public override void onAdd(GameBase obj)
{
if (obj["exit"] == string.Empty)
obj["exit"] = "NameOfTeleporterExit";
if (obj["teleporterCooldown"] == string.Empty)
obj["teleporterCooldown"] = this["teleporterCooldown"];
if (obj["exitVelocityScale"] == string.Empty)
obj["exitVelocityScale"] = this["exitVelocityScale"];
if (obj["reorientPlayer"] == string.Empty)
obj["reorientPlayer"] = this["reorientPlayer"];
if (obj["oneSided"] == string.Empty)
obj["oneSided"] = this["oneSided"];
if (obj["entranceEffect"] == string.Empty)
obj["entranceEffect"] = this["entranceEffect"];
if (obj["exitEffect"] == string.Empty)
obj["exitEffect"] = this["exitEffect"];
// We do not want to save this variable between levels,
// clear it out every time the teleporter is added
// to the scene.
obj["timeOfLastTeleport"] = string.Empty;
}
public virtual void damage(GameBase sourceobject, Point3F position, float damage, string damagetype)
{
if (!isObject())
return;
ShapeBaseData datablock = getDataBlock();
datablock.damage(this, position, sourceobject, damage, damagetype);
}
public override void onAdd(GameBase obj)
{
ShapeBase sbobj = obj._ID;
sbobj.setRechargeRate(this["rechargeRate"].AsFloat());
sbobj.setEnergyLevel(this["MaxEnergy"].AsFloat());
sbobj.setRepairRate(0);
if (obj["mountable"] == "1" || obj["mountable"] == string.Empty)
this.isMountable((TurretShape) sbobj, true.AsString());
else
this.isMountable((TurretShape) sbobj, false.AsString());
if (this["nameTag"] != string.Empty)
sbobj.setShapeName(this["nameTag"]);
for (int i = 0; i < this["numWeaponMountPoints"].AsInt(); i++)
{
sbobj.incInventory(this["weapon[" + i + "]"], 1);
ItemData weaponAmmo = this["weaponAmmo[" + i + "]"];
string weaponAmmoAmount = this["weaponAmmoAmount[" + i + "]"];
sbobj.incInventory(weaponAmmo, weaponAmmoAmount.AsInt());
bool startLoaded = this["startLoaded"].AsBool();
sbobj.mountImage(this["weapon[" + i + "].Image"], i, startLoaded, string.Empty);
sbobj.setImageGenericTrigger(i, 0, false);
}
if (this["enterSequence"] != string.Empty)
{
obj["entranceThread"] = "0";
int et = obj["entranceThread"].AsInt();
string es = this["enterSequence"];
sbobj.playThread(et, es);
sbobj.pauseThread(et);
}
else
obj["entranceThread"] = "-1";
}
public override void onAdd(GameBase obj)
{
Player player = obj.getId();
player["mountVehicle"] = true.AsString();
player.setRechargeRate(this["rechargeRate"].AsFloat());
player.setRepairRate(0);
}
public override void onEnterTrigger(Trigger trigger, GameBase obj)
{
if (obj["client"].isObject() && obj["client.welcomed"].AsBool())
{
message.MessageClient(obj["client"], "MsgItemPickup", "\\c1There\'s a platform in-front of you...Jump on.");
obj["client.welcomed"] = "true";
}
}
public override void onRemove(GameBase obj)
{
ShapeBase sb = (ShapeBase) obj;
sb.unmountImage(sb["platform"].AsInt());
if (sb["platform"].isObject())
sb["platform"].delete();
base.onRemove(obj);
}
public override void onRemove(GameBase obj)
{
// if there are passengers/driver, kick them out
for (int i = 0; i < ((VehicleData) obj.getDataBlock())["numMountPoints"].AsInt(); i++)
{
if (!((SimObject) obj.getMountNodeObject(i)).isMemberOfClass("Player"))
continue;
Player passenger = obj.getMountNodeObject(i);
if (passenger != "0")
{
PlayerData passengerdatablock = passenger.getDataBlock();
passengerdatablock.doDismount(passenger);
}
}
}
public override void onRemove(GameBase obj)
{
for (int i = 0; i < this["numMountPoints"].AsInt(); i++)
{
if (obj.getMountNodeObject(i) == 0)
{
continue;
}
Player passenger = obj.getMountNodeObject(i).AsString();
//change to csharp
((TurretShapeData)passenger.getDataBlock()).call("doDismount", true.AsString());
}
}
public override void onRemove(GameBase obj)
{
// if there are passengers/driver, kick them out
