/j-jչnSrSSKrSSKrSSKrSSKJr SSKJr SSKJr SSK J r J r J r J r JrJrJrJrJrJrJrJrJrJrJr SSKJrJrJrJrJrJrJ r SSK!J"r"J#r#J$r$ SS K%J&r&J'r'J(r(J)r) SS K*J+r+J,r,J-r-J.r.J/r/J0r0J1r1J2r2J3r3J4r4J5r5J6r6J7r7 SS K8J9r9J:r:J;r;Jr>J?r?J@r@ SS KAJBrBJCrCJDrD \ (aSS KEJFrF SSKGJHrH SSKIJJrJJKrK \R"\M5rN"SS\5rO\O"SS5rP\"SS55rQ"SS\5rR\SrS"SS\5rT\"SS\\ S55rU\"SS\U55rV\"SS\U55rW\&"S 5rX\"S!S"\U55rY\"S#S$\U55rZ"S%S&\U5r[\"S'S(\[55r\\"S)S*\[55r]"S+S,\ \U\5r^"S-S.\\^5r_g)/z1 PDF content objects created by the interpreter. N)abstractmethod)copy) dataclass) TYPE_CHECKING CollectionDictIterableIteratorListLiteralMapping NamedTupleSequenceSizedTupleTypeUnionoverload) BASIC_BLACKLITERAL_DEFAULTLITERAL_NORMALLITERAL_RELATIVE_COLORIMETRICPREDEFINED_COLORSPACEColor ColorSpace)CIDFontFont Type3Font)LIT ContentParserLexerToken) ContentStreamMatrix PDFObjectPoint PSKeyword PSLiteralRect dict_value int_value list_value matrix_value rect_valueresolve1)apply_matrix_pt decode_text get_boundget_bound_rects mult_matrixtransform_bboxtranslate_matrixupdate_glyph_offset)PageRef_deref_document _deref_page)Document)Page)Element PageStructurec>\rSrSr%Sr\\S4\S'\\S'SrSr g) DashPatternKz Line dash pattern in PDF graphics state (PDF 1.7 section 8.4.3.6). Attributes: dash: lengths of dashes and gaps in user space units phase: starting position in the dash pattern .dashphasecl[UR5S:XagURSUR3$)Nr )lenrBrCselfs J/home/mande/repo/quber/.venv/lib/python3.13/site-packages/playa/content.py__str__DashPattern.__str__Ws. tyy>Q ii[$**. .N) __name__ __module__ __qualname____firstlineno____doc__rfloat__annotations__rK__static_attributes__rNrMrJr@r@Ks" s  L/rMr@rNc\rSrSr%SrSrS\S'Sr\\S'Sr \ \S'Sr \ \S 'S r \\S '\ r\\S '\r\\S 'Sr\\S'\r\\\\4\S'Sr\S\\\44\S'Sr\\S'Sr\\S'Sr\\S'\ r!\\S'Sr"\\S'\#r$\%\S'\&Sr'\(\S'\#r)\%\S'\&Sr*\(\S'Sr+\\,S4\S'Sr-\\S'Sr.\\S'Sr/\\S'S r0\\S!'Sr1\\S"'Sr2\ \S#'Sr3\\S$'S%r4\\S&'S'r5g)( GraphicStateaaPDF graphics state (PDF 1.7 section 8.4) including text state (PDF 1.7 section 9.3.1), but excluding coordinate transformations. Contrary to the pretensions of pdfminer.six, the text state is for the most part not at all separate from the graphics state, and can be updated outside the confines of `BT` and `ET` operators, thus there is no advantage and only confusion that comes from treating it separately. The only state that does not persist outside `BT` / `ET` pairs is the text coordinate space (line matrix and text rendering matrix), and it is also the only part that is updated during iteration over a `TextObject`. For historical reasons the main coordinate transformation matrix, though it is also part of the graphics state, is also stored separately. Attributes: clipping_path: The current clipping path (sec. 8.5.4) linewidth: Line width in user space units (sec. 8.4.3.2) linecap: Line cap style (sec. 8.4.3.3) linejoin: Line join style (sec. 8.4.3.4) miterlimit: Maximum length of mitered line joins (sec. 8.4.3.5) dash: Dash pattern for stroking (sec 8.4.3.6) intent: Rendering intent (sec. 8.6.5.8) stroke_adjustment: A flag specifying whether to compensate for possible rasterization effects when stroking a path with a line width that is