+ /i_DRt^RIHt.RCOt^RIHtHt^RIt]'d^RIHtH t ^RI H t H t H t ^RItRDRRRR/RR llltRR/R R llt^RItRDRR/RRllltRR/RRllt^RIHtRDRR/RRllltRR/RRlltRR/R!R"llt]R#RER$^RR/R%R&ll4t]R#RER$^RR/R'R(ll4tR#RER$^RR/R)R*llt]R#RER$^RR/R+R,ll4t]R#RER$^RR/R-R.ll4tR#RER$^RR/R/R0llt]RRR1./R2R3ll4t]RRR1./R4R5ll4t]RRR1./R6R7ll4tRRR1./R8R9lltR:RR;^RR/R<R=lltR:RR;^RR/R>R?lltR@RRR/RARBlltR# ]dRDRRRR/R R llltRR/RRlltEL5i;i ]dRDRR/RRllltRR/RRlltEL>i;i ]dRDRR/RRllltRR/RR lltELEi;i)FaFallback imagecodecs codecs. This module provides alternative, pure Python and NumPy implementations of some functions of the `imagecodecs`_ package. The functions may raise `NotImplementedError`. .. _imagecodecs: https://github.com/cgohlke/imagecodecs ) annotations) TYPE_CHECKINGoverloadN)AnyLiteral) ArrayLike DTypeLikeNDArraycheckoutc ,V^8dQhRRRRRRRRRR /# level int | Nonedatabytes | NDArray[Any]r r rreturnbytes)formats"S/var/www/html/photoedit/myenv/lib/python3.14/site-packages/tifffile/_imagecodecs.py __annotate__rHs<###"#  #  # #c???\V\P4'dVP4p\P !V4#)zCompress LZMA. Parameters: data: Data to compress. level: Compression level (currently unused). check: Integrity check type (currently unused). out: Output buffer (currently unused). ) isinstancenumpyndarraytobyteslzmacompress)rrr r s"&$$r lzma_encoder!Hs6" 5# dEMM * *<<>D}}T""rc$V^8dQhRRRRRR/#rrrr rrr)rs"rrr^! % %% %C %5 %rc0?\P!V4#)zeDecompress LZMA. Parameters: data: Compressed data. out: Output buffer (currently unused). )r decompressrr s"$r lzma_decoder(^ t$$rc ,V^8dQhRRRRRRRRRR /#r r)rs"rrrks<   "       rc????^RIpR#Raise ImportError.Nrr)rrr r rs"&$$ rr!r!ks %rc$V^8dQhRRRRRR/#r#r)rs"rrry!%C5rc??^RIpR#r,r.)rr rs"$ rr(r(y #rc(V^8dQhRRRRRRRR/# rrrrrr rrrr)rs"rrrs8BBB"B  B  Brc?\V\P4'dVP4p\P !Yf^4#T4#)zCompress Zlib DEFLATE. Parameters: data: Data to compress. level: Compression level (0-9, default 6). out: Output buffer (currently unused). )rrrrzlibr rrr s"&$r zlib_encoder8s>  dEMM * *<<>D}}T 1AA5AArc$V^8dQhRRRRRR/#r#r)rs"rrrr$rc0?\P!V4#)zmDecompress Zlib DEFLATE. Parameters: data: Compressed data. out: Output buffer (currently unused). )r6r&r's"$r zlib_decoder;r)rc(V^8dQhRRRRRRRR/#r4r)rs"rrr2   "     rc???^RIpR#r,r6)rrr r6s"&$ rr8r8s %rc$V^8dQhRRRRRR/#r#r)rs"rrrr0rc??^RIpR#r,r?)rr r6s"$ rr;r;r2rzstdc(V^8dQhRRRRRRRR/#r4r)rs"rrrs2000"0  0  0rc?\V\P4'dVP4p\P !WR7#)zCompress ZSTD. Parameters: data: Data to compress. level: Compression level. out: Output buffer (currently unused). )r)rrrrrCr r7s"&$r zstd_encoderFs2  dEMM * *<<>D}}T//rc$V^8dQhRRRRRR/#r#r)rs"rrrr$rc0?\P!V4#)zeDecompress ZSTD. Parameters: data: Compressed data. out: Output buffer (currently unused). )rCr&r's"$r zstd_decoderIr)rc(V^8dQhRRRRRRRR/#r4r)rs"rrrr=rc???^RIHpR#r-rBr compressionrC)rrr rCs"&$ rrFrFs %$rc$V^8dQhRRRRRR/#r#r)rs"rrrr0rc??