for (int i = 0; i < ((VehicleData)obj.getDataBlock())["numMountPoints"].AsInt(); i++)
{
if (!((SimObject)obj.getMountNodeObject(i)).isMemberOfClass("Player"))
{
continue;
}
Player passenger = obj.getMountNodeObject(i);
if (passenger != "0")
{
PlayerData passengerdatablock = passenger.getDataBlock();
passengerdatablock.doDismount(passenger);
}
}
}
public override void onAdd(GameBase obj)
{
ShapeBase sbobj = obj._ID;
sbobj.setRechargeRate(this["rechargeRate"].AsFloat());
sbobj.setEnergyLevel(this["MaxEnergy"].AsFloat());
sbobj.setRepairRate(0);
if (obj["mountable"] == "1" || obj["mountable"] == string.Empty)
{
this.isMountable((TurretShape)sbobj, true.AsString());
}
else
{
this.isMountable((TurretShape)sbobj, false.AsString());
}
if (this["nameTag"] != string.Empty)
{
sbobj.setShapeName(this["nameTag"]);
}
for (int i = 0; i < this["numWeaponMountPoints"].AsInt(); i++)
{
sbobj.incInventory(this["weapon[" + i + "]"], 1);
ItemData weaponAmmo = this["weaponAmmo[" + i + "]"];
string weaponAmmoAmount = this["weaponAmmoAmount[" + i + "]"];
sbobj.incInventory(weaponAmmo, weaponAmmoAmount.AsInt());
bool startLoaded = this["startLoaded"].AsBool();
sbobj.mountImage(this["weapon[" + i + "].Image"], i, startLoaded, string.Empty);
sbobj.setImageGenericTrigger(i, 0, false);
}
if (this["enterSequence"] != string.Empty)
{
obj["entranceThread"] = "0";
int et = obj["entranceThread"].AsInt();
string es = this["enterSequence"];
sbobj.playThread(et, es);
sbobj.pauseThread(et);
}
else
{
obj["entranceThread"] = "-1";
}
}
public override void damage(ShapeBase obj, Point3F position, GameBase source, float damage, string damagetype)
{
if (obj.getDamageState() == "Dead")
{
return;
}
obj.applyDamage(damage);
for (int i = 0; i < this["numMountPoints"].AsInt(); i++)
{
Player player = obj.getMountNodeObject(i);
if (player != 0)
{
player.damage(source, position, 10000.0f, "");
}
}
}
public override void onAdd(GameBase obj)
{
Vehicle vehicle = obj._ID;
vehicle.setRechargeRate(this["rechargeRate"].AsFloat());
vehicle.setEnergyLevel(this["MaxEnergy"].AsFloat());
vehicle.setRepairRate(0);
{
if (obj["mountable"].AsBool() || (obj["mountable"] == string.Empty))
isMountable(vehicle, true);
else
isMountable(vehicle, false);
}
string nametag = this["nameTag"];
if (nametag.Trim() != string.Empty)
vehicle.setShapeName(nametag);
}
public override void onAdd(GameBase obj)
{
ShapeBase sb = (ShapeBase) obj;
// Do standard cheetah init
base.onAdd(obj);
// Remove the turret from the roof
sb.unmountImage(this.turretSlot);
ObjectCreator ocplatform = new ObjectCreator("WalkableShape", "CarPlatform", typeof (CarPlatform));
ocplatform["UseAutoAttach"] = 1;
ocplatform["RayLength"] = 1.5f;
ocplatform["shapeName"] = "art/shapes/rocks/boulder.dts";
ocplatform["scale"] = "1 1 0.1";
// Create our walkable platform
CarPlatform platform = (CarPlatform) ocplatform.Create();
sb["platform"] = platform;
platform["car"] = sb;
// Mount the platform to the Turret slot
sb.mountImage(platform, this.turretSlot);
}
public override void onAdd(GameBase obj)
{
if (obj["exit"] == string.Empty)
{
obj["exit"] = "NameOfTeleporterExit";
}
if (obj["teleporterCooldown"] == string.Empty)
{
obj["teleporterCooldown"] = this["teleporterCooldown"];
}
if (obj["exitVelocityScale"] == string.Empty)
{
obj["exitVelocityScale"] = this["exitVelocityScale"];
}
if (obj["reorientPlayer"] == string.Empty)
{
obj["reorientPlayer"] = this["reorientPlayer"];
}
if (obj["oneSided"] == string.Empty)
{
obj["oneSided"] = this["oneSided"];
}
if (obj["entranceEffect"] == string.Empty)
{
obj["entranceEffect"] = this["entranceEffect"];
}
if (obj["exitEffect"] == string.Empty)
{
obj["exitEffect"] = this["exitEffect"];
}
// We do not want to save this variable between levels,
// clear it out every time the teleporter is added
// to the scene.
