I made a script to add an ice cover to a part hit by a ray, but it’s not staying on the part hit by the ray and instead going beyond the box I put the ice cube in to test it
local FreezeParts = {}
local module = require(game.ReplicatedStorage.lotsoffunstuff)
local ice = script.Ice:Clone()
script.Ice:Destroy()
local function func(v, vec)
if vec and v then
local newpart = Instance.new("Part", workspace)
newpart.Color = script.Parent.Color
newpart.Name = "FreezePart"
local playersfrozen = {}
for i,v in pairs(script.icedecals:GetChildren()) do
local clon = v:Clone()
clon.Parent = newpart
end
newpart.Color = Color3.fromRGB(4, 175, 236)
newpart.Material = Enum.Material.SmoothPlastic
newpart.CanCollide = false
newpart.Transparency = 0.7
local ray = RaycastParams.new()
ray.IgnoreWater = true
ray.FilterType = Enum.RaycastFilterType.Exclude
ray.FilterDescendantsInstances = {script.Parent, FreezeParts, frozedparts}
local realray = workspace:Raycast(script.Parent.Position, vec * 50, ray)
if realray then
local partthing = realray.Instance
if partthing then
local hum = module.FindHumanoid(partthing.Parent)
if not hum then
if partthing.Locked == false then
table.insert(frozedparts, partthing)
newpart.CFrame = CFrame.new(realray.Position, realray.Position + realray.Normal)
if (script.Parent.Position - newpart.Position).Magnitude <= 20 then
table.insert(FreezeParts,newpart)
newpart.Orientation = partthing.Orientation
local SizeX = math.clamp(newpart.Size.X, partthing.Size.X - partthing.Size.X/2, partthing.Size.X + partthing.Size.X/2)
local SizeZ = math.clamp(newpart.Size.Z, partthing.Size.Z - partthing.Size.Z/2, partthing.Size.Z + partthing.Size.Z/2)
local SizeY = math.clamp(newpart.Size.Y, partthing.Size.Y - partthing.Size.Y/2, partthing.Size.Y + partthing.Size.Y/2)
local fitvector = Vector3.new(SizeX, SizeY, SizeZ)
if partthing.Size.X > 20 or partthing.Size.Y > 20 or partthing.Size.Z > 20 then
newpart.Size = fitvector * Vector3.new(0.8,0.8,0.8)
else
newpart.Size = fitvector
end
else
newpart:Destroy()
end
end
else
local rootpart = hum.Parent:FindFirstChild("HumanoidRootPart")
if rootpart then
spawn(function()
local icing = ice:Clone()
table.insert(FreezeParts, icing)
icing.Parent = workspace
icing.CFrame = rootpart.CFrame * CFrame.Angles(math.rad(-90),0,0)
rootpart.Anchored = true
wait(2)
rootpart.Anchored = false
icing:Destroy()
end)
end
end
end
end
newpart.Anchored = true
end
end
wait(5)
script.Parent.ice_shatter:Play()
for i,v in pairs(workspace:GetChildren()) do
if v ~= script.Parent then
if v:IsA("Part") then
local magnitude = (script.Parent.Position - v.Position).Magnitude
if magnitude <= 50 then
func(v, script.Parent.CFrame.RightVector.Unit)
func(v, -script.Parent.CFrame.RightVector.Unit)
func(v, script.Parent.CFrame.UpVector.Unit)
func(v, -script.Parent.CFrame.UpVector.Unit)
func(v, script.Parent.CFrame.LookVector.Unit)
func(v, -script.Parent.CFrame.LookVector.Unit)
end
end
end
end```
You could try adjusting the following lines of code:
local fitvector = Vector3.new(SizeX, SizeY, SizeZ)
if partthing.Size.X > 20 or partthing.Size.Y > 20 or partthing.Size.Z > 20 then
newpart.Size = fitvector * Vector3.new(0.8,0.8,0.8)
else
newpart.Size = fitvector
end
to:
local fitvector = Vector3.new(SizeX, SizeY, SizeZ)
if partthing.Size.X > 20 or partthing.Size.Y > 20 or partthing.Size.Z > 20 then
newpart.Size = fitvector * Vector3.new(0.8,0.8,0.8)
else
newpart.Size = fitvector
end
newpart.Position = realray.Position
This way, the newpart will be placed at the exact position where the ray hit the object, and the size will be adjusted accordingly.