^RIHpR#rLrM)rr rCs"$ rrIrIs #$rc$V^8dQhRRRRRR/#)rencodedrr rrr)rs"rrrs!''U's'e'rcP?.pVPp^p\WV^,4^,pV^, pV^8d+V!WV^,RV, ,4V^, pKVV^8gK_V!WW4,4W4, pKy \dMi;i\T4#)aDecompress PackBits encoded byte string. Parameters: encoded: PackBits encoded byte string. out: Output buffer (currently unused). Returns: Decompressed byte string. Examples: >>> packbits_decode(b'\x80\x80') # NOP b'' >>> packbits_decode(b'\x02123') b'123' >>> packbits_decode( ... b'\xfe\xaa\x02\x80\x00\x2a\xfd\xaa\x03\x80\x00\x2a\x22\xf7\xaa' ... )[:-5] b'\xaa\xaa\xaa\x80\x00*\xaa\xaa\xaa\xaa\x80\x00*"\xaa\xaa\xaa\xaa\xaa' i)extendord TypeErrorr)rRr out_extendins"$ rpackbits_decoderZs* CJ A  GA&'!+A FA3w7q1u-q9:QS7qu-.    :sAB 2B BBaxisdistc ,V^8dQhRRRRRRRRRR /# rrbytes | bytearrayr[intr\r rrrr)rs"rrr<       rcR#Nrrr[r\r s"$$$r delta_encodere rc ,V^8dQhRRRRRRRRRR/# rr NDArray[Any]r[r`r\r rrr)rs"rrr*4 $'47BErcR#rcrrds"$$$rrere)rc ,V^8dQhRRRRRRRRRR /# rr bytes | bytearray | NDArray[Any]r[r`r\r rrrr)rs"rrr/s<,, *,  ,  , ,,rc?V^8wdRV: R2p\V4h\V\\34'dl\P !V\P R7p\P!V^R7p\P!V^V^,4P4#VPpVPR8Xd+VPVP RVP 24p\P!WR7p\R4.VP ,p^Wq&\P!V^V\#V4,VR7pVPP$'g<VP'RR 7pVPVPP)44pVPR8XdVPV4#V#) a|Encode Delta. Encode differences between consecutive samples along axis. Parameters: data: Data to encode. axis: Axis along which to compute differences (default -1). dist: Distance between samples (only dist=1 is supported). out: Output buffer (currently unused). Returns: Encoded data. Returns bytes for bytes/bytearray input, numpy array otherwise. zdelta_encode with dist=# requires the 'imagecodecs' packagedtype)r[fuNT)inplace)NotImplementedErrorrr bytearrayr frombufferuint8diffinsertrrskindview byteorderitemsizeslicendimtupleisnativebyteswap newbyteorder)rr[r\r msgr{rskeys"$$$ rrere/sY.  qy(4')LM!#&&$ *++EKK8zz$Q'||D!T!W-5577 JJE zzSyyEOO,Aenn-=>? ::d &D#Dk]TYY6CCI <<aeCj!1 =D ::   }}T}*yy0023 zzSyy Krc ,V^8dQhRRRRRRRRRR /#r^r)rs"rrr_rarcR#rcrrds"$$$r delta_decoder^rfrc ,V^8dQhRRRRRRRRRR/#rhr)rs"rrrjrjrcR#rcrrds"$$$rrrirlrc ,V^8dQhRRRRRRRRRR /#rnr)rs"rrros<-- *-  -  - --rcJV^8wdRV: R2p\V4hVeVPP'gRp\V\\ 34'd]\ P!V\ PR7p\ P!V^\ PVR7P4#VPPR8XdVPP'gRVP: R2p\V4hVPVPP RVPP 24p\ P!WQVPR 7pVPVP4#\ P!WVPVR7#) a}Decode Delta. Decode delta-encoded data by computing cumulative sum along axis. Parameters: data: Encoded data. axis: Axis along which to compute cumulative sum (default -1). dist: Distance between samples (only dist=1 is supported). out: Output buffer for results. Returns: Decoded data. Returns bytes for bytes/bytearray input, numpy array otherwise. zdelta_decode with dist=rqNrr)r[rsr rtzdelta_decode with ru)r[rs)rwflags writeablerrrxrryrzcumsumrrsr}rr~rr)rr[r\r rr~s"$$$ rrrosF. qy(4')LM!#&& syy222$ *++EKK8|| q  ')  zz#zz"""$TZZN355 &c* *yyDJJ0014::3F3F2GHI||D4::>yy$$ << tzzs r _bitorderc(V^8dQhRRRRRRRR/#)rrrxr rr list[Any]rr)rs"rrrs2      rcR#rcrrr rs"$$rbitorder_decodersrc(V^8dQhRRRRRRRR/#)rrrr rrrrr)rs"rrrs2      rcR#rcrrs"$$rrrs rc(V^8dQhRRRRRRRR/#)rrrir rrrrr)rs"rrrs2      rcR#rcrrs"$$rrrsrc(V^8dQhRRRRRRRR/#)rrror rrrrr)rs"rrrs2:: *: :  : & :rc?V'gNVPR4VP\P!V^,\PR74\ V\ \ 34'dVPV^,4#VPR4p\P!V^,W3R7V# \dpRp\T4ThRp?ii;i)aReverse bits in each byte