obj["timeOfLastTeleport"] = string.Empty;
}
public override void onAdd(GameBase obj)
{
WheeledVehicle wheeledvehicle = obj._ID;
base.onAdd(obj);
//int nsd = (nameSpaceDepth + 1);
//console.ParentExecute(thisobj, "onAdd", nsd, new string[] { thisobj, obj });
// Setup the car with some tires & springs
for (int i = wheeledvehicle.getWheelCount() - 1; i >= 0; i--)
{
wheeledvehicle.setWheelTire(i, "CheetahCarTire");
wheeledvehicle.setWheelSpring(i, "CheetahCarSpring");
wheeledvehicle.setWheelPowered(i, false);
}
// Steer with the front tires
wheeledvehicle.setWheelSteering(0, 1);
wheeledvehicle.setWheelSteering(1, 1);
// Only power the two rear wheels... assuming there are only 4 wheels.
wheeledvehicle.setWheelPowered(2, true);
wheeledvehicle.setWheelPowered(3, true);
}
public override void onAdd(GameBase obj)
{
WheeledVehicle wheeledvehicle = obj._ID;
base.onAdd(obj);
//int nsd = (nameSpaceDepth + 1);
//console.ParentExecute(thisobj, "onAdd", nsd, new string[] { thisobj, obj });
// Setup the car with some tires & springs
for (int i = wheeledvehicle.getWheelCount() - 1; i >= 0; i--)
{
wheeledvehicle.setWheelTire(i, "CheetahCarTire");
wheeledvehicle.setWheelSpring(i, "CheetahCarSpring");
wheeledvehicle.setWheelPowered(i, false);
}
// Steer with the front tires
wheeledvehicle.setWheelSteering(0, 1);
wheeledvehicle.setWheelSteering(1, 1);
// Only power the two rear wheels... assuming there are only 4 wheels.
wheeledvehicle.setWheelPowered(2, true);
wheeledvehicle.setWheelPowered(3, true);
}
public static void RadiusDamage(GameBase sourceobject, Point3F position, float radius, float damage, string damageType, float impulse)
{
// Use the container system to iterate through all the objects
// within our explosion radius. We'll apply damage to all ShapeBase
// objects.
Dictionary<uint, float> r = tst.console.initContainerRadiusSearch(position, radius, (uint) SceneObjectTypesAsUint.ShapeBaseObjectType);
float halfRadius = radius/(float) 2.0;
foreach (ShapeBase targetObject in r.Keys)
{
// Calculate how much exposure the current object has to
// the explosive force. The object types listed are objects
// that will block an explosion. If the object is totally blocked,
// then no damage is applied.
UInt32 mask = (uint) SceneObjectTypesAsUint.TerrainObjectType | (uint) SceneObjectTypesAsUint.StaticShapeObjectType | (uint) SceneObjectTypesAsUint.VehicleObjectType;
float coverage = tst.Util.calcExplosionCoverage(new Point3F(position), targetObject, mask);
if (!coverage.AsBool())
continue;
float dist = r[targetObject];
// Calculate a distance scale for the damage and the impulse.
// Full damage is applied to anything less than half the radius away,
// linear scale from there.
