/**** 
* Plugins
****/ 
var tween = LK.import("@upit/tween.v1");

/**** 
* Classes
****/ 
var GridCell = Container.expand(function () {
	var self = Container.call(this);
	// Method to initialize or reset a cell
	self.init = function () {
		// Create the background square for the cell if it doesn't exist
		if (!self.background) {
			self.background = self.attachAsset('cuadricula', {
				anchorX: 0.5,
				anchorY: 0.5
			});
		}
		// Initialize or reset properties
		self.value = 0;
		self.sprite = null;
		self.row = -1;
		self.col = -1;
		return self; // Enable chaining
	};
	// Method to set value and corresponding sprite
	self.setValue = function (newValue) {
		// Skip if same value
		if (self.value === newValue) {
			return;
		}
		self.value = newValue;
		// Remove previous sprite if exists
		if (self.sprite) {
			self.removeChild(self.sprite);
		}
		// Create new sprite based on value
		var spriteId = 'meme' + newValue;
		self.sprite = LK.getAsset(spriteId, {
			anchorX: 0.5,
			anchorY: 0.5
		});
		self.addChild(self.sprite);
	};
	// Handle tap event
	self.down = function (x, y, obj) {
		handleCellTap(self);
	};
	// Initialize the cell
	self.init();
	return self;
});

/**** 
* Initialize Game
****/ 
// Factory function to get a GridCell (from pool or new)
// Grid configuration
var game = new LK.Game({
	backgroundColor: 0xF4FFFF
});

/**** 
* Game Code
****/ 
// Grid configuration
// Cell pool for object reuse
var cellPool = [];
// Factory function to get a GridCell (from pool or new)
function getGridCell() {
	if (cellPool.length > 0) {
		return cellPool.pop().init(); // Reuse a cell from the pool
	}
	return new GridCell(); // Create a new cell
}
// Function to return a cell to the pool
function recycleGridCell(cell) {
	if (cell) {
		cellPool.push(cell); // Add to pool for later reuse
	}
}
var selectedCell = null;
var isAnimating = false;
// Additional animation flags to prevent race conditions
window.gravityInProgress = false;
window.fillInProgress = false;
window.destructionInProgress = false;
window.pendingDestructions = [];
function handleCellTap(tappedCell) {
	// Check all animation flags to ensure no animations are in progress
	if (isAnimating || window.gravityInProgress || window.fillInProgress || window.destructionInProgress) {
		return;
	}
	if (selectedCell === null) {
		selectedCell = tappedCell;
		return;
	}
	var cell1 = selectedCell;
	var cell2 = tappedCell;
	if (cell1 === cell2) {
		selectedCell = null;
		return;
	}
	var isAdjacent = Math.abs(cell1.row - cell2.row) === 1 && cell1.col === cell2.col || Math.abs(cell1.col - cell2.col) === 1 && cell1.row === cell2.row;
	if (!isAdjacent) {
		selectedCell = tappedCell;
		return;
	}
	// Case 5: Adjacent cell - perform the swap
	// Store original positions for animation
	var pos1_x = cell1.x;
	var pos1_y = cell1.y;
	var pos2_x = cell2.x;
	var pos2_y = cell2.y;
	// Store original grid indices
	var row1 = cell1.row;
	var col1 = cell1.col;
	var row2 = cell2.row;
	var col2 = cell2.col;
	// Swap cells in the gridCells array
	gridCells[row1][col1] = cell2;
	gridCells[row2][col2] = cell1;
	// Swap row/col properties on the cell objects
	cell1.row = row2;
	cell1.col = col2;
	cell2.row = row1;
	cell2.col = col1;
	// Animate the visual swap of positions
	tween(cell1, {
		x: pos2_x,
		y: pos2_y
	}, {
		duration: 300
	});
	tween(cell2, {
		x: pos1_x,
		y: pos1_y
	}, {
		duration: 300
	});
	selectedCell = null; // Reset selection after swap
	// Schedule the match check and destruction slightly after the animation completes
	LK.setTimeout(function () {
		checkForAndDestroyMatches(cell1, cell2); // Pass the swapped cells
		// Future enhancement: After destruction, new cells might fall,
		// and new matches could form. This would require a loop of:
		// check/destroy -> fill -> check/destroy ... until no more matches.
		// For now, we just check once after the swap.
