZEe dsdt� �ZFdudv� ZGe dwdx� �ZHe dydz� �ZIe d{d|� �ZJd�d}d~�ZKdd�� ZLe d�d�� �ZMd�d�d��ZN �d�d�d��ZOe d�d�� �ZPe d�d�� �ZQd�d�� ZRe d�d�� �ZSd�d�� ZTe d�d�� �ZUd�d�� ZVd�d�d��ZWd�d�� ZXe d�d�� �ZYd�d�� ZZe d�d�� �Z[d�d�� Z\e d�d�� �Z]e d�d�� �Z^d�d�� Z_dS )��GEOSGeometryBaseNFc C s� || _ t| �ttfv rI|d u rFtjd u r@ddlm}m}m}m } ddl m }m } ddl m} ddlm} | ||| ||||d�t_tj| j }|| _| �� d S )N� )�GeometryCollection�MultiLineString� MultiPoint� MultiPolygon)� LinearRing� LineString��Point)�Polygon)r r � � � � � � )�_ptr�typer � GEOSGeometry� _GEOS_CLASSES� collectionsr r r r � linestringr r! �pointr# �polygonr$ � geom_typeid� __class__� _post_init) �self�ptr�clsr r r r r r! r# r$ � r9 �S/usr/local/CyberCP/lib/python3.10/site-packages/django/contrib/gis/geos/geometry.py�__init__ s( � zGEOSGeometryBase.__init__c C s* | j rtt�| j�| j�| _dS d| _dS )z"Perform post-initialization setup.N)�has_csr �capi�get_csr7 �hasz�_cs�r6 r9 r9 r: r5 = s ��zGEOSGeometryBase._post_initc C � | � � S )z� Return a clone because the copy of a GEOSGeometry may contain an invalid pointer location if the original is garbage collected. ��clonerA r9 r9 r: �__copy__E � zGEOSGeometryBase.__copy__c C rB )z� The `deepcopy` routine is used by the `Node` class of django.utils.tree; thus, the protocol routine needs to be implemented to return correct copies (clones) of these GEOS objects, which use C pointers. rC )r6 �memodictr9 r9 r: � __deepcopy__L � z GEOSGeometryBase.__deepcopy__c C � | j S )z+EWKT is used for the string representation.)�ewktrA r9 r9 r: �__str__T s zGEOSGeometryBase.__str__c C s d| j tt| j��f S )z8Short-hand representation because WKT may be very large.z<%s object at %s>)� geom_type�hexr r7 rA r9 r9 r: �__repr__X s zGEOSGeometryBase.__repr__c C s t | j�S �N)�bytes�wkbrA r9 r9 r: �_to_pickle_wkb] s z GEOSGeometryBase._to_pickle_wkbc C s t � �t|��S rP )r �read� memoryview)r6 rR r9 r9 r: �_from_pickle_wkb` � z!GEOSGeometryBase._from_pickle_wkbc C s | � � | jfS rP )rS �sridrA r9 r9 r: � __getstate__c s z GEOSGeometryBase.__getstate__c C s6 |\}}| � |�}|std��|| _| �� || _d S )Nz+Invalid Geometry loaded from pickled state.)rV r r7 r5 rX )r6 �staterR rX r7 r9 r9 r: � __setstate__h s z GEOSGeometryBase.__setstate__c C s t � �|�S rP )r rT )r8 rR r9 r9 r: � _from_wkbr � zGEOSGeometryBase._from_wkbc C st t | �} d }| �dd�}t|�dkr)|\}}t�d|�}|s"td��t|d �}n| }|s1td��tt�|�|d�S ) N� ;r r% s SRID=(?P<srid>\-?\d+)zEWKT has invalid SRID part.rX z%Expected WKT but got an empty string.�rX ) r �split�len�re�match� ValueError�intr- � _from_wkt)rK rX �parts� srid_part�wktrc r9 r9 r: � from_ewktv s zGEOSGeometryBase.from_ewktc C s t � �| �S rP )r rT )ri r9 r9 r: rf � r] zGEOSGeometryBase._from_wktc C s t j�|�jS rP )r � OGRGeometry�from_gml�geos)r8 � gml_stringr9 r9 r: rl � � zGEOSGeometryBase.from_gmlc C sR t |t�rzt�|�}W n ttfy Y dS w t |t�o(| j|jko(| �|�S )zz Equivalence testing, a Geometry may be compared with another Geometry or an EWKT representation. F)� isinstance�strr- rj rd r rX � equals_exact�r6 �otherr9 r9 r: �__eq__� s � ��zGEOSGeometryBase.__eq__c C s t | j| jf�S rP )�hashrX ri rA r9 r9 r: �__hash__� rW zGEOSGeometryBase.