public async Task HopTo(List <TileControl> path, Dice_Control diceToMove, bool targetTileHasDice = true)
{
int pathLength = path.Count;
if (targetTileHasDice)
{
pathLength--;
}
if (pathLength > 0)
{
//Debug.Log($"enter hopping to tile");
for (int i = 0; i < pathLength; i++)
{
//todo, take 1 move from the player, and return if the number is 0
Debug.Log($" > Hopping from {diceToMove.tileControl.tileIndex} too {path[i].tileIndex} ");
await HopAnimation(diceToMove, path[i]);
gameControl.audioManager.PlaySound("hop");
await Task.Delay(TimeSpan.FromSeconds(GlobalVariables.data.HOP_DELAY_TIME));
}
//Debug.Log($"exit hopping to tile");
}
else
{
//Debug.Log($"Dice already next to Target");
if (targetTileHasDice == false)
{
UpdateBoardMeta(diceToMove.tileControl, path[0]);
}
}
}
public void StartPlayerTurn(int actionsForPlayer)
{
int dice_value;
Dice_Control dice_Control;
gameControl.ui_Control.UpdatePlayersTurnDisplay(activePlayer.playerName, activePlayer.playerColour);
gameControl.ui_Control.UpdateMovesDisplay(activePlayer.numberOfMoves, actionsForPlayer);
StartCoroutine(gameControl.cameraConrol.GlidePosition(activePlayer.cameraPosition));
if (GlobalVariables.data.SHOW_FLASH_START_TURN && activePlayer.ai == null)
{
foreach (GameObject dice in activePlayer.diceOwned)
{
dice_Control = dice.GetComponent <Dice_Control>();
dice_value = dice_Control.currentValue;
if (dice_Control.isBase)
{
Dice_Control childDice = dice_Control.transform.GetChild(6).GetComponent <Dice_Control>();
StartCoroutine(childDice.FlashForNewTurn());
}
StartCoroutine(dice_Control.FlashForNewTurn());
}
}
if (activePlayer.is_ai_player)
{
AiPlayersTurn(activePlayer);
}
else
{
gameControl.AllowInput();
}
}
private TileControl PickAjacentTileNearestToEnemy(List <TileControl> candidateTiles, Player player)
{
//take the tile, and get adjacent.
// filter out the ones that have
//if null ahhhhh error
if (candidateTiles.Count == 0)
{
Debug.Log($"Logical Error. Need to move a piece in this case instead?");
return(null);
}
else if (candidateTiles.Count == 1)
{
return(candidateTiles[0]);
}
else
{
TileControl closesetToEnemy = null;
List <TileControl> closentBuffer = new List <TileControl>();
int shortest = 9999999;
foreach (TileControl tile in candidateTiles)
{
closentBuffer = pathFinding.FindPathToNearestEnemy(tile, player);
if (closentBuffer.Count < shortest)
{
shortest = closentBuffer.Count;
closesetToEnemy = closentBuffer[0];
}
}
target = closentBuffer[closentBuffer.Count - 1].diceOnTile;
return(closesetToEnemy);
}
}
private async Task UpgradeWorkerOrCreateNew(List <TileControl> workersNextToPrimaryOutpost)
{
//TODO updatet to be a return bool, and create if false
leiginToUse = null;
foreach (TileControl workerTile in workersNextToPrimaryOutpost)
{
if (workerTile.diceOnTile.GetDiceValue() < workerValueThreshold)
{
leiginToUse = workerTile.diceOnTile;
break;
}
}
if (leiginToUse != null)
{
Debug.Log($"Adding 2 too worker at {leiginToUse.tileControl.tileIndex}");
gameControl.boardControl.BaseReenforceAdjacent(leiginToUse);
await Task.Delay(TimeSpan.FromSeconds(GlobalVariables.data.AI_ACTION_SPEED));
gameControl.boardControl.BaseReenforceAdjacent(leiginToUse);
}
else
{
Debug.Log($"No Workers to add 2 too, below worker value threshold {workerValueThreshold}");
CreateWorkerNextToOupost(primaryOutpost);
}
}
private bool ReenforceSolder(Player player)
{
List <TileControl> soldiersNextToPrimaryOutpost = pathFinding.GetAjacentTiles(primaryOutpost.tileControl, GetAdjacentTilesType.AllFriendlySoldierDice, player);
leiginToUse = null;
foreach (TileControl soldierTile in soldiersNextToPrimaryOutpost)
{
if (soldierTile.diceOnTile.GetDiceValue() < soldierValueThreshold)
{
if (soldierTile.diceOnTile.GetDiceValue() != 6)
{
leiginToUse = soldierTile.diceOnTile;
break;//stop looking
}
}
}
if (leiginToUse == null)
{
return(false);
}
else
{
Debug.Log($"Adding +1 to Solder {leiginToUse.tileControl.tileIndex} next to {primaryOutpost.tileControl.tileIndex}");
gameControl.boardControl.BaseReenforceAdjacent(leiginToUse);
return(true);
}
}
internal async void DeconstrucetBase(Dice_Control childDice, int remainingValue)
{
//Debug.Log($"destroying {childDice.gameObject.GetInstanceID()}");
GameObject parentObject = childDice.gameObject.transform.parent.gameObject;
Dice_Control parentDice = parentObject.GetComponent <Dice_Control>();
parentDice.tileControl.SetDiceOnTile(parentDice);
Destroy(childDice.gameObject);
parentDice.isBase = false;
parentDice.child = null;
