I have this random error whenever I use my shotgun tool, im unsure of the error but it seems to happen at this line?
Cast.UserData.BounceData.CurrentAnchorPoint = (TravelCFrame * Cast.UserData.BounceData.AnchorPoint).p
EDIT: I will experiment by using numbers instead of the assigned values to see if it works:
The error says the second argument in whatever function you’re calling is nil instead of a Vector3 object. Make sure the second argument is actually a Vector3 object (print it or something, there’s probably a reason it is nil).
This seems to be from some sort of module, so unless you give us more, we can’t really help.
I don’t know if this will help, but here is the full function.
local function OnRayUpdated(Cast, LastSegmentOrigin, SegmentOrigin, SegmentDirection, Length, SegmentVelocity, CosmeticBulletObject)
Cast.UserData.LastSegmentOrigin = LastSegmentOrigin
Cast.UserData.SegmentOrigin = SegmentOrigin
Cast.UserData.SegmentDirection = SegmentDirection
Cast.UserData.SegmentVelocity = SegmentVelocity
local Tick = os.clock() - Cast.UserData.SpinData.InitalTick
if Cast.UserData.UpdateData.UpdateRayInExtra then
if Cast.UserData.UpdateData.UpdateRayInExtra then
local RayUpdater = Cast.UserData.UpdateData.ExtraRayUpdater
if not RayUpdaters[RayUpdater] then
if RayUpdateFolder:FindFirstChild(RayUpdater) then
RayUpdaters[RayUpdater] = require(RayUpdateFolder[RayUpdater])
end
end
if RayUpdaters[RayUpdater] then
RayUpdaters[RayUpdater](Cast, Cast.StateInfo.Delta)
end
end
end
if not Cast.UserData.CastBehavior.Hitscan and Cast.UserData.HomeData.Homing then
local CurrentPosition = Cast:GetPosition()
local CurrentVelocity = Cast:GetVelocity()
if Cast.UserData.HomeData.LockOnOnHovering then
if Cast.UserData.HomeData.LockedEntity then
local TargetHumanoid = Cast.UserData.HomeData.LockedEntity:FindFirstChildOfClass("Humanoid")
if TargetHumanoid and TargetHumanoid.Health > 0 then
local TargetTorso = Cast.UserData.HomeData.LockedEntity:FindFirstChild("HumanoidRootPart") or Cast.UserData.HomeData.LockedEntity:FindFirstChild("Torso") or Cast.UserData.HomeData.LockedEntity:FindFirstChild("UpperTorso")
local DesiredVector = (TargetTorso.Position - CurrentPosition).Unit
local CurrentVector = CurrentVelocity.Unit
local AngularDifference = math.acos(DesiredVector:Dot(CurrentVector))
if AngularDifference > 0 then
local OrthoVector = CurrentVector:Cross(DesiredVector).Unit
local AngularCorrection = math.min(AngularDifference, Cast.StateInfo.Delta * Cast.UserData.HomeData.TurnRatePerSecond)
Cast:SetVelocity(CFrame.fromAxisAngle(OrthoVector, AngularCorrection):vectorToWorldSpace(CurrentVelocity))
end
end
end
else
local TargetEntity, TargetHumanoid, TargetTorso = FindNearestEntity(Cast, CurrentPosition)
if TargetEntity and TargetHumanoid and TargetTorso and TargetHumanoid.Health > 0 then
local DesiredVector = (TargetTorso.Position - CurrentPosition).Unit
local CurrentVector = CurrentVelocity.Unit
local AngularDifference = math.acos(DesiredVector:Dot(CurrentVector))
if AngularDifference > 0 then
local OrthoVector = CurrentVector:Cross(DesiredVector).Unit
local AngularCorrection = math.min(AngularDifference, Cast.StateInfo.Delta * Cast.UserData.HomeData.TurnRatePerSecond)
Cast:SetVelocity(CFrame.fromAxisAngle(OrthoVector, AngularCorrection):vectorToWorldSpace(CurrentVelocity))
