private void ConnectNodes(VectorNodeStruct vectorNode1, VectorNodeStruct vectorNode2)
{
bool invert = leftHandTraffic;
vectorNode1.Create(centerNodeNetInfo);
vectorNode2.Create(centerNodeNetInfo);
/* NetNode node1 = GetNode(vectorNode1.nodeId);
* NetNode node2 = GetNode(vectorNode2.nodeId);*/
double angle1 = getAbsoluteAngle(vectorNode1.vector);
double angle2 = getAbsoluteAngle(vectorNode2.vector);
Vector3 vec1 = ellipse.TangentAtAbsoluteAngle(angle1);
Vector3 vec2 = ellipse.TangentAtAbsoluteAngle(angle2);
vec1.Normalize();
vec2.Normalize();
vec2 = -vec2;
/*EllipseTool.Instance.debugDrawVector(10*vec1, vectorNode1.vector);
* EllipseTool.Instance.debugDrawVector(10*vec2, vectorNode2.vector);*/
//NetInfo netPrefab = PrefabCollection<NetInfo>.FindLoaded("Oneway Road");
NetInfo netPrefab = UI.UIWindow2.instance.dropDown.Value;
ushort newSegmentId = NetAccess.CreateSegment(vectorNode1.nodeId, vectorNode2.nodeId, vec1, vec2, netPrefab, invert, leftHandTraffic, true);
/* Sometime in the future ;) */
try
{
SetupTMPE(newSegmentId);
}
catch (Exception e)
{
Debug.LogError(e);
}
//Debug.Log(string.Format("Building segment between nodes {0}, {1}, bezier scale {2}", node1, node2, scale));
}
private void BezierToSegment(Bezier2 bezier2, ushort oldSegmentId, ushort startNodeId, ushort endNodeId, bool invert)
{
NetSegment oldSegment = NetAccess.Segment(oldSegmentId);
Vector2 startDirection2d;
Vector2 endDirection2d;
Vector2 nodePos2d = new Vector2(NetAccess.Node(startNodeId).m_position.x, NetAccess.Node(startNodeId).m_position.z);
/*if ( Distance(nodePos2d,bezier2.Position(0f)) < 10e-3d)
* {
* //0f is on the ellipse
* }
* else if(Distance(nodePos2d, bezier2.Position(1f)) < 10e-3d)
* {
* //1f is on the ellipse
* bezier2 = bezier2.Invert();
* invert = true;
* }
* else
* {
* throw new Exception(string.Format("Error - no intersection of bezier and point. Dist: {0}, {1}",Distance(nodePos2d,bezier2.Position(0f)), Distance(nodePos2d, bezier2.Position(1f))));
* }*/
startDirection2d = bezier2.Tangent(0f);
endDirection2d = bezier2.Tangent(1f);
Vector3 startDirection = (new Vector3(startDirection2d.x, 0, startDirection2d.y));
Vector3 endDirection = -(new Vector3(endDirection2d.x, 0, endDirection2d.y));
/* Unlike from the old algorithm, we use no padding when looking for the segments. That means the obtained segments can be arbitrarily short.
