As the title says, i want to make it so that team members cant kill each other, currently that’s the only thing thats stopping me from releasing the game. I want to make it so that if the player shoots their teammate, the bullet/damage doesnt register, but nothing happens to the player who shot at their teammate. How can I do this?
(edit)
heres the damage script using raycast
local BULLET_SPEED = 150
local BULLET_MAXDIST = 1000
local BULLET_GRAVITY = Vector3.new(0, 1, 0)
local MIN_BULLET_SPREAD_ANGLE = 0
local MAX_BULLET_SPREAD_ANGLE = 0
local FIRE_DELAY = 0.30
local BULLETS_PER_SHOT = 1
local PIERCE_DEMO = false
-- Local Variables
local Tool = script.Parent
local ammo = Tool:WaitForChild("Ammo")
local RELOADINGINPROG = Tool:WaitForChild("Reloading")
local emptymag = Tool.Handle.clip_empty
local reload = Tool.Handle.reload
local clipsize = 15
local Handle = Tool.Handle
local MouseEvent = Tool.MouseEvent
local ReloadEvent = Tool.Reloading
local FirePointObject = Handle.GunFirePoint
local FastCast = require(Tool.FastCastRedux)
local FireSound = Handle.Fire
local ImpactParticle = Handle.ImpactParticle
local Debris = game:GetService("Debris")
local table = require(Tool.FastCastRedux.Table)
local PartCacheModule = require(Tool.PartCache)
local CanFire = true
local reloading = false
local RNG = Random.new() -- Set up a randomizer.
local TAU = math.pi * 2 -- Set up mathematical constant Tau (pi * 2)
FastCast.DebugLogging = DEBUG
FastCast.VisualizeCasts = DEBUG
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-- Cast Objects
-- Cosmetic bullet container
local CosmeticBulletsFolder = workspace:FindFirstChild("CosmeticBulletsFolder") or Instance.new("Folder", workspace)
CosmeticBulletsFolder.Name = "CosmeticBulletsFolder"
-- Now we set the caster values.
local Caster = FastCast.new() --Create a new caster object.
-- Make a base cosmetic bullet object. This will be cloned every time we fire off a ray.
local CosmeticBullet = Instance.new("Part")
CosmeticBullet.Material = Enum.Material.Neon
CosmeticBullet.Color = Color3.fromRGB(189, 189, 0)
CosmeticBullet.CanCollide = false
CosmeticBullet.Anchored = true
CosmeticBullet.Size = Vector3.new(0.2, 0.2, 2.4)
-- New raycast parameters.
local CastParams = RaycastParams.new()
CastParams.IgnoreWater = true
CastParams.FilterType = Enum.RaycastFilterType.Blacklist
CastParams.FilterDescendantsInstances = {}
-- NEW V13.1.0 - PartCache tie-in. If you use the PartCache module to create cosmetic bullets, you can now directly tie that in.
-- Ensure you're using the latest version of PartCache.
local CosmeticPartProvider = PartCacheModule.new(CosmeticBullet, 100, CosmeticBulletsFolder)
-- NEW v12.0.0: Casters now use a data packet which can be made like what follows.
-- Check the API for more information: https://etithespirit.github.io/FastCastAPIDocs/fastcast-objects/fcbehavior
local CastBehavior = FastCast.newBehavior()
CastBehavior.RaycastParams = CastParams
CastBehavior.MaxDistance = BULLET_MAXDIST
CastBehavior.HighFidelityBehavior = FastCast.HighFidelityBehavior.Default
-- CastBehavior.CosmeticBulletTemplate = CosmeticBullet -- Uncomment if you just want a simple template part and aren't using PartCache
CastBehavior.CosmeticBulletProvider = CosmeticPartProvider -- Comment out if you aren't using PartCache.
CastBehavior.CosmeticBulletContainer = CosmeticBulletsFolder
CastBehavior.Acceleration = BULLET_GRAVITY
CastBehavior.AutoIgnoreContainer = false -- We already do this! We don't need the default value of true (see the bottom of this script)
-- Bonus points: If you're going to be slinging a ton of bullets in a short period of time, you may see it fit to use PartCache.
