Hello 
,
I am trying to make a game where you have to stack the blocks 
. The problem is that I can’t seem to get the system working.
Every time 
the blocks get too small, they start to behave weirdly.
Full Code
ATTENTION: messy code ahead
local camera = workspace.CurrentCamera
camera.CameraType = Enum.CameraType.Track
camera.CameraSubject = workspace.CamTracker
local function endGame()
local paused = true
error("Game Over!")
end
local function spawnDropBlockX(sizeX: number, pos: Vector3)
local dropBlock = Instance.new("Part")
dropBlock.Color = currentBlock.Color
dropBlock.Name = "TempBlock"
dropBlock.Position = pos
dropBlock.Size = Vector3.new(sizeX, 1, previousBlock.Size.Z)
dropBlock.Anchored = false
dropBlock.Parent = workspace
Debris:AddItem(dropBlock, .25)
end
local function splitBlockOnX(hangOver: number)
local direction
if hangOver > 0 then
direction = 1
else
direction = -1
end
local newXSize = previousBlock.Size.X - math.abs(hangOver)
local newXPosition = previousBlock.Position.X + (hangOver / 2)
currentBlock.Size = Vector3.new(newXSize, currentBlock.Size.Y, currentBlock.Size.Z)
currentBlock.Position = Vector3.new(newXPosition, currentBlock.Position.Y, currentBlock.Position.Z)
local fallingBlockSize = currentBlock.Size.X - newXSize
local blockEdge = currentBlock.Position.X + (newXSize / 2 * direction)
local fallingBlockXPos = blockEdge + fallingBlockSize / 2 * direction
if hangOver ~= 0 then
spawnDropBlockX(fallingBlockSize, Vector3.new(fallingBlockXPos, currentBlock.Position.Y, currentBlock.Position.Z))
end
previousBlock = currentBlock
currentScore += 1
end
local function spawnDropBlockZ(sizeZ: number, pos: Vector3)
local dropBlock = Instance.new("Part")
dropBlock.Color = currentBlock.Color
dropBlock.Name = "TempBlock"
dropBlock.Position = pos
dropBlock.Size = Vector3.new(previousBlock.Size.X, 1, sizeZ)
dropBlock.Material = Enum.Material.SmoothPlastic
dropBlock.Anchored = false
dropBlock.Parent = workspace
Debris:AddItem(dropBlock, .25)
end
local function splitBlockOnZ(hangOver: number)
local direction
if hangOver > 0 then
direction = 1
else
direction = -1
end
local newZSize = previousBlock.Size.Z - math.abs(hangOver)
local newZPosition = previousBlock.Position.Z + (hangOver / 2)
currentBlock.Size = Vector3.new(currentBlock.Size.X, currentBlock.Size.Y, newZSize)
currentBlock.Position = Vector3.new(currentBlock.Position.X, currentBlock.Position.Y, newZPosition)
local fallingBlockSize = currentBlock.Size.Z - newZSize
local blockEdge = currentBlock.Position.Z + (newZSize / 2 * direction)
local fallingBlockZPos = blockEdge + fallingBlockSize / 2 * direction
if hangOver ~= 0 then
spawnDropBlockZ(fallingBlockSize, Vector3.new(currentBlock.Position.X, currentBlock.Position.Y, fallingBlockZPos))
end
previousBlock = currentBlock
currentScore += 1
end
local function activated()
paused = true
currentTween:Pause()
local goal = {}
goal.Position = Vector3.new(0, workspace.CamTracker.Position.Y + 1, 0)
local info = TweenInfo.new(
.35,
Enum.EasingStyle.Circular,
Enum.EasingDirection.InOut,
0
)
local tween = TweenService:Create(workspace.CamTracker, info, goal)
tween:Play()
if moveDirection == "X" then
local hangOver = currentBlock.Position.X - previousBlock.Position.X
if (hangOver < 0.25 and hangOver > -0.25) then
hangOver = 0
end
if hangOver >= currentBlock.Size.X then
endGame()
else
splitBlockOnX(hangOver)
end
else
local hangOver = currentBlock.Position.Z - previousBlock.Position.Z
if (hangOver < 0.25 and hangOver > -0.25) then
hangOver = 0
end
if hangOver >= currentBlock.Size.Z then
endGame()
else
splitBlockOnZ(hangOver)
end
end
task.wait()
paused = false
end
button.MouseButton1Click:Connect(activated)
local function spawnX()
moveDirection = "X"
local newPosition = Vector3.new(10, (0.5 + currentScore), previousBlock.Position.Z)
local newPart = part:Clone()
currentBlock = newPart
local previousColor = previousBlock.Color
local targetColor = Color3.fromRGB(0, 0, 0)
newPart.Color = previousColor:Lerp(targetColor, 1)
newPart.Anchored = true
newPart.BrickColor = BrickColor.random()
newPart.Transparency = 0
newPart.Position = newPosition
newPart.Size = Vector3.new(previousBlock.Size.X, 1, previousBlock.Size.Z)
newPart.Parent = workspace
if paused then repeat task.wait() until not paused end
local goal = {}
goal.Position = Vector3.new(-10, newPart.Position.Y, newPart.Position.Z)
local info = TweenInfo.new(
2,
Enum.EasingStyle.Linear,
Enum.EasingDirection.InOut,
-1,
true,
.1
)
local tween = TweenService:Create(newPart, info, goal)
currentTween = tween
tween:Play()
if not paused then repeat task.wait() until paused end
end
local function spawnZ()
moveDirection = "Z"
local newPosition = Vector3.new(previousBlock.Position.X, (0.5 + currentScore), 10)
local newPart = part:Clone()
currentBlock = newPart
local previousColor = previousBlock.Color
local targetColor = Color3.fromRGB(0, 0, 0)
newPart.Color = previousColor:Lerp(targetColor, 1)
newPart.Anchored = true
newPart.BrickColor = BrickColor.random()
newPart.Transparency = 0
newPart.Position = newPosition
newPart.Size = Vector3.new(previousBlock.Size.X, 1, previousBlock.Size.Z)
newPart.Parent = workspace
if paused then repeat task.wait() until not paused end
local goal = {}
goal.Position = Vector3.new(newPart.Position.X, newPart.Position.Y, -10)
local info = TweenInfo.new(
2,
Enum.EasingStyle.Linear,
Enum.EasingDirection.InOut,
-1,
true,
.1
)
local tween = TweenService:Create(newPart, info, goal)
tween:Play()
currentTween = tween
if not paused then repeat task.wait() until paused end
end
while task.wait() do
if currentScore % 2 == 0 then
spawnX()
else
spawnZ()
end
end
with the help of a tutorial meant for another game engine.