* In that case, we take one more segment away from the ellipse.*/
if (VectorDistance(bezier2.a, bezier2.d) < MIN_BEZIER_LENGTH)
{
//Debug.Log("Segment is too short. Launching repair mechainsm." + VectorDistance(bezier2.a, bezier2.d));
if (nextSegmentInfo(endNodeId, oldSegmentId, out ushort endNodeIdNew, out Vector3 endDirectionNew))
{
endNodeId = endNodeIdNew;
endDirection = endDirectionNew;
//Debug.Log("The segment length should be " + VectorDistance(GetNode(startNodeId).m_position,GetNode(endNodeId).m_position));
//EllipseTool.Instance.debugDrawPositions.Add(GetNode(endNodeIdNew).m_position);
}
}
// Debug
// EllipseTool.Instance.debugDrawVector(20*startDirection, GetNode(startNodeId).m_position);
// EllipseTool.Instance.debugDrawVector(20*endDirection, GetNode(endNodeId).m_position);
startDirection.Normalize();
endDirection.Normalize();
if (oldSegment.m_flags.IsFlagSet(NetSegment.Flags.Invert))
{
invert = !invert;
}
try
{
ushort newSegmentId = NetAccess.CreateSegment(startNodeId, endNodeId,
startDirection, endDirection, oldSegment.Info, invert);
m_group.Actions.Add(new EnteringBlockedJunctionAllowedAction(newSegmentId, true, true));
m_group.Actions.Add(new YieldSignAction(newSegmentId, true));
}
catch (Exception e)
{
UIWindow2.instance.ThrowErrorMsg("The game failed to create one of the road segments.");
Debug.LogError(e.ToString());
}
}
/* Old algorithm. Originally intended only for circles. From older documentation: */
/* "For now, the intersection isn't created at the exact point where the segment crosses the circle, but rather on the intersection of
* the circle and straight line, which goes from origin and ends at outer node of that segment. That could be unfortunately very
* inaccurate, as the first note outside the circle could be quite far away". */
private void SnappingAlgorithmOld()
{
float centerX = CenterNode.m_position.x;
float centerY = CenterNode.m_position.y;
float centerZ = CenterNode.m_position.z;
for (int i = 0; i < traveller.OuterNodes.Count; i++)
{
NetNode curNode = NetAccess.Node(traveller.OuterNodes[i]);
Vector3 circleIntersection = new Vector3();
float directionX = (curNode.m_position.x - centerX) / VectorDistance(CenterNode.m_position, curNode.m_position);
float directionZ = (curNode.m_position.z - centerZ) / VectorDistance(CenterNode.m_position, curNode.m_position);
float radius = (float)ellipse.RadiusAtAbsoluteAngle(Math.Abs(Ellipse.VectorsAngle(curNode.m_position - ellipse.Center)));
if (radius > 10000)
{
throw new Exception("Algortithm error");
}
circleIntersection.x = (directionX * radius + centerX);
circleIntersection.y = centerY;
circleIntersection.z = (directionZ * radius + centerZ);
ushort newNodeId;
ushort newSegmentId;
newNodeId = NetAccess.CreateNode(CenterNode.Info, circleIntersection);
Intersections.Add(new VectorNodeStruct(newNodeId));
//EllipseTool.Instance.debugDrawPositions.Add(Intersections.Last().vector);
NetSegment curSegment = NetAccess.Segment(traveller.OuterSegments[i]);
/* For now ignoring anything regarding Y coordinate */
//float directionY2 = (GetNode(newNodeId).m_position.y - curNode.m_position.z) / NodeDistance(GetNode(newNodeId), curNode);
float directionY2 = 0f;
Vector3 startDirection = new Vector3();
startDirection.x = (directionX /** NodeDistance( GetNode( newNodeId ), curNode ) / 2*/);
startDirection.y = directionY2;
startDirection.z = (directionZ /** NodeDistance(GetNode(newNodeId), curNode) / 2*/);
Vector3 endDirection = new Vector3();
endDirection.x = -startDirection.x;
endDirection.y = -startDirection.y;
endDirection.z = -startDirection.z;
bool invert;
//Debug.Log(string.Format("same node: {0}, invert: {1}", curSegment.m_startNode == traveller.OuterNodes[i], curSegment.m_flags.IsFlagSet(NetSegment.Flags.Invert)));
if (curSegment.m_startNode == traveller.OuterNodes[i] ^ curSegment.m_flags.IsFlagSet(NetSegment.Flags.Invert))
{
invert = true;
}
else
{
invert = false;
}
newSegmentId = NetAccess.CreateSegment(newNodeId, traveller.OuterNodes[i],
startDirection, endDirection, curSegment.Info, invert);
m_group.Actions.Add(new EnteringBlockedJunctionAllowedAction(newSegmentId, true, true));
m_group.Actions.Add(new YieldSignAction(newSegmentId, true));
//Debug.Log(string.Format("Segment and node created... "));
}
}