/// <summary>
/// Update all of the end points of the cross roads
/// </summary>
/// <param name="order">The orderd list of roads</param>
/// <param name="mbs">The created mesg builder</param>
/// <param name="leftIntersectionInner">The inner left cross section</param>
/// <param name="leftIntersectionOutter">The outter left cross section</param>
/// <param name="rightIntersectionInner">The inner right cross section</param>
/// <param name="rightIntersectionOutter">The outter right cross section</param>
/// <param name="middleIntersectionInner">The middle road cross sections</param>
/// <param name="oppositeIntersectionInner">The opposite road cross sections</param>
private void UpdateRoadNodesEndPoints(out RoadCrossRoadOrder order, out MeshBuilderSection mbs, out RoadCrossSection leftIntersectionInner, out RoadCrossSection leftIntersectionOutter, out RoadCrossSection rightIntersectionInner, out RoadCrossSection rightIntersectionOutter, out RoadCrossSection middleIntersectionInner, out RoadCrossSection oppositeIntersectionInner)
{
RoadNetworkNode roadA = _roadNetworkNode.Details.Roads[0];
RoadNetworkNode roadB = _roadNetworkNode.Details.Roads[1];
RoadNetworkNode roadC = _roadNetworkNode.Details.Roads[2];
RoadNetworkNode roadD = _roadNetworkNode.Details.Roads[3];
order = new RoadCrossRoadOrder(
_list[0], roadA,
_list[1], roadB,
_list[2], roadC,
_list[3], roadD);
mbs = new MeshBuilderSection(_roadObject, null, _materialName, 0);
// left road
Vector3 posA;
Vector3 posA2;
Vector3 posB;
FindOverlapPoint(order.MiddleRoad.Angle, order.LeftRoad.Angle, order.MiddleRoad.CurbLeftEnd, order.LeftRoad.CurbRightEnd, out posA);
FindOverlapPoint(order.MiddleRoad.Angle, order.LeftRoad.Angle, order.MiddleRoad.Left, order.LeftRoad.CurbRightEnd, out posA2);
FindOverlapPoint(order.OppositeRoad.Angle, order.LeftRoad.Angle, order.OppositeRoad.CurbRightEnd, order.LeftRoad.CurbLeftEnd, out posB);
Vector3 curbToCurb = posA - posB;
float newRoadAngle = -MathsHelper.GetAngleFrom(curbToCurb.z, curbToCurb.x) + (Mathf.PI / 2);
leftIntersectionInner = order.LeftRoad.GetIntersection(newRoadAngle, posA);
leftIntersectionOutter = order.LeftRoad.GetIntersection(newRoadAngle, posA2);
FindOverlapPoint(order.MiddleRoad.Angle, order.RightRoad.Angle, order.MiddleRoad.CurbRightEnd, order.RightRoad.CurbLeftEnd, out posA);
FindOverlapPoint(order.MiddleRoad.Angle, order.RightRoad.Angle, order.MiddleRoad.Right, order.RightRoad.CurbLeftEnd, out posA2);
FindOverlapPoint(order.OppositeRoad.Angle, order.RightRoad.Angle, order.OppositeRoad.CurbLeftEnd, order.RightRoad.CurbRightEnd, out posB);
curbToCurb = posB - posA;
newRoadAngle = -MathsHelper.GetAngleFrom(curbToCurb.z, curbToCurb.x) + (Mathf.PI / 2);
rightIntersectionInner = order.RightRoad.GetIntersection(newRoadAngle, posA);
rightIntersectionOutter = order.RightRoad.GetIntersection(newRoadAngle, posA2);
curbToCurb = rightIntersectionInner.CurbLeftEnd - leftIntersectionInner.CurbRightEnd;
newRoadAngle = -MathsHelper.GetAngleFrom(curbToCurb.z, curbToCurb.x) + (Mathf.PI / 2);
middleIntersectionInner = order.MiddleRoad.GetIntersection(newRoadAngle, rightIntersectionInner.CurbLeftEnd);
curbToCurb = rightIntersectionInner.CurbRightEnd - leftIntersectionInner.CurbLeftEnd;
newRoadAngle = -MathsHelper.GetAngleFrom(curbToCurb.z, curbToCurb.x) - (Mathf.PI / 2);
oppositeIntersectionInner = order.OppositeRoad.GetIntersection(newRoadAngle, rightIntersectionInner.CurbRightEnd);
// Store the ids so we know where to update them later
Guid leftRoadNodeId = order.LeftRoad.ID;
Guid rightRoadNodeId = order.RightRoad.ID;
Guid middleRoadNodeId = order.MiddleRoad.ID;
Guid oppositeRoadNodeId = order.OppositeRoad.ID;
order.ReSetLeft(FindSmallestRoadForJunction(order.LeftRoadNode, leftIntersectionInner, order.LeftRoad.Middle));
order.ReSetRight(FindSmallestRoadForJunction(order.RightRoadNode, rightIntersectionInner, order.RightRoad.Middle));
order.ReSetMiddle(FindSmallestRoadForJunction(order.MiddleRoadNode, middleIntersectionInner, order.MiddleRoad.Middle));
order.ReSetOpposite(FindSmallestRoadForJunction(order.OppositeRoadNode, oppositeIntersectionInner, order.OppositeRoad.Middle));
IntersectionManager.Instance.SetIntersection(leftRoadNodeId, order.LeftRoad);
IntersectionManager.Instance.SetIntersection(middleRoadNodeId, order.MiddleRoad);
IntersectionManager.Instance.SetIntersection(rightRoadNodeId, order.RightRoad);
IntersectionManager.Instance.SetIntersection(oppositeRoadNodeId, order.OppositeRoad);
}
/// <summary>
/// Update the end points
/// </summary>