	}, 350); // Animation is 300ms, add a small buffer of 50ms
}
// Helper functions for match detection and destruction
function getMatches() {
	var matches = [];
	// Helper function to find matches in a specific direction
	function findDirectionalMatches(isHorizontal) {
		var primary, secondary;
		var primaryMax = isHorizontal ? gridSize + extraRows : gridSize;
		var secondaryMax = isHorizontal ? gridSize : gridSize + extraRows;
		// Only check visible grid (rows >= extraRows)
		for (primary = isHorizontal ? extraRows : 0; primary < primaryMax; primary++) {
			for (secondary = 0; secondary < secondaryMax;) {
				// Skip if not enough cells left for a match of 3
				if (secondary > secondaryMax - 3) {
					secondary++;
					continue;
				}
				// Get current cell based on direction
				var cell1 = isHorizontal ? gridCells[primary][secondary] : gridCells[secondary][primary];
				// For vertical matches, only check visible cells
				if (isHorizontal === false && secondary < extraRows) {
					secondary = extraRows;
					continue;
				}
				if (!cell1) {
					// Skip empty cells
					secondary++;
					continue;
				}
				var currentMatchValue = cell1.value;
				var currentMatchCells = [cell1];
				// Check subsequent cells for matches
				for (var k = secondary + 1; k < secondaryMax; k++) {
					// For vertical matches, skip checking cells in the hidden rows
					if (isHorizontal === false && k < extraRows) {
						continue;
					}
					var nextCell = isHorizontal ? gridCells[primary][k] : gridCells[k][primary];
					if (nextCell && nextCell.value === currentMatchValue) {
						currentMatchCells.push(nextCell);
					} else {
						break; // End of current potential match
					}
				}
				// Add to matches if we found 3 or more
				if (currentMatchCells.length >= 3) {
					matches.push(currentMatchCells);
				}
				// Move index forward based on match length
				secondary += currentMatchCells.length > 0 ? currentMatchCells.length : 1;
			}
		}
	}
	// Find horizontal matches
	findDirectionalMatches(true);
	// Find vertical matches
	findDirectionalMatches(false);
	return matches;
}
function destroyCells(cellsToDestroy) {
	// Set animation flag to prevent user interaction during destruction
	isAnimating = true;
	// Check if we're already processing destruction
	if (window.destructionInProgress) {
		// Queue this destruction for later instead of running now
		if (!window.pendingDestructions) {
			window.pendingDestructions = [];
		}
		window.pendingDestructions.push(cellsToDestroy);
		return;
	}
	window.destructionInProgress = true;
	// Process each cell with a slight delay for more satisfying destruction
	var delay = 0;
	var delayIncrement = 100; // 100ms delay between each meme destruction
	// Calculate total destruction time for this sequence only
	var totalDestructionTime = cellsToDestroy.length * delayIncrement;
	cellsToDestroy.forEach(function (cell) {
		// Schedule destruction with increasing delay
		LK.setTimeout(function () {
			// Defensive checks: ensure cell exists and is the one we expect in the grid
			if (cell && gridCells[cell.row] && gridCells[cell.row][cell.col] === cell) {
				// Play explosion sound
				LK.getSound('Explosion').play();
				// Visual flash effect
				LK.effects.flashObject(cell, 0xFFFFFF, 200);
				// Remove from display
				gridContainer.removeChild(cell);
				cell.destroy(); // Destroy the cell object (releases resources)
				gridCells[cell.row][cell.col] = null; // Mark as empty in the logical grid
			}
		}, delay);
		// Increase delay for next cell
		delay += delayIncrement;
	});
	// After destroying cells, make memes fall to fill empty spaces
	// Wait until all cells are destroyed using the exact time for this sequence
	LK.setTimeout(function () {
		window.destructionInProgress = false;
		// Check for pending destructions before applying gravity
		if (window.pendingDestructions && window.pendingDestructions.length > 0) {
			var nextDestructions = window.pendingDestructions.shift();
			LK.setTimeout(function () {
				destroyCells(nextDestructions);