small relative to the pixel resolution of the output device (sec. 10.7.5) blend_mode: The current blend mode that shall be used in the transparent imaging model (sec. 11.3.5) smask: A soft-mask dictionary (sec. 11.6.5.1) or None salpha: The constant shape or constant opacity value used for stroking operations (sec. 11.3.7.2 & 11.6.4.4) nalpha: The constant shape or constant opacity value used for non-stroking operations alpha_source: A flag specifying whether the current soft mask and alpha constant parameters shall be interpreted as shape values (true) or opacity values (false). This flag also governs the interpretation of the SMask entry, if any, in an image dictionary black_pt_comp: The black point compensation algorithm that shall be used when converting CIE-based colours (sec. 8.6.5.9) flatness: The precision with which curves shall be rendered on the output device (sec. 10.6.2) scolor: Colour used for stroking operations scs: Colour space used for stroking operations ncolor: Colour used for non-stroking operations ncs: Colour space used for non-stroking operations font: The current font. fontsize: The "font size" parameter, which is **not** the font size in points as you might understand it, but rather a scaling factor applied to text space (so, it affects not only text size but position as well). Since most reasonable people find that behaviour rather confusing, this is often just 1.0, and PDFs rely on the text matrix to set the size of text. charspace: Extra spacing to add after each glyph, expressed in unscaled text space units, meaning it is not affected by `fontsize`. **BUT** it will be modified by `scaling` for horizontal writing mode (so, most of the time). wordspace: Extra spacing to add after a space glyph, defined very specifically as the glyph encoded by the single-byte character code 32 (SPOILER: it is probably a space). Also expressed in unscaled text space units, but modified by `scaling`. scaling: The horizontal scaling factor as defined by the PDF standard (that is, divided by 100). leading: The leading as defined by the PDF standard, in unscaled text space units. render_mode: The PDF rendering mode. The really important one here is 3, which means "don't render the text". You might want to use this to detect invisible text. rise: The text rise (superscript or subscript position), in unscaled text space units. knockout: The text knockout flag, shall determine the behaviour of overlapping glyphs within a text object in the transparent imaging model (sec. 9.3.8) N clipping_path linewidthrlinecaplinejoin miterlimitrBintentFstroke_adjustment blend_modesmasksalphanalpha alpha_source black_pt_compflatnessscolor DeviceGrayscsncolorncsfontfontsize charspace wordspacedscalingleading render_moderiseTknockoutrN)6rOrPrQrRrSrZrUr\rTr]intr^r` SOLID_LINErBr@rrar(rbboolrrcrr rdrstrr%rerfrgrrhrirrjrrrlrrmrnrorrprqrrrtrurvrwrxrVrNrMrJrXrXasWN`M4IuGSHcJ"D+"5FI5#t#4BJii01B/3E5tCN++ ,3FEFEL$.M9.HeFE+L9C9FE+L9C9"D%d "HeIuIuGUGUKD%OHdrMrXcL\rSrSr%Sr\\S4\S'\\S'\ \\ 4\S'Sr g) MarkedContentzMarked content point or section in a PDF page or Form XObject. Attributes: mcid: Marked content section