-- ModuleScript ActiveCast (via decompile)
local _ = require(script.Parent.TypeDefinitions)
local TypeMarshaller_upv_1 = require(script.Parent.TypeMarshaller)
local tbl_upv_1 = {}
tbl_upv_1.__index = tbl_upv_1
tbl_upv_1.__type = "ActiveCast"
local RunService_upv_1 = game:GetService("RunService")
local Table_upv_1 = require(script.Parent.Table)
local u1 = nil
local function GetFastCastVisualizationContainer()
    --[[
      name: GetFastCastVisualizationContainer
      line: 62
    ]]
    local FastCastVisualizationObjects_1 = workspace.Terrain:FindFirstChild("FastCastVisualizationObjects")
    if FastCastVisualizationObjects_1 ~= nil then
        return FastCastVisualizationObjects_1
    end
    local v1 = Instance.new("Folder")
    v1.Name = "FastCastVisualizationObjects"
    v1.Archivable = false
    v1.Parent = workspace.Terrain
    return v1
end
function DbgVisualizeSegment(a1, a2)
    --[[
      name: DbgVisualizeSegment
      line: 86
      upvalues:
        u1 (ref, index: 1)
    ]]
    if u1.VisualizeCasts ~= true then
        return nil
    end
    local v2 = Instance.new("ConeHandleAdornment")
    v2.Adornee = workspace.Terrain
    v2.CFrame = a1
    v2.Height = a2
    v2.Color3 = Color3.new()
    v2.Radius = 0.25
    v2.Transparency = 0.5
    local v3 = workspace.Terrain:FindFirstChild("FastCastVisualizationObjects")
    if v3 == nil then
        v3 = Instance.new("Folder")
        v3.Name = "FastCastVisualizationObjects"
        v3.Archivable = false
        v3.Parent = workspace.Terrain
    end
    v2.Parent = v3
    return v2
end
function DbgVisualizeHit(a1, a2)
    --[[
      name: DbgVisualizeHit
      line: 102
      upvalues:
        u1 (ref, index: 1)
    ]]
    if u1.VisualizeCasts ~= true then
        return nil
    end
    local v4 = Instance.new("SphereHandleAdornment")
    v4.Adornee = workspace.Terrain
    v4.CFrame = a1
    v4.Radius = 0.4
    v4.Transparency = 0.25
    v4.Color3 = a2 == false and Color3.new(0.2, 1, 0.5) or Color3.new(1, 0.2, 0.2)
    local v6 = workspace.Terrain:FindFirstChild("FastCastVisualizationObjects")
    if v6 == nil then
        v6 = Instance.new("Folder")
        v6.Name = "FastCastVisualizationObjects"
        v6.Archivable = false
        v6.Parent = workspace.Terrain
    end
    v4.Parent = v6
    return v4
end
local function GetPositionAtTime(a1, a2, a3, a4)
    --[[
      name: GetPositionAtTime
      line: 124
    ]]
    return (a2 + (a3 * a1)) + Vector3.new((a4.X * (a1 ^ 2)) / 2, (a4.Y * (a1 ^ 2)) / 2, (a4.Z * (a1 ^ 2)) / 2)
end
local function GetVelocityAtTime(a1, a2, a3)
    --[[
      name: GetVelocityAtTime
      line: 136
    ]]
    return a2 + (a3 * a1)
end
local function GetTrajectoryInfo(a1, a2)
    --[[
      name: GetTrajectoryInfo
      line: 140
    ]]
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    local v7 = a1.StateInfo.Trajectories[a2]
    local v8 = v7.EndTime - v7.StartTime
    local InitialVelocity_1 = v7.InitialVelocity
    local Acceleration_1 = v7.Acceleration
    return {(v7.Origin + (InitialVelocity_1 * v8)) + Vector3.new((Acceleration_1.X * (v8 ^ 2)) / 2, (Acceleration_1.Y * (v8 ^ 2)) / 2, (Acceleration_1.Z * (v8 ^ 2)) / 2), InitialVelocity_1 + (Acceleration_1 * v8)}
end
local function GetLatestTrajectoryEndInfo(a1)
    --[[
      name: GetLatestTrajectoryEndInfo
      line: 153
      upvalues:
        GetTrajectoryInfo (copy, index: 1)
    ]]
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    return (GetTrajectoryInfo(a1, #a1.StateInfo.Trajectories))
end
local function CloneCastParams(a1)
    --[[
      name: CloneCastParams
      line: 158
    ]]
    local v9 = RaycastParams.new()
    v9.CollisionGroup = a1.CollisionGroup
    v9.FilterType = a1.FilterType
    v9.FilterDescendantsInstances = a1.FilterDescendantsInstances
    v9.IgnoreWater = a1.IgnoreWater
    return v9
end
local function SendRayFinalHit(a1, a2, a3, a4, a5, a6)
    --[[
      name: SendRayFinalHit
      line: 167
    ]]
    a1.Caster.RayFinalHit:Fire(a1, a2, a3, a4, a5, a6)
end
local function SendRayHit(a1, a2, a3, a4, a5, a6)
    --[[
      name: SendRayHit
      line: 179
    ]]
    a1.Caster.RayHit:Fire(a1, a2, a3, a4, a5, a6)
end
local function SendLengthChanged(a1, a2, a3, a4, a5, a6, a7)
    --[[
      name: SendLengthChanged
      line: 191
    ]]
    a1.Caster.LengthChanged:Fire(a1, a2, a3, a4, a5, a6, a7)
end
local function SimulateHitscan(a1, a2, a3, a4, a5)
    --[[
      name: SimulateHitscan
      line: 735
      upvalues:
        Table_upv_1 (copy, index: 1)
        SimulateHitscan (copy, index: 3)
    ]]
    local WorldRoot_1 = a1.RayInfo.WorldRoot
    local v10 = WorldRoot_1:Raycast(a2, a3 * a5, a1.RayInfo.Parameters)
    local v11 = a2 + a3 * a5
    local v12 = nil
    local _ = Vector3.new()
    if v10 then
        v11, v12 = v10.Position, v10.Instance
    end
    Table_upv_1.insert(a1.StateInfo.TweenTable, {s = 0, ready = false, origin = a2, direction = CFrame.new(a2, v11), lastPoint = a2, l = (a2 - v11).Magnitude})
    if not v12 or v12 == a1.RayInfo.CosmeticBulletObject then
        return
    end
    if a1.RayInfo.CanPenetrateCallback == nil then
        local v13 = nil
        if a1.RayInfo.CanHitCallback ~= nil and a1.RayInfo.CanHitCallback(a1, a2, a3, v10, a4, a1.RayInfo.CosmeticBulletObject) ~= false then
            a1.Caster.RayHit:Fire(a1, a2, a3, v10, a4, a1.RayInfo.CosmeticBulletObject)
            v13 = DbgVisualizeHit(CFrame.new(v11), true)
            if v13 ~= nil then
                v13.Color3 = Color3.new(1, 0.113725, 0.588235)
            end
            SimulateHitscan(a1, v11, a1.RayInfo.ModifiedDirection, a4, a5)
            return
        end
        a1.Caster.RayFinalHit:Fire(a1, a2, a3, v10, a4, a1.RayInfo.CosmeticBulletObject)
        DbgVisualizeHit(CFrame.new(v11), false)
    else
        if a1.RayInfo.CanPenetrateCallback ~= nil and a1.RayInfo.CanPenetrateCallback(a1, a2, a3, v10, a4, a1.RayInfo.CosmeticBulletObject) == false then
            local v13
            if a1.RayInfo.CanHitCallback == nil or a1.RayInfo.CanHitCallback(a1, a2, a3, v10, a4, a1.RayInfo.CosmeticBulletObject) == false then
                a1.Caster.RayFinalHit:Fire(a1, a2, a3, v10, a4, a1.RayInfo.CosmeticBulletObject)
                DbgVisualizeHit(CFrame.new(v11), false)
                return
            end
            a1.Caster.RayHit:Fire(a1, a2, a3, v10, a4, a1.RayInfo.CosmeticBulletObject)
            v13 = DbgVisualizeHit(CFrame.new(v11), true)
            if v13 ~= nil then
                v13.Color3 = Color3.new(1, 0.113725, 0.588235)
            end
            SimulateHitscan(a1, v11, a1.RayInfo.ModifiedDirection, a4, a5)
            return
        end
        DbgVisualizeHit(CFrame.new(v11), true)
        local Parameters_1 = a1.RayInfo.Parameters
        local tbl_2 = {}
        local v14 = 0
        local FilterDescendantsInstances_1 = Parameters_1.FilterDescendantsInstances
        local v15 = false
        local v16 = nil
        while true do
            if v10.Instance:IsA("Terrain") then
                if Enum.Material.Air == Enum.Material.Water then
                    a1:Terminate()
                    error("Do not add Water as a piercable material. If you need to penetrate water, set cast.RayInfo.Parameters.IgnoreWater = true instead", 0)
                end
                warn("WARNING: The penetrate callback for this cast returned TRUE on Terrain! This can cause severely adverse effects.")
