'j#0ddlmZddlmZmZmZmZddlZddlZ ddl m Z ddl m Z mZmZmZmZddlmZmZddlmZmZmZmZmZmZmZddlmZmZm Z d d l!m"Z"m#Z#d d l$m%Z%m&Z&m'Z'm(Z(m)Z)m*Z*d d l+m,Z,erdd l-m.Z.ddl/m0Z0ddl-m1Z1m2Z2dgZ3ededej4eedd edddedddedej4ede j5edZ6ee6Z7ee*e7Z8e,Gdde%Z9dS)) annotations) TYPE_CHECKINGIterableOptionalIteratorN) validator)Vec3Matrix44NULLVECZ_AXISarc_segment_count) OCSTransformNonUniformScalingError)DXFAttr DXFAttributes DefSubclassXTypeRETURN_DEFAULTgroup_code_mappingmerge_group_code_mappings)DXF12SUBCLASS_MARKER DXFValueError) base_classSubclassProcessor) DXFGraphic acdb_entity add_entityreplace_entityelevation_to_z_axisacdb_entity_group_codes)register_entity) DXFNamespace)AbstractTagWriter)EllipseSplineCircle AcDbCircle )xtypedefault()r,&T)r,optional')r+r,r/rfixer)centerradius elevation thickness extrusionceZdZdZdZeeeeZ e Z d#d$fd Z d%fd Z d&dZd'dZd(dZd)dZd*dZd+d,d Zd+d-d"ZxZS).r(zDXF CIRCLE entityCIRCLEN processorOptional[SubclassProcessor]returnr$ctt||}|r2|||j|jrt |d|S)z!Loading interface. (internal API))r3)superrload_dxf_attribssimple_dxfattribs_loaderMERGED_GROUP_CODESr12r!)selfr:dxf __class__s O/DATA/AppData/hermes/venv/lib/python3.11/site-packages/ezdxf/entities/circle.pyr?zCircle.load_dxf_attribsQsb J%%66yAA  6  . .sD4K L L L} 6#C555 tagwriterr%Nonect||jtkr%|t t j|j |gddS)z(Export entity specific data as DXF tags.)r3r4r6r7N) r> export_entity dxfversionr write_tag2r acdb_circlenamerDexport_dxf_attribs)rCrHrEs rFrKzCircle.export_entity^sr i(((  % ' '  +2B C C C ## EEE     rGanglesIterable[float]Iterator[Vec3]c#K|}t|jj}t |jj}|D]/}|t j|||zV0dS)aNYields the vertices of the circle of all given `angles` as :class:`~ezdxf.math.Vec3` instances in :ref:`WCS`. Args: angles: iterable of angles in :ref:`OCS` as degrees, angle goes counter-clockwise around the extrusion vector, and the OCS x-axis defines 0-degree. N)ocsabsrDr4r r3to_wcsfrom_deg_angle)rCrQrUr4r3angles rFverticeszCircle.verticesgshhjjDHO,,dho&& J JE**T0??&HII I I I I J JrGsagittafloatc#Kt|jj}|dkrOt|tj|}|tjdd|dzEd{VdSdS)azApproximate the circle by vertices in :ref:`WCS` as :class:`~ezdxf.math.Vec3` instances. The argument `sagitta`_ is the maximum distance from the center of an arc segment to the center of its chord. Yields a closed polygon where the start vertex is equal to the end vertex! .. _sagitta: https://en.wikipedia.org/wiki/Sagitta_(geometry) ggv@rN) rVrDr4r mathtaurZnplinspace)rCr[r4counts rF flatteningzCircle.flatteningwsxTX_%% C<<%fdh@@E}}R[eUQY%G%GHH H H H H H H H H H  > ? ? ? rGTr&cddlm}|}|td|j|}|rt |||nt |||S)a(Convert the CIRCLE/ARC entity to an :class:`~ezdxf.entities.Ellipse` entity. Adds the new ELLIPSE entity to the entity database and to the same layout as the source entity. Args: replace: replace (delete) source entity by ELLIPSE entity if ``True`` r)r&Nvalid layout required)ezdxf.entitiesr& get_layoutrfrom_arcr r)rCreplacer&layoutellipses rF to_ellipsezCircle.to_ellipses} +*****"" > 788 8"'"4((  ( 4& 1 1 1 1 w ' ' 'rGr'cddlm}|}|td|j|}|rt |||nt |||S)a$Convert the CIRCLE/ARC entity to a :class:`~ezdxf.entities.Spline` entity. Adds the new SPLINE entity to the entity database and to the same layout as the source entity. Args: replace: replace (delete) source entity by SPLINE entity if ``True`` r)r'Nry)rzr'r{rr|r r)rCr}r'r~splines rF to_splinezCircle.to_splines| *)))))"" > 788 8 &&  ' 4 0 0 0 0 vv & & & rG)N)r:r;r<r$)rHr%r<rI)rQrRr<rS)r[r\r<rS)rdr r<r()rUrr<r()rqr\rrr\rsr\r<r()T)r<r&)r<r')__name__ __module__ __qualname____doc__DXFTYPErrrrN DXFATTRIBSmerged_circle_group_codesrAr?rKrZrcrirfrwrr __classcell__)rEs@rFr(r(Is'Gz; DDJ28<             JJJJ I I I I*    ,rG): __future__rtypingrrrrr^numpyr` ezdxf.lldxfr ezdxf.mathr r r r r ezdxf.math.transformtoolsrrezdxf.lldxf.attributesrrrrrrrezdxf.lldxf.constrrr dxfentityrrdxfgfxrrrr r!r"factoryr#rzr$ezdxf.lldxf.tagwriterr%r&r'__all__point3dis_not_null_vectorrNacdb_circle_group_codesrr(rGrFrs#""""">>>>>>>>>>>> !!!!!!KJJJJJJJDCCCCCCCCC44444444%$$$$$/++++++777777........ *k'"EM7CCC'"a(((WRT:::WRT:::W -2     ,-,[99554 LLLLLZLLLLLrG