ID, or `None` for a marked content point. tag: Name of tag for this marked content. props: Marked content property dictionary. NmcidtagpropsrN) rOrPrQrRrSrryrUr|rr%rVrNrMrJr~r~s, T  H Y rMr~)hmlvcyc8\rSrSr%Sr\\S'\\S4\S'Sr g) PathSegmentz! Segment in a PDF graphics path. operator.pointsrNN) rOrPrQrRrS PathOperatorrUrr&rVrNrMrJrrs %* rMrcP\rSrSr%Sr\\S'\\S4\S'\ \S'\ \S'\ \ S4\S 'S \ S4S jrS \4S jrSS jr\S \4Sj5r\S \\S44Sj5r\S \\ S44Sj5r\S \\S44Sj5r\S \S4Sj5r\SSj5r\SSj5rSrg) ContentObjectzAny sort of content object. Attributes: gstate: Graphics state. ctm: Coordinate transformation matrix (PDF 1.7 section 8.3.2). mcstack: Stack of enclosing marked content sections. _pagerefN _parentkeygstatectm.mcstackreturnc#$# SShvN gN7f)NrNrNrHs rJ__iter__ContentObject.__iter__s  s c&[SU55$)zFReturn the number of children of this object (generic implementation).c3&# UHnSv M g7fr[NrN.0_s rJ (ContentObject.__len__..s#d1d)sumrHs rJ__len__ContentObject.__len__s#d###rMc:[UR5UlU$)aFinalize this content object so it can be reused. Because certain elements (specifically the graphics state) are references to mutable objects that are updated during content parsing, reusing ContentObjects is fraught with peril. This was a conscious design choice to save time and memory, but perhaps not a good one. If you want to reuse a ContentObject, thus, you must call this method on it. For convenience, it returns the same ContentObject, allowing you to do, for instance: objs = [x.finalize() for x in page] )rrrHs rJfinalizeContentObject.finalizes4;;'  rMchURRnUS[S5*R5$)z>Type of this object as a string, e.g. "text", "path", "image".NObject) __class__rOrGlowerrInames rJ object_typeContentObject.object_types0~~&&$s8}n%++--rMc&[SU55$)z0The bounding box in device space of this object.c38# UHoRv M g7fN)bbox)ritems rJr%ContentObject.bbox.. s:TTyyT)r3rHs rJrContentObject.bboxs :T:::rMcFUR(aURS$S$)z1The immediately enclosing marked content section.N)rrHs rJmcsContentObject.mcs"s$(< A marked-content sequence corresponding to a structure content item shall not have another marked-content sequence for a structure content item nested within it though non-structural marked-content shall be allowed. _mcidNr)hasattrrrr)rIrs rJrContentObject.mcid'si 4 ! !:: <<"%Cxx#/2xx zz & DJzzrMr=NcSSKJn [US5(a UR$SUlURnUc UR$UR R nUc UR$URnUc UR$[URU5nU[U5:a,[RSU[U55 UR$XTc7[RSUURR5 UR$UR"UR [!XT55UlUR$)0The enclosing logical structure element, if any.rr=_parentNz1Invalid marked content ID: %d (page has %d MCIDs)z9Marked content ID %d on page_idx %d has no parent element)playa.structurer=rrrdoc structurerr, parent_treerGlogwarningpagepage_idx from_dictr*)rIr= parent_keyrrparentss rJparentContentObject.parent?s , 4 # #<< /3 __  << HH&&  << yy <<< Y22:>? 3w<  KKCT3w< <<  = KKK ""  << ((:gm3LM ||rMc,[UR5$)z(The page containing this content object.)r:rrHs rJrContentObject.pageas4==))rMc4URup[U5$)z,The document containing this content object.)rr9)rIdocrefrs rJrContentObject.docfsMM v&&rM)rrr)rr)rr<)rr;)rOrPrQrRrSr8rUrryrXr$rr~r rrrpropertyr|rr)rrrrrrrVrNrMrJrrs,c4i   K =#% &&(?3$$$.S.. ;eD$J';; :U=$./::eCI&.o.B**''rMrc^\rSrSr%Sr\\S'S\4Sjr\ S\4Sj5r \ S\ \S44U4Sjj5r \ S\ \ S44S j5rS rU=r$) TagObjectimzA marked content tag.._mcsrcg)z9A tag has no contents, iterating over it returns nothing.rrNrHs rJrTagObject.