src/media/audio/audio_core/mixer/test/mixer_response_tests.cc
// For this resampler, target the upsampling ratio "almost 1:4". EXACTLY 1:4 (combined with our
// chosen buffer size, and the system definition of STEP_SIZE), would exceed MAX_INT for src_pos. We
// specify a source buffer at _just_greater__than_ 1/4 the length of the destination buffer.
For this resampler, target the upsampling ratio "almost 1:4". EXACTLY 1:4 (combined with our
chosen buffer size, and the system definition of STEP_SIZE), would exceed MAX_INT for src_pos. We
specify a source buffer at _just_greater__than_ 1/4 the length of the destination buffer.
For this resampler target the upsampling ratio " almost 1 : 4 " . EXACTLY 1 : 4 ( combined with our chosen buffer size and the system definition of STEP_SIZE ) would exceed MAX_INT for src_pos . We specify a source buffer at _just_greater__than_ 1 / 4 the length of the destination buffer .
void TestUpSampleRatio3(Resampler sampler_type, double* freq_resp_results, double* sinad_results,
                        double* phase_results) {
  auto mixer = SelectMixer(ASF::FLOAT, 1, 12001, 1, 48000, sampler_type);
  MeasureFreqRespSinadPhase(mixer.get(), (kFreqTestBufSize >> 2) + 1, freq_resp_results,
                            sinad_results, phase_results);
}
void TestUpSampleRatio3 ( Resampler sampler_type , double * freq_resp_results , double * sinad_results , double * phase_results ) { auto mixer = SelectMixer ( ASF :: FLOAT , 1 , 12001 , 1 , 48000 , sampler_type ) ; MeasureFreqRespSinadPhase ( mixer . get ( ) , ( kFreqTestBufSize >> 2 ) + 1 , freq_resp_results , sinad_results , phase_results ) ; }
For this resampler, target the upsampling ratio "almost 1:4".
For this resampler target the upsampling ratio " almost 1 : 4 " .