Ë ÄOígp,ãó—dZddlZddlZddlmZmZddlmZddl m Z ddlmZddl mZgd¢Zd „ZGd „de«Zeej$j&d<Gd „d«ZGd„de «Zeej$j&d<dd„Zy)z*Polygons and their linear ring components éN)Úis_ccw_implÚsigned_area)ÚTopologicalError)ÚBaseGeometry)Ú LineString)ÚPoint)ÚorientÚPolygonÚ LinearRingcóÚ—tj|«}tj|«}tjtj|««}|rtj ||«}|S©N)ÚshapelyÚfrom_wkbÚget_sridÚlinearringsÚget_coordinatesÚset_srid)ÚwkbÚ linestringÚsridÚ linearrings ú]/var/www/html/public_html/myphp/venv/lib/python3.12/site-packages/shapely/geometry/polygon.pyÚ_unpickle_linearringrsX€Ü×!Ñ! #Ó&€JÜ×Ñ˜JÓ'€DÜ×$Ñ$¤W×%<Ñ%<¸ZÓ%HÓI€JÙÜ×%Ñ% j°$Ó7ˆ ØÐócóR—eZdZdZgZdd„Zed„«Zd„Zed„«Z ed„«Z y) raŽ A geometry type composed of one or more line segments that forms a closed loop. A LinearRing is a closed, one-dimensional feature. A LinearRing that crosses itself or touches itself at a single point is invalid and operations on it may fail. Parameters ---------- coordinates : sequence A sequence of (x, y [,z]) numeric coordinate pairs or triples, or an array-like with shape (N, 2) or (N, 3). Also can be a sequence of Point objects. Notes ----- Rings are automatically closed. There is no need to specify a final coordinate pair identical to the first. Examples -------- Construct a square ring. >>> ring = LinearRing( ((0, 0), (0, 1), (1 ,1 ), (1 , 0)) ) >>> ring.is_closed True >>> list(ring.coords) [(0.0, 0.0), (0.0, 1.0), (1.0, 1.0), (1.0, 0.0), (0.0, 0.0)] >>> ring.length 4.0 Ncó—|€tjd«St|t«r8t |«t k(r|S|jstd«‚|j}nÏt|d«rtj|«}t|tj«r/tj|jtj«rned„}tj |Dcgc] }||«‘Œc}«}tj|jtj«st#d«‚t%|«dk(rtjd«Stj&|«}t|t «st#d«‚|Scc}w)NzLINEARRING EMPTYz"An input LineString must be valid.Ú __array__có|—t|t«r|jdS|Dcgc] }t|«‘Œc}Scc}w©Nr)Ú isinstancerÚcoordsÚfloat)ÚoÚcs rÚ_coordsz#LinearRing.__new__.._coordsWs2€Ü! !¤UÔ+Ø Ÿx™x¨™{Ð*à23Ö4¨Q¤ a¥Ò4Ð4ùÒ4s¤9z&Inconsistent coordinate dimensionalityrz/Invalid values passed to LinearRing constructor)rÚfrom_wktr rÚtyperÚis_validrr!ÚhasattrÚnpÚasarrayÚndarrayÚ issubdtypeÚdtypeÚnumberÚarrayÚ ValueErrorÚlenr)ÚselfÚcoordinatesr%r#Úgeoms rÚ__new__zLinearRing.__new__>s>€ØÐô×#Ñ#Ð$6Ó7Ð7Ü ˜¤ZÔ 0ÜKÓ ¤JÒ.à"Ð"Ø ×)Ò)Ü&Ð'KÓLÐLð*×0Ñ0‘ô{ KÔ0Ü Ÿj™j¨Ó5Ü˜+¤r§z¡zÔ2´r·}±}Ø×!Ñ!¤2§9¡9ô8ðò5ô!Ÿh™h¸KÖ'H°q©° Ò'HÓIÜ—}‘} [×%6Ñ%6¼¿ ¹ ÔBô%Ð%MÓNÐNäˆ{Ó˜qÒ ô×#Ñ#Ð$6Ó7Ð7ä×"Ñ" ;Ó/ˆÜ˜$¤ Ô+ÜÐNÓOÐOØˆùò(IsÃ Fcó2—dt|j«dœS)Nr©r'r4)Útupler!©r3s rÚ__geo_interface__zLinearRing.