//Debug.Log($"setting {parentDice.gameObject.GetInstanceID()} to {remainingValue}");
await parentDice.AnimateDiceValueChange(remainingValue);
}
internal async void BaseReenforceAdjacent(Dice_Control targetDice)
{
if (targetDice.currentValue < 6)
{
await targetDice.AnimateDiceValueChange(targetDice.currentValue + 1);
gameControl.audioManager.PlaySound("reenforce");
gameControl.playerControl.TakenMove();
}
else
{
//Debug.Log($"Invlaid Move {targetDice.value} at maximum");
InvalidMove(targetDice.tileControl);
}
}
//------------------------------------------------------------------------------------------------------------------------------------------------------
//private async Task EasyAi(Player player)
//{
// Debug.Log($"In easy AI with {player.numberOfMoves}");
// //this.player = player;//gameControl.playerControl.activePlayer;
// //while actions > 0 && PlayerHasSoldier = false
// while (player.numberOfMoves > 0)
// {
// if (PlayerHasSoldier(player))
// {
// //find nearest enemy unit
// List<TileControl> path = pathFinding.FindPathToNearestEnemy(leiginToUse.tileControl, player);
// //int pathLength = path.Count;
// //assign the target at the end of the path
// Debug.Log($"got path, setting target");
// target = path[path.Count - 1].diceOnTile;
// //first element, is own tile.
// path = path.GetRange(1, path.Count - 1);
// if (path.Count > player.numberOfMoves)
// {
// Debug.Log($"{leiginToUse.tileControl.tileIndex} too far away from {target.tileControl.tileIndex} {path.Count} > {player.numberOfMoves}");
// //move the first x number of moves
// List<TileControl> pathProgress = path.GetRange(0, player.numberOfMoves);
// Debug.Log($"Moving {pathProgress.Count} our of {path.Count}");
// await gameControl.boardControl.HopTo(pathProgress, leiginToUse, false);
// //await Task.Delay(TimeSpan.FromSeconds(GlobalVariables.data.AI_ACTION_SPEED));
// gameControl.playerControl.TakenMove(player.numberOfMoves);
// }
// else
// {
// Debug.Log($"{leiginToUse.tileControl.tileIndex} can attack {path.Count} away, target {target.tileControl.tileIndex} {target.currentValue}");
// if (target.isBase)
// {
// Debug.Log($"{leiginToUse.tileControl.tileIndex} {leiginToUse.currentValue} attacking Outpost {target.tileControl.tileIndex} {target.currentValue}");
// gameControl.boardControl.CalculateAttackEnemyBase(leiginToUse, target, path);
// }
// else
// {
// Debug.Log($"{leiginToUse.tileControl.tileIndex} {leiginToUse.currentValue} attacking {target.tileControl.tileIndex} {target.currentValue}");
// await gameControl.boardControl.CalculateAttackEnemy(leiginToUse, target, path);
// }
// //gameControl.playerControl.TakeMovesFromPlayer(player, pathLength);
// }
// //for easy ai, just look back to start
// target = null;
// leiginToUse = null;
// }
// else
// {
// //if player has worker
// //add too worker,
// //else create dice
// // - pick random side to create dice
// leiginToUse = gameControl.playerControl.GetFirstPlayerWorker(player);
// if (leiginToUse == null)
// {
// Debug.Log($"No workers found for player: {player.name}");
// Dice_Control playerOutpost = gameControl.playerControl.GetFirstPlayerOutpost(player);
// if (playerOutpost != null)
// {
// CreateWorkerNextToOupost(playerOutpost);
// }
// else
// {
// Debug.Log($"{player.playerName} has no Outpost, or workers or soldiers, should be out of the game");
// }
// }
// else
// {
// Debug.Log($"At least 1 Worker found for player {player.playerName}");
// Dice_Control playerOutpost = gameControl.playerControl.GetFirstPlayerOutpost(player);//Note for multible outpost, will need to sync with FindWorkerBesideOutpost
// if (FindWorkerBesideOutpost(playerOutpost))
// {
// Debug.Log($"Worker found, adding 1 to it -> {player.playerName}");
// AddPlussOneToWorkerNextToOutPost(playerOutpost, leiginToUse, player);
// }
// else
// {
// Debug.Log($"Worker is not next to a outpost");
// CreateWorkerNextToOupost(playerOutpost);
// }
// }
// }
// await Task.Delay(TimeSpan.FromSeconds(GlobalVariables.data.AI_ACTION_SPEED));//>>>>) actions taken
// }//end while
// //reset for next ai turn
// target = null;
// leiginToUse = null;
//}
//private void AddPlussOneToWorkerNextToOutPost(Dice_Control outpost, Dice_Control workerToAddToo, Player player)
//{
// Debug.Log($"Adding + 1 to worker beside {outpost.tileControl} for {player.playerName}");
// gameControl.boardControl.BaseReenforceAdjacent(workerToAddToo);
//}
private bool CreateWorkerNextToOupost(Dice_Control outpost)
