protected void UpdateEdges()
{
sceneComponents.AcceptEdge(edgeComponent => {
AbstractGraphEdge edge = edgeComponent.GetGraphEdge();
AbstractGraphNode startNode = edge.GetStartGraphNode();
AbstractGraphNode endNode = edge.GetEndGraphNode();
sceneComponents.GetNodeComponent(startNode.GetId()).ConnectedRb.Add(sceneComponents.GetNodeComponent(endNode.GetId()).Rb);
sceneComponents.GetNodeComponent(endNode.GetId()).ConnectedRb.Add(sceneComponents.GetNodeComponent(startNode.GetId()).Rb);
edgeComponent.UpdateGeometry(
sceneComponents.GetNodeComponent(startNode.GetId()).GetVisualComponent().transform.position,
sceneComponents.GetNodeComponent(endNode.GetId()).GetVisualComponent().transform.position);
});
float MostEdgesNodeCount = 0;
foreach (var n in sceneComponents.nodeComponents)
{
if (n.ConnectedRb.Count > MostEdgesNodeCount)
{
MostEdgesNodeCount = n.ConnectedRb.Count;
}
}
foreach (var n in sceneComponents.nodeComponents)
{
if (n.ConnectedRb.Count == MostEdgesNodeCount)
{
n.SetPosition(Vector3.zero);
}
}
}
public SimpleGraphEdge(long id, AbstractGraphNode startNode, AbstractGraphNode endNode, string rtype)
{
this.id = id;
this.startNode = startNode;
this.endNode = endNode;
this.rtype = rtype;
}
public override void GenerateGraph(Graph graph)
{
AbstractGraphNode root = graph.NewNode();
AbstractGraphNode lastNode = GenerateCircleSegment(graph, root, 0);
graph.NewEdge(lastNode, root);
}
public SimpleGraphEdge(long id, string name, AbstractGraphNode startNode, AbstractGraphNode endNode)
{
this.id = id;
this.startNode = startNode;
this.endNode = endNode;
this.name = name;
}
public List <AbstractGraphEdge> FindEdges(long nodeId)
{
return(AllGraphEdges.FindAll(edge => {
AbstractGraphNode startNode = edge.GetStartGraphNode();
AbstractGraphNode endNode = edge.GetEndGraphNode();
return startNode.GetId() == nodeId || endNode.GetId() == nodeId;
}));
}
void CreateSuburb(Graph graph, AbstractGraphNode Canberra, int numFines)
{
AbstractGraphNode Suburb = graph.NewNode(true);
graph.NewEdge(Canberra, Suburb);
graph.NewEdge(Suburb, Canberra);
GenerateDescedants(3, graph, Suburb, numFines);
}
public override AbstractGraphEdge NewEdge(AbstractGraphNode from, AbstractGraphNode to, string rtype)
{
SimpleGraphEdge newEdge = new SimpleGraphEdge(AllGraphEdges.Count, from, to, rtype);
AllGraphEdges.Add(newEdge);
NotifyBackendEdgeCreated(newEdge);
return(newEdge);
}
void GenerateDescedants(int level, Graph graph, AbstractGraphNode startNode, int numNodes)
{
for (int index = 0; index < numNodes; index++)
{
AbstractGraphNode descedantNode = graph.NewNode(false);
graph.NewEdge(startNode, descedantNode);
graph.NewEdge(descedantNode, startNode);
}
}
public override void GenerateGraph(Graph graph)
{
AbstractGraphNode Canberra = graph.NewNode(false); // root node
List <Dictionary <string, object> > cameraFinesdata = CSVReader.Read("cameraFines");
for (var i = 0; i < cameraFinesdata.Count; i++)
{
CreateSuburb(graph, Canberra, (int)cameraFinesdata[i]["id"]);
}
}
public List <AbstractGraphEdge> FindEdges(long startOrEndNodeId, long endOrStartNodeId)
{
return(AllGraphEdges.FindAll(edge => {
AbstractGraphNode startNode = edge.GetStartGraphNode();
AbstractGraphNode endNode = edge.GetEndGraphNode();
