hTZ HSSKJr SSKJrJrJrJr SSKJr SSK r SSK r SSK r SSK J r SSKJrJrJrJrJrJr SSKJrJrJrJrJrJr SSKJr SS KJrJ r SS K!J"r"J#r#J$r$J%r%J&r&J'r'J(r( SS K)J*r* S S K+J,r,J-r- S SK.J/r/ S SK0J1r1 S SK2J3r3J4r4 SSK5J6r6 \(a SSK7J8r8 SSK9J:r: SS/r;\ Rx"S5r=\"S0S\"SSS9_S\"SSS9_S\"S S!\ R|"SS"5\S#9_S$\"S%\R~\"S&9_S'\"S(\R~\"S&9_S)\"S*S \ R\S#9_S+\"S,S S9_S-\"S.S S9_S/\"S0S S9_S1\"S2\R~\#\ R\S39_S4\"S5\R\$\ R\S39_S6\"S7S \ R|"SS85\S#9_S9\"S:S \ R\S#9_S;\"SSS9_S?\"S@SS9_SA\"SBSCSDSE9_\"SFSCSDSE9\"SGSCSDSE9\"SHSCSDSE9SI.E5rD\"\D5rESJrF"SKS\5rGSOSLjrH\1"SMS\/55rISPSNjrJg)Q) annotations) TYPE_CHECKINGSequenceIterableOptional) ElementTreeN) validator) DXFAttributes DefSubclassDXFAttrXTypeRETURN_DEFAULTgroup_code_mapping)SUBCLASS_MARKERDXFStructureErrorDXF2010 DXFTypeError DXFValueErrorInvalidGeoDataException) VertexArray)TagsDXFTag)NULLVECZ_AXISY_AXISUVecVec3Vec2Matrix44)split_mtext_string) base_classSubclassProcessor) DXFObject)register_entity) default_copyCopyNotSupported)units) DXFNamespace)AbstractTagWriterGeoData MeshVerticesezdxf AcDbGeoDataversionZ)defaultblock_record_handleiJ0coordinate_typeF)r2r fixer design_point )xtyper2reference_point horizontal_unit_scale(horizontal_units[vertical_unit_scale)vertical_units\ up_direction)r<r2r r9north_direction scale_estimation_method_user_scale_factorsea_level_correctioni&sea_level_elevationcoordinate_projection_radius geo_rss_tagi.T)r2optionali1i2i3)observation_from_tagobservation_to_tagobservation_coverage_taga/ WORLD-MERCATOR CSQuadrantSimplified 1 -180.75 180.75 -80.75 84.75 WGS84 1 Easting E East 2 Northing N North Mercator (variant B) Longitude of natural origin0 Standard Parallel0 Scaling factor for coord differences1 False easting0 False northing0 WORLD-MERCATOR EPSG Code WGS84 Greenwich WGS84 WGS84 EPSG Code WGS84 6.37814e+06 6.35675e+06 WGS84 EPSG Code c\rSrSrSrSrg)r-r(N)__name__ __module__ __qualname____firstlineno__ VERTEX_SIZE__static_attributes__r]H/var/www/html/env/lib/python3.13/site-packages/ezdxf/entities/geodata.pyr-r-sKrdcUS:aS$S$)Nr()rJ )rgr])r0s remesh_group_codesris{800rdc ^\rSrSrSrSr\"\\5r \ r Sr Sr SrSrSrSrSrSrSU4S jjr\4S jrSSU4S jjjrSS jrSSS jjrS U4SjjrS!SjrS!SjrS"SjrS#SjrSS.S$SjjrS\ S.S%Sjjr!Sr"U=r#$)&r,zDXF GEODATA entityGEODATArr!r(r7r8cz>[TU]5 [5Ul[5Ul/UlSUlg)NrV)super__init__r-source_verticestarget_verticesfacescoordinate_system_definition)self __class__s reroGeoData.__init__s1 +~+~*, ,.)rdc4[SURS35e)Nz Copying of z not supported.)r'DXFTYPE)rt copy_strategys recopy GeoData.copysT\\N/JKKrdc">[TU]U5nU(awURSSSS9nURU[SSS9nUR U5nUS:aUR XC5 U$[RS5 URS5 U$) Nr!r1r()subclass_index group_coder2F)logz9GEODATA version 1 found, perhaps loaded data is incorrectrI) rnload_dxf_attribsdetect_implementation_versionfast_load_dxfattribsacdb_geo_data_group_codes!load_coordinate_system_definitionload_mesh_dataloggerwarningdiscard)rt processordxfr0tagsrus rerGeoData.load_dxf_attribssg&y1 == >G 11.u2D99$?D{##D2 O -. rdc## /nUHDnURS;a-URURRSS55 M@Uv MF [ U5(aSR U5Ulgg7f)N)-/^J rV)codeappendvaluereplacelenjoinrs)rtrlinestags rer)GeoData.load_coordinate_system_definition sbCxx:% SYY..tT:;  u::02D - sA5A7c[U5up41Skn/nUHupxXs:XaURRU5 M'Xt:XaURRU5 MIXu;dMPUS:Xak[ U5(a[[ U5S:wa[ S[ U5S35eUR R[U55 UR5 URU5 M U(a$UR