private static void InteropRemoveChild(object parent, object child) => InteropUtility.Invoke(parent, "removeChild", child);
private static int InteropGetLength(object nodes) => (int)InteropUtility.PropertyGet(nodes, "length");
private static void InteropInsertBefore(object parent, object newChild, object refNode) => InteropUtility.Invoke(parent, "insertBefore", newChild, refNode);
private static void InteropAppendChild(object parent, object child) => InteropUtility.Invoke(parent, "appendChild", child);
private static int InteropGetNodeType(object node) => (int)InteropUtility.PropertyGet(node, "nodeType");
private static object InteropGetFirstChild(object node) => InteropUtility.PropertyGet(node, "firstChild");
private static object InteropGetOwnerDocument(object node) => InteropUtility.PropertyGet(node, "ownerDocument");
private static object InteropCreateTextNode(object document, string text) => InteropUtility.Invoke(document, "createTextNode", (object)text);
private static string InteropGetNodeName(object node) => (string)InteropUtility.PropertyGet(node, "nodeName");
private static object InteropGetNodeValue(object node) => InteropUtility.PropertyGet(node, "nodeValue");
private static void InteropSetAttribute(object node, string name, object value) => InteropUtility.Invoke(node, "setAttribute", (object)name, value);
private static string InteropGetAttribute(object node, string name)
{
object obj = InteropUtility.Invoke(node, "getAttribute", (object)name);
return(obj == null || obj == DBNull.Value ? (string)null : obj.ToString());
}
private static object InteropSelectSingleNode(object node, string pattern) => InteropUtility.Invoke(node, "selectSingleNode", (object)pattern);
private static object InteropGetItem(object nodes, int index) => InteropUtility.Invoke(nodes, "item", (object)index);
private static object InteropCreateProcessingInstruction(object doc, string name, string data) => InteropUtility.Invoke(doc, "createProcessingInstruction", (object)name, (object)data);
public unsafe void Update()
{
var throttle = InteropUtility.ReadFloat(new IntPtr(vehicle.MemoryAddress) + MemoryAccess.ThrottleOffset);
for (int i = 0; i < numEngines; i++)
{
var backThrustDistance = EngineBackThrustExtremityScalar - 28.0f * (1.0f - throttle);
if (size == VehicleSize.Small)
{
backThrustDistance *= 0.6f;
}
else if (size == VehicleSize.Big)
{
backThrustDistance *= 1.4f;
}
Vector3 leftOffset = offsets[i];
Vector3 rightOffset = new Vector3(-leftOffset.X, leftOffset.Y, leftOffset.Z);
Vector3 forwardLeft =
vehicle.GetOffsetInWorldCoords(leftOffset + new Vector3(0, EngineThrustExtremityScalar, 0f));
Vector3 forwardRight =
vehicle.GetOffsetInWorldCoords(rightOffset + new Vector3(0, EngineThrustExtremityScalar, 0f));
Vector3 rearLeft =
vehicle.GetOffsetInWorldCoords(leftOffset - new Vector3(0, backThrustDistance, 0f));
var groundHeightLeft = World.GetGroundHeight(rearLeft);
Vector3 rearRight =
vehicle.GetOffsetInWorldCoords(rightOffset - new Vector3(0, backThrustDistance, 0f));
var groundHeightRight = World.GetGroundHeight(rearRight);
float scale = ThrustScale * UserConfig.ThrustMultiplier * throttle, bottomOffset;
Vector3 direction = Vector3.Normalize(rearLeft - forwardLeft);
if (vehicle.Acceleration < 0.0f ||
Marshal.ReadInt16(new IntPtr(vehicle.MemoryAddress) + MemoryAccess.GearOffset) <= 0)
{
scale = ReverseThrustScale * UserConfig.ReverseThrustMultiplier * throttle;
direction = -direction;
}
switch (size)
{
case VehicleSize.Big:
bottomOffset = 1.469f;
scale *= 1.32f;
break;
case VehicleSize.Med:
bottomOffset = 1.1f;
scale *= 1.0f;
break;
default:
bottomOffset = 1.0f;
scale *= 0.78f;
break;
}
Entity target;
float thrustRadius = 4.4f * UserConfig.ThrustRadius;
// left turbine
if (DoEntityCapsuleTest(forwardLeft, new Vector3(rearLeft.X, rearLeft.Y, groundHeightLeft),
thrustRadius, vehicle, out target))
{
ApplyThrustForce(target, forwardLeft, direction, scale);
}
// right turbine
if (DoEntityCapsuleTest(forwardRight, new Vector3(rearRight.X, rearRight.Y, groundHeightRight),
thrustRadius, vehicle, out target))
{
ApplyThrustForce(target, forwardRight, direction, scale);
}
// left side bottom
if (DoEntityCapsuleTest(forwardLeft - new Vector3(0, 0, bottomOffset),
rearLeft - new Vector3(0, 0, bottomOffset), thrustRadius, vehicle, out target))
{
ApplyThrustForce(target, forwardLeft, direction, scale);
}
// right side bottom
if (DoEntityCapsuleTest(forwardRight - new Vector3(0, 0, bottomOffset),
rearRight - new Vector3(0, 0, bottomOffset), thrustRadius, vehicle, out target))
{
ApplyThrustForce(target, forwardRight, direction, scale);
}
if (hazeFX?.Length > i)
{
hazeFX[i].SetEvolution("throttle", vehicle.Acceleration);
}
bool b = Game.IsControlPressed(0, Control.VehicleHandbrake);
Function.Call(Hash.SET_VEHICLE_BURNOUT, vehicle, b);
Function.Call(Hash.SET_VEHICLE_HANDBRAKE, vehicle, b);
if (UserConfig.UseThrottleExhaust && Game.IsControlJustPressed(0, Control.VehicleAccelerate))
{
Function.Call(Hash.REQUEST_NAMED_PTFX_ASSET, "scr_agencyheist");
Function.Call(Hash._SET_PTFX_ASSET_NEXT_CALL, "scr_agencyheist");
Function.Call(Hash.SET_PARTICLE_FX_NON_LOOPED_COLOUR, 1.0f, 1.0f, 1.0f);
Function.Call(Hash.SET_PARTICLE_FX_NON_LOOPED_ALPHA, 0.6f);
Function.Call(Hash.START_PARTICLE_FX_NON_LOOPED_AT_COORD, "scr_agency3a_door_hvy_trig",
forwardLeft.X, forwardLeft.Y, forwardLeft.Z, vehicle.Rotation.X, vehicle.Rotation.Y,
vehicle.Rotation.Z, 2f, 0, 0, 0);
Function.Call(Hash.START_PARTICLE_FX_NON_LOOPED_AT_COORD, "scr_agency3a_door_hvy_trig",
forwardRight.X, forwardRight.Y, forwardRight.Z, vehicle.Rotation.X, vehicle.Rotation.Y,
vehicle.Rotation.Z, 2f, 0, 0, 0);
}
}
}
private static object InteropCreateElement(object document, string name) => InteropUtility.Invoke(document, "createElement", (object)name);