public void AdjustPositionForContainerInMove(IContainerNode node, SizeF offset)
{
if (!checkAdjustabilityAndRefreshPorts())
{
return;
}
NeighborLink neighborLinkToContainerInMove = null;
NeighborLink neighborLinkToOtherContainer = null;
if (node.ContainsChildNode(FirstNeighbor, true))
{
neighborLinkToContainerInMove = _neighbor1Link;
neighborLinkToOtherContainer = _neighbor2Link;
}
if (node.ContainsChildNode(SecondNeighbor, true))
{
neighborLinkToContainerInMove = _neighbor2Link;
neighborLinkToOtherContainer = _neighbor1Link;
}
if (neighborLinkToContainerInMove == null)
{
return;
}
Location = mean(neighborLinkToOtherContainer.ToArrowEndPoint, neighborLinkToContainerInMove.ToArrowEndPoint + offset);
}
private void addNeighborLink(NeighborLink neighborLink)
{
var portNode = new PortNode(neighborLink);
_portNodes.Add(neighborLink, portNode);
InsertBefore(null, portNode);
}
public void Initialize(NeighborLink neighborLink, MoleculeNode moleculeNode)
{
_neighborLink = neighborLink;
_moleculeNode = moleculeNode;
_moleculeNode.AddLink(this);
var simpleContainerNode = (SimpleContainerNode)ContainerNode;
simpleContainerNode.AddTransportLink(this);
simpleContainerNode.Add(this);
}
public PortNode(NeighborLink neighborLink)
{
Port = new PortNodePort();
NeighborLink = neighborLink;
Port.AddSourceLink(neighborLink);
IsVisible = true;
LocationFixed = false;
UserFlags = NodeLayoutType.NEIGHBORHOOD_PORT;
AutoResizes = false;
Text = string.Empty;
Label.FontSize = 8;
Label.TextColor = SuiteColors.Gray;
LabelSpot = MiddleTop;
Shape = new GoEllipse();
InsertBefore(Shape, Port);
Shape.Size = new SizeF(15, 10);
Port.Size = new SizeF(1, 1);
}
public void RefreshPort(NeighborLink neighborLink)
{
if (!_portNodes.ContainsKey(neighborLink))
{
return;
}
var portNode = _portNodes[neighborLink];
var otherContainerNode = neighborLink.NeighborhoodNode.GetOtherContainerNode(this);
// set name
string name = "";
var otherContainerParentNode = otherContainerNode.GetParent() as IContainerNode;
if (otherContainerParentNode != null)
{
name += otherContainerParentNode.Name + "/";
}
name += otherContainerNode.Name;
portNode.Name = name;
// set position
if (portNode.LocationFixed)
{
return;
}
PointF borderPosition;
RectangleF bounds = ComputeInsideMargins(null);
// find points in both containers near to each other
float bx = 10;
float by = 10;
float otherX, otherY, otherWidth, otherHeight;
if (neighborLink.NeighborhoodNode.LocationFixed)
{
otherX = neighborLink.NeighborhoodNode.Location.X;
otherY = neighborLink.NeighborhoodNode.Location.Y;
otherWidth = bx;
otherHeight = by;
}
else
{
otherX = otherContainerNode.Center.X;
otherY = otherContainerNode.Center.Y;
otherWidth = otherContainerNode.Size.Width;
otherHeight = otherContainerNode.Size.Height;
}
float xo = nearestValueFromIntervalCS(otherX, otherWidth, bx, Center.X);
float yo = nearestValueFromIntervalCS(otherY, otherHeight, by, Center.Y);
float x = nearestValueFromInterval(bounds.Left, bounds.Right, bx, otherX);
float y = nearestValueFromInterval(bounds.Top, bounds.Bottom, by, otherY);
bool pointExists = GoObject.GetNearestIntersectionPoint(bounds, new PointF(xo, yo), new PointF(x, y), out borderPosition);
//Correct by difference between location and center
if (pointExists)
{
var newLocation = borderPosition + new SizeF(portNode.Location.X - portNode.Center.X, portNode.Location.Y - portNode.Center.Y);
if (Math.Abs(newLocation.X - portNode.Location.X) > 0.1 || Math.Abs(newLocation.Y - portNode.Location.Y) > 0.1)
{
portNode.Location = newLocation;
foreach (var link in portNode.Links)
{
((GoLink)link).UpdateRoute();
}
}
}
}