R[U55 [ UR5[ UR5:wa [ S5eg)N>abcrr73GEODATA face definition error: invalid index count .LGEODATA mesh definition error: source and target point count does not match.) rirprrqrrrrtupleclear) rtrr0srctarget face_indicesfacerrs rerGeoData.load_mesh_data+s&w/ # KD{$$++E2$$++E2%2:#d))4yA~/%%(YKq2JJ%%eDk2JJL E"   JJ  eDk * t## $D,@,@(A A#"  Brdc>[TU]U5 UR[[R 5 UR RS:a[RS5 UR RU/SQ5 URU5 UR RU/SQ5 URU5 g)z(Export entity specific data as DXF tags.r(zGexporting unsupported GEODATA version 1, this may corrupt the DXF file!)r0r3r5r:r=r?rArCrErGrIrKrNrPrQrS)rUrXrYrZN) rn export_entity write_tag2r acdb_geo_datanamerr0rrexport_dxf_attribs#export_coordinate_system_definitionexport_mesh_data)rt tagwriterrus rerGeoData.export_entityGs i(_m.@.@A 88  a  NN   ##   * 00; ##    i(rdc[UR5[UR5:wa [S5e[ UR R 5up#URS[UR55 [URUR5H'upEURX$5 URX55 M) URS[UR55 URHen[U5S:wa[S[U5S35eUupxn URSU5 URSU5 URS U 5 Mg g) Nr]`r7rrrrr) rrprqrrirr0rzip write_vertexrr) rtrrrstrf1f2f3s rerGeoData.export_mesh_dataqs1 t## $D,@,@(A A#" 'txx'7'78 RT%9%9!:;,,d.B.BCDA  " "3 *  " "6 -D RTZZ1JJD4yA~' YKq*JBB  R (  R (  R (rdc<URRSS5n[USS9n[U5S:XaUR S5 [U5S:a2UR SUR S55 [U5S:aM2UR S US5 g) Nrr)sizerrVr!rr)rsrr rrrpop)rtrtextchunkss rer+GeoData.export_coordinate_system_definitions0088tD#Ds3 v;!  MM" &kAo  fjjm 4&kAoS&),rdc[R"URR5[R"URR54$N)r)decoderrArE)rts re decoded_unitsGeoData.decoded_unitss:||DHH556 HH # #9   rdcURn[U5n[R"U5nSnUR S5HYnURS5RnURS5S:XdM6US:XdM>[URS 55n O SnUR S 5HcnURS 5RnUS :XdM'URS5Rn U S;aSnOU S;aSnO[ SU 35e O Uc [ S5eUc [ S5eX64$![Ra [ S5ef=f![a SnGN f=f![a [ S URS 535ef=f![a SnNf=f![a [ S5ef=f)a8Returns the EPSG index and axis-ordering, axis-ordering is ``True`` if fist axis is labeled "E" or "W" and ``False`` if first axis is labeled "N" or "S". If axis-ordering is ``False`` the CRS is not compatible with the ``__geo_interface__`` or GeoJSON (see chapter 3.1.1). Raises: InvalidGeoDataException: for invalid or unknown XML data The EPSG number is stored in a tag like: .. code:: OSGB1936.NationalGrid EPSG Code The axis-ordering is stored in a tag like: .. code:: 1 Easting E east 2 Northing N north z3failed to parse coordinate_system_definition as xmlNAlias NamespacerVtypeCoordinateSystemz EPSG Codeidzinvalid epsg number: z.//CoordinateSystemAxis AxisOrder1AxisAbbreviationzfirst axis not defined)EWT)NSFzunknown first axis: z no EPSG code associated with CRSz!could not determine axis ordering) rs_remove_xml_namespacesr fromstring ParseErrorrfindallfindrAttributeErrorgetint ValueError) rt definitionrootcrsalias namespace xy_orderingaxis axis_order first_axiss reget_crsGeoData.get_crssP66  0 ;J))*5D \\'*E !JJ{388 yy $669 ;Seiio.C + LL!:;D !YY{388 S L!%+=!>!C!CJ+"&K:-"'K14H 2UVV%<( ;)*LM M  )*MN N# #_%% )E  "    "1/ $/@A"   &L12JKKLsG!D8EE.6FF+8 E E+*E+.(F F('F(+GF) no_checkscUR5up#U(GdURR[R:wGd3URR [R :wGd [R"URRS5(aURRS:wd[R"URRS5(aUR(dURRRS5(aUURRS:wd;URRS:wd!URR S:wdU(d'[#SURR%5S35eURR&nURR(nURR*n[R,"UR.UR05[R2S- - *n[4R6"UR0*UR.