end
end
end
end
local TravelCFrame
if Cast.UserData.SpinData.CanSpinPart then
if not Cast.UserData.CastBehavior.Hitscan then
local Position = (SegmentOrigin + Cast.UserData.SpinData.ProjectileOffset)
if Cast.UserData.BounceData.SuperRicochet then
TravelCFrame = CFrame.new(Position, Position + SegmentVelocity) * Math.FromAxisAngle(Tick * Cast.UserData.SpinData.InitalAngularVelocity) * Cast.UserData.SpinData.InitalRotation
else
if Cast.UserData.BounceData.CurrentBounces > 0 then
TravelCFrame = CFrame.new(Position, Position + SegmentVelocity) * Math.FromAxisAngle(Tick * Cast.UserData.SpinData.InitalAngularVelocity) * Cast.UserData.SpinData.InitalRotation
else
TravelCFrame = CFrame.new(SegmentOrigin, SegmentOrigin + SegmentVelocity) * CFrame.Angles(math.rad(-360 * ((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinX - math.floor((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinX))), math.rad(-360 * ((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinY - math.floor((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinY))), math.rad(-360 * ((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinZ - math.floor((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinZ))))
end
end
else
TravelCFrame = CFrame.new(SegmentOrigin, SegmentOrigin + SegmentVelocity) * CFrame.Angles(math.rad(-360 * ((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinX - math.floor((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinX))), math.rad(-360 * ((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinY - math.floor((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinY))), math.rad(-360 * ((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinZ - math.floor((os.clock() - Cast.UserData.ShootId / 4) * Cast.UserData.SpinData.SpinZ))))
end
else
TravelCFrame = CFrame.new(SegmentOrigin, SegmentOrigin + SegmentVelocity)
end
Cast.RayInfo.CurrentCFrame = TravelCFrame
Cast.UserData.BounceData.CurrentAnchorPoint = (TravelCFrame * Cast.UserData.BounceData.AnchorPoint).p
Cast.UserData.BounceData.BounceDeltaTime += Cast.StateInfo.Delta
if Cast.UserData.BounceData.BounceDeltaTime > Cast.UserData.BounceData.BounceDelay then
Cast.UserData.BounceData.LastBouncedObject = nil
end
if Cast.UserData.BulletParticleData then
UpdateParticle(Cast, SegmentOrigin, Cast.UserData.LastPosition, SegmentOrigin)
end
if Cast.UserData.LaserData.LaserTrailEnabled then
if Cast.StateInfo.Delta > 0 then
local Width = Cast.UserData.LaserData.LaserTrailWidth
local Height = Cast.UserData.LaserData.LaserTrailHeight
local TrailSegment = Miscs[Cast.UserData.LaserData.LaserTrailShape.."Segment"]:Clone()
if Cast.UserData.LaserData.RandomizeLaserColorIn ~= "None" then
if Cast.UserData.LaserData.RandomizeLaserColorIn == "Whole" then
TrailSegment.Color = Cast.UserData.LaserData.RandomLaserColor
elseif Cast.UserData.LaserData.RandomizeLaserColorIn == "Segment" then
TrailSegment.Color = Color3.new(math.random(), math.random(), math.random())
end
else
TrailSegment.Color = Cast.UserData.LaserData.LaserTrailColor
end
TrailSegment.Material = Cast.UserData.LaserData.LaserTrailMaterial
TrailSegment.Reflectance = Cast.UserData.LaserData.LaserTrailReflectance
TrailSegment.Transparency = Cast.UserData.LaserData.LaserTrailTransparency