of bytes or numpy array. Decode data where pixels with lower column values are stored in the lower-order bits of the bytes (TIFF FillOrder is LSB2MSB). Parameters: data: Data to be bit-reversed. If bytes type, a new bit-reversed bytes is returned. NumPy arrays are bit-reversed in-place. out: Output buffer (currently unused). _bitorder: Internal caching parameter (not for public use). Examples: >>> bitorder_decode(b'\x01\x64') b'\x80&' >>> data = numpy.array([1, 666], dtype='uint16') >>> _ = bitorder_decode(data) >>> data array([ 128, 16473], dtype=uint16) s@ `P0pH(hX8xD$dT4t L,l\<|B"bR2r J*jZ:zF&fV6vN.n^>~A!aQ1q I)iY9yE%eU5u M-m]=}C#cS3s K+k[;{G'gW7wO/o_?rrrz)r z  ! )))A,ekkJK$ *++~~il++0yy! 9Q<0 K 0L!#&C/0s 0B>> C CCbitorderrunlenc4V^8dQhRRRRRRRRR RR R R R /#)rrrrszDTypeLike | None bitspersampler`r str | Nonerr rrrir)rs"rrrsN3#3# 3# 3#3#  3# 3# 3#3#rc??V^8Xd\P!VR4p\P!V4pV^8dTV^,'dEVPRV^V^,, ,34pVRRV13,PR4pVP V4#VR9d\P!W4#RV R2p\ V4h)aDecompress bytes to array of integers. This implementation only handles itemsizes 1, 8, 16, 32, and 64 bits. Install the Imagecodecs package for decoding other integer sizes. Parameters: data: Data to decompress. dtype: Numpy boolean or integer type. bitspersample: Number of bits per integer. bitorder: Bit order (currently unused). runlen: Number of consecutive integers after which to start at next byte. out: Output buffer (currently unused). Returns: Array of unpacked integers. Examples: >>> packints_decode(b'a', 'B', 1) array([0, 1, 1, 0, 0, 0, 0, 1], dtype=uint8) z|B:NNNNzpackints_decode of z0-bit integers requires the 'imagecodecs' package) @)rry unpackbitsreshapeastyperw)rrsrrrr data_arrayrs"""$$$ rpackints_decodersJ #%%dD1 %%j1 A:&1**#++R1vz>1J,KLJ#AwwJ/77;J  ''',, m_-- - c ""rc 0V^8dQhRRRRRRRRRR R R /#) rrrrr`rrrr rrr_r)rs"rrr0sD## ##  #  # ##rcRp\V4h)aUTightly pack integers. Parameters: data: Array of integers to pack. bitspersample: Number of bits per integer. bitorder: Bit order (currently unused). runlen: Number of consecutive integers after which to start at next byte. out: Output buffer. Returns: Packed byte string. z2packints_encode requires the 'imagecodecs' packagerw)rrrrr rs""$$$ rpackints_encoder0s6 ?C c ""rrc(V^8dQhRRRRRRRR/#) rrrrzLiteral['>', '<'] | Noner rrrir)rs"rrrOs2## #( # #  #rcRp\V4h)zReturn float32 array from float24. Parameters: data: Bytes containing float24 values. byteorder: Byte order, either '>' (big-endian) or '<' (little-endian). out: Output buffer (currently unused). Returns: Array of float32 values. z1float24_decode requires the 'imagecodecs' packager)rrr rs"$$ rfloat24_decoderOs$ >C c ""r) rrrerr(r!rZrrr;r8rIrFrcr) __doc__ __future__r__all__typingrrrrr numpy.typingrrr rr!r( ImportErrorr6r8r;rNrCrFrIrZrerrrrrrrrrsh@#  + #::9# ! #  ##, %$ %F7B  BB( %$ %F6 0  00( %$ %D'T'T        *,:;HL  , ,  ,  ,^        *,:;HL  - -  -  -`               : :  :z3#  3#3#3#l#  #  ##>#+/ #  ##M  !    $!t    $!t    $s5E#F ,F-#FF F*)F*-G G