*S5[4R8"URR:URR<S5-[4R>"U5-[4R6"UR0UR.S5-nX4$) aReturns the transformation matrix and the EPSG index to transform WCS coordinates into CRS coordinates. Because of the lack of proper documentation this method works only for tested configurations, set argument `no_checks` to ``True`` to use the method for untested geodata configurations, but the results may be incorrect. Supports only "Local Grid" transformation! Raises: InvalidGeoDataException: for untested geodata configurations ?r)rrr!rVz Untested geodata configuration: zC. You can try with no_checks=True but the results may be incorrect.r(r!) rrr5r, LOCAL_GRIDrKNONEmathiscloserNrPrQrrrGrZrXrYrall_existing_dxf_attribsr:r=rIatan2yxpir translatescaler?rCz_rotate) rtrepsgrsourcernorththetatransformations reget_crs_transformationGeoData.get_crs_transformations!LLN((G,>,>>8833w||C||DHH$>$>DD8800A5||DHH$@$@!DD::xx,,44Y??8844:8800B688.."4"-6xx88:;<01&&))((**UWWegg.1<=   y688)Q 7nn..0L0La &  '   688Q7  8 ##rd)rr!)rIrc6URnUc [S5eURn[S:Xa [S5e[RUnUc[SU35eSU- n[UR lSUR lSUR lSUR l [RUR l [RUR lSUR lX`R lXR lX`R lXR l[)U5UR l[)U5UR l[/U5UR l[3U5Ulg)a=Setup local grid coordinate system. This method is designed to setup CRS similar to `EPSG:3395 World Mercator`, the basic features of the CRS should fulfill these assumptions: - base unit of reference coordinates is 1 meter - right-handed coordinate system: +Y=north/+X=east/+Z=up The CRS string is not validated nor interpreted! .. hint:: The reference point must be a 2D cartesian map coordinate and not a globe (lon/lat) coordinate like stored in GeoJSON or GPS data. Args: design_point: WCS coordinates of the CRS reference point reference_point: CRS reference point in 2D cartesian coordinates north_direction: north direction a 2D vertex, default is (0, 1) crs: Coordinate Reference System definition XML string, default is the definition string for `EPSG:3395 World Mercator` NzValid DXF document required.rzCDXF document requires units to be set, current state is "unitless".zUnsupported document units: rrV)docrr) METER_FACTORrrrGrZrXrYr,rrKrr5rPrAr?rErCrr:r=rrIstrrs) rtr:r=rIrr wcs_units meter_factor unit_factors resetup_local_gridGeoData.setup_local_grid.s<<hh ; >? ?II A:X )))4  ">yk JK KL( &,.)(*%&(#+2<<(#*#5#5 ()%$-!*5&"+'2$!%\ 2#'#8 #'#8 ,/H)rd)rsrrrprq)returnNoner)rzOptional[SubclassProcessor]r r*)rrr Iterable[DXFTag])r()rr r0r)rr+r r )rr+)r z#tuple[Optional[str], Optional[str]])r ztuple[int, bool])rboolr ztuple[Matrix44, int]) r:rr=rrIrrrr r )$r^r_r`ra__doc__rxr r"r DXFATTRIBSrMIN_DXF_VERSION_FOR_EXPORTUNKNOWNrPROJECTED_GRID GEOGRAPHICr USER_SCALE GRID_SCALE PRISMOIDEALror&rzrrrrrrrrr EPSG_3395rrc __classcell__)rus@rer,r,sGz=9J!(GJNJ DJJK/".L8<4 2 ?8()T)2- ]$@$)5$ 5$ 5$x!' =5=5 =5  =5  =5 =5=5rdc2[R"SSU5$)Nz xmlns="[^"]*"rV)resub) xml_strings rerrns 66/2z 22rd)r0rr ztuple[int, int])rrr r)K __future__rtypingrrrr xml.etreerrrlogging ezdxf.lldxfr ezdxf.lldxf.attributesr r r r rrezdxf.lldxf.constrrrrrrezdxf.lldxf.packedtagsrezdxf.lldxf.tagsrr ezdxf.mathrrrrrrrezdxf.tools.textr dxfentityr"r#dxfobjr$factoryr%rzr&r'rVr)ezdxf.entitiesr*ezdxf.lldxf.tagwriterr+__all__ getLoggerris_in_integer_rangepoint3d is_not_zerois_not_null_vectorpoint2dis_integer_boolrrrr-rir,rr]rdrer5s #>>! !/)JJJ/4$0+7 n %   7 #a 72q)a wsC8 a 7 33Aq9  a" %--I#a( 72U]]GL)a.  ++ " /a@ GB2AaF wr15GaN '"a0OaP  --22  Qab 7 --22  caz "7 33Aq9 $ {aF W ++  GaT  // ! Ua` wsA6aab 'Q(?caf wsB>gah!(R$ G%c2E$+Cd$Kmad J/}=M  `;1A5iA5A5H 3rd