TrailSegment.Size = Cast.UserData.LaserData.LaserTrailShape == "Cone" and Vector3.new(Width, (SegmentOrigin - LastSegmentOrigin).Magnitude, Height) or Vector3.new((SegmentOrigin - LastSegmentOrigin).Magnitude, Height, Width)
TrailSegment.CFrame = CFrame.new((LastSegmentOrigin + SegmentOrigin) * 0.5, SegmentOrigin) * (Cast.UserData.LaserData.LaserTrailShape == "Cone" and CFrame.Angles(math.pi / 2, 0, 0) or CFrame.Angles(0, math.pi / 2, 0))
TrailSegment.Parent = Camera
table.insert(Cast.UserData.LaserData.LaserTrailContainer, TrailSegment)
if Cast.UserData.LaserData.UpdateLaserTrail then
Cast.UserData.LaserData.UpdateLaserTrail:Fire(Cast.UserData.LaserData.LaserTrailId, Cast.UserData.LaserData.LaserTrailContainer)
end
Thread:Delay(Cast.UserData.LaserData.LaserTrailVisibleTime, function()
if Cast.UserData.LaserData.LaserTrailFadeTime > 0 then
local DesiredSize = TrailSegment.Size * (Cast.UserData.LaserData.ScaleLaserTrail and Vector3.new(1, Cast.UserData.LaserData.LaserTrailScaleMultiplier, Cast.UserData.LaserData.LaserTrailScaleMultiplier) or Vector3.new(1, 1, 1))
local Tween = TweenService:Create(TrailSegment, TweenInfo.new(Cast.UserData.LaserData.LaserTrailFadeTime, Enum.EasingStyle.Linear, Enum.EasingDirection.Out), {Transparency = 1, Size = DesiredSize})
Tween:Play()
Tween.Completed:Wait()
if TrailSegment then
local Index = table.find(Cast.UserData.LaserData.LaserTrailContainer, TrailSegment)
if Index then
table.remove(Cast.UserData.LaserData.LaserTrailContainer, Index)
if Cast.UserData.LaserData.UpdateLaserTrail then
Cast.UserData.LaserData.UpdateLaserTrail:Fire(Cast.UserData.LaserData.LaserTrailId, Cast.UserData.LaserData.LaserTrailContainer)
end
end
TrailSegment:Destroy()
end
else
if TrailSegment then
local Index = table.find(Cast.UserData.LaserData.LaserTrailContainer, TrailSegment)
if Index then
table.remove(Cast.UserData.LaserData.LaserTrailContainer, Index)
if Cast.UserData.LaserData.UpdateLaserTrail then
Cast.UserData.LaserData.UpdateLaserTrail:Fire(Cast.UserData.LaserData.LaserTrailId, Cast.UserData.LaserData.LaserTrailContainer)
end
end
TrailSegment:Destroy()
end
end
end)
end
end
if Cast.UserData.LightningData.LightningBoltEnabled then
if Cast.StateInfo.Delta > 0 then
local Wideness = Cast.UserData.LightningData.BoltWideness
local Width = Cast.UserData.LightningData.BoltWidth
local Height = Cast.UserData.LightningData.BoltHeight
for _, v in ipairs(Cast.UserData.LightningData.BoltCFrameTable) do
local Cache
if Cast.UserData.LightningData.BoltShape == "Block" then
Cache = BlockSegCache
elseif Cast.UserData.LightningData.BoltShape == "Cylinder" then
Cache = CylinderSegCache
elseif Cast.UserData.LightningData.BoltShape == "Cone" then
Cache = ConeSegCache
end
if Cache then
local Start = (CFrame.new(SegmentOrigin, SegmentOrigin + SegmentDirection) * v).p
local End = (CFrame.new(LastSegmentOrigin, LastSegmentOrigin + SegmentDirection) * v).p
local Distance = (End - Start).Magnitude
local Pos = Start
for i = 0, Distance, 10 do
local FakeDistance = CFrame.new(Start, End) * CFrame.new(0, 0, -i - 10) * CFrame.new(-2 + (math.random() * Wideness), -2 + (math.random() * Wideness), -2 + (math.random() * Wideness))
local BoltSegment = Cache:GetPart()
if Cast.UserData.LightningData.RandomizeBoltColorIn ~= "None" then
