hSSKJr SSKJrJrJrJrJrJrJ r SSK J r SSK J r SSKJrJrJrJrJrJrJr SSKJrJrJr SSK Jr SSKJrJrJrJrJ r SS K!J"r"J#r# SS K$J%r% SS K&J'r' SS K(J)r) SS K*J+r+ SSK,J-r- SSK.J/r/J0r0 SSK1J2r2J3r3J4r4 SSK5J6r6 SSK7J8r8 \(a$SSK,J9r9 SSK*J:r:J;r;JJ?r? SSK@JArA SSKBJCrC /SQrD\"S\"S\R\S9\"SSS9\"SSS S!9\"S"SS S!9\"S#SS \ R\S$9\"S%SS \ R\S$9\"S&SS S!9\"S'SS S!9\"S(SS \ R"1S)k5\S$9\"S*SS S!9\"S+\R\S \ R\S,9S-. 5rI\"\IS.S/9rJ\"\4\J5rK\+R"S0S1\855rM"S2S3\M5rN"S4S55rO"S6S75rP"S8S9\M5rQ"S:S;5rR\"S<\"S\RS=9\"SSS S!9\"S"SS S!9\"S>SS S!9\"SSS9\"S?S S@9\"S#S S@9\"S%S S@9\"S&S S@9\"S'S S@9\"SAS S@9SB. 5rS\"\S5rT\"\4\T5rU\+R"SCSD\255rVSGSHSEjjrWgF)I) annotations) TYPE_CHECKINGIterableIteratorUnioncastSequenceOptional)chain) validator)DXFAttr DXFAttributes DefSubclassXTypeRETURN_DEFAULTgroup_code_mappingmerge_group_code_mappings)DXF12SUBCLASS_MARKER VERTEXNAMES)const)Vec3Matrix44NULLVECZ_AXISUVec) OCSTransformNonUniformScalingError)virtual_polyline_entitiesexplode_entity) EntityQuery)factory) AuditError) base_classSubclassProcessor) DXFGraphic acdb_entityacdb_entity_group_codes) FORMAT_CODES)LinkedEntities)Auditor) DXFNamespaceLineArcFace3d) BaseLayout)AbstractTagWriter)FaceType)PolylinePolyfacePolymeshAcDbPolylineDummy )xtypedefaultF)r;(T)r;optional)G)r;r>r fixerHIJK>r')r:r;r>r rA elevationflagsdefault_start_widthdefault_end_widthm_countn_countm_smooth_densityn_smooth_density smooth_type thickness extrusion)B)ignorec^\rSrSrSrSr\"\\\ 5r Sr \ r Sr SrSrSrS rS rS rS rS rSrSr\\-\-r\S3Sj5rS4S5U4SjjjrS6U4SjjrS7U4SjjrS8SjrS9SjrS:Sjr S;Sjr!\SS jjr+S=S>S!jjr,S?S>S"jjr-S:S#jr.S@S$jr/SAS%jr0SAS&jr1SBS'jr2S4SCS(jjr3SDSES)jjr4S4SFS*jjr5S4SGS+jjr6SHS,jr7SIS-jr8SJS.jr9S4SKS/jjr:SLS0jr;SMS1jr$)Nr5}zDXF POLYLINE entity The POLYLINE entity is hard owner of its VERTEX entities and the SEQEND entity: VERTEX.dxf.owner == POLYLINE.dxf.handle SEQEND.dxf.owner == POLYLINE.dxf.handle POLYLINEr%rH @rrFrGcUR$N _sub_entitiesselfs I/var/www/html/env/lib/python3.13/site-packages/ezdxf/entities/polyline.pyverticesPolyline.verticess!!!ch>[[U] U5nU(aURU[5 U$z!Loading interface. (internal API))superr(load_dxf_attribssimple_dxfattribs_loadermerged_polyline_group_codesrg processordxf __class__s rhroPolyline.load_dxf_attribss/ J6yA   . .s4O P rkcP>^[TU]T5 URU4Sj5 g)z?Export POLYLINE entity and all linked entities: VERTEX, SEQEND.c&>URT5$rc) export_dxf)e tagwriters rh%Polyline.export_dxf..sALL,CrkN)rnryprocess_sub_entitiesrgr{rus `rhryPolyline.export_dxfs 9% !!"CDrkc>[TU]U5 UR[:a$UR [ UR 55 UR SS5 URRU/SQ5 g)z*Export POLYLINE specific data as DXF tags.rWr%rKN) rn export_entity dxfversionr write_tag2rget_modertexport_dxf_attribsrs rhrPolyline.export_entitys^ i(   % '  $--/ BR# ##   rkcJURHnXRlM g)zoEvent handler