__len__ssrMcUR$)z'The marked content tag for this object.)rrHs rJr TagObject.mcswsyyrMNcr>URRbURR$[TU]$)zQThe marked content ID of the nearest enclosing marked content section with an ID.)rrsuper)rIrs rJrTagObject.mcid|s+ 99>> %99>> !w|rMcg)z.A tag has no content and thus no bounding box.NrNrHs rJrTagObject.bboxsrMrN)rOrPrQrRrSr~rUryrrrrrr)rrV __classcell__rs@rJrrms{ ]eCI&eD$J'rMrc&^\rSrSr%Sr\\S4\S'\\ \ 4\S'\ \S'\ \S'\ \S'\\ S4\S 'S \S \ 4S jr S \S \4S jrSS \S\S \4SjjrS \ 4Sjr\S \S4U4Sjj5r\S \4Sj5r\S \\S44Sj5rSrU=r$) ImageObjectiavAn image (either inline or XObject). Attributes: xobjid: Name of XObject (or None for inline images). srcsize: Size of source image in pixels. bits: Number of bits per component, if required (otherwise 1). imagemask: True if the image is a mask. stream: Content stream with image data. colorspace: Colour space for this image, if required (otherwise None). Nxobjidsrcsizebits imagemaskstream colorspacerrcXR;$rrrs rJ __contains__ImageObject.__contains__s{{""rMc URU$rrrs rJ __getitem__ImageObject.__getitem__s{{4  rMdefaultc8URRX5$r)rget)rIrrs rJrImageObject.gets{{t--rMcg)zpEven though you can __getitem__ from an image you cannot iterate over its keys, sorry about that. Returns zero.rrNrHs rJrImageObject.__len__srMrc>SSKJn [US5(a UR$SUlURc UR$UR R c UR$[UR R RUR5n[U[5(a.UR"UR U5UlUR$U?[TU]4$![a UR$f=frrrrNrr=rrrrrr/r isinstancedictrrr IndexErrorrIr=rrs rJrImageObject.parent , 4 # #<<  ?? "<<  88   %<<  dhh00<HCI?s02filter_classes restrict_opsc SSKJn U"URUR/URUR UR URUUS9$)NrLazyInterpreter)rrrr$r%) playa.interpr(rrrrrr)rIr$r%r(s rJinterpXObjectObject.interp sH 1 II [[M NN;; )%  rMc"UR5$r)r*rHs rJrXObjectObject.__iter__s{{}rMrc>SSKJn [US5(a UR$SUlURc UR$UR R c UR$[UR R RUR5n[U[5(a.UR"UR U5UlUR$U?[TU]4$![a UR$f=frrrs rJrXObjectObject.parent"rrcBSSKJn [US5(a UR$U"UR/5UlUR R c UR$URc UR$U"URUR R RUR5UlUR$![a6n[RSURU5 SnAUR$SnAf[a UR$f=f)zMapping of marked content IDs to logical structure elements. As with pages, Form XObjects can also contain their own mapping of marked content IDs to structure elements. r)r> _structmapNzInvalid StructParents: %r (%s)) rr>rr1rrrrrrrr TypeError)rIr>es rJrXObjectObject.structure:s 2 4 & &?? ")6t}}b)I 88   %?? " ?? "?? " + txx11==dooNDO  N KK8$//1 M M      s9AC D!D DDct[US5(a UR$[U5UlUR$)a`A [`ContentSequence`][playa.content.ContentSequence] containing content objects associated with the structural elements in [`structure`][playa.content.XObjectObject.structure]. They consist of a sequence with the same indices (these are the marked content IDs) as the structure so can be zipped: for element, contents in zip(xobj.structure, xobj.marked_content): for obj in contents: ... # do something with it Or you can also access the contents of a single element: for obj in xobj.marked_content[mcid]: ... # do something with it _marked_contents)rr6ContentSequencerHs rJmarked_contentXObjectObject.marked_contentVs7& 4+ , ,(( (1@1F$$$rMcSSKJn [US5(a UR$U"UR(aURR S5OSUR 5UlUR$)aMapping of resource names to fonts for