float distScale = (float) ((dist < halfRadius) ? 1.0 : 1 - ((dist - halfRadius)/halfRadius));
// Apply the damage
targetObject.damage(sourceobject, position, (((damage)*coverage*distScale)), damageType);
// Apply the impulse
if (!impulse.AsBool())
continue;
TransformF impulseVec = new TransformF(targetObject.getWorldBoxCenter()) - new TransformF(position);
impulseVec = impulseVec.normalizeSafe();
impulseVec = impulseVec.vectorScale(impulse*distScale);
targetObject.applyImpulse(new Point3F(position), impulseVec.GetPosition());
}
}
public override void onUnmount(GameBase obj, SceneObject mountObj, int node)
{
Player player = obj.getId();
if (node != 0)
{
return;
}
player.mountImage(player["lastWeapon"], Constants.WeaponSlot, true, string.Empty);
player.setControlObject(string.Empty);
if (!player["lastperson"].AsBool())
{
return;
}
GameConnection client = player["client"];
if (client.isObject())
{
client.setFirstPerson(player["lastperson"].AsBool());
}
}
public override void onMount(GameBase obj, SceneObject mountObj, int node)
{
Player player = obj.getId();
VehicleData vehicleDataBlock = mountObj.getDataBlock();
if (node == 0)
{
player.setTransform(new TransformF("0 0 0 0 0 1 0"));
string mountPose = vehicleDataBlock["mountPose[" + node + "]"];
player.setActionThread(mountPose, true, true);
player["lastWeapon"] = player.getMountedImage(Constants.WeaponSlot).AsString();
GameConnection client = player["client"];
if (client.isObject())
player["lastperson"] = client.isFirstPerson().AsString();
player.unmountImage(Constants.WeaponSlot);
player.setControlObject(mountObj);
if (player.getClassName() == "Player")
console.commandToClient(player["client"], console.addTaggedString("toggleVehicleMapToggle"), new[] {"true"});
}
else
{
string pose = vehicleDataBlock["mountPose[" + node + "]"];
player.setActionThread(pose != string.Empty ? pose : "root", false, true);
}
}
public override void damage(GameBase sourceobject, Point3F position, float damage, string damagetype)
{
((TurretShapeData) (getDataBlock())).damage(this, position, sourceobject, damage, damagetype);
}
public override void onMount(GameBase obj, SceneObject mountObj, int node)
{
WheeledVehicle vehicle = obj._ID;
vehicle.setImageAmmo(node, true);
}
public override void onAdd(GameBase obj)
{
WheeledVehicle vehicle = obj._ID;
base.onAdd(obj);
WheeledVehicleTire CheetahCarTire = "CheetahCarTire";
WheeledVehicleTire CheetahCarTireRear = "CheetahCarTireRear";
WheeledVehicleSpring CheetahCarSpring = "CheetahCarSpring";
//int nsd = (nameSpaceDepth.AsInt() + 1);
//console.ParentExecute(datablock, "onAdd", nsd, new string[] { datablock, vehicle.ID });
vehicle.setWheelTire(0, CheetahCarTire);
vehicle.setWheelTire(1, CheetahCarTire);
vehicle.setWheelTire(2, CheetahCarTireRear);
vehicle.setWheelTire(3, CheetahCarTireRear);
// Setup the car with some tires & springs
for (int i = vehicle.getWheelCount() - 1; i >= 0; i--)
{
vehicle.setWheelPowered(i, true);
vehicle.setWheelSpring(i, CheetahCarSpring);
}
// Steer with the front tires
vehicle.setWheelSteering(0, 1);
vehicle.setWheelSteering(1, 1);
// Add tail lights
ObjectCreator tc = new ObjectCreator("PointLight", "");
tc["radius"] = 1;
tc["isEnabled"] = false;
tc["color"] = new ColorF(1, 0, 0.141176f, 1); // , @"""1 0 0.141176 1""");
tc["brightness"] = 2;
tc["castShadows"] = true;
tc["priority"] = 1;
tc["animate"] = false;
tc["animationPeriod"] = 1;
tc["animationPhase"] = 1;
tc["flareScale"] = 1;
tc["attenuationRatio"] = new Point3F(0, 1, 1); //, @"""0 1 1""");
tc["shadowType"] = "\"DualParaboloidSinglePass\"";
tc["texSize"] = 512;
tc["overDarkFactor"] = new Point4F(2000, 1000, 500, 100); //, @"""2000 1000 500 100""");
tc["shadowDistance"] = 400; // "400");
tc["shadowSoftness"] = 0.15;
tc["numSplits"] = 1; //, "1");
tc["logWeight"] = 0.91;
tc["fadeStartDistance"] = 0; //, "0");
tc["lastSplitTerrainOnly"] = false;
tc["representedInLightmap"] = false; //, "0");
tc["shadowDarkenColor"] = new ColorF(0, 0, 0, -1); //, @"""0 0 0 -1""");
tc["includeLightmappedGeometryInShadow"] = false; //, "0");
tc["rotation"] = new AngAxisF(1, 0, 0, 0); //, @"""1 0 0 0 """);
tc["canSave"] = true; //, "1");
tc["canSaveDynamicFields"] = true; //, "1");