for layer change. Changes also the layer of all vertices. Args: layer: new layer as string N)rirtlayer)rgrvs rhon_layer_changePolyline.on_layer_changesAEEKrkcJURHnXRlM g)z{Event handler for linetype change. Changes also the linetype of all vertices. Args: linetype: new linetype as string N)rirtlinetype)rgrrs rhon_linetype_changePolyline.on_linetype_changesA%EENrkcD[RUR5$rc)r VERTEX_FLAGSrrfs rhget_vertex_flagsPolyline.get_vertex_flagss!!$--/22rkcpUR(agUR(agUR(agg)zrReturns POLYLINE type as string: - "AcDb2dPolyline" - "AcDb3dPolyline" - "AcDbPolygonMesh" - "AcDbPolyFaceMesh" AcDb3dPolylineAcDbPolygonMeshAcDbPolyFaceMeshAcDb2dPolyline)is_3d_polylineis_polygon_meshis_poly_face_meshrfs rhrPolyline.get_modes+   #  ! !$  # #%#rkcNURRUR-S:H$)z&``True`` if POLYLINE is a 2D polyline.r)rtrMANY3Drfs rhis_2d_polylinePolyline.is_2d_polylines xx~~ *a//rkcZ[URRUR-5$)z&``True`` if POLYLINE is a 3D polyline.)boolrtrM POLYLINE_3Drfs rhrPolyline.is_3d_polylines"DHHNNT%5%5566rkcZ[URRUR-5$)z=``True`` if POLYLINE is a polygon mesh, see :class:`Polymesh`)rrtrMPOLYMESHrfs rhrPolyline.is_polygon_mesh DHHNNT]]233rkcZ[URRUR-5$)z?``True`` if POLYLINE is a poly face mesh, see :class:`Polyface`)rrtrMPOLYFACErfs rhrPolyline.is_poly_face_meshrrkcZ[URRUR-5$)z``True`` if POLYLINE is closed.)rrtrMCLOSEDrfs rh is_closedPolyline.is_closeds DHHNNT[[011rkcZ[URRUR-5$)zF``True`` if POLYLINE (as :class:`Polymesh`) is closed in m direction. )rrtrMMESH_CLOSED_M_DIRECTIONrfs rh is_m_closedPolyline.is_m_closed " DHHNNT%A%AABBrkcZ[URRUR-5$)zF``True`` if POLYLINE (as :class:`Polymesh`) is closed in n direction. )rrtrMMESH_CLOSED_N_DIRECTIONrfs rh is_n_closedPolyline.is_n_closedrrkc^UR(a[SUR55$g)z3Returns ``True`` if 2D POLYLINE has an arc segment.c3# UHEoRRS5=(a [URR5v MG g7f)bulgeN)rthasattrrr).0rs rh #Polyline.has_arc..s3FS g&<4 +<.[s@- ##-"$rrfs rhpointsPolyline.pointsRsA$--@@rkcT^UR5nUR(dU$URRRmT(a U4SjU5n[ R "URR5(aU$UR5nURU5$)zlReturns all polyline points in :ref:`WCS` coordinates as :class:`~ezdxf.math.Vec3`. .. versionadded:: 1.4 c3@># UHoRTS9v M g7f)zN)replace)rprLs rhr)Polyline.points_in_wcs..js=fii)i,fs) rrrtrLrriscloserVocs points_to_wcs)rgrrrLs @rh points_in_wcsPolyline.points_in_wcs]sz""M88--// =f=F >>$((,, - -Mhhj  ((rkc:URRU5 grc)riappend)rgrs rh_append_vertexPolyline._append_vertexrs V$rkc~[U=(d 05nURX5HnURU5 M g)zAppend multiple :class:`Vertex` entities at location `points`. Args: points: iterable of (x, y[, z]) tuples dxfattribs: dict of DXF attributes for the VERTEX objects Ndict_build_dxf_verticesr)rgr dxfattribsrs rhappend_verticesPolyline.append_verticesus7**+ ..vBF    'Crkc[U=(d 05nURSS5UR5-US'URRUS'URR US'URR S5(aURRUS'UHPn[XB5nURU5 [[URSU55nURU5 MR g)a Append