hT%SSKJr SSKJrJrJrJrJrJrJ r SSK J r SSK J r SSKJr SSKrSSKrSSKJrJrJrJrJrJrJrJrJr \(aSSKJr SS KJ r J!r!J"r"J#r#J$r$J%r% /S Qr&\"S S 5r'\"S S5r(\\\\\4r)S\*S'\\r+S\*S'\Sr,S\*S'"SS5r-"SS\-5r.SSjr/\"S5r0"SS\-5r1"SS\5r2g)) annotations) TYPE_CHECKINGIterableTupleUnioncastSequenceOptional) TypeAlias)abstractmethod) namedtupleN) Vec2Vec3UVecBSplineConstructionRayOCSParallelRaysError bulge_to_arcConstructionArc)Drawing) DXFGraphicSolidTraceFace3d LWPolylinePolyline) TraceBuilder LinearTrace CurvedTrace LinearStation)vertex start_width end_width CurveStation)vertex0vertex1r FacePolygon)rrr QuadrilateralcH\rSrSr\SSj5rSSjrS S SjjrSrg) AbstractTrace0cgNselfs D/var/www/html/env/lib/python3.13/site-packages/ezdxf/render/trace.pyfacesAbstractTrace.faces1s c SSjn/n/nUR5H*upEpgURXV45 URXG45 M, [U"U55nUR[[U"U5555 U$)Nc3# [U5(dg[U5n[U5nUv UH!nURU5(aMUv UnM# g7fr/)leniternextisclose)vertices _verticesprevr"s r3merge$AbstractTrace.polygon..merge:sKx==XI ?DJ#||F++ L!D$s AA A)r=r)returnzIterable[UVec])r4extendlistreversed) r2r@forward_contourbackward_contourup1down1down2up2contours r3polygonAbstractTrace.polygon9s{ "')')&*jjl "C  " "E> 2  # #SJ /'3u_-.xU+;%< =>?r6Nc#Z# SSKJn US;a[SUS35e[U=(d 05nUR 5Hdn[ S5H nXVUSU3'M US:waUS US 'US US 'U"XU5nU(aUR RU5 Uv Mf g 7f)a Yields faces as SOLID, TRACE or 3DFACE entities with DXF attributes given in `dxfattribs`. If a document is given, the doc attribute of the new entities will be set and the new entities will be automatically added to the entity database of that document. Args: dxftype: DXF type as string, "SOLID", "TRACE" or "3DFACE" dxfattribs: DXF attributes for SOLID, TRACE or 3DFACE entities doc: associated document r)new>SOLIDTRACE3DFACEzInvalid dxftype .vtxrSvtx2vtx3N)ezdxf.entities.factoryrP TypeErrordictr4rangeentitydbadd)r2dxftype dxfattribsdocrPfaceientitys r3virtual_entitiesAbstractTrace.virtual_entitiesPs" / 6 6.wiq9: :**+ JJLD1X(, S9%("%)!W 6"%)!W 6"c2F   (L!sB)B+r0rBzIterable[Face])rBr)rRNNrczOptional[Drawing]rBzIterable[Quadrilateral]) __name__ __module__ __qualname____firstlineno__r r4rMrg__static_attributes__r0r6r3r,r,0s:  0JN!5F! !!r6r,cj\rSrSrSrS SjrSrSr\S Sj5r S SSjjr SS jr S r g)rtzlLinear 2D banded lines like polylines with start- and end width. Accepts 3D input, but z-axis is ignored. c /UlSUlgNg-q= _stationsabs_tolr1s r3__init__LinearTrace.__init__{s.0 r6c,[UR5$r/r9rvr1s r3__len__LinearTrace.__len__4>>""r6c URU$r/rvr2items r3 __getitem__LinearTrace.__getitem__~~d##r6c,[UR5$)z%`True` if at least one station exist.)boolrvr1s r3 is_startedLinearTrace.is_startedsDNN##r6Nc .UcUn[U5nURn[U5(a;USRR XR S9(aUR 5 UR[U[U5[U555 g)aAdd a trace station (like a vertex) at location `point`, `start_width` is the width of the next segment starting at this station, `end_width` is the end width of the next segment. Adding the last location again, replaces the actual last location e.g. adding lines (a, b), (b, c), creates only 3 stations (a, b, c), this is very important to connect to/from splines. Args: point: 2D location (vertex), z-axis of 3D vertices is ignored. start_width: start width of next segment end_width: end width of next segment N)rw) rrvrr"r<rwpopappendr!float)r2pointr#r$stationss r3 add_stationLinearTrace.add_stationsp"  #IU >> >>hrl1199%9V LLN eU;-?yAQRSr6c #(^^ # URm [T 5nUS:agSUU 4SjjnS SjnT SRRT SR5n/m[ US- 5H8nT UupgnT US-Rn TR [ XiXx55 M: U"S5upSn Sn TSupnn[ [T55HnTUunnnnUS:Xa@U(a0U"[T5S- 5unnU"UU U5nU"UU U5nUnUnOUnUnU n U n OU"XU5nU"XU5nU[T5S- :a+U"US-5unnU"UU U5nU"UU U5nU n U n Un Un OUnUnUUUU4v M g7f) aYields all faces as 4-tuples of :class:`~ezdxf.math.Vec2` objects. First and last miter is 90 degrees if the path is not closed, otherwise the intersection of first and last segment is taken into account, a closed path has to have explicit the same last and first vertex. rYNcD>^UU4SjnTTup#pEU"X#5U"XE54$)z0Create offset rays from segment offset vertices.c>URU5(a7TTRTTS-R- Rn[X5$[X5$)N)r<r"angler)v1v2rsegmentrs r3ray3LinearTrace.faces..offset_rays..raysV::b>>!)008GaK3H3O3OOe+255*222r6r0)rrleft1left2right1right2segmentsrs` r3 offset_rays&LinearTrace.faces..offset_rayss.  3,4G+< (E&u$c&&99 9r6c[URRUR55nUS:d [[RU- 5S:aU$UR U5$![ a Us$f=f)z7Intersect two rays but take parallel rays into account.g*5{?)abs direction angle_betweenmathpi intersectr)ray1ray2defaultrs r3r$LinearTrace.faces..intersectsj 44T^^DEEx3tww#7(#B ~~d++$  sA)) A87A8rrr)rintrBz'tuple[ConstructionRay, ConstructionRay])rrrrrrrBr)rvr9r"r<r^r_normal_offset_points)!r2countrr is_closedstation start_vertexr#r$ end_vertex offset_ray1 offset_ray2prev_offset_ray1prev_offset_ray2last_up1last_up2 last_down1 last_down2rerHrKrIrJlast_offset_ray1last_offset_ray2vtx0vtx1next_offset_ray1next_offset_ray2rXrZrrs! @@r3r4LinearTrace.facess+>>H  19  : : 4 : :$ ! )8 CG   QK&&..x|/B/BC UQY'G3;G3D 0Ly!'A+.55J OO%l W  ($/q> 6>b\2J s8}%A%-a[ "CeUAv:ES]UVEV9W6$&6$%5{CHD$%5{EJD $H!%JD D#. #. !!1D !1F3x=1$$5@Q5G2 "2 !1;F !1;D#. #. . . "dD( (M&sFFrurBNone)rBrr/)rrr#rr$zOptional[float]rBrri) rlrmrnro__doc__rxr|rpropertyrrr4rpr0r6r3rrtsa #$$$ MQTT(-T:IT T6o)r6rcX- R5nURS5nURUS- 5nURUS- 5nX-X-X- X- 4$)NTrY) normalize orthogonal)startendr#r$ dir_vectorortho offset_start offset_ends r3rrsj+((*J  ! !$ 'E??;?3LQ/J      r6)rrc\rSrSrSrS SjrSrSr\S Sj5r \SSSjj5r SSjr SS jr S r g )r i)z2D banded curves like arcs or splines with start- and end width. Represents always only one curved entity and all miter of curve segments are perpendicular to curve tangents. Accepts 3D input, but z-axis is ignored. c/Ulgr/rr1s r3rxCurvedTrace.__init__3s -/r6c,[UR5$r/r{r1s r3r|CurvedTrace.__len__6r~r6c URU$r/rrs r3rCurvedTrace.