public void FreePort(RoadConnectorSide side_from, RoadConnectorSide side_to)
{
foreach (var item in connectedPorts.Where(tf => tf.Key == side_from.GetPath() && tf.Value == side_to.GetPath()))
{
connectedPorts.Remove(item);
}
}
public void ClosePort(RoadConnectorSide side_from, RoadConnectorSide side_to)
{
if (!connectedPorts.ContainsKey(side_from.GetPath()))
{
connectedPorts.Add(side_from.GetPath(), side_to.GetPath());
}
}
public List <RoadConnectorSide> findFreeSides(RoadConnectorSide currentSideInUse = null)
{
List <RoadConnectorSide> sides = new List <RoadConnectorSide>();
foreach (var side in GetSides())
{
if (connectedPorts == null)
{
sides.Add(side);
}
else
{
var amount = connectedPorts.Count(tf => tf.Value == side.GetPath());
if (amount < 2)
{
sides.Add(side);
}
}
}
return(sides);
}
public RoadConnectorSide findFreeSide(RoadConnectorSide side = null)
{
return(findFreeSides(side).FirstOrDefault());
}
public void addNode(RoadConnector connector, int degress = 0, RoadConnectorSide targetSideToBeUse = null)
{
var sourceConnector = getLastConnector();
var targetConnector = createConnector(connector);
targetConnector.modelName = connector.Name;
var targetSide = targetConnector.findFreeSide();
if (targetSideToBeUse != null)
{
targetSide = (RoadConnectorSide)targetConnector.FindNode(targetSideToBeUse.Name);
}
GD.Print("side: " + targetSide);
targetConnector.currentSide = targetSide.GetPath();
var target_top_left = targetSide.portTopLeft;
var target_top_right = targetSide.portTopRight;
var target_bottom_left = targetSide.portBottomLeft;
var target_bottom_right = targetSide.portBottomRight;
//check radius and set ip up
var target_radius = calclateRadius(targetConnector, target_top_left, target_top_right, target_bottom_left, target_bottom_right);
GD.Print("target radius:" + target_radius);
if (degress > 0)
{
GD.Print("swapped or over 90");
//swap ports
var temp_top_left = targetSide.portTopLeft;
var temp_top_right = targetSide.portTopRight;
var temp_bottom_left = targetSide.portBottomLeft;
var temp_bottom_right = targetSide.portBottomRight;
target_top_left = temp_bottom_left;
target_top_right = temp_bottom_right;
target_bottom_left = temp_top_left;
target_bottom_right = temp_top_right;
targetConnector.RotationDegrees = new Vector3(0, -180, 0);
targetConnector.RotationDegrees += new Vector3(0, target_radius, 0);
targetConnector.Swappded = true;
}
if (sourceConnector != null)
{
var sourceSide = sourceConnector.GetCurrentSide();
// var sourceSide = sourceConnector.getLastSide();
// var sourceSideLast = sourceConnector.getFirstSide();
var source_top_left = sourceSide.portTopLeft;
var source_top_right = sourceSide.portTopRight;
var source_bottom_left = sourceSide.portBottomLeft;
var source_bottom_right = sourceSide.portBottomRight;
var source_radius = calclateRadius(sourceConnector, source_top_left, source_top_right, source_bottom_left, source_bottom_right);
Vector3 xf1_global = Vector3.Zero;
Vector3 xf2_global = Vector3.Zero;
if (sourceConnector.Swappded)
{
GD.Print("swapped");
var temp_top_left = sourceSide.portTopLeft;
var temp_top_right = sourceSide.portTopRight;
var temp_bottom_left = sourceSide.portBottomLeft;
var temp_bottom_right = sourceSide.portBottomRight;
source_top_left = temp_bottom_left;
source_top_right = temp_bottom_right;
source_bottom_left = temp_top_left;
source_bottom_right = temp_top_right;
//one of this hav eto be disabled
targetConnector.RotationDegrees += sourceConnector.RotationDegrees;
targetConnector.RotationDegrees -= new Vector3(0, -180, 0);
//targetConnector.RotationDegrees += new Vector3(0, source_radius * -1, 0);
}
else
{
targetConnector.RotationDegrees += sourceConnector.RotationDegrees;
targetConnector.RotationDegrees += new Vector3(0, source_radius * -1, 0);
}
var ports_front_0 = findClosestMesh(targetConnector, target_bottom_left);
var ports_front_1 = findClosestMesh(targetConnector, target_bottom_right);
var source_ports_0 = findClosestMesh(sourceConnector, source_top_left);
var source_ports_1 = findClosestMesh(sourceConnector, source_top_right);
var v1 = ports_front_1.vec;
var v2 = ports_front_0.vec;
var v3 = source_ports_1.vec;
var v4 = source_ports_0.vec;
v1.y = 0;
v2.y = 0;
v3.y = 0;
v4.y = 0;
xf1_global = v1.LinearInterpolate(v2, 0.5f);
xf2_global = v3.LinearInterpolate(v4, 0.5f);
var orig_port_front_left = xf2_global - xf1_global;
// targetConnector.TranslateObjectLocal(orig_port_front_left);
var gt2 = targetConnector.Transform;
gt2.origin = orig_port_front_left;
targetConnector.Transform = gt2;
targetConnector.ClosePort(sourceSide, targetSide);
sourceConnector.ClosePort(targetSide, sourceSide);
}
addButtons();
}