{
List <TileControl> candidateTiles = pathFinding.GetAjacentTiles(outpost.tileControl, GetAdjacentTilesType.AllEmpty);
if (candidateTiles.Count == 0)
{
return(false);
}
TileControl tileToCreateWorker = PickAjacentTileNearestToEnemy(candidateTiles, outpost.player);
gameControl.boardControl.CreateDiceAt(tileToCreateWorker, outpost.player);
Debug.Log($"creating worker next to outpost {outpost.tileControl.tileIndex} at {tileToCreateWorker.tileIndex}");
gameControl.playerControl.TakenMove();
return(true);
}
public void DestroySingleDice(Dice_Control diceToDestroy, bool removeTileDice = true, bool playSound = true)
{
if (removeTileDice)
{
diceToDestroy.tileControl.RemoveDiceOnTile();
}
diceToDestroy.SetDeselected();
diceToDestroy.StopAllCoroutines();
diceToDestroy.player.diceOwned.Remove(diceToDestroy.gameObject);
Destroy(diceToDestroy.gameObject);
if (playSound)
{
gameControl.audioManager.PlaySound("destroyDice");
}
//gameControl.AllowInput();//check here for if there is allow input issues
}
//-----------------------------------------end dice actions
public void UpdateBoardMeta(TileControl startingTile, TileControl targetTile, bool replaceTarget = true)
{
Dice_Control startingDice = startingTile.diceOnTile;
Dice_Control targetDice = targetTile.diceOnTile;
if (replaceTarget)
{
targetTile.SetDiceOnTile(startingDice);
startingTile.RemoveDiceOnTile();
startingDice.SetTile(targetTile);
}
else
{
targetTile.SetDiceOnTile(targetDice);//ensure target is not considered for pathfinding
startingTile.RemoveDiceOnTile();
}
}
internal async Task CalculateAttackEnemy(Dice_Control attackingDice, Dice_Control targetEnemyDice, List <TileControl> path)
{
if (attackingDice.currentValue % 2 == 0)
{
int remainder = targetEnemyDice.currentValue - attackingDice.currentValue;
if (remainder < 0)
{
Debug.Log($"Attacker won {-remainder} remaining");
await HopTo(path, attackingDice, true);
DestroySingleDice(targetEnemyDice);
await attackingDice.AnimateDiceValueChange(-remainder);
await MoveToEmptyTile(new List <TileControl> {
path.Last()
}, attackingDice);
}
else if (remainder == 0)
{
Debug.Log($"Tie, both destroyed");
await HopTo(path, attackingDice, true);
gameControl.audioManager.PlaySound("hitEnemy");
DestroySingleDice(attackingDice, true, false);
DestroySingleDice(targetEnemyDice, true, false);
}
else
{
Debug.Log($"Defender now at {remainder}");
await HopTo(path, attackingDice, true);
await targetEnemyDice.AnimateDiceValueChange(remainder);
gameControl.audioManager.PlaySound("hitEnemy");
DestroySingleDice(attackingDice, true, false);
}
gameControl.playerControl.TakenMove(path.Count);
gameControl.AllowInput();
}
else
{
Debug.Log($"Invlaid Move {attackingDice.currentValue} not attacker");
InvalidMove(targetEnemyDice.tileControl);
}
}
private bool OutpostUnderAttack(Player player)
{
// if anyDice next to Outpost
List <Dice_Control> playerOutposts = gameControl.playerControl.GetAllPlayerOutpost(player);
List <TileControl> adjacentTilesWithDice;
if (playerOutposts.Count == 1)
{
Debug.Log($"1 Outpost for {player.playerName}");
primaryOutpost = playerOutposts[0];
adjacentTilesWithDice = pathFinding.GetAjacentTiles(primaryOutpost.tileControl, GetAdjacentTilesType.AllEnemyDice, player);
if (adjacentTilesWithDice.Count > 0)
{
Debug.Log($"Enemy Dice found next to outpost {primaryOutpost.tileControl.tileIndex}");
if (adjacentTilesWithDice.Count == 1)
{
gameControl.boardControl.CalculateBasesAttackEnemy(primaryOutpost, adjacentTilesWithDice[0].diceOnTile);
}
else
{
//select best one to attack//for now, just select last
int last = adjacentTilesWithDice.Count;
gameControl.boardControl.CalculateBasesAttackEnemy(primaryOutpost, adjacentTilesWithDice[last - 1].diceOnTile);
}
return(true);
}
else
{
Debug.Log($"Oupost Safe at {primaryOutpost.tileControl.tileIndex}");
}
}
else if (playerOutposts.Count > 1)
{
Debug.Log($"Multible Outposts for {player.playerName} TODO");
//loop through each each outpost to see if enemy beside
}
else
{
Debug.Log($"No Outposts for {player.playerName}");
primaryOutpost = null;
return(false);
}
return(false);
}
private async Task <bool> AttackNearestEnemy(Dice_Control soldier, Player player)
{
//find nearest enemy unit
List <TileControl> path = pathFinding.FindPathToNearestEnemy(soldier.tileControl, player);
if (path.Count == 0)
{
return(false);
}
//assign the target at the end of the path
Debug.Log($"got path, setting target");
target = path[path.Count - 1].diceOnTile;
//first element, is own tile.
