--[[
| This file was obtained through the combined efforts
| of Madbluntz & Plymouth Antiquarian Society.
|
| Credits: lifestorm, Gregory Wayne Rossel JR.,
| 	Maloy, DrPepper10 @ RIP, Atle!
|
| Visit for more: https://plymouth.thetwilightzone.ru/
--]]

TOOL.Category		= "simfphys"
TOOL.Name		= "#Vehicle Duplicator"
TOOL.Command		= nil
TOOL.ConfigName	= ""

if SERVER then
	util.AddNetworkString( "sphys_dupe" )

	local recv_interval_start = 0 -- first second of current interval
	local recv_interval_len = 1 -- in seconds, length of interval before resetting recv_interval_(start,count)
	local recv_interval_count = 0 -- current count of messages received in interval
	local recv_max = 500 -- maximum number of messages to receive during one interval
	local recv_stop = 0 -- is the net.Receive stopped (activates short-circuit)
	local recv_delay_after_stop = 3600 -- how long to wait (in seconds) before allowing messages again

	net.Receive("sphys_dupe", function( length, ply )
		if (recv_stop == 1) then -- if stopped,
			return -- short-circuit
		end
		-- check if a new interval has come
		if (recv_interval_start + recv_interval_len < os.time()) then
			recv_interval_start = os.time() -- reset time
			recv_interval_count = 0 -- reset message count
		end
		recv_interval_count = recv_interval_count + 1
		-- check if below threshold
		if (recv_interval_count > recv_max) then
			-- if over threshold, activate short-circuit
			recv_stop = 1
			-- and create a timer to deactivate the short-circuit in recv_delay_after_stop seconds
			timer.Simple(recv_delay_after_stop, function()
					recv_stop = 0
				end)
			-- warn server about attack
			PrintMessage(HUD_PRINTTALK, "WARNING: " .. ply:Nick() .. " [" .. ply:SteamID() .. "] is attacking sphys_dupe. simfphys duplicator is disabled for " .. tostring(recv_delay_after_stop) .. " seconds.")
		end

		ply.TOOLMemory = net.ReadTable()
		ply:SelectWeapon( "gmod_tool" )
	end)
end

if CLIENT then
	language.Add( "tool.simfphysduplicator.name", "Vehicle Duplicator" )
	language.Add( "tool.simfphysduplicator.desc", "Copy, Paste or Save your Vehicles" )
	language.Add( "tool.simfphysduplicator.0", "Left click to spawn or update. Right click to copy" )
	language.Add( "tool.simfphysduplicator.1", "Left click to spawn or update. Right click to copy" )
	
	local selecteditem	= nil
	local TOOLMemory	= {}
	
	net.Receive("sphys_dupe", function( length )
		TOOLMemory = net.ReadTable()
	end)
	
	local function GetSaves( panel )
		local saved_vehicles = file.Find("saved_vehicles/*.txt", "DATA")
		local index = 0
		local highlight = false
		local offset = 22
		
		for k,v in pairs(saved_vehicles) do
			local printname = v
			
			if not selecteditem then
				selecteditem = printname
			end
			
			local Button = vgui.Create( "DButton", panel )
			Button:SetText( printname )
			Button:SetTextColor( Color( 255, 255, 255 ) )
			Button:SetPos( 0,index * offset)
			Button:SetSize( 280, offset )
			Button.highlight = highlight
			Button.printname = printname
			Button.Paint = function( self, w, h )
				
				local c_selected = Color( 128, 185, 128, 255 )
				local c_normal = self.highlight and Color( 108, 111, 114, 200 ) or Color( 77, 80, 82, 200 )
				local c_hovered = Color( 41, 128, 185, 255 )
				local c_ = (selecteditem == self.printname) and c_selected or (self:IsHovered() and c_hovered or c_normal)
				
				draw.RoundedBox( 5, 1, 1, w - 2, h - 1, c_ )
			end
			Button.DoClick = function( self )
				selecteditem = self.printname
			end
			
			index = index + 1
			highlight = not highlight
		end
	end
	
	function TOOL.BuildCPanel( panel )
		if not file.Exists( "saved_vehicles", "DATA" ) then
			file.CreateDir( "saved_vehicles" )
		end
		
