// Commands missiles to launch
private void Awake()
{
weaponTypeHardpointLists = new List <List <Hardpoint> >();
groupThisType_List = new List <bool>();
rootFlow = transform.root.GetComponent <CombatFlow>();
dropSight = rootFlow.GetComponent <DropSightComputer>();
rootRadar = rootFlow.GetComponent <Radar>();
ai_tgtComputer = rootFlow.GetComponent <AI_TgtComputer>();
}
private void beginUpdateAllCreeps()
{
List <int> idList = new List <int>(); // ID list
List <float> hpList = new List <float>(); // HP list
List <int> targetIdList = new List <int>(); // targetID list
List <Vector3> posList = new List <Vector3>(); // position list
List <Quaternion> rotList = new List <Quaternion>(); // rotation list
for (int i = 0; i < myLaneUnits.Count; i++)
{
CombatFlow currentUnit = myLaneUnits[i];
if (currentUnit != null)
{
idList.Add(currentUnit.photonView.ViewID);
hpList.Add(currentUnit.getHP());
targetIdList.Add(currentUnit.GetComponent <CreepControl>().getTargetId());
posList.Add(currentUnit.transform.position);
rotList.Add(currentUnit.transform.rotation);
}
}
photonView.RPC("rpcUpdateAllCreeps", RpcTarget.Others, idList.ToArray(), hpList.ToArray(),
targetIdList.ToArray(),
posList.ToArray(), rotList.ToArray());
}
public void linkToRadarSource(Radar radar)
{
hasSet = true;
textID.text = radar.radarID;
CombatFlow radarFlow = radar.GetComponent <CombatFlow>();
sourceFlow = radarFlow;
radarSource = radar;
linkedObj = radar.gameObject;
if (radarFlow.type == CombatFlow.Type.PROJECTILE)
{
Debug.LogWarning("Linking projectile radar " + radar.gameObject.name);
isMissile = true;
iconCenter.transform.localPosition = new Vector3(0, UI_POSITION_Y_MISSILE, 0);
makeRed();
}
if (radarFlow.type == CombatFlow.Type.AIRCRAFT)
{
iconCenter.transform.localPosition = new Vector3(0, UI_POSITION_Y_AIRCRAFT, 0);
}
if (radarFlow.GetComponent <SamNetworking>() != null)
{
isSam = true;
}
}
private void tryChangeTarget()
{
if (rootFlow.isHostInstance)
{
changeCycleCounter -= Time.deltaTime;
if (changeCycleCounter < 0)
{
changeCycleCounter = changeCycleCounterMax;
CombatFlow targetFlow = findNearestTarget();
if (targetFlow != null && targetFlow.GetComponent <Rigidbody>() != targetRb)
{
//Debug.LogWarning
//Debug.LogWarning("new target name: " + targetFlow.name);
if (targetRb != null && targetFlow != null)
{
Debug.LogWarning("AAA found new target. Old: " + targetRb.gameObject.name + ", new: " + targetFlow.gameObject.name);
}
turretNet.setTarget(targetFlow);
// only target's instance will deal damage. Rest will be cosmetic-only
rootFlow.giveOwnership(targetFlow.photonView.ViewID);
}
}
}
}
private Rigidbody getRB()
{
if (rootRB == null)
{
rootRB = rootFlow.GetComponent <Rigidbody>();
}
return(rootRB);
}
private AI_GroundAttack doSpawn()
{
totalSpawnCount++;
CombatFlow newAircraft = gm.spawnPlayer(CombatFlow.convertTeamToNum(spawner.team), true);
AI_GroundAttack newAirGndAtk = newAircraft.GetComponent <AI_GroundAttack>();
newAirGndAtk.assignToLane(decideLane(myAI));
newAircraft.setNetName("JeffBot" + totalSpawnCount);
return(newAirGndAtk);
}
// change target to unit closet to zero angle off of camera direction
public CombatFlow changeTarget()
{
//Debug.Log("================== Searching for targets...");
CombatFlow newTarget = null; // default point to currentTarget -- if changeTarget unsuccessful, this won't change
List <CombatFlow> flowObjArray = CombatFlow.combatUnits;
if (currentTarget != null && radarLocked)
{
if (currentTarget.rwr != null)
{
currentTarget.rwr.endNetLock(myRadar);
}
}
float smallestAngle = 180f; //180 is max angle Vector3.angleBetween gives
// loop through every combatFlow object
for (short i = 0; i < flowObjArray.Count; i++)
{
if (flowObjArray[i] != null)
{
CombatFlow currentFlow = flowObjArray[i];
if (currentFlow != null)
{
float currentAngle = Vector3.Angle(playerInput.cam.camRef.transform.forward, currentFlow.transform.position
- playerInput.cam.camRef.transform.position);
// If maverick is equipped, bias target selection in favor of opponents with Radars
if (hardpointController.getActiveHardpoint().weaponTypePrefab.name.Equals("Maverick"))
{
if (currentFlow.GetComponent <Radar>() != null)
{
currentAngle *= 0.35f; // halve the angle to make it more likely to be selected
}
else if (currentFlow.GetComponent <TurretNetworking>() != null)
{
currentAngle *= 0.6f;
}
}
//if (currentFlow.type == CombatFlow.Type.AIRCRAFT)
//{
// Debug.LogWarning(currentFlow + "'s angle is: " + currentAngle + " off camera center");
//}
//Debug.Log("Current target is: " + currentFlow.gameObject + ", at " + currentAngle + " degrees, smallest angle is: " + smallestAngle + " degrees.");
// angle within max, angle smallest, and target is not on same team as localPlayer
if ((currentFlow.myHudIconRef.isDetected || currentFlow.myHudIconRef.dataLink) &&
//!currentFlow.myHudIconRef.isFar &&
currentFlow.isActive &&
currentFlow.type != CombatFlow.Type.PROJECTILE && // cannot lock onto projectiles
currentAngle < changeTargetMaxAngle &&
currentAngle < smallestAngle &&
!currentFlow.isLocalPlayer &&
currentFlow.team != localPlayerFlow.team
)
{
//Debug.Log("SMALLEST ANGLE: " + currentAngle + " degrees.");
smallestAngle = currentAngle;
newTarget = flowObjArray[i].GetComponent <CombatFlow>();
prevTarget = newTarget;
}
}
}
}
if (newTarget != null)
{
TgtHudIcon newTargetHudIcon = newTarget.myHudIconRef;
newTargetHudIcon.targetedState = TgtHudIcon.TargetedState.TARGETED;
hudControl.mainHud.GetComponent <hudControl>().mapManager.target = newTarget.transform;
}
else
{
hudControl.mainHud.GetComponent <hudControl>().mapManager.target = null;
}
// Debug.Log("New Target is: " + newTarget.gameObject + ", at " + smallestAngle + "degrees off nose");
if (newTarget != currentTarget) // changing to new target
{
if (currentTarget != null)
{
// deselect process for previous target
currentTarget.myHudIconRef.targetedState = TgtHudIcon.TargetedState.NONE;
}
}
return(currentTarget = newTarget);
}
// Start is called before the first frame update
void Start()
{
rootFlow = transform.root.GetComponent <CombatFlow>();
radar = rootFlow.GetComponent <Radar>();
samNet = rootFlow.GetComponent <SamNetworking>();
}
