src/media/audio/audio_core/mixer/test/mixer_response_tests.cc
TEST(Sinad, Linear_NxN) {
  TestNxNEquivalence(Resampler::LinearInterpolation, AudioResult::FreqRespLinearNxN.data(),
                     AudioResult::SinadLinearNxN.data(), AudioResult::PhaseLinearNxN.data());

  // Final param signals to evaluate only at summary frequencies.
  EvaluateSinadResults(AudioResult::SinadLinearNxN.data(),
                       AudioResult::kPrevSinadLinearMicro.data(), true);
}
// Measure SINAD for NxN Linear sampler, with minimum down-sampling rate change.
Measure SINAD for NxN Linear sampler, with minimum down-sampling rate change.
Measure SINAD for NxN Linear sampler with minimum down - sampling rate change .
TEST(Sinad, Linear_NxN) {
  TestNxNEquivalence(Resampler::LinearInterpolation, AudioResult::FreqRespLinearNxN.data(),
                     AudioResult::SinadLinearNxN.data(), AudioResult::PhaseLinearNxN.data());
  EvaluateSinadResults(AudioResult::SinadLinearNxN.data(),
                       AudioResult::kPrevSinadLinearMicro.data(), true);
}
TEST ( Sinad , Linear_NxN ) { TestNxNEquivalence ( Resampler :: LinearInterpolation , AudioResult :: FreqRespLinearNxN . data ( ) , AudioResult :: SinadLinearNxN . data ( ) , AudioResult :: PhaseLinearNxN . data ( ) ) ; EvaluateSinadResults ( AudioResult :: SinadLinearNxN . data ( ) , AudioResult :: kPrevSinadLinearMicro . data ( ) , true ) ; }
Measure SINAD for NxN Linear sampler, with minimum down-sampling rate change.
Measure SINAD for NxN Linear sampler with minimum down - sampling rate change .
// Final param signals to evaluate only at summary frequencies.