private void AffixConduitEnd(LineBlock nodeContainerBlock, SpanEquipmentViewModel viewModel) { var routeSpanDiagramInfo = viewModel.RootSpanDiagramInfo("OuterConduit"); var blockSide = viewModel.BlockSideWhereSpanEquipmentShouldBeAffixed(); // Create block port representing the outer conduit var outerConduitPort = CreatePortForOuterConduitEnd(viewModel, blockSide); nodeContainerBlock.AddPort(outerConduitPort); List <SpanDiagramInfo> innerSpanData = viewModel.GetInnerSpanDiagramInfos("InnerConduit"); bool innerSpansFound = false; // Create inner conduit ends as port terminals foreach (var innerSpanDiagramInfo in innerSpanData) { CreateTerminalForInnerConduitEnd(viewModel, outerConduitPort, innerSpanDiagramInfo); innerSpansFound = true; } // We're dealing with a multi conduit without any inner conduits or a single span conduit if (!innerSpansFound) { // We're dealing with a single span conduit if (viewModel.IsSingleSpan) { CreateTerminalForSingleConduitEnd(viewModel, outerConduitPort); } // We're dealing with a multi level conduit with no inner conduits else { // Check if cables are related to the outer conduir if (_nodeContainerViewModel.Data.ConduitSegmentToCableChildRelations.ContainsKey(routeSpanDiagramInfo.SegmentId)) { CreateTerminalsForCablesRelatedToSingleConduitEnd(viewModel, outerConduitPort); } // No cables so we create one terminal that shows where the empty multi conduit is heading else { CreateTerminalForShowingWhereEmptySingleConduitIsHeading(viewModel, outerConduitPort); } } } }
private LineBlock CreateConduitPassThroughBlock() { // Create outer conduits var rootSpanInfo = _spanEquipmentViewModel.RootSpanDiagramInfo("OuterConduit"); var spanEquipmentBlock = new LineBlock() { MinWidth = _spanEquipmentAreaWidth, IsVisible = _spanEquipmentViewModel.IsSingleSpan ? false : true, Style = rootSpanInfo.StyleName, Margin = _spanEquipmentViewModel.IsSingleSpan ? 0 : _spanEquipmentBlockMargin, DrawingOrder = 400 }; spanEquipmentBlock.SetReference(rootSpanInfo.IngoingSegmentId, "SpanSegment"); // Create inner conduits var innerSpanData = _spanEquipmentViewModel.GetInnerSpanDiagramInfos("InnerConduit"); var fromPort = _spanEquipmentViewModel.IsSingleSpan ? new BlockPort(BlockSideEnum.West, null, null, 0, -1, 0) { IsVisible = false, DrawingOrder = 420 } : new BlockPort(BlockSideEnum.West) { IsVisible = false, DrawingOrder = 420 }; spanEquipmentBlock.AddPort(fromPort); var toPort = _spanEquipmentViewModel.IsSingleSpan ? new BlockPort(BlockSideEnum.East, null, null, 0, -1, 0) { IsVisible = false, DrawingOrder = 420 } : new BlockPort(BlockSideEnum.East) { IsVisible = false, DrawingOrder = 420 }; spanEquipmentBlock.AddPort(toPort); int terminalNo = 1; var orderedinnerSpanData = innerSpanData.OrderBy(i => (1000 - i.Position)); bool innerSpansFound = false; foreach (var spanInfo in orderedinnerSpanData) { var fromTerminal = new BlockPortTerminal(fromPort) { IsVisible = true, ShapeType = TerminalShapeTypeEnum.Point, PointStyle = "WestTerminalLabel", PointLabel = _spanEquipmentViewModel.GetIngoingRouteNodeName(spanInfo.SegmentId), DrawingOrder = 520 }; fromTerminal.SetReference(spanInfo.IngoingSegmentId, "SpanSegment"); var toTerminal = new BlockPortTerminal(toPort) { IsVisible = true, ShapeType = TerminalShapeTypeEnum.Point, PointStyle = "EastTerminalLabel", PointLabel = _spanEquipmentViewModel.GetOutgoingRouteNodeName(spanInfo.SegmentId), DrawingOrder = 520 }; toTerminal.SetReference(spanInfo.OutgoingSegmentId, "SpanSegment"); var terminalConnection = spanEquipmentBlock.AddTerminalConnection(BlockSideEnum.West, 1, terminalNo, BlockSideEnum.East, 1, terminalNo, null, spanInfo.StyleName, LineShapeTypeEnum.Polygon); terminalConnection.DrawingOrder = 510; terminalConnection.SetReference(spanInfo.IngoingSegmentId, "SpanSegment"); // Add eventually cable running through inner conduit if (_spanEquipmentViewModel.Data.ConduitSegmentToCableChildRelations.ContainsKey(spanInfo.SegmentId)) { var