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This interface provides operations to identify waves in samples.
Method Summary | |
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void |
cleanUp()
Clean up the state of the wave identifier. |
void |
completeProcessing()
Complete processing of the last wave, if necessary. |
int |
getActualMaxWaveLength()
Get the actual maximum wave width. |
int |
getActualMinWaveLength()
Get the actual minimum wave width. |
int |
getAverageWaveLength()
Get the actual average wave width. |
int |
getFitValue(int index)
Get the fit value at the given position in the sample. |
int |
getNoiseThreshold()
Get the noise threshold. |
int |
getWaveValue(int index)
Get the wave value at the given position in the sample. |
int |
identifyNextWave(int pos,
int sampleValue)
Identify the next wave in the sample. |
void |
initialize()
Initialize this object ready for processing a sample. |
boolean |
processingDropOut()
Return an indicator of whether we are currently processing a drop out of the signal. |
void |
startProcessingDropOut(int restoreIndex)
Start processing a drop-out in the signal. |
Method Detail |
public void initialize()
public int identifyNextWave(int pos, int sampleValue)
pos
- The current position in the sample.sampleValue
- The current sample value.
public void completeProcessing()
public boolean processingDropOut()
public void startProcessingDropOut(int restoreIndex)
restoreIndex
- The index of the sample to restore normal processing.public int getActualMinWaveLength()
public int getActualMaxWaveLength()
public int getAverageWaveLength()
public int getNoiseThreshold()
public int getWaveValue(int index)
index
- The index of the sample.
public int getFitValue(int index)
index
- The index of the sample.
public void cleanUp()
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