			}, 50);
			return;
		}
		applyGravity();
	}, totalDestructionTime + 50); // Use exact time based on this destruction sequence
}
// Function to make memes fall down to fill empty spaces
function applyGravity() {
	// Set animation flag to prevent user interaction
	isAnimating = true;
	// Track all cells that need to fall for sequencing
	var cellsToFall = [];
	// Track if we're already processing gravity to prevent multiple calls
	if (window.gravityInProgress) {
		return;
	}
	window.gravityInProgress = true;
	// First pass: identify all cells that need to fall
	for (var col = 0; col < gridSize; col++) {
		// Start from the bottom row and work upwards
		for (var row = gridSize + extraRows - 1; row >= extraRows; row--) {
			// If current cell is empty
			if (!gridCells[row][col]) {
				// Look for the nearest non-empty cell above
				var sourceRow = row - 1;
				while (sourceRow >= extraRows && !gridCells[sourceRow][col]) {
					sourceRow--;
				}
				// If we found a cell to move down (only consider visible cells)
				if (sourceRow >= extraRows) {
					var cellToMove = gridCells[sourceRow][col];
					// Store the cell along with destination info
					cellsToFall.push({
						cell: cellToMove,
						fromRow: sourceRow,
						toRow: row,
						col: col
					});
					// Update grid array
					gridCells[row][col] = cellToMove;
					gridCells[sourceRow][col] = null;
					// Update cell's logical position
					cellToMove.row = row;
				}
			}
		}
	}
	// Second pass: animate falls with sequential delays
	var longestDelay = 0;
	var baseDelay = 30; // Base delay in ms between each meme starting to fall
	var constantDuration = 400; // Constant duration for all fall animations regardless of distance
	// Sort by column and row to make the animation more coherent
	cellsToFall.sort(function (a, b) {
		// Sort by column first
		if (a.col !== b.col) {
			return a.col - b.col;
		}
		// Then by destination row (lower row falls first) - this makes the animation go from bottom to top
		return b.toRow - a.toRow;
	});
	// Apply animations with sequential delays
	cellsToFall.forEach(function (fallInfo, index) {
		var delay = index * baseDelay; // Each meme starts falling after the previous one
		// Calculate destination position
		var newPos = getCellPosition(fallInfo.toRow, fallInfo.col);
		// Track the longest delay + duration for later use
		var totalTime = delay + constantDuration;
		if (totalTime > longestDelay) {
			longestDelay = totalTime;
		}
		// Schedule the animation with proper delay
		LK.setTimeout(function () {
			// Linear falling animation without bounce
			tween(fallInfo.cell, {
				y: newPos.y
			}, {
				duration: constantDuration,
				easing: tween.linear
			});
		}, delay);
	});
	// After all cells have fallen, fill in empty spaces at the top with new memes
	// Use the actual total animation time rather than a fixed value
	LK.setTimeout(function () {
		window.gravityInProgress = false;
		fillEmptySpacesWithNewMemes();
	}, longestDelay + 50); // Add a small buffer to ensure all falls are complete
}
// Create new memes to fill empty spots at the top of the grid
function fillEmptySpacesWithNewMemes() {
	// Check if we're already processing fill operation
	if (window.fillInProgress) {
		return;
	}
	window.fillInProgress = true;
	var anyNewMemeAdded = false;
	// Collect all new cells to add for sequenced animation
	var newCellsToAdd = [];
	// Check each column for empty spaces
	for (var col = 0; col < gridSize; col++) {
		// Only fill visible rows (rows >= extraRows)
		for (var row = extraRows; row < gridSize + extraRows; row++) {
			if (!gridCells[row][col]) {
				anyNewMemeAdded = true;
				// Create a new meme cell
				var newCell = getGridCell();
				var pos = getCellPosition(row, col);
				// Position the new cell above the grid (for animation)
				newCell.x = pos.x;
				newCell.y = pos.y - 400; // Start above the visible grid
				// Set random value for the new meme
				var randomValue = Math.floor(Math.random() * 5) + 1;
				newCell.setValue(randomValue);
				// Set logical position