		local Frame = vgui.Create( "DFrame", panel )
		Frame:SetPos( 10, 30 )
		Frame:SetSize( 280, 320 )
		Frame:SetTitle( "" )
		Frame:SetVisible( true )
		Frame:ShowCloseButton( false )
		Frame:SetDraggable( false )
		Frame.Paint = function( self, w, h )
			draw.RoundedBox( 5, 0, 0, w, h, Color( 115, 115, 115, 255 ) )
			draw.RoundedBox( 5, 1, 1, w - 2, h - 2, Color( 234, 234, 234, 255 ) )
		end
		
		local ScrollPanel = vgui.Create( "DScrollPanel", Frame )
		ScrollPanel:SetSize( 280, 320 )
		ScrollPanel:SetPos( 0, 0 )
		
		GetSaves( ScrollPanel )
		
		local Button = vgui.Create( "DButton", panel )
		Button:SetText( "Save" )
		Button:SetPos( 10, 350)
		Button:SetSize( 280, 20 )
		Button.DoClick = function( self )
			if isstring(TOOLMemory.SpawnName) then
				local Frame = vgui.Create( "DFrame" )
					Frame:SetPos( gui.MouseX() - 100,  gui.MouseY() - 30 )
					Frame:SetSize( 280, 50 )
					Frame:SetTitle( "Save As..." )
					Frame:SetVisible( true )
					Frame:ShowCloseButton( true )	
					Frame:MakePopup()
					Frame:SetDraggable( true )
				
				local TextEntry = vgui.Create( "DTextEntry", Frame )
				TextEntry:SetPos( 5, 25 )
				TextEntry:SetSize( 270, 20 )
				
				TextEntry.OnEnter = function()
					local Name = TextEntry:GetValue()
					
					if Name ~= "" then
						local DataString = ""
						
						for k,v in pairs(TOOLMemory) do
							if k == "SubMaterials" then
								local mats = ""
								local first = true
								for k, v in pairs( v ) do
									if first then
										first = false
										mats = mats..v
									else
										mats = mats..","..v
									end
								end
								DataString = DataString..k.."="..mats.."#"
							else
								DataString = DataString..k.."="..tostring( v ).."#"
							end
						end
						
						local words = string.Explode( "", DataString )
						local shit = {}
						
						for k, v in pairs( words ) do
							shit[k] =  string.char( string.byte( v ) + 20 )
						end
						
						file.Write("saved_vehicles/"..Name..".txt", string.Implode("",shit)  )
						
						ScrollPanel:Clear() 
						selecteditem = Name..".txt"
						GetSaves( ScrollPanel )
					end
					
					Frame:Close()
				end
			end
		end
		
		local Button = vgui.Create( "DButton", panel )
		Button:SetText( "Load" )
		Button:SetPos( 10, 370)
		Button:SetSize( 280, 20 )
		Button.DoClick = function( self )
			if isstring(selecteditem) then
				if not file.Exists( "saved_vehicles/"..selecteditem, "DATA" ) then 
					ScrollPanel:Clear() 
					selecteditem = nil
					GetSaves( ScrollPanel )
					
					return
				end
				
				local DataString = file.Read( "saved_vehicles/"..selecteditem, "DATA" )
				
				local words = string.Explode( "", DataString )
				local shit = {}
				
				for k, v in pairs( words ) do
					shit[k] =  string.char( string.byte( v ) - 20 )
				end
				
				local Data = string.Explode( "#", string.Implode("",shit) )
				
				table.Empty( TOOLMemory )
				
				for _,v in pairs(Data) do
					local Var = string.Explode( "=", v )
					local name = Var[1]
					local variable = Var[2]
					
					if name and variable then
						if name == "SubMaterials" then
							TOOLMemory[name] = {}
							
							local submats = string.Explode( ",", variable )
							for i = 0, (table.Count( submats ) - 1) do
								TOOLMemory[name][i] = submats[i+1]
							end
						else
							TOOLMemory[name] = variable
						end
					end
				end
				
				net.Start("sphys_dupe")
					net.WriteTable( TOOLMemory )
				net.SendToServer()
			end
		end
		
		local Button = vgui.Create( "DButton", panel )
		Button:SetText( "Delete" )
		Button:SetPos( 10, 430)
		Button:SetSize( 280, 20 )
		Button.DoClick = function( self )
			
			if isstring(selecteditem) then
				file.Delete( "saved_vehicles/"..selecteditem ) 
			end
			
