private void AssignGridType(int[] gridID, string gridType, string direction)
{
LaserGameBoardGrid targetGrid = gameBoard.transform.GetChild(gridID[0]).GetChild(gridID[1]).gameObject.GetComponent <LaserGameBoardGrid>();
targetGrid.gameGridType = gridType;
targetGrid.isFixedItem = true;
switch (gridType)
{
case ("Start"):
targetGrid.startNode.Add(new StartNode((int[])gridID.Clone(), new int[3] {
0, 1, 0
}, direction));
//startNodes.Add(new StartNode((int[])gridID.Clone(), new int[3] {0, 1, 0}, direction));
break;
case ("Goal"):
targetGrid.goalNode = new GoalNode((int[])gridID.Clone(), new int[3] {
1, 1, 0
}, direction);
//goalNodes.Add(new GoalNode((int[])gridID.Clone(), new int[3] {1, 1, 0}, direction));
break;
default:
break;
}
}
private void ClearInfoOnGrid(int[] gridID)
{
if (gridID[0] < 0 || gridID[1] < 0 || gridID[0] >= canvasManager.gameBoardSizeWithBoarder[0] || gridID[1] >= canvasManager.gameBoardSizeWithBoarder[1])
{
return;
}
LaserGameBoardGrid currentGrid = GameObject.Find("grid_" + gridID[0].ToString() + "_" + gridID[1].ToString()).GetComponent <LaserGameBoardGrid>();
currentGrid.isGoalNodeIgnited = false;
string gridType = currentGrid.gameGridType;
for (int i = 0; i < GridInfo.laserPattern.Length; i++)
{
currentGrid.transform.Find("Laser").Find(GridInfo.laserPattern[i]).gameObject.GetComponent <Image>().enabled = false;
currentGrid.GetComponent <LaserGameBoardGrid>().LaserPattern[GridInfo.laserPattern[i]] = new int[3] {
0, 0, 0
};
}
}
public void LeftClickedGrid(int[] gameGridID)
{
LaserGameBoardGrid targetGrid = GameObject.Find("grid_" + gameGridID[0].ToString() + "_" + gameGridID[1].ToString()).GetComponent <LaserGameBoardGrid>();
string targetGridType = targetGrid.gameGridType;
if (targetGridType == "Disabled")
{
Debug.Log("Disabled Grid");
return;
}
if (loadedLevel == 0)
{
switch (pointerDebugMode)
{
case ("Start"):
if (targetGridType == "Goal")
{
break;
}
if (targetGridType == "Start")
{
targetGrid.RotateSelectedGrid();
}
else
{
// COLOR SWITCH
int indexRgb = ddStartColor.value + 1;
int[] startRgb = new int[3] {
indexRgb % 2, (indexRgb / 2) % 2, indexRgb / 4
};
//startNodes.Add(new StartNode((int[])gameGridID.Clone(), startRgb, "CT"));
targetGrid.startNode.Add(new StartNode((int[])gameGridID.Clone(), startRgb, "CT"));
targetGrid.gameGridType = "Start";
}
break;
case ("Goal"):
if (targetGridType == "Start")
{
break;
}
if (targetGridType == "Goal")
{
targetGrid.RotateSelectedGrid();
}
else
{
int indexRgb = ddGoalColor.value + 1;
int[] goalRgb = new int[3] {
indexRgb % 2, (indexRgb / 2) % 2, indexRgb / 4
};
//goalNodes.Add(new GoalNode((int[])gameGridID.Clone(), goalRgb, "T"));
targetGrid.goalNode = new GoalNode((int[])gameGridID.Clone(), goalRgb, "T");
targetGrid.gameGridType = "Goal";
}
break;
case ("Glass"):
if (targetGridType == "Start" || targetGridType == "Goal" || targetGridType == "Invalid")
{
break;
}
targetGrid.gameGridType = "Glass";
break;
case ("Blackbody"):
if (targetGridType == "Start" || targetGridType == "Goal" || targetGridType == "Invalid")
{
break;
}
targetGrid.gameGridType = "Blackbody";
break;
case ("Mirror"):
if (targetGridType == "Start" || targetGridType == "Goal" || targetGridType == "Invalid")
{
break;
}
if (targetGridType == "Mirror")
{
targetGrid.RotateSelectedGrid();
}
else
{
targetGrid.gameGridType = "Mirror";
targetGrid.mirrorPattern = "BR";
}
break;
case ("MirrorBlock"):
if (targetGridType == "Start" || targetGridType == "Goal" || targetGridType == "Invalid")
{
break;
}
targetGrid.gameGridType = "MirrorBlock";
break;
case ("Empty"):
// Setting starting or ending grid as obstacles is not allowed.
