Debug backtrace for the crash:

309                 time_out[nflat_ls+nshort+i] = overlap[nflat_ls+nshort+i] + transf_buf[nflat_ls+nshort+i];
#0  0xb16a41b5 in ifilter_bank (fb=0x880a608, window_sequence=1 '\001', window_shape=0 '\0', window_shape_prev=0 '\0', 
    freq_in=0xb2b318fc, time_out=0x0, overlap=0x0, object_type=2 '\002', frame_len=1024) at filtbank.c:309
        i = <value optimized out>
        transf_buf = {-1.74421159e+13, -1.35806174e+13, -8.9573745e+12, -3.86334458e+12, 1.38111536e+12, 6.44637105e+12, 
  1.10144877e+13, 1.47993731e+13, 1.75651695e+13, 1.9141369e+13, 1.94339574e+13, 1.84317368e+13, 1.62073506e+13, 
  1.2913075e+13, 8.7714043e+12, 4.06120825e+12, -8.99935633e+11, -5.77586961e+12, -1.02334663e+13, -1.39641309e+13, 
  -1.6704017e+13, -1.82515264e+13, -1.84811017e+13, -1.73522498e+13, -1.49133292e+13, -1.1299714e+13, -6.72641162e+12, 
  -1.47560504e+12, 4.12031962e+12, 9.69900818e+12, 1.48906757e+13, 1.93413262e+13, 2.27354157e+13, 2.48163693e+13, 
  2.54038235e+13, 2.44063341e+13, 2.18288022e+13, 1.77740993e+13, 1.24386133e+13, 6.10209523e+12, -8.87849878e+11, 
  -8.13555096e+12, -1.52203229e+13, -2.17213567e+13, -2.72429482e+13, -3.14385671e+13, -3.40323142e+13, -3.48363979e+13, 
  -3.3763539e+13, -3.08335828e+13, -2.61737551e+13, -2.00125972e+13, -1.26677743e+13, -4.52857535e+12, 3.96607593e+12, 
  1.23525996e+13, 2.01694999e+13, 2.69840527e+13, 3.24175722e+13, 3.61675673e+13, 3.80255685e+13, 3.78895178e+13, 
  3.57699179e+13, 3.17894542e+13, 2.61759571e+13, 1.92492507e+13, 1.14024985e+13, 3.07931723e+12, -5.25219188e+12, 
  -1.31267318e+13, -2.01089991e+13, -2.58190134e+13, -2.99541358e+13, -3.2306463e+13, -3.27745368e+13, -3.1368711e+13, 
  -2.82097625e+13, -2.35210235e+13, -1.76142313e+13, -1.08702959e+13, -3.71578451e+12, 3.40310229e+12, 1.00477971e+13, 
  1.58140046e+13, 2.03561883e+13, 2.34084693e+13, 2.48005442e+13, 2.44677912e+13, 2.24548398e+13, 1.891249e+13, 
  1.40880286e+13, 8.30973254e+12, 1.96625092e+12, -4.51761668e+12, -1.07075202e+13, -1.61867146e+13, -2.05822215e+13, 
  -2.35883777e+13, -2.49862637e+13, -2.46579483e+13, -2.25944367e+13, -1.88971053e+13, -1.37722195e+13, -7.51906849e+12, 
  -5.12253133e+11, 6.82068961e+12, 1.40251192e+13, 2.06468976e+13, 2.62602186e+13, 3.04938568e+13, 3.30543745e+13, 
  3.37447381e+13, 3.24772802e+13, 2.92801741e+13, 2.42969613e+13, 1.77792184e+13, 1.00726315e+13, 1.59744668e+12, 
  -7.17573692e+12, -1.57532176e+13, -2.36470812e+13, -3.04037841e+13, -3.56309396e+13, -3.90205874e+13, -4.03675252e+13, 
  -3.95817853e+13, -3.66942167e+13, -3.18551496e+13, -2.53259017e+13, -1.74639095e+13, -8.70205725e+12, 4.76216459e+11, 
  9.56497605e+12, 1.80649617e+13, 2.55124434e+13, 3.1505871e+13, 3.57288641e+13, 3.79680897e+13, 3.81250615e+13, 
  3.62211663e+13, 3.23955605e+13, 2.68962449e+13, 2.00646423e+13, 1.23148918e+13, 4.10885476e+12, -4.07147328e+12, 
  -1.17525803e+13, -1.84973923e+13, -2.39307776e+13, -2.77612656e+13, -2.97975268e+13, -2.99587915e+13, -2.82784988e+13, 
  -2.49011047e+13, -2.00721522e+13, -1.41224061e+13, -7.44682213e+12, -4.79893029e+11, 6.33132601e+12, 1.25547535e+13, 
