internal OnAcInfoEventArgs(dynamic detectedAcList, dynamic d3d9Size, dynamic d3d9Md5, dynamic d3d9Sha256)
{
DetectedAcList = MtaShared.GetArrayFromTable <string>(detectedAcList, "System.String");
D3d9Size = (int)d3d9Size;
D3d9Md5 = (string)d3d9Md5;
D3d9Sha256 = (string)d3d9Sha256;
}
/// <summary>
/// Get all compatible upgrades for this vehicle
/// </summary>
/// <returns></returns>
public Upgrade[] GetCompatibleUpgrades()
{
int[] upInts = MtaShared.GetArrayFromTable(MtaShared.GetVehicleCompatibleUpgrades(element, -1), "System.Int32");
Upgrade[] upgrades = new Upgrade[upInts.Length];
for (int i = 0; i < upInts.Length; i++)
{
upgrades[i] = (Upgrade)upInts[i];
}
return(upgrades);
}
public LeaderboardRPC(dynamic data)
{
players = GetElementArray <Player>(data.players);
//players = new List<Player>();
//foreach(dynamic player in MtaShared.GetArrayFromTable<Player>(data.players, "Slipe.Client.Peds.Player"))
//{
// players.Add((Player)ElementManager.Instance.GetElement(player));
//}
times = MtaShared.GetArrayFromTable <long>(data.times, "System.Int64");
}
protected void BuildFromTable(Dictionary <string, dynamic> t)
{
mass = (float)t["mass"];
turnMass = (float)t["turnMass"];
dragCoeff = (float)t["dragCoeff"];
float[] c = MtaShared.GetArrayFromTable(t["centerOfMass"], "System.Single");
centerOfMass = new Vector3(c[0], c[1], c[2]);
percentSubmerged = (int)t["percentSubmerged"];
tractionMultiplier = (float)t["tractionMultiplier"];
tractionLoss = (float)t["tractionLoss"];
tractionBias = (float)t["tractionBias"];
numberOfGears = (int)t["numberOfGears"];
maxVelocity = (float)t["maxVelocity"];
engineAcceleration = (float)t["engineAcceleration"];
engineInertia = (float)t["engineInertia"];
driveType = (DriveType)Enum.Parse(typeof(DriveType), t["driveType"], true);
engineType = (EngineType)Enum.Parse(typeof(EngineType), t["engineType"], true);
brakeDeceleration = (float)t["brakeDeceleration"];
brakeBias = (float)t["brakeBias"];
steeringLock = (float)t["steeringLock"];
suspensionForceLevel = (float)t["suspensionForceLevel"];
suspensionDamping = (float)t["suspensionDamping"];
suspensionHighSpeedDamping = (float)t["suspensionHighSpeedDamping"];
suspensionUpperLimit = (float)t["suspensionUpperLimit"];
suspensionLowerLimit = (float)t["suspensionLowerLimit"];
suspensionFrontRearBias = (float)t["suspensionFrontRearBias"];
suspensionAntiDiveMultiplier = (float)t["suspensionAntiDiveMultiplier"];
seatOffsetDistance = (float)t["seatOffsetDistance"];
collisionDamageMultiplier = (float)t["collisionDamageMultiplier"];
monetary = (int)t["monetary"];
modelFlags = (uint)t["modelFlags"];
handlingFlags = (uint)t["handlingFlags"];
headLight = (VehicleLightType)Enum.Parse(typeof(VehicleLightType), t["headLight"], true);
tailLight = (VehicleLightType)Enum.Parse(typeof(VehicleLightType), t["tailLight"], true);
animGroup = (int)t["animGroup"];
}
public string[] GetVisibleTextureNames(string nameFilter = null, string modelId = null)
{
dynamic table = MtaClient.EngineGetVisibleTextureNames(nameFilter, modelId);
return(MtaShared.GetArrayFromTable(table, "System.String"));
}
public string[] GetModelTextureNames(string model)
{
dynamic table = MtaClient.EngineGetModelTextureNames(model);
return(MtaShared.GetArrayFromTable(table, "System.String"));
}
/// <summary>
/// Gets an array of all elements of a specific type inside the collision shape
/// </summary>
public T[] GetElementsWithin <T>() where T : PhysicalElement
{
MtaElement[] array = MtaShared.GetArrayFromTable(MtaShared.GetElementsWithinColShape(element, ElementManager.Instance.GetTypeName(typeof(T))), "MTAElement");
return(ElementManager.Instance.CastArray <T>(array));
}
/// <summary>
/// This function is used to retrieve a list of the child elements of a given parent element. Note that it will only return direct children and not elements that are further down the element tree.
/// </summary>
public Element[] GetChildren(string ofType = null)
{
MtaElement[] mtaElements = MtaShared.GetArrayFromTable(MtaShared.GetElementChildren(element, ofType), "MTAElement");
return(ElementManager.Instance.CastArray <Element>(mtaElements));
}
/// <summary>
/// This function is used to retrieve an array of all elements of specified type within a range of 3D coordinates.
/// </summary>
public static PhysicalElement[] GetWithinRange(Vector3 position, float range, string type = "")
{
MtaElement[] mtaElements = MtaShared.GetArrayFromTable(MtaShared.GetElementsWithinRange(position.X, position.Y, position.Z, range, type), "MTAElement");
return(ElementManager.Instance.CastArray <PhysicalElement>(mtaElements));
}
/// <summary>
/// Gets an array of all elements of a specific type inside the collision shape
/// </summary>
public PhysicalElement[] GetElementsWithinOfType(Type type)
{
MtaElement[] array = MtaShared.GetArrayFromTable(MtaShared.GetElementsWithinColShape(element, ElementManager.Instance.GetTypeName(type)), "MTAElement");
return(ElementManager.Instance.CastArray <PhysicalElement>(array));
}
public override void Parse(dynamic value)
{
players = GetElementArray <Element>(value.players);
times = MtaShared.GetArrayFromTable <long>(value.times, "System.Int64");
}
/// <summary>
/// Returns an array containing all accounts with specified dataName and value (
/// </summary>
public static Account[] GetAccountsByData(string key, string value)
{
MtaAccount[] array = MtaShared.GetArrayFromTable(MtaServer.GetAccountsByData(key, value), "account");
return(CastMultiple(array));
}
/// <summary>
/// Returns an array containing all accounts that were logged onto from specified IP-address.
/// </summary>
public static Account[] GetAccountsByIP(string ip)
{
MtaAccount[] array = MtaShared.GetArrayFromTable(MtaServer.GetAccountsByIP(ip), "account");
return(CastMultiple(array));
}
internal OnWhiteListChangeEventArgs(dynamic list)
{
ChangedDomains = MtaShared.GetArrayFromTable(list, "System.String");
}
/// <summary>
/// Get an array of all rights on this ACL entry
/// </summary>
public string[] GetRights(AclRightEnum rightType)
{
return(MtaShared.GetArrayFromTable(MtaServer.AclListRights(entry, rightType.ToString().ToLower()), "System.String"));
}
