)ie!BSrSSKJr SSKJr SSKJr SSKJr SSKJr \Rr \Rr \Rr \Rr\Rr\R r\R"r\R$r\R&r\R(r\R*r\R,r\R.r\R0r\R2r\R4r\R6r\R8r\R:r\R:r\R>r\R@r \RBr!0r"\"RG\RD5 \"RG\RD5 "SS\$5r%\"S S 9S 5r&SS jr'Sr(g !\ a SSK Jr GN{f=f)a Transliteration functions for Sanskrit. The most important function is :func:`transliterate`, which is very easy to use:: output = transliterate(data, IAST, DEVANAGARI) A full list of supported scripts and romanizations can be viewed at the sanscript/schemes/data path. For example, the module supports the following scripts: - Bengali - Devanagari - Gunjala Gondi - Gujarati - Kannada - Malayalam - Telugu - Tamil - Oriya - Gurmukhi/ Punjabi/ Panjabi and the following romanizations: - HK = 'hk' - IAST = 'iast' - ITRANS = 'itrans' - OPTITRANS = 'optitrans' - KOLKATA_v2 = 'kolkata_v2' - SLP1 = 'slp1' - VELTHUIS = 'velthuis' - WX = 'wx' Many of these **schemes** is defined in a global dictionary `SCHEMES`, whose keys are strings:: devanagari_scheme = SCHEMES['devanagari'] For convenience, we also define a variable for each scheme:: devanagari_scheme = SCHEMES[DEVANAGARI] Some of these variables are documented below. :license: MIT and BSD .. _Bengali: http://en.wikipedia.org/wiki/Bengali_alphabet .. _Devanagari: http://en.wikipedia.org/wiki/Devanagari .. _Gujarati: http://en.wikipedia.org/wiki/Gujarati_alphabet .. _Kannada: http://en.wikipedia.org/wiki/Kannada_alphabet .. _Malayalam: http://en.wikipedia.org/wiki/Malayalam_alphabet .. _Telugu: http://en.wikipedia.org/wiki/Telugu_alphabet .. _Harvard-Kyoto: http://en.wikipedia.org/wiki/Harvard-Kyoto .. _IAST: http://en.wikipedia.org/wiki/IAST )unicode_literals)Scheme)roman)brahmic) lru_cachec$\rSrSrSrSrSrSrg) SchemeMaphzMaps one :class:`Scheme` to another. This class grabs the metadata and character data required for :func:`transliterate`. :param from_scheme: the source scheme :param to_scheme: the destination scheme c|^0Ul0Ul0Ul0Ul0Ul0UlTUlX l[U4SjT55Ul TR5GHnUS;aM X2R5;aM!0nTUR5HupVTR[R;aUS;aM+XRU;dM5TUUnX#UnUS:XaUS;aUnXU'UTRS05;dMnTSUHn XU 'M M UR!S5(aURR#U5 MUS:XaX@lMURR#U5 UR!S 5(aURR#U5 GMKUR!S 5(aURR#U5 GMUS :XdGMX@lGM TRS 05R5HupU Hn U S Sn U SnUR RX5nURRU S5U-URU 'URU U-URU 'URR#UR5 M M g )z3Create a mapping from `from_scheme` to `to_scheme`.c3T># UHnTUHn[U5v M M g7f)N)len).0gx from_schemes h/var/www/html/land-doc-ocr/venv/lib/python3.13/site-packages/indic_transliteration/sanscript/__init__.py %SchemeMap.__init__..{s.*C+Q3>q>a+.a&&3A+1+s%() alternatesaccented_vowel_alternates)uॐ)viramazwjskipr vowel_marksr consonantsvowelsaccentsrN)rrrrnon_marks_viraamarr to_schememaxmax_key_length_from_schemekeysitemsnamerCAPITALIZABLE_SCHEME_IDSgetendswithupdate)selfrr!group conjunct_mapkeyvaluefrom_scheme_symbolto_scheme_symbolk_synbase_accented_vowelsynonymsaccented_vowel base_vowel source_accent target_accents ` r__init__SchemeMap.