if Cast.UserData.LightningData.RandomizeBoltColorIn == "Whole" then
BoltSegment.Color = Cast.UserData.LightningData.RandomBoltColor
elseif Cast.UserData.LightningData.RandomizeBoltColorIn == "Segment" then
BoltSegment.Color = Color3.new(math.random(), math.random(), math.random())
end
else
BoltSegment.Color = Cast.UserData.LightningData.BoltColor
end
BoltSegment.Material = Cast.UserData.LightningData.BoltMaterial
BoltSegment.Reflectance = Cast.UserData.LightningData.BoltReflectance
BoltSegment.Transparency = Cast.UserData.LightningData.BoltTransparency
if i + 10 > Distance then
BoltSegment.CFrame = CFrame.new(Pos, End) * CFrame.new(0, 0, -(Pos - End).Magnitude / 2) * (Cast.UserData.LightningData.BoltShape == "Cone" and CFrame.Angles(math.pi / 2, 0, 0) or CFrame.Angles(0, math.pi / 2, 0))
else
BoltSegment.CFrame = CFrame.new(Pos, FakeDistance.p) * CFrame.new(0, 0, -(Pos - FakeDistance.p).Magnitude / 2) * (Cast.UserData.LightningData.BoltShape == "Cone" and CFrame.Angles(math.pi / 2, 0, 0) or CFrame.Angles(0, math.pi / 2, 0))
end
if i + 10 > Distance then
BoltSegment.Size = Cast.UserData.LightningData.BoltShape == "Cone" and Vector3.new(Width, (Pos - End).Magnitude, Height) or Vector3.new((Pos - End).Magnitude, Height, Width)
else
BoltSegment.Size = Cast.UserData.LightningData.BoltShape == "Cone" and Vector3.new(Width, (Pos - FakeDistance.p).Magnitude, Height) or Vector3.new((Pos - FakeDistance.p).Magnitude, Height, Width)
end
Thread:Delay(Cast.UserData.LightningData.BoltVisibleTime, function()
if Cast.UserData.LightningData.BoltFadeTime > 0 then
local DesiredSize = BoltSegment.Size * (Cast.UserData.LightningData.ScaleBolt and Vector3.new(1, Cast.UserData.LightningData.BoltScaleMultiplier, Cast.UserData.LightningData.BoltScaleMultiplier) or Vector3.new(1, 1, 1))
local Tween = TweenService:Create(BoltSegment, TweenInfo.new(Cast.UserData.LightningData.BoltFadeTime, Enum.EasingStyle.Linear, Enum.EasingDirection.Out), {Transparency = 1, Size = DesiredSize})
Tween:Play()
Tween.Completed:Wait()
if BoltSegment ~= nil then
Cache:ReturnPart(BoltSegment)
end
else
if BoltSegment ~= nil then
Cache:ReturnPart(BoltSegment)
end
end
end)
Pos = FakeDistance.p
end
end
end
end
end
if not Cast.UserData.Replicate and Cast.UserData.ClientModule.WhizSoundEnabled then
if not Cast.UserData.Whizzed then
local Mag = (Camera.CFrame.p - SegmentOrigin).Magnitude --(Camera.CFrame.p - CosmeticBulletObject.Position).Magnitude
if Mag < Cast.UserData.ClientModule.WhizDistance then
local WhizSound = Instance.new("Sound")
WhizSound.SoundId = "rbxassetid://"..Cast.UserData.ClientModule.WhizSoundIDs[math.random(1, #Cast.UserData.ClientModule.WhizSoundIDs)]
WhizSound.Volume = Cast.UserData.ClientModule.WhizSoundVolume
WhizSound.PlaybackSpeed = Random.new():NextNumber(Cast.UserData.ClientModule.WhizSoundPitchMin, Cast.UserData.ClientModule.WhizSoundPitchMax)
WhizSound.Name = "WhizSound"
WhizSound.Parent = SoundService
WhizSound:Play()
Debris:AddItem(WhizSound, WhizSound.TimeLength / WhizSound.PlaybackSpeed)
Cast.UserData.Whizzed = true
end
end
end
Cast.UserData.LastPosition = SegmentOrigin
if CosmeticBulletObject == nil then
return
end
CosmeticBulletObject.CFrame = TravelCFrame
end
I’m mostly unsure why it causes this error in the first place.
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