multiple :class:`Vertex` entities at location `points`. Args: points: iterable of (x, y, [start_width, [end_width, [bulge]]]) tuple format: format string, default is "xy", see: :ref:`format codes` dxfattribs: dict of DXF attributes for the VERTEX objects rMrownerrrVERTEXN)rgetrrtrrrrvertex_attribsupdater DXFVertex_new_compound_entityr)rgrformatrpointattribsrs rhappend_formatted_vertices"Polyline.append_formatted_verticess**+ (nnWa84;P;P;RR 7#hhnn 7"hhnn 7 88  J ' '%)XX%6%6Jz "E$U3G NN: &)T%>%>x%QRF    ' rkc[U=(d 05nURU/U5HnURU5 M g)zAppend a single :class:`Vertex` entity at location `point`. Args: point: as (x, y[, z]) tuple dxfattribs: dict of DXF attributes for :class:`Vertex` class Nr)rgrrrs rh append_vertexPolyline.append_vertexs;**+ ..w CF    'Drkcx[U=(d 05n[URX#55URX&g)a Insert vertices `points` into :attr:`Polyline.vertices` list at insertion location `pos` . Args: pos: insertion position of list :attr:`Polyline.vertices` points: list of (x, y[, z]) tuples dxfattribs: dict of DXF attributes for :class:`Vertex` class N)rlistrri)rgrrrs rhinsert_verticesPolyline.insert_verticess1**+ !%d&>&>v&R!S crkc## URSS5UR5-US'URRUS'URRUS'URR S5(aURR US'UH3n[U5US'[[URSU55v M5 g7f) zConverts point (x, y, z) tuples into DXFVertex objects. Args: points: list of (x, y, z)-tuples dxfattribs: dict of DXF attributes rMrrrrrrN) rrrthandlerrrrrr r )rgrrrs rhrPolyline._build_dxf_verticess)nnWa84;P;P;RR 7#hhoo 7"hhnn 7 88  J ' '%)XX%6%6Jz "E%)%[Jz "y$";";Hj"QR RsC CcUR5nUS:Xa[RU5$US:Xa[RU5$U$)Nrr)rr6 from_polyliner7)rgmodes rhr Polyline.castsF}} % %))$/ / & &))$/ /Krkc^U4SjnTR(Ga TRn[TRRU5nUR(dTR (a [ S5eURS5(aURRnOSnU"U5Vs/sHodRU5PM nnU(aUSRSSS9Ul[TRU5HuphURn XlU RS5(a URU R 5U lU RS 5(dMeURU R"5U lM URS 5(a URUR$5UlURS 5(a URUR&5UlURS 5(a UR)UR*5UlUR,UlO$TRHnUR/U5 M TR1U5 T$s snf) a`Transform the POLYLINE entity by transformation matrix `m` inplace. A non-uniform scaling is not supported if a 2D POLYLINE contains circular arc segments (bulges). Args: m: transformation :class:`~ezdxf.math.Matrix44` Raises: NonUniformScalingError: for non-uniform scaling of 2D POLYLINE containing circular arc segments (bulges) c3># TRH/nURRnUbURUS9nUv M1 g7f)Nr)rirtrr)rLrrrgs rh_ocs_locations*Polyline.transform.._ocs_locationssC--!::..( (//)/U>U*V'{{.//(+(;(;CTUlURnURT:waTUlURT:waTUlggrc)docrtrr)entityrtr<rrs rhaudit_sub_entity(Polyline.audit..audit_sub_entity:s>FJ**CyyE!! yyE!! "rkz#Created required SEQEND entity for .)codemessage dxf_entityN) r<rtrrriseqend new_seqend fixed_errorr$MISSING_REQUIRED_SEQENDstr)rgauditorr>rrDr<rrs @@@rhauditPolyline.audit7s "hhmmF V $$  V $  OO    77=c$i[J  rkreturnlist[DXFVertex]rcrszOptional[SubclassProcessor]rNr.)r{r3r{r3rNNone)rrH)rrHrNint)rNrHrNr)T)rNrR)TF)rNr )rNzIterator[Vec3])rr rNrR)rIterable[UVec]rNrR)xyN)rzIterable[Sequence]r rHrNrR)rrrNrR)rrTrrVrNrR)rrVrrrNzIterator[DXFVertex])rNz#Union[Polyline, Polymesh, Polyface])r.rrNr5)r3zOptional[BaseLayout]rNr")rNz"Iterator[Union[Line, Arc, Face3d]])rIr-rNrR)?