return (startNode.GetId() == startOrEndNodeId && endNode.GetId() == endOrStartNodeId) ||
(startNode.GetId() == endOrStartNodeId && endNode.GetId() == startOrEndNodeId);
}));
}
private AbstractGraphNode GenerateCircleSegment(Graph graph, AbstractGraphNode startNode, int segmentIndex)
{
if (segmentIndex > NODES)
{
return(startNode);
}
AbstractGraphNode neighborNode = graph.NewNode();
graph.NewEdge(startNode, neighborNode);
return(GenerateCircleSegment(graph, neighborNode, segmentIndex + 1));
}
void GenerateDescedants(int level, Graph graph, AbstractGraphNode startNode)
{
if (level > MAX_LEVEL)
{
return;
}
for (int index = 0; index < Math.Exp(level); index++)
{
AbstractGraphNode descedantNode = graph.NewNode();
graph.NewEdge(startNode, descedantNode);
GenerateDescedants(level + 1, graph, descedantNode);
}
}
public override void GenerateGraph(Graph graph)
{
AbstractGraphNode firstNode = graph.NewNode();
AbstractGraphNode secondNode = graph.NewNode();
AbstractGraphNode thirdNode = graph.NewNode();
graph.NewEdge(firstNode, secondNode);
graph.NewEdge(secondNode, firstNode);
graph.NewEdge(firstNode, secondNode);
graph.NewEdge(firstNode, secondNode);
graph.NewEdge(firstNode, secondNode);
graph.NewEdge(firstNode, secondNode);
graph.NewEdge(firstNode, secondNode);
graph.NewEdge(secondNode, thirdNode);
}
private void DrawGraphNode(AbstractGraphNode node)
{
if (graphSceneComponents.HasNodeComponent(node))
{
return;
}
NodeComponent nodeComponent = new NodeComponent(node, graphScenePrefabs.InstantiateNode());
graphSceneComponents.AddNodeComponent(nodeComponent);
node.Accept(edge => {
AbstractGraphNode endNode = edge.GetEndGraphNode();
DrawGraphNode(endNode);
DrawGraphEdge(edge);
});
}
private void DrawGraphEdge(AbstractGraphEdge edge)
{
if (graphSceneComponents.HasEdgeComponent(edge))
{
return;
}
EdgeComponent edgeComponent = new EdgeComponent(edge, graphScenePrefabs.InstantiateEdge());
graphSceneComponents.AddEdgeComponent(edgeComponent);
NodeComponent startNode = graphSceneComponents.GetNodeComponent(edgeComponent.GetGraphEdge().GetStartGraphNode().GetId());
NodeComponent endNode = graphSceneComponents.GetNodeComponent(edgeComponent.GetGraphEdge().GetEndGraphNode().GetId());
if (endNode == null)
{
return;
}
SpringJoint spring = endNode.GetVisualComponent().GetComponent <SpringJoint> ();
spring.connectedBody = startNode.GetVisualComponent().GetComponent <Rigidbody> ();
// checking if there is any other edge connecting the same nodes
long sameNodeConnections = 0;
graphSceneComponents.AcceptEdge(existingEdgeComponent => {
AbstractGraphEdge existingEdge = existingEdgeComponent.GetGraphEdge();
AbstractGraphNode existingStartNode = existingEdge.GetStartGraphNode();
AbstractGraphNode existingEndNode = existingEdge.GetEndGraphNode();
if (
existingStartNode.GetId() == startNode.GetGraphNode().GetId() && existingEndNode.GetId() == endNode.GetGraphNode().GetId() ||
existingStartNode.GetId() == endNode.GetGraphNode().GetId() && existingEndNode.GetId() == startNode.GetGraphNode().GetId()
)
{
sameNodeConnections = sameNodeConnections + 1;
}
});
if (sameNodeConnections > 1)
{
edgeComponent.MultiEdge = true;
}
}
public void Update(float time)
{
graphSceneComponents.AcceptEdge(edgeComponent => {