__geo_interface__ms€à$´U¸4¿;¹;Ó5GÑHÐHrcó>—ttj|d¬«ffS)zWKB doesn't differentiate between LineString and LinearRing so we need to move the coordinate sequence into the correct geometry typeT)Úinclude_srid)rrÚto_wkbr:s rÚ __reduce__zLinearRing.__reduce__qs€ô%¤w§~¡~°dÈÔ'NÐ&PÐQÐQrcó4—tt«|««S)z/True is the ring is oriented counter clock-wise)Úboolrr:s rÚis_ccwzLinearRing.is_ccwvs€ôM”K“M $Ó'Ó(Ð(rcó>—ttj|««S)zsTrue if the geometry is simple, meaning that any self-intersections are only at boundary points, else False)rArÚ is_simpler:s rrDzLinearRing.is_simple{s€ô”G×%Ñ% dÓ+Ó,Ð,rr )Ú__name__Ú __module__Ú__qualname__Ú__doc__Ú __slots__r6Úpropertyr;r?rBrD©rrrrsY„ñ ðD€Ió-ð^ñIóðIòRð ñ)óð)ðñ-óñ-rrécó@—eZdZdZdZdZdZd„Zd„Zd„Z d„Z d„Zd„Zy) ÚInteriorRingSequenceNrcó4—||_|j|_yr )Ú_parentÚ_ndim)r3Úparents rÚ__init__zInteriorRingSequence.__init__Œs€ØˆŒØ—\‘\ˆ rcó>—d|_|j«|_|Sr)Ú_indexÚ__len__Ú_lengthr:s rÚ__iter__zInteriorRingSequence.__iter__s€ØˆŒØ—|‘|“~ˆŒØˆrcó¤—|j|jkr2|j|j«}|xjdz c_|St‚)Né)rUrWÚ _get_ringÚ StopIteration)r3Úrings rÚ__next__zInteriorRingSequence.__next__•s=€Ø;‰;˜Ÿ™Ò%Ø—>‘> $§+¡+Ó.ˆDØKŠK˜1ÑKØˆKäÐrcó@—tj|j«Sr )rÚget_num_interior_ringsrPr:s rrVzInteriorRingSequence.__len__s€Ü×-Ñ-¨d¯l©lÓ;Ð;rcóz—|j«}t|t«r6||zdks||k\rtd«‚|dkr||z}n|}|j |«St|t «rKg}|j |«\}}}t|||«D]"}|j|j |««Œ$|Std«‚)Nrzindex out of rangezkey must be an index or slice) rVr ÚintÚ IndexErrorr[ÚsliceÚindicesÚrangeÚappendÚ TypeError)r3ÚkeyÚmÚiÚresÚstartÚstopÚstrides rÚ__getitem__z InteriorRingSequence.__getitem__ s¹€ØL‰L‹NˆÜcœ3ÔØQ‰w˜Š{˜c QšhÜ Ð!5Ó6Ð6ØQŠwØ˜‘G‘àØ—>‘> !Ó$Ð$Ü ˜œUÔ #ØˆCØ"%§+¡+¨a£.ÑˆE4˜Ü˜5 $¨Ó/ò .Ø— ‘ ˜4Ÿ>™>¨!Ó,Õ-ð .àˆJäÐ;Ó<Ð>> coords = ((0., 0.), (0., 1.), (1., 1.), (1., 0.), (0., 0.)) >>> polygon = Polygon(coords) >>> polygon.area 1.0 có2—|€tjd«St|t«r|St |«}|)t|«dk(rd}n|Dcgc] }t |«‘Œ}}tj||¬«}t|t«std«‚|Scc}w)Nz POLYGON EMPTYr)Úholesz,Invalid values passed to Polygon constructor)rr&r r rr2Úpolygonsr1)r3Úshellrur]r5s rr6zPolygon.__new__Ýs“€Øˆ=ô×#Ñ# OÓ4Ð4Ü ˜œwÔ 'àˆLä˜uÓ%ˆEàÐÜ5‹z˜QŠà‘à6;Ö<¨dœ DÕ)Ð<Ð<ä×Ñ ¨UÔ3ˆÜ˜$¤Ô(ÜÐKÓLÐLØˆùò=sÁBcó,—tj|«Sr )rÚget_exterior_ringr:s rÚexteriorzPolygon.exteriorôs€ä×(Ñ(¨Ó.Ð.rcó4—|jrgSt|«Sr )Úis_emptyrNr:s rÚ interiorszPolygon.interiorsøs€à=Š=ØˆIÜ# DÓ)Ð)rcó—td«‚)NzCComponent rings have coordinate sequences, but the polygon does not)ÚNotImplementedErrorr:s rr!zPolygon.coordsþs€ä!