public static void Save(string newName, WaveScanner ws, int overhead, bool createLogs)
{
List <splitter> chains = ARSplitter.GetChains(ws.NumFiles, overhead);
int chain_n = 1;
foreach (splitter chain in chains)
{
WavCollection samples = ws.GetSamples(chain);
Wav total = samples.GetChain();
for (int k = 0; k < chain.fillers; k++)
{
total.CatSilence(samples.MaxDuration());
}
int tot = chain.chainLen + chain.fillers;
string wavName, logName;
mkNames(newName, tot, chain_n, out wavName, out logName);
total.Save(wavName);
if (createLogs)
{
saveLog(logName, chain.fillers, samples);
}
chain_n++;
}
}
public Wav(Wav copy)
{
header = new wavHeader(copy.header);
format = new wavFormat(copy.format);
data = new wavData(copy.data);
OrigDuration = copy.OrigDuration;
FileName = copy.FileName;
Name = copy.Name;
}
public void Cat(Wav inputFile)
{
byte[] temp = createTempCopy(inputFile.data.samples.Length);
for (int k = 0; k < inputFile.data.samples.Length; k++)
{
temp[k + samples.Length] = inputFile.data.samples[k];
}
assignTempCopy(temp);
}
public Wav GetChain()
{
roundUp();
Wav total = new Wav();
foreach (Wav wf in waveList)
{
total.Cat(wf);
}
return(total);
}
public string GetLongestSample(out int dur)
{
Wav wf = maxPtr();
if (wf != null)
{
dur = wf.Duration;
return(wf.Name);
}
dur = 0;
return(null);
}
public void Cat(Wav inputFile)
{
if (header == null)
{
header = new wavHeader(inputFile.header);
format = new wavFormat(inputFile.format);
data = new wavData(inputFile.data);
}
else
{
data.Cat(inputFile);
}
}
private Wav maxPtr()
{
Wav rv = null;
int curDur = 0;
foreach (Wav wf in waveList)
{
int dur = wf.OrigDuration;
if (dur > curDur)
{
curDur = dur;
rv = wf;
}
}
return(rv);
}