tc["splitFadeDistances"] = "10 20 30 40";
vehicle["rightBrakeLight"] = ((PointLight) tc.Create());
vehicle["leftBrakeLight"] = ((PointLight) tc.Create());
vehicle["inv[BulletAmmo]"] = "1000";
// Mount a ShapeBaseImageData
vehicle.mountImage("TurretImage", this["turretSlot"].AsInt(), true, string.Empty);
// Mount the brake lights
vehicle.mountObject(vehicle["rightBrakeLight"], this["rightBrakeSlot"].AsInt(), new TransformF());
vehicle.mountObject(vehicle["leftbrakelight"], this["leftBrakeSlot"].AsInt(), new TransformF());
}
public void setDamageDirection(GameBase sourceObject, TransformF damagePos)
{
if (sourceObject.isObject())
{
damagePos = console.isField(sourceObject, "initialPosition") ? new TransformF(sourceObject["initialPosition"]) : sourceObject.getTransform();
}
TransformF dp = damagePos;
Point3F wbc = getWorldBoxCenter();
TransformF damagevec = dp - new TransformF(wbc);
damagevec = damagevec.normalizeSafe();
GameConnection client = this["client"];
if (!client.isObject())
{
return;
}
ShapeBase cameraobject = client.getCameraObject();
TransformF inverseTransform = cameraobject.getInverseTransform();
damagevec = math.MatrixMulVector(inverseTransform, damagevec.GetPosition());
float[] components = new float[6];
string[] directions = new string[6];
directions[0] = "Left";
directions[1] = "Right";
directions[2] = "Bottom";
directions[3] = "Front";
directions[4] = "Bottom";
directions[5] = "Top";
components[0] = -damagevec.mPositionX;
components[1] = damagevec.mPositionX;
components[2] = -damagevec.mPositionY;
components[3] = damagevec.mPositionY;
components[4] = -damagevec.mPositionZ;
components[5] = damagevec.mPositionZ;
string damagedirection = string.Empty;
float max = 0;
for (int i = 0; i < 6; i++)
{
if (components[i] <= max)
{
continue;
}
damagedirection = directions[i];
max = components[i];
}
if (console.isObject(client))
{
// Util._commandToClient(client, console.addTaggedString("setDamageDirection"), damagedirection);
console.commandToClient(client, console.addTaggedString("setDamageDirection"), new[] { damagedirection });
}
}
public virtual void teleFrag(GameBase player, Trigger exit)
{
// When a telefrag happens, there are two cases we have to consider.
// The first case occurs when the player's bounding box is much larger than the exit location,
// it is possible to have players colide even though a player is not within the bounds
// of the trigger Because of this we first check a radius the size of a player's bounding
// box around the exit location.
// Get the bounding box of the player
Point3F boundingBoxSize = new Point3F(((PlayerData) player.getDataBlock())["boundingBox"]);
float radius = boundingBoxSize.x;
float boxSizeY = boundingBoxSize.y;
float boxSizeZ = boundingBoxSize.z;
// Use the largest dimention as the radius to check
if (boxSizeY > radius)
radius = boxSizeY;
if (boxSizeZ > radius)
radius = boxSizeZ;
Point3F position = exit.getTransform().GetPosition(); // new TransformF(con.getTransform(exit));
uint mask = (uint) SceneObjectTypesAsUint.PlayerObjectType;
// Check all objects within the found radius of the exit location, and telefrag
// any players that meet the conditions.
Dictionary<uint, float> r = console.initContainerRadiusSearch(position, radius, mask);
foreach (ShapeBase objectNearExit in
r.Keys.Where(objectNearExit => ((ShapeBase) objectNearExit).isMemberOfClass("Player")).Where(objectNearExit => objectNearExit.AsString() != player))
objectNearExit.damage(player, exit.getTransform().GetPosition(), 10000, "Telefrag");
// The second case occurs when the bounds of the trigger are much larger
// than the bounding box of the player. (So multiple players can exist within the
// same trigger). For this case we check all objects contained within the trigger
// and telefrag all players.
int objectsInExit = exit.getNumObjects();
// Loop through all objects in the teleporter exit
// And kill any players
for (int i = 0; i < objectsInExit; i++)
{
ShapeBase objectInTeleporter = console.Call(exit, "getObject", new[] {i.AsString()});
if (objectInTeleporter.isMemberOfClass("Player"))
continue;
// Avoid killing the player that is teleporting in the case of two
// Teleporters near eachother.