            end
            if Parameters_1.FilterType ~= Enum.RaycastFilterType.Blacklist then
                local FilterDescendantsInstances_2 = Parameters_1.FilterDescendantsInstances
                Table_upv_1.removeObject(FilterDescendantsInstances_2, v10.Instance)
                Table_upv_1.insert(tbl_2, v10.Instance)
                Parameters_1.FilterDescendantsInstances = FilterDescendantsInstances_2
            else
                local FilterDescendantsInstances_3 = Parameters_1.FilterDescendantsInstances
                Table_upv_1.insert(FilterDescendantsInstances_3, v10.Instance)
                Table_upv_1.insert(tbl_2, v10.Instance)
                Parameters_1.FilterDescendantsInstances = FilterDescendantsInstances_3
            end
            v10 = WorldRoot_1:Raycast(a2, a3, Parameters_1)
            if v10 ~= nil then
                if v14 >= 100 then
                    warn("WARNING: Exceeded maximum penetrate test budget for a single ray segment (attempted to test the same segment " .. 100 .. " times!)")
                else
                    v14 = v14 + 1
                    if a1.RayInfo.CanPenetrateCallback(a1, a2, a3, v10, a4, a1.RayInfo.CosmeticBulletObject) ~= false then
                        continue
                    end
                    v15 = true
                end
            end
            a1.RayInfo.Parameters.FilterDescendantsInstances = FilterDescendantsInstances_1
            if v15 then
                if a1.RayInfo.CanHitCallback == nil or a1.RayInfo.CanHitCallback(a1, a2, a3, v10, a4, a1.RayInfo.CosmeticBulletObject) == false then
                    local v17 = "Broke because the ray hit something solid (" .. tostring(v10.Instance) .. ") while testing for a penetration. Terminating the cast."
                    a1.Caster.RayFinalHit:Fire(a1, a2, a3, v10, a4, a1.RayInfo.CosmeticBulletObject)
                    DbgVisualizeHit(CFrame.new(v10.Position), false)
                    return
                end
                a1.Caster.RayHit:Fire(a1, a2, a3, v10, a4, a1.RayInfo.CosmeticBulletObject)
                v16 = DbgVisualizeHit(CFrame.new(v11), true)
                if v16 ~= nil then
                    v16.Color3 = Color3.new(1, 0.113725, 0.588235)
                end
                SimulateHitscan(a1, v11, a1.RayInfo.ModifiedDirection, a4, a5)
            else
                SimulateHitscan(a1, v11 + (a3 * 0.01), a3, a4, a5 - (a2 - v11).Magnitude)
            end
            return
        end
    end
end
local function SimulateCast(a1, a2, a3)
    --[[
      name: SimulateCast
      line: 213
      upvalues:
        Table_upv_1 (copy, index: 2)
    ]]
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    local v17 = a1.StateInfo.Trajectories[#a1.StateInfo.Trajectories]
    local Origin_upv_1 = v17.Origin
    local v18 = a1.StateInfo.TotalRuntime - v17.StartTime
    local InitialVelocity_2 = v17.InitialVelocity
    local Acceleration_2 = v17.Acceleration
    local u2 = Origin_upv_1 + (InitialVelocity_2 * v18) + Vector3.new((Acceleration_2.X * (v18 ^ 2)) / 2, (Acceleration_2.Y * (v18 ^ 2)) / 2, (Acceleration_2.Z * (v18 ^ 2)) / 2)
    local v19 = a1.StateInfo.TotalRuntime - v17.StartTime
    a1.StateInfo.Delta = a2
    local StateInfo_1 = a1.StateInfo
    StateInfo_1.TotalRuntime = StateInfo_1.TotalRuntime + a2
    local StateInfo_2 = a1.StateInfo
    StateInfo_2.TotalRuntime2 = StateInfo_2.TotalRuntime2 + a2
    local v20 = a1.StateInfo.TotalRuntime - v17.StartTime
    local v21 = Origin_upv_1 + (InitialVelocity_2 * v20) + Vector3.new((Acceleration_2.X * (v20 ^ 2)) / 2, (Acceleration_2.Y * (v20 ^ 2)) / 2, (Acceleration_2.Z * (v20 ^ 2)) / 2)
    local u3 = InitialVelocity_2 + Acceleration_2 * v20
    local u4 = (v21 - u2).Unit * u3.Magnitude * a2
    local WorldRoot_upv_2 = a1.RayInfo.WorldRoot
    local u5 = nil
    local Position_upv_1 = v21
    local v22 = nil
    local u6 = Enum.Material.Air
    local _ = Vector3.new()
    if a1.RayInfo.RaycastHitbox then
        for v39, value_1 in next, a1.RayInfo.RaycastHitbox do
            u5 = WorldRoot_upv_2:Raycast((a1.RayInfo.CurrentCFrame * value_1).p, u4, a1.RayInfo.Parameters)
            if u5 ~= nil then
                Position_upv_1 = u5.Position
                local Instance_1 = u5.Instance
                u6 = u5.Material
                v22 = Instance_1
                break
            end
        end
    else
        u5 = WorldRoot_upv_2:Raycast(u2, u4, a1.RayInfo.Parameters)
        if u5 ~= nil then
            Position_upv_1 = u5.Position
            local Instance_2 = u5.Instance
            u6 = u5.Material
            v22 = Instance_2
        end
    end
    local Magnitude_upv_1 = ((((a1.RayInfo.RaycastHitbox) and v21) or Position_upv_1) - u2).Magnitude
    a1.Caster.LengthChanged:Fire(a1, ((a1.RayInfo.RaycastHitbox) and v21) or Position_upv_1, u2, u4.Unit, Magnitude_upv_1, u3, a1.RayInfo.CosmeticBulletObject)
    local v23 = a1.StateInfo
    v23.DistanceCovered = v23.DistanceCovered + Magnitude_upv_1
    v23 = nil
    if a2 > 0 then
        v23 = DbgVisualizeSegment(CFrame.new(u2, u2 + u4), Magnitude_upv_1)
    end
    if v22 then
        if v22 == a1.RayInfo.CosmeticBulletObject then
            if a1.RayInfo.TravelType ~= "Distance" then
                if a1.RayInfo.Lifetime < a1.StateInfo.TotalRuntime2 then
                    if a1.UserData.CastBehavior.HitEventOnTermination then
                        a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                    end
                    a1:Terminate(nil, true)
                    DbgVisualizeHit(CFrame.new(v21), false)
                end
            elseif a1.RayInfo.MaxDistance <= a1.StateInfo.DistanceCovered then
                if a1.UserData.CastBehavior.HitEventOnTermination then
                    a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                end
                a1:Terminate(nil, true)
                DbgVisualizeHit(CFrame.new(v21), false)
            end
        else
            local v40 = tick()
            if a1.RayInfo.CanPenetrateCallback ~= nil then
                if a3 == false and a1.StateInfo.IsActivelySimulatingPenetration then
                    a1:Terminate()
                    error("ERROR: The latest call to CanPenetrateCallback took too long to complete! This cast is going to suffer desyncs which WILL cause unexpected behavior and errors. Please fix your performance problems, or remove statements that yield (e.g. wait() calls)")
                end
                a1.StateInfo.IsActivelySimulatingPenetration = true
            end
            if a1.RayInfo.CanPenetrateCallback ~= nil then
                if a1.RayInfo.CanPenetrateCallback == nil then
                    if v23 ~= nil then
                        v23.Color3 = Color3.new(0.4, 0.05, 0.05)
                    end
                    DbgVisualizeHit(CFrame.new(Position_upv_1), true)
                    local Parameters_upv_2 = a1.RayInfo.Parameters
                    local tbl_upv_3 = {}
                    local u7 = 0
                    local FilterDescendantsInstances_upv_4 = Parameters_upv_2.FilterDescendantsInstances
                    local u8 = false
                    local u9 = false
                    local function Recursive_upv_1()
                        --[[
                          name: Recursive
                          line: 546
                          upvalues:
                            Table_upv_1 (copy, index: 1)
                            tbl_upv_3 (copy, index: 2)
                            u7 (ref,  index: 3)
                            u8 (ref,  index: 4)
                            a1 (copy, index: 5)
                            u5 (ref,  index: 6)
                            u6 (ref,  index: 7)
                            Parameters_upv_2 (copy, index: 8)
                            WorldRoot_upv_2 (copy, index: 9)
                            u2 (copy, index: 10)
                            u4 (copy, index: 11)
                            Origin_upv_1 (copy, index: 12)
                            u3 (copy, index: 13)
                            FilterDescendantsInstances_upv_4 (copy, index: 14)
                            u9 (ref,  index: 15)
