// This is used to convert the player data taken from the .act file into a traffic service definition for autopilot mode
public ServiceTraffics(string serviceName, PlayerTraffics playerTraffic)
{
Name = serviceName;
Time = playerTraffic?.Time ?? throw new ArgumentNullException(nameof(playerTraffic));
AddRange(playerTraffic);
}
// This is used to convert the player data taken from the .act file into a traffic service definition for autopilot mode
public ServiceTraffics(string serviceName, PlayerTraffics playerTraffic)
{
Name = serviceName;
Time = playerTraffic.Time;
AddRange(playerTraffic);
}
internal PlayerServices(STFReader stf)
{
stf.MustMatchBlockStart();
Name = stf.ReadString();
stf.ParseBlock(new STFReader.TokenProcessor[] {
new STFReader.TokenProcessor("player_traffic_definition", () => { PlayerTraffics = new PlayerTraffics(stf); }),
});
}
// This is used to convert the player traffic definition into an AI train service definition for autopilot mode
public Services(string serviceName, PlayerTraffics playerTraffic)
{
Name = serviceName;
Time = playerTraffic?.Time ?? throw new ArgumentNullException(nameof(playerTraffic));
UiD = 0;
AddRange(playerTraffic.ConvertAll(x => new TrafficItem(0.95f, x.SkipCount, x.DistanceDownPath, x.PlatformStartID)));
}
// This is used to convert the player traffic definition into an AI train service definition for autopilot mode
public Services(string serviceName, PlayerTraffics playerTraffic)
{
Name = serviceName;
Time = playerTraffic.Time;
UiD = 0;
AddRange(playerTraffic.ConvertAll(x => new TrafficItem(0.95f, x.SkipCount, x.DistanceDownPath, x.PlatformStartID)));
}
// Used for explore in activity mode
public PlayerServices(int startTime, string name)
{
Name = name;
PlayerTraffics = new PlayerTraffics(startTime);
}
