// Mark chained Units then call destroy Units method
public void markChainedUnits()
{
GameStateController.currentState = GameStateController.gameState.destroyingUnit;
// Create a puzzle value matrix to scan for chained units
_noChainedUnit = true;
for (int YIndex = 0; YIndex < puzzleGen._rows; YIndex++)
{
for (int XIndex = 0; XIndex < puzzleGen._columns; XIndex++)
{
scanUnitARR[XIndex, YIndex] = new ScanUnit(puzzleGen._unitARR[XIndex, YIndex].GetComponent<UnitInfo>()._value);
}
}
#region Scan and Mark chained Units
scanBlockNineChained();
scanCrossNineChained();
scanTSevenChained();
scanUSevenChained();
scanLineFiveChained();
scanLFiveChained();
scanCrossFiveChained();
scanLineFourChained();
scanLineThreeChained();
#endregion
// Call Destroy Chained Unit method if there are chained Units
if (!_noChainedUnit)
{
StartCoroutine(destroyChainedUnits());
// Update game info texts
_turnPointText.text = (_turnPoint.ToString());
_unitCounterText.text = (_unitCounter.ToString());
_unitTypeCounter = puzzleGen._unitPrefabsContainer.Length - _unitTypeCheckContainer.Count;
_unitTypeCounterText.text = (_unitTypeCounter.ToString());
}
else
{
// Update total score if there are no more chained units
//StartCoroutine(updateScore());
//iTween.Stop(gameObject);
iTween.ValueTo(gameObject, iTween.Hash("from", _score, "to", _score + (_turnPoint * _unitTypeCounter), "time", 0.6, "onUpdate", "updateScore", "ignoretimescale", true));
_score += (_turnPoint * _unitTypeCounter);
GameStateController.currentState = GameStateController.gameState.idle;
// End game if out of turns
if (puzzleGen._turns < 1)
{
StartCoroutine(gameStateController.endGame());
}
}
}
// Mark chained Units then call destroy Units method
public void markChainedUnits()
{
GameStateController.currentState = GameStateController.gameState.destroyingUnit;
// Create a puzzle value matrix to scan for chained units
bool noChainedUnit = true;
for (int YIndex = 0; YIndex < puzzleGen._rows; YIndex++)
{
for (int XIndex = 0; XIndex < puzzleGen._columns; XIndex++)
{
scanUnitARR[XIndex, YIndex] = new ScanUnit(puzzleGen._unitARR[XIndex, YIndex].GetComponent<UnitInfo>()._value);
}
}
#region Scan and Mark chained Units
for (int YIndex = 0; YIndex < puzzleGen._rows; YIndex++)
{
for (int XIndex = 0; XIndex < puzzleGen._columns; XIndex++)
{
if (isBlockNineChained(XIndex, YIndex))
{
scanUnitARR[XIndex - 1, YIndex - 1]._isChained = true;
scanUnitARR[XIndex, YIndex - 1]._isChained = true;
scanUnitARR[XIndex + 1, YIndex - 1]._isChained = true;
scanUnitARR[XIndex - 1, YIndex]._isChained = true;
scanUnitARR[XIndex, YIndex]._isChained = true;
scanUnitARR[XIndex + 1, YIndex]._isChained = true;
scanUnitARR[XIndex - 1, YIndex + 1]._isChained = true;
scanUnitARR[XIndex, YIndex + 1]._isChained = true;
scanUnitARR[XIndex + 1, YIndex + 1]._isChained = true;
print("Block9 chained at" + XIndex + " : " + YIndex + "value :" + scanUnitARR[XIndex, YIndex]._value);
noChainedUnit = false;
_unitCounter += 9;
if (_unitTypeCheckContainer.Contains(scanUnitARR[XIndex, YIndex]._value))
{
_unitTypeCheckContainer.Remove(scanUnitARR[XIndex, YIndex]._value);
}
}
}
}
for (int YIndex = 0; YIndex < puzzleGen._rows; YIndex++)
{
for (int XIndex = 0; XIndex < puzzleGen._columns; XIndex++)
{
if (isHorizontalTreeChained(XIndex, YIndex))
{
scanUnitARR[XIndex - 1, YIndex]._isChained = true;
scanUnitARR[XIndex, YIndex]._isChained = true;
scanUnitARR[XIndex + 1, YIndex]._isChained = true;
print("Horizontal3 chained at" + XIndex + " : " + YIndex + "value :" + scanUnitARR[XIndex, YIndex]._value);
noChainedUnit = false;
_unitCounter += 3;
if (_unitTypeCheckContainer.Contains(scanUnitARR[XIndex, YIndex]._value))
{
_unitTypeCheckContainer.Remove(scanUnitARR[XIndex, YIndex]._value);
}
}
}
}
for (int YIndex = 0; YIndex < puzzleGen._rows; YIndex++)
{
for (int XIndex = 0; XIndex < puzzleGen._columns; XIndex++)
{
if (isVerticalTreeChained(XIndex, YIndex))
{
scanUnitARR[XIndex, YIndex - 1]._isChained = true;
