public void AmmoOnPickup(string thisobj, string obj, coSceneObject shape, string amount, int nameSpaceDepth)
{
int nsd = nameSpaceDepth + 1;
if (console.ParentExecute(thisobj, "onPickup", nsd, new string[] { thisobj, obj, shape, amount }).AsBool())
{
AudioServerPlay3D("AmmoPickupSound", shape.getTransform());
}
}
public void DoManualDetonation(coSceneObject obj)
{
Torque_Class_Helper tch = new Torque_Class_Helper("Item", "");
tch.Props.Add("dataBlock", "Detonade");
coSceneObject nade = tch.Create();
((coSimSet)"MissionCleanUp").pushToBack(nade);
nade.setTransform(obj.getTransform());
nade["sourceObject"] = obj["SourceObject"];
nade.schedule("50", "setDamageState", "Destroyed");
obj.delete();
}
public void ObserverObserverSetMode(coCamera camera, string mode, coSceneObject arg1, string arg2, string arg3)
{
switch (mode)
{
case "Observer":
camera.setFlyMode();
break;
case "Corpse":
camera.setOrbitMode(arg1, arg1.getTransform(), (float)0.5, (float)4.5, (float)4.5, false, new Point3F(), false);
camera["orbitObj"] = arg1;
break;
}
camera["mode"] = mode;
}
public void HealthPatchOnCollision(coItemData healthkit_datablock, coSceneObject healthkit_instance, coPlayer player)
{
if (player.getDamageLevel() <= 0.00 || player.getState() == "Dead")
{
return;
}
player.applyRepair(healthkit_datablock["repairAmount"].AsFloat());
healthkit_instance.call("schedulePop");
//coGameConnection client = player["client"];
//if (!client.isObject())
// return;
//using (BackgroundWorker bwr = new BackgroundWorker())
// {
// bwr.DoWork += bwr_UpdateHealth;
// bwr.RunWorkerAsync(new HealthKitHelper(player, healthkit_instance));
// }
AudioServerPlay3D("HealthUseSound", player.getTransform());
}
public void TeleporterTriggerTeleportPlayer(coSimDataBlock thisobj, coPlayer player, coSceneObject exit)
{
TransformF targetPosition;
if (exit["reorientPlayer"].AsBool())
{
targetPosition = exit.getTransform();
}
else
{
targetPosition = exit.getTransform();
TransformF playerrot = player.getTransform();
targetPosition.MOrientation.x = playerrot.MOrientation.x;
targetPosition.MOrientation.y = playerrot.MOrientation.y;
targetPosition.MOrientation.z = playerrot.MOrientation.z;
targetPosition.MAngle = playerrot.MAngle;
}
player.setTransform(targetPosition);
Point3F playervelocity = player.getVelocity();
playervelocity = playervelocity.vectorScale(exit["exitVelocityScale"].AsFloat());
player.setVelocity(playervelocity);
// Prevent the object from doing an immediate second teleport
// In the case of a bidirectional teleporter
player["isTeleporting"] = true.AsString();
}
public bool TeleporterTriggerVerifyObject(coSimDataBlock thisobj, coShapeBase obj, coSceneObject entrance, coSceneObject exit)
{
// Bail out early if we couldn't find an exit for this teleporter.
if (!exit.isObject())
{
console.error(string.Format("Cound not find an exit for {0}", console.GetVarString(entrance + ".name")));
return(false);
}
if (!obj.isMemberOfClass("Player"))
{
return(false);
}
// If the entrance is once sided, make sure the object
// approached it from it's front.
if (entrance["oneSided"].AsBool())
{
TransformF forwardvector = new TransformF(entrance.getForwardVector());
Point3F velocity = obj.getVelocity();
float dotProduct = TransformF.vectorDot(forwardvector, velocity);
if (dotProduct > 0)
{
return(false);
}
// If we are coming directly from another teleporter and it happens
// to be bidirectional, We need to avoid ending sending objects through
// an infinite loop.
if (obj["isTeleporting"].AsBool())
{
return(false);
}
// We only want to teleport players
// So bail out early if we have found any
// other object.
if (entrance["timeOfLastTeleport"].AsInt() > 0 && entrance["teleporterCooldown"].AsInt() > 0)
{
int currentTime = console.getSimTime();
int timedifference = currentTime - entrance["timeOfLastTeleport"].AsInt();
coSimDataBlock db = console.getDatablock(entrance);
if (timedifference <= db["teleporterCooldown"].AsInt())
{
return(false);
}
}
}
return(true);
}
public void TeleporterTriggerOnEnterTrigger(coSimDataBlock thisobj, coSceneObject entrance, coPlayer obj)
{
//if (!console.isMemberOfClass(obj, "Player"))
// return;
if (obj["isTeleporting"].AsBool())
{
return;
}
// Get the location of our target position
coTrigger exit = entrance["exit"];
bool valid = TeleporterTriggerVerifyObject(thisobj, obj, entrance, exit);
if (!valid)
{
return;
}
TeleporterTriggerTeleFrag(thisobj, obj, exit);
// Create our entrance effects on all clients.
coSimObject entranceeffect = entrance["entranceEffect"];
if (entranceeffect.isObject())
{
foreach (coGameConnection client in ClientGroup)
{
if (console.isObject(client))
{
console.commandToClient(client, "PlayTeleportEffect", new[] { entrance["position"], entranceeffect.getId().AsString() });
}
}
}
TeleporterTriggerTeleportPlayer(thisobj, obj, exit);
// Create our exit effects on all clients.
coSimObject exitEffect = entrance["exitEffect"];
if (exitEffect.isObject())
{
foreach (coGameConnection client in ClientGroup)
{
if (console.isObject(client))
{
console.commandToClient(client, "PlayTeleportEffect", new[] { entrance["position"], exitEffect.getId().AsString() });
}
}
}
// Record what time we last teleported so we can determine if enough
// time has elapsed to teleport again
int tolt = console.getSimTime();
entrance["timeOfLastTeleport"] = tolt.AsString();
// If this is a bidirectional teleporter, log it's exit too.
if (exit["exit"] == entrance["name"])
{
exit["timeOfLastTeleport"] = tolt.AsString();
}
// Tell the client to play the 2D sound for the player that teleported.
if (((coSimObject)thisobj["teleportSound"]).isObject() && ((coGameConnection)obj["client"]).isObject())
{
((coGameConnection)obj["client"]).play2D(thisobj["teleportSound"]);
//GameConnection.play2D(obj, thisobj["teleportSound"]);
}
}
public void EnableManualDetonation(coSceneObject thisobj)
{
thisobj["detonadeEnabled"] = true.AsString();
}
