internal static IRecognizerMachine CreateRecognizer(string recognizerType, int amplification, int secondsToAnalyzeAudioFiles)
{
IRecognizerMachine recognizerMachine = null;
if (recognizerType == ItemToRecognizerTypeMap.RecognizerType[2])
{
recognizerMachine = new PopsRecognizer(amplification, secondsToAnalyzeAudioFiles);
}
else if (recognizerType == ItemToRecognizerTypeMap.RecognizerType[1])
{
recognizerMachine = new SpecificSoundRecognizer(amplification, secondsToAnalyzeAudioFiles);
}
return(recognizerMachine);
}
private void ScanItem()
{
mMicrowaveItemInfo = mScanner.Scan() as MicrowaveItemInfo;
if (mMicrowaveItemInfo != null)
{
mRecognizer = MachineRecognizerFactory.CreateRecognizer(
(mScanner as ItemScanner).ItemToRecognizerTypeMap.
GetRecognizerTypeByItem(mMicrowaveItemInfo),
10,
10);
if (mRecognizer != null)
{
mRecognizer.RecognizerFinished += SetShouldStopStatus;
string itemCategory = (mScanner as ItemScanner).
ItemToRecognizerTypeMap.GetRecognizerTypeByItem(mMicrowaveItemInfo);
mRecognizer.LoadProcessedData(itemCategory);
}
}
}
internal static IRecognizerMachine CreateRecognizer(
string workingDirectoryPath,
string recognizerType)
{
IRecognizerMachine recognizerMachine = null;
if (recognizerType == ItemToRecognizeDataMap.RecognizerType[2])
{
recognizerMachine = new PopsRecognizer(workingDirectoryPath);
}
else if (recognizerType == ItemToRecognizeDataMap.RecognizerType[1])
{
int amplification = 10;
int secondsToAnalyzeAudioFiles = 10;
recognizerMachine = new SpecificSoundRecognizer(
workingDirectoryPath,
amplification,
secondsToAnalyzeAudioFiles);
}
return(recognizerMachine);
}