static public async Task <int> Create(TrainModels trainModel, Vector3 loc, bool npcs)
{
int trainWagons = API.N_0x635423d55ca84fc8((int)trainModel);
for (int i = 0; i < trainWagons; i++)
{
int trainWagonModel = API.N_0x8df5f6a19f99f0d5((int)trainModel, i);
await Request.Model(trainWagonModel);
}
int handle = Function.Call <int>((Hash)0xC239DBD9A57D2A71, trainModel, loc.X, loc.Y, loc.Z, 0, 0, 1, 1);
API.SetTrainSpeed(handle, 0f);
//Driver
int trainDriverHandle = API.GetPedInVehicleSeat(handle, -1);
while (!API.DoesEntityExist(trainDriverHandle))
{
trainDriverHandle = API.GetPedInVehicleSeat(handle, -1);
await BaseScript.Delay(100);
}
Function.Call((Hash)0xA5C38736C426FCB8, trainDriverHandle, true); // godmode
Function.Call((Hash)0x9F8AA94D6D97DBF4, trainDriverHandle, true); //ignore events
Function.Call((Hash)0x63F58F7C80513AAD, trainDriverHandle, false); //can be targeted
Function.Call((Hash)0x7A6535691B477C48, trainDriverHandle, false); // knocked out of seat
Function.Call((Hash)0x05254BA0B44ADC16, handle, false); // train cant be targeted
return(handle);
}
private async void OnStartTrain()
{
Debug.WriteLine("The train has arrived.");
// Remove existing trains
API.DeleteAllTrains();
// Load all train models
var tasks = TrainModels.Select(model => model.Request(5000));
bool[] success = await Task.WhenAll(tasks);
if (!success.All((x) => x))
{
Debug.WriteLine("Failed to load a train model. Bailing!");
return;
}
var trains = new List <int>(3);
// Create the main train
Vector3 spawn = TrainSpawns.ElementAt(Random.Next(TrainSpawns.Count()));
bool faceForward = Random.Next(0, 1) == 1;
int variation = Random.Next(0, 22);
int metroVariation = 24;
trains.Add(API.CreateMissionTrain(variation, spawn.X, spawn.Y, spawn.Z, faceForward));
// Create metro trains
trains.Add(API.CreateMissionTrain(metroVariation, MetroSpawn1.X, MetroSpawn1.Y, MetroSpawn1.Z, true));
trains.Add(API.CreateMissionTrain(metroVariation, MetroSpawn2.X, MetroSpawn2.Y, MetroSpawn2.Z, true));
// Add drivers and set as mission entities
foreach (var train in trains)
{
API.CreatePedInsideVehicle(
train,
26, // Human ped type
(uint)DriverModel.Hash,
(int)VehicleSeat.Driver,
true,
true
);
API.SetEntityAsMissionEntity(train, true, true);
// Add blip to train (delete this later)
var blip = new Blip(API.AddBlipForEntity(train))
{
Color = BlipColor.FranklinGreen,
Name = "Train",
Sprite = BlipSprite.Tonya
};
}
Debug.WriteLine("Loaded trains!");
}
private void SetupTrainModels()
{
TrainModels.Add(new Model(@"freight"));
TrainModels.Add(new Model(@"freightcar"));
TrainModels.Add(new Model(@"freightgrain"));
TrainModels.Add(new Model(@"freightcont1"));
TrainModels.Add(new Model(@"freightcont2"));
TrainModels.Add(new Model(@"freighttrailer"));
TrainModels.Add(new Model(@"tankercar"));
TrainModels.Add(new Model(@"metrotrain"));
TrainModels.Add(DriverModel);
}
public Task Handle(TrainModels message)
{
Console.WriteLine(" 1) get model information from agent");
Console.WriteLine(" 2) call to train intent classifier");
Console.WriteLine(" 3) call to train entity recognizer");
_bus.Send(new CheckIntentClassifier()
{
Id = message.Id
});
_bus.Send(new CheckEntityRecognizer()
{
Id = message.Id
});
return(Task.CompletedTask);
}
public TrainRoute(List <Vector4> stops, List <TrackSwitch> switches, double speed, Vector3 spawn, TrainModels model, int cooldown)
{
this.Stops = stops;
this.Switches = switches;
this.CruiseSpeed = speed;
this.TrainSpawn = spawn;
this.Cooldown = cooldown;
this.Model = model;
this.Npcs = true;
}