__getitem__9rr6cBU"5nUS-n[R"SURU5n[UR USS9[R"X#U55H=uupn [ U 5R S5n UR[ U5X5 M? U$)z Create curved trace from a B-spline. Args: spline: :class:`~ezdxf.math.BSpline` object start_width: start width end_width: end width segments: count of segments for approximation rr)nT)nplinspacemax_tzip derivativesrr_append) clsspliner#r$r curve_tracertr derivativewidthnormals r3 from_splineCurvedTrace.from_spline<s$e 1  KK6<< /*-   qA  & KE(R+ & U*%006F   U V ; + r6cURS::a[SURS35eU"5n[[R"UR S- U-5S5S-n[ UR5n[URURU55[R"X#U55HupURXU- U 5 M U$)aZ Create curved trace from an arc. Args: arc: :class:`~ezdxf.math.ConstructionArc` object start_width: start width end_width: end width segments: count of segments for full circle (360 degree) approximation, partial arcs have proportional less segments, but at least 3 Raises: ValueError: if arc.radius <= 0 rzInvalid radius: rTgv@rWr)radius ValueErrormaxrceil angle_spanrcenterrr=anglesrrr) rarcr#r$rrrrrrs r3from_arcCurvedTrace.from_arcXs. ::?/ |1=> >e DIIcnnu4x?@!DqHcjj! LLE* + KK  6 LE   v~u =  r6c[RU5(a[nOURUS- 5nURR [ X-X- 55 g)z Add a curve trace station (like a vertex) at location `point`. Args: point: 2D curve location (vertex), z-axis of 3D vertices is ignored. normal: curve normal width: width of station rYN) _NULLVEC2r<rrvrr%)r2rrrs r3rCurvedTrace._append{sK   V $ $F%%eai0F l5>5>JKr6c## [UR5nUS:agSnSnURHupEUcUnUnMX#XE4v UnUnM g7f)zBYields all faces as 4-tuples of :class:`~ezdxf.math.Vec2` objects.rYNr{)r2rrrrXrZs r3r4CurvedTrace.facess^DNN# 19 ..JD|d( (DD)sA A rNr) rrr#rr$rrrrBr @) rrr#rr$rrrrBr )rrrrrrrBrri)rlrmrnrorrxr|r classmethodrrrr4rpr0r6r3r r )s0#$     6           DL r6r c\rSrSrSrSSjrSrSrSSjrSSjr SSjr SS jr SS jr SSS jjr S r\SSSjj5rSrg )riaSequence of 2D banded lines like polylines with start- and end width or curves with start- and end width. .. note:: Accepts 3D input, but z-axis is ignored. The :class:`TraceBuilder` is a 2D only object and uses only the :ref:`OCS` coordinates! c /UlSUlgrt_tracesrwr1s r3rxTraceBuilder.__init__s,.  r6c,[UR5$r/)r9rr1s r3r|TraceBuilder.__len__s4<<  r6c URU$r/)rrs r3rTraceBuilder.__getitem__s||D!!r6c:URRU5 g)zAppend a new trace.N)rrr2traces r3rTraceBuilder.appends E"r6c#f# URHnUR5ShvN M gN 7f)zQYields all faces as 4-tuples of :class:`~ezdxf.math.Vec2` objects in :ref:`OCS`. N)rr4rs r3r4TraceBuilder.facess'\\E{{} $ $" $s #1/ 1c#^# UR5H)n[URU4SjU555v M+ g7f)zQYields all faces as 4-tuples of :class:`~ezdxf.math.Vec3` objects in :ref:`WCS`. c3f># UH&n[URURT5v M( g7fr/rxy.0v elevations r3 )TraceBuilder.faces_wcs..s%)RT$qssACC*C*CT.1N)r4tuple points_to_wcs)r2ocsrrds ` r3 faces_wcsTraceBuilder.faces_wcss4JJLD)))RT)RRS S!s?Ac#V# URHnUR5v M g7f)zkYields for each sub-trace a single polygon as sequence of :class:`~ezdxf.math.Vec2` objects in :ref:`OCS`. N)rrMrs r3polygonsTraceBuilder.polygonss!