void Setup()
{
if (graph.architecture != StreamArchitecture.ThreeLevelBasic)
{
throw new ArgumentException(message: "Only StreamArchitecture.ThreeLevelBasic is currently supported.");
}
camStreamManagers = new CamStreamManager[graph.nThreadsPerLayer[0]];
for (int j = 0; j < graph.nThreadsPerLayer[0]; j++)
{
camStreamManagers[j] = new CamStreamManager(messageQueue: messageQueues[0][j], sessionPath: sessionPaths[j], setupStyle: CamStreamManager.CamStreamManagerSetup.BasicStream);
}
SingleStreamManager.Output[] _singleStreamOutputs = new SingleStreamManager.Output[graph.nThreadsPerLayer[1]];
singleStreamManagers = new SingleStreamManager[graph.nThreadsPerLayer[1]];
for (int j = 0; j < graph.nThreadsPerLayer[1]; j++)
{
CamStreamManager.Output _camOutput = camStreamManagers[j].output;
singleStreamManagers[j] = new SingleStreamManager(camOutputManager: _camOutput,
messageQueue: messageQueues[1][j], sessionPath: sessionPaths[j], setupStyle: SingleStreamManager.SingleStreamManangerSetup.BasicStream);
_singleStreamOutputs[j] = singleStreamManagers[j].output;
}
mergeStreamsManager = new MergeStreamsManager(singleStreamOutputManagers: _singleStreamOutputs,
messageQueue: messageQueues[2][0], sessionPath: sessionPaths[0], setupStyle: MergeStreamsManager.MergeStreamManangerSetup.BasicStream);
}
public SingleStreamManager(CamStreamManager.Output camOutputManager, ConcurrentQueue <ButtonCommands> messageQueue, string sessionPath)
{
this.messageQueue = messageQueue;
this.sessionPath = sessionPath;
input = new Input(inputChannels: camOutputManager.outputChannels, streamQueue: camOutputManager.streamQueue);
Size _outputChannelSize = new Size(width: 802, height: 550);
StreamChannel[] _outputChannels = new StreamChannel[] { new StreamChannel(imageSize: _outputChannelSize) };
output = new Output(outputChannels: _outputChannels);
isEncodable = Util.CheckForEncodables(input1: input.isEncodable, input2: output.isEncodable);
}
public SingleStreamManager(CamStreamManager.Output camOutputManager, ConcurrentQueue <ButtonCommands> messageQueue,
string sessionPath, SingleStreamManangerSetup setupStyle)
{
this.messageQueue = messageQueue;
this.sessionPath = sessionPath;
if (setupStyle == SingleStreamManangerSetup.BasicStream)
{
Size _inputSize = new Size(802, 550);
StreamChannel[] _inputChannel = new StreamChannel[1] {
new StreamChannel(imageSize: _inputSize, enqueueOrDequeueRate: 1)
};
input = new Input(inputChannels: _inputChannel, streamQueue: camOutputManager.streamQueue);
Size _outputChannelSize = new Size(width: 802, height: 550);
StreamChannel[] _outputChannels = new StreamChannel[1] {
new StreamChannel(imageSize: _outputChannelSize)
};
output = new Output(outputChannels: _outputChannels);
isEncodable = false;
}
else if (setupStyle == SingleStreamManangerSetup.Advanced)
{
Size _inputSize = new Size(802, 550);
StreamChannel[] _inputChannel = new StreamChannel[1] {
new StreamChannel(imageSize: _inputSize, enqueueOrDequeueRate: 1)
};
input = new Input(inputChannels: _inputChannel, streamQueue: camOutputManager.streamQueue);
Size _outputChannelSize = new Size(width: 802, height: 550);
StreamChannel[] _outputChannels = new StreamChannel[2]
{
new StreamChannel(imageSize: _outputChannelSize, enqueueOrDequeueRate: 1),
new StreamChannel(imageSize: _outputChannelSize, enqueueOrDequeueRate: 1)
};
output = new Output(outputChannels: _outputChannels);
isEncodable = false;
}
else
{
throw new ArgumentException(message: "Currently unsupported SingleStreamManagerSetup Style");
}
}