			ScrollPanel:Clear() 
			selecteditem = nil
			GetSaves( ScrollPanel )
		end
		
		local Button = vgui.Create( "DButton", panel )
		Button:SetText( "Refresh" )
		Button:SetPos( 10, 390)
		Button:SetSize( 280, 20 )
		Button.DoClick = function( self )
			ScrollPanel:Clear() 
			selecteditem = nil
			GetSaves( ScrollPanel )
		end
	end
end

local function ValidateModel( model )
	local v_list = list.Get( "simfphys_vehicles" )
	for listname, _ in pairs( v_list ) do
		if v_list[listname].Members.CustomWheels then
			local FrontWheel = v_list[listname].Members.CustomWheelModel
			local RearWheel = v_list[listname].Members.CustomWheelModel_R
			
			if FrontWheel then 
				FrontWheel = string.lower( FrontWheel )
			end
			
			if RearWheel then 
				RearWheel = string.lower( RearWheel )
			end
			
			if model == FrontWheel or model == RearWheel then
				return true
			end
		end
	end
	
	local list = list.Get( "simfphys_Wheels" )[model]
	
	if list then 
		return true
	end
	
	return false
end

function TOOL:GetVehicleData( ent, ply )
	if not IsValid(ent) then return end
	if not istable(ply.TOOLMemory) then ply.TOOLMemory = {} end
	
	table.Empty( ply.TOOLMemory )
	
	ply.TOOLMemory.SpawnName = ent:GetSpawn_List()
	ply.TOOLMemory.SteerSpeed = ent:GetSteerSpeed()
	ply.TOOLMemory.SteerFadeSpeed = ent:GetFastSteerConeFadeSpeed()
	ply.TOOLMemory.SteerAngFast = ent:GetFastSteerAngle()
	ply.TOOLMemory.SoundPreset = ent:GetEngineSoundPreset()
	ply.TOOLMemory.IdleRPM = ent:GetIdleRPM()
	ply.TOOLMemory.MaxRPM = ent:GetLimitRPM()
	ply.TOOLMemory.PowerStart = ent:GetPowerBandStart()
	ply.TOOLMemory.PowerEnd = ent:GetPowerBandEnd()
	ply.TOOLMemory.PeakTorque = ent:GetMaxTorque()
	ply.TOOLMemory.HasTurbo = ent:GetTurboCharged()
	ply.TOOLMemory.HasBlower = ent:GetSuperCharged()
	ply.TOOLMemory.HasRevLimiter = ent:GetRevlimiter()
	ply.TOOLMemory.HasBulletProofTires = ent:GetBulletProofTires()
	ply.TOOLMemory.MaxTraction = ent:GetMaxTraction()
	ply.TOOLMemory.GripOffset = ent:GetTractionBias()
	ply.TOOLMemory.BrakePower = ent:GetBrakePower()
	ply.TOOLMemory.PowerDistribution = ent:GetPowerDistribution()
	ply.TOOLMemory.Efficiency = ent:GetEfficiency()
	ply.TOOLMemory.HornSound = ent.snd_horn
	ply.TOOLMemory.HasBackfire = ent:GetBackFire()
	ply.TOOLMemory.DoesntStall = ent:GetDoNotStall()
	ply.TOOLMemory.SoundOverride = ent:GetSoundoverride()
	
	ply.TOOLMemory.FrontHeight = ent:GetFrontSuspensionHeight()
	ply.TOOLMemory.RearHeight = ent:GetRearSuspensionHeight()
	