__hash__c C � | � |�S )z0Return the union of this Geometry and the other.)�unionrs r9 r9 r: �__or__� � zGEOSGeometryBase.__or__c C rx )z7Return the intersection of this Geometry and the other.)� intersectionrs r9 r9 r: �__and__� r{ zGEOSGeometryBase.__and__c C rx )z2Return the difference this Geometry and the other.)� differencers r9 r9 r: �__sub__� r{ zGEOSGeometryBase.__sub__c C rx )z?Return the symmetric difference of this Geometry and the other.)�sym_differencers r9 r9 r: �__xor__� r{ zGEOSGeometryBase.__xor__c C s | j r| j�� S dS )z<Return a clone of the coordinate sequence for this Geometry.N)r< r@ rD rA r9 r9 r: � coord_seq� s �zGEOSGeometryBase.coord_seqc C � t �| j��� S )z>Return a string representing the Geometry type, e.g. 'Polygon')r= � geos_typer7 �decoderA r9 r9 r: rM � s zGEOSGeometryBase.geom_typec C � t �| j�S )z1Return an integer representing the Geometry type.)r= � geos_typeidr7 rA r9 r9 r: r3 � � z GEOSGeometryBase.geom_typeidc C r� )z0Return the number of geometries in the Geometry.)r= � get_num_geomsr7 rA r9 r9 r: �num_geom� r� zGEOSGeometryBase.num_geomc C r� )z1Return the number of coordinates in the Geometry.)r= �get_num_coordsr7 rA r9 r9 r: � num_coords� r� zGEOSGeometryBase.num_coordsc C rJ )z:Return the number points, or coordinates, in the Geometry.)r� rA r9 r9 r: � num_points� � zGEOSGeometryBase.num_pointsc C r� )zCReturn the dimension of this Geometry (0=point, 1=line, 2=surface).)r= �get_dimsr7 rA r9 r9 r: �dims� r� zGEOSGeometryBase.dimsc C s, |r| � � }t�|j� |S t�| j� dS )z� Convert this Geometry to normal form (or canonical form). If the `clone` keyword is set, then the geometry is not modified and a normalized clone of the geometry is returned instead. N)rD r= �geos_normalizer7 )r6 rD r9 r9 r: � normalize� s zGEOSGeometryBase.normalizec C s( t � dk r td��tt�| j�| jd�S )z� Attempt to create a valid representation of a given invalid geometry without losing any of the input vertices. )r& � z1GEOSGeometry.make_valid() requires GEOS >= 3.8.0.r_ )r r r- r= �geos_makevalidr7 rX rA r9 r9 r: � make_valid� s zGEOSGeometryBase.make_validc C r� )zk Return a boolean indicating whether the set of points in this Geometry are empty. )r= � geos_isemptyr7 rA r9 r9 r: �empty� s zGEOSGeometryBase.emptyc C r� )z/Return whether the geometry has a 3D dimension.)r= � geos_haszr7 rA r9 r9 r: r? � r� zGEOSGeometryBase.haszc C r� )z-Return whether or not the geometry is a ring.)r= � geos_isringr7 rA r9 r9 r: �ring r� zGEOSGeometryBase.ringc C r� )z*Return false if the Geometry isn't simple.)r= � geos_issimpler7 rA r9 r9 r: �simple r� zGEOSGeometryBase.simplec C r� )z#Test the validity of this Geometry.)r= � geos_isvalidr7 rA r9 r9 r: �valid r� zGEOSGeometryBase.validc C r� )zK Return a string containing the reason for any invalidity. )r= �geos_isvalidreasonr7 r� rA r9 r9 r: � valid_reason � z GEOSGeometryBase.valid_reasonc C � t �| j|j�S )z/Return true if other.within(this) returns true.)r= � geos_containsr7 rs r9 r9 r: �contains � zGEOSGeometryBase.containsc C r� )z� Return True if the DE-9IM Intersection Matrix for the two geometries is T*****FF*, *T****FF*, ***T**FF*, or ****T*FF*. If