private void Awake()
{
//Make sure Coordinates are initialized early so that they can be referenced by managers in their start functions
UpdateCoordinatesWithTransformPosition();
//Assign team based on gameobject tag
switch (tag)
{
case "Red Team": Team = TurnManager.TeamColor.Red; break;
case "Blue Team": Team = TurnManager.TeamColor.Blue; break;
case "Green Team": Team = TurnManager.TeamColor.Green; break;
case "Yellow Team": Team = TurnManager.TeamColor.Yellow; break;
default: print("Error: " + gameObject.name + " is not assigned to a team. Object Will Be Destroyed."); break;
}
//Subscribe to Turn Events
TurnManager tMan = FindObjectOfType <TurnManager>();
tMan.PhaseStart += OnPhaseStart;
tMan.PhaseEnd += OnPhaseEnd;
}
private void OnPhaseStartLate(TurnManager.TeamColor CurrentTeam, int TurnCount)
{
if (CurrentTeam == TurnManager.TeamColor.Red)
{
//set the rest of the units to waiting to trigger turn swap. Do this late to get around units setting themselves active
EndTurn(tMan.Team[(int)CurrentTeam]);
}
}
private void OnPhaseEnd(TurnManager.TeamColor CurrentTeam, int TurnCount)
{
if (CurrentTeam == TurnManager.TeamColor.Red)
{
UnitList.Clear();
//Delete Seed Here
}
}
private void OnPhaseStart(TurnManager.TeamColor CurrentTeam, int TurnCount)
{
//If it is the enemy phase, do some stuff
if (CurrentTeam == TurnManager.TeamColor.Red)
{
//set list and actions
UnitList = tMan.Team[(int)CurrentTeam];
Actions = UnitList.Count;
//create and save seed here
//sort and cull unit list here
//loop through list and run state machine on each unit
for (int i = 0; i < Actions; i++)
{
FSM(UnitList[i]);
}
}
}
protected virtual void OnPhaseEnd(TurnManager.TeamColor CurrentTeamTurn, int TurnCount)
{
}
//Characters will update first, that way components (like injuries) can override and modify behaviour.
protected virtual void OnPhaseStart(TurnManager.TeamColor CurrentTeamTurn, int TurnCount)
{
CurrentState = _State.Idle;
}
void sample(TurnManager.TeamColor team, int Turn)
{
} //print(team + " is blue and the current turn"); }