				newCell.row = row;
				newCell.col = col;
				// Add to grid array
				gridCells[row][col] = newCell;
				// Store cell data for animation
				newCellsToAdd.push({
					cell: newCell,
					destY: pos.y,
					row: row,
					col: col
				});
				// Add to display since we're only processing visible rows
				gridContainer.addChild(newCell);
			}
		}
	}
	// Animate cell drops with sequential delays
	var longestDelay = 0;
	var baseDelay = 30; // Delay between each meme starting to fall
	var constantDuration = 400; // Constant duration for all fall animations regardless of distance
	// Sort by column first, then by row for coherent animation - bottom to top
	newCellsToAdd.sort(function (a, b) {
		if (a.col !== b.col) {
			return a.col - b.col;
		}
		return b.row - a.row; // Higher rows (lower in grid) fall first - bottom to top animation
	});
	// Apply animations with sequential delays
	newCellsToAdd.forEach(function (cellData, index) {
		var delay = index * baseDelay;
		// Track total animation time
		var totalTime = delay + constantDuration;
		if (totalTime > longestDelay) {
			longestDelay = totalTime;
		}
		// Schedule the animation with proper delay
		LK.setTimeout(function () {
			// Linear falling with no bounce
			tween(cellData.cell, {
				y: cellData.destY
			}, {
				duration: constantDuration,
				easing: tween.linear
			});
		}, delay);
	});
	// If new memes were added, check for matches only after all fall animations are complete
	if (anyNewMemeAdded) {
		LK.setTimeout(function () {
			// Reset fill flag when animations are done
			window.fillInProgress = false;
			// Now that all falling animations are complete, check for matches
			var newMatches = getMatches();
			if (newMatches.length > 0) {
				// Get all cells from all new match groups
				var newCellsToDestroy = [];
				var newCellTracker = {};
				newMatches.forEach(function (group) {
					group.forEach(function (cell) {
						var cellKey = cell.row + "_" + cell.col;
						if (!newCellTracker[cellKey]) {
							newCellsToDestroy.push(cell);
							newCellTracker[cellKey] = true;
						}
					});
				});
				// Destroy these new matches only after all falling has fully completed
				if (newCellsToDestroy.length) {
					destroyCells(newCellsToDestroy);
				}
			} else {
				// No more matches, animations are complete, allow user interaction again
				isAnimating = false;
			}
		}, longestDelay + 50); // Use actual animation time plus buffer
	} else {
		// No new memes were added, animations are complete, allow user interaction again
		window.fillInProgress = false;
		isAnimating = false;
	}
}
function checkForAndDestroyMatches(swappedCellA, swappedCellB) {
	// Get all potential matches on the board
	var allMatchGroupsOnBoard = getMatches();
	// Quick return if no matches
	if (!allMatchGroupsOnBoard.length) {
		return; // No matches found anywhere, nothing to do
	}
	// Filter to only match groups containing one of the swapped cells
	var relevantMatchGroups = allMatchGroupsOnBoard.filter(function (group) {
		// Check if any cell in the group is one of our swapped cells
		return group.some(function (cellInGroup) {
			return cellInGroup === swappedCellA || cellInGroup === swappedCellB;
		});
	});
	if (!relevantMatchGroups.length) {
		return;
	}
	var uniqueCellTracker = {};
	var cellsToDestroy = [];
	relevantMatchGroups.forEach(function (group) {
		group.forEach(function (cell) {
			var cellKey = cell.row + "_" + cell.col;
			if (!uniqueCellTracker[cellKey]) {
				cellsToDestroy.push(cell);
				uniqueCellTracker[cellKey] = true;
			}
		});
	});
	if (cellsToDestroy.length) {
		destroyCells(cellsToDestroy);
		LK.setTimeout(function () {
			var newMatches = getMatches();
			if (newMatches.length > 0) {
				var newCellsToDestroy = [];
				var newCellTracker = {};
				newMatches.forEach(function (group) {
					group.forEach(function (cell) {
						var cellKey = cell.row + "_" + cell.col;
						if (!newCellTracker[cellKey]) {
							newCellsToDestroy.push(cell);
							newCellTracker[cellKey] = true;
						}
					});
				});