__name__ __module__ __qualname____firstlineno____doc__DXFTYPErr&r) acdb_polyline DXFATTRIBSrrCURVE_FIT_VERTICES_ADDEDSPLINE_FIT_VERTICES_ADDEDrrrrGENERATE_LINETYPE_PATTERN NO_SMOOTHQUADRATIC_BSPLINE CUBIC_BSPLINEBEZIER_SURFACErpropertyriroryrrrrrrrrrrrrrrrrrrrrrrrrrrrrr,r4r8rJ__static_attributes__ __classcell__rus@rhr5r5}sAGz; FJ F$  !KH H #IMN ( "X -E ""8<4 E  0  &3$$0077444422CC CC (P P "" A)*% ( ("((  (< (<@ T T . T  TS$S26S S(BH 3 rkr5c\rSrSrSr\SSj5rSSSjjrSSjrSSSjjr SSSjjr SS jr SSS jjr SS jr SS jrS rg)r6iTam PolyFace structure: POLYLINE AcDbEntity AcDbPolyFaceMesh VERTEX - Vertex AcDbEntity AcDbVertex AcDbPolyFaceMeshVertex VERTEX - Face AcDbEntity AcDbFaceRecord SEQEND Order of mesh_vertices and face_records is important (DXF R2010): 1. mesh_vertices: the polyface mesh vertex locations 2. face_records: indices of the face forming vertices clURU5nURUlURUlU$rc shallow_copyrerD)clspolylinepolyfaces rhrPolyface.from_polylineks0##H-!)!7!7"//rkNc*URU/U5 g)zAppend a single face. A `face` is a sequence of (x, y, z) tuples. Args: face: sequence of (x, y, z) tuples dxfattribs: dict of DXF attributes for the VERTEX objects N) append_faces)rgfacers rh append_facePolyface.append_facess 4&*-rkc URSS5UR5-US'URSS5US'/nUH2nXBS'UR[ SUR SU555 M4 U$)zConvert (x, y, z) tuples into DXFVertex objects. Args: points: sequence of (x, y, z) tuples dxfattribs: dict of DXF attributes for the VERTEX entity rMrr0rr r)rrget_dxf_attribrrr )rgrrrirs rh_points_to_dxf_vertices Polyface._points_to_dxf_vertices}s)nnWa84;P;P;RR 7#11'3? 7$&E%*z " OO[$";";Hj"QR  rkc ^^UU4Sjn[T=(d 05mTR5upE/nUHxnTRU05n[U5n UR U5 [ U"5U5n [ [X[U5-55U lURU 5 Mz TR[XV55 g)zAppend multiple `faces`. `faces` is a list of single faces and a single face is a sequence of (x, y, z) tuples. Args: faces: iterable of sequences of (x, y, z) tuples dxfattribs: dict of DXF attributes for the VERTEX entity c>[RTS'[5TS'[[TR ST55$)NrMrr)rVTX_3D_POLYFACE_MESH_VERTEXrrr r )rrgsrhnew_face_record.Polyface.append_faces..new_face_records9"'"C"CJw %)VJz " 4#<#,>,@)%' D!%!=!