h*|SSKJr SSKJrJrJrJrJr SSKrSSK J r J r J r S/r \(aSSK Jr "SS5rg)) annotations)IterableOptionalIterator TYPE_CHECKINGoverloadN)Vec2UVecMatrix44Shape2d) BoundingBox2dc\rSrSrSrSSSjjr\SSj5r\SSj5rSSjr \ r SSjr SSS jjr SS jr SSS jjrSSS jjrS S!S jjrSSjrS"Sjr\S#Sj5r\S$Sj5rS%SjrS&SjrS'SjrSrg)(r zConstruction tools for 2D shapes. A 2D geometry object as list of :class:`Vec2` objects, vertices can be moved, rotated and scaled. Args: vertices: iterable of :class:`Vec2` compatible objects. Nc`SSKJn SnUb[R"U5nU"U5Ulg)Nr NumpyPoints2d)ezdxf.npshapesrr generate np_vertices)selfverticesr_vec2s B/var/www/html/env/lib/python3.13/site-packages/ezdxf/math/shape.py__init__Shape2d.__init__s+0'+  MM(+E(/c6URR5$N)rrrs rrShape2d.vertices"s((**rc6URR5$)z&Returns the bounding box of the shape.)rbboxrs r bounding_boxShape2d.bounding_box&s$$&&rcdUR5nURR5UlU$r) __class__rclone)rr's rcopy Shape2d.copy+s*  ,,224 rc[U5nURR[R"UR UR S55 g)zTranslate shape about `vector`.rN)r rtransform_inplacer translatexy)rvectoroffsets rr,Shape2d.translate2s7f **8+=+=fhhRS+TUrcdURR[R"XS55 g)z4Scale shape about `sx` in x-axis and `sy` in y-axis.Nrr+r scale)rsxsys rr5 Shape2d.scale7s! **8>>"!+DErcdURR[R"XS55 g)z3Scale shape uniform about `scale` in x- and y-axis.r3Nr4)rr5s r scale_uniformShape2d.scale_uniform;s! **8>>%+JKrcPUR[R"U5U5 g)z?Rotate shape around rotation `center` about `angle` in degrees.N) rotate_radmathradians)ranglecenters rrotateShape2d.rotate?s  U+V4rc>[R"U5nUbi[U5n[R"UR*UR *S5U-[R"URUR S5-nUR RU5 g)z?Rotate shape around rotation `center` about `angle` in radians.Nr)r z_rotater r,r-r.rr+)rr@rAmps rr=Shape2d.rotate_radCs   e $  V A""ACC4!##q1$$QSS!##q12  **1-rcjSSKJn URU"URR 5XS95$)aeReturns a new offset shape, for more information see also :func:`ezdxf.math.offset_vertices_2d` function. Args: offset: line offset perpendicular to direction of shape segments defined by vertices order, offset > ``0`` is 'left' of line segment, offset < ``0`` is 'right' of line segment closed: ``True`` to handle as closed shape r)offset_vertices_2d)r0closed)ezdxf.math.offset2drJr&rr)rr0rKrJs rr0Shape2d.offsetOs4 ;~~   ))+F   rclSSKJn URU"URR 555$)z!Returns convex hull as new shape.r)convex_hull_2d)ezdxf.math.construct2drOr&rr)rrOs r convex_hullShape2d.convex_hullbs(9~~nT-=-=-F-F-HIJJrc,[UR5$)zReturns `count` of vertices.)lenrrs r__len__Shape2d.__len__is4##$$rcgrritems r __getitem__Shape2d.__getitem__ms.1rcgrrXrYs rr[r\os69rcURR5n[U[5(a [X!5$[R"X!5$)z;Get vertex by index `item`, supports ``list`` like slicing.)r isinstanceintr list)rrZrs rr[r\qsC&&224 dC  )* *99[./ /rc(URU45 g)zWAppend single `vertex`. Args: vertex: vertex as :class:`Vec2` compatible object N)extend)rvertexs rappendShape2d.appendys VIrcSSKJn URR5[R "U5-nU"U5Ulg)zlAppend multiple `vertices`. Args: vertices: iterable of vertices as :class:`Vec2` compatible objects rrN)rrrrr ra)rrr new_verticess rrcShape2d.extends6 1''002TYYx5HH (6r)rr)rzOptional[Iterable[UVec]])return list[Vec2])rjr )rjr )r/r rjNone)?rm)r6floatr7rnrjrl)r5rnrjrl)r@rnrAzOptional[UVec]rjrl)F)r0rnrKboolrjr )rjr`)rZr`rjr )rZslicerjrk)rZz int | slicerjzVec2 | list[Vec2])rdr rjrl)rzIterable[UVec]rjrl)__name__ __module__ __qualname____firstlineno____doc__rpropertyrr#r(__copy__r,r5r:rBr=r0rQrUrr[rerc__static_attributes__rXrrr r s0++'' HV FL5 . &K%11 990 7r) __future__rtypingrrrrrr> ezdxf.mathr r r __all__r r rXrrr}s4#HH ++ +(}7}7r