this Form XObject. Note: This is not the same as `playa.Document.fonts`. The resource names (e.g. `F1`, `F42`, `FooBar`) here are specific to a page (or Form XObject) resource dictionary and have no relation to the font name as commonly understood (e.g. `Helvetica`, `WQERQE+Arial-SuperBold-HJRE-UTF-8`). Since font names are generally considered to be globally unique, it may be possible to access fonts by them in the future. r) FontMapping_fontmaprN)r)r;rr<rrr)rIr;s rJfontsXObjectObject.fontsnsV - 4 $ $== ,7*...DNN  v &dDHH-  }}rMrr<rrr.c SU;a[[US5U5nURS5nUcSO [U5nURS5n U cSO [U 5n U (aDU RS5[:Xa+[ U5n[ UlS=UlUl SUl SU;a[US5n OSU;a[US5n OSn U"URU UUUUUUU S 9 $) z1Create a new XObjectObject from a content stream.r$ ResourcesNGroupSr[ StructParent StructParents) rrrrrrrrr) r4r-rr*LITERAL_TRANSPARENCYrrrcrerfrdr+pageref) clsrrrrrrxobjresrxobjgrprrs rJ from_streamXObjectObject.from_streams v l6(+;)rr7)(rOrPrQrRrSr|rUr#rrr%rr)rrr r r"rr"rrrr'r*rrrr8r rr= classmethodrXr$rr~rJrVrrs@rJrrs" K T4Y//00 tCN++ ,, IdII""" (9-HL;? jm)<=tCD Jy1478  -  ,(=1o..6%%.wsDy),6 6 6  6  6  6 }c)*6  6 6 rMrc~\rSrSr%Sr\\\S'\\S'\\S'\\S'\ S\ \4Sj5r \ S\ 4S j5r S rg ) PathObjectiaLA path object. Attributes: raw_segments: Segments in path (in user space). stroke: True if the outline of the path is stroked. fill: True if the path is filled. evenodd: True if the filling of complex paths uses the even-odd winding rule, False if the non-zero winding number rule is used (PDF 1.7 section 8.5.3.3) raw_segmentsstrokefillevenoddrc0^U4SjTR5$)z"Get path segments in device space.c3># UH8n[UR[U4SjUR555v M: g7f)c3P># UHn[TRU5v M g7fr)r0r)rpointrIs rJr0PathObject.segments...sMH5odhh66Hs#&N)rrtupler)rprIs rJr&PathObject.segments..s? '  MAHHMM  'sAA)rOrHs`rJsegmentsPathObject.segmentss &&   rMc[[RRSUR555n[ UR U5$)zUGet bounding box of path in device space as defined by its points and control points.c38# UHoRv M g7fr)r)rsegs rJr"PathObject.bbox..s)R@Q**@Qr)r2 itertoolschain from_iterablerOr5r)rIrs rJrPathObject.bboxs?  OO ) ))R@Q@Q)R R dhh--rMrNN)rOrPrQrRrSr rrUr{rr r[r)rrVrNrMrJrNrNs\ {## L J M  (;/  .d..rMrNc\rSrSrSr\\S\4Sj55r\\S\ 4Sj55r \S\ 4Sj5r \S\ 4Sj5r\S\4Sj5r\S\4S j5r\S\4S j5r\S\ 4S j5rS rg )TextBaseiz-Common properties for text and glyph objects.rcg)ziRendering matrix `T_rm`, which transforms text space coordinates to device space (PDF 2.0 section 9.4.4).NrNrHs rJmatrixTextBase.matrixrMcg)z7Vector to the origin of the next glyph in device space.NrNrHs rJ displacementTextBase.displacementrjrMc<URRnUceU$)zFont for this text object.)rrorIros rJro TextBase.fonts${{ rMcHURRcSOURRRnU(aURup# nOURu pBn nUS:Xa [ U5$US:Xa [ U5$SSKnUR X"-X3--5$)zFont size for this text object. This is the actual font size in device space, which is **not** the same as `GraphicState.fontsize`. That's the font size in text space which is not a very useful number (it's usually 1). NFr)rroverticalrhabsmathsqrt)rIvertdxdyrrts rJsize TextBase.sizes ((0udkk6F6F6O6O !