public void DrawItemRecursion(Graphics g, WL.Item item, string WiringImageDir)
{
if (item is WL.Node)
{
if (item is NextGenModel.MyNodeGround_Wiring)
{
NextGenModel.MyNodeGround_Wiring ndGnd = item as NextGenModel.MyNodeGround_Wiring;
string nodePointsFile = Path.Combine(WiringImageDir, "Ground.txt");
DrawNode_wiring(g, ndGnd, nodePointsFile, "", null);
}
else
{
WL.Node nd = item as WL.Node;
DrawNode(g, nd);
if (nd.AddFlow != null)
{
if (nd.AddFlow.Children != null)
{
foreach (WL.Item child in nd.AddFlow.Children)
{
DrawItemRecursion(g, child, WiringImageDir);
}
}
}
}
}
else if (item is WL.Link)
{
DrawLine(g, item as WL.Link);
}
}
private void DoDrawingWiring(ng.SystemVRF sysItem, ng.WiringNodeOut nodeOut, string imgDir)
{
Node textNode;
drawing.Point ptText = new drawing.Point();
drawing.PointF nodeOutPointF = new drawing.PointF();
NodeElement_Wiring item_wiring = utilWiring.GetNodeElement_Wiring_ODU(sysItem.OutdoorItem, thisProject.BrandCode);
nodeOut.Location = new Point(10f, UtilPiping.HeightForNodeText + UtilPiping.OutdoorOffset_Y_wiring + 36f);
string imgFile = System.IO.Path.Combine(imgDir, item_wiring.KeyName + ".png");
utilWiring.setNode_wiring(nodeOut, imgFile, addFlowWiring);
drawing.PointF ptf1 = new drawing.PointF((float)(nodeOut.Location.X + 140), (float)(nodeOut.Location.Y + 20));
drawing.PointF ptf2 = new drawing.PointF(ptf1.X + 74, ptf1.Y + 4);
drawing.PointF ptf3 = new drawing.PointF(ptf2.X - 10, ptf2.Y);
ptArrayList_ground.Add(new drawing.PointF[] { ptf1, ptf2, ptf3 });
string text = "";
ptText = item_wiring.PtNodeNames[0];
text = sysItem.Name;
utilWiring.createTextNode_wiring(text, ptText, nodeOut);
if (item_wiring.UnitCount > 1)
{
text = sysItem.OutdoorItem.AuxModelName;
utilWiring.createTextNode_wiring(text, item_wiring.PtNodeNames[1], nodeOut);
}
utilWiring.createTextNode_wiring(item_wiring.Str1, item_wiring.PtStr1, nodeOut);
nodeOutPointF = utilWiring.convertSystemPointToDrawingPoint(nodeOut.Location);
for (int i = 0; i < item_wiring.UnitCount; ++i)
{
ptf1 = UtilEMF.OffsetLocation(item_wiring.PtStrGroupLine2L[i], nodeOutPointF);
ptf2 = UtilEMF.OffsetLocation(item_wiring.PtStrGroupLine2R[i], nodeOutPointF);
ptArrayList_power.Add(new drawing.PointF[] { ptf1, ptf2 });
if (i < item_wiring.ModelGroup.Length)
{
utilWiring.createTextNode_wiring(item_wiring.ModelGroup[i], item_wiring.PtModelGroup[i], nodeOut);
}
if (item_wiring.ModelGroup.Length > 1 && i < item_wiring.StrGroup1.Length)
{
utilWiring.createTextNode_wiring(item_wiring.StrGroup1[i], item_wiring.PtStrGroup1[i], nodeOut);
}
if (i < item_wiring.StrGroup2.Length)
{
utilWiring.createTextNode_wiring(item_wiring.StrGroup2[i], item_wiring.PtStrGroup2[i], nodeOut);
}
if (i < item_wiring.StrGroup3.Length)
{
utilWiring.createTextNode_wiring(item_wiring.StrGroup3[i], item_wiring.PtStrGroup3[i], nodeOut);
}
if (i < item_wiring.StrGroup4.Length)
{