path = path.GetRange(1, path.Count - 1);
if (path.Count > player.numberOfMoves)
{
Debug.Log($"{soldier.tileControl.tileIndex} too far away from {target.tileControl.tileIndex} {path.Count} > {player.numberOfMoves}");
//move the first x number of moves
List <TileControl> pathProgress = path.GetRange(0, player.numberOfMoves);
Debug.Log($"Moving {pathProgress.Count} our of {path.Count}");
gameControl.playerControl.TakenMove(player.numberOfMoves);
await gameControl.boardControl.HopTo(pathProgress, soldier, false);
}
else
{
Debug.Log($"{soldier.tileControl.tileIndex} can attack {path.Count} away, target {target.tileControl.tileIndex} {target.currentValue}");
if (target.isBase)
{
Debug.Log($"{soldier.tileControl.tileIndex} {soldier.currentValue} attacking Outpost {target.tileControl.tileIndex} {target.currentValue}");
gameControl.boardControl.CalculateAttackEnemyBase(soldier, target, path);
}
else
{
Debug.Log($"{soldier.tileControl.tileIndex} {soldier.currentValue} attacking {target.tileControl.tileIndex} {target.currentValue}");
await gameControl.boardControl.CalculateAttackEnemy(soldier, target, path);
}
}
return(true);
}
private async Task MoveWorkerOneSquare(Player player)
{
//get all the workers beside the outpost
List <TileControl> playersWorksNextToOutpost = pathFinding.GetAjacentTiles(primaryOutpost.tileControl, GetAdjacentTilesType.AllFriendlyWorkersDice, player);
//nb should never have soldiers as, that was taken care of in a previous step.
//move the last one to a corner tile of the outpost
int last = playersWorksNextToOutpost.Count - 1;
leiginToUse = playersWorksNextToOutpost[last].diceOnTile;
List <TileControl> emptyTilesForLeigin = pathFinding.GetAjacentTiles(leiginToUse.tileControl, GetAdjacentTilesType.AllEmpty);
Debug.Log($"moving dice {leiginToUse.tileControl} one square at {emptyTilesForLeigin [0].tileIndex}");
await gameControl.boardControl.HopTo(new List <TileControl> {
emptyTilesForLeigin [0]
}, leiginToUse, false);
}
private void CreateBase(Dice_Control selectedDice, Dice_Control targetDice)
{
selectedDice.transform.position = new Vector3(targetDice.transform.position.x, 2.75f, targetDice.transform.position.z);
selectedDice.tileControl.RemoveDiceOnTile();
//bottom
targetDice.isBase = true;
targetDice.lowerDice = true;
targetDice.tileControl.SetDiceOnTile(selectedDice);
targetDice.child = selectedDice;
//top
selectedDice.isBase = true;
selectedDice.lowerDice = false;
selectedDice.tileControl = targetDice.tileControl;
selectedDice.player.diceOwned.Remove(selectedDice.gameObject);
selectedDice.gameObject.transform.SetParent(targetDice.gameObject.transform);
selectedDice.gameObject.transform.localScale = new Vector3(1, 1, 1);
gameControl.AllowInput();
}
private void FindPrimaryOutPost(Player player)
{
List <Dice_Control> playerOutposts = gameControl.playerControl.GetAllPlayerOutpost(player);
if (playerOutposts.Count == 1)
{
//Debug.Log($"1 Outpost for {player.playerName}");
primaryOutpost = playerOutposts[0];
}
else if (playerOutposts.Count > 1)
{
Debug.Log($"Multible Outposts for {player.playerName} TODO");
//for now just pick last
int last = playerOutposts.Count;
primaryOutpost = playerOutposts[last - 1];
}
else
{
Debug.Log($"No Outposts for {player.playerName}");
primaryOutpost = null;
}
}
internal async void CalculateBasesAttackEnemy(Dice_Control OwenDice, Dice_Control targetDice)
{
if (targetDice.isBase)
{
//Debug.Log($"Invlaid Move bases can't attack bases");
InvalidMove(targetDice.tileControl);
}
else
{
if (targetDice.currentValue > 1)
{
await targetDice.AnimateDiceValueChange(targetDice.currentValue - 1);//defending base attack value
}
else
{
targetDice.tileControl.RemoveDiceOnTile();
DestroySingleDice(targetDice);
}
gameControl.audioManager.PlaySound("outpostAttack");
gameControl.playerControl.TakenMove(1);
gameControl.AllowInput();
}
}
public Dice_Control CreateDiceAt(TileControl targetTile, Player player, bool returnDice = false)
{
GameObject newDice = Instantiate(Dice, new Vector3(targetTile.transform.position.x, 2.5f, targetTile.transform.position.z), Quaternion.identity);