				if (newCellsToDestroy.length) {
					destroyCells(newCellsToDestroy);
				}
			}
		}, 400);
	}
}
var gridSize = 8;
var extraRows = 9;
var cellSpacing = 10;
var cellSize = 208;
var gridCells = [];
var totalGridWidth = gridSize * cellSize + (gridSize - 1) * cellSpacing;
var totalVisibleGridHeight = totalGridWidth;
var totalGridHeight = totalVisibleGridHeight + extraRows * (cellSize + cellSpacing);
var startX = (2048 - totalGridWidth) / 2 + cellSize / 2;
var startY = (-1300 - totalVisibleGridHeight) / 2 + cellSize / 2 + extraRows * (cellSize + cellSpacing);
function getCellPosition(row, col) {
	return {
		x: startX + col * (cellSize + cellSpacing),
		y: startY + row * (cellSize + cellSpacing) - extraRows * (cellSize + cellSpacing)
	};
}
var gridContainer = new Container();
game.addChild(gridContainer);
function initializeGrid() {
	gridCells = [];
	for (var row = 0; row < gridSize + extraRows; row++) {
		gridCells[row] = [];
		for (var col = 0; col < gridSize; col++) {
			var pos = getCellPosition(row, col);
			var cell = getGridCell ? getGridCell() : new GridCell();
			cell.x = pos.x;
			cell.y = pos.y;
			cell.row = row;
			cell.col = col;
			var randomValue;
			var attempts = 0;
			do {
				randomValue = Math.floor(Math.random() * 5) + 1;
				attempts++;
				var leftMatchCount = 0;
				var aboveMatchCount = 0;
				if (col >= 2) {
					if (gridCells[row][col - 1].value === randomValue && gridCells[row][col - 2].value === randomValue) {
						leftMatchCount = 2;
					}
				}
				if (row >= 2) {
					if (gridCells[row - 1][col].value === randomValue && gridCells[row - 2][col].value === randomValue) {
						aboveMatchCount = 2;
					}
				}
			} while ((leftMatchCount >= 2 || aboveMatchCount >= 2) && attempts < 10);
			cell.setValue(randomValue);
			if (row >= extraRows) {
				gridContainer.addChild(cell);
			}
			gridCells[row][col] = cell;
		}
	}
}
initializeGrid();
function ensureNoInitialMatches() {
	var matches = getMatches();
	if (matches.length > 0) {
		matches.forEach(function (group) {
			group.forEach(function (cell) {
				var currentValue = cell.value;
				var newValue;
				do {
					newValue = Math.floor(Math.random() * 5) + 1;
				} while (newValue === currentValue);
				cell.setValue(newValue);
			});
		});
		ensureNoInitialMatches();
	}
}
ensureNoInitialMatches();

===================================================================
--- original.js
+++ change.js
@@ -66,41 +66,8 @@
 ****/ 
 // Grid configuration
 // Cell pool for object reuse
 var cellPool = [];
-// Track pulse animation
-var pulseAnimation = null;
-// Function to start pulse animation on selected cell
-function startPulseAnimation(cell) {
-	// Clear any existing pulse animation
-	if (pulseAnimation) {
-		pulseAnimation.stop();
-	}
-	// Create pulse animation loop
-	function createPulseLoop() {
-		// Scale up
-		return tween(cell, {
-			scaleX: 1.15,
-			scaleY: 1.15
-		}, {
-			duration: 400,
-			easing: tween.easeInOutQuad,
-			onComplete: function onComplete() {
-				// Scale down
-				tween(cell, {
-					scaleX: 1.0,
-					scaleY: 1.0
-				}, {
-					duration: 400,
-					easing: tween.easeInOutQuad,
-					onComplete: createPulseLoop
-				});
-			}
-		});
-	}
-	// Start pulse loop
-	pulseAnimation = createPulseLoop();
-}
 // Factory function to get a GridCell (from pool or new)
 function getGridCell() {
 	if (cellPool.length > 0) {
 		return cellPool.pop().init(); // Reuse a cell from the pool
@@ -126,44 +93,22 @@
 		return;
 	}
 	if (selectedCell === null) {
 		selectedCell = tappedCell;
-		// Start pulse animation for the newly selected cell
-		startPulseAnimation(selectedCell);
 		return;
 	}
 	var cell1 = selectedCell;
 	var cell2 = tappedCell;
 	if (cell1 === cell2) {
-		// Stop pulse animation
-		if (pulseAnimation) {
-			pulseAnimation.stop();
-			selectedCell.scaleX = 1.0;
-			selectedCell.scaleY = 1.0;
-		}
 		selectedCell = null;
 		return;
 	}
 	var isAdjacent = Math.abs(cell1.row - cell2.row) === 1 && cell1.col === cell2.col || Math.abs(cell1.col - cell2.col) === 1 && cell1.row === cell2.row;
