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/sof-3.4.0/src/audio/
Dkpb.c1938 ae_f24x2 vs = AE_ZERO24(); in kpb_convert_32b_to_24b() local
1942 AE_L32F24_XC(vs, (const ae_f24 *)sin, 4); in kpb_convert_32b_to_24b()
1943 AE_SA24_IP(vs, align_out, sout); in kpb_convert_32b_to_24b()
1951 AE_L32X2F24_XC(vs, sin, 8); in kpb_convert_32b_to_24b()
1952 AE_SA24X2_IP(vs, align_out, sout); in kpb_convert_32b_to_24b()
1957 AE_L32X2F24_XC(vs, sin, 4); in kpb_convert_32b_to_24b()
1958 ae_f24 tmp = AE_MOVAD32_H(AE_MOVINT24X2_FROMF24X2(vs)); in kpb_convert_32b_to_24b()
2094 ae_int32x2 vs = AE_ZERO32(); in kpb_copy_24b_in_32b() local
2097 AE_L32_IP(vs, (const ae_int32 *)sin, 4); in kpb_copy_24b_in_32b()
2098 AE_S32_L_IP(vs, (ae_int32 *)sout, 4); in kpb_copy_24b_in_32b()
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/sof-3.4.0/tools/test/audio/
Dprocess_test.m125 %% Print table with test summary: THD+N vs. frequency
127 …print_val(t.comp, 'Worst-case THD+N vs. frequency', fn, bits_in_list, bits_out_list, r.thdnf, r.pf…
223 %% Reference: AES17 6.3.2 THD+N ratio vs. frequency
244 test_result_print(t, 'THD+N ratio vs. frequency', 'THDNF', test);
DREADME15 - THD+N vs. Frequency
Dsrc_test.m159 %% Print table with test summary: THD+N vs. frequency
161 print_val('SRC', 'Worst-case THD+N vs. frequency', ...
273 %% Reference: AES17 6.3.2 THD+N ratio vs. frequency
301 src_test_result_print(t, 'THD+N ratio vs. frequency', 'THDNF');
Dsof_test_perf.m159 %% Reference: AES17 6.3.2 THD+N ratio vs. frequency
181 test_result_print(test, 'THD+N ratio vs. frequency', 'THDNF');
Dsof_test_perf_README.txt103 passing. Based on the reported difference vs. expected 0 dB gain
/sof-3.4.0/tools/test/audio/std_utils/
Dstdhpf_get.m49 rs = -50; % Some margin vs. requirement
Dstdlpf_get.m48 rs = -65; % Some margin vs. requirement
Dthdnf_test_input.m33 %% Reference: AES17 6.3.2 THD+N ratio vs frequency
Dthdnf_test_measure.m25 %% Reference: AES17 6.3.2 THD+N ratio vs frequency
/sof-3.4.0/tools/tune/eq/
Dmls_freq_resp.m9 % the measurement vs. known. Deviation is reported as error. It can
191 title('Measured vs. reference response');
Deq_plot.m91 tstr = sprintf('Filter target vs. achieved response: %s', eq.name);
/sof-3.4.0/src/drivers/intel/
DKconfig139 Decimate by 2 in FIR gives good bandwidth vs. Nyquist and narrow