-- https://devforum.roblox.com/t/partcache-for-all-your-quick-part-creation-needs/246641
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-- Helper Functions
-- A function to play fire sounds.
function PlayFireSound()
local NewSound = FireSound:Clone()
NewSound.Parent = Handle
Debris:AddItem(NewSound, NewSound.TimeLength)
if reloading == false then
NewSound:Play()
else
if reloading == true then
NewSound:Stop()
reload.Ended:Wait()
NewSound:Play()
end
end
end
function ReloadGun()
if reloading then return end
reloading = true
reload:Play()
reload.Ended:Wait()
ammo.Value = 10
reloading = false
end
-- Create the spark effect for the bullet impact
function MakeParticleFX(position, normal)
-- This is a trick I do with attachments all the time.
-- Parent attachments to the Terrain - It counts as a part, and setting position/rotation/etc. of it will be in world space.
-- UPD 11 JUNE 2019 - Attachments now have a "WorldPosition" value, but despite this, I still see it fit to parent attachments to terrain since its position never changes.
local attachment = Instance.new("Attachment")
attachment.CFrame = CFrame.new(position, position + normal)
attachment.Parent = workspace.Terrain
local particle = ImpactParticle:Clone()
particle.Parent = attachment
Debris:AddItem(attachment, particle.Lifetime.Max) -- Automatically delete the particle effect after its maximum lifetime.
-- A potentially better option in favor of this would be to use the Emit method (Particle:Emit(numParticles)) though I prefer this since it adds some natural spacing between the particles.
particle.Enabled = true
wait(0.05)
particle.Enabled = false
end
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-- Main Logic
local function Reflect(surfaceNormal, bulletNormal)
return bulletNormal - (2 * bulletNormal:Dot(surfaceNormal) * surfaceNormal)
end
-- The pierce function can also be used for things like bouncing.
-- In reality, it's more of a function that the module uses to ask "Do I end the cast now, or do I keep going?"
-- Because of this, you can use it for logic such as ray reflection or other redirection methods.
-- A great example might be to pierce or bounce based on something like velocity or angle.
-- You can see this implementation further down in the OnRayPierced function.
function CanRayPierce(cast, rayResult, segmentVelocity)
-- Let's keep track of how many times we've hit something.
local hits = cast.UserData.Hits
if (hits == nil) then
-- If the hit data isn't registered, set it to 1 (because this is our first hit)
cast.UserData.Hits = 1
else
-- If the hit data is registered, add 1.
cast.UserData.Hits += 1
end
-- And if the hit count is over 3, don't allow piercing and instead stop the ray.
if (cast.UserData.Hits > 3) then
return false
end
-- Now if we make it here, we want our ray to continue.
-- This is extra important! If a bullet bounces off of something, maybe we want it to do damage too!
-- So let's implement that.
local hitPart = rayResult.Instance
if hitPart ~= nil and hitPart.Parent ~= nil then
local humanoid = hitPart.Parent:FindFirstChild("Humanoid")
if humanoid then
humanoid:TakeDamage(14) -- Damage.
end
end
-- And then lastly, return true to tell FC to continue simulating.
return true
end
function Fire(direction)
-- Called when we want to fire the gun.
if Tool.Parent:IsA("Backpack") then return end -- Can't fire if it's not equipped.
local directionalCF = CFrame.new(Vector3.new(), direction)
-- Now, we can use CFrame orientation to our advantage.
-- Overwrite the existing Direction value.
local direction = (directionalCF * CFrame.fromOrientation(0, 0, RNG:NextNumber(0, TAU)) * CFrame.fromOrientation(math.rad(RNG:NextNumber(MIN_BULLET_SPREAD_ANGLE, MAX_BULLET_SPREAD_ANGLE)), 0, 0)).LookVector
local humanoidRootPart = Tool.Parent:WaitForChild("HumanoidRootPart", 1) -- Add a timeout to this.
local myMovementSpeed = humanoidRootPart.Velocity -- To do: It may be better to get this value on the clientside since the server will see this value differently due to ping and such.
local modifiedBulletSpeed = (direction * BULLET_SPEED)-- + myMovementSpeed -- We multiply our direction unit by the bullet speed. This creates a Vector3 version of the bullet's velocity at the given speed. We then add MyMovementSpeed to add our body's motion to the velocity.