either geometry is empty, return False. )r= � geos_coversr7 rs r9 r9 r: �covers � zGEOSGeometryBase.coversc C r� )z� Return true if the DE-9IM intersection matrix for the two Geometries is T*T****** (for a point and a curve,a point and an area or a line and an area) 0******** (for two curves). )r= � geos_crossesr7 rs r9 r9 r: �crosses& r� zGEOSGeometryBase.crossesc C r� )zl Return true if the DE-9IM intersection matrix for the two Geometries is FF*FF****. )r= � geos_disjointr7 rs r9 r9 r: �disjoint. r� zGEOSGeometryBase.disjointc C r� )zl Return true if the DE-9IM intersection matrix for the two Geometries is T*F**FFF*. )r= � geos_equalsr7 rs r9 r9 r: �equals5 r� zGEOSGeometryBase.equalsr c C s t �| j|jt|��S )zk Return true if the two Geometries are exactly equal, up to a specified tolerance. )r= �geos_equalsexactr7 �float)r6 rt � tolerancer9 r9 r: rr < � z GEOSGeometryBase.equals_exactc C r� )z%Return true if disjoint return false.)r= �geos_intersectsr7 rs r9 r9 r: � intersectsC r� zGEOSGeometryBase.intersectsc C r� )z� Return true if the DE-9IM intersection matrix for the two Geometries is T*T***T** (for two points or two surfaces) 1*T***T** (for two curves). )r= � geos_overlapsr7 rs r9 r9 r: �overlapsG r� zGEOSGeometryBase.overlapsc C s4 t |t�r t|�dkrtd��t�| j|jt|��S )z� Return true if the elements in the DE-9IM intersection matrix for the two Geometries match the elements in pattern. � z#invalid intersection matrix pattern)rp rq ra r r= �geos_relatepatternr7 r )r6 rt �patternr9 r9 r: �relate_patternN s z GEOSGeometryBase.relate_patternc C r� )z� Return true if the DE-9IM intersection matrix for the two Geometries is FT*******, F**T***** or F***T****. )r= � geos_touchesr7 rs r9 r9 r: �touchesW r� zGEOSGeometryBase.touchesc C r� )zl Return true if the DE-9IM intersection matrix for the two Geometries is T*F**F***. )r= � geos_withinr7 rs r9 r9 r: �within^ r� zGEOSGeometryBase.withinc C s t �| j�}|dkr dS |S )z=Get the SRID for the geometry. Return None if no SRID is set.r N)r= � geos_get_sridr7 )r6 �sr9 r9 r: rX f s zGEOSGeometryBase.sridc C s$ t �| j|du r d� dS |� dS )z Set the SRID for the geometry.Nr )r= � geos_set_sridr7 �r6 rX r9 r9 r: rX o s $c C s | j }|r d|| jf S | jS )z? Return the EWKT (SRID + WKT) of the Geometry. z SRID=%s;%s)rX ri r� r9 r9 r: rK u s zGEOSGeometryBase.ewktc C s t | jrdnddd��| ��� S )zAReturn the WKT (Well-Known Text) representation of this Geometry.r& r% T)�dim�trim)r r? �writer� rA r9 r9 r: ri } s zGEOSGeometryBase.wktc C � t | jrdndd��| �S )z� Return the WKB of this Geometry in hexadecimal form. Please note that the SRID is not included in this representation because it is not a part of the OGC specification (use the `hexewkb` property instead). r& r% �r� )r r? � write_hexrA r9 r9 r: rN � s zGEOSGeometryBase.hexc C r� )z� Return the EWKB of this Geometry in hexadecimal form. This is an extension of the WKB specification that includes SRID value that are a part of this geometry. r& r% r� )r r? r� rA r9 r9 r: �hexewkb� s zGEOSGeometryBase.hexewkbc C s | j jS )zA Return GeoJSON representation of this Geometry. )�ogr�jsonrA r9 r9 r: r� � rF zGEOSGeometryBase.jsonc