utilWiring.createTextNode_wiring(item_wiring.StrGroup4[i], item_wiring.PtStrGroup4[i], nodeOut, true);
}
}
drawing.PointF ptf4 = new drawing.PointF(0, 0);
drawing.PointF ptf5 = new drawing.PointF(0, 0);
ptText = item_wiring.PtNodeNames[0];
ptText.Y += Convert.ToInt32(UtilPiping.HeightForNodeText / 2);
List <ng.WiringNodeIn> sortNodeInList = getSortNodeInList(nodeOut);
if (sortNodeInList == null)
{
return;
}
List <ng.WiringNodeIn> wiringNodeInList = new List <ng.WiringNodeIn>();
DrawWiringNodes(nodeOut, sortNodeInList.ToList <ng.WiringNode>(), wiringNodeInList, imgDir, false);
DrawWiringRemoteControllers(wiringNodeInList, imgDir);
for (int i = 0; i < strArrayList_powerType.Count; i++)
{
ptArrayList_power.Add(ptArrayList_mainpower[i]);
ptf4 = ptArrayList_mainpower[i][1];
text = strArrayList_powerVoltage[i] + "/" + dArrayList_powerCurrent[i].ToString() + "A";
textNode = utilWiring.createTextNode_wiring(text, new drawing.PointF(ptf4.X + 122, ptf4.Y + 2));
addFlowWiring.AddNode(textNode);
text = strArrayList_powerType[i];
textNode = utilWiring.createTextNode_wiring(text, new drawing.PointF(ptf4.X + 166, ptf4.Y - 12));
addFlowWiring.AddNode(textNode);
}
DrawWiringLegend(nodeOut);
foreach (drawing.PointF[] pt in ptArrayList)
{
Node nd1 = utilWiring.createLinePoint(pt[0]);
addFlowWiring.AddNode(nd1);
Node nd2 = utilWiring.createLinePoint(pt[pt.Length - 1]);
addFlowWiring.AddNode(nd2);
//Link lnk1 = utilWiring.createLine();
Link lnk1 = utilWiring.createLine(nd1, nd2, "", addFlowWiring);
//nd1.OutLinks.Add(lnk1, nd2);
addFlowWiring.AddLink(lnk1);
if (pt.Length > 2)
{
var pt1 = utilWiring.convertPointFToWinPoint(pt[1]);
lnk1.AddPoint(pt1);
}
}
foreach (drawing.PointF[] pt in ptArrayList_power)
{
Node nd1 = utilWiring.createLinePoint(pt[0]);
//addFlowWiring.Nodes.Add(nd1);
addFlowWiring.AddNode(nd1);
Node nd2 = utilWiring.createLinePoint(pt[pt.Length - 1]);
Link lnk1 = utilWiring.createLine(nd1, nd2, "", addFlowWiring);
if (pt.Length > 2)
{
lnk1.LineStyle = LineStyle.VH;
}
//lnk1.Jump = Jump.Arc;
//lnk1.DrawWidth = 1;
lnk1.StrokeThickness = 1;
//lnk1.DrawColor = Color.Red;
lnk1.Stroke = System.Windows.Media.Brushes.Red;
//nd1.OutLinks.Add(lnk1, nd2);
addFlowWiring.AddLink(lnk1);
}
foreach (drawing.PointF[] pt in ptArrayList_ground)
{
if (pt.Length > 2)
{
ng.MyNodeGround_Wiring nodeground = new ng.MyNodeGround_Wiring();
nodeground.Location = new Point(pt[2].X, pt[2].Y);
imgFile = System.IO.Path.Combine(imgDir, "Ground.png");
utilWiring.setNode_wiring(nodeground, imgFile, addFlowWiring);
//nodeground.DrawColor = Color.Transparent;
}
Node nd1 = utilWiring.createLinePoint(pt[0]);
//addFlowWiring.Nodes.Add(nd1);
addFlowWiring.AddNode(nd1);
Node nd2 = utilWiring.createLinePoint(pt[1]);
Link lnk1 = utilWiring.createLine(nd1, nd2, "", addFlowWiring);
lnk1.DashStyle = DashStyles.Dash;
//nd1.OutLinks.Add(lnk1, nd2);
addFlowWiring.AddLink(lnk1);
}
}