//this function randomizes the typeOfFood and sprite that appears in the Fruitcell.
private void randomFoodSelection(FoodCell myCell)
{
int whatTypeOfFood = Random.Range(0, foodSprites.Length);
myCell.typeOfToken = (FoodCell.TokenType)whatTypeOfFood;
myCell.foodSprite.sprite = foodSprites[whatTypeOfFood];
}
private void AddFood()
{
Coordinate pos = _gameArea.GetEmptyPosition();
var newFood = new FoodCell(pos);
_gameArea.AddCell(newFood);
}
private void onMouseDown()
{
if (Time.timeScale != 0)
{
fruitCellDown = GetFruiteCellFromMousePos(Input.mousePosition);
}
//Debug.Log(fruitCellDown);
}
private void LevelLoader()
{
for (int i = 0; i < widthOfBoard; i++)
{
for (int j = 0; j < heightOfBoard; j++)
{
//(Vector2)transform.position casts transform.position as a vector2 instead of vector3.
Vector2 position = (Vector2)transform.position + new Vector2(i * cellWidth, j * cellHight);
GameObject tile = Instantiate(myTile, position, Quaternion.identity) as GameObject;
tile.transform.parent = this.transform;
FoodCell fruit = tile.GetComponent <FoodCell>();
tiles[i, j] = fruit;
fruit.gridPos = new Vector2(i, j);
tile.name = "(" + i + "," + j + ")";
int whatTypeOfFood = Random.Range(0, foodSprites.Length);
tiles[i, j].typeOfToken = (FoodCell.TokenType)whatTypeOfFood;
tiles[i, j].foodSprite.sprite = foodSprites[whatTypeOfFood];
}
}
}
private void TransferHeat(float value)
{
// Debug.DrawRay(transform.position, Vector2.up, Color.blue);
RaycastHit2D hit = Physics2D.Raycast((Vector2)transform.position + new Vector2(0f, 0.125f), Vector2.up, 0.4f, mask);
if (hit.collider != null)
{
//Debug.Log(hit.collider.gameObject.name + " was hit by a raycast");
if (hit.collider.gameObject.tag != "MeatCell")
{
return;
}
//Debug.Log(hit.collider.gameObject.name + " was hit by a raycast");
FoodCell cell = hit.collider.GetComponent <FoodCell>();
cell.AddHeat(value);
}
}
private void OnTriggerStay2D(Collider2D other)
{
//Debug.Log(other.gameObject.name + " is Staying within " + gameObject.name);
if (other.gameObject.tag == "Ingredient")
{
float yForce = Random.Range(minSizzleForce.y, maxSizzleForce.y);
float xForce = Random.Range(minSizzleForce.x, maxSizzleForce.x);
other.GetComponent <Rigidbody2D>().AddForce(new Vector2(xForce, yForce));
}
if (other.gameObject.tag != "MeatCell")
{
return;
}
FoodCell cell = other.gameObject.GetComponent <FoodCell>();
cell.AddHeat(heatAmount);
}
//this function solves the grid but looping using for loops to cheak every cell and cheak weather the cells beside or on the bottom or top of the cell match the cell.
private void SolveGrid()
{
gridSolvedTimesInARow += 1;
FoodCell.TokenType TokenTypeForPowerUpDrop;
//Debug.Log("solveGrid");
//two for loops used to cheak through every grid cell
for (int i = 0; i < widthOfBoard; i++)
{
for (int j = 0; j < heightOfBoard; j++)
{
//Debug.Log("cheaking cell " + i + "," + j);
FoodCell.TokenType tempFood = tiles[i, j].typeOfToken;
FoodCell currentFruitCell = tiles[i, j];
List <FoodCell> matchingCellsToTheRight = new List <FoodCell>();
List <FoodCell> matchingCellsUp = new List <FoodCell>();
FoodCell neiborFruitCell = currentFruitCell.getNeiborRight(tiles);
//uses a while loop to cheak keep cheaking for matches as long as their is a neiboring Cell to the one being cheaked.
while (neiborFruitCell != null)
{
//if statment used to cheak if cell being cheaked has a match with a horizontal cell.
if (currentFruitCell.typeOfToken == neiborFruitCell.typeOfToken)
{
//Debug.Log("H-match- " + neiborFruitCell.gridPos);
matchingCellsToTheRight.Add(neiborFruitCell);
neiborFruitCell = neiborFruitCell.getNeiborRight(tiles);
}
//breaks out of the stament if their is no match.
else
{
break;
}
}
neiborFruitCell = currentFruitCell.getNeiborUp(tiles);
while (neiborFruitCell != null)
{
if (currentFruitCell.typeOfToken == neiborFruitCell.typeOfToken)
{
//if statment used to cheak if cell being cheaked has a match with a vertical cell.
//Debug.Log("V-match- " + neiborFruitCell.gridPos);
matchingCellsUp.Add(neiborFruitCell);
neiborFruitCell = neiborFruitCell.getNeiborUp(tiles);
}
else
{
break;
}
}
//uses bools to tell game if the food in a cell needs to be replaced by another food when a match is found
bool horizontalSolved = false;
bool verticalSolved = false;
if (matchingCellsToTheRight.Count >= 2)
{
horizontalSolved = true;
//iterate over this list and replace the food type with a new food type.
for (int b = 0; b < matchingCellsToTheRight.Count; b++)
{
FoodCell fruitCellToSolve = matchingCellsToTheRight[b];
//Debug.Log("cells to the right match");
StartCoroutine(fruitCellToSolve.DoSolveFruit(this));
}
}
if (matchingCellsUp.Count >= 2)
{
verticalSolved = true;
//iterate over this list and replace the food type with a new food type.
for (int b = 0; b < matchingCellsUp.Count; b++)
{
FoodCell fruitCellToSolve = matchingCellsUp[b];
//Debug.Log("cells up match");
StartCoroutine(fruitCellToSolve.DoSolveFruit(this));
}
}
//if we solved any fruit cells above or to the right thne break out of this
if (horizontalSolved || verticalSolved)
{
thereWasSomethingToSolveInTheGrid = true;
//randomFoodSelection called to change food that matches.