=dB!G )*E  $ $%7 8#O$57HIK#(eSAS=T5T(U"VK    [ ) eN67rkc[XS9nUR5UlURURUR 5 g)zaBuild a valid POLYFACE structure from `faces`. Args: faces: iterable of FaceProxy objects. ) precisionN)PolyfaceBuilder get_verticesre update_count nverticesnfaces)rgrrpolyface_builders rhrPolyface._rebuilds@+5F.::< *446F6M6MNrkcDXRlX Rlgrc)rtrPrQ)rgrrs rhrPolyface.update_counts$!rkcJUR5up#URX15 g)zRebuilds the :class:`Polyface` by merging vertices with nearly same vertex locations. Args: precision: floating point precision for determining identical vertex locations N)rr)rgrrirs rhoptimizePolyface.optimizes ,,. e'rkc## UR5upUH-n[U5nURUR5 Uv M/ g7f)z~Iterable of all faces, a face is a tuple of vertices. Returns: list of [vertex, vertex, vertex, [vertex,] face_record] N)rrrr)rg_rru face_verticess rhrPolyface.facessD%%'D JM  !1!1 2 sAA c^/m/nURH'nUR(aTOURU5 M) U4SjU5nTU4$)zWReturns a list of all vertices and a generator of FaceProxy() objects. (internal API) c3<># UHn[UT5v M g7frc)r)rrris rhr)Polyface.indexed_faces..sR\k;11\s)riis_poly_face_mesh_vertexr)rg face_recordsrrris @rhrPolyface.indexed_facessO %'(* mmF88Xl R R $ S\Rrkrd)rpr5rNr6rc)rur4rNrR)rrVrNrO)rzIterable[FaceType]rNrRrG)rIterable[FaceProxy]rrTrNrR)rrTrrTrNrR)rrTrNrR)rNzIterator[list[DXFVertex]])rNz+tuple[list[DXFVertex], Iterator[FaceProxy]])rXrYrZr[r\ classmethodrrvr{rtrrrrrrhrLrkrhr6r6TsU,.$ ,8@ O" (  rkr6cl\rSrSrSrSrSSjrSSjrSSjrSSjr SSjr SS jr SS jr SS jr S rg )ria:Represents a single face of a polyface structure. (internal class) vertices: List of all polyface vertices. face_record: The face forming vertex of type ``AcDbFaceRecord``, contains the indices to the face building vertices. Indices of the DXF structure are 1-based and a negative index indicates the beginning of an invisible edge. Face.face_record.dxf.color determines the color of the face. indices: Indices to the face building vertices as tuple. This indices are 0-base and are used to get vertices from the list `Face.vertices`. )rirrcFX lXlUR5Ulg)zBReturns iterable of all face vertices as :class:`Vertex` entities.N)rir_indicesr)rgrris rh__init__FaceProxy.__init__s-5 &1&*mmo rkc,[UR5$)z5Returns count of face vertices (without face_record).)rrrfs rhrFaceProxy.__len__ s4<<  rkc:URURU$)zTReturns :class:`Vertex` at position `pos`. Args: pos: vertex position 0-based )rirrs rhrFaceProxy.__getitem__s}}T\\#.//rkc0^U4SjTR5$)Nc3B># UHnTRUv M g7frcr)rrrgs rhr%FaceProxy.__iter__..s?, e$,s)rrfs`rh__iter__FaceProxy.__iter__s?$,,??rkcSU5$)zBReturns iterable of all face vertex locations as (x, y, z)-tuples.c3L# UHoRRv M g7frcrrs rhr#FaceProxy.points..s7$ ##$rrLrfs rhrFaceProxy.pointss 7$77rkc8^U4Sj[R5$)Nc3\># UH!nTRRUS5v M# g7f)rN)rrz)rrrgs rhr)FaceProxy._raw_indices.. s)WEVT  //a88EVs),)rrrfs`rh _raw_indicesFaceProxy._raw_indicessWUEVEVWWrkcB[SUR555$)Nc3L# UHoS:wdM [U5S- v M g7f)rr%N)abs)rrs rhr%FaceProxy._indices..#s!S1DQR ^SZ!