private void StartPlaceCharacters()
{
turnMgr = TurnManager.Instance;
turnMgr.Init();
turnMgr.AssignGridManager(this);
ActiveCharsGO = new List <GameObject>();
AllCharsGO = new List <GameObject>();
bool teamOne = true;
int charNum = 1;
// This list, populated manually in inspector, determines how many dinos to spawn and what their positions will be.
foreach (Vector2Int pos in charStartingPositions)
{
GameObject currentCharGO;
TurnCharacter currentChar;
// Spawn a dino on a team, alternating which team's dino to spawn with a bool. Also create an abstracted "character" in the turn manager
if (teamOne)
{
currentCharGO = Instantiate(characterOnePrefab, GetNodeContainer(GetNode(pos.x, pos.y)).gameObject.transform.position, Quaternion.identity);
currentChar = turnMgr.CreateActiveCharacter(1, currentCharGO);
}
else
{
currentCharGO = Instantiate(characterTwoPrefab, GetNodeContainer(GetNode(pos.x, pos.y)).gameObject.transform.position, Quaternion.identity);
currentChar = turnMgr.CreateActiveCharacter(2, currentCharGO);
}
CharacterGridMovement currentCharGridMov = currentCharGO.GetComponent <CharacterGridMovement>();
currentCharGridMov.GridPosX = pos.x;
currentCharGridMov.GridPosZ = pos.y;
currentCharGridMov.SetCurrentNode();
currentCharGO.GetComponent <UnityCharacterTurnInfo>().CharacterNumber = charNum;
if (!teamOne)
{
charNum++; // Increment character number after we've given the current number to both sides
}
ActiveCharsGO.Add(currentCharGO); // Add to list for public reference
AllCharsGO.Add(currentCharGO);
teamOne = !teamOne; // Alternate teams
}
// Get the ball rolling and start index 0's turn after we're done building the lists
turnMgr.StartTurnByNumber(0);
}