if (targetGridType == "Start" || targetGridType == "Goal" || targetGridType == "Invalid")
{
break;
}
targetGrid.gameGridType = "Empty";
break;
case ("Invalid"):
// Setting starting or ending grid as obstacles is not allowed.
if (targetGridType == "Start" || targetGridType == "Goal")
{
break;
}
targetGrid.gameGridType = "Invalid";
break;
default:
break;
}
}
else if (loadedLevel != 0)
{
int itemIndex = Array.IndexOf(inventoryGameItemName, pointerGameMode);
if (targetGrid.isFixedItem)
{
return;
}
if (pointerGameMode == "")
{
if (targetGridType != "Empty")
{
targetGrid.gameGridType = "Empty";
inventoryGameItemNum[Array.IndexOf(inventoryGameItemName, targetGridType)] += 1;
}
return;
}
if (inventoryGameItemNum[itemIndex] <= 0)
{
if (pointerGameMode == "Mirror" && targetGridType == "Mirror")
{
targetGrid.RotateSelectedGrid();
}
return;
}
targetGrid.gameGridType = pointerGameMode;
inventoryGameItemNum[itemIndex] -= 1;
if (targetGridType != "Empty")
{
inventoryGameItemNum[Array.IndexOf(inventoryGameItemName, targetGridType)] += 1;
}
switch (pointerGameMode)
{
case ("Glass"):
if (targetGridType == "Start" || targetGridType == "Goal" || targetGridType == "Invalid") // || inventoryGameItemNum[Array.IndexOf(inventoryGameItemName, "Glass")] <= 0)
{
break;
}
targetGrid.gameGridType = "Glass";
break;
case ("Blackbody"):
if (targetGridType == "Start" || targetGridType == "Goal" || targetGridType == "Invalid")
{
break;
}
targetGrid.gameGridType = "Blackbody";
break;
case ("Mirror"):
if (targetGridType == "Start" || targetGridType == "Goal" || targetGridType == "Invalid")
{
break;
}
if (targetGridType == "Mirror")
{
targetGrid.RotateSelectedGrid();
}
else
{
targetGrid.gameGridType = "Mirror";
targetGrid.mirrorPattern = "BR";
}
break;
case ("MirrorBlock"):
if (targetGridType == "Start" || targetGridType == "Goal" || targetGridType == "Invalid")
{
break;
}
targetGrid.gameGridType = "MirrorBlock";
break;
default:
break;
}
}
}
private void SaveAsLevel()
{
// Debug mode
if (loadedLevel != 0)
{
return;
}
int inputLevel = Convert.ToInt32(inputSaveAsLevel.text);
LaserLevel newLevel = new LaserLevel();
newLevel.level = Convert.ToInt32(inputSaveAsLevel.text);
newLevel.boardSize = (int[])gameBoardSize.Clone();
LaserAvailableItems glass = new LaserAvailableItems();
glass.type = "Glass";
glass.quantity = Convert.ToInt32(inputGlassNum.text);
LaserAvailableItems mirror = new LaserAvailableItems();
mirror.type = "Mirror";
mirror.quantity = Convert.ToInt32(inputMirrorNum.text);
LaserAvailableItems mirrorBlock = new LaserAvailableItems();
mirrorBlock.type = "MirrorBlock";
mirrorBlock.quantity = Convert.ToInt32(inputMirrorBlockNum.text);
LaserAvailableItems blackbody = new LaserAvailableItems();
blackbody.type = "Blackbody";
blackbody.quantity = Convert.ToInt32(inputBlackbodyNum.text);
newLevel.availableItems = new List <LaserAvailableItems>();
newLevel.availableItems.Add(glass);
newLevel.availableItems.Add(mirror);
newLevel.availableItems.Add(mirrorBlock);
newLevel.availableItems.Add(blackbody);
newLevel.gameBoardItems = new List <LaserGameBoardItems>();
string[] searchTypes = new string[7] {
"Start", "Goal", "Glass", "Mirror", "MirrorBlock", "Blackbody", "Invalid"
};
for (int index = 0; index < searchTypes.Length; index++)