	ply.TOOLMemory.Camber = ent.Camber or 0
	
	if ent.FrontDampingOverride and ent.FrontConstantOverride and ent.RearDampingOverride and ent.RearConstantOverride then
		ply.TOOLMemory.FrontDampingOverride = ent.FrontDampingOverride
		ply.TOOLMemory.FrontConstantOverride = ent.FrontConstantOverride
		ply.TOOLMemory.RearDampingOverride = ent.RearDampingOverride
		ply.TOOLMemory.RearConstantOverride = ent.RearConstantOverride
	end
	
	if ent.CustomWheels then
		if ent.GhostWheels then
			if IsValid(ent.GhostWheels[1]) then
				ply.TOOLMemory.FrontWheelOverride = ent.GhostWheels[1]:GetModel()
			elseif IsValid(ent.GhostWheels[2]) then
				ply.TOOLMemory.FrontWheelOverride = ent.GhostWheels[2]:GetModel()
			end
			
			if IsValid(ent.GhostWheels[3]) then
				ply.TOOLMemory.RearWheelOverride = ent.GhostWheels[3]:GetModel()
			elseif IsValid(ent.GhostWheels[4]) then
				ply.TOOLMemory.RearWheelOverride = ent.GhostWheels[4]:GetModel()
			end
		end
	end
	
	local tsc = ent:GetTireSmokeColor()
	ply.TOOLMemory.TireSmokeColor = tsc.r..","..tsc.g..","..tsc.b
	
	local Gears = ""
	for _,v in pairs(ent.Gears) do
		Gears = Gears..v..","
	end
	
	local c = ent:GetColor()
	ply.TOOLMemory.Color = c.r..","..c.g..","..c.b..","..c.a
	
	local bodygroups = {}
	for k,v in pairs(ent:GetBodyGroups()) do
		bodygroups[k] = ent:GetBodygroup( k ) 
	end
	
	ply.TOOLMemory.BodyGroups = string.Implode( ",", bodygroups)
	
	ply.TOOLMemory.Skin = ent:GetSkin()
	
	ply.TOOLMemory.Gears = Gears
	ply.TOOLMemory.FinalGear = ent:GetDifferentialGear()
	
	if ent.WheelTool_Foffset then
		ply.TOOLMemory.WheelTool_Foffset = ent.WheelTool_Foffset
	end
	
	if ent.WheelTool_Roffset then
		ply.TOOLMemory.WheelTool_Roffset = ent.WheelTool_Roffset
	end
	
	if ent.snd_blowoff then
		ply.TOOLMemory.snd_blowoff = ent.snd_blowoff
	end
	
	if ent.snd_spool then
		ply.TOOLMemory.snd_spool = ent.snd_spool
	end
	
	if ent.snd_bloweron then
		ply.TOOLMemory.snd_bloweron = ent.snd_bloweron
	end
	
	if ent.snd_bloweroff then
		ply.TOOLMemory.snd_bloweroff = ent.snd_bloweroff
	end
	
	ply.TOOLMemory.backfiresound = ent:GetBackfireSound()
	
	ply.TOOLMemory.SubMaterials = {}
	for i = 0, (table.Count( ent:GetMaterials() ) - 1) do
		ply.TOOLMemory.SubMaterials[i] = ent:GetSubMaterial( i )
	end
	
	if not IsValid( ply ) then return end
	
	net.Start("sphys_dupe")
		net.WriteTable( ply.TOOLMemory )
	net.Send( ply )
end

local function GetRight( ent, index, WheelPos )
	local Steer = ent:GetTransformedDirection()
	
	local Right = ent.Right
	
	if WheelPos.IsFrontWheel then
		Right = (IsValid( ent.SteerMaster ) and Steer.Right or ent.Right) * (WheelPos.IsRightWheel and 1 or -1)
	else
		Right = (IsValid( ent.SteerMaster ) and Steer.Right2 or ent.Right) * (WheelPos.IsRightWheel and 1 or -1)
	end
	
	return Right
end

local function SetWheelOffset( ent, offset_front, offset_rear )
	if not IsValid( ent ) then return end
	
	ent.WheelTool_Foffset = offset_front
	ent.WheelTool_Roffset = offset_rear
	
	if not istable( ent.Wheels ) or not istable( ent.GhostWheels ) then return end
	
	for i = 1, table.Count( ent.GhostWheels ) do
		local Wheel = ent.Wheels[ i ]
		local WheelModel = ent.GhostWheels[i]
		local WheelPos = ent:LogicWheelPos( i )
		
		if IsValid( Wheel ) and IsValid( WheelModel ) then
			local Pos = Wheel:GetPos()
			local Right = GetRight( ent, i, WheelPos )
			local offset = WheelPos.IsFrontWheel and offset_front or offset_rear
			
