void Update()
{
UpdateQueueImages();
//if we have a combatants list, we should remove dead ones from the active list.\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\
//depends on UnitBehavior.GetHealth() being accurate\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\
if (Combatants != null)
{
Vector3 UnitHP;
foreach (UnitBehavior unit in Combatants)
{
UnitHP = unit.GetHealth();
// if wounds plus damage exceed maximum health, remove from activecombatants, and remove UI tags tracking it.
if ((UnitHP[1] + UnitHP[2] > UnitHP[0]))
{
Kill(unit);
}
}
}
//likely that we have an active battle if the combatants list exists.
if (ActiveCombatants != null)
{
ActiveCount = 0;
//test to see if any are dead. If any are dead, they can be removed from our list.
foreach (UnitBehavior o in ActiveCombatants)
{
o.inBattle = true; //make sure live units understand they are in battle.
if (o.gameObject.GetComponent <EnemyBehaviour>() != null)
{
ActiveCount += 1;
//slowly kill active enemies. Kills enemies earliest in list fastest.
//DEV AOE
//o.DamageHealth(new Vector2(Random.value / (float)ActiveCount / 2.0f, 0.0f));
}
/*
* // make sure it has an active tag.
* if (!o.GetComponent<HealthOverTarget>() && !o.isDead)
* {
* o.gameObject.AddComponent<HealthOverTarget>();
* }
*/
}
if (ActiveCount == 0)
{
foreach (UnitBehavior o in Combatants)
{
o.inBattle = false; //END COMBAT BECAUSE ALL ENEMY SCRIPTS REPORTED DEATH.
}
}
GameObject.Find("UICanvas/enemycount").GetComponent <Text>().text = "EnemyCount: " + ActiveCount.ToString();
}
if (ActiveCount <= 0)
{
playerRange.SetActive(false);
ActivateQueueImages(false);
ActivateButtons(false); //make sure the combat buttons are invisible.
return; //short if there are no active combatants
}
//ActivateQueueImages(true);
//if we get here, there was an activecombatants list, and there are enemies around.
//test if there is no turn queue for the player. If so, then unset playActive, as there are no turns left to play.
if (playerObject.GetCombatActionCount() == 0)
{
playActive = false; //there are no turns left to account for or plays to produce
activeTime = 0;
//TODO END PLAY
}
//make sure combat buttons are available during combat.
ActivateButtons(!playActive);
//ONLY HAPPENS when someone clicked "play" and there are turns available in the player's turn Queue.
//retains active state until the player's combat action count is 0.
//in this block we need to keep track of time,
if (playActive)
{
//IDEALLY, 0=start. 0-cutoff=update. cutoff-buffer=nothing. buffer=end. buffer-wait=nothing. wait=beginNextturn
//if activetime is 0, play was just pressed or the last turn just ended, so we can start a turn.
if (activeTime == 0)
{
activeTime = Time.time;
BeginNextTurn(); //ask the units to begin their next turn.
}
//when we get here, we expect a turn to have been started if it needed to be started. if this goes through, it indicates the time for which the turns need their update scripts called.
if (!turnTimeBufferHit)
{
//turnTimeCutoff=1.5f, turnTimeBuffer=0.5f, turnWaitTime = 1f;
//executes during the time between turn start and
if ((Time.time - (turnTimeBuffer + turnTimeCutoff)) > activeTime)
{
turnTimeCutoffHit = true;
turnTimeBufferHit = true;
}
//Debug.Log("update time frame");
UpdateCurrentTurn(); //ask the unit's to execute their turn's update func.
}
//this is the wait time in between turns after the previous turn has "ended" and before the next turn "begins"
else if (!turnWaitTimeHit)
{
//Debug.Log("active time: " + activeTime.ToString() + " now: " + (Time.time - (turnTimeBuffer + turnTimeCutoff + turnWaitTime)).ToString());
if ((Time.time - (turnTimeBuffer + turnTimeCutoff + turnWaitTime)) > activeTime)
{
turnWaitTimeHit = true;
}
}
//previous turn has ended. reset activeTime and end this current turn that has been updating.
if (turnWaitTimeHit)
{
//Debug.Log("wait time proc");
EndCurrentTurn();
activeTime = 0;
//on the next frame, all flags will be reset. if playActive is true, then the next turn will begin.
}
}
else
{
//if the mouse button (left) is held down, we update our target location for the last action stacked on the player's queue.
if (Input.GetMouseButton(0))
{
//vector3 of the mouse.