  1.77996971e+13, 2.17406421e+13, 2.41368522e+13, 2.48467465e+13, 2.38360472e+13, 2.11793876e+13, 1.70551568e+13, 
  1.17340247e+13, 5.56183323e+12, -1.06210184e+12, -7.70987944e+12, -1.39516654e+13, -1.93823213e+13, -2.36465611e+13, 
  -2.64609244e+13, -2.76313911e+13, -2.70654159e+13, -2.47777964e+13, -2.08898926e+13, -1.56224203e+13, -9.28204299e+12, 
  -2.24283984e+12, 5.07642905e+12, 1.22377397e+13, 1.88103629e+13, 2.43970668e+13, 2.86581399e+13, 3.133208e+13, 
  3.22513184e+13, 3.13524958e+13, 2.86801705e+13, 2.43842113e+13, 1.87106371e+13, 1.19868458e+13, 4.6018079e+12, 
  -3.01728426e+12, -1.04307181e+13, -1.72125659e+13, -2.29761016e+13, -2.73967932e+13...}
        window_long = (const real_t *) 0xb16c9480
        window_long_prev = (const real_t *) 0xb16c9480
        window_short = (const real_t *) 0xb16ca480
        window_short_prev = (const real_t *) 0xb16ca480
        nshort = 128
        nflat_ls = 448
#1  0xb16bfe43 in reconstruct_single_channel (hDecoder=0x8809c50, ics=0xb2b3313c, sce=0xb2b33136, spec_data=0xb2b32936)
    at specrec.c:696
        ch = <value optimized out>
        retval = <value optimized out>
        output_channels = 1 '\001'
        spec_coef = {0, -8.97969627, -1.41421354, -6.11894703, -3.56359482, -3.56359482, 1.41421354, 0, 0, -3.56359482, 
  -1.41421354, 8.97969627, 0, -1.41421354, -6.11894703, -6.11894703, 6.11894703, -6.11894703, 8.97969627, 0, -3.56359482, 
  0, -3.56359482, 6.11894703, -1.41421354, 6.11894703, 3.56359482, -3.56359482, 3.56359482, 8.97969627, -3.56359482, 
  -15.4187794, -5.0396843, 5.0396843, 0, 0, 0, -5.0396843, -5.0396843, -5.0396843, -18.3361225, 1.68179286, -4.23785257, 
  10.6787186, -7.27669525, 7.27669525, -1.68179286, 4.23785257, -3.35005597e+15, 3.61888925e+15, 1.80944597e+15, 
  9.04726003e+14, 4.5236884e+14, 2.2619613e+14, 1.13121495e+14, 5.6607606e+13, 4.06663234e+15, 1.99075023e+15, 
  9.44946626e+14, 4.58375016e+14, 1.51827698e+14, 6.87562524e+14, 1.18534051e+15, 2.27578855e+15, 1.93074697e+13, 
  3.85152954e+13, -3.10731408e+15, 1.74608419e+15, -2.08036042e+15, 1.80982594e+15, -2.54992262e+15, 1.36825216e+15, 
  2.83438287e+15, -1.02352708e+15, 1.32533658e+15, 9.77600122e+14, -5.60970577e+14, -3.21984357e+15, -2.4497358e+15, 
  4.54772243e+14, -2.12514939e+16, 1.2168933e+16, 6.08409766e+15, 3.0413101e+15, 1.51935206e+15, 7.57069993e+14, 
  3.84452958e+14, 1.81780431e+14, 0 <repeats 936 times>}
#2  0xb16c6069 in single_lfe_channel_element (hDecoder=0x8809c50, ld=0x0, channel=2 '\002', 
    tag=0xb2b3831b "\002X2n�|\203��P\234\200\b\200\233\200\bG+j�P\234\200\b\200\233\200\b|\203����\200\b(�\200\b\002")
    at syntax.c:563
        retval = <value optimized out>
        sce = {channel = 2 '\002', paired_channel = -1, element_instance_tag = 2 '\002', common_window = 0 '\0', ics1 = {
    max_sfb = 30 '\036', num_swb = 49 '1', num_window_groups = 1 '\001', num_windows = 1 '\001', 
    window_sequence = 1 '\001', window_group_length = "\001\000\000\000\000\000\000", window_shape = 0 '\0', 
    scale_factor_grouping = 0 '\0', sect_sfb_offset = {{0, 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 48, 56, 64, 72, 80, 88, 
        96, 108, 120, 132, 144, 160, 176, 196, 216, 240, 264, 292, 320, 352, 384, 416, 448, 480, 512, 544, 576, 608, 640, 
