private int ProcessAudioFile(List <FilterBase> filters, int nChannels, ref AudioDataPerChannel from, ref AudioDataPerChannel to)
{
foreach (var f in filters)
{
f.FilterStart();
}
to.ResetStatistics();
long pos = 0;
while (pos < to.totalSamples)
{
var pcm = FilterNth(filters, filters.Count - 1, ref from);
to.SetPcmInDouble(pcm, pos);
pos += pcm.LongLength;
long currentSamples = System.Threading.Interlocked.Add(ref mProgressSamples, pcm.LongLength);
double percent = (double)FILE_READ_COMPLETE_PERCENTAGE
+ ((double)FILE_PROCESS_COMPLETE_PERCENTAGE - FILE_READ_COMPLETE_PERCENTAGE) * currentSamples / to.totalSamples / nChannels;
mBackgroundWorker.ReportProgress((int)percent, new ProgressArgs("", 0));
}
foreach (var f in filters)
{
f.FilterEnd();
}
return(0);
}
private int ProcessAudioFile(List<FilterBase> filters, int nChannels, ref AudioDataPerChannel from, ref AudioDataPerChannel to)
{
foreach (var f in filters) {
f.FilterStart();
}
to.ResetStatistics();
long pos = 0;
while (pos < to.totalSamples) {
var pcm = FilterNth(filters, filters.Count - 1, ref from);
to.SetPcmInDouble(pcm, pos);
pos += pcm.LongLength;
long currentSamples = System.Threading.Interlocked.Add(ref mProgressSamples, pcm.LongLength);
double percent = (double)FILE_READ_COMPLETE_PERCENTAGE
+ ((double)FILE_PROCESS_COMPLETE_PERCENTAGE - FILE_READ_COMPLETE_PERCENTAGE) * currentSamples / to.totalSamples / nChannels;
mBackgroundWorker.ReportProgress((int)percent, new ProgressArgs("", 0));
}
foreach (var f in filters) {
f.FilterEnd();
}
return 0;
}