scanUnitARR[XIndex, YIndex]._isChained = true;
scanUnitARR[XIndex, YIndex + 1]._isChained = true;
print("Vertical3 chained at" + XIndex + " : " + YIndex + "value :" + scanUnitARR[XIndex, YIndex]._value);
noChainedUnit = false;
_unitCounter += 3;
if (_unitTypeCheckContainer.Contains(scanUnitARR[XIndex, YIndex]._value))
{
_unitTypeCheckContainer.Remove(scanUnitARR[XIndex, YIndex]._value);
}
}
}
}
#endregion
// Call Destroy Chained Unit method if there are chained Units
if (!noChainedUnit)
{
StartCoroutine(destroyChainedUnits());
_unitCounterText.text = (_unitCounter.ToString());
_unitTypeCounter = puzzleGen._unitPrefabsContainer.Count - _unitTypeCheckContainer.Count;
_unitTypeCounterText.text = (_unitTypeCounter.ToString());
}
else
{
StartCoroutine(updateScore());
GameStateController.currentState = GameStateController.gameState.idle;
}
}
// Mark chained Units then call destroy Units method
public void markChainedUnits()
{
GameStateController.currentState = GameStateController.gameState.destroyingUnit;
// Create a puzzle value matrix to scan for chained units
bool noChainedUnit = true;
for (int YIndex = 0; YIndex < puzzleGen._rows; YIndex++)
{
for (int XIndex = 0; XIndex < puzzleGen._columns; XIndex++)
{
scanUnitARR[XIndex, YIndex] = new ScanUnit(puzzleGen._unitARR[XIndex, YIndex].GetComponent <UnitInfo>()._value);
}
}
#region Scan and Mark chained Units
for (int YIndex = 0; YIndex < puzzleGen._rows; YIndex++)
{
for (int XIndex = 0; XIndex < puzzleGen._columns; XIndex++)
{
if (isBlockNineChained(XIndex, YIndex))
{
scanUnitARR[XIndex - 1, YIndex - 1]._isChained = true;
scanUnitARR[XIndex, YIndex - 1]._isChained = true;
scanUnitARR[XIndex + 1, YIndex - 1]._isChained = true;
scanUnitARR[XIndex - 1, YIndex]._isChained = true;
scanUnitARR[XIndex, YIndex]._isChained = true;
scanUnitARR[XIndex + 1, YIndex]._isChained = true;
scanUnitARR[XIndex - 1, YIndex + 1]._isChained = true;
scanUnitARR[XIndex, YIndex + 1]._isChained = true;
scanUnitARR[XIndex + 1, YIndex + 1]._isChained = true;
print("Block9 chained at" + XIndex + " : " + YIndex + "value :" + scanUnitARR[XIndex, YIndex]._value);
noChainedUnit = false;
_unitCounter += 9;
if (_unitTypeCheckContainer.Contains(scanUnitARR[XIndex, YIndex]._value))
{
_unitTypeCheckContainer.Remove(scanUnitARR[XIndex, YIndex]._value);
}
}
}
}
for (int YIndex = 0; YIndex < puzzleGen._rows; YIndex++)
{
for (int XIndex = 0; XIndex < puzzleGen._columns; XIndex++)
{
if (isHorizontalTreeChained(XIndex, YIndex))
{
scanUnitARR[XIndex - 1, YIndex]._isChained = true;
scanUnitARR[XIndex, YIndex]._isChained = true;
scanUnitARR[XIndex + 1, YIndex]._isChained = true;
print("Horizontal3 chained at" + XIndex + " : " + YIndex + "value :" + scanUnitARR[XIndex, YIndex]._value);
noChainedUnit = false;
_unitCounter += 3;
if (_unitTypeCheckContainer.Contains(scanUnitARR[XIndex, YIndex]._value))
{
_unitTypeCheckContainer.Remove(scanUnitARR[XIndex, YIndex]._value);
}
}
}
}
for (int YIndex = 0; YIndex < puzzleGen._rows; YIndex++)
{
for (int XIndex = 0; XIndex < puzzleGen._columns; XIndex++)
{
if (isVerticalTreeChained(XIndex, YIndex))
{
scanUnitARR[XIndex, YIndex - 1]._isChained = true;
scanUnitARR[XIndex, YIndex]._isChained = true;
scanUnitARR[XIndex, YIndex + 1]._isChained = true;
print("Vertical3 chained at" + XIndex + " : " + YIndex + "value :" + scanUnitARR[XIndex, YIndex]._value);
noChainedUnit = false;
_unitCounter += 3;
if (_unitTypeCheckContainer.Contains(scanUnitARR[XIndex, YIndex]._value))
{
_unitTypeCheckContainer.Remove(scanUnitARR[XIndex, YIndex]._value);
}
}
}
}
#endregion
// Call Destroy Chained Unit method if there are chained Units
if (!noChainedUnit)
{
StartCoroutine(destroyChainedUnits());
_unitCounterText.text = (_unitCounter.ToString());
_unitTypeCounter = puzzleGen._unitPrefabsContainer.Count - _unitTypeCheckContainer.Count;
_unitTypeCounterText.text = (_unitTypeCounter.ToString());
}
else
{
StartCoroutine(updateScore());
GameStateController.currentState = GameStateController.gameState.idle;
}
}