if (objectInTeleporter == player)
continue;
objectInTeleporter.damage(player, exit.getTransform().GetPosition(), 10000, "Telefrag");
}
}
public override void damage(ShapeBase obj, Point3F position, GameBase source, float damage, string damagetype)
{
// Explode if any damage is applied to the mine
int r = 50 + (new Random().Next(0, 50));
schedule(r.AsString(), "explode");
}
public override void onAdd(GameBase obj)
{
base.onAdd(obj);
obj["mountable"] = false.AsString();
}
public virtual void onNewDataBlock(GameBase obj){}
public virtual void onAdd(GameBase obj){}
public virtual void onRemove(GameBase obj){}
public void setDamageDirection(GameBase sourceObject, TransformF damagePos)
{
if (sourceObject.isObject())
damagePos = console.isField(sourceObject, "initialPosition") ? new TransformF(sourceObject["initialPosition"]) : sourceObject.getTransform();
TransformF dp = damagePos;
Point3F wbc = getWorldBoxCenter();
TransformF damagevec = dp - new TransformF(wbc);
damagevec = damagevec.normalizeSafe();
GameConnection client = this["client"];
if (!client.isObject())
return;
ShapeBase cameraobject = client.getCameraObject();
TransformF inverseTransform = cameraobject.getInverseTransform();
damagevec = math.MatrixMulVector(inverseTransform, damagevec.GetPosition());
float[] components = new float[6];
string[] directions = new string[6];
directions[0] = "Left";
directions[1] = "Right";
directions[2] = "Bottom";
directions[3] = "Front";
directions[4] = "Bottom";
directions[5] = "Top";
components[0] = -damagevec.mPositionX;
components[1] = damagevec.mPositionX;
components[2] = -damagevec.mPositionY;
components[3] = damagevec.mPositionY;
components[4] = -damagevec.mPositionZ;
components[5] = damagevec.mPositionZ;
string damagedirection = string.Empty;
float max = 0;
for (int i = 0; i < 6; i++)
{
if (components[i] <= max)
continue;
damagedirection = directions[i];
max = components[i];
}
if (console.isObject(client))
// Util._commandToClient(client, console.addTaggedString("setDamageDirection"), damagedirection);
console.commandToClient(client, console.addTaggedString("setDamageDirection"), new[] {damagedirection});
}
public virtual void onUnmount(GameBase obj, SceneObject mountObj, int node){}
public override void onEnterTrigger(Trigger trigger, GameBase obj)
{
//if (!console.isMemberOfClass(obj, "Player"))
// return;
if (obj["isTeleporting"].AsBool())
{
return;
}
// Get the location of our target position
Trigger exit = trigger["exit"];
bool valid = verifyObject(obj, trigger, exit);
if (!valid)
{
return;
}
teleFrag(obj, exit);
// Create our entrance effects on all clients.
SimObject entranceeffect = trigger["entranceEffect"];
if (entranceeffect.isObject())
{
foreach (GameConnection client in ClientGroup)
{
if (console.isObject(client))
{
console.commandToClient(client, "PlayTeleportEffect", new[] { trigger["position"], entranceeffect.getId().AsString() });
}
}
}
teleportPlayer(obj, exit);
// Create our exit effects on all clients.
SimObject exitEffect = trigger["exitEffect"];
if (exitEffect.isObject())
{
foreach (GameConnection client in ClientGroup)
{
if (console.isObject(client))
{
console.commandToClient(client, "PlayTeleportEffect", new[] { trigger["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();
trigger["timeOfLastTeleport"] = tolt.AsString();
// If this is a bidirectional teleporter, log it's exit too.
if (exit["exit"] == trigger["name"])
{
exit["timeOfLastTeleport"] = tolt.AsString();
}
// Tell the client to play the 2D sound for the player that teleported.
if (((SimObject)this["teleportSound"]).isObject() && ((GameConnection)obj["client"]).isObject())
{
((GameConnection)obj["client"]).play2D(this["teleportSound"]);
//GameConnection.play2D(obj, thisobj["teleportSound"]);
}
}
public virtual void teleportPlayer(GameBase gplayer, SceneObject exit)
{
Player player = gplayer._ID;
TransformF targetPosition;
if (exit["reorientPlayer"].AsBool())
targetPosition = exit.getTransform();
else
{
targetPosition = exit.getTransform();
TransformF playerrot = player.getTransform();
targetPosition.mOrientationX = playerrot.mOrientationX;
targetPosition.mOrientationY = playerrot.mOrientationY;
targetPosition.mOrientationZ = playerrot.mOrientationZ;
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 virtual void onDeath(GameBase sourceobject, GameConnection sourceclient, string damagetype, string damloc)
{
}
public override void onUnmount(GameBase obj, SceneObject mountObj, int node)
{
//todo change to csharp
mountObj.call("RefreshVehicleHud", "0", string.Empty, string.Empty);
}
public virtual void onDeath(GameBase sourceobject, GameConnection sourceclient, string damagetype,
string damloc)
{
if (this.isObject())
{
if (this["ownedTurrets"] == string.Empty)
{
this["ownedTurrets"] = new ObjectCreator("SimSet").Create().AsString();
}
SimSet simSet = this["ownedTurrets"];
for (uint i = 0; i < simSet.getCount(); i++)
{
((SimObject)simSet.getObject(i)).schedule("10", "delete");
}
}
// clear the weaponHUD
this.refreshWeaponHud(0, string.Empty, string.Empty, string.Empty, 0);
Player player = this["player"];
// Clear out the name on the corpse
player.setShapeName(string.Empty);
// Update the numerical Health HUD
//PlayerUpdateHealth(player);
// Switch the client over to the death cam and unhook the player object.