Dice_Control diceControl = newDice.GetComponent <Dice_Control>();
diceControl.diceColour = player.playerColour;
diceControl.player = player;
diceControl.currentValue = 1;
diceControl.tileControl = targetTile;
targetTile.SetDiceOnTile(diceControl);
newDice.name = player.name;
newDice.transform.rotation = Quaternion.Euler(GlobalVariables.data.SIDE_ONE.x, GlobalVariables.data.SIDE_ONE.y, GlobalVariables.data.SIDE_ONE.z);
newDice.transform.rotation.Normalize();
newDice.transform.SetParent(player.transform);
player.diceOwned.Add(newDice);
gameControl.audioManager.PlaySound("createDice");
if (player.ai == null)
{
gameControl.AllowInput();
}
return(returnDice == true ? diceControl : null);
}
private async Task <bool> GetSolderAndAttackEnemy(Player player)
{
List <Dice_Control> playerSoldiers = gameControl.playerControl.GetAllPlayerSoldiers(player);
if (playerSoldiers.Count == 0)
{
return(false);
}
else if (playerSoldiers.Count == 1)
{
leiginToUse = playerSoldiers[0];
Debug.Log($"Soldier {leiginToUse.GetDiceValue()} found at {leiginToUse.tileControl.tileIndex}");
await AttackNearestEnemy(leiginToUse, player);
}
else
{
Debug.Log($"Multible Soldiers found at {playerSoldiers.Count}");
//loop through solders to get closes to enemy
//for now just pick last
int last = playerSoldiers.Count;
await AttackNearestEnemy(playerSoldiers[last - 1], player);
}
return(true);
}
internal async void CalculateAttackEnemyBase(Dice_Control attackingDice, Dice_Control targetEnemyBaseChild, List <TileControl> path)
{
if (attackingDice.currentValue % 2 == 0)
{
await HopTo(path, attackingDice, true);
int remainder = targetEnemyBaseChild.currentValue - attackingDice.currentValue;
if (remainder < 0)
{
Debug.Log($"base destoryed and left {6 - -remainder}");
DestroySingleDice(attackingDice);
DeconstrucetBase(targetEnemyBaseChild, 6 - -remainder);
}
else if (remainder == 0)
{
Debug.Log($"base destoryed");
DestroySingleDice(attackingDice);
DeconstrucetBase(targetEnemyBaseChild, 6);
}
else
{
Debug.Log($"base now at {remainder}");
await targetEnemyBaseChild.AnimateDiceValueChange(remainder);
DestroySingleDice(attackingDice);
}
gameControl.playerControl.TakenMove(path.Count);
gameControl.AllowInput();
}
else
{
Debug.Log($"Invlaid Move {attackingDice.currentValue} not attacker");
InvalidMove(targetEnemyBaseChild.tileControl);
}
//each case either has destroy base, that allows input, or is invalid, and set allow input
}
//-----------------------------------------end path logic
//-----------------------------------------start hop logic
private async Task HopAnimation(Dice_Control diceToMove, TileControl tile)
{
//Debug.Log($"Starting to Hop from {diceToMove.tileControl.tileIndex} too {tile.tileIndex}");
float startTime = Time.time;
Vector3 origin = diceToMove.transform.position;
Vector3 destination = tile.transform.position;
float journeyLength = 1;
float distCovered;
float fractionOfJourney = 0;
origin.y = GlobalVariables.data.BOARD_CLEARANCE;
diceToMove.transform.position = origin;
destination.y = GlobalVariables.data.TILE_CLEARANCE;
while (fractionOfJourney <= 1)
{
distCovered = (Time.time - startTime) * GlobalVariables.data.MOVE_SPEED;
fractionOfJourney = distCovered / journeyLength;
diceToMove.transform.position = Vector3.Lerp(origin, destination, fractionOfJourney);
if (fractionOfJourney >= 1)
{
//snap to tile logic
diceToMove.transform.position = new Vector3((float)Mathf.Round(destination.x),
diceToMove.transform.position.y,
(float)Mathf.Round(destination.z));
}
else
{
await Task.Yield();
}
}
UpdateBoardMeta(diceToMove.tileControl, tile);
}
public void SetToDefault()
{
allowInput = false;
currentySelected = null;
clickedObject = null;
}
private async Task AiLogic(Player player)
{
await Task.Delay(TimeSpan.FromSeconds(GlobalVariables.data.AI_ACTION_SPEED));
Debug.Log($"In {difficulty} AI {player.playerName} income: {player.income} <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<");
while (player.numberOfMoves > 0)
{
//Rand chance for this ?
