h@^SSKJr SSKJrJrJrJrJr SSKJ r SSK r SSK r SSK J r Jr SSKJr SSKJr SSKJr SS KJr SS KJrJr SS KJr S S KJr S SKJrJ r S SK!J"r" S SK#J$r$ S SKJ%r%J&r& S SK'J(r( S SK J)r) \(aSSKJ*r* \RVr+S/r,1Skr-1Skr."SS\"5r/g)) annotations)SequenceOptionalUnion TYPE_CHECKINGIterator)SelfN)Auditor AuditError)const)Tags)colors)pattern)Vec3Matrix44) OCSTransform) BoundaryPaths)SubclassProcessor DXFNamespace) DXFGraphic)Gradient)Pattern PatternLine) DXFEntity) default_copy)xref DXFPolygon> (*23HIJJ\]^_`a>+,-.15Och^\rSrSr%Sr0rS\S'S"U4Sjjr\4S#Sjjr S$S%U4Sjjjr S&Sjr S&S jr S&S jr S'U4S jjrS&S jr\S(S j5r\S(Sj5r\S(Sj5r\S)Sj5r\R*S*Sj5r\R,S"Sj5r\"SSS5\"SSS5SSSSS4S+SjjrS,S-SjjrS.S/SjjrS0SjrS1SjrS2SjrS3S4SjjrS5Sjr\ RBS6S7Sjj5r"S8U4S jjr#S!r$U=r%$)9r7z1Base class for the HATCH and the MPOLYGON entity.z dict[int, Union[str, list[str]]]LOAD_GROUP_CODEScj>[TU]5 [5UlSUlSUl/UlgN)super__init__rpathsrgradientseeds)self __class__s H/var/www/html/env/lib/python3.13/site-packages/ezdxf/entities/polygon.pyr>DXFPolygon.__init__<s, "_ *. ,0 02 cZ[U[5(de[R"UR5Ul[R"UR 5Ul[R"UR 5Ul[R"UR5Ulg)z%Copy paths, pattern, gradient, seeds.N) isinstancercopydeepcopyr?rr@rA)rBentity copy_strategys rD copy_dataDXFPolygon.copy_dataCse&*----}}TZZ0 t||4-- 6}}TZZ0 rFc(>[TU]U5nU(az[URSSS5nUR U5nUR U5nUR U5nURU5nURX RUSS9 U$)NrT)subclassrecover) r=load_dxf_attribsr subclasses load_paths load_gradient load_pattern load_seedsfast_load_dxfattribsr:)rB processordxftagsrCs rDrSDXFPolygon.load_dxf_attribsKsg&y1  ,,Q/34D??4(D%%d+D$$T*D??4(D  * ***T4 +  rFcVURS5nUR [ US-S9n[U5(a[R"U5Ul U[U5-S-nXU2 U$![Ra( [R"UR 5S35ef=f)N[zH: Missing required DXF tag 'Number of boundary paths (loops)' (code=91).rstart) tag_indexr DXFValueErrorDXFStructureErrordxftypecollect_consecutive_tags PATH_CODESlenr load_tagsr?)rBr\ start_index path_tags end_indexs rDrUDXFPolygon.load_pathsas ..,K11*KRSO1T y>>&00;DJ#i.014 Y& ' "" ))<<>"#56  s A,,[U[5(deURce[TU]X5 URR nUR HLnURVs/sHoRRU5PM nnUVs/sH oUU;dM UPM snUlMN gs snfs snf)z3Translate resources from self to the copied entity.N) rHrdocr= map_resourcesentitydbr?source_boundary_objects get_handle)rBclonemappingdbpathhhandlesrCs rDrxDXFPolygon.map_resourcess%,,,,yy$$$ e- YY  KKD6:6R6RS6R))!,6RGS7>+Jw!r'Aw+JD ( S+Js*B* B/B/cU$r<)rBr\s rDrXDXFPolygon.load_seedss rFc@[URR5$)z0``True`` if entity has a solid fill. (read only)boolr[ solid_fillrBs rDhas_solid_fillDXFPolygon.has_solid_fillsDHH''((rFcJ[URR5(+$)z2``True`` if entity has a pattern fill. (read only)rrs rDhas_pattern_fillDXFPolygon.has_pattern_fills++,,,rFc,[UR5$)zf``True`` if entity has a gradient fill. A hatch with gradient fill has also a solid fill. (read only) )rr@rs rDhas_gradient_dataDXFPolygon.has_gradient_datas DMM""rFcURS5nURSS5n[R "[ U55$![Ra gf=f![a [SSS5s$f=f)a< Set pattern fill background color as (r, g, b)-tuple, rgb values in the range [0, 255] (read/write/del) usage:: r, g, b = entity.bgcolor # get pattern fill background color entity.bgcolor = (10, 20, 30) # set pattern fill background color del entity.bgcolor # delete pattern fill background color HATCHBACKGROUNDCOLORN/r) get_xdatar rcget_first_valuerint2rgbint ValueErrorRGB)rB xdata_bgcolorcolors rDbgcolorDXFPolygon.bgcolorsz  NN+ABM--dA6 >>#e*- - ""    q!Q<  s"AAAAA98A9c[R"U5S-nURS5 URSSU4/5 g)Nirr)rrgb2int discard_xdata set_xdata)rBrgb color_values rDrrsC NN3 "C C  12 -{0C/DErFc&URS5 g)Nr)rrs rDrrs 12rFrLINEARcURb>URR[R:a[R"S5eU(a-U[R ;a[R "SU35eSUlSURl SURl [RURl [5nXlX(lXXlX8lXHlXhlXxlXlg)aoSets the gradient fill mode and removes all pattern fill related data, requires DXF R2004 or newer. A gradient filled hatch is also a solid filled hatch. Valid gradient type names are: - "LINEAR" - "CYLINDER" - "INVCYLINDER" - "SPHERICAL" - "INVSPHERICAL" - "HEMISPHERICAL" - "INVHEMISPHERICAL" - "CURVED" - "INVCURVED" Args: color1: (r, g, b)-tuple for first color, rgb values as int in the range [0, 255] color2: (r, g, b)-tuple for second color, rgb values as int in the range [0, 255] rotation: rotation angle in degrees centered: determines whether the gradient is centered or not one_color: 1 for gradient from `color1` to tinted `color1` tint: determines the tinted target `color1` for a one color gradient. (valid range 0.0 to 1.0) name: name of gradient type, default "LINEAR" Nz#Gradient support requires DXF R2004zInvalid gradient type name: rSOLID)rw dxfversionr DXF2004DXFVersionErrorGRADIENT_TYPESrcrr[r pattern_nameHATCH_TYPE_PREDEFINED pattern_typercolor1color2 one_colorrotationcenteredtintnamer@) rBrrrrrrrr@s rD set_gradientDXFPolygon.set_gradientsL 88 DHH$7$7%--$G''(MN N D 4 44%%(DTF&KL L  ' % ; ;:  &$$   rFc SUlSURlXRlX Rl[ U5URl[ U5URl[U5URl X`Rl XpRl UctSn UR(a&URRRSU 5n U (a[R O[R"n U RXS5nUR%UURR URRS9 g)arSets the pattern fill mode and removes all gradient related data. The pattern definition should be designed for a scale factor 1 and a rotation angle of 0 degrees. The predefined hatch pattern like "ANSI33" are scaled according to the HEADER variable $MEASUREMENT for ISO measurement (m, cm, ... ), or imperial units (in, ft, ...), this replicates the behavior of BricsCAD. Args: name: pattern name as string color: pattern color as :ref:`ACI` angle: pattern rotation angle in degrees scale: pattern scale factor double: double size flag style: hatch style (0 = normal; 1 = outer; 2 = ignore) pattern_type: pattern type (0 = user-defined; 1 = predefined; 2 = custom) definition: list of definition lines and a definition line is a 4-tuple [angle, base_point, offset, dash_length_items], see :meth:`set_pattern_definition` Nrrz $MEASUREMENTANSI31factorangle)r@r[rrrfloat pattern_scale pattern_anglerpattern_double hatch_stylerrwheadergetr ISO_PATTERNIMPERIAL_PATTERNset_pattern_definition) rBrrrscaledoublestyler definition measurementpredefined_patterns rDset_pattern_fillDXFPolygon.set_pattern_fills@  $!&u!&u"%f+$ ,  Kxx"hhoo11.+N '2##8P8P ,//6RSJ ## 88))(((( $ rFc US:wdU(a[R"XUS9n[UVs/sHn[USUSUSUS5PM sn5Ulgs snf)a@Setup pattern definition by a list of definition lines and the definition line is a 4-tuple (angle, base_point, offset, dash_length_items). The pattern definition should be designed for a pattern scale factor of 1 and a pattern rotation angle of 0. - angle: line angle in degrees - base-point: (x, y) tuple - offset: (dx, dy) tuple - dash_length_items: list of dash items (item > 0 is a line, item < 0 is a gap and item == 0.0 is a point) Args: lines: list of definition lines factor: pattern scale factor angle: rotation angle in degrees rrrrPN)r scale_patternrr)rBlinesrrlines rDr!DXFPolygon.set_pattern_definitionFs[( Q;%))%eLEIN O[a$q'47DG < O  Os$AcUR(dgURnURRSUR- U-S9 Xlg)aSets the pattern scale factor and scales the pattern definition. The method always starts from the original base scale, the :code:`set_pattern_scale(1)` call resets the pattern scale to the original appearance as defined by the pattern designer, but