C � t | jrdnd��| �S )z� Return the WKB (Well-Known Binary) representation of this Geometry as a Python memoryview. SRID and Z values are not included, use the `ewkb` property instead. r& r% )r r? r� rA r9 r9 r: rR � � zGEOSGeometryBase.wkbc C r� )z� Return the EWKB representation of this Geometry as a Python memoryview. This is an extension of the WKB specification that includes any SRID value that are a part of this geometry. r& r% )r r? r� rA r9 r9 r: �ewkb� r� zGEOSGeometryBase.ewkbc C s | j }d|| jj|f S )z/Return the KML representation of this Geometry.z <%s>%s</%s>)rM r� �kml)r6 �gtyper9 r9 r: r� � s zGEOSGeometryBase.kmlc C s t | �S )z� Return a PreparedGeometry corresponding to this geometry -- it is optimized for the contains, intersects, and covers operations. r rA r9 r9 r: �prepared� rI zGEOSGeometryBase.preparedc C s t j�| j�S rP )r rk r\ rR rA r9 r9 r: �_ogr_ptr� s zGEOSGeometryBase._ogr_ptrc C s t �| �� | j�S )z*Return the OGR Geometry for this Geometry.)r rk r� �srsrA r9 r9 r: r� � � zGEOSGeometryBase.ogrc C s6 | j rzt�| j �W S tjtjfy Y dS w dS )z:Return the OSR SpatialReference for SRID of this Geometry.N)rX r �SpatialReference� GDALException� SRSExceptionrA r9 r9 r: r� � s �zGEOSGeometryBase.srsc C rJ )zAlias for `srs` property.)r� rA r9 r9 r: �crs� r� zGEOSGeometryBase.crsc C s� | j }||kr|r | �� S dS t|tj�rd}n |du s |dk r$td��t�| �� |�}|�|� |� � }|r>t ||j d�S |rSt � | j � || _ | �� |j | _ dS td��)ad Requires GDAL. Transform the geometry according to the given transformation object, which may be an integer SRID, and WKT or PROJ string. By default, transform the geometry in-place and return nothing. However if the `clone` keyword is set, don't modify the geometry and return a transformed clone instead. Nr z5Calling transform() with no SRID set is not supportedr_ z Transformed WKB was invalid.)rX rD rp r �CoordTransformr rk r� � transform� _geos_ptrr- r= � destroy_geomr7 r5 )r6 �ctrD rX �gr7 r9 r9 r: r� � s( zGEOSGeometryBase.transformc C s t || jd�S )z'Return Geometry from the given pointer.r_ )r- rX )r6 �gptrr9 r9 r: � _topology ro zGEOSGeometryBase._topologyc C � | � t�| j��S )z9Return the boundary as a newly allocated Geometry object.)r� r= � geos_boundaryr7 rA r9 r9 r: �boundary r� zGEOSGeometryBase.boundaryr� c C s | � t�| j||��S )a� Return a geometry that represents all points whose distance from this Geometry is less than or equal to distance. Calculations are in the Spatial Reference System of this Geometry. The optional third parameter sets the number of segment used to approximate a quarter circle (defaults to 8). (Text from PostGIS documentation at ch. 6.1.3) )r� r= � geos_bufferr7 )r6 �width�quadsegsr9 r9 r: �buffer s zGEOSGeometryBase.bufferr � @c C s | � t�| j|||||��S )a Same as buffer() but allows customizing the style of the memoryview. End cap style can be round (1), flat (2), or square (3). Join style can be round (1), mitre (2), or bevel (3). Mitre ratio limit only affects mitered join style. )r� r= �geos_bufferwithstyler7 )r6 r� r� � end_cap_style� join_style� mitre_limitr9 r9 r: �buffer_with_style s ��z"GEOSGeometryBase.buffer_with_stylec C r� )z� The