        672, 704, 736, 768, 800, 832, 864, 896, 928, 1024, 0 <repeats 70 times>}, {0 <repeats 120 times>}, {
        0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {
        0 <repeats 120 times>}, {0 <repeats 120 times>}}, swb_offset = {0, 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 48, 56, 
      64, 72, 80, 88, 96, 108, 120, 132, 144, 160, 176, 196, 216, 240, 264, 292, 320, 352, 384, 416, 448, 480, 512, 544, 
      576, 608, 640, 672, 704, 736, 768, 800, 832, 864, 896, 928, 1024, 0, 0}, sect_cb = {
      "\b\r", '\0' <repeats 117 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>, 
      '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>}, 
    sect_start = {{0, 11, 16, 0 <repeats 117 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {
        0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {
        0 <repeats 120 times>}}, sect_end = {{11, 16, 38, 0 <repeats 117 times>}, {0 <repeats 120 times>}, {
        0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {
        0 <repeats 120 times>}, {0 <repeats 120 times>}}, sfb_cb = {
      '\b' <repeats 11 times>, "\r\r\r\r\r", '\0' <repeats 103 times>, '\0' <repeats 119 times>, 
      '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>, 
      '\0' <repeats 119 times>, '\0' <repeats 119 times>}, num_sec = "\003\000\000\000\000\000\000", 
    global_gain = 100 'd', scale_factors = {{102, 102, 102, 102, 102, 102, 102, 102, 104, 104, 103, 209, 209, 209, 209, 
        218, 0 <repeats 35 times>}, {0 <repeats 51 times>}, {0 <repeats 51 times>}, {0 <repeats 51 times>}, {
        0 <repeats 51 times>}, {0 <repeats 51 times>}, {0 <repeats 51 times>}, {0 <repeats 51 times>}}, 
    ms_mask_present = 0 '\0', ms_used = {'\0' <repeats 50 times>, '\0' <repeats 50 times>, '\0' <repeats 50 times>, 
      '\0' <repeats 50 times>, '\0' <repeats 50 times>, '\0' <repeats 50 times>, '\0' <repeats 50 times>, 
      '\0' <repeats 50 times>}, noise_used = 1 '\001', pulse_data_present = 0 '\0', tns_data_present = 0 '\0', 
    gain_control_data_present = 0 '\0', predictor_data_present = 0 '\0', pul = {number_pulse = 0 '\0', 
      pulse_start_sfb = 0 '\0', pulse_offset = "\000\000\000", pulse_amp = "\000\000\000"}, tns = {
      n_filt = "\000\000\000\000\000\000\000", coef_res = "\000\000\000\000\000\000\000", length = {"\000\000\000", 
        "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000"}, 
      order = {"\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", 
        "\000\000\000", "\000\000\000"}, direction = {"\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", 
        "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000"}, coef_compress = {"\000\000\000", "\000\000\000", 
        "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000"}, coef = {{
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}}}, pred = {
      limit = 0 '\0', predictor_reset = 0 '\0', predictor_reset_group_number = 0 '\0', 
      prediction_used = '\0' <repeats 50 times>}, ltp = {last_band = 0 '\0', data_present = 0 '\0', lag = 0, 
      lag_update = 0 '\0', coef = 0 '\0', long_used = '\0' <repeats 50 times>, 