AbstractGraphEdge edge = edgeComponent.GetGraphEdge();
AbstractGraphNode startNode = edge.GetStartGraphNode();
AbstractGraphNode endNode = edge.GetEndGraphNode();
NodeComponent startNodeComponent = graphSceneComponents.GetNodeComponent(startNode.GetId());
NodeComponent endNodeComponent = graphSceneComponents.GetNodeComponent(endNode.GetId());
// ---- distance function start
float distance = 1F / startNode.GetDegree();
distance *= 100;
distance *= 4;
SpringJoint springJoint = endNodeComponent.GetVisualComponent().GetComponent <SpringJoint>();
springJoint.maxDistance = distance;
springJoint.minDistance = distance;
SphereCollider collider = endNodeComponent.GetVisualComponent().GetComponent <SphereCollider>();
collider.radius = distance * 0.3F;
endNodeComponent.GetVisualComponent().GetComponent <Rigidbody>().mass = 5;
// ---- distance function end
// magic
Rigidbody body = endNodeComponent.GetVisualComponent().GetComponent <Rigidbody>();
body.inertiaTensor = new Vector3(0.01F, 0.01F, 0.01F);
edgeComponent.UpdateGeometry(
startNodeComponent.GetVisualComponent().transform.position,
endNodeComponent.GetVisualComponent().transform.position);
});
// graphLayout.DoLayout (time);
}
public GameObject InstantiateNode(AbstractGraphNode nodePointer)
{
if (nodePointer.GetSuburb() == true)
{
GameObject node = Instantiate(SuburbPrefab);
node.transform.SetParent(transform);
return(node);
}
else
{
if (nodePointer.GetId() == 0)
{
GameObject node = Instantiate(RootPrefab);
node.transform.SetParent(transform);
return(node);
}
else
{
GameObject node = Instantiate(NodePrefab);
node.transform.SetParent(transform);
return(node);
}
}
}
public AbstractGraphEdge NewEdge(AbstractGraphNode from, AbstractGraphNode to, string rtype)
{
return(graphBackend.NewEdge(from, to, rtype));
}
public NodeComponent(AbstractGraphNode graphNode, GameObject visualComponent) : base(visualComponent)
{
this.graphNode = graphNode;
InitializeNodeComponent();
}
public void GraphNodeCreated(AbstractGraphNode graphNode)
{
DrawGraphNode(graphNode);
}
public override void GenerateGraph(Graph graph)
{
AbstractGraphNode root = graph.NewNode();
GenerateDescedants(1, graph, root);
}
public abstract AbstractGraphEdge NewEdge(AbstractGraphNode from, AbstractGraphNode to);
public void GraphBackendNodeCreated(AbstractGraphNode graphNode)
{
loadedNodes.Add(graphNode);
listeners.NotifyNodeCreated(graphNode);
}
public abstract AbstractGraphEdge NewEdge(AbstractGraphNode from, AbstractGraphNode to, string rtype);
public void NotifyBackendNodeCreated(AbstractGraphNode graphNode)
{
listeners.NotifyGraphBackendCreated(graphNode);
}
public abstract bool IsAdjacent(AbstractGraphNode graphNode);
public bool HasNodeComponent(AbstractGraphNode graphNode)
{
return(nodeComponents.Exists(nodeComponent => {
return nodeComponent.GetGraphNode().GetId() == graphNode.GetId();
}));
}
public override bool IsAdjacent(AbstractGraphNode graphNode)
{
return(graphBackend.FindEdges(id, graphNode.GetId()).Count > 0);
}
public void NotifyNodeCreated(AbstractGraphNode graphNode)
{
listeners.ForEach(listener => {
listener.GraphNodeCreated(graphNode);
});
}
public AbstractGraphEdge NewEdge(AbstractGraphNode from, AbstractGraphNode to)
{
return(graphBackend.NewEdge(from, to));
}
