+ Tib*a0t$^RIHt^RIHt^RIHt^RIHtH t H t H t ^RI H t] ]]]3,t]!^4t.R!OtR]R&]!]UUUu.uF$wr]!]]!W^,44FpVNK K& uppp4t]P2tR]R &!R R ] 4t]!R R 7R"RRll4t]!R 4R"RRll4tR"RRlltRRltR"RRllt R"RRllt!R"RRllt"R"RRllt#R"RRllt$R #uupppi)#) annotations) lru_cache) itemgetter)Callable NamedTupleSequenceTuple)loadzlist[tuple[int, int]]_SINGLE_CELL_UNICODE_RANGESzCallable[[str], bool]_is_single_cell_widthsc:]tRt^&t$RtR]R&R]R&R]R&RtR #) CellTablezDContains unicode data required to measure the cell widths of glyphs.strunicode_versionzSequence[tuple[int, int, int]]widthszfrozenset[str]narrow_to_wideN)__name__ __module__ __qualname____firstlineno____doc____annotations____static_attributes__rU/home/kuhnn/.local/share/uv/tools/nano-pdf/lib/python3.14/site-packages/rich/cells.pyrr&sN **""rri)maxsizec$V^8dQhRRRRRR/#) characterrrreturnintr)formats"r __annotate__r$/s!  s S c rcp\V4pV'dV^ 8g^Tu;8:d ^8d^#M^#\V4PpVR,pW$^,8d^#^p\V4^, pWV8:d?WV,^, pW7,wrp W(8d V^, pK1W)8d V^,pKBV #^#)aGet the cell size of a character. Args: character (str): A single character. unicode_version: Unicode version, `"auto"` to auto detect, `"latest"` for the latest unicode version. Returns: int: Number of cells (0, 1 or 2) occupied by that character. )ordload_cell_tablerlen) r r codepointtable last_entry lower_bound upper_boundindexstartendwidths && rget_character_cell_sizer3.sIIY^u 'AE'A(B O , 3 3ErJa= Ke*q.K  $*q0!LE  !)K _!)KL rc$V^8dQhRRRRRR/#rtextrrr!r"r)r#s"rr$r$Rs! , ,# , , ,rc\W4#)a}Get the number of cells required to display text. This method always caches, which may use up a lot of memory. It is recommended to use `cell_len` over this method. Args: text (str): Text to display. unicode_version: Unicode version, `"auto"` to auto detect, `"latest"` for the latest unicode version. Returns: int: Get the number of cells required to display text. ) _cell_lenr6rs&&rcached_cell_lenr:Qs T ++rc$V^8dQhRRRRRR/#r5r)r#s"rr$r$bs! , ,3 , ,# ,rcN\V4R8d \W4#\W4#)Get the cell length of a string (length as it appears in the terminal). Args: text: String to measure. unicode_version: Unicode version, `"auto"` to auto detect, `"latest"` for the latest unicode version. Returns: Length of string in terminal cells. i)r)r:r8r9s&&rcell_lenr>bs% 4y3t55 T ++rc$V^8dQhRRRRRR/#r5r)r#s"rr$r$qs!--C-#-#-rca\V4'd \V4#RV9dRV9d\V3RlV44#\S4p^pRpRR0p^p\V4pWg8diW,pW9d2VR8Xd V^, pM>V'dW4VP9, pRpM\ VS4;p 'd TpW9, pV^, pKnV#)r=‍️c3<<"TFp\VS4xK R#5i)N)r3).0r rs& r _cell_len..s  QUI #I ? ?QUsN)r r)sumr(rr3) r6r cell_table total_widthlast_measured_characterSPECIALr/character_countr character_widths &f rr8r8qsd##4yt 4 QU   !1JK*."G E$iO  !K  H$ (*:S:SSS *.'"9)_"UUU*3'.    rc$V^8dQhRRRRRR/#)rr6rrr!z'tuple[list[CellSpan], int]'r)r#s"rr$r$s$2 2 2 #2 !2 rc2\V4p\V4p^pRp^p.pRR0pWC8dW,;q9dV R8Xd&V^, pV'dVR,wrp WV 3VR&MPV'dIV^, pV'd8VR,wrp WRP9dRpV ^, p V^, pWV 3VR&K\W4;p 'd(T pVP YD^,;qM34Wm, pKV'gKVR,wrp W^,;qL3VR&KWv3#)zDivide text into spans that define a single grapheme. Args: text: String to split. unicode_version: Unicode version, `"auto"` to auto detect, `"latest"` for the latest unicode version. Returns: List of spans. NrArBr&)r(r)rr3append)r6rrHcodepoint_countr/rJrIspansrKr r0_end cell_lengthrMs&& rsplit_graphemesrUs5!1J$iO E*.K(*E"G  ! $I 0H$ /4Ry,E!&{ ;E"I( /4Ry,E.2K2KK26/#q( #q( !&{ ;E"I 5iQ Q? Q&/ # LL%!)!3E F  *K U',Ry $E 2@E"I  rc(V^8dQhRRRRRRRR/#rr6r cell_positionr"rr!ztuple[str, str]r)r#s"rr$r$s,)#)# )#!)#47)#)#rc4V^8:dRV3#\W4wr4\W, \V4,4p\\ \ VRV44pWa8Xd-V\V48dVR3#W5,^,pVRVWR3#Wa8dCW5,wrp Wj,V8dVRVR,RW R,3#V^, pWj, pK{W5^, ,wrp Wj, V8dVRVR,RW R,3#V^,pWj,pK)PSplit text by cell position. If the cell position falls within a double width character, it is converted to two spaces. Args: text: Text to split. cell_position Offset in cells. unicode_version: Unicode version, `"auto"` to auto detect, `"latest"` for the latest unicode version. Returns: Tuple to two split strings. N )rUr"r)rGmap_span_get_cell_len) r6rXrrRrToffset left_size split_indexr0r1 cell_sizes &&& r _split_textrcs,4x(?E--U; rc)r6rhrsizerb_s&&& r set_cell_sizerlsd##4y <#.. .FU| zI cU.///$7GD Krc(V^8dQhRRRRRRRR/#)rr6rr2r"rr!z list[str]r)r#s"rr$r$1s(Ss rcZ\V4'd/\^\V4V4Uu.uF q0W3V,NK up#\W4wrE^p.p^pVF2wrp Wk,V8dVP WV 4T p^pWk, pK4 V'dVP WR4V#uupi)aLSplit text into lines such that each line fits within the available (cell) width. Args: text: The text to fold such that it fits in the given width. width: The width available (number of cells). Returns: A list of strings such that each string in the list has cell width less than or equal to the available width. N)r ranger)rUrP) r6r2rr/rRrk line_sizelines line_offsetr0r1rbs &&& r chop_cellsrs1sd##9>q#d)U9ST9SUU]+9STTt5HEIEK!&I  5 ( LL%0 1KI "'  T,'( LUsB(N)) ~))i)ipi)i%i%)i(i()auto)%__conditional_annotations__ __future__r functoolsroperatorrtypingrrrr rich._unicode_datar r(r"CellSpanr^r r frozensetr]chrro _SINGLE_CELLS issupersetr rr3r:r>r8rUrcrfrlrs)_startrSr rzs000@rrs""886 c3 ]6287LFS%q"9:I : 7 1>0H0H-H# # 4  D 4 , , ,-`2 j)#X=(6os*C<