Camera camera = this["camera"];
if (camera.isObject() && player.isObject())
{
camera.setMode("Corpse", player, string.Empty, string.Empty);
//camera.call("setMode", "Corpse", player, string.Empty, string.Empty);
this.setControlObject(camera);
}
else
{
console.print("------------>Failed to Switch the client over to the death cam.");
}
this["player"] = "0";
// Display damage appropriate kill message
string sendMsgFunction = "sendMsgClientKilled_" + damagetype;
//if (!console.isFunction(sendMsgFunction))
// {
// sendMsgFunction = "sendMsgClientKilled_Default";
// }
console.Call(sendMsgFunction, new string[] { "MsgClientKilled", this, sourceclient, damloc });
// Dole out points and check for win
if ((damagetype == "Suicide") || (sourceclient == this))
{
IncDeaths(this, "1", "1");
IncScore(this, "-1", "0");
}
else
{
IncDeaths(this, "1", "0");
IncScore(sourceclient, "1", "1");
IncKills(sourceclient, "1", "0");
}
if (iGlobal["$Game::EndGameScore"] > 0 && sourceclient["kills"].AsInt() >= iGlobal["$Game::EndGameScore"])
{
missionLoad.cycleGame();
}
}
public override void onMount(GameBase obj, SceneObject mountObj, int node)
{
//todo change to csharp
((GameConnection)mountObj["client"]).call("RefreshVehicleHud", obj, this["reticle"], this["zoomReticle"]);
}
public virtual void damage(ShapeBase obj, Point3F position, GameBase source, float damage, string damagetype)
{
// Ignore damage by default. This empty method is here to
// avoid console warnings.
}
public override void damage(GameBase sourceobject, Point3F position, float damage, string damagetype)
{
((TurretShapeData)(getDataBlock())).damage(this, position, sourceobject, damage, damagetype);
}
public virtual void onDeath(GameBase sourceobject, GameConnection sourceclient, string damagetype, string damloc)
{
}
public override void onRemove(GameBase obj)
{
WheeledVehicle vehicle = obj._ID;
base.onRemove(obj);
//int nsd = (nameSpaceDepth.AsInt() + 1);
//console.ParentExecute(datablock, "onRemove", nsd, new[] { datablock.ID, vehicle.ID });
if ((vehicle["rightBrakeLight"]).isObject())
(vehicle["rightBrakeLight"]).delete();
if ((vehicle["leftBrakeLight"]).isObject())
(vehicle["leftBrakeLight"]).delete();
if ((vehicle["turret"]).isObject())
(vehicle["turret"]).delete();
}
public override void onLeaveTrigger(Trigger trigger, GameBase obj)
{
obj["isTeleporting"] = false.AsString();
}
public virtual bool verifyObject(GameBase gobj, SceneObject entrance, SceneObject exit)
{
ShapeBase obj = gobj._ID;
// 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();
SimDataBlock db = console.getDatablock(entrance);
if (timedifference <= db["teleporterCooldown"].AsInt())
return false;
}
}
return true;
}
public virtual void teleFrag(GameBase player, Trigger exit)
{
// When a telefrag happens, there are two cases we have to consider.
// The first case occurs when the player's bounding box is much larger than the exit location,
// it is possible to have players colide even though a player is not within the bounds
// of the trigger Because of this we first check a radius the size of a player's bounding
// box around the exit location.
// Get the bounding box of the player
Point3F boundingBoxSize = new Point3F(((PlayerData)player.getDataBlock())["boundingBox"]);
float radius = boundingBoxSize.x;
float boxSizeY = boundingBoxSize.y;
float boxSizeZ = boundingBoxSize.z;
// Use the largest dimention as the radius to check
if (boxSizeY > radius)
{
radius = boxSizeY;
}
if (boxSizeZ > radius)
{
radius = boxSizeZ;
}
Point3F position = exit.getTransform().GetPosition(); // new TransformF(con.getTransform(exit));
uint mask = (uint)SceneObjectTypesAsUint.PlayerObjectType;
// Check all objects within the found radius of the exit location, and telefrag
// any players that meet the conditions.