//this uses a coroutine from FruitCell.
StartCoroutine(currentFruitCell.DoSolveFruit(this));
//uses myScoreValue from ScoreScript to change the score when grid is solved
//ScoreScript.myScoreValue++;
//restarts the solving prosses.
StartCoroutine(WaitAndSolveGrid());
TokenTypeForPowerUpDrop = currentFruitCell.typeOfToken;
int probabilityOfPowerUpDrop = Random.Range(0, 2);
if (probabilityOfPowerUpDrop == 1 && FirstSolveGridHasPassed)
{
switch (TokenTypeForPowerUpDrop)
{
case FoodCell.TokenType.Undefined:
break;
case FoodCell.TokenType.Armour:
Instantiate(armour, powerUpSpawnPos, powerUpRotation);
break;
case FoodCell.TokenType.Sword:
Instantiate(swordWeapon, powerUpSpawnPos, powerUpRotation);
break;
case FoodCell.TokenType.Cherry:
Instantiate(cherryPowerUp, powerUpSpawnPos, powerUpRotation);
break;
case FoodCell.TokenType.Apple:
Instantiate(applePowerUp, powerUpSpawnPos, powerUpRotation);
break;
case FoodCell.TokenType.InvisibilityPotion:
Instantiate(invisablePotion, powerUpSpawnPos, powerUpRotation);
break;
}
}
break;
}
else
{
thereWasSomethingToSolveInTheGrid = false;
}
}
}
}
private void onMouseDown()
{
fruitCellDown = GetFruiteCellFromMousePos(Input.mousePosition);
//Debug.Log(fruitCellDown);
}
//this function solves the grid but looping using for loops to cheak every cell and cheak weather the cells beside or on the bottom or top of the cell match the cell.
private void SolveGrid()
{
gridSolvedTimesInARow += 1;
//Debug.Log("solveGrid");
//two for loops used to cheak through every grid cell
for (int i = 0; i < widthOfBoard; i++)
{
for (int j = 0; j < heightOfBoard; j++)
{
//Debug.Log("cheaking cell " + i + "," + j);
FoodCell.TokenType tempFood = tiles[i, j].typeOfToken;
FoodCell currentFruitCell = tiles[i, j];
List <FoodCell> matchingCellsToTheRight = new List <FoodCell>();
List <FoodCell> matchingCellsUp = new List <FoodCell>();
FoodCell neiborFruitCell = currentFruitCell.getNeiborRight(tiles);
//uses a while loop to cheak keep cheaking for matches as long as their is a neiboring Cell to the one being cheaked.
while (neiborFruitCell != null)
{
//if statment used to cheak if cell being cheaked has a match with a horizontal cell.
if (currentFruitCell.typeOfToken == neiborFruitCell.typeOfToken)
{
//Debug.Log("H-match- " + neiborFruitCell.gridPos);
matchingCellsToTheRight.Add(neiborFruitCell);
neiborFruitCell = neiborFruitCell.getNeiborRight(tiles);
}
//breaks out of the stament if their is no match.
else
{
break;
}
}
neiborFruitCell = currentFruitCell.getNeiborUp(tiles);
while (neiborFruitCell != null)
{
if (currentFruitCell.typeOfToken == neiborFruitCell.typeOfToken)
{
//if statment used to cheak if cell being cheaked has a match with a vertical cell.
//Debug.Log("V-match- " + neiborFruitCell.gridPos);
matchingCellsUp.Add(neiborFruitCell);
neiborFruitCell = neiborFruitCell.getNeiborUp(tiles);
}
else
{
break;
}
}
//uses bools to tell game if the food in a cell needs to be replaced by another food when a match is found
bool horizontalSolved = false;
bool verticalSolved = false;
if (matchingCellsToTheRight.Count >= 2)
{
horizontalSolved = true;
//iterate over this list and replace the food type with a new food type.
for (int b = 0; b < matchingCellsToTheRight.Count; b++)
{
FoodCell fruitCellToSolve = matchingCellsToTheRight[b];
//Debug.Log("cells to the right match");
StartCoroutine(fruitCellToSolve.doSolveFruitTwo(this));
}
}
if (matchingCellsUp.Count >= 2)
{
verticalSolved = true;
//iterate over this list and replace the food type with a new food type.
for (int b = 0; b < matchingCellsUp.Count; b++)
{
FoodCell fruitCellToSolve = matchingCellsUp[b];
//Debug.Log("cells up match");
StartCoroutine(fruitCellToSolve.doSolveFruitTwo(this));
}
}
//if we solved any fruit cells above or to the right thne break out of this
if (horizontalSolved || verticalSolved)
{
thereWasSomethingToSolveInTheGrid = true;
//randomFoodSelection called to change food that matches.
//this uses a coroutine from FruitCell.
StartCoroutine(currentFruitCell.doSolveFruitTwo(this));
//restarts the solving prosses.
myShipFuel.FuelAmount += 0.2f;
StartCoroutine(WaitAndSolveGrid());
}
else
{
thereWasSomethingToSolveInTheGrid = false;
}
}
}
}