^1Ds $$)rrrfs rhrFaceProxy._indices"sS1B1B1DSSSrkcd[RUnURRU5S:$)zgReturns ``True`` if edge starting at vertex `pos` is visible. Args: pos: vertex position 0-based r)rrrrz)rgrrs rhis_edge_visibleFaceProxy.is_edge_visible%s0  %..t4q88rk)rrriN)rr rizSequence[DXFVertex]rS)rrTrNr )rNzIterator['DXFVertex'])rNzIterator[UVec])rNz Iterable[int])rNz Sequence[int])rrTrNr)rXrYrZr[r\ __slots__rrrrrrrrrhrLrkrhrrs9(7I6 !0@8XT9rkrcl\rSrSrSrS S Sjjr\S Sj5r\S Sj5rSSjr SSjr SSjr S r g )ri0z,Optimized POLYFACE builder. (internal class)c\X l/Ul/Ul0UlUR U5 grc)rrri index_mappingbuild)rgrrs rhrPolyfaceBuilder.__init__3s)'&( )+ ;= 5rkc,[UR5$rcrrfs rhrPolyfaceBuilder.nvertices:rrkc,[UR5$rc)rrrfs rhrPolyfaceBuilder.nfaces>s4::rkcZURSSnURUR5 U$rc)rirr)rgris rhrPolyfaceBuilder.get_verticesBs%==# #rkcBUHnURn[U[5H[upEURU5nURR US5S:aSOSnURR XVS-U-5 M] URRU5 M g)Nrr%) rr(raddrtrsetrr)rgrrurrrrsigns rhrPolyfaceBuilder.buildGsD**K #D+ 6 ((__00q9A=r2##D19*<= !7 JJ  k *rkc ^U4SjnU"URR5nTRU$![aD [ TR 5nUTRU'TR R U5 Us$f=f)Nc.>[U4SjU55$)Nc3P># UHn[UTR5v M g7frc)roundr)rcoordrgs rhr3PolyfaceBuilder.add..key..SsJE5%t~~66Es#&)r)rrgs rhkey PolyfaceBuilder.add..keyRsJEJK Krk)rtrrKeyErrorrrir)rgrrrrs` rhrPolyfaceBuilder.addQsy Lvzz**+ %%h/ /  &E+0D  x ( MM  (L  s4A BB)rrrriNr)rrrrTrSrM)rrrNrR)rr rNrT) rXrYrZr[r\rrgrrrrrrhrLrkrhrr0sA6"" + rkrcN\rSrSrSr\S Sj5rS S SjjrS SjrS Sjr Sr g)r7i_zw PolyMesh structure: POLYLINE AcDbEntity AcDbPolygonMesh VERTEX AcDbEntity AcDbVertex AcDbPolygonMeshVertex clURU5nURUlURUlU$rcrm)rorppolymeshs rhrPolymesh.from_polylinels0##H-!)!7!7"//rkNcx[U=(d 05nX#S'URU5nURU5 g)zSet location and DXF attributes of a single mesh vertex. Args: pos: 0-based (row, col) tuple, position of mesh vertex point: (x, y, z) tuple, new 3D coordinates of the mesh vertex dxfattribs: dict of DXF attributes rN)rget_mesh_vertexupdate_dxf_attribs)rgrrrrs rhset_mesh_vertexPolymesh.set_mesh_vertexss9**+ !&:%%c*!!*-rkcURRnURRnUupESUs=::aU:a'O O$SUs=::aU:aO OURXC-U-$[R "[ U55e)ziGet location of a single mesh vertex. Args: pos: 0-based (row, col) tuple, position of mesh vertex r)rtrPrQrir DXFIndexErrorrepr)rgrrPrQr.ns rhrPolymesh.get_mesh_vertexsl((""((""  G Q 0 0==q1 1%%d3i0 0rkc[U5$)zGet a :class:`MeshVertexCache` object for this POLYMESH. The caching object provides fast access to the :attr:`location` attribute of mesh vertices. )MeshVertexCacherfs rhget_mesh_vertex_cachePolymesh.get_mesh_vertex_caches t$$rkrL)rpr5rNr7rc)rtuple[int, int]rr)rrrNr )rNr) rXrYrZr[r\rrrrrrhrLrkrhr7r7_s*  . 1%rkr7cD\rSrSrSrSrS SjrS SjrS SjrS Sjr Sr g) rizCache mesh vertices in a dict, keys are 0-based (row, col)-tuples. vertices: Dict of mesh vertices, keys are 0-based (row, col)-tuples. Writing to this dict doesn't change the DXF entity. rcURXRRURR5Ulgrc)_setuprtrPrQri)rgmeshs rhrMeshVertexCache.