private static Rage.Object[] CreateConesAtVehicleSide(Vehicle vehicle, float distanceFromVehicle, bool freezeConesPosition, bool createSideCones, bool createFrontCones, bool createRearCones, Vector3 sidePosition, Vector3 sideVector)
{
// TODO: CreateConesAtVehicleSide(): make the vehicles go around the cones instead of ramming into them
List <Rage.Object> cones = new List <Rage.Object>();
Action <Vector3> createCone = (pos) =>
{
Rage.Object o = new Rage.Object("prop_mp_cone_02", pos);
float? z = World.GetGroundZ(o.Position, false, true);
if (z.HasValue)
{
o.SetPositionZ(z.Value);
}
o.IsPositionFrozen = freezeConesPosition;
cones.Add(o);
};
float length = vehicle.Length;
Vector3 forwardVector = vehicle.ForwardVector;
const float separation = 2.0f;
if (createSideCones)
{
// create cones at the side of the vehicle
createCone(sidePosition + (sideVector * distanceFromVehicle)); // middle cone
for (float i = separation, j = -separation; i < (length / 2); i += separation, j -= separation)
{
createCone(sidePosition + (sideVector * distanceFromVehicle) + (forwardVector * i)); // from middle to front cones
createCone(sidePosition + (sideVector * distanceFromVehicle) + (forwardVector * j)); // from middle to rear cones
}
}
float width = vehicle.Width;
Vector3 rearPosition = vehicle.RearPosition;
Vector3 frontPosition = vehicle.FrontPosition;
float rearFrontConesdistanceFromVehicle = distanceFromVehicle * 2 + length / 2;
// create cones at the front and rear, going from one side to the other
for (float i = -(width / 2) - distanceFromVehicle; i < (width / 2); i += separation / 2)
{
if (createRearCones)
{
createCone(rearPosition + (forwardVector * -(rearFrontConesdistanceFromVehicle + (i * separation))) + (sideVector * -i)); // rear cones
}
if (createFrontCones)
{
createCone(frontPosition + (forwardVector * (rearFrontConesdistanceFromVehicle + (i * separation))) + (sideVector * -i)); // front cones
}
}
return(cones.ToArray());
}
public static void dropSign(string selectedSign, bool swapHeading, Vector3 Location, float HeadingModifier)
{
GameFiber.StartNew(delegate
{
try
{
//string selectedCone = barriersToChooseFrom[EntryPoint.rnd.Next(barriersToChooseFrom.Length)];
//string selectedCone = "PROP_MP_ARROW_BARRIER_01";
if (TrafficPolicerHandler.IsLSPDFRPlusRunning)
{
API.LSPDFRPlusFunctions.AddCountToStatistic(Main.PluginName, "Road signs placed");
}
Rage.Object trafficCone = new Rage.Object(selectedSign, Location);
trafficCone.IsPersistent = true;
trafficCone.IsInvincible = true;
trafficCone.Rotation = RotationToPlaceAt;
if (swapHeading)
{
trafficCone.Heading = Game.LocalPlayer.Character.Heading + 180f;
}
trafficCone.Heading += HeadingModifier;
trafficCone.IsPositionFrozen = false;
if (TrafficSignPreview.Exists())
{
TrafficSignPreview.SetPositionZ(TrafficSignPreview.Position.Z + 3f);
}
int waitCount = 0;
while (trafficCone.HeightAboveGround > 0.01f)
{
trafficCone.SetPositionZ(trafficCone.Position.Z - (trafficCone.HeightAboveGround * 0.75f));
waitCount++;
if (waitCount >= 1000)
{
break;
}
}
if (trafficCone.Exists())
{
trafficCone.IsPositionFrozen = true;
roadSignsDropped.Add(trafficCone);
UInt32 handle = World.AddSpeedZone(trafficCone.Position, 5f, 5f);
speedZones.Add(handle);
Rage.Object invWall = new Rage.Object("p_ice_box_01_s", trafficCone.Position);
invWall.IsPersistent = true;
Ped invPed = new Ped(trafficCone.Position);
invPed.MakeMissionPed();
invPed.IsVisible = false;
invPed.IsPositionFrozen = true;
invWall.Heading = Game.LocalPlayer.Character.Heading;
invWall.IsVisible = false;
RoadSignsWithInvisWallsAndPeds.Add(trafficCone, invWall, invPed);
}
}
catch (Exception e)
{
Game.LogTrivial(e.ToString());
}
});
}