{
LaserGameBoardItems fixedItem = new LaserGameBoardItems();
fixedItem.type = searchTypes[index];
for (int row = 0; row < gameBoardSize[0]; row++)
{
for (int col = 0; col < gameBoardSize[1]; col++)
{
LaserGameBoardGrid targetGrid = GameObject.Find("grid_" + (row + extraRows).ToString() + "_" + (col + extraCols).ToString()).GetComponent <LaserGameBoardGrid>();
string gridType = targetGrid.gameGridType;
if (gridType == searchTypes[index])
{
LaserGameBoardItemParameters parameter = new LaserGameBoardItemParameters();
parameter.location = (int[])targetGrid.gameGridID.Clone();
switch (searchTypes[index])
{
case ("Start"):
parameter.direction = targetGrid.startNode[0].Direction;
break;
case ("Goal"):
parameter.direction = targetGrid.goalNode.Direction;
break;
case ("Mirror"):
parameter.direction = targetGrid.mirrorPattern;
break;
default:
break;
}
fixedItem.parameters.Add(parameter);
}
}
}
newLevel.gameBoardItems.Add(fixedItem);
}
gameConfiguration.SaveGameConfiguration(newLevel);
}
private void LoadLevel()
{
if (loadedLevel == 0)
{
controlPanel.SetActive(true);
gameItemPanel.SetActive(false);
if (debugBoardSize[0] != 0 && debugBoardSize[1] != 0)
{
gameBoardSize = (int[])debugBoardSize.Clone();
}
else
{
gameBoardSize = (int[])gameConfiguration.Config.properties[0].sandboxModeBoardSize.Clone();
}
}
else
{
controlPanel.SetActive(false);
gameItemPanel.SetActive(true);
foreach (LaserLevel levelToSearch in gameConfiguration.Config.levels)
{
if (levelToSearch.level == loadedLevel)
{
gameBoardSize = (int[])levelToSearch.boardSize.Clone();
}
}
}
gameBoardSizeWithBoarder = new int[2] {
gameBoardSize[0] + extraRows * 2, gameBoardSize[1] + extraCols * 2
};
gameBoard.GetComponent <RectTransform>().sizeDelta = new Vector2(gameBoardSizeWithBoarder[1] * 70, gameBoardSizeWithBoarder[0] * 70);
GameObject gameBoardRow;
GameObject gameBoardCol;
for (int row = 0; row < gameBoardSizeWithBoarder[0]; row++)
{
gameBoardRow = Instantiate(gameBoardRowPrefab, gameBoard.transform);
gameBoardRow.name = "row_" + row.ToString();
for (int col = 0; col < gameBoardSizeWithBoarder[1]; col++)
{
gameBoardCol = Instantiate(gameBoardColumnPrefab, gameBoardRow.transform);
gameBoardCol.name = "grid_" + row.ToString() + "_" + col.ToString();
gameBoardCol.GetComponent <LaserGameBoardGrid>().gameGridID = new int[] { row, col };
if (row < extraRows || row >= gameBoardSizeWithBoarder[0] - 2 || col < extraCols || col >= gameBoardSizeWithBoarder[1] - 2)
{
gameBoardCol.GetComponent <LaserGameBoardGrid>().gameGridType = "Invalid";
}
else
{
gameBoardCol.GetComponent <LaserGameBoardGrid>().gameGridType = "Empty";
}
}
}
if (loadedLevel == 0)
{
AssignGridType(new int[] { extraRows, extraCols }, "Start", "CR");
AssignGridType(new int[] { gameBoardSizeWithBoarder[0] - extraRows - 1, gameBoardSizeWithBoarder[1] - extraCols - 1 }, "Goal", "T");
}
else
{
foreach (LaserLevel levelToSearch in gameConfiguration.Config.levels)
{
if (levelToSearch.level == loadedLevel)
{
foreach (LaserGameBoardItems item in levelToSearch.gameBoardItems)
{
foreach (LaserGameBoardItemParameters parameter in item.parameters)
{
LaserGameBoardGrid targetGrid = gameBoard.transform.GetChild(parameter.location[0]).GetChild(parameter.location[1]).gameObject.GetComponent <LaserGameBoardGrid>();
