public AlgorithmFlowElement(
FlowInterfaceControl control,
IFlowProcessingPipeline processingPipeline,
StorageLayer l)
{
this.m_Control = control;
this.m_FlowProcessingPipeline = processingPipeline;
this.m_Layer = l;
var attrs = l.Algorithm.GetType().GetCustomAttributes(typeof(FlowDesignerNameAttribute), true);
this.Name = attrs.Length > 0 ? (attrs[0] as FlowDesignerNameAttribute).Name : l.Algorithm.ToString();
this.ImageWidth = 128;
this.ImageHeight = 192;
this.ObjectPropertyUpdated();
// Create input / output connectors.
foreach (string s in this.m_Layer.Algorithm.InputNames)
this.m_InputConnectors.Add(new AlgorithmFlowConnector(this, s, true, l));
this.m_OutputConnectors.Add(new AlgorithmFlowConnector(this, "Output", false, l));
/*this.m_CompiledViewToggleThread = new Thread(() =>
{
while (this.m_CompiledViewToggleThread.ThreadState != ThreadState.AbortRequested)
{
Thread.Sleep(100);
if (this.m_RealBitmap == this.m_RuntimeBitmap)
this.m_RealBitmap = this.m_CompiledBitmap;
else
this.m_RealBitmap = this.m_RuntimeBitmap;
try
{
this.m_Control.Invoke(new Action(() =>
{
this.m_Control.Invalidate(this.InvalidatingRegion.Apply(this.m_Control.Zoom));
}));
}
catch
{
break;
}
}
});
this.m_CompiledViewToggleThread.Start();*/
}
public void SetPipelineAndStart(IFlowProcessingPipeline pipeline)
{
this.m_ProcessingPipeline = pipeline;
this.m_ProcessingThread.Start();
}
public AlgorithmFlowElement(
FlowInterfaceControl control,
IFlowProcessingPipeline processingPipeline,
IAlgorithm algorithm)
: this(control, processingPipeline, new StorageLayer { Algorithm = algorithm })
{
}
public void SetPipeline(IFlowProcessingPipeline processingPipeline)
{
this.m_FlowProcessingPipeline = processingPipeline;
}