if PIERCE_DEMO then
CastBehavior.CanPierceFunction = CanRayPierce
end
local simBullet = Caster:Fire(FirePointObject.WorldPosition, direction, modifiedBulletSpeed, CastBehavior)
PlayFireSound()
end
function OnRayHit(cast, raycastResult, segmentVelocity, cosmeticBulletObject)
-- This function will be connected to the Caster's "RayHit" event.
local hitPart = raycastResult.Instance
local hitPoint = raycastResult.Position
local normal = raycastResult.Normal
local plrTeam = hitPart.Parent
if hitPart ~= nil and hitPart.Parent ~= nil then -- Test if we hit something
local humanoid = hitPart.Parent:FindFirstChild("Humanoid") -- Is there a humanoid?
if humanoid then
humanoid:TakeDamage(32) -- Damage.
end
MakeParticleFX(hitPoint, normal) -- Particle FX
end
end
function OnRayPierced(cast, raycastResult, segmentVelocity, cosmeticBulletObject)
-- You can do some really unique stuff with pierce behavior - In reality, pierce is just the module's way of asking "Do I keep the bullet going, or do I stop it here?"
-- You can make use of this unique behavior in a manner like this, for instance, which causes bullets to be bouncy.
local position = raycastResult.Position
local normal = raycastResult.Normal
local newNormal = Reflect(normal, segmentVelocity.Unit)
cast:SetVelocity(newNormal * segmentVelocity.Magnitude)
-- It's super important that we set the cast's position to the ray hit position. Remember: When a pierce is successful, it increments the ray forward by one increment.
-- If we don't do this, it'll actually start the bounce effect one segment *after* it continues through the object, which for thin walls, can cause the bullet to almost get stuck in the wall.
cast:SetPosition(position)
-- Generally speaking, if you plan to do any velocity modifications to the bullet at all, you should use the line above to reset the position to where it was when the pierce was registered.
end
function OnRayUpdated(cast, segmentOrigin, segmentDirection, length, segmentVelocity, cosmeticBulletObject)
-- Whenever the caster steps forward by one unit, this function is called.
-- The bullet argument is the same object passed into the fire function.
if cosmeticBulletObject == nil then return end
local bulletLength = cosmeticBulletObject.Size.Z / 2 -- This is used to move the bullet to the right spot based on a CFrame offset
local baseCFrame = CFrame.new(segmentOrigin, segmentOrigin + segmentDirection)
cosmeticBulletObject.CFrame = baseCFrame * CFrame.new(0, 0, -(length - bulletLength))
end
function OnRayTerminated(cast)
local cosmeticBullet = cast.RayInfo.CosmeticBulletObject
if cosmeticBullet ~= nil then
-- This code here is using an if statement on CastBehavior.CosmeticBulletProvider so that the example gun works out of the box.
-- In your implementation, you should only handle what you're doing (if you use a PartCache, ALWAYS use ReturnPart. If not, ALWAYS use Destroy.
if CastBehavior.CosmeticBulletProvider ~= nil then
CastBehavior.CosmeticBulletProvider:ReturnPart(cosmeticBullet)
else
cosmeticBullet:Destroy()
end
end
end
MouseEvent.OnServerEvent:Connect(function (clientThatFired, mousePoint)
if not CanFire then
return
end
CanFire = false
local mouseDirection = (mousePoint - FirePointObject.WorldPosition).Unit
if ammo.Value > 0 and not reloading then
Fire(mouseDirection)
ammo.Value -= 1
else
ReloadGun()
end
if FIRE_DELAY > 0.03 then wait(FIRE_DELAY) end
CanFire = true
end)
Caster.RayHit:Connect(OnRayHit)
Caster.RayPierced:Connect(OnRayPierced)
Caster.LengthChanged:Connect(OnRayUpdated)
Caster.CastTerminating:Connect(OnRayTerminated)
ReloadEvent.OnServerEvent:Connect(ReloadGun)
Tool.Equipped:Connect(function ()
CastParams.FilterDescendantsInstances = {Tool.Parent, CosmeticBulletsFolder}
end)