cableId = _spanEquipmentViewModel.Data.ConduitSegmentToCableChildRelations[spanInfo.SegmentId].First(); var fiberCableLineLabel = _spanEquipmentViewModel.Data.GetCableEquipmentLineLabel(cableId); var cableTerminalConnection = spanEquipmentBlock.AddTerminalConnection(BlockSideEnum.West, 1, terminalNo, BlockSideEnum.East, 1, terminalNo, fiberCableLineLabel, "FiberCable", LineShapeTypeEnum.Line); cableTerminalConnection.DrawingOrder = 600; cableTerminalConnection.SetReference(cableId, "SpanSegment"); } terminalNo++; innerSpansFound = true; } if (!innerSpansFound) { var fromTerminal = new BlockPortTerminal(fromPort) { IsVisible = true, ShapeType = TerminalShapeTypeEnum.Point, PointStyle = "WestTerminalLabel", PointLabel = _spanEquipmentViewModel.GetIngoingRouteNodeName(rootSpanInfo.SegmentId), DrawingOrder = 520 }; fromTerminal.SetReference(rootSpanInfo.IngoingSegmentId, "SpanSegment"); var toTerminal = new BlockPortTerminal(toPort) { IsVisible = true, ShapeType = TerminalShapeTypeEnum.Point, PointStyle = "EastTerminalLabel", PointLabel = _spanEquipmentViewModel.GetOutgoingRouteNodeName(rootSpanInfo.SegmentId), DrawingOrder = 520 }; toTerminal.SetReference(rootSpanInfo.OutgoingSegmentId, "SpanSegment"); // If a single conduit if (_spanEquipmentViewModel.IsSingleSpan) { var terminalConnection = spanEquipmentBlock.AddTerminalConnection(BlockSideEnum.West, 1, terminalNo, BlockSideEnum.East, 1, terminalNo, null, rootSpanInfo.StyleName, LineShapeTypeEnum.Polygon); terminalConnection.DrawingOrder = 510; terminalConnection.SetReference(rootSpanInfo.SegmentId, "SpanSegment"); // Add eventually cable running through inner conduit if (_spanEquipmentViewModel.Data.ConduitSegmentToCableChildRelations.ContainsKey(rootSpanInfo.SegmentId)) { var cableId = _spanEquipmentViewModel.Data.ConduitSegmentToCableChildRelations[rootSpanInfo.SegmentId].First(); var fiberCableLineLabel = _spanEquipmentViewModel.Data.GetCableEquipmentLineLabel(cableId); var cableTerminalConnection = spanEquipmentBlock.AddTerminalConnection(BlockSideEnum.West, 1, terminalNo, BlockSideEnum.East, 1, terminalNo, fiberCableLineLabel, "FiberCable", LineShapeTypeEnum.Line); cableTerminalConnection.DrawingOrder = 600; cableTerminalConnection.SetReference(cableId, "SpanSegment"); } } terminalNo++; } return(spanEquipmentBlock); }
private void AffixPassThroughConduit(LineBlock nodeContainerBlock, SpanEquipmentViewModel viewModel) { var spanDiagramInfo = viewModel.RootSpanDiagramInfo("OuterConduit"); BlockSideEnum fromSide = viewModel.BlockSideWhereSpanEquipmentShouldBeAffixed(); BlockSideEnum toSide = viewModel.OppositeBlockSideWhereSpanEquipmentShouldBeAffixed(); bool portsVisible = true; // If cut we want to draw the port polygons, because otherwise the outer conduit cannot be seen on the diagram (due to missing connection between the two sides) if (spanDiagramInfo.IsPassThrough) { portsVisible = false; } // Create outer conduit as port var fromPort = new BlockPort(fromSide) { IsVisible = portsVisible, Margin = _portMargin, Style = spanDiagramInfo.StyleName, PointStyle = fromSide.ToString() + "TerminalLabel", PointLabel = viewModel.GetConduitEquipmentLabel() }; fromPort.DrawingOrder = 420; fromPort.SetReference(viewModel.RootSpanDiagramInfo("OuterConduit").IngoingSegmentId, "SpanSegment"); nodeContainerBlock.AddPort(fromPort); var toPort = new BlockPort(toSide) { IsVisible = portsVisible, Margin = _portMargin, Style = spanDiagramInfo.StyleName, PointStyle = toSide.ToString() + "TerminalLabel", PointLabel = viewModel.GetConduitEquipmentLabel() }; toPort.DrawingOrder = 420; toPort.SetReference(viewModel.RootSpanDiagramInfo("OuterConduit").OutgoingSegmentId, "SpanSegment"); nodeContainerBlock.AddPort(toPort); if (spanDiagramInfo.IsPassThrough) { var portConnection = nodeContainerBlock.AddPortConnection(fromSide, fromPort.Index, toSide, toPort.Index, null, spanDiagramInfo.StyleName); portConnection.SetReference(spanDiagramInfo.SegmentId, "SpanSegment"); portConnection.DrawingOrder = 410; } List <SpanDiagramInfo> innerSpanData = viewModel.GetInnerSpanDiagramInfos("InnerConduit"); bool innerSpansFound = false; int terminalNo = 1; if (innerSpanData.Count == 6) { } foreach (var innerSpan in innerSpanData) { TerminalShapeTypeEnum terminalShapeType = TerminalShapeTypeEnum.Point; // If cut we want to draw the terminal polygon, because otherwise the conduit cannot be seen on the diagram (due to missing connection between the two sides) if (!innerSpan.IsPassThrough) { terminalShapeType = TerminalShapeTypeEnum.PointAndPolygon; } string fromNodeName = "NA"; string toNodeName = "NA"; if (innerSpan.IsPassThrough) { fromNodeName = viewModel.GetIngoingRouteNodeName(innerSpan.SegmentId); toNodeName = viewModel.GetOutgoingRouteNodeName(innerSpan.SegmentId); } else { fromNodeName = viewModel.GetIngoingRouteNodeName(innerSpan.IngoingSpanSegment.Id); toNodeName = viewModel.GetOutgoingRouteNodeName(innerSpan.OutgoingSpanSegment.Id); } var fromTerminal = new BlockPortTerminal(fromPort) { IsVisible = true, ShapeType = terminalShapeType, PointStyle = fromSide.ToString() + "TerminalLabel", PointLabel = fromNodeName, PolygonStyle = innerSpan.StyleName }; fromTerminal.SetReference(innerSpan.IngoingSegmentId, "SpanSegment"); fromTerminal.DrawingOrder = 620; var toTerminal = new BlockPortTerminal(toPort) { IsVisible = true, ShapeType = terminalShapeType, PointStyle = toSide.ToString() + "TerminalLabel", PointLabel = toNodeName, PolygonStyle = innerSpan.StyleName }; toTerminal.SetReference(innerSpan.OutgoingSegmentId, "SpanSegment"); toTerminal.DrawingOrder = 620; // Connect the two sides, if the inner conduit is not cut / passing through if (innerSpan.IsPassThrough) { var terminalConnection = nodeContainerBlock.AddTerminalConnection(fromSide, fromPort.Index, terminalNo, toSide, toPort.Index, terminalNo, null, innerSpan.StyleName, LineShapeTypeEnum.Polygon); terminalConnection.SetReference(innerSpan.IngoingSegmentId, "SpanSegment"); terminalConnection.DrawingOrder = 510; // Add eventually cable running through inner conduit if (_nodeContainerViewModel.Data.ConduitSegmentToCableChildRelations.ContainsKey(innerSpan.IngoingSegmentId)) { var cableId = _nodeContainerViewModel.Data.ConduitSegmentToCableChildRelations[innerSpan.IngoingSegmentId].First(); var fiberCableLineLabel = _nodeContainerViewModel.Data.GetCableEquipmentLineLabel(cableId); var cableTerminalConnection = nodeContainerBlock.AddTerminalConnection(BlockSideEnum.West, 1, terminalNo, BlockSideEnum.East, 1, terminalNo, fiberCableLineLabel, "FiberCable", LineShapeTypeEnum.Line); cableTerminalConnection.DrawingOrder = 600; cableTerminalConnection.SetReference(cableId, "SpanSegment"); } } else { // Add from terminal / ingoing segment to ends AddToTerminalEnds(innerSpan.IngoingTerminalId, innerSpan.IngoingSpanSegment, fromTerminal, innerSpan.StyleName); // Add to terminal / outgoing segment to ends AddToTerminalEnds(innerSpan.OutgoingTerminalId, innerSpan.OutgoingSpanSegment, toTerminal, innerSpan.StyleName); } terminalNo++; innerSpansFound = true; } // Create fake inner terminals used to display where the empty multi conduit is heading if (!innerSpansFound) { var fromTerminal = new BlockPortTerminal(fromPort) { IsVisible = true, ShapeType = TerminalShapeTypeEnum.Point, PointStyle = fromSide.ToString() + "TerminalLabel", PointLabel = viewModel.GetIngoingRouteNodeName(spanDiagramInfo.IngoingSegmentId), DrawingOrder = 520 }; fromTerminal.SetReference(spanDiagramInfo.IngoingSegmentId, "SpanSegment"); var toTerminal = new BlockPortTerminal(toPort) { IsVisible = true, ShapeType = TerminalShapeTypeEnum.Point, PointStyle = toSide.ToString() + "TerminalLabel", PointLabel = viewModel.GetOutgoingRouteNodeName(spanDiagramInfo.IngoingSegmentId), DrawingOrder = 520 }; toTerminal.SetReference(spanDiagramInfo.OutgoingSegmentId, "SpanSegment"); terminalNo++; } }