/// <param name="roadBuilderObject">The base object</param>
public void UpdateEndPoints(IRoadBuildData roadBuilderObject)
{
List <Guid> list = IntersectionManager.Instance[_connectionSet];
MeshBuilderSection jb = new MeshBuilderSection(
roadBuilderObject,
list,
_materialName,
_subDivide);
// TODO: Do we need this for basic roads
// jb.UpdateEndPoints();
}
/// <summary>
/// Create the mesh for this section
/// </summary>
/// <param name="roadBuilderObject">The object to create the mesh on</param>
public void DrawMesh(IRoadBuildData roadBuilderObject)
{
List <Guid> list = IntersectionManager.Instance[_connectionSet];
MeshBuilderSection jb = new MeshBuilderSection(
roadBuilderObject,
list,
_materialName,
_subDivide);
jb.Build();
}
/// <summary>
/// Update all of the end points of the cross roads
/// </summary>
/// <param name="order">The orderd list of roads</param>
/// <param name="mbs">The created mesg builder</param>
/// <param name="outterInner">Holds the list of outter and inner cross sections</param>
private void UpdateRoadNodesEndPoints(out RoadFiveRoadOrder order, out MeshBuilderSection mbs, out OutterInner outterInner)
{
outterInner = new OutterInner();
order = new RoadFiveRoadOrder(_list, _roadNetworkNode.Details.Roads);
mbs = new MeshBuilderSection(_roadObject, null, _materialName, 0);
for (int i = 0; i < _totalRoads; i++)
{
outterInner.Outter[i] = GetOutter(order, i);
outterInner.Inner[i] = GetInner(order, i);
}
// Store the ids so we know where to update them later
for (int i = 0; i < _totalRoads; i++)
{
Guid id = order.Road(i).ID;
order.ReSet(i, FindSmallestRoadForJunction(order.RoadNode(i), outterInner.Outter[i], order.Road(i).Middle));
IntersectionManager.Instance.SetIntersection(id, order.Road(i));
}
}
/// <summary>
/// Update all of the end points of the jucntions
/// </summary>
/// <param name="order">The orderd list of roads</param>
/// <param name="mbs">The created mesg builder</param>
/// <param name="leftIntersectionInner">The inner left cross section</param>
/// <param name="leftIntersectionOutter">The outter left cross section</param>
/// <param name="rightIntersectionInner">The inner right cross section</param>
/// <param name="rightIntersectionOutter">The outter right cross section</param>
/// <param name="middleIntersectionInner">The middle road cross sections</param>
private void UpdateRoadNodesEndPoint(out RoadJunctionOrder order, out MeshBuilderSection mbs, out RoadCrossSection leftIntersectionInner,
out RoadCrossSection leftIntersectionOutter, out RoadCrossSection rightIntersectionInner, out RoadCrossSection rightIntersectionOutter,
out RoadCrossSection middleIntersectionInner)
{
RoadNetworkNode roadA = _roadNetworkNode.Details.Roads[0];
RoadNetworkNode roadB = _roadNetworkNode.Details.Roads[1];
RoadNetworkNode roadC = _roadNetworkNode.Details.Roads[2];
order = new RoadJunctionOrder(
_list[0], roadA,
_list[1], roadB,
_list[2], roadC);
mbs = new MeshBuilderSection(_roadObject, null, _materialName, 0);
// left road
leftIntersectionInner = order.LeftRoad.GetIntersection(order.MiddleRoad.Angle, order.MiddleRoad.CurbLeftEnd);
leftIntersectionOutter = order.LeftRoad.GetIntersection(order.MiddleRoad.Angle, order.MiddleRoad.Left);
leftIntersectionInner.Angle += (float)(Math.PI);
rightIntersectionInner = order.RightRoad.GetIntersection(order.MiddleRoad.Angle, order.MiddleRoad.CurbRightEnd);
rightIntersectionOutter = order.RightRoad.GetIntersection(order.MiddleRoad.Angle, order.MiddleRoad.Right);
Vector3 curbToCurb = rightIntersectionInner.CurbLeftEnd - leftIntersectionInner.CurbRightEnd;
float newRoadAngle = -MathsHelper.GetAngleFrom(curbToCurb.z, curbToCurb.x) + (Mathf.PI / 2);
middleIntersectionInner = order.MiddleRoad.GetIntersection(newRoadAngle, leftIntersectionInner.CurbRightEnd);
// Store the ids so we know where to update them later
Guid leftRoadNodeId = order.LeftRoad.ID;
Guid rightRoadNodeId = order.RightRoad.ID;
Guid middleRoadNodeId = order.MiddleRoad.ID;
// reduce the run off roads
order.ReSetLeft(FindSmallestRoadForJunction(order.LeftRoadNode, leftIntersectionInner, order.LeftRoad.Middle));
order.ReSetRight(FindSmallestRoadForJunction(order.RightRoadNode, rightIntersectionInner, order.RightRoad.Middle));
order.ReSetMiddle(FindSmallestRoadForJunction(order.MiddleRoadNode, middleIntersectionInner, order.MiddleRoad.Middle));
IntersectionManager.Instance.SetIntersection(leftRoadNodeId, order.LeftRoad);
IntersectionManager.Instance.SetIntersection(middleRoadNodeId, order.MiddleRoad);
IntersectionManager.Instance.SetIntersection(rightRoadNodeId, order.RightRoad);
}