      short_used = "\000\000\000\000\000\000\000", short_lag_present = "\000\000\000\000\000\000\000", 
      short_lag = "\000\000\000\000\000\000\000"}, ltp2 = {last_band = 0 '\0', data_present = 0 '\0', lag = 0, 
      lag_update = 0 '\0', coef = 0 '\0', long_used = '\0' <repeats 50 times>, 
      short_used = "\000\000\000\000\000\000\000", short_lag_present = "\000\000\000\000\000\000\000", 
      short_lag = "\000\000\000\000\000\000\000"}, length_of_reordered_spectral_data = 0, 
    length_of_longest_codeword = 0 '\0', sf_concealment = 0 '\0', rev_global_gain = 0 '\0', length_of_rvlc_sf = 0, 
    dpcm_noise_nrg = 0, sf_escapes_present = 0 '\0', length_of_rvlc_escapes = 0 '\0', dpcm_noise_last_position = 0}, 
  ics2 = {max_sfb = 0 '\0', num_swb = 0 '\0', num_window_groups = 0 '\0', num_windows = 0 '\0', window_sequence = 0 '\0', 
    window_group_length = "\000\000\000\000\000\000\000", window_shape = 0 '\0', scale_factor_grouping = 0 '\0', 
    sect_sfb_offset = {{0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {
        0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {
        0 <repeats 120 times>}}, swb_offset = {0 <repeats 52 times>}, sect_cb = {'\0' <repeats 119 times>, 
      '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>, 
      '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>}, sect_start = {{
        0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {
        0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}}, sect_end = {{
        0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {
        0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}, {0 <repeats 120 times>}}, sfb_cb = {
      '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>, 
      '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>, '\0' <repeats 119 times>}, 
    num_sec = "\000\000\000\000\000\000\000", global_gain = 0 '\0', scale_factors = {{0 <repeats 51 times>}, {
        0 <repeats 51 times>}, {0 <repeats 51 times>}, {0 <repeats 51 times>}, {0 <repeats 51 times>}, {
        0 <repeats 51 times>}, {0 <repeats 51 times>}, {0 <repeats 51 times>}}, ms_mask_present = 0 '\0', ms_used = {
      '\0' <repeats 50 times>, '\0' <repeats 50 times>, '\0' <repeats 50 times>, '\0' <repeats 50 times>, 
      '\0' <repeats 50 times>, '\0' <repeats 50 times>, '\0' <repeats 50 times>, '\0' <repeats 50 times>}, 
    noise_used = 0 '\0', pulse_data_present = 0 '\0', tns_data_present = 0 '\0', gain_control_data_present = 0 '\0', 
    predictor_data_present = 0 '\0', pul = {number_pulse = 0 '\0', pulse_start_sfb = 0 '\0', 
      pulse_offset = "\000\000\000", pulse_amp = "\000\000\000"}, tns = {n_filt = "\000\000\000\000\000\000\000", 
      coef_res = "\000\000\000\000\000\000\000", length = {"\000\000\000", "\000\000\000", "\000\000\000", 
        "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000"}, order = {"\000\000\000", 
        "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000"}, 
      direction = {"\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", 
        "\000\000\000", "\000\000\000"}, coef_compress = {"\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000", 