centroid is equal to the centroid of the set of component Geometries of highest dimension (since the lower-dimension geometries contribute zero "weight" to the centroid). )r� r= � geos_centroidr7 rA r9 r9 r: �centroid% s zGEOSGeometryBase.centroidc C r� )zj Return the smallest convex Polygon that contains all the points in the Geometry. )r� r= �geos_convexhullr7 rA r9 r9 r: � convex_hull. s z GEOSGeometryBase.convex_hullc C � | � t�| j|j��S )zv Return a Geometry representing the points making up this Geometry that do not make up other. )r� r= �geos_differencer7 rs r9 r9 r: r~ 6 r� zGEOSGeometryBase.differencec C r� )z2Return the envelope for this geometry (a polygon).)r� r= � geos_enveloper7 rA r9 r9 r: �envelope= r� zGEOSGeometryBase.envelopec C r� )zLReturn a Geometry representing the points shared by this Geometry and other.)r� r= �geos_intersectionr7 rs r9 r9 r: r| B � z GEOSGeometryBase.intersectionc C r� )z+Compute an interior point of this Geometry.)r� r= �geos_pointonsurfacer7 rA r9 r9 r: �point_on_surfaceF r� z!GEOSGeometryBase.point_on_surfacec C s t �| j|j��� S )zFReturn the DE-9IM intersection matrix for this Geometry and the other.)r= � geos_relater7 r� rs r9 r9 r: �relateK s zGEOSGeometryBase.relate� c C s, |r | � t�| j|��S | � t�| j|��S )a" Return the Geometry, simplified using the Douglas-Peucker algorithm to the specified tolerance (higher tolerance => less points). If no tolerance provided, defaults to 0. By default, don't preserve topology - e.g. polygons can be split, collapse to lines or disappear holes can be created or disappear, and lines can cross. By specifying preserve_topology=True, the result will have the same dimension and number of components as the input. This is significantly slower. )r� r= �geos_preservesimplifyr7 � geos_simplify)r6 r� �preserve_topologyr9 r9 r: �simplifyO s zGEOSGeometryBase.simplifyc C r� )z� Return a set combining the points in this Geometry not in other, and the points in other not in this Geometry. )r� r= �geos_symdifferencer7 rs r9 r9 r: r� ` r� z GEOSGeometryBase.sym_differencec C r� )z6Return the union of all the elements of this geometry.)r� r= �geos_unary_unionr7 rA r9 r9 r: � unary_uniong r� z GEOSGeometryBase.unary_unionc C r� )zIReturn a Geometry representing all the points in this Geometry and other.)r� r= � geos_unionr7 rs r9 r9 r: ry l r� zGEOSGeometryBase.unionc C � t �| jtt� ��S )z Return the area of the Geometry.)r= � geos_arear7 r r rA r9 r9 r: �areaq s zGEOSGeometryBase.areac C s* t |t�s td��t�| j|jtt� ��S )z� Return the distance between the closest points on this Geometry and the other. Units will be in those of the coordinate system of the Geometry. z/distance() works only on other GEOS Geometries.)rp r- � TypeErrorr= � geos_distancer7 r r rs r9 r9 r: �distancev s zGEOSGeometryBase.distancec C s^ ddl m} | j}t||�r|j\}}||}}n|d d \}}|d d \}}||||fS )zr Return the extent of this geometry as a 4-tuple, consisting of (xmin, ymin, xmax, ymax). r r" r r% )r1 r# r� rp �tuple)r6 r# �env�xmin�ymin�xmax�ymaxr9 r9 r: �extent� s zGEOSGeometryBase.extentc C r )zt Return the length of this Geometry (e.g., 0 for point, or the circumference