 	if (!isAdjacent) {
-		// Stop current pulse animation
-		if (pulseAnimation) {
-			pulseAnimation.stop();
-			cell1.scaleX = 1.0;
-			cell1.scaleY = 1.0;
-		}
 		selectedCell = tappedCell;
-		// Start pulse animation for the newly selected cell
-		startPulseAnimation(selectedCell);
 		return;
 	}
 	// Case 5: Adjacent cell - perform the swap
-	// Stop pulse animation
-	if (pulseAnimation) {
-		pulseAnimation.stop();
-		cell1.scaleX = 1.0;
-		cell1.scaleY = 1.0;
-	}
 	// Store original positions for animation
 	var pos1_x = cell1.x;
 	var pos1_y = cell1.y;
 	var pos2_x = cell2.x;
@@ -211,9 +156,9 @@
 	function findDirectionalMatches(isHorizontal) {
 		var primary, secondary;
 		var primaryMax = isHorizontal ? gridSize + extraRows : gridSize;
 		var secondaryMax = isHorizontal ? gridSize : gridSize + extraRows;
-		// Only check visible grid plus extra rows above
+		// Only check visible grid (rows >= extraRows)
 		for (primary = isHorizontal ? extraRows : 0; primary < primaryMax; primary++) {
 			for (secondary = 0; secondary < secondaryMax;) {
 				// Skip if not enough cells left for a match of 3
 				if (secondary > secondaryMax - 3) {
@@ -221,8 +166,13 @@
 					continue;
 				}
 				// Get current cell based on direction
 				var cell1 = isHorizontal ? gridCells[primary][secondary] : gridCells[secondary][primary];
+				// For vertical matches, only check visible cells
+				if (isHorizontal === false && secondary < extraRows) {
+					secondary = extraRows;
+					continue;
+				}
 				if (!cell1) {
 					// Skip empty cells
 					secondary++;
 					continue;
@@ -230,8 +180,12 @@
 				var currentMatchValue = cell1.value;
 				var currentMatchCells = [cell1];
 				// Check subsequent cells for matches
 				for (var k = secondary + 1; k < secondaryMax; k++) {
+					// For vertical matches, skip checking cells in the hidden rows
+					if (isHorizontal === false && k < extraRows) {
+						continue;
+					}
 					var nextCell = isHorizontal ? gridCells[primary][k] : gridCells[k][primary];
 					if (nextCell && nextCell.value === currentMatchValue) {
 						currentMatchCells.push(nextCell);
 					} else {
@@ -322,13 +276,13 @@
 			// If current cell is empty
 			if (!gridCells[row][col]) {
 				// Look for the nearest non-empty cell above
 				var sourceRow = row - 1;
-				while (sourceRow >= 0 && !gridCells[sourceRow][col]) {
+				while (sourceRow >= extraRows && !gridCells[sourceRow][col]) {
 					sourceRow--;
 				}
-				// If we found a cell to move down
-				if (sourceRow >= 0) {
+				// If we found a cell to move down (only consider visible cells)
+				if (sourceRow >= extraRows) {
 					var cellToMove = gridCells[sourceRow][col];
 					// Store the cell along with destination info
 					cellsToFall.push({
 						cell: cellToMove,
@@ -340,12 +294,8 @@
 					gridCells[row][col] = cellToMove;
 					gridCells[sourceRow][col] = null;
 					// Update cell's logical position
 					cellToMove.row = row;
-					// Add the cell to the grid container if it was previously hidden
-					if (sourceRow < extraRows) {
-						gridContainer.addChild(cellToMove);
-					}
 				}
 			}
 		}
 	}
@@ -401,10 +351,10 @@
 	// Collect all new cells to add for sequenced animation
 	var newCellsToAdd = [];
 	// Check each column for empty spaces
 	for (var col = 0; col < gridSize; col++) {
-		// Start from the top (row 0) and fill any empty spaces
-		for (var row = 0; row < gridSize + extraRows; row++) {
+		// Only fill visible rows (rows >= extraRows)
+		for (var row = extraRows; row < gridSize + extraRows; row++) {
 			if (!gridCells[row][col]) {
 				anyNewMemeAdded = true;
 				// Create a new meme cell
 				var newCell = getGridCell();
@@ -426,12 +376,10 @@
 					destY: pos.y,
 					row: row,
 					col: col
 				});
-				// Only add to display if in visible area
-				if (row >= extraRows) {
-					gridContainer.addChild(newCell);
-				}
+				// Add to display since we're only processing visible rows
+				gridContainer.addChild(newCell);
 			}
 		}
 	}
 	// Animate cell drops with sequential delays