__init__s+:>++ ((""DHH$4$4;  rkc0n[UR5n[U5H$n[U5Hn[U5XFU4'M M& U$rc)iterrirnext)rgrrPrQcacherir.rs rhrMeshVertexCache._setupsG24 &wA7^ $X!f $  rkcURURR$![a [R "[ U55ef=f)zXGet mesh vertex location as (x, y, z)-tuple. Args: pos: 0-based (row, col)-tuple. rirtrrrrrrs rhrMeshVertexCache.__getitem__sF 1==%))22 2 1%%d3i0 0 1s "%*AcX RURlg![a [R "[ U55ef=f)zvGet mesh vertex location as (x, y, z)-tuple. Args: pos: 0-based (row, col)-tuple. location: (x, y, z)-tuple Nr)rgrrs rh __setitem__MeshVertexCache.__setitem__s@ 1.6MM#  " " + 1%%d3i0 0 1s  *A N)rr5)rr5rPrTrQrTrNr)rrrNr)rrrrrNrR) rXrYrZr[r\rrrrrrhrLrkrhrrs"I  1 1rkr AcDbVertex)r:*2)r>[ rrrrrMtangentvtx0vtx1vtx2vtx3vertex_identifierc^\rSrSrSrSr\"\\\ 5r Sr Sr Sr SrSrS rS r\\-r\\-\-rSSU4S jjjrSU4S jjr\SS j5r\SSj5r\SSj5r\SSj5r\SSj5rSSjrSSSjjrSrU=r$)r izDXF VERTEX entityrr%r\rHr^r_r`rach>[[U] U5nU(aURU[5 U$rm)rnr(rorpmerged_vertex_group_codesrrs rhroDXFVertex.load_dxf_attribss/ J6yA   . .s4M N rkc >[TU]U5 UR[:aUR(aUR [ S5 OUR [ S5 UR(aUR [ S5 OfUR(aUR [ S5 O>UR(aUR [ S5 OUR [ S5 URRU/SQ5 g) z(Export entity specific data as DXF tags.AcDbFaceRecordr AcDb3dPolylineVertexAcDbPolyFaceMeshVertexAcDbPolygonMeshVertex AcDb2dVertexrN) rnrrris_face_recordrris_3d_polyline_vertexris_polygon_mesh_vertexrtrrs rhrDXFVertex.export_entity s i(   % '""$$_6FG$$_lC--((:PQ22((:RS00((:QR((.I ##   rkcNURRUR-S:H$)Nr)rtrMVTX3Drfs rhis_2d_polyline_vertexDXFVertex.is_2d_polyline_vertex/sxx~~ *a//rkcHURRUR-$rc)rtrMPOLYLINE_3D_VERTEXrfs rhr DXFVertex.is_3d_polyline_vertex3sxx~~ 7 777rkcHURRUR-$rc)rtrMPOLYGON_MESH_VERTEXrfs rhr! DXFVertex.is_polygon_mesh_vertex7sxx~~ 8 888rkcbURRUR-UR:H$rc)rtrM FACE_FLAGSrfs rhr"DXFVertex.is_poly_face_mesh_vertex;s"xx~~/4??BBrkcbURRUR-UR:H$rc)rtrMr.POLYFACE_MESH_VERTEXrfs rhrDXFVertex.is_face_record?s$0T5N5NNNrkcUR(aU$URURR5URlU$)zATransform the VERTEX entity by transformation matrix `m` inplace.)rr,rtr)rgr.s rhr,DXFVertex.transformCs4   KKK(9(9: rkc^ URn[UR5nURupEnURnUR nUR n [5m [U 4SjUR555$)a/Return formatted vertex components as tuple. Format codes: - ``x`` = x-coordinate - ``y`` = y-coordinate - ``z`` = z-coordinate - ``s`` = start width - ``e`` = end width - ``b`` = bulge value - ``v`` = (x, y, z) as tuple Args: format: format string, default is "xyz" c3.># UH nTUv M g7frcrL)rrAvarss rhr#DXFVertex.format..bs;NDT$ZNs) rtrrxyzrrrlocalsrlower) rgr rtrr$r%rbsrzr7s @rhr DXFVertex.formatJsb"hh  %%a II OO MMx;FLLN;;;rkrLrcrPrQrU)r.rrNr )r9)rNr ) rXrYrZr[r\r]rr&r) acdb_vertexr_EXTRA_VERTEX_CREATEDCURVE_FIT_TANGENTSPLINE_VERTEX_CREATEDSPLINE_FRAME_CONTROL_POINTr(r+r1r.r$rorrgr%r r!rrr,r rhrirjs@rhr r sGz; DJ !#$';;J !4 47K KE8<4 # J008899CCOO<res#!BA<<J;(#""4DD$%#>>(7& . Ru}}gFQ'&r1tD$RTB 88   88  $BDA#BDA  )),7  RT: --22  _7: v/}UK76$ S~SSlWxWt?9?9D,,^7%x7%t/1/1dBemm4r1t<RT: Q6Q'2-T*T*T*T*$R$7# ,-[954  z< z<z