MiISSKJr SSKrSSKJrJrJr \"SS55r\"SS55r \"S S 55r \"5r \ "5r \ "5r S rg) ) dataclassN)decimal_to_digitslognowc\rSrSr%Sr\R "\R5RS-r \ \ S'Sr \ \ S'Sr \ \ S'S r\\ S 'S r\\ S 'S rg) ToleranceMeshaz ToleranceMesh objects hold tolerance information about meshes. Parameters ---------------- tol.zero : float Floating point numbers smaller than this are considered zero tol.merge : float When merging vertices, consider vertices closer than this to be the same vertex. Here we use the same value (1e-8) as SolidWorks uses, according to their documentation. tol.planar : float The maximum distance from a plane a point can be and still be considered to be on the plane tol.facet_threshold : float Threshold for two facets to be considered coplanar tol.strict : bool If True, run additional in- process checks (slower) dzerog:0yE>mergeh㈵>planarifacet_thresholdFstrictN)__name__ __module__ __qualname____firstlineno____doc__npfinfofloat64 resolutionr float__annotations__r rrintrbool__static_attributes__rk/var/www/eduai.edurigo.com/storigo/production/storigo_env/lib/python3.13/site-packages/trimesh/constants.pyr r s[,((2::&11C7D%7E5FE OSFDr!r cl\rSrSr%SrSr\\S'Sr\\S'Sr \\S'Sr \\S '\"\ R"S 55r \\S '\"\ R"S 55r\\S 'Sr\\S'Sr\\S'Sr\\S'Sr\\S'Sr\\S'\"\ R"S55r\\S'Sr\\S'\S\4Sj5rSrg) TolerancePath/a TolerancePath objects contain tolerance information used in Path objects. Parameters --------------- tol.zero : float Floating point numbers smaller than this are considered zero tol.merge : float When merging vertices, consider vertices closer than this to be the same vertex. Here we use the same value (1e-8) as SolidWorks uses, according to their documentation. tol.planar : float The maximum distance from a plane a point can be and still be considered to be on the plane tol.seg_frac : float When simplifying line segments what percentage of the drawing scale can a segment be and have a curve fitted tol.seg_angle : float When simplifying line segments to arcs, what angle can a segment span to be acceptable. tol.aspect_frac : float When simplifying line segments to closed arcs (circles) what percentage can the aspect ratio differfrom 1:1 before escaping the fit early tol.radius_frac : float When simplifying line segments to arcs, what percentage of the fit radius can vertices deviate to be acceptable tol.radius_min : When simplifying line segments to arcs, what is the minimum radius multiplied by document scale for an acceptable fit tol.radius_max : When simplifying line segments to arcs, what is the maximum radius multiplied by document scale for an acceptable fit tol.tangent : When simplifying line segments to curves, what is the maximum angle the end sections can deviate from tangent that is acceptable. g-q=r rr rg?seg_frac2 seg_angler seg_angle_ming?seg_angle_fracg? aspect_fracg{Gz? radius_fracg-C6? radius_mingI@ radius_maxtangentFrreturnc,[UR5$)N)rr )selfs r" merge_digitsTolerancePath.merge_digitshs ,,r!rN)rrrrrr rrr rr&rradiansr(r)r*r+r,r-r.r0rrpropertyrr4r rr!r"r$r$/s&PD%E5FEHeRZZ^,Iu, A/M5/NEKKJJ2::b>*GU*FD -c--r!r$c`\rSrSr%SrSr\\S'Sr\\S'Sr \\S'S r \\S 'S r \ \S 'S r g)ResolutionPathma res.seg_frac : float When discretizing curves, what percentage of the drawing scale should we aim to make a single segment res.seg_angle : float When discretizing curves, what angle should a section span res.max_sections : int When discretizing splines, what is the maximum number of segments per control point res.min_sections : int When discretizing splines, what is the minimum number of segments per control point res.export : str Format string to use when exporting floating point vertices g?r&g{Gz?r(g@@ max_sectionsg4@ min_sectionsz0.10fexportrN)rrrrrr&rrr(r;r<r=strr rr!r"r9r9ms; HeIuL%L%FCr!r9cX^U4SjnTRUlTRUlU$)z A decorator for methods which will time the method and then emit a log.debug message with the method name and how long it took to execute. c>[5nT"U0UD6n[R"STR[5U- 5 U$)Nz%s executed in %.4f seconds.)rrdebugr)argskwargsticresultmethods r"timedlog_time..timeds9e(( 0&//353;O r!)rr)rFrGs` r"log_timerIs%__ENNNEM Lr!) dataclassesrnumpyrutilrrrr r$r9toltol_pathres_pathrIrr!r"rPs}!-- ## #L :-:- :-z  2o ?  r!