targetGrid.gameGridType = item.type;
targetGrid.isFixedItem = true;
switch (item.type)
{
case ("Start"):
targetGrid.startNode.Add(new StartNode((int[])parameter.location.Clone(), (int[])parameter.rgb.Clone(), parameter.direction));
//startNodes.Add(new StartNode((int[])parameter.location.Clone(), (int[])parameter.rgb.Clone(), parameter.direction));
break;
case ("Goal"):
targetGrid.goalNode = new GoalNode((int[])parameter.location.Clone(), (int[])parameter.rgb.Clone(), parameter.direction);
//goalNodes.Add(new GoalNode((int[])parameter.location.Clone(), (int[])parameter.rgb.Clone(), parameter.direction));
break;
case ("Mirror"):
targetGrid.mirrorPattern = parameter.direction;
break;
default:
break;
}
}
}
inventoryGameItemNum = new int[4] {
0, 0, 0, 0
};
inventoryGameItemNumMax = new int[4] {
0, 0, 0, 0
};
foreach (LaserAvailableItems item in levelToSearch.availableItems)
{
int itemIndex = Array.IndexOf(inventoryGameItemName, item.type);
inventoryGameItemNum[itemIndex] = item.quantity;
inventoryGameItemNumMax[itemIndex] = item.quantity;
}
}
}
RefreshGameItemDisplay();
}
RunGame();
RefreshNodeDisplay();
}
public void RunGame()
{
for (int row = 0; row < canvasManager.gameBoardSizeWithBoarder[0]; row++)
{
for (int col = 0; col < canvasManager.gameBoardSizeWithBoarder[1]; col++)
{
ClearInfoOnGrid(new int[] { row, col });
LaserGameBoardGrid currentGrid = GameObject.Find("grid_" + row.ToString() + "_" + col.ToString()).GetComponent <LaserGameBoardGrid>();
foreach (StartNode startNode in currentGrid.startNode)
{
startNodes.Add(startNode);
}
if (currentGrid.goalNode != null)
{
goalNodes.Add(currentGrid.goalNode);
}
}
}
// Create a Laser from each starting nodes
foreach (StartNode startNode in startNodes)
{
LaserGameBoardGrid StartGrid = GameObject.Find("grid_" + startNode.Location[0].ToString() + "_" + startNode.Location[1].ToString()).GetComponent <LaserGameBoardGrid>();
string startPattern = StartGrid.startNode[0].Direction;
int[] rgb = StartGrid.startNode[0].Rgb;
if (startPattern == "")
{
return;
}
else
{
int[] nextGridID = new int[] {
GridInfo.NextGrid[startPattern][0] + startNode.Location[0],
GridInfo.NextGrid[startPattern][1] + startNode.Location[1]
};
CreateLaserOnGrid(nextGridID, startPattern, canvasManager.maxBounces, rgb);
}
}
// Check each goal nodes if the incoming laser is in the corresponding color
foreach (GoalNode goalNode in goalNodes)
{
int[] previousGridID = new int[2] {
goalNode.Location[0] + GridInfo.PreviousGrid[goalNode.Direction][0],
goalNode.Location[1] + GridInfo.PreviousGrid[goalNode.Direction][1]
};
LaserGameBoardGrid previousGrid = GameObject.Find("grid_" + previousGridID[0].ToString() + "_" + previousGridID[1].ToString()).GetComponent <LaserGameBoardGrid>();
LaserGameBoardGrid goalGrid = GameObject.Find("grid_" + goalNode.Location[0].ToString() + "_" + goalNode.Location[1].ToString()).GetComponent <LaserGameBoardGrid>();
foreach (LaserDirectionInfo directionInfo in previousGrid.CombinedLaserDirection)
{
foreach (string pattern in GridInfo.laserPattern)
{
string previousPattern = (directionInfo.Heading == 1) ? directionInfo.Location : new string(directionInfo.Location.ToCharArray().Reverse().ToArray());
if (IsLaserReachGoal(previousPattern, goalNode.Direction, directionInfo.Rgb, goalNode.Rgb))