% BAq!Q"& Aqb!Q 7r7N 1Wr7N 99RWrw./ /rMc.URR$)zFont name for this text object)rofontnamerHs rJr|TextBase.fontnamesyy!!!rMcXURnURS5up#nU(aU$U$)aOriginal font name for this text object. Fonts in PDF files are usually "subsetted", meaning only the glyphs actually used in the document are included. In this case the font's `fontname` property usually consists of an arbitrary "tag", plus (literally, a `+`) and the original name. This is a convenience property to get that original name. This is not the same as `GraphicState.font.basefont` which usually also includes the subset tag. +)r| partition)rIr|subsetrbases rJfontbaseTextBase.fontbases.==",,S14 KrMcJURS[UR53$)zOConvenient short form of the font name and size. For example, "Helvetica 12". rF)rroundryrHs rJtextfontTextBase.textfont/s# --% "2!344rMc,URu pnX#4$)z+Origin of this text object in device space.)rh)rIrrwrxs rJoriginTextBase.origin7s"[[1av rMrNN)rOrPrQrRrSrrr$rhr&rlrrorTryr|r|rrrrVrNrMrJrfrfs7 111FeFFd 0e00."#""#(5#55rMrfc\rSrSr%Sr\\S'\\S4\S'\ \S'\ \S'\ \S'S \ \ 4S jr\S \ 4S j5r\S \4S j5r\S \4S j5r\S \4Sj5rSrg) GlyphObjecti>a{Individual glyph on the page. Attributes: font: Font for this glyph. size: Effective font size for this glyph. fontname: Font name. fontbase: Short (non-subset) font name. textfont: Combined short name and size for the font. cid: Character ID for this glyph. text: Unicode mapping of this glyph, if any. matrix: Rendering matrix `T_rm` for this glyph, which transforms text space coordinates to device space (PDF 2.0 section 9.4.4). origin: Origin of this glyph in device space. displacement: Vector to the origin of the next glyph in device space. bbox: glyph bounding box in device space. cidNtext_matrix _displacement_cornersrc JSSKJn URn[S5n[ U[ 5(dU$UR RUR5nUc#[RSURU5 U$[URRU55n[ U[5(d[RSXB5 U$U"URU/UR[!UR"UR"5UR$S9n[U5nU$)zPossibly iterate over paths in a glyph. For Type3 fonts, you can iterate over paths (or anything else) inside a glyph, in the coordinate space defined by the text rendering matrix. Otherwise, you can't do that, and you get nothing. r)Type3InterpreterrNzUnknown CID %d in Type3 font %rz!CharProc %s not found in font %r )rr)r)rroiterrrencodingrrrrr/ charprocsr#rrr4rhr)rIrroitorgidcharprocr*s rJrGlyphObject.__iter__Ys 2yy(,R$ **Kmm) ; KK9488T JKDNN..s34(M22 KK;S GK! II J NNDKK5;; F| rMcUR$r)rrHs rJrhGlyphObject.matrixs ||rMc,UR=(d S$)NrE)rrHs rJcharsGlyphObject.charssyyBrMcURupp4 nURR(aX0R-X@R-4$XR-X R-4$r)rhrorrr)rIabrdrs rJrlGlyphObject.displacements] ;;aAq 99  )))1/A/A+AA A)))1/A/A+AA ArMc URRUR5upp4UR(ac[ [ UR X45[ UR X45[ UR X445[ UR X24545$[ UR X45up[ UR X445up4X1:aX1p1XB:aXBpBXX44$r)ro char_bboxrrr2r0rh)rIx0y0x1y1s rJrGlyphObject.bboxs,,TXX6 ==#DKK":#DKK":#DKK":#DKK":  %T[[2(;FB$T[[2(;FBwBwBB# #rMrN)rOrPrQrRrSryrUrr|r$rTr{r rrrrhrr&rlr)rrVrNrMrJrr>s& H T  ON%(=1%Ns Be B B$d$$rMrc\rSrSr%Sr\\\\4\ S'\ \ S'\ \ S'Sr \\ S4\ S'Sr \\\S4\ S'Sr\\S4\ S 'Sr\\ S4\ S 'Sr\\ S4\ S 'S \\4S jrS \ 4Sjr\S \ 4Sj5r\S \ 4Sj5r\S \ 4Sj5r\S \ 4Sj5r\S \\S44Sj5r\S \4Sj5rS \4SjrSr g) TextObjectiaText object (contains one or more glyphs). Attributes: matrix: Initial rendering matrix `T_rm` for this text object, which transforms text space coordinates to device space (PDF 2.0 section 9.4.4). origin: Origin of this text object in device space. displacement: Vector to the origin of the next text object in device space. font: