protected override bool Open(Binding.IGraph graph, string file)
{
bool result = false;
DirectShow.Binding.Filters.SampleGrabber.All samplegrabber = new DirectShow.Binding.Filters.SampleGrabber.All()
{
Rate = this.Rate, FuzzyMatch = this.Fuzzy
};
if (this.Fuzzy)
{
result = graph.Open(new DirectShow.Binding.Filters.File.AsfReader(file, samplegrabber));
}
else
{
result = graph.Open(new DirectShow.Binding.Filters.File.AsfReader(file, new DirectShow.Binding.Filters.Decoder.Wmv(samplegrabber))
{
Output = 0
}) ||
graph.Open(new DirectShow.Binding.Filters.File.AsfReader(file, new DirectShow.Binding.Filters.Decoder.Wmv(samplegrabber))
{
Output = 1
}) ||
graph.Open(new DirectShow.Binding.Filters.File.AsfReader(file, new DirectShow.Binding.Filters.Decompressor.Mjpeg(samplegrabber))
{
Output = 0
}) ||
graph.Open(new DirectShow.Binding.Filters.File.AsfReader(file, new DirectShow.Binding.Filters.Decompressor.Mjpeg(samplegrabber))
{
Output = 1
});
}
return(result);
}
protected override bool Open(Binding.IGraph graph, string file)
{
bool result = false;
DirectShow.Binding.Filters.SampleGrabber.All samplegrabber = new DirectShow.Binding.Filters.SampleGrabber.All()
{
Rate = this.Rate, FuzzyMatch = this.Fuzzy
};
if (this.Fuzzy)
{
result = graph.Open(new DirectShow.Binding.Filters.File.Source(file, samplegrabber));
}
else
{
result = graph.Open(new DirectShow.Binding.Filters.File.Source(file, new DirectShow.Binding.Filters.Demultiplexer.Mpeg2(new DirectShow.Binding.Filters.Decoder.Mpeg2(new DirectShow.Binding.Filters.Dmo.ColorConverter(samplegrabber)))
{
Output = 0
})) ||
graph.Open(new DirectShow.Binding.Filters.File.Source(file, new DirectShow.Binding.Filters.Demultiplexer.Mpeg2(new DirectShow.Binding.Filters.Decoder.Mpeg2(new DirectShow.Binding.Filters.Dmo.ColorConverter(samplegrabber)))
{
Output = 1
}));
}
return(result);
}
protected override bool Open(Binding.IGraph graph, string file)
{
return(graph.Open(new DirectShow.Binding.Filters.File.Source(file, new DirectShow.Binding.Filters.SampleGrabber.All()
{
FuzzyMatch = this.Fuzzy, Rate = this.Rate
})));
}
protected override bool Open(Binding.IGraph graph, string file)
{
return(graph.Open(new Filters.IO.Reader(file, new Filters.Demultiplexer.Mpeg2(new Filters.Decoder.Mpeg2(new DirectShow.Binding.Filters.SampleGrabber.All()
{
Rate = this.Rate
})))));
}
protected override bool Open(Binding.IGraph graph, string file)
{
bool result = false;
DirectShow.Binding.Filters.SampleGrabber.All samplegrabber = new DirectShow.Binding.Filters.SampleGrabber.All()
{
Rate = this.Rate, FuzzyMatch = this.Fuzzy
};
if (this.Fuzzy)
{
result = graph.Open(new DirectShow.Binding.Filters.File.Source(file, samplegrabber));
}
else
{
result = graph.Open(new DirectShow.Binding.Filters.File.Source(file, new DirectShow.Binding.Filters.Demultiplexer.AviSplitter(new DirectShow.Binding.Filters.Decoder.Wmv(samplegrabber)))) ||
graph.Open(new DirectShow.Binding.Filters.File.Source(file, new DirectShow.Binding.Filters.Demultiplexer.AviSplitter(new DirectShow.Binding.Filters.Decompressor.Mjpeg(samplegrabber)))) ||
graph.Open(new DirectShow.Binding.Filters.File.Source(file, new DirectShow.Binding.Filters.Demultiplexer.AviSplitter(new DirectShow.Binding.Filters.Dmo.Mpeg4(samplegrabber)))) ||
graph.Open(new DirectShow.Binding.Filters.File.Source(file, new DirectShow.Binding.Filters.Demultiplexer.AviSplitter(new DirectShow.Binding.Filters.Dmo.Mpeg43(samplegrabber)))) ||
graph.Open(new DirectShow.Binding.Filters.File.Source(file, new DirectShow.Binding.Filters.Demultiplexer.AviSplitter(new DirectShow.Binding.Filters.Dmo.Mpeg4s(samplegrabber)))) ||
graph.Open(new DirectShow.Binding.Filters.File.Source(file, new DirectShow.Binding.Filters.Demultiplexer.AviSplitter(new DirectShow.Binding.Filters.Decompressor.Avi(samplegrabber)))) ||
graph.Open(new DirectShow.Binding.Filters.File.Source(file, new DirectShow.Binding.Filters.Demultiplexer.AviSplitter(new DirectShow.Binding.Filters.Decoder.Dv(samplegrabber))));
}
return(result);
}