{
goalGrid.isGoalNodeIgnited = true;
Debug.Log("IGN");
}
else
{
goalGrid.isGoalNodeIgnited = false;
}
int[] previousGridRgb = (int[])previousGrid.LaserPattern[pattern].Clone();
}
int[] previousGridRgb = (int[])previousGrid.LaserPattern[pattern].Clone();
if (!previousGridRgb.SequenceEqual(new int[3] {
0, 0, 0
}))
{
if (IsLaserReachGoal(pattern, goalNode.Direction, previousGridRgb, goalNode.Rgb))
{
goalGrid.isGoalNodeIgnited = true;
Debug.Log("IGN");
}
else
{
goalGrid.isGoalNodeIgnited = false;
}
}
}
foreach (string pattern in GridInfo.laserPattern)
{
int[] previousGridRgb = (int[])previousGrid.LaserPattern[pattern].Clone();
if (!previousGridRgb.SequenceEqual(new int[3] {
0, 0, 0
}))
{
if (IsLaserReachGoal(pattern, goalNode.Direction, previousGridRgb, goalNode.Rgb))
{
goalGrid.isGoalNodeIgnited = true;
Debug.Log("IGN");
}
else
{
goalGrid.isGoalNodeIgnited = false;
}
}
}
}
}
private void CreateLaserOnGrid(int[] gridID, string previousPattern, int bounce, int[] rgb)
{
// Return when the maximum bounces is reached
if (bounce < 0)
{
return;
}
// Return when the beam goes out of boundary
if (gridID[0] < 0 || gridID[1] < 0 || gridID[0] >= canvasManager.gameBoardSizeWithBoarder[0] || gridID[1] >= canvasManager.gameBoardSizeWithBoarder[1])
{
return;
}
GameObject currentGirdGO = GameObject.Find("grid_" + gridID[0].ToString() + "_" + gridID[1].ToString());
LaserGameBoardGrid currentGrid = currentGirdGO.GetComponent <LaserGameBoardGrid>();
string gridType = currentGrid.gameGridType;
if (gridType == "Goal")
{
return;
}
if (gridType == "Start")
{
gridType = "Empty";
}
if (gridType == "Mirror")
{
gridType = "Mirror_" + currentGrid.mirrorPattern;
}
if (GridInfo.Patterns[previousPattern][gridType]["NextPattern"].Length == 0)
{
return;
}
string[] gridLaserPattern = GridInfo.Patterns[previousPattern][gridType]["Laser"];
for (int i = 0; i < gridLaserPattern.Length; i++)
{
//foreach(string pattern in GridInfo.laserPattern){
//}
//LaserDirectionInfo newLaserOnGrid = new LaserDirectionInfo(rgb, laserLocation,
//if (previousPattern == gridLaserPattern[i]) ;
int laserHeading = LaserHeadingCheck(gridLaserPattern[i]);
string laserLocation = (laserHeading == 1) ? gridLaserPattern[i] : new string(gridLaserPattern[i].ToCharArray().Reverse().ToArray());
//LaserDirectionInfo newLaserOnGrid = new LaserDirectionInfo(rgb, laserLocation,
//currentGrid.LaserDirection.Add
//Image targetLaserLoactionImage = currentGrid.transform.Find("Laser").Find(laserLocation).gameObject.GetComponent<Image>();
//targetLaserLoactionImage.enabled = true;
//int[] combineRgb = CombineLaserInfo(currentGirdGO, laserLocation, rgb);
//int combineRgbIndex = combineRgb[0] + combineRgb[1] * 2 + combineRgb[2] * 4 - 1;
//if (laserLocation[0] == 'C') {
// targetLaserLoactionImage.sprite = canvasManager.spriteLaserLineHorizontal[combineRgbIndex];
//} else {
// targetLaserLoactionImage.sprite = canvasManager.spriteLaserLineSlanted[combineRgbIndex];
//}
}
string nextPattern = GridInfo.Patterns[previousPattern][gridType]["NextPattern"][0];
int[] nextGridID = new int[] {
GridInfo.NextGrid[nextPattern][0] + gridID[0],
GridInfo.NextGrid[nextPattern][1] + gridID[1]
};
CreateLaserOnGrid(nextGridID, nextPattern, bounce - 1, rgb);
}