Vector3 dif = gameObject.GetComponent <OverWorldControllerScript>().GetVector3FromRaycast(Input.mousePosition);
if (dif == Vector3.zero)
{
return;
} //break off if we get shit data from vector3raycast
//dif = dif - playerObject.transform.position;
//if the mouse is held, change the location of the action's direction locator.
if (playerObject.GetCombatActionCount() > 0)
{
dif = dif - playerObject.GetCombatActionQueue()[playerObject.GetCombatActionCount() - 1].GetOrigin();
float range = playerRange.GetComponent <RangeIndicator>().radius;
if (dif.magnitude > range)
{
dif = dif.normalized * range;
}
PlayerSetTurn = playerObject.GetCombatActionQueue()[playerObject.GetCombatActionCount() - 1];
PlayerSetTurn.SetTarget(playerObject.GetCombatActionQueue()[playerObject.GetCombatActionCount() - 1].GetOrigin() + dif);
}
else
{
}
}
//turn off all images.
ActivateQueueImages(false);
//TODO activate turn images based on action queue
for (int c = 0; c < playerObject.GetCombatActionCount(); c++)
{
I[c].gameObject.SetActive(true);
string typing = playerObject.GetCombatActionQueue()[c].actiontype;
if (typing.Contains("attack"))
{
}
else if (typing.Contains("cast"))
{
}
else if (typing.Contains("block"))
{
}
else if (typing.Contains("move"))
{
}
else
{
}
// TURN IMAGES NEEDS SETTING HERE.
}
//if we get here, playActive is false. this is where we care to handle button presses.
//buttons ARE active when we get here.
bool actionselected = false;
//whenever a button procs, try to add it to the list (handle move).
if (MoveButtonProc)
{
MoveButtonProc = false; //consume the flag and push a move turn to the player queue.
Turn X = new Turn();
X.actiontype = "move"; //ensures the turn knows it has a movement type command
X.ran = playerRange.GetComponent <RangeIndicator>().radius; //preserve range for this action
X.Start(playerObject); //ensures the target and targetlocator exist.
if (!playerObject.PushCombatAction(X))
{
X.Destroy();
}
X.TargetLocator.SetActive(true);
X.ExternalUpdate = X.MoveToLocation;
actionselected = true;
}
//whenever a button procs, try to add it to the list (handle move).
if (CastButtonProc)
{
CastButtonProc = false; //consume the flag and push a casting turn to the player queue.
Turn X = new Turn();
X.actiontype = "cast"; //ensures the turn knows it has a cast type command
X.ran = playerRange.GetComponent <RangeIndicator>().radius; //preserve range for this action
X.Start(playerObject); //ensures the target and targetlocator exist.
X.SetProcTime(0.75f);
if (!playerObject.PushCombatAction(X))
{
X.Destroy();
}
X.TargetLocator.SetActive(true);
X.ExternalStart = X.CastFireStart;
X.ExternalUpdate = X.CastFireUpdate;
X.ExternalEnd = X.CastFireEnd;
actionselected = true;
}
//whenever a button procs, try to add it to the list (handle move).
if (AttackButtonProc)
{
AttackButtonProc = false; //consume the flag and push an attack turn to the player queue.
Turn X = new Turn();
X.actiontype = "basicattack"; //ensures the turn knows it has a basic attack type command
X.ran = playerRange.GetComponent <RangeIndicator>().radius; //preserve range for this action
X.Start(playerObject); //ensures the target and targetlocator exist.
X.SetProcTime(0.6f);
if (!playerObject.PushCombatAction(X))
{
X.Destroy();
}
X.TargetLocator.SetActive(true);
X.ExternalStart = X.BasicAttackStart;
X.ExternalUpdate = X.BasicAttackUpdate;
X.ExternalEnd = X.BasicAttackEnd;
actionselected = true;
}
//whenever a button procs, try to add it to the list (handle move).
if (BlockButtonProc)
{
BlockButtonProc = false; //consume the flag and push a defend turn to the player queue.
Turn X = new Turn();
X.actiontype = "block"; //ensures the turn knows it has a block type command
X.ran = playerRange.GetComponent <RangeIndicator>().radius; //preserve range for this action
X.Start(playerObject); //ensures the target and targetlocator exist.
if (!playerObject.PushCombatAction(X))
{
X.Destroy();
}
X.TargetLocator.SetActive(true);
X.ExternalStart = X.BlockStart;
X.ExternalUpdate = X.CastFireUpdate; //face that direction.
X.ExternalEnd = X.BlockEnd;
actionselected = true;
}
//one of the above actions has been chosen this frame. adjust playerRange.
if (actionselected)
{
playerRange.transform.position = playerObject.GetCombatActionQueue()[0].GetOrigin();
Renderer r1 = playerRange.transform.Find("Plane").GetComponent <Renderer>();
Renderer r2 = playerObject.GetCombatActionQueue()[playerObject.GetCombatActionCount() - 1].TargetLocator.transform.Find("RangeIndicator/Plane").GetComponent <Renderer>();
Color col = r2.material.GetColor("_MainColor"); //col.a = 0.25f;
r1.material.SetColor("_MainColor", col);
}
}
}
