Og$nddlmZddlmZmZmZmZddlmZddl Z ddl Z ddl Z ddl Z ddl mZddlZddlZddlmZmZmZmZddlmZmZddlmZGd d e j6Zd Zej<Zej@Z!ejDZ#dd Z$dd Z%dddZ&ddZ' d ddZ(GddZ)ddZ*y)) annotations)UnionIterableSequenceOptional)PathN)uuid4)Matrix44UVecVec3Vec2) MeshBuilderMeshTransformer)meshexceZdZdZdZdZy) OperationrN)__name__ __module__ __qualname__union difference intersectionZ/var/www/html/public_html/myphp/venv/lib/python3.12/site-packages/ezdxf/addons/openscad.pyrrs EJLrropenscadctjdvrtStjj ddj dS)NLinuxDarwinzopenscad-addon win_exec_path")platformsystemCMDezdxfoptionsgetstriprrrget_openscad_pathr,s:// }}  !1?CII#NNrctjdvrtjtduSt t jS)aReturns ``True`` if OpenSCAD is installed. Searches on Windows the path stored in the options as "win_exec_path" in section "[openscad-addon]" which is "C:\Program Files\OpenSCAD\openscad.exe" by default. Searches the "openscad" command on Linux and macOS. r N)r%r&shutilwhichr'rr,existsrrr is_installedr1&s@//||C ,, !# $ + + --rc | t}ttj}t t }|d|dz }|d|dz }|j |tj|ddt |t |g|jdt}|jr#tj|j}|jd|S)a"Executes the given `script` by OpenSCAD and returns the result mesh as :class:`~ezdxf.render.MeshTransformer`. Args: script: the OpenSCAD script as string exec_path: path to the executable as string or ``None`` to use the default installation path ezdxf_z.offz.scadz--quietz-oT) missing_ok)r,rtempfile gettempdirstrr write_text subprocesscallunlinkrr0r off_loads read_text)script exec_pathworkdiruuidoff_path scad_pathnew_meshs rrunrE4s%' 8&&()G uw.cleanupbs3 E%,El"  s14, [])rLrreturnr)numpyjoincolumnsr7list)mrOcsrNs @r str_matrix44r[^sL !))+>Q3tGAJ'(>?A qc8O?s!Acfd}g||g}||D]}|j||dg}|j|jd|G|jd|D] }|jdt|d"|jd|jddj|S) a}Returns a ``polygon()`` command as string. This is a 2D command, all z-axis values of the input vertices are ignored and all paths and holes are closed automatically. OpenSCAD docs: https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Using_the_2D_Subsystem#polygon Args: path: exterior path holes: a sequences of one or more holes as vertices c8t}g}tj|}|dj|ds|j |d|D]F}|j |j d|j dd|j dd|dz }H|S)Nrz [grP],r)lenr rWiscloseappendxy)verticesindexindicesvlistvpointss r add_verticesz!str_polygon..add_vertices}sF  (#Qxb * LLq " A NN5 ! MMCAwbQr2 3 QJE rzpolygon(points = [r`z paths = [z ,zconvexity = 10); )rcextendr7rU)pathholesrlpathsholelinesrhrks @r str_polygonrums F $  E  -D LLd+ , - ! "E LL LL  [! /G LL2c'l^1- . / T LL#$ 99U rceZdZddZddZddZ d ddZddZddZddZ dd Z dd Z d dd Z dd Z dd Zy)Scriptcg|_yrH)dataselfs r__init__zScript.__init__s ! rc:|jj|y)z Add a string.N)ryrc)r{rys raddz Script.adds rcL|jtj|y)zAdd `mesh` as ``polyhedron()`` command. OpenSCAD docs: https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Primitive_Solids#polyhedron N)r~r scad_dumps)r{meshs radd_polyhedronzScript.add_polyhedrons ""4()rNc:|jt||y)aAdd a ``polygon()`` command. This is a 2D command, all z-axis values of the input vertices are ignored and all paths and holes are closed automatically. OpenSCAD docs: https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Using_the_2D_Subsystem#polygon Args: path: exterior path holes: a sequence of one or more holes as vertices, or ``None`` for no holes N)r~ru)r{rprqs r add_polygonzScript.add_polygons T5)*rc@|jdt|dy)zAdd a transformation matrix of type :class:`~ezdxf.math.Matrix44` as ``multmatrix()`` operation. OpenSCAD docs: https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Transformations#multmatrix zmultmatrix(m = )N)r~r[)r{rXs radd_multmatrixzScript.add_multmatrixs ?<?"3156rc t|}|jd|jdd|jdd|jddy)zAdd a ``translate()`` operation. OpenSCAD docs: https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Transformations#translate Args: v: translation vector ztranslate(v = [r_rP])Nr r~rdrez)r{rjvecs r add_translatezScript.add_translates@1g ?355)2ceeAYbq DErc @|jd|dd|dd|ddy)a9Add a ``rotation()`` operation. OpenSCAD docs: https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Transformations#rotate Args: ax: rotation about the x-axis in degrees ay: rotation about the y-axis in degrees az: rotation about the z-axis in degrees z rotate(a = [r_rPrNr~)r{axayazs r add_rotatezScript.add_rotates+ <1vR1vR1vR89rc t|}|jd|dd|jdd|jdd|jdd y)a+Add a ``rotation()`` operation about the given axis `v`. OpenSCAD docs: https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Transformations#rotate Args: a: rotation angle about axis `v` in degrees v: rotation axis as :class:`ezdxf.math.UVec` object z rotate(a = r_z, v = [rPrNr)r{arjrs radd_rotate_about_axiszScript.add_rotate_about_axissH1g ;qe7355)2ceeAYbq LMrc @|jd|dd|dd|ddy)a Add a ``scale()`` operation. OpenSCAD docs: https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Transformations#scale Args: sx: scaling factor for the x-axis sy: scaling factor for the y-axis sz: scaling factor for the z-axis z scale(v = [r_rPrNr)r{sxsyszs r add_scalezScript.add_scales+ ;r!fBr!fBr!fB78rcVd|dd|dd|dd}||j|dzyt|trt|j }n =$rrwct|tsJdt}|j|jd|j ||j ||jd|j S)zReturns an `OpenSCAD`_ script to apply the given boolean operation to the given meshes. The supported operations are: - UNION - DIFFERENCE - INTERSECTION zenum of type Operation expectedz() {})rIrrwr~namerr)opmesh1mesh2r>s rboolean_operationr*sn b) $G&GG $ XF JJ"''% ! %  %  JJsO    rr)rSrrH)r>r7r?z Optional[str]rSr)rXr rSr7)rprrqrrSr7)rrrrrrrSr7)+ __future__rtypingrrrrpathlibrenumr%r.r9rAr r5r( ezdxf.mathr r r r ezdxf.renderrr ezdxf.addonsrEnumrr'rUNIONr DIFFERENCEr INTERSECTIONr,r1rEr[rurwrrrrrs#66   115    ! ! %% O .'T "15+ + -+ +\L$L$^r