ØQó ð rc ó|—t|t«stSt|t«sy|j|jf}t|«ryt |«ry|jjg|jDcgc]}|j‘Œc}z}|jjg|jDcgc]}|j‘Œc}z}t|«t|«k(sytj t||«Dcgc]\}}tj||«‘Œc}}«Scc}wcc}wcc}}w)NFT)r rÚNotImplementedr r|ÚallÚanyrzr!r}r2r*ÚzipÚarray_equal)r3ÚotherÚcheck_emptyÚinteriorÚ my_coordsÚother_coordsÚleftÚrights rÚ__eq__zPolygon.__eq__s€Ü˜%¤Ô.Ü!Ð!Ü˜%¤Ô)ØØ—}‘} e§n¡nÐ5ˆÜˆ{ÔØÜ Ô ØØ—]‘]×)Ñ)Ð*Ø,0¯N©Nö. Ø (ˆHO‹Oò. ñ ˆ ðŸ™×-Ñ-Ð.Ø,1¯O©Oö2 Ø (ˆHO‹Oò2 ñ ˆô9‹~¤ \Ó!2Ò2Øäv‰vô$' y°,Ó#?÷ áD˜%ô—‘˜t UÕ+ó ó ð ùò. ùò2 ùó sÁ<D.Â8D3Ä D8 có •—t‰|«Sr )ÚsuperÚ__hash__)r3Ú __class__s €rrzPolygon.__hash__sø€Ü‰wÑÓ!Ð!rcóü—|jt«k(rg}nUt|jj«g}|jD]&}|jt|j««Œ(dt|«dœS)Nr r8)rzrr9r!r}rg)r3r!Úholes rr;zPolygon.__geo_interface__!sc€à=‰=œJ›LÒ(Ø‰Fä˜DŸM™M×0Ñ0Ó1Ð2ˆFØŸ™ò 2Ø— ‘ œe D§K¡KÓ0Õ1ð 2à!´%¸³-Ñ@Ð@rc ó—|jry|€|jrdnd}|€d}|jjDcgc]}dj|Ž‘Œc}g}|j Dcgc])}|jDcgc]}dj|Ž‘Œc}‘Œ+}}}dj ||zDcgc])}dj |d d j |dd««‘Œ+c}«} dj d |z| ||«Scc}wcc}wcc}}wcc}w)aÕReturns SVG path element for the Polygon geometry. Parameters ========== scale_factor : float Multiplication factor for the SVG stroke-width. Default is 1. fill_color : str, optional Hex string for fill color. Default is to use "#66cc99" if geometry is valid, and "#ff3333" if invalid. opacity : float Float number between 0 and 1 for color opacity. Default value is 0.6 zNz#66cc99z#ff3333g333333ã?z{},{}ú zM {} L {} zrz L rZzag@)r|r(rzr!Úformatr}Újoin) r3Úscale_factorÚ fill_colorÚopacityr$Úexterior_coordsrˆÚinterior_coordsr!Úpaths rÚsvgzPolygon.svg+s€ð=Š=ØØÐØ&*§m¢m™¸ˆJØˆ?ØˆGØ8<¿ ¹ ×8LÑ8LÖM°1˜N˜GŸN™N¨AÒ.ÒMÐNˆàJNÏ.É.÷ Ø>F¨¯©Ö9 Aˆ^ˆW^‰^˜QÒ Ô9ð ˆñ ðx‰xð.°Ñ?ö àð×$Ñ$ V¨A¡Y°· ± ¸6À!À"¸:Ó0FÕGò ó ˆð :ç ‰&|Ñ# T¨:°wÓ ?ð @ùòNùâ9ùó ùò s#¼C4Á%C>Á8C9ÂC>Â(.DÃ9C>có*—|||f||f||f||fg«S)z,Construct a `Polygon()` from spatial bounds.rK)ÚclsÚxminÚyminÚxmaxÚymaxs rÚfrom_boundszPolygon.from_boundsMs(€ñT˜4L 4¨ ,°°t°¸tÀT¸lÐKÓLÐLr)NN)çð?NN)rErFrGrHrIr6rJrzr}r!rrr;ržÚclassmethodr¥Ú __classcell__)r‘s@rr r ·sŽø„ñ!ðF€Ióð.ñ/óð/ðñ*óð*ð ñ óð ò ô4"ðñAóðAó @ðDñMóôMrr écó®—t|«}g}|j}t|«|zdk\r|j|«n*|jt |j «ddd…«|jD]O}t|«|zdkr|j|«Œ&|jt |j «ddd…«ŒQt|d|dd«S)NgéÿÿÿÿrrZ)r"rzrrgÚlistr!r}r )ÚpolygonÚsignÚsÚringsr]s rr r VsÁ€Ü ˆd‹€AØ€EØ×Ñ€DÜ4Ó˜1Ñ Ò#Ø ‰TÕà ‰”T˜$Ÿ+™+Ó&¡t¨ tÑ,Ô-Ø×!Ñ!ò2ˆÜtÓ˜qÑ CÒ'ØL‰L˜ÕàL‰Lœ˜dŸk™kÓ*©4¨R¨4Ñ0Õ1ð 2ô 5˜‘8˜U 1 2˜YÓ'Ð'r)r¦)rHÚnumpyr*rÚshapely.algorithms.cgarrÚshapely.errorsrÚshapely.geometry.baserÚshapely.geometry.linestringrÚshapely.geometry.pointrÚ__all__rrÚlibÚregistryrNr r rKrrúrºs‡ðñóãß;Ý+Ý.Ý2Ý(â -€òôf-ôf-ðR%€‡×ÑQÑ÷/:ñ/:ôdYMˆlôYMðx"€‡×ÑQÑô (r