of a Polygon). )r= � geos_lengthr7 r r rA r9 r9 r: �length� s zGEOSGeometryBase.lengthc C s t t�| j��S )zClone this Geometry.)r- r= � geom_cloner7 rA r9 r9 r: rD � r� zGEOSGeometryBase.clone)F)r )r� )r� r r r� )r� F)`�__name__� __module__� __qualname__r. r �ptr_typer= r� � destructorr< r; r5 rE rH rL rO rS rV rY r[ � classmethodr\ � staticmethodrj rf rl ru rw rz r} r r� �propertyr� rM r3 r� r� r� r� r� r� r� r? r� r� r� r� r� r� r� r� r� rr r� r� r� r� r� rX �setterrK ri rN r� r� �geojsonrR r� r� r� r� r� r� r� r� r� r� r� r� r� r� r~ r� r| r� r� r r� r ry r r r r rD r9 r9 r9 r: r s + � r c @ sH e Zd ZdZdd� Zdd� Zdd� Zdd � Zed d � �Z ed d � �Z dS )�LinearGeometryMixinz2 Used for LineString and MultiLineString. c C � | � t�| j|��S rP )r� r= �geos_interpolater7 �r6 r r9 r9 r: � interpolate� � z LinearGeometryMixin.interpolatec C r rP )r� r= �geos_interpolate_normalizedr7 r" r9 r9 r: �interpolate_normalized� r$ z*LinearGeometryMixin.interpolate_normalizedc C �. ddl m} t||�std��t�| j|j�S �Nr r" z%locate_point argument must be a Point)r1 r# rp r r= � geos_projectr7 �r6 r1 r# r9 r9 r: �project� � zLinearGeometryMixin.projectc C r' r( )r1 r# rp r r= �geos_project_normalizedr7 r* r9 r9 r: �project_normalized� r, z&LinearGeometryMixin.project_normalizedc C r� )z9 Return the line merge of this Geometry. )r� r= �geos_linemerger7 rA r9 r9 r: �merged� s zLinearGeometryMixin.mergedc C r� )z@ Return whether or not this Geometry is closed. )r= � geos_isclosedr7 rA r9 r9 r: �closed� s zLinearGeometryMixin.closedN) r r r �__doc__r# r& r+ r. r r0 r2 r9 r9 r9 r: r � s r c s" e Zd ZdZd� fdd� Z� ZS )r- z6A class that, generally, encapsulates a GEOS geometry.Nc s` d}t |t�r t|�}t |t�rPt�|�}|r+|d r!t|d �}| �t|d ��}nMt �|�r9t � � t|��}n?t �|�rLt j�|�}|�� }|j}n,td��t |t�rX|}n t |t�rdt � � |�}nt |t�rpt�|j�}ntdt|� ��|s~td��|p�t� |�p�d}|r�|r�||kr�td| ��t � � |d� |p�|}|r�t |t�r�|| _dS dS dS )a� The base constructor for GEOS geometry objects. It may take the following inputs: * strings: - WKT - HEXEWKB (a PostGIS-specific canonical form) - GeoJSON (requires GDAL) * memoryview: - WKB The `srid` keyword specifies the Source Reference Identifier (SRID) number for this Geometry. If not provided, it defaults to None. NrX ri z3String input unrecognized as WKT EWKT, and HEXEWKB.z Improper geometry input type: %sz4Could not initialize GEOS Geometry with given input.z$Input geometry already has SRID: %d.) rp rQ r rq r rc re rf r r r rT r r rk � from_jsonr� rX rd r rU r- r= r r7 r r, r r� �superr; )r6 � geo_inputrX � input_srid�wkt_mr� r� �r4 r9 r: r; � sB �zGEOSGeometry.__init__rP )r r r r3 r; � __classcell__r9 r9 r9 r: r- � s r- )*r3 rb �ctypesr r r �django.contrib.gisr �django.contrib.gis.geometryr r r �django.contrib.gis.geosr r= � django.contrib.gis.geos.baser � django.contrib.gis.geos.coordseqr � django.contrib.gis.geos.errorr � django.contrib.gis.geos.libgeosr r �$django.contrib.gis.geos.mutable_listr � django.contrib.gis.geos.preparedr �%django.contrib.gis.geos.prototypes.ior r r r r �django.utils.deconstructr �django.utils.encodingr r r r r- r9 r9 r9 r: �<module> s0 (
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