ELF>/@@HHSWRSWResamplerisrset input sample ratein_sample_rateosrset output sample rateout_sample_rateisfset input sample formatin_sample_fmtosfset output sample formatout_sample_fmttsfset internal sample formatinternal_sample_fmtichlset input channel layoutchlayoutin_chlayoutochlset output channel layoutout_chlayoutuchlset used channel layoutused_chlayoutclevset center mix levelcenter_mix_levelslevset surround mix levelsurround_mix_levelset surround mix Levellfe_mix_levelset LFE mix levelrmvolset rematrix volumerematrix_volumerematrix_maxvalset rematrix maxvalflagsset flagsswr_flagsresforce resamplingdither_scaleset dither scaledither_methodset dither methodrectangularselect rectangular dithertriangularselect triangular dithertriangular_hplipshitzshibatalow_shibatahigh_shibataf_weightedmodified_e_weightedimproved_e_weightedfilter_sizephase_shiftlinear_interpenable linear interpolationexact_rationalenable exact rationalcutoffset cutoff frequency ratioresample_cutoffresamplerset resampling Engineswrselect SW Resamplersoxrselect SoX Resamplerprecisionchebymin_compmin_hard_compcomp_durationmax_soft_compasyncfirst_ptsmatrix_encodingset matrixed stereo encodingnoneselect nonedolbyselect Dolbydpliiselect Dolby Pro Logic IIfilter_typeselect swr filter typecubicselect cubicblackman_nuttallkaiserselect Kaiser windowed sinckaiser_betaset swr Kaiser window betaoutput_sample_bitsUOHSQHHt"HHHH?H(?HZ[]d'; pApAtAtAAA A AAA;f?@@@;f?@@@|;f?@@@|;f?@@@@@@?@@@?@@@@@xAxA A?AQ@ A A A AA EA FA GA BA CA DA- A- 8@-?-?-?-?? A A-4@.@@@-?-GG-?A-?A-A-A-C@ A A A-@ A A A-"@@0@-P@select triangular dither with high passselect Lipshitz noise shaping ditherselect Shibata noise shaping ditherselect low Shibata noise shaping ditherselect high Shibata noise shaping ditherselect f-weighted noise shaping ditherselect modified-e-weighted noise shaping ditherselect improved-e-weighted noise shaping ditherset swr resampling filter sizeset swr resampling phase shiftset soxr resampling precision (in bits)enable soxr Chebyshev passband & higher-precision irrational ratio approximationset minimum difference between timestamps and audio data (in seconds) below which no timestamp compensation of either kind is appliedset minimum difference between timestamps and audio data (in seconds) to trigger padding/trimming the data.set duration (in seconds) over which data is stretched/squeezed to make it match the timestamps.set maximum factor by which data is stretched/squeezed to make it match the timestamps.simplified 1 parameter audio timestamp matching, 0(disabled), 1(filling and trimming), >1(maximum stretch/squeeze in samples per second)Assume the first pts should be this value (in samples).select Blackman Nuttall windowed sincset swr number of output sample bitsGCC: (OpenIndiana 13.3.0-oi-0) 13.3.0zRx 0DAAH Bu  H$` ,1?AIToptions.ccontext_to_nameav_classoptions.LC0swr_get_classswr_allocav_malloczav_opt_set_defaults   &``h*9= T(=`dhhh (`h  (X ` h% ?% LQ  i(QX `wh|| (`h" 2(B`Vh\Vf\VptV (`h  ( X`h ($ P, x  8(  X ` Eh   P   d  (  x(  X` h  x     ( ` h     1 5  I( NX ` ch   m   s   |(  ` h     x    ( ``h ( X`'h3'JP'] ' n(uX'`h  4H.symtab.strtab.shstrtab.rela.text.data.bss.rodata.str1.1.rela.text.unlikely.rela.data.rel.ro.local.rodata.str1.8.comment.rela.eh_frame @@0&X,X12XE#A@@HY  T@Xl2{0'p`@.H h   xh 0/