if (OutpostUnderAttack(player))
{
await Task.Delay(TimeSpan.FromSeconds(GlobalVariables.data.AI_ACTION_SPEED));
continue;// skip to next iteration
}
//dependant on income < threshold (recalculated when action is taken)
if (player.income < incomeValueThreshold)
{
//will make new or add to workers if income less than threshold
Debug.Log($"Player {player.playerName} Income Below {incomeValueThreshold}");
FindPrimaryOutPost(player);
if (primaryOutpost == null)
{
Dice_Control dice_Control;
int playerValue = 0;
foreach (GameObject dice in player.diceOwned)
{
dice_Control = dice.GetComponent <Dice_Control>();
playerValue += dice_Control.GetDiceValue();
if (playerValue >= 12)
{
break;
}
}
if (playerValue >= 12)
{
Debug.Log($"Player {player.playerName} value greater than 12, can make another outpost");
TryToCreateNewOutpost(player);
}
else
{
Debug.Log($"Player {player.playerName} < 12 attack enemy");
if (await GetSolderAndAttackEnemy(player) == false)
{
//create soldier from workers
//get worker nearest enemy, get workers nearest to that one, then combine to create a soldier
Debug.Log($"Player {player.playerName} only has workers >>>>> not implemented to find nearby workers, to make a solder, to attack");
}
//List<Dice_Control> playerSoldiers = gameControl.playerControl.GetAllPlayerSoldiers(player);
//if(playerSoldiers.Count == 0)
//{
// //create soldier from workers
// //get worker nearest enemy, get workers nearest to that one, then combine to create a soldier
// Debug.Log($"Player {player.playerName} only has workers >>>>> not implemented to find nearby workers, to make a solder, to attack");
//} else
//{
// await AttackNearestEnemy(playerSoldiers[0], player);
//}
}
}
else
{
if (player.numberOfMoves >= 2)
{
//todo, loop through all outposts and add together
Debug.Log($"Trying to Add 2 too value 1 workers near outpost at {primaryOutpost.tileControl.tileIndex}");
List <TileControl> workersNextToPrimaryOutpost = pathFinding.GetAjacentTiles(primaryOutpost.tileControl, GetAdjacentTilesType.AllFriendlyWorkersDice, player);
//is there workers with value lower than threshold
await UpgradeWorkerOrCreateNew(workersNextToPrimaryOutpost);
}
else
{
//for when the player only has one move left
DetermineLastMove(player);
}
}
}
else
{
// start to attack
List <Dice_Control> playerSoldiers = gameControl.playerControl.GetAllPlayerSoldiers(player);
Debug.Log($"Player {player.playerName} Income Avove {incomeValueThreshold} -> attack with {playerSoldiers.Count} soldiers");
if (playerSoldiers.Count == 0)
{
Debug.Log($"No soldier found for {player.playerName}");
List <TileControl> playersWorksNextToOutpost = pathFinding.GetAjacentTiles(primaryOutpost.tileControl, GetAdjacentTilesType.AllFriendlyWorkersDice, player);
leiginToUse = null;
foreach (TileControl worker in playersWorksNextToOutpost)
{
if (worker.diceOnTile.GetDiceValue() <= soldierValueThreshold)
{
//soldierTile.diceOnTile.GetDiceValue() != 6
leiginToUse = worker.diceOnTile;
//break;//stop looking
}
}
if (leiginToUse == null)
{
//will have to check for empty spaces first, else move a dice ?