Alternatively, you could try changing the line newpart.Anchored = true to newpart.Anchored = false. This will allow the newpart to move freely with the physics simulation, which might help it stay on the part hit by the ray.
local FreezeParts = {}
local frozedparts = {} -- Declare the 'frozedparts' table
local icedecals = {} -- Define 'icedecals' if it's not defined already
local module = require(game.ReplicatedStorage.lotsoffunstuff)
local ice = script.Ice:Clone()
script.Ice:Destroy()
local function func(v, vec)
if vec and v then
local newpart = Instance.new("Part", workspace)
newpart.Color = script.Parent.Color
newpart.Name = "FreezePart"
local playersfrozen = {}
for i, v in pairs(script.icedecals:GetChildren()) do
local clon = v:Clone()
clon.Parent = newpart
end
newpart.Color = Color3.fromRGB(4, 175, 236)
newpart.Material = Enum.Material.SmoothPlastic
newpart.CanCollide = false
newpart.Transparency = 0.5 -- Adjust the transparency value
local ray = RaycastParams.new()
ray.IgnoreWater = true
ray.FilterType = Enum.RaycastFilterType.Blacklist -- Use 'Blacklist' instead of 'Exclude'
ray.FilterDescendantsInstances = { script.Parent, FreezeParts, frozedparts } -- Add 'frozedparts' to the filter
local realray = workspace:Raycast(script.Parent.Position, vec * 50, ray)
if realray then
local partthing = realray.Instance
if partthing then
local hum = module.FindHumanoid(partthing.Parent)
if not hum then
if partthing.Locked == false then
table.insert(frozedparts, partthing)
newpart.CFrame = CFrame.new(realray.Position, realray.Position + realray.Normal)
if (script.Parent.Position - newpart.Position).Magnitude <= 20 then
table.insert(FreezeParts, newpart)
-- Adjust the orientation setting if needed
newpart.Orientation = partthing.Orientation
local SizeX = math.clamp(newpart.Size.X, partthing.Size.X - partthing.Size.X/2, partthing.Size.X + partthing.Size.X/2)
local SizeZ = math.clamp(newpart.Size.Z, partthing.Size.Z - partthing.Size.Z/2, partthing.Size.Z + partthing.Size.Z/2)
local SizeY = math.clamp(newpart.Size.Y, partthing.Size.Y - partthing.Size.Y/2, partthing.Size.Y + partthing.Size.Y/2)
local fitvector = Vector3.new(SizeX, SizeY, SizeZ)
if partthing.Size.X > 20 or partthing.Size.Y > 20 or partthing.Size.Z > 20 then
newpart.Size = fitvector * Vector3.new(0.8, 0.8, 0.8)
else
newpart.Size = fitvector
end
else
newpart:Destroy()
end
end
else
local rootpart = hum.Parent:FindFirstChild("HumanoidRootPart")
if rootpart then
spawn(function()
local icing = ice:Clone()
table.insert(FreezeParts, icing)
icing.Parent = workspace
icing.CFrame = rootpart.CFrame * CFrame.Angles(math.rad(-90), 0, 0)
rootpart.Anchored = true
wait(2)
rootpart.Anchored = false
icing:Destroy()
end)
end
end
end
end
newpart.Anchored = true
end
end
wait(5)
script.Parent.ice_shatter:Play()
for i, v in pairs(workspace:GetChildren()) do
if v ~= script.Parent then
if v:IsA("Part") then
local magnitude = (script.Parent.Position - v.Position).Magnitude
if magnitude <= 50 then
func(v, script.Parent.CFrame.RightVector.Unit)
func(v, -script.Parent.CFrame.RightVector.Unit)
func(v, script.Parent.CFrame.UpVector.Unit)
func(v, -script.Parent.CFrame.UpVector.Unit)
func(v, script.Parent.CFrame.LookVector.Unit)
func(v, -script.Parent.CFrame.LookVector.Unit)
end
end
end
end
I think I phrased what I was trying to do with this script wrong, in the first image is what I’m trying to achieve. But instead of that, I’m getting what’s going on in the second image. I added the “fitvector” to try to make it not go past the box and appear as it does in the first image.
