'jddlmZddlmZmZmZddlZddlmZddlm Z erddl m Z ej j ZGddZd dd ddZd dd ddZd dd ddZdS)) annotations) TYPE_CHECKINGIterableOptionalN) disassemble) BoundingBox) DXFEntitycZeZdZdZdddZeddZdZdd ZddZ ddZ ddZ dS)CachezyCaching object for :class:`ezdxf.math.BoundingBox` objects. Args: uuid: use UUIDs for virtual entities FreturnNonecpt|_t||_d|_d|_dS)Nr)dict_boxesbool _use_uuidhitsmisses)selfuuids D/DATA/AppData/hermes/venv/lib/python3.11/site-packages/ezdxf/bbox.py__init__zCache.__init__s,.2ff d  rc*t|jSN)rrrs rhas_datazCache.has_datasDK   rcRdt|jd|jd|jdS)NzCache(n=z, hits=z , misses=))lenrrrrs r__str__z Cache.__str__"sE %s4;'' % %I % %k % % % rentityr Optional[BoundingBox]c|J||}||xjdz c_dS|j|}||xjdz c_n|xjdz c_|S)N)_get_keyrrgetr)rr"keyboxs rr'z Cache.get)sw!!!mmF## ; KK1 KK4kooc"" ; KK1 KKK IINII rr)rcT|J||}|dS||j|<dSr)r&r)rr"r)r(s rstorez Cache.store6s;!!!mmF## ; F CrentitiesIterable[DXFEntity]ch|D].} |j||=#t$rY+wxYwdS)a+Invalidate cache entries for the given DXF `entities`. If entities are changed by the user, it is possible to invalidate individual entities. Use with care - discarding the whole cache is the safer workflow. Ignores entities which are not stored in cache. N)rr&KeyError)rr,r"s r invalidatezCache.invalidate=s[  F K f 5 566      s " // Optional[str]c|dkrdS|jj}||dkr|jrt |jndS|S)NHATCH0)dxftypedxfhandlerstrr)rr"r(s rr&zCache._get_keyMsV >>  w & & 4j ;#**'+~?3v{###4 ?JrN)F)r r )r r)r"r r r#)r"r r)rr r )r,r-r r )r"r r r1) __name__ __module__ __qualname____doc__rpropertyrr!r'r+r0r&rrr r s !!!X!             rr Ffastcacher,r-rAOptional[Cache]r Iterable[BoundingBox]c#^Ktj|}tj|}|D]}|jr |j}|K||}|3||}|jr|||n||}|jr|VdS)uYields all bounding boxes for the given `entities` **or** all bounding boxes for their sub entities. If an entity (INSERT) has sub entities, only the bounding boxes of these sub entities will be yielded, **not** the bounding box of the entity (INSERT) itself. If argument `fast` is ``True`` the calculation of Bézier curves is based on their control points, this may return a slightly larger bounding box. N)r@) rrecursive_decompose to_primitivesis_emptyr"r'bboxrr+)r,r@rA flat_entities primitives primitiver"r)s rmulti_recursiverL\s 3H==M*=99J    !  ))F##C{nn$n//<-KK,,,..d.++C < IIIrrcvt}t|||D]}|||S)uReturns a single bounding box for all given `entities`. If argument `fast` is ``True`` the calculation of Bézier curves is based on their control points, this may return a slightly larger bounding box. r?)r multi_flatextend)r,r@rA_extendsr)s rextentsrQsE}}H(U;;; Orc#Kdfd }|D]L}d}r|}|$||g}r|||jr|VMdS)uYields a bounding box for each of the given `entities`. If argument `fast` is ``True`` the calculation of Bézier curves is based on their control points, this may return a slightly larger bounding box. entities_r-r rcxt}t|D]}|||S)Nr?)rrLrO)rSrP_boxrAr@s rextends_zmulti_flat..extends_sD==#IDFFF " "D OOD ! ! ! !rN)rSr-r r)r'r+r)r,r@rArVr"r)s `` rrNrNs     $))F##C ;(F8$$C ) FC((( < III  r)r,r-rArBr rC)r,r-rArBr r) __future__rtypingrrrezdxfr ezdxf.mathrezdxf.entitiesr Primitivemax_flattening_distanceMAX_FLATTENING_DISTANCEr rLrQrNr>rrr_s8#"""""4444444444 """""")((((((%/GIIIIIIII^ !      L ! * ! r