Debug.Log($"No workers next to outpost {primaryOutpost.tileControl.tileIndex}, below threshold {soldierValueThreshold}");
CreateWorkerNextToOupost(primaryOutpost);
}
else
{
Debug.Log($"Adding +1 to make Soldier {leiginToUse.tileControl.tileIndex} next to {primaryOutpost.tileControl.tileIndex}");
gameControl.boardControl.BaseReenforceAdjacent(leiginToUse);
}
}
else if (playerSoldiers.Count == 1)
{
leiginToUse = playerSoldiers[0];
Debug.Log($"Soldier {leiginToUse.GetDiceValue()} found at {leiginToUse.tileControl.tileIndex}");
await AttackNearestEnemy(leiginToUse, player);
}
else
{
Debug.Log($"Multible Soldiers found at {playerSoldiers.Count}");
//loop through solders to get closes to enemy
//for now just pick last
int last = playerSoldiers.Count;
await AttackNearestEnemy(playerSoldiers[last - 1], player);
}
}
await Task.Delay(TimeSpan.FromSeconds(GlobalVariables.data.AI_ACTION_SPEED));
}
await Task.Delay(TimeSpan.FromSeconds(GlobalVariables.data.AI_ACTION_SPEED));
}
internal async void CombineFriendlyDice(Dice_Control selectedDice, Dice_Control targetDice, List <TileControl> path)
{
if (selectedDice.GetInstanceID() == targetDice.GetInstanceID())
{
InvalidMove(targetDice.tileControl);
return;
}
int sum = selectedDice.currentValue + targetDice.currentValue;
if (targetDice.isBase)
{
if (targetDice.GetDiceValue() == 6)
{
InvalidMove(targetDice.tileControl);
return;
}
if (sum > 6)
{
Debug.Log($"Reenforcing outpost from {targetDice.currentValue} to 6");
await HopTo(path, selectedDice);
await targetDice.AnimateDiceValueChange(6);
await selectedDice.AnimateDiceValueChange(sum - 6);
}
else if (sum == 6)
{
Debug.Log($"Absorbing unit, from {targetDice.currentValue} to 6");
await HopTo(path, selectedDice);
await targetDice.AnimateDiceValueChange(6);
DestroySingleDice(selectedDice, true, false);
UpdateBoardMeta(selectedDice.tileControl, targetDice.tileControl, false);
}
else
{
Debug.Log($"Reenforcing outpost from {targetDice.currentValue} to " + sum);
await HopTo(path, selectedDice);
await targetDice.AnimateDiceValueChange(sum);
DestroySingleDice(selectedDice, true, false);
UpdateBoardMeta(selectedDice.tileControl, targetDice.tileControl, false);
}
//targetDice.SetSelected();//crashes here
//gameControl.currentySelected = targetDice;
gameControl.audioManager.PlaySound("combine");
gameControl.playerControl.TakenMove(path.Count);
gameControl.AllowInput();
return;
}
else if (sum >= 12)
{
if (targetDice.isBase)
{
Debug.Log($"Target already base {targetDice.tileControl.tileIndex}");
InvalidMove(targetDice.tileControl);
return;
}
gameControl.currentySelected = null;
await HopTo(path, selectedDice);
UpdateBoardMeta(selectedDice.tileControl, targetDice.tileControl);
Debug.Log($"Making new Base at {targetDice.tileControl.tileIndex}");
CreateBase(selectedDice, targetDice);
}
else if (sum > 6)
{
if (targetDice.currentValue == 6)
{
Debug.Log($"Invlaid Move target at maximum");
InvalidMove(targetDice.tileControl);
return;
}
Debug.Log($"Setting target from {targetDice.currentValue} to 6");
await HopTo(path, selectedDice);
await targetDice.AnimateDiceValueChange(6);
await selectedDice.AnimateDiceValueChange(sum - 6);
}
else if (sum <= 6)
{
await HopTo(path, selectedDice);
Debug.Log($"Combining dice, {sum}");
await targetDice.AnimateDiceValueChange(sum);
DestroySingleDice(selectedDice, true, false);
UpdateBoardMeta(selectedDice.tileControl, targetDice.tileControl, false);
}
selectedDice.SetDeselected();
targetDice.SetSelected();
gameControl.currentySelected = targetDice;
gameControl.audioManager.PlaySound("combine");
gameControl.playerControl.TakenMove(path.Count);
gameControl.AllowInput();
}
//-----------------------------------------end hop logic
//-----------------------------------------start dice actions
internal async Task MoveToEmptyTile(List <TileControl> path, Dice_Control diceToMove)
{
//Debug.Log($"Moving to Empty Tile");
//gameControl.playerControl.TakenMove(path.Count);
await HopTo(path, diceToMove, false);
}
public void RemoveDiceOnTile()
{
this.diceOnTile = null;
SetIsEmptyTile();
SetValidPathfing();
}
private async void MouseControl()
{
ray = mainCamera.ScreenPointToRay(Input.mousePosition);
if (Physics.Raycast(ray, out hit, 100))
{
clickedObject = hit.transform.gameObject;
if (currentySelected == null)
{
if (clickedObject.name == playerControl.activePlayer.name)
{
Dice_Control clickedDice = clickedObject.GetComponent <Dice_Control>();
if (clickedDice.lowerDice == false && clickedDice.isBase)
{