\\E--/ !"s')c#^# URH7n[URU4SjUR5555v M9 g7f)zkYields for each sub-trace a single polygon as sequence of :class:`~ezdxf.math.Vec3` objects in :ref:`WCS`. c3f># UH&n[URURT5v M( g7fr/rrs r3r,TraceBuilder.polygons_wcs..s%!U_$qssACC";";_rN)rrrrM)r2rrrs ` r3 polygons_wcsTraceBuilder.polygons_wcss=\\E!!!UU]]_!UU "sA A Nc#j# URHnURXU5ShvN M gN 7f)aYields faces as SOLID, TRACE or 3DFACE entities with DXF attributes given in `dxfattribs`. If a document is given, the doc attribute of the new entities will be set and the new entities will be automatically added to the entity database of that document. .. note:: The :class:`TraceBuilder` is a 2D only object and uses only the :ref:`OCS` coordinates! Args: dxftype: DXF type as string, "SOLID", "TRACE" or "3DFACE" dxfattribs: DXF attributes for SOLID, TRACE or 3DFACE entities doc: associated document N)rrg)r2rarbrcrs r3rgTraceBuilder.virtual_entitiess.*\\E--g3G G G" Gs %31 3c@URn[U5S:ag[US[5(aj[US[5(aQ[ [UR S55n[ [US5nUHupEnUR XEU5 M ggg)zEClose multi traces by merging first and last trace, if linear traces.rYNrr)rr9 isinstancerrrr)r2tracesfirstlastrr#r$s r3closeTraceBuilder.closes v;?  fQi - -*VBZ2U2Ufjjm4E VBZ0D16-I  Y?273V -r6c UR5nUS:Xar[SU5nURRn/nURH0upgpn [ Xg5n U(aUnUn UR XX45 M2 URn GOEUS:XGa0[SU5nUR(d [S5eURn URRn URRn/nURHn[ URR5n URRS5(aURR nOU nURRS5(aURR"n OUn URR$n UR XX45 M O[SU35eU (a6US S R'US S 5(dUR US 5 U"5nS nS nS nS n[)5nUGH unpn US :wa[+UUU5unnnnUS :a[-UU[.R0"U5[.R0"U5S S9nUR2R'U5(aUnUnOUnUnUR [4R7UUUU55 S nU S :waHUR8(a-UR;UX5 UR U5 [)5nU nUnU nUnMUR;UX5 GM UR8(aUR U5 U (a[=U5S:aUR?5 U$)a Create a complete trace from a LWPOLYLINE or a 2D POLYLINE entity, the trace consist of multiple sub-traces if :term:`bulge` values are present. Uses only the :ref:`OCS` coordinates! Args: polyline: :class:`~ezdxf.entities.LWPolyline` or 2D :class:`~ezdxf.entities.Polyline` segments: count of segments for bulge approximation, given count is for a full circle, partial arcs have proportional less segments, but at least 3 LWPOLYLINErPOLYLINErz2D POLYLINE requiredr#r$zInvalid DXF type rrgNT)is_counter_clockwiser) rardxf const_widthlwpointsrrclosedis_2d_polyliner\rdefault_start_widthdefault_end_widthr=locationhasattrr#r$bulger<rrrrdegrees start_pointr rrrr9r,)rpolylinerrar3pointsrrr#r$r;r9r5r7r8r"r store_bulgestore_start_widthstore_end_width store_point linear_tracerr start_angle end_anglerrswews r3 from_polylineTraceBuilder.from_polylines%""$ l "L(3H",,22KF7?7H7H3ke:#.K +I xiGH8I__F  "J1H** 677''F"*,,"B"B  ( > > F"++ 3 34::%%m44"(**"8"8K"5K::%%k22 & 4 4I 1I (( xiGH,/y9: : &)A,..vbz!}== MM&) $ #' "} 4: 0E;5c!9E :6 YA:) [1 Y/-1 C..u55,.,.LL!5!5c2r8!LM! |** ,,UKKLL.#.=L# $/!"+#   $ $UK CC5;D  " " LL & c%j1n KKM r6rr)rr,rBrri)rrrrrBzIterable[Sequence[Vec3]])rBzIterable[Polygon]rjrkr)r>rrrrBr)rlrmrnrorrxr|rrr4rrr#rgr,rrIrpr0r6r3rrsk !"#%T"JNH5FH H0 @ggr6r) rrrrr#rr$rrBr()3 __future__rtypingrrrrrr r typing_extensionsr abcr collectionsr rnumpyr ezdxf.mathrrrrrrrrrezdxf.documentrezdxf.entitiesrrrrrr__all__r!r%r(__annotations__r)r*r,rrrr rr0r6r3rVs#("    &UU 8?,RS .*@A dD$./i/d^# !;< y<AAH`)-`)F    ). ;@    L q-qhC8Cr6