class MicroSrcPipelineTest_SineUp500_Test
Defined at line 612 of file ../../src/media/audio/audio_core/test/api/audio_clock_pipeline_test.cc
For best precision in measuring resultant signal frequency, input signal frequency should be
high, but with room for upward slew without approaching the Nyquist limit(num_input_frames/2).
To make expected result frequency a round number, input frequency is a multiple of slew_ppm.
// Sine test input buffer length: the largest power-of-2 (frames) that fits into 2 sec
@
96kHz.
The numbers below work out to a frequency of 20k / (131072/96kHz) = 14.648 kHz.
Public Methods
void MicroSrcPipelineTest_SineUp500_Test ()Defined at line 612 of file ../../src/media/audio/audio_core/test/api/audio_clock_pipeline_test.cc
void MicroSrcPipelineTest_SineUp500_Test (const MicroSrcPipelineTest_SineUp500_Test & )Defined at line 612 of file ../../src/media/audio/audio_core/test/api/audio_clock_pipeline_test.cc
void MicroSrcPipelineTest_SineUp500_Test (MicroSrcPipelineTest_SineUp500_Test && )Defined at line 612 of file ../../src/media/audio/audio_core/test/api/audio_clock_pipeline_test.cc
MicroSrcPipelineTest_SineUp500_Test & operator= (const MicroSrcPipelineTest_SineUp500_Test & )Defined at line 612 of file ../../src/media/audio/audio_core/test/api/audio_clock_pipeline_test.cc
MicroSrcPipelineTest_SineUp500_Test & operator= (MicroSrcPipelineTest_SineUp500_Test && )Defined at line 612 of file ../../src/media/audio/audio_core/test/api/audio_clock_pipeline_test.cc
void ~MicroSrcPipelineTest_SineUp500_Test ()Defined at line 612 of file ../../src/media/audio/audio_core/test/api/audio_clock_pipeline_test.cc