			WheelModel:SetParent( nil )
			
			local physObj = WheelModel:GetPhysicsObject()
			if IsValid( physObj ) then
				physObj:EnableMotion( false )
			end
			
			WheelModel:SetPos( Pos + Right * offset )
			WheelModel:SetParent( Wheel )
		end
	end
end

local function ApplyWheel(ent, data)
	ent.CustomWheelAngleOffset = data[2]
	ent.CustomWheelAngleOffset_R = data[4]
	
	timer.Simple( 0.05, function()
		if not IsValid( ent ) then return end
		for i = 1, table.Count( ent.GhostWheels ) do
			local Wheel = ent.GhostWheels[i]
			
			if IsValid( Wheel ) then
				local isfrontwheel = (i == 1 or i == 2)
				local swap_y = (i == 2 or i == 4 or i == 6)
				
				local angleoffset = isfrontwheel and ent.CustomWheelAngleOffset or ent.CustomWheelAngleOffset_R
				
				local model = isfrontwheel and data[1] or data[3]
				
				local fAng = ent:LocalToWorldAngles( ent.VehicleData.LocalAngForward )
				local rAng = ent:LocalToWorldAngles( ent.VehicleData.LocalAngRight )
				
				local Forward = fAng:Forward() 
				local Right = swap_y and -rAng:Forward() or rAng:Forward()
				local Up = ent:GetUp()
				
				local Camber = data[5] or 0
				
				local ghostAng = Right:Angle()
				local mirAng = swap_y and 1 or -1
				ghostAng:RotateAroundAxis(Forward,angleoffset.p * mirAng)
				ghostAng:RotateAroundAxis(Right,angleoffset.r * mirAng)
				ghostAng:RotateAroundAxis(Up,-angleoffset.y)
				
				ghostAng:RotateAroundAxis(Forward, Camber * mirAng)
				
				Wheel:SetModelScale( 1 )
				Wheel:SetModel( model )
				Wheel:SetAngles( ghostAng )
				
				timer.Simple( 0.05, function()
					if not IsValid(Wheel) or not IsValid( ent ) then return end
					local wheelsize = Wheel:OBBMaxs() - Wheel:OBBMins()
					local radius = isfrontwheel and ent.FrontWheelRadius or ent.RearWheelRadius
					local size = (radius * 2) / math.max(wheelsize.x,wheelsize.y,wheelsize.z)
					
					Wheel:SetModelScale( size )
				end)
			end
		end
	end)
end

local function GetAngleFromSpawnlist( model )
	if not model then print("invalid model") return Angle(0,0,0) end
	
	model = string.lower( model )
	
	local v_list = list.Get( "simfphys_vehicles" )
	for listname, _ in pairs( v_list ) do
		if v_list[listname].Members.CustomWheels then
			local FrontWheel = v_list[listname].Members.CustomWheelModel
			local RearWheel = v_list[listname].Members.CustomWheelModel_R
			
			if FrontWheel then 
				FrontWheel = string.lower( FrontWheel )
			end
			
			if RearWheel then 
				RearWheel = string.lower( RearWheel )
			end
			
			if model == FrontWheel or model == RearWheel then
				local Angleoffset = v_list[listname].Members.CustomWheelAngleOffset
				if (Angleoffset) then
					return Angleoffset
				end
			end
		end
	end
	
	local list = list.Get( "simfphys_Wheels" )[model]
	local output = list and list.Angle or Angle(0,0,0)
	
	return output
end

function TOOL:LeftClick( trace )
	if CLIENT then return true end
	
	local Ent = trace.Entity
	
	local ply = self:GetOwner()
	
	if not istable(ply.TOOLMemory) then return end
	
	local vname = ply.TOOLMemory.SpawnName
	local Update = false
	local VehicleList = list.Get( "simfphys_vehicles" )
	local vehicle = VehicleList[ vname ]
	
