grthtrhthjhtyjytjytkergtrhtrjytjerhrfh4:24 29/09/2026ELF>@@8 @ %>%>```4!4!hhh888$$PtdwwwLLQtdRtdhhhGNU=^=egqX //ZϷd PB : Tq_+F , d}p/GU p]1__gmon_start___ITM_deregisterTMCloneTable_ITM_registerTMCloneTable__cxa_finalizePyInit_audioopPyExc_DeprecationWarningPyErr_WarnExPyModuleDef_InitPyModule_GetStatePyErr_NewExceptionPyModule_AddObject_Py_DeallocPyErr_SetStringPyObject_GetBuffer_PyArg_CheckPositionalPyBuffer_IsContiguous_PyArg_BadArgument_PyLong_AsIntPyErr_OccurredPyExc_MemoryErrorPyBytes_FromStringAndSizePyBytes_AsStringPyBuffer_Release_Py_NoneStructPyExc_TypeError_PyArg_ParseTuple_SizeTPyExc_ValueError_Py_BuildValue_SizeTPyExc_OverflowErrorPyMem_MallocPyErr_NoMemoryPyTuple_TypePyTuple_SizePyTuple_GetItemPyTuple_NewPyTuple_SetItemPyMem_Free_PyNumber_IndexPyLong_AsSsize_tPyLong_FromLongfloorPyFloat_TypePyFloat_AsDoublePyLong_FromSsize_tPyFloat_FromDoublePyLong_FromUnsignedLongsqrtlibm.so.6GLIBC_2.2.5/opt/alt/python312/lib64:/opt/alt/openssl11/lib64:/opt/alt/sqlite/usr/lib64#ui -h`]p ]xx]@cHZX@p`bh8xoCcC`ocaU`lcȠ[WؠlcYnnb6`n c(#R8`m@cHSXm`zchPxkvcLN@kGc&Ei%bȡ.ء ia&fb(f a(+#8e@aH$Xe` bh)xg*bb0ddb3docȢKآjfcH@j&cAp b( -8h@bH+X h`bhO:xgȣc@@\p\^ȟП؟!$&  Ȟ О ؞  (08 @!H"P#X%`'h(p)x*+,-.HHHtH5R~%T~@%R~h%J~h%B~h%:~h%2~h%*~h%"~h%~hp%~h`% ~h P%~h @%}h 0%}h %}h %}h%}h%}h%}h%}h%}h%}h%}h%}h%}hp%}h`%}hP%}h@%z}h0%r}h %j}h%b}h%Z}h%R}h %J}h!%B}h"1ZH}HxHHuS};Z1[]@:W1H9} G* FH*YX΃vPvH5>H8g1ZøATIUHSHcډt)HHHHtL+H5>H81[]A\AU1ATIUSHHXHHHuH;1HSt!MHֹH=T>Du.CHu%H H7>H5B>H= >`E1H{ÃtLuHtHLcHt$HIH9~H{H52<H8*I1IHtHMH4$1H=NHHD$IH9}NHGu/u f!uAADDDLH|$tHQHXL[]A\A]AU1ATIUSHHXHHHuH;1Ht!MHֹH=<u.CHu%H H<H5<H=<E1H{MÃtHt$LzuHtHD$Lc1HIHIHtH1H=eQHH;T$L$I u3u&uADED DHAAy AAU1fD;OfAAD HHuAEAAD A1DNLEH|$tHHXL[]A\A]AU1ATIUSHHXHHHuH;1Ht!MHֹH=';u.CHEu%H H:H5:H=:E1H{ÃtLuWHtHLcHt$HIH9~H}xH58H8I1IHtHH4$1H=dMHHD$IH9}NHGu/u f!uAADDDLH|$tHHXL[]A\A]AU1ATIUSHHXHHHuH;1Het!MHֹH=9Vu.CHu%H HI9H5T9H=j9rE1 H{ÃtHt$LuHtHD$Lc1HIHRIHtH1H=MHH;T$L$I u3u&uADED DHAyA!E1fB;OAIAD A1 IIuADFL[H|$tHAHXL[]A\A]AW1AVAUATIUHSHXHHIuH}1Lt!NHֹH=7u/CLu&HMH7H57H=7E1PH}7ÃtH}'Ńu HtHuHt$Lu0H|$Cu%H H/H5:H=XE1eH{ŃtH{L%SL9gu_\$-Htf.+D$z u zHuH{L9gu ol$%yf.Y+D$zuBHaLd$PLH\$@LuBLLcHIItLH5H8H*1B*= 1, weightB should be >= 0iO!;ratecv(): illegal state argumentratecv(): illegal state argumentii;ratecv(): illegal state argumentaudioop.errorSize should be 1, 2, 3 or 4not a whole number of framesalaw2lincontiguous bufferargument 1lin2alawulaw2linlin2ulawlin2linbyteswapreversebiasadpcm2linstate must be a tuple or Nonebad state(O(ii))lin2adpcmfindfitargument 2Strings should be even-sizedFirst sample should be longer(nf)minmax(ii)ratecv# of channels should be >= 1sampling rate not > 0illegal state argument(O(iO))getsampleIndex out of rangeavgaddLengths should be the sametostereotomonomulcrossfindmaxInput sample should be longerfindfactorSamples should be same sizemaxppavgpprmsaudioopadpcm2lin($module, fragment, width, state, /) -- Decode