clickedDice = clickedObject.transform.parent.GetComponent <Dice_Control>();
}
currentySelected = clickedDice;
clickedDice.SetSelected();
}
AllowInput();
}
else
{
if (currentySelected.isBase)
{
if (currentySelected.gameObject.GetInstanceID() == clickedObject.GetInstanceID() ||
currentySelected.child.gameObject.GetInstanceID() == clickedObject.GetInstanceID())
{
print("Deselecting currently seleted");
currentySelected.SetDeselected();
currentySelected = null;
AllowInput();
return;
}
float distance = Vector3.Distance(currentySelected.transform.position, clickedObject.transform.position);
//print("current distance to clicked object is: " + distance);
if (distance <= GlobalVariables.data.BASE_SPAWN_DISTANCE)
{
if (clickedObject.name == GlobalVariables.data.TILE_NAME || clickedObject.name == currentySelected.player.name)
{
TileControl clickedTile = clickedObject.GetComponent <TileControl>();
if (clickedTile == null)
{
clickedTile = clickedObject.GetComponent <Dice_Control>().tileControl;
}
if (clickedTile.diceOnTile == null)
{
boardControl.CreateDiceAt(clickedTile, currentySelected.player);
playerControl.TakenMove();
}
else
{
Dice_Control diceOneTile = clickedTile.diceOnTile;
if (currentySelected.player.name == diceOneTile.player.name)
{
boardControl.BaseReenforceAdjacent(diceOneTile);
}
else
{
boardControl.CalculateBasesAttackEnemy(currentySelected, diceOneTile);
}
}
}
else if (clickedObject.GetComponent <Dice_Control>() != null)
{
boardControl.CalculateBasesAttackEnemy(currentySelected, clickedObject.GetComponent <Dice_Control>());
}
else
{
print("the user clicked a non player, not board object");
AllowInput();
}
}
else
{
TileControl clickedTile = clickedObject.GetComponent <TileControl>();
if (clickedTile == null)
{
Debug.Log($"object too far to consider Creating dice");
Dice_Control dice_Control = clickedObject.GetComponent <Dice_Control>();
if (dice_Control != null)
{
boardControl.InvalidMove(dice_Control.tileControl);
}
AllowInput();
}
else
{
boardControl.InvalidMove(clickedTile);
}
}
}
else
{
if (currentySelected.gameObject.GetInstanceID() == clickedObject.GetInstanceID())
{
print("Deselected currently seleted");
currentySelected.SetDeselected();
currentySelected = null;
AllowInput();
return;
}
if (clickedObject.name == GlobalVariables.data.TILE_NAME || clickedObject.name == currentySelected.player.name)
{
//handles if dice was clicked, get the assosicated tile
TileControl clickedTile = clickedObject.GetComponent <TileControl>();
if (clickedTile == null)
{
clickedTile = clickedObject.GetComponent <Dice_Control>().tileControl;
}
List <TileControl> path = boardControl.Pathfind(currentySelected.tileControl, clickedTile, playerControl.activePlayer.numberOfMoves);
if (path == null)
{
AllowInput();
return;
}
else
{
PrintPath(path);
if (clickedTile.diceOnTile == null)
{
await boardControl.MoveToEmptyTile(path, currentySelected);
playerControl.TakenMove();
AllowInput();
}
else
{
Dice_Control diceOneTile = clickedTile.diceOnTile;
if (currentySelected.player.name == diceOneTile.player.name)
{
//this gets the child dice when a base is the target
if (diceOneTile.isBase && diceOneTile.lowerDice)
{
boardControl.CombineFriendlyDice(currentySelected, diceOneTile.transform.GetChild(6).GetComponent <Dice_Control>(), path);
}
else
{
boardControl.CombineFriendlyDice(currentySelected, diceOneTile, path);
}
}
else
{
if (diceOneTile.isBase)
{
boardControl.CalculateAttackEnemyBase(currentySelected, diceOneTile.transform.GetChild(6).GetComponent <Dice_Control>(), path);
}
else
{
await boardControl.CalculateAttackEnemy(currentySelected, diceOneTile, path);
}
}
}
}
}
else
{
Dice_Control clickedDice = clickedObject.GetComponent <Dice_Control>();
if (clickedDice != null)
{
List <TileControl> path = boardControl.Pathfind(currentySelected.tileControl, clickedDice.tileControl, playerControl.activePlayer.numberOfMoves);
if (path == null)
{
AllowInput();
return;
}
else
{
PrintPath(path);
if (clickedDice.isBase)
{
if (clickedDice.lowerDice)
{
boardControl.CalculateAttackEnemyBase(currentySelected, clickedDice.transform.GetChild(6).GetComponent <Dice_Control>(), path);
}
else
{
boardControl.CalculateAttackEnemyBase(currentySelected, clickedDice, path);
}
}
else
{
await boardControl.CalculateAttackEnemy(currentySelected, clickedDice, path);
}
}
}
else
{
AllowInput();
print("the user clicked a non player, not board object");
}
}
}
}
}
else
{
AllowInput();
}
}
public void SetDiceOnTile(Dice_Control diceOnTile)
{
this.diceOnTile = diceOnTile;
SetHasPieceOnTile();
SetCanNotPassThrough();
}