Dictionary <uint, float> r = console.initContainerRadiusSearch(position, radius, mask);
foreach (ShapeBase objectNearExit in
r.Keys.Where(objectNearExit => ((ShapeBase)objectNearExit).isMemberOfClass("Player")).Where(objectNearExit => objectNearExit.AsString() != player))
{
objectNearExit.damage(player, exit.getTransform().GetPosition(), 10000, "Telefrag");
}
// The second case occurs when the bounds of the trigger are much larger
// than the bounding box of the player. (So multiple players can exist within the
// same trigger). For this case we check all objects contained within the trigger
// and telefrag all players.
int objectsInExit = exit.getNumObjects();
// Loop through all objects in the teleporter exit
// And kill any players
for (int i = 0; i < objectsInExit; i++)
{
ShapeBase objectInTeleporter = console.Call(exit, "getObject", new[] { i.AsString() });
if (objectInTeleporter.isMemberOfClass("Player"))
{
continue;
}
// Avoid killing the player that is teleporting in the case of two
// Teleporters near eachother.
if (objectInTeleporter == player)
{
continue;
}
objectInTeleporter.damage(player, exit.getTransform().GetPosition(), 10000, "Telefrag");
}
}
public virtual void onAdd(GameBase obj)
{
this.setMode(this["mode"]);
}
public override void damage(GameBase sourceobject, Point3F position, float damage, string damagetype)
{
if (!isObject())
return;
if (getState() == "Dead")
return;
if (damage == 0.0)
return;
applyDamage(damage);
if (getState() == "Dead")
return;
Point3F ejectvel = getVelocity();
if (ejectvel.z <= 0)
{
ejectvel += new Point3F(0, 0, 5);
SimDataBlock d = getDataBlock();
if (d.isObject())
ejectvel = ejectvel.vectorScale(d["mass"].AsFloat());
applyImpulse(getPosition(), ejectvel);
}
Point3F currentpos = getPosition();
currentpos.x += r.Next(-5, 5);
currentpos.y += r.Next(-5, 5);
if (getDamageLevel() > 50)
{
currentpos.x += r.Next(-50, 50);
currentpos.y += r.Next(-50, 50);
}
setMoveDestination(currentpos, false);
}
public override void onLeaveTrigger(Trigger trigger, GameBase obj)
{
obj["isTeleporting"] = false.AsString();
}
public virtual void damage(ShapeBase obj, Point3F position, GameBase source, float damage,
string damagetype)
{
// Ignore damage by default. This empty method is here to
// avoid console warnings.
}
public override void onEnterTrigger(Trigger trigger, GameBase obj)
{
//if (!console.isMemberOfClass(obj, "Player"))
// return;
if (obj["isTeleporting"].AsBool())
return;
// Get the location of our target position
Trigger exit = trigger["exit"];
bool valid = verifyObject(obj, trigger, exit);
if (!valid)
return;
teleFrag(obj, exit);
// Create our entrance effects on all clients.
SimObject entranceeffect = trigger["entranceEffect"];
if (entranceeffect.isObject())
{
foreach (GameConnection client in ClientGroup)
{
if (console.isObject(client))
console.commandToClient(client, "PlayTeleportEffect", new[] {trigger["position"], entranceeffect.getId().AsString()});
}
}
teleportPlayer(obj, exit);
// Create our exit effects on all clients.
SimObject exitEffect = trigger["exitEffect"];
if (exitEffect.isObject())
{
foreach (GameConnection client in ClientGroup)
{
if (console.isObject(client))
console.commandToClient(client, "PlayTeleportEffect", new[] {trigger["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();
trigger["timeOfLastTeleport"] = tolt.AsString();
// If this is a bidirectional teleporter, log it's exit too.
if (exit["exit"] == trigger["name"])
exit["timeOfLastTeleport"] = tolt.AsString();
// Tell the client to play the 2D sound for the player that teleported.
if (((SimObject) this["teleportSound"]).isObject() && ((GameConnection) obj["client"]).isObject())
{
((GameConnection) obj["client"]).play2D(this["teleportSound"]);
//GameConnection.play2D(obj, thisobj["teleportSound"]);
}
}