__init__psDDKDKDODDL"DN&)*C+*C'CD#!!# = = nn& &l#E*002*#   u== = G^  E" "*51#6 &-c2 "$58Q+Q1 -=) * ;??<#D D$\23EF$45!G3  & &  - H "  %%l3 >>, ' ' //  . ^^H % % ++  \ * i %,=$@*59TVX)Y)_)_)a%$.("- +B/  ((F +/+;+;+?+? B+OR_+_(&*kk*&= &M N# %%dkk2%*bcSSKnURURURURUR S.5$)Nr)rrrr)pprintpformatrrrr)r+r=s r__str__SchemeMap.__str__s8 >>T[[+/+;+;&*kk)-: ;;r;) rrrr#r r!rrrN)__name__ __module__ __qualname____firstlineno____doc__r9r?__static_attributes__r;rr r hs63r;r;r )maxsizec6[[U[U5$)aProvides a caching layer on top of `SchemeMap` objects to allow faster access to scheme maps we've instantiated once. :param input_encoding: Input encoding. Must be defined in `SCHEMES`. :param output_encoding: Input encoding. Must be defined in `SCHEMES`. )r SCHEMES)input_encodingoutput_encodings r_get_scheme_maprNs W^,go.F GGr;Nc N0[5[5S.nURU5 UcUcSSKJn URU5nUR SS5nUS:Xa2US;a US-nU[ R 5;aUnO1US ;aUS-nO%US :XaUS-nU[ R 5;aUn[X5nSS KJ n SS K J n URR(aU OU n URRUS 9nU "X40UD6n URR!U S 9n U $)aTransliterate `data` with the given parameters:: output = transliterate('idam adbhutam', HK, DEVANAGARI) Common options: togglers= {'##'}, suspend_on= set('<'), suspend_off = set('>') Note: length of togglers, suspend_on and suspend_off parameters is limited by max token length of the source-scheme. Each time the function is called, a new :class:`SchemeMap` is created to map the input scheme to the output scheme. This operation is fast enough for most use cases. But for higher performance, you can pass a pre-computed :class:`SchemeMap` instead:: scheme_map = SchemeMap(SCHEMES[HK], SCHEMES[DEVANAGARI]) output = transliterate('idam adbhutam', scheme_map=scheme_map) :param data: the data to transliterate :param scheme_map: the :class:`SchemeMap` to use. If specified, ignore `_from` and `_to`. If unspecified, create a :class:`SchemeMap` from `_from` to `_to`. )togglers suspend_on suspend_offNr)detectmaybe_use_dravidian_variantyes)kannadatamiltelugu malayalam _dravidian) optitransitranshkforce)_brahmic)_roman)data_in)setr*indic_transliterationrSr(rKr$rN.indic_transliteration.sanscript.brahmic_mapperr_,indic_transliteration.sanscript.roman_mapperr`ris_romanunapply_shortcutsr!apply_shortcuts) data_from_to scheme_mapkwoptionsrSrTdravidian_schemer_r`funcresults r transliteraterrs),%5 '  .. }.mmD!e")++.KT"R"e+ = =- w||~ - # 1 1 $ $ /|+ W\\^ + ,JEA))22$    1 1$ 1 ?$  ,G ,&    / / / ?& -r;c8[[X[S9[US9$)N)rirjrk)rr DEVANAGARI)ri scheme_names rget_standard_formrvs MtJW_ioz {{r;)NNN))rE __future__r'indic_transliteration.sanscript.schemesrrr functoolsr ImportErrorbackports.functools_lru_cacheBENGALIrt GUNJALA_GONDIGUJARATIGURMUKHIKANNADA MALAYALAMORIYATAMILGRANTHATELUGUTITUSHKIASTISO ISO_VEDICITRANS OPTITRANS KOLKATA_v2KOLKATASLP1VELTHUISWXrKr*objectr rNrrrvrGr;rrsw6p( ;9;8# //    %%       //       //   XX zz ii OO  OO        zz >> XX u}}wF;F;R 1HH4n|[8778sF FF