        "\000\000\000", "\000\000\000", "\000\000\000", "\000\000\000"}, coef = {{'\0' <repeats 31 times>, 
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {'\0' <repeats 31 times>, 
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {'\0' <repeats 31 times>, 
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {'\0' <repeats 31 times>, 
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {'\0' <repeats 31 times>, 
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {'\0' <repeats 31 times>, 
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {'\0' <repeats 31 times>, 
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}, {'\0' <repeats 31 times>, 
          '\0' <repeats 31 times>, '\0' <repeats 31 times>, '\0' <repeats 31 times>}}}, pred = {limit = 0 '\0', 
      predictor_reset = 0 '\0', predictor_reset_group_number = 0 '\0', prediction_used = '\0' <repeats 50 times>}, ltp = {
      last_band = 0 '\0', data_present = 0 '\0', lag = 0, lag_update = 0 '\0', coef = 0 '\0', 
      long_used = '\0' <repeats 50 times>, short_used = "\000\000\000\000\000\000\000", 
      short_lag_present = "\000\000\000\000\000\000\000", short_lag = "\000\000\000\000\000\000\000"}, ltp2 = {
      last_band = 0 '\0', data_present = 0 '\0', lag = 0, lag_update = 0 '\0', coef = 0 '\0', 
      long_used = '\0' <repeats 50 times>, short_used = "\000\000\000\000\000\000\000", 
      short_lag_present = "\000\000\000\000\000\000\000", short_lag = "\000\000\000\000\000\000\000"}, 
    length_of_reordered_spectral_data = 0, length_of_longest_codeword = 0 '\0', sf_concealment = 0 '\0', 
    rev_global_gain = 0 '\0', length_of_rvlc_sf = 0, dpcm_noise_nrg = 0, sf_escapes_present = 0 '\0', 
    length_of_rvlc_escapes = 0 '\0', dpcm_noise_last_position = 0}}
        spec_data = {0, -4, -1, -3, -2, -2, 1, 0, 0, -2, -1, 4, 0, -1, -3, -3, 3, -3, 4, 0, -2, 0, -2, 3, -1, 3, 2, -2, 
  2, 4, -2, -6, -2, 2, 0, 0, 0, -2, -2, -2, -6, 1, -2, 4, -3, 3, -1, 2, 0 <repeats 976 times>}
#3  0xb16c63d4 in raw_data_block (hDecoder=0x8809c50, hInfo=0x8809b80, ld=0xb2b3837c, pce=0x880a2bd, drc=0x880a528)
    at bits.h:129
        id_syn_ele = <value optimized out>
#4  0xb16a2b47 in aac_frame_decode (hDecoder=0x8809b80, hInfo=0x8, buffer=<value optimized out>, buffer_size=2976789080, 
    sample_buffer2=0x1bc, sample_buffer_size=142618352) at decoder.c:817
        channels = <value optimized out>
        output_channels = <value optimized out>
        ld = {bufa = 17, bufb = 0, bits_left = 0, buffer_size = 3068301842, bytes_used = 3068301850, 
  no_more_reading = 135 '\207', error = 71 'G', tail = 0x6a86c639, start = 0x11, buffer = 0x1bc}
        bitsconsumed = <value optimized out>
        frame_len = 1024
        sample_buffer = <value optimized out>
        str = "\002\004\004\004\b\002\002\002\002\000\000"
#5  0x00000001 in ?? ()
No symbol table info available.
#6  0xb16e3258 in ?? () from /usr/lib/xine/plugins/1.1.2/xineplug_decode_faad.so
No symbol table info available.
#7  0x000001bc in ?? ()
No symbol table info available.
#8  0x08802ef0 in ?? ()
No symbol table info available.
#9  0x00000000 in ?? ()
No symbol table info available.