public AlgorithmFlowElement( FlowInterfaceControl control, IFlowProcessingPipeline processingPipeline, IAlgorithm algorithm) : this(control, processingPipeline, new StorageLayer { Algorithm = algorithm }) { }
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 virtual void SetDeserializationData(FlowInterfaceControl control) { }
public override void SetDeserializationData(FlowInterfaceControl control) { this.m_Control = control; }