an Intel/DVI ADPCM coded fragment to a linear fragment.lin2adpcm($module, fragment, width, state, /) -- Convert samples to 4 bit Intel/DVI ADPCM encoding.alaw2lin($module, fragment, width, /) -- Convert sound fragments in a-LAW encoding to linearly encoded sound fragments.lin2alaw($module, fragment, width, /) -- Convert samples in the audio fragment to a-LAW encoding.ulaw2lin($module, fragment, width, /) -- Convert sound fragments in u-LAW encoding to linearly encoded sound fragments.lin2ulaw($module, fragment, width, /) -- Convert samples in the audio fragment to u-LAW encoding.ratecv($module, fragment, width, nchannels, inrate, outrate, state, weightA=1, weightB=0, /) -- Convert the frame rate of the input fragment.lin2lin($module, fragment, width, newwidth, /) -- Convert samples between 1-, 2-, 3- and 4-byte formats.byteswap($module, fragment, width, /) -- Convert big-endian samples to little-endian and vice versa.reverse($module, fragment, width, /) -- Reverse the samples in a fragment and returns the modified fragment.bias($module, fragment, width, bias, /) -- Return a fragment that is the original fragment with a bias added to each sample.add($module, fragment1, fragment2, width, /) -- Return a fragment which is the addition of the two samples passed as parameters.tostereo($module, fragment, width, lfactor, rfactor, /) -- Generate a stereo fragment from a mono fragment.tomono($module, fragment, width, lfactor, rfactor, /) -- Convert a stereo fragment to a mono fragment.mul($module, fragment, width, factor, /) -- Return a fragment that has all samples in the original fragment multiplied by the floating-point value factor.cross($module, fragment, width, /) -- Return the number of zero crossings in the fragment passed as an argument.maxpp($module, fragment, width, /) -- Return the maximum peak-peak value in the sound fragment.avgpp($module, fragment, width, /) -- Return the average peak-peak value over all samples in the fragment.findmax($module, fragment, length, /) -- Search fragment for a slice of specified number of samples with maximum energy.findfactor($module, fragment, reference, /) -- Return a factor F such that rms(add(fragment, mul(reference, -F))) is minimal.findfit($module, fragment, reference, /) -- Try to match reference as well as possible to a portion of fragment.rms($module, fragment, width, /) -- Return the root-mean-square of the fragment, i.e. sqrt(sum(S_i^2)/n).avg($module, fragment, width, /) -- Return the average over all samples in the fragment.minmax($module, fragment, width, /) -- Return the minimum and maximum values of all samples in the sound fragment.max($module, fragment, width, /) -- Return the maximum of the absolute value of all samples in a fragment.getsample($module, fragment, width, index, /) -- Return the value of sample index from the fragment. 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