                            Position_upv_1 (ref,  index: 16)
                            Magnitude_upv_1 (copy, index: 17)
                            Recursive_upv_1 (copy, index: 18)
                        ]]
                        Table_upv_1.clear(tbl_upv_3)
                        u7 = 0
                        u8 = false
                        a1.StateInfo.IsActivelySimulatingPenetration = true
                        while true do
                            local v24 = u5.Instance:IsA("Terrain")
                            if v24 then
                                if u6 == Enum.Material.Water then
                                    a1:Terminate()
                                    error("Do not add Water as a piercable material. If you need to penetrate water, set cast.RayInfo.Parameters.IgnoreWater = true instead", 0)
                                end
                                warn("WARNING: The penetrate callback for this cast returned TRUE on Terrain! This can cause severely adverse effects.")
                            end
                            if Parameters_upv_2.FilterType ~= Enum.RaycastFilterType.Blacklist then
                                local FilterDescendantsInstances_5 = Parameters_upv_2.FilterDescendantsInstances
                                Table_upv_1.removeObject(FilterDescendantsInstances_5, u5.Instance)
                                Table_upv_1.insert(tbl_upv_3, u5.Instance)
                                Parameters_upv_2.FilterDescendantsInstances = FilterDescendantsInstances_5
                            else
                                local FilterDescendantsInstances_6 = Parameters_upv_2.FilterDescendantsInstances
                                Table_upv_1.insert(FilterDescendantsInstances_6, u5.Instance)
                                Table_upv_1.insert(tbl_upv_3, u5.Instance)
                                Parameters_upv_2.FilterDescendantsInstances = FilterDescendantsInstances_6
                            end
                            u5 = WorldRoot_upv_2:Raycast(u2, u4, Parameters_upv_2)
                            if u5 ~= nil then
                                if u7 >= 100 then
                                    warn("WARNING: Exceeded maximum penetrate test budget for a single ray segment (attempted to test the same segment " .. 100 .. " times!)")
                                else
                                    u7 = u7 + 1
                                    if a1.RayInfo.CanPenetrateCallback(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject) ~= false then
                                        continue
                                    end
                                    u8 = true
                                end
                            end
                            a1.RayInfo.Parameters.FilterDescendantsInstances = FilterDescendantsInstances_upv_4
                            a1.StateInfo.IsActivelySimulatingPenetration = false
                            if u8 then
                                if a1.RayInfo.CanHitCallback == nil or a1.RayInfo.CanHitCallback(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject) == false then
                                    u9 = true
                                    return
                                end
                                a1.Caster.RayHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                                local v25 = DbgVisualizeHit(CFrame.new(Position_upv_1), true)
                                if v25 ~= nil then
                                    v25.Color3 = Color3.new(1, 0.113725, 0.588235)
                                end
                                local v26 = DbgVisualizeSegment(CFrame.new(u2, u2 + u4), Magnitude_upv_1)
                                if v26 ~= nil then
                                    v26.Color3 = Color3.new(0.305882, 0.243137, 0.329412)
                                end
                                Recursive_upv_1()
                            end
                            return
                        end
                    end
                    Recursive_upv_1()
                    if u9 then
                        local v41 = "Broke because the ray hit something solid (" .. tostring(u5.Instance) .. ") while testing for a penetration. Terminating the cast."
                        a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                        a1:Terminate(u5)
                        DbgVisualizeHit(CFrame.new(u5.Position), false)
                    elseif a1.RayInfo.TravelType ~= "Distance" then
                        if a1.RayInfo.Lifetime < a1.StateInfo.TotalRuntime2 then
                            if a1.UserData.CastBehavior.HitEventOnTermination then
                                a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                            end
                            a1:Terminate(nil, true)
                            DbgVisualizeHit(CFrame.new(v21), false)
                        end
                    elseif a1.RayInfo.MaxDistance <= a1.StateInfo.DistanceCovered then
                        if a1.UserData.CastBehavior.HitEventOnTermination then
                            a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                        end
                        a1:Terminate(nil, true)
                        DbgVisualizeHit(CFrame.new(v21), false)
                    end
                    return
                end
                if a1.RayInfo.CanPenetrateCallback(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject) ~= false then
                    if v23 ~= nil then
                        v23.Color3 = Color3.new(0.4, 0.05, 0.05)
                    end
                    DbgVisualizeHit(CFrame.new(Position_upv_1), true)
                    local Parameters_upv_2 = a1.RayInfo.Parameters
                    local tbl_upv_3 = {}
                    local u7 = 0
                    local FilterDescendantsInstances_upv_4 = Parameters_upv_2.FilterDescendantsInstances
                    local u8 = false
                    local u9 = false
                    local function Recursive_upv_1()
                        --[[
                          name: Recursive
                          line: 546
                          upvalues:
                            Table_upv_1 (copy, index: 1)
                            tbl_upv_3 (copy, index: 2)
                            u7 (ref,  index: 3)
                            u8 (ref,  index: 4)
                            a1 (copy, index: 5)
                            u5 (ref,  index: 6)
                            u6 (ref,  index: 7)
                            Parameters_upv_2 (copy, index: 8)
                            WorldRoot_upv_2 (copy, index: 9)
                            u2 (copy, index: 10)
                            u4 (copy, index: 11)
                            Origin_upv_1 (copy, index: 12)
                            u3 (copy, index: 13)
                            FilterDescendantsInstances_upv_4 (copy, index: 14)
                            u9 (ref,  index: 15)
                            Position_upv_1 (ref,  index: 16)
                            Magnitude_upv_1 (copy, index: 17)
                            Recursive_upv_1 (copy, index: 18)
                        ]]
                        Table_upv_1.clear(tbl_upv_3)
                        u7 = 0
                        u8 = false
                        a1.StateInfo.IsActivelySimulatingPenetration = true
                        while true do
                            local v24 = u5.Instance:IsA("Terrain")
                            if v24 then
                                if u6 == Enum.Material.Water then
                                    a1:Terminate()
                                    error("Do not add Water as a piercable material. If you need to penetrate water, set cast.RayInfo.Parameters.IgnoreWater = true instead", 0)
                                end
                                warn("WARNING: The penetrate callback for this cast returned TRUE on Terrain! This can cause severely adverse effects.")