Font for this text object. size: Effective font size for this text object. fontname: Font name. fontbase: Short (non-subset) font name. textfont: Combined short name and size for the font. text_matrix: Text matrix `T_m` for this text object, which transforms text space coordinates to user space. line_matrix: Text line matrix `T_lm` for this text object, which is the text matrix at the beginning of the "current line" (PDF 2.0 section 9.4.1). Note that this is **not** reliable for detecting line breaks. scaling_matrix: The anonymous but rather important matrix which applies font size, horizontal scaling and rise to obtain the rendering matrix (PDF 2.0 sec 9.4.4). args: Strings or position adjustments. bbox: Text bounding box in device space. args line_matrix _glyph_offsetNr_chars_bbox_next_glyph_offsetrrc#P# URnURRnUc'[R SUR 5 XlgURce[URUR5nUupEpg nXW-S:=(d XF-S:n URRn URRS-n U S:XaS=pO2URRU - n URRU - n X-SSU SURR4nURnUR (aSn UunnU(aUOUnUR GHn[#U[$[&45(a$U(a UUS-U --nM3UUS-U -U --nMCUR)U5HunnU(aUU4OUU4nU(aUR+U5OUR-U5nUU - nUS:XaUU - n[U[/X155n[1UR2UR4URURUR6UUUUU S9 nUv U(a UUU -- nMUUU -U -- nM GM" U(aUU4OUU4nUR cXlgg7f) z$Generate glyphs for this text objectN@No font is set, will not update text state or output text: %r TJr{Gz?gMbP? ) rrrrrrrrrr)rrrorrrrrr4rrprtrqrrrwrr multibyterryrTdecodevdisphdispr6rrrr)rI glyph_offsetrotlm_ctmrrrrrcornersrphorizontal_scalingscaled_charspacescaled_wordspacescaling_matrixrvxrr r!rrdisprhglyphs rJrTextObject.__iter__s)) {{ < KKR  '3 # xx###d..9"aAq%!)(quqy;;''![[0047 s?25 5 /#{{44x? #{{44x?   )  KK    }} >> AaQ99C#U|,,3;11C3;14FFFC!%S!1IC/3As8#qL.24::c? 3D,,Dby 00(&(8(OF(!%#'??#{{ HH $ ! &&*!( E Kth.th1CCC5"2D$(3xc1X  " " *&2 # +sJ$J&cURb UR$URUlURRnUc,[R SUR 5 UR$[UR 5S:Xa UR$[URXRUR 5UlUR$)z?Update only the glyph offset without calculating anything else.rr) rrrrorrrrGr7ros rJ_get_next_glyph_offset!TextObject._get_next_glyph_offset3s  " " .** *"&"4"4{{ < KKR  ** * tyy>Q ** *"5   kk499# &&&rMcURb UR$[UR[URUR55UlUR$r)rr4r text_matrixrrHs rJrhTextObject.matrixGsJ << #<< "   T-=-=txx!H  ||rMcURRS-nURRnX!-SSUSURR4$)Nrr)rrtrprw)rIrrps rJrTextObject.scaling_matrixPsO![[0047;;''  )  KK     rMcB[URUR5$r)r6rrrHs rJrTextObject.text_matrix]s 0 0$2D2DEErMc 2URb UR$URn[UR[[ UR UR 55UR55nUSUS- USUS- 4UlUR$)Nr)rrhr4rr6rrr)rIrh next_matrixs rJrlTextObject.displacementas    )%% %!     !1!143N3N3PQ  )_vbz9;r?VTVZ;WW!!!rMcURb UR$URRnUcD[R SUR 5 SUlUR UlUR$[UR 5S:Xa$SUlUR UlUR$URRnURRn[URUR5nURRS-nURRnURR nUR"nUR$(aSnUR upU(aU OU n U =pX-=pSnU(dSXe-nXu-nUR&unnnnnnUS:Xa2US:Xa,SnUUUR(-U-- nUUUR*-U-- nUR GH4n[-U[.[045(aU US-U-U--n M/UR3U5HunnU(aX4OX4upU(a.[-U[45(deXR7U5U-- n OUR9U5nU UU-U-- n U(aU n OpUR;U5unnnnUX%--nUX%--nUU-nUU- nUU-nUU- n[=XU-5n [=XU-5n[?XU-5n [?XU-5nX- n US:XdMX- n M GM7 URcU(aX4OX4Ul[AXLXU45UlUR$)NrrrFTrr)!rrrorrrrrrGrprwr4rrrtrqrrrrrrhdescentascentrryrTrrrrrminmaxr5)rIrorprwrhrrqrrrvrrr rrrr fast_pathrrrrr3fr!rrrgx0gy0gx1gy1s rJrTextObject.bboxps8 :: !:: {{ < KKR  DJ&*&8&8D #::  tyy>Q DJ&*&8&8D #:: ;;''{{T--txx8![[0047KK)) KK)) }} >>I##aQ (   +I  +I ${{ Aq!Q1Av!q& a$,,&11a$++o0099C#U|,,sU{X-0BBB"kk#.FC'+A8#DA)$8888zz#99 $ 3ux/2DDD  -1^^C-@*S#sx<<x<<xt