	if not vehicle then return false end

	ply.LockRightClick = true
	timer.Simple( 0.6, function() if IsValid( ply ) then ply.LockRightClick = false end end )
	
	local SpawnPos = trace.HitPos + Vector(0,0,25) + (vehicle.SpawnOffset or Vector(0,0,0))
	
	local SpawnAng = self:GetOwner():EyeAngles()
	SpawnAng.pitch = 0
	SpawnAng.yaw = SpawnAng.yaw + 180 + (vehicle.SpawnAngleOffset and vehicle.SpawnAngleOffset or 0)
	SpawnAng.roll = 0
	
	if simfphys.IsCar( Ent ) then
		if vname ~= Ent:GetSpawn_List() then 
			ply:PrintMessage( HUD_PRINTTALK, vname.." is not compatible with "..Ent:GetSpawn_List() )
			return
		end
		Update = true
	else
		Ent = simfphys.SpawnVehicle( ply, SpawnPos, SpawnAng, vehicle.Model, vehicle.Class, vname, vehicle )
	end

	if not IsValid( Ent ) then return end

	undo.Create( "Vehicle" )
		undo.SetPlayer( ply )
		undo.AddEntity( Ent )
		undo.SetCustomUndoText( "Undone " .. vehicle.Name )
	undo.Finish( "Vehicle (" .. tostring( vehicle.Name ) .. ")" )

	ply:AddCleanup( "vehicles", Ent )
	
	timer.Simple( 0.5, function()
		if not IsValid(Ent) then return end

		local tsc = string.Explode( ",", ply.TOOLMemory.TireSmokeColor )
		Ent:SetTireSmokeColor( Vector( tonumber(tsc[1]), tonumber(tsc[2]), tonumber(tsc[3]) ) )
		
		Ent.Turbocharged = tobool( ply.TOOLMemory.HasTurbo )
		Ent.Supercharged = tobool( ply.TOOLMemory.HasBlower )
		
		Ent:SetEngineSoundPreset( math.Clamp( tonumber( ply.TOOLMemory.SoundPreset ), -1, 23) )
		Ent:SetMaxTorque( math.Clamp( tonumber( ply.TOOLMemory.PeakTorque ), 20, 1000) )
		Ent:SetDifferentialGear( math.Clamp( tonumber( ply.TOOLMemory.FinalGear ),0.2, 6 ) )
		
		Ent:SetSteerSpeed( math.Clamp( tonumber( ply.TOOLMemory.SteerSpeed ), 1, 16 ) )
		Ent:SetFastSteerAngle( math.Clamp( tonumber( ply.TOOLMemory.SteerAngFast ), 0, 1) )
		Ent:SetFastSteerConeFadeSpeed( math.Clamp( tonumber( ply.TOOLMemory.SteerFadeSpeed ), 1, 5000 ) )
		
		Ent:SetEfficiency( math.Clamp( tonumber( ply.TOOLMemory.Efficiency ) ,0.2,4) )
		Ent:SetMaxTraction( math.Clamp( tonumber( ply.TOOLMemory.MaxTraction ) , 5,1000) )
		Ent:SetTractionBias( math.Clamp( tonumber( ply.TOOLMemory.GripOffset ),-0.99,0.99) )
		Ent:SetPowerDistribution( math.Clamp( tonumber( ply.TOOLMemory.PowerDistribution ) ,-1,1) )
		
		Ent:SetBackFire( tobool( ply.TOOLMemory.HasBackfire ) )
		Ent:SetDoNotStall( tobool( ply.TOOLMemory.DoesntStall ) )
		
		Ent:SetIdleRPM( math.Clamp( tonumber( ply.TOOLMemory.IdleRPM ),1,25000) )
		Ent:SetLimitRPM( math.Clamp( tonumber( ply.TOOLMemory.MaxRPM ),4,25000) )
		Ent:SetRevlimiter( tobool( ply.TOOLMemory.HasRevLimiter ) )
		Ent:SetPowerBandEnd( math.Clamp( tonumber( ply.TOOLMemory.PowerEnd ), 3, 25000) )