                            end
                            if Parameters_upv_2.FilterType ~= Enum.RaycastFilterType.Blacklist then
                                local FilterDescendantsInstances_5 = Parameters_upv_2.FilterDescendantsInstances
                                Table_upv_1.removeObject(FilterDescendantsInstances_5, u5.Instance)
                                Table_upv_1.insert(tbl_upv_3, u5.Instance)
                                Parameters_upv_2.FilterDescendantsInstances = FilterDescendantsInstances_5
                            else
                                local FilterDescendantsInstances_6 = Parameters_upv_2.FilterDescendantsInstances
                                Table_upv_1.insert(FilterDescendantsInstances_6, u5.Instance)
                                Table_upv_1.insert(tbl_upv_3, u5.Instance)
                                Parameters_upv_2.FilterDescendantsInstances = FilterDescendantsInstances_6
                            end
                            u5 = WorldRoot_upv_2:Raycast(u2, u4, Parameters_upv_2)
                            if u5 ~= nil then
                                if u7 >= 100 then
                                    warn("WARNING: Exceeded maximum penetrate test budget for a single ray segment (attempted to test the same segment " .. 100 .. " times!)")
                                else
                                    u7 = u7 + 1
                                    if a1.RayInfo.CanPenetrateCallback(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject) ~= false then
                                        continue
                                    end
                                    u8 = true
                                end
                            end
                            a1.RayInfo.Parameters.FilterDescendantsInstances = FilterDescendantsInstances_upv_4
                            a1.StateInfo.IsActivelySimulatingPenetration = false
                            if u8 then
                                if a1.RayInfo.CanHitCallback == nil or a1.RayInfo.CanHitCallback(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject) == false then
                                    u9 = true
                                    return
                                end
                                a1.Caster.RayHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                                local v25 = DbgVisualizeHit(CFrame.new(Position_upv_1), true)
                                if v25 ~= nil then
                                    v25.Color3 = Color3.new(1, 0.113725, 0.588235)
                                end
                                local v26 = DbgVisualizeSegment(CFrame.new(u2, u2 + u4), Magnitude_upv_1)
                                if v26 ~= nil then
                                    v26.Color3 = Color3.new(0.305882, 0.243137, 0.329412)
                                end
                                Recursive_upv_1()
                            end
                            return
                        end
                    end
                    Recursive_upv_1()
                    if u9 then
                        local v41 = "Broke because the ray hit something solid (" .. tostring(u5.Instance) .. ") while testing for a penetration. Terminating the cast."
                        a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                        a1:Terminate(u5)
                        DbgVisualizeHit(CFrame.new(u5.Position), false)
                    elseif a1.RayInfo.TravelType ~= "Distance" then
                        if a1.RayInfo.Lifetime < a1.StateInfo.TotalRuntime2 then
                            if a1.UserData.CastBehavior.HitEventOnTermination then
                                a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                            end
                            a1:Terminate(nil, true)
                            DbgVisualizeHit(CFrame.new(v21), false)
                        end
                    elseif a1.RayInfo.MaxDistance <= a1.StateInfo.DistanceCovered then
                        if a1.UserData.CastBehavior.HitEventOnTermination then
                            a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                        end
                        a1:Terminate(nil, true)
                        DbgVisualizeHit(CFrame.new(v21), false)
                    end
                    return
                end
            end
            a1.StateInfo.IsActivelySimulatingPenetration = false
            if a1.StateInfo.HighFidelityBehavior ~= 2 or v17.Acceleration == Vector3.new() or a1.StateInfo.HighFidelitySegmentSize == 0 then
                if a1.StateInfo.HighFidelityBehavior ~= 1 and a1.StateInfo.HighFidelityBehavior ~= 3 then
                    a1:Terminate()
                    error("Invalid value " .. a1.StateInfo.HighFidelityBehavior .. " for HighFidelityBehavior.")
                    if a1.RayInfo.TravelType ~= "Distance" then
                        if a1.RayInfo.Lifetime < a1.StateInfo.TotalRuntime2 then
                            if a1.UserData.CastBehavior.HitEventOnTermination then
                                a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                            end
                            a1:Terminate(nil, true)
                            DbgVisualizeHit(CFrame.new(v21), false)
                        end
                    elseif a1.RayInfo.MaxDistance <= a1.StateInfo.DistanceCovered then
                        if a1.UserData.CastBehavior.HitEventOnTermination then
                            a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                        end
                        a1:Terminate(nil, true)
                        DbgVisualizeHit(CFrame.new(v21), false)
                    end
                    return
                end
                local v27, v28 = nil, nil
                if a1.RayInfo.CanHitCallback ~= nil and a1.RayInfo.CanHitCallback(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject) ~= false then
                    a1.Caster.RayHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                    v27 = DbgVisualizeHit(CFrame.new(Position_upv_1), true)
                    if v27 ~= nil then
                        v27.Color3 = Color3.new(1, 0.113725, 0.588235)
                    end
                    v28 = DbgVisualizeSegment(CFrame.new(u2, u2 + u4), Magnitude_upv_1)
                    if v28 ~= nil then
                        v28.Color3 = Color3.new(0.305882, 0.243137, 0.329412)
                    end
                    if a1.RayInfo.TravelType ~= "Distance" then
                        if a1.RayInfo.Lifetime < a1.StateInfo.TotalRuntime2 then
                            if a1.UserData.CastBehavior.HitEventOnTermination then
                                a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                            end
                            a1:Terminate(nil, true)
                            DbgVisualizeHit(CFrame.new(v21), false)
                        end
                    elseif a1.RayInfo.MaxDistance <= a1.StateInfo.DistanceCovered then
                        if a1.UserData.CastBehavior.HitEventOnTermination then
                            a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                        end
                        a1:Terminate(nil, true)
                        DbgVisualizeHit(CFrame.new(v21), false)
                    end
                    return
                end
                a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                a1:Terminate(u5)
                DbgVisualizeHit(CFrame.new(Position_upv_1), false)
            else
                a1.StateInfo.CancelHighResCast = false
                if a1.StateInfo.IsActivelyResimulating then
                    a1:Terminate()
                    error("Cascading cast lag encountered! The caster attempted to perform a high fidelity cast before the previous one completed, resulting in exponential cast lag. Consider increasing HighFidelitySegmentSize.")