xt  W- W- W- W-$Cby(1/ <  " " *26qhSHD ##F,<= zzrMcURbSRUR5$/UlURRnUcS5eURHOn[ U[ 5(dMURU5H up4URRU5 M" MQ SRUR5$)z=Get the Unicode characters (in stream order) for this object.rENo font was selected) rjoinrrorrrrappend)rIror!rrs rJrTextObject.charss ;; "774;;' ' {{7!7799Cc5));;s+ ""4(, wwt{{##rMcSnURRnUcS5eURH>n[U[5(dMU[ SUR U555- nM@ U$)zReturn the number of glyphs that would result from iterating over this object. Important: this is the number of glyphs, *not* the number of Unicode characters. rrc3&# UHnSv M g7frrNrs rJr%TextObject.__len__..s7&61&6r)rrorrrrr)rInglyphsror!s rJrTextObject.__len__sm{{7!7799Cc5)) s7dkk#&677 7GrM)rrrrr)!rOrPrQrRrSr rrrTrUr$r&rrr|rr)rrr rrrrrhrrrlrrryrrVrNrMrJrrsk: uUE\" ###'GU64< '%)FE$s)T/ ")#E5t #-1eTk*1(,M5%,]3(;/]3~''(      FVFF "e " "OeD$J'OOb $s $ $rMrcp\rSrSrSrS\\SS4SjrS\4Sjr S\ \4Sjr \ S\ \4S j5rS rg) ContentSectionizSequence of content objects in a marked content section. This is a `Sized` collection so that you can quickly check if it is non-empty by its truth value. The actual length may or may not be relevant. objsrNcfUVs/sHo"R5PM snUlSUlgs snfr)r_objs_texts)rIrr!s rJ__init__ContentSection.__init__s(045lln5 .2 6s.c,[UR5$r)rGrrHs rJrContentSection.__len__s4::rMc,[UR5$r)rrrHs rJrContentSection.__iter__sDJJrMcURb UR$/UlURHn[U[5(dMURnUb UR cM8SUR ;a=[UR S[5(de[UR S5nO URnURSS5nURRU5 M UR$)z6Sequence of text strings for a marked content section. ActualText­rE) rrrrrrrrr1rreplacer)rIr!rrs rJtextsContentSection.textss ;; ";;  ::Cc:..''C{chh.syy(!#))L"95AAAA#CIIl$;< MM&"-E KK  u %{{rM)rr)rOrPrQrRrSr rrryrr rrrr|rrVrNrMrJrrs[3Xm433 (=1 x}rMrc\rSrSrSrS\\SS4SjrS\4Sjr \ S\ \ 4Sj5r \S \S\ 4S j5r\S \S\\ 4S j5rS \\\4S\\ \\ 44S jrS rg)r7i zCollect content object in marked content sections. These are ordered by marked content ID, and you can index into this to get the content for a specific MCID. You can iterate over them in page content order with the `page_order` property. streamerrNcSSKJn 0UlSUl[R "U[ R"S55H=up4UcM [U5URU'[URU5UlM? [X5(aXURHGn[URU5UlX0R;dM/[/5URU'MI gg)Nrr'r) r)r( _contents_maxidragroupbyr attrgetterrrr_mcstart)rIrr(rrs rJrContentSequence.__init__s046 #++Hh6I6I&6QRJD|$2$#7DNN4 dkk40DKS h 0 0 ))!$++t4 ~~-+9"+=DNN4(* 1rMc URS-$)Nr[)rrHs rJrContentSequence.__len__+s{{QrMc#T# URR5ShvN gN7f)z.Marked content sections in page content order.N)rvaluesrHs rJ page_orderContentSequence.page_order.s>>((***s (&(rcgrrNrIrs rJrContentSequence.__getitem__3s8;rMcgrrNrs rJrr6sDGrMc8[U[5(a>[URURUR 5Vs/sHo UPM sn$XR :a[SUS35eURRU[/55$s snf)NzMarked content ID z out of range) rslicerangestartstopsteprrrrr)rIridxs rJrr9s dE " ").tzz499dii)PQ)P#I)PQ Qkk! #5dV=!IJJ>>%%dN2,>? ? RsB)rr)rOrPrQrRrSr rrryrrr rr rrrrrrVrNrMrJr7r7 s>-!8>T>*+H^4++;;;; GG(>*BGG@#u*%@ ~x77 8@rMr7)`rSraloggingrabcrr dataclassesrtypingrrrr r r r r rrrrrrr playa.colorrrrrrrr playa.fontrrr playa.parserrr r!r"playa.pdftypesr#r$r%r&r'r(r)r*r+r,r-r.r/ playa.utilsr0r1r2r3r4r5r6r7 playa.workerr8r9r:playa.documentr; playa.pager<rr=r> getLoggerrOrr@rzrXr~rrrrrrErrNrfrrrr7rNrMrJr&s!$0/99   ?>'6 !/*/&Q   ll l^  J  34 * }'E8O4}' }'@   8 E6-E6 E6R>* d Md  d N %.%. %.PS}Sl i$(i$ i$X ss sl &Xm,e&R6@h~.6@rM