only if the pattern attribute :attr:`dxf.pattern_scale` represents the actual scale, it cannot restore the original pattern scale from the pattern definition itself. Args: scale: pattern scale factor N?)r)rr[rrr)rBrr[s rDset_pattern_scaleDXFPolygon.set_pattern_scale`sD$$ hh #(9(9"9E"AB!rFcUR(dgURnURRXR- S9 US-Ulg)aSets the pattern rotation angle and rotates the pattern definition. The method always starts from the original base rotation of 0, the :code:`set_pattern_angle(0)` call resets the pattern rotation angle to the original appearance as defined by the pattern designer, but only if the pattern attribute :attr:`dxf.pattern_angle` represents the actual pattern rotation, it cannot restore the original rotation angle from the pattern definition itself. Args: angle: pattern rotation angle in degrees N)rgv@)rr[rrr)rBrr[s rDset_pattern_angleDXFPolygon.set_pattern_anglessC$$ hh ):):!:;!EMrFcURn[URU5n[UR5R nUR RX4S9 UR[SSU55RSSS9UlURUlUR(aURURRSS45nURURR5nURR!XV5 XPRl X`RlUR#U5 U$)z6Transform entity by transformation matrix `m` inplace.) elevationrr)xy)r[r extrusionrrzr? transformtransform_vertexreplace new_extrusionrtransform_lengthrtransform_deg_anglerrpost_transform)rBmr[ocsrrrs rDrDXFPolygon.transformshh3==!,'))  S6,,T!Q -BCKKSL  )) <<))488+A+A1a*HIF++DHH,B,BCE LL  v -%+HH "%*HH " A rFc#^# SSKJn [URR5mURR S5(a"T[URR 5- mURVs/sHoCRU5PM nnURXQU5Hn[U4SjU55v M gs snf7f)uTriangulate the HATCH/MPOLYGON in OCS coordinates, Elevation and offset is applied to all vertices. Args: max_sagitta: maximum distance from the center of the curve to the center of the line segment between two approximation points to determine if a segment should be subdivided. min_segments: minimum segment count per Bézier curve .. versionadded:: 1.1 r)roffsetc3.># UH nTU-v M g7fr<r).0vrs rD )DXFPolygon.triangulate..s8x! A xsN) ezdxfrrr[rhasattrrr?from_hatch_boundary_path triangulatetuple)rB max_sagitta min_segmentsrpboundary_pathsverticesrs @rDrDXFPolygon.triangulates ++, 88  H % % dhhoo. .IDHJJOJq77:JO((lSH8x88 8TPsA6C 9C8C c## SSKJn UR(aURU5ShvN ggN!URa gf=f7f)zEYields the pattern lines in WCS coordinates. .. versionadded:: 1.1 r)hatchingN) ezdxf.renderrr hatch_entity HatchingError)rBrs rDrender_pattern_linesDXFPolygon.render_pattern_linessK *   #00666 !6))  s1A868A8A A A  Acgr<r)rBrrrs rDset_solid_fillDXFPolygon.set_solid_fills rFc>[TU]U5 UR(dgURR 5(d=UR [ RS[U5S3S9 URU5 gg)NzDeleted entity z# containing invalid boundary paths.)codemessage) r=auditis_aliver?is_valid fixed_errorr INVALID_HATCH_BOUNDARY_PATHstrtrash)rBauditorrCs rDrDXFPolygon.auditsl  g}} zz""$$   ;;)#d)4WX   MM$  %rF)r@r?rrA)returnNone)rKr rrr<)rZzOptional[SubclassProcessor]rr)r\r rr )r|r r}zxref.ResourceMapperrr)rr)r Optional[RGB])rrrr)rrrrrrrrrrrrrrrr)rrrrrN)rrrrrrrrrrrrrrrr)rr)rrrrrrrr)rrrr)rrrr)rrrr))rzIterator[Sequence[Vec3]])rzIterator[tuple[Vec3, Vec3]])rrN)rrrrrr)rr rr)&__name__ __module__ __qualname____firstlineno____doc__r:__annotations__r>rrMrSrUrWrVrxrXpropertyrrrrsetterdeleterrrrrrrrrrabcabstractmethodr r__static_attributes__ __classcell__)rCs@rDrr7s-;9;6;35A18<4 ,$"  K))--##   , ^^FF __33 !Ql#sC(8!8!8! 8!  8!  8!8!8! 8!z6 6 6  6  6  6 6 6  6 rBC  ', 9>  4"&*(.9,       rF)0 __future__rtypingrrrrrtyping_extensionsr r&rI ezdxf.auditr r ezdxf.lldxfr ezdxf.lldxf.tagsr rr ezdxf.toolsr ezdxf.mathrrezdxf.math.transformtoolsrrrdxfnsrrdxfgfxrr@rrr dxfentityrrrr__all__rgrprrrFrDr7sv#EE" +!%2)2)  jj . *!=X X rF