                end
                a1.StateInfo.IsActivelyResimulating = true
                local v29 = math.floor(Magnitude_upv_1 / a1.StateInfo.HighFidelitySegmentSize)
                local v30 = a2 / v29
                local v31, v32, v33, v34 = nil, nil, nil, nil
                for n_1 = 1, v29 do
                    local v35 = nil
                    if a1.StateInfo.CancelHighResCast then
                        a1.StateInfo.CancelHighResCast = false
                        break
                    end
                    local v36 = v19 + v30 * n_1
                    local v37 = Origin_upv_1 + (InitialVelocity_2 * v36) + Vector3.new((Acceleration_2.X * (v36 ^ 2)) / 2, (Acceleration_2.Y * (v36 ^ 2)) / 2, (Acceleration_2.Z * (v36 ^ 2)) / 2)
                    v31 = InitialVelocity_2 + Acceleration_2 * (v19 + (v30 * n_1))
                    v32 = v31 * a2
                    v33 = nil
                    if a1.RayInfo.RaycastHitbox then
                        for v42, value_2 in next, a1.RayInfo.RaycastHitbox do
                            v33 = WorldRoot_upv_2:Raycast((a1.RayInfo.CurrentCFrame * value_2).p, v32, a1.RayInfo.Parameters)
                            if v33 ~= nil then
                                break
                            else
                                continue
                            end
                        end
                    else
                        v33 = WorldRoot_upv_2:Raycast(v37, v32, a1.RayInfo.Parameters)
                    end
                    if v33 == nil then
                        v34 = DbgVisualizeSegment(CFrame.new(v37, v37 + v31), (v37 - (v37 + v31)).Magnitude)
                        if v34 ~= nil then
                            v34.Color3 = Color3.new(0.286275, 0.329412, 0.247059)
                        end
                    else
                        v35 = DbgVisualizeSegment(CFrame.new(v37, v37 + v31), (v37 - v33.Position).Magnitude)
                        if v35 ~= nil then
                            v35.Color3 = Color3.new(0.286275, 0.329412, 0.247059)
                        end
                        if a1.RayInfo.CanPenetrateCallback == nil then
                            local v38 = nil
                            if a1.RayInfo.CanHitCallback ~= nil and (a1.RayInfo.CanHitCallback == nil or a1.RayInfo.CanHitCallback(a1, Origin_upv_1, v32.Unit, v33, v31, a1.RayInfo.CosmeticBulletObject) ~= false) then
                                a1.Caster.RayHit:Fire(a1, Origin_upv_1, v32.Unit, v33, v31, a1.RayInfo.CosmeticBulletObject)
                                v38 = DbgVisualizeHit(CFrame.new(Position_upv_1), true)
                                if v38 ~= nil then
                                    v38.Color3 = Color3.new(1, 0.113725, 0.588235)
                                end
                                if v35 ~= nil then
                                    v35.Color3 = Color3.new(0.305882, 0.243137, 0.329412)
                                end
                            end
                        else
                            if a1.RayInfo.CanPenetrateCallback == nil or a1.RayInfo.CanPenetrateCallback(a1, Origin_upv_1, v32.Unit, v33, v31, a1.RayInfo.CosmeticBulletObject) ~= false then
                                continue
                            end
                            local v38 = nil
                            if a1.RayInfo.CanHitCallback ~= nil and (a1.RayInfo.CanHitCallback == nil or a1.RayInfo.CanHitCallback(a1, Origin_upv_1, v32.Unit, v33, v31, a1.RayInfo.CosmeticBulletObject) ~= false) then
                                a1.Caster.RayHit:Fire(a1, Origin_upv_1, v32.Unit, v33, v31, a1.RayInfo.CosmeticBulletObject)
                                v38 = DbgVisualizeHit(CFrame.new(Position_upv_1), true)
                                if v38 ~= nil then
                                    v38.Color3 = Color3.new(1, 0.113725, 0.588235)
                                end
                                if v35 ~= nil then
                                    v35.Color3 = Color3.new(0.305882, 0.243137, 0.329412)
                                end
                            end
                        end
                    end
                    a1.StateInfo.IsActivelyResimulating = false
                    a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, v32.Unit, v33, v31, a1.RayInfo.CosmeticBulletObject)
                    a1:Terminate(v33)
                    v34 = DbgVisualizeHit(CFrame.new(Position_upv_1), false)
                    if v34 ~= nil then
                        v34.Color3 = Color3.new(0.0588235, 0.87451, 1)
                    end
                    return
                end
                a1.StateInfo.IsActivelyResimulating = false
                if a1.RayInfo.TravelType ~= "Distance" then
                    if a1.RayInfo.Lifetime < a1.StateInfo.TotalRuntime2 then
                        if a1.UserData.CastBehavior.HitEventOnTermination then
                            a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                        end
                        a1:Terminate(nil, true)
                        DbgVisualizeHit(CFrame.new(v21), false)
                    end
                elseif a1.RayInfo.MaxDistance <= a1.StateInfo.DistanceCovered then
                    if a1.UserData.CastBehavior.HitEventOnTermination then
                        a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
                    end
                    a1:Terminate(nil, true)
                    DbgVisualizeHit(CFrame.new(v21), false)
                end
            end
        end
    elseif a1.RayInfo.TravelType ~= "Distance" then
        if a1.RayInfo.Lifetime < a1.StateInfo.TotalRuntime2 then
            if a1.UserData.CastBehavior.HitEventOnTermination then
                a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
            end
            a1:Terminate(nil, true)
            DbgVisualizeHit(CFrame.new(v21), false)
        end
    elseif a1.RayInfo.MaxDistance <= a1.StateInfo.DistanceCovered then
        if a1.UserData.CastBehavior.HitEventOnTermination then
            a1.Caster.RayFinalHit:Fire(a1, Origin_upv_1, u4.Unit, u5, u3, a1.RayInfo.CosmeticBulletObject)
        end
        a1:Terminate(nil, true)
        DbgVisualizeHit(CFrame.new(v21), false)
    end
end
function tbl_upv_1.new(a1, a2, a3, a4, a5)
    --[[
      name: new
      line: 960
      upvalues:
        TypeMarshaller_upv_1 (copy, index: 1)
        Table_upv_1 (copy, index: 2)
        RunService_upv_1 (copy, index: 3)
        tbl_upv_1 (copy, index: 4)
        SimulateHitscan (copy, index: 5)
        SimulateCast (copy, index: 7)
    ]]
    if TypeMarshaller_upv_1(a4) == "number" then
        local _ = a3.Unit * a4
    end
    if a5.HighFidelitySegmentSize <= 0 then
        error("Cannot set FastCastBehavior.HighFidelitySegmentSize <= 0!", 0)
    end
    local tbl_upv_4 = {UserData = 0, RayInfo = 0, StateInfo = 0}
    tbl_upv_4.Caster = a1
    local tbl_5 = {TotalRuntime = 0, TotalRuntime2 = 0, Delta = 0, TweenTable = 0, Trajectories = 0, Paused = false, IsActivelySimulatingPenetration = false, DistanceCovered = 0, IsActivelyResimulating = false, CancelHighResCast = false}
    tbl_5.HighFidelitySegmentSize = a5.HighFidelitySegmentSize
    tbl_5.HighFidelityBehavior = a5.HighFidelityBehavior
    local u10 = {Acceleration = 0, EndTime = -1, StartTime = 0}
    u10.Origin = a2
    u10.InitialVelocity = a4
    u10.Acceleration = ((a5.Hitscan) and Vector3.new(0, 0, 0)) or (a5.Acceleration)
    tbl_5.Trajectories = {u10}
    tbl_5.TweenTable = {}
    tbl_upv_4.StateInfo = tbl_5
    tbl_upv_4.RayInfo = {Parameters = a5.RaycastParams, WorldRoot = workspace, TravelType = a5.TravelType or "Distance", MaxDistance = a5.MaxDistance or 1000, Lifetime = a5.Lifetime or 5, CosmeticBulletObject = a5.CosmeticBulletTemplate, CanPenetrateCallback = a5.CanPenetrateFunction, CanHitCallback = a5.CanHitFunction, RaycastHitbox = a5.RaycastHitbox, CurrentCFrame = a5.CurrentCFrame, ModifiedDirection = a5.ModifiedDirection}
    tbl_upv_4.UserData = a5.UserData or {}
    if tbl_upv_4.StateInfo.HighFidelityBehavior == 2 then
        tbl_upv_4.StateInfo.HighFidelityBehavior = 3
    end
    local u11
    if tbl_upv_4.RayInfo.Parameters == nil then
        tbl_upv_4.RayInfo.Parameters = RaycastParams.new()
    else
        u10 = tbl_upv_4.RayInfo.Parameters
        u11 = RaycastParams.new()
        u11.CollisionGroup = u10.CollisionGroup
        u11.FilterType = u10.FilterType
        u11.FilterDescendantsInstances = u10.FilterDescendantsInstances
        u11.IgnoreWater = u10.IgnoreWater
        tbl_upv_4.RayInfo.Parameters = u11
    end
    local v40 = false
    if a5.CosmeticBulletProvider ~= nil then
        if TypeMarshaller_upv_1(a5.CosmeticBulletProvider) ~= "PartCache" then
            warn("FastCastBehavior.CosmeticBulletProvider was not an instance of the PartCache module (an external/separate model)! Are you inputting an instance created via PartCache.new? If so, are you on the latest version of PartCache? Setting FastCastBehavior.CosmeticBulletProvider to nil.")
            a5.CosmeticBulletProvider = nil
        else
            if tbl_upv_4.RayInfo.CosmeticBulletObject ~= nil then
                warn("Do not define FastCastBehavior.CosmeticBulletTemplate and FastCastBehavior.CosmeticBulletProvider at the same time! The provider will be used, and CosmeticBulletTemplate will be set to nil.")
                tbl_upv_4.RayInfo.CosmeticBulletObject = nil
                a5.CosmeticBulletTemplate = nil
            end
            tbl_upv_4.RayInfo.CosmeticBulletObject = a5.CosmeticBulletProvider:GetPart()
            tbl_upv_4.RayInfo.CosmeticBulletObject.CFrame = CFrame.new(a2, a2 + a3)
            local v41 = nil
            if tbl_upv_4.RayInfo.CosmeticBulletObject:FindFirstChild("Initalized") then
                v41 = tbl_upv_4.RayInfo.CosmeticBulletObject:FindFirstChild("CoreTransparency")
                if v41 then
                    tbl_upv_4.RayInfo.CosmeticBulletObject.Transparency = v41.Value
                end
                for _, value_3 in pairs(tbl_upv_4.RayInfo.CosmeticBulletObject:GetDescendants()) do
                    if value_3:IsA("ParticleEmitter") or value_3:IsA("PointLight") or value_3:IsA("SurfaceLight") or value_3:IsA("SpotLight") or value_3:IsA("Trail") or value_3:IsA("Beam") or value_3:IsA("BillboardGui") or value_3:IsA("SurfaceGui") then
                        value_3.Enabled = true
                        continue
                    end
                    if value_3:IsA("Sound") then
                        value_3:Play()
                        continue
                    end
                    if value_3:IsA("Decal") or value_3:IsA("Texture") or value_3:IsA("BasePart") then
                        local CurrentTransparency_1 = value_3:FindFirstChild("CurrentTransparency")
                        if CurrentTransparency_1 then
                            value_3.Transparency = CurrentTransparency_1.Value
                        end
                    end
                end
            else
                local v42 = Instance.new("BoolValue")
                v42.Name = "Initalized"
                v42.Parent = tbl_upv_4.RayInfo.CosmeticBulletObject
                local v43 = Instance.new("NumberValue")
                v43.Name = "CoreTransparency"
                v43.Value = tbl_upv_4.RayInfo.CosmeticBulletObject.Transparency
                v43.Parent = tbl_upv_4.RayInfo.CosmeticBulletObject
                for _, value_4 in pairs(tbl_upv_4.RayInfo.CosmeticBulletObject:GetDescendants()) do
                    if value_4:IsA("ParticleEmitter") or value_4:IsA("PointLight") or value_4:IsA("SurfaceLight") or value_4:IsA("SpotLight") or value_4:IsA("Trail") or value_4:IsA("Beam") or value_4:IsA("BillboardGui") or value_4:IsA("SurfaceGui") then
                        value_4.Enabled = true
                        continue
                    end
                    if value_4:IsA("Sound") then
                        value_4:Play()
                        continue
                    end
                    if value_4:IsA("Decal") or value_4:IsA("Texture") or value_4:IsA("BasePart") then
                        local v44 = Instance.new("NumberValue")
                        v44.Name = "CurrentTransparency"
                        v44.Value = value_4.Transparency
                        v44.Parent = value_4
                    end
                end
            end
            v40 = true
        end
    elseif tbl_upv_4.RayInfo.CosmeticBulletObject ~= nil then
        tbl_upv_4.RayInfo.CosmeticBulletObject = tbl_upv_4.RayInfo.CosmeticBulletObject:Clone()
        tbl_upv_4.RayInfo.CosmeticBulletObject.CFrame = CFrame.new(a2, a2 + a3)
        tbl_upv_4.RayInfo.CosmeticBulletObject.Parent = a5.CosmeticBulletContainer
        u11 = Instance.new("NumberValue")
        u11.Name = "CoreTransparency"
        u11.Value = tbl_upv_4.RayInfo.CosmeticBulletObject.Transparency
        u11.Parent = tbl_upv_4.RayInfo.CosmeticBulletObject
        for _, value_5 in pairs(tbl_upv_4.RayInfo.CosmeticBulletObject:GetDescendants()) do
            if value_5:IsA("ParticleEmitter") or value_5:IsA("PointLight") or value_5:IsA("SurfaceLight") or value_5:IsA("SpotLight") or value_5:IsA("Trail") or value_5:IsA("Beam") or value_5:IsA("BillboardGui") or value_5:IsA("SurfaceGui") then
                value_5.Enabled = true
                continue
            end
            if value_5:IsA("Sound") then
                value_5:Play()
                continue
            end
            if value_5:IsA("Decal") or value_5:IsA("Texture") or value_5:IsA("BasePart") then
                u11 = Instance.new("NumberValue")
                u11.Name = "CurrentTransparency"
                u11.Value = value_5.Transparency
                u11.Parent = value_5
            end
        end
    end
    if v40 then
        u11 = a5.CosmeticBulletProvider.CurrentCacheParent
    else
        u11 = a5.CosmeticBulletContainer
    end
    if a5.AutoIgnoreContainer == true and u11 ~= nil then
        local FilterDescendantsInstances_7 = tbl_upv_4.RayInfo.Parameters.FilterDescendantsInstances
        if Table_upv_1.find(FilterDescendantsInstances_7, u11) == nil then
            Table_upv_1.insert(FilterDescendantsInstances_7, u11)
            tbl_upv_4.RayInfo.Parameters.FilterDescendantsInstances = FilterDescendantsInstances_7
        end
    end
    if RunService_upv_1:IsClient() then
        u10 = RunService_upv_1.RenderStepped
    else
        u10 = RunService_upv_1.Heartbeat
    end
    setmetatable(tbl_upv_4, tbl_upv_1)
    if a5.Hitscan then
        local _
        if TypeMarshaller_upv_1(a4) ~= "number" then
            u11 = a4
        else
            _ = a3.Unit * a4
            u11 = a3.Unit * a4 or a4
        end
        SimulateHitscan(tbl_upv_4, a2, a3.Unit, u11, ((tbl_upv_4.RayInfo.TravelType == "Lifetime") and (u11.Magnitude * tbl_upv_4.RayInfo.Lifetime)) or (tbl_upv_4.RayInfo.MaxDistance))
        task.spawn(
            function()
                --[[
                  line: 1193
                  upvalues:
                    tbl_upv_4 (copy, index: 1)
                    u10 (ref,  index: 2)
                    u11 (copy, index: 3)
                ]]
                for _, value_upv_6 in pairs(tbl_upv_4.StateInfo.TweenTable) do
                    tbl_upv_4.StateInfo.UpdateConnection = u10:Connect(
                        function(a6)
                            --[[
                              line: 1195
                              upvalues:
                                value_upv_6 (copy, index: 1)
                                tbl_upv_4 (copy, index: 2)
                                u11 (copy, index: 3)
                            ]]
                            if not (value_upv_6.ready) then
                                tbl_upv_4.StateInfo.Delta = a6
                                local StateInfo_3 = tbl_upv_4.StateInfo
                                StateInfo_3.TotalRuntime = StateInfo_3.TotalRuntime + a6
                                if value_upv_6.s >= 0 then
                                    local v47 = math.min(u11.Magnitude * value_upv_6.s, value_upv_6.l)
                                    local v48 = value_upv_6.direction * Vector3.new(0, 0, -v47)
                                    local Magnitude_2 = (v48 - value_upv_6.lastPoint).Magnitude
                                    tbl_upv_4.Caster.LengthChanged:Fire(tbl_upv_4, value_upv_6.lastPoint, v48, value_upv_6.direction.LookVector, Magnitude_2, value_upv_6.direction.LookVector * u11.Magnitude, tbl_upv_4.RayInfo.CosmeticBulletObject)
                                    if a6 > 0 then
                                        local _ = DbgVisualizeSegment(CFrame.new(value_upv_6.lastPoint, v48), Magnitude_2)
                                    end
                                    value_upv_6.lastPoint = v48
                                    value_upv_6.ready = value_upv_6.l <= v47
                                end
                                value_upv_6.s = value_upv_6.s + a6
                            end
                        end
                    )
                    repeat
                        u10:Wait()
                    until value_upv_6.ready
                    tbl_upv_4.StateInfo.UpdateConnection:Disconnect()
                end
                tbl_upv_4:Terminate()
            end
        )
    else
        tbl_upv_4.StateInfo.UpdateConnection = u10:Connect(
            function(a7)
                --[[
                  line: 1235
                  upvalues:
                    tbl_upv_4 (copy, index: 1)
                    SimulateCast (copy, index: 3)
                ]]
                if tbl_upv_4.StateInfo.Paused then
                    return
                end
                local v49 = tbl_upv_4.StateInfo.Trajectories[#tbl_upv_4.StateInfo.Trajectories]
                if tbl_upv_4.StateInfo.HighFidelityBehavior ~= 3 or v49.Acceleration == Vector3.new() then
                    SimulateCast(tbl_upv_4, a7, false)
                else
                    local v50 = nil
                    if tbl_upv_4.StateInfo.HighFidelitySegmentSize > 0 then
                        v50 = tick()
                        if tbl_upv_4.StateInfo.IsActivelyResimulating then
                            tbl_upv_4:Terminate()
                            error("Cascading cast lag encountered! The caster attempted to perform a high fidelity cast before the previous one completed, resulting in exponential cast lag. Consider increasing HighFidelitySegmentSize.")
                        end
                        tbl_upv_4.StateInfo.IsActivelyResimulating = true
                        local Origin_2 = v49.Origin
                        local v51 = tbl_upv_4.StateInfo.TotalRuntime - v49.StartTime
                        local InitialVelocity_3 = v49.InitialVelocity
                        local Acceleration_3 = v49.Acceleration
                        local v52 = Origin_2 + (InitialVelocity_3 * v51) + Vector3.new((Acceleration_3.X * (v51 ^ 2)) / 2, (Acceleration_3.Y * (v51 ^ 2)) / 2, (Acceleration_3.Z * (v51 ^ 2)) / 2)
                        local StateInfo_4 = tbl_upv_4.StateInfo
                        StateInfo_4.TotalRuntime = StateInfo_4.TotalRuntime + a7
                        local v53 = tbl_upv_4.StateInfo.TotalRuntime - v49.StartTime
                        local v54 = Origin_2 + (InitialVelocity_3 * v53) + Vector3.new((Acceleration_3.X * (v53 ^ 2)) / 2, (Acceleration_3.Y * (v53 ^ 2)) / 2, (Acceleration_3.Z * (v53 ^ 2)) / 2)
                        local v55 = (v54 - v52).Unit * (InitialVelocity_3 + (Acceleration_3 * v53)).Magnitude * a7
                        local v56 = tbl_upv_4.RayInfo.WorldRoot
                        local v57 = nil
                        if tbl_upv_4.RayInfo.RaycastHitbox then
                            local v58 = nil
                            for _, value_7 in next, tbl_upv_4.RayInfo.RaycastHitbox do
                                v58 = v56:Raycast((tbl_upv_4.RayInfo.CurrentCFrame * value_7).p, v55, tbl_upv_4.RayInfo.Parameters)
                                v57 = v58
                                if v58 ~= nil then
                                    break
                                else
                                    continue
                                end
                            end
                        else
                            v57 = v56:Raycast(v52, v55, tbl_upv_4.RayInfo.Parameters)
                        end
                        if v57 == nil then
                            v56 = v54
                        else
                            v56 = v57.Position
                        end
                        local StateInfo_5 = tbl_upv_4.StateInfo
                        StateInfo_5.TotalRuntime = StateInfo_5.TotalRuntime - a7
                        v57 = math.floor((v56 - v52).Magnitude / tbl_upv_4.StateInfo.HighFidelitySegmentSize)
                        if v57 == 0 then
                            v57 = 1
                        end
                        for _ = 1, v57 do
                            if getmetatable(tbl_upv_4) == nil then
                                return
                            end
                            if tbl_upv_4.StateInfo.CancelHighResCast then
                                tbl_upv_4.StateInfo.CancelHighResCast = false
                                break
                            end
                            SimulateCast(tbl_upv_4, a7 / v57, true)
                        end
                        if getmetatable(tbl_upv_4) ~= nil then
                            tbl_upv_4.StateInfo.IsActivelyResimulating = false
                            if not (tick() - v50 > 0.08) then
                                return
                            end
                            warn("Extreme cast lag encountered! Consider increasing HighFidelitySegmentSize.")
                        end
                    else
                        SimulateCast(tbl_upv_4, a7, false)
                    end
                end
            end
        )
    end
    return tbl_upv_4
end
function tbl_upv_1.SetStaticFastCastReference(a1)
    --[[
      name: SetStaticFastCastReference
      line: 1342
      upvalues:
        u1 (ref, index: 1)
    ]]
    u1 = a1
end
local function ModifyTransformation(a1, a2, a3, a4)
    --[[
      name: ModifyTransformation
      line: 1348
      upvalues:
        GetTrajectoryInfo (copy, index: 1)
        Table_upv_1 (copy, index: 2)
    ]]
    local Trajectories_1 = a1.StateInfo.Trajectories
    local v59 = Trajectories_1[#Trajectories_1]
    if v59.StartTime ~= a1.StateInfo.TotalRuntime then
        v59.EndTime = a1.StateInfo.TotalRuntime
        assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
        local v60, v61 = unpack(GetTrajectoryInfo(a1, #a1.StateInfo.Trajectories))
        if a2 == nil then
            a2 = v61
        end
        if a3 == nil then
            a3 = v59.Acceleration
        end
        if a4 == nil then
            a4 = v60
        end
        Table_upv_1.insert(a1.StateInfo.Trajectories, {EndTime = -1, StartTime = a1.StateInfo.TotalRuntime, Origin = a4, InitialVelocity = a2, Acceleration = a3})
        a1.StateInfo.CancelHighResCast = true
    else
        if a2 == nil then
            a2 = v59.InitialVelocity
        end
        if a3 == nil then
            a3 = v59.Acceleration
        end
        if a4 == nil then
            a4 = v59.Origin
        end
        v59.Origin = a4
        v59.InitialVelocity = a2
        v59.Acceleration = a3
    end
end
function tbl_upv_1.SetVelocity(a1, a2)
    --[[
      name: SetVelocity
      line: 1394
      upvalues:
        tbl_upv_1 (copy, index: 1)
        ModifyTransformation (copy, index: 2)
    ]]
    local v62 = getmetatable(a1) == tbl_upv_1
    assert(v62, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("SetVelocity", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    ModifyTransformation(a1, a2, nil, nil)
end
function tbl_upv_1.SetAcceleration(a1, a2)
    --[[
      name: SetAcceleration
      line: 1400
      upvalues:
        tbl_upv_1 (copy, index: 1)
        ModifyTransformation (copy, index: 2)
    ]]
    local v63 = getmetatable(a1) == tbl_upv_1
    assert(v63, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("SetAcceleration", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    ModifyTransformation(a1, nil, a2, nil)
end
function tbl_upv_1.SetPosition(a1, a2)
    --[[
      name: SetPosition
      line: 1406
      upvalues:
        tbl_upv_1 (copy, index: 1)
        ModifyTransformation (copy, index: 2)
    ]]
    local v64 = getmetatable(a1) == tbl_upv_1
    assert(v64, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("SetPosition", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    ModifyTransformation(a1, nil, nil, a2)
end
function tbl_upv_1.GetVelocity(a1)
    --[[
      name: GetVelocity
      line: 1412
      upvalues:
        tbl_upv_1 (copy, index: 1)
    ]]
    local v65 = getmetatable(a1) == tbl_upv_1
    assert(v65, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("GetVelocity", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    local v66 = a1.StateInfo.Trajectories[#a1.StateInfo.Trajectories]
    return v66.InitialVelocity + (v66.Acceleration * (a1.StateInfo.TotalRuntime - v66.StartTime))
end
function tbl_upv_1.GetAcceleration(a1)
    --[[
      name: GetAcceleration
      line: 1423
      upvalues:
        tbl_upv_1 (copy, index: 1)
    ]]
    local v67 = getmetatable(a1) == tbl_upv_1
    assert(v67, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("GetAcceleration", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    return a1.StateInfo.Trajectories[#a1.StateInfo.Trajectories].Acceleration
end
function tbl_upv_1.GetPosition(a1)
    --[[
      name: GetPosition
      line: 1430
      upvalues:
        tbl_upv_1 (copy, index: 1)
    ]]
    local v68 = getmetatable(a1) == tbl_upv_1
    assert(v68, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("GetPosition", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    local v69 = a1.StateInfo.Trajectories[#a1.StateInfo.Trajectories]
    local v70 = a1.StateInfo.TotalRuntime - v69.StartTime
    local Acceleration_4 = v69.Acceleration
    return (v69.Origin + (v69.InitialVelocity * v70)) + Vector3.new((Acceleration_4.X * (v70 ^ 2)) / 2, (Acceleration_4.Y * (v70 ^ 2)) / 2, (Acceleration_4.Z * (v70 ^ 2)) / 2)
end
function tbl_upv_1.AddVelocity(a1, a2)
    --[[
      name: AddVelocity
      line: 1444
      upvalues:
        tbl_upv_1 (copy, index: 1)
    ]]
    local v71 = getmetatable(a1) == tbl_upv_1
    assert(v71, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("AddVelocity", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    a1:SetVelocity(a1:GetVelocity() + a2)
end
function tbl_upv_1.AddAcceleration(a1, a2)
    --[[
      name: AddAcceleration
      line: 1450
      upvalues:
        tbl_upv_1 (copy, index: 1)
    ]]
    local v72 = getmetatable(a1) == tbl_upv_1
    assert(v72, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("AddAcceleration", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    a1:SetAcceleration(a1:GetAcceleration() + a2)
end
function tbl_upv_1.AddPosition(a1, a2)
    --[[
      name: AddPosition
      line: 1456
      upvalues:
        tbl_upv_1 (copy, index: 1)
    ]]
    local v73 = getmetatable(a1) == tbl_upv_1
    assert(v73, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("AddPosition", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    a1:SetPosition(a1:GetPosition() + a2)
end
function tbl_upv_1.DbgVisualizeSegment(a1, a2, a3)
    --[[
      name: DbgVisualizeSegment
      line: 1462
    ]]
    return DbgVisualizeSegment(a2, a3)
end
function tbl_upv_1.DbgVisualizeHit(a1, a2, a3)
    --[[
      name: DbgVisualizeHit
      line: 1466
    ]]
    return DbgVisualizeHit(a2, a3)
end
function tbl_upv_1.Pause(a1)
    --[[
      name: Pause
      line: 1472
      upvalues:
        tbl_upv_1 (copy, index: 1)
    ]]
    local v74 = getmetatable(a1) == tbl_upv_1
    assert(v74, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("Pause", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    a1.StateInfo.Paused = true
end
function tbl_upv_1.Resume(a1)
    --[[
      name: Resume
      line: 1478
      upvalues:
        tbl_upv_1 (copy, index: 1)
    ]]
    local v75 = getmetatable(a1) == tbl_upv_1
    assert(v75, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("Resume", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    a1.StateInfo.Paused = false
end
function tbl_upv_1.Terminate(a1, a2, a3)
    --[[
      name: Terminate
      line: 1484
      upvalues:
        tbl_upv_1 (copy, index: 1)
    ]]
    local v76 = getmetatable(a1) == tbl_upv_1
    assert(v76, ("Cannot statically invoke method '%s' - It is an instance method. Call it on an instance of this class created via %s"):format("Terminate", "ActiveCast.new(...)"))
    assert(a1.StateInfo.UpdateConnection ~= nil, "This ActiveCast has been terminated. It can no longer be used.")
    local Trajectories_2 = a1.StateInfo.Trajectories
    Trajectories_2[#Trajectories_2].EndTime = a1.StateInfo.TotalRuntime
    if a1.StateInfo.UpdateConnection then
        a1.StateInfo.UpdateConnection:Disconnect()
    end
    a1.Caster.CastTerminating:FireSync(a1, a2, a3)
    if a1.StateInfo.UpdateConnection then
        a1.StateInfo.UpdateConnection = nil
    end
    a1.Caster = nil
    a1.StateInfo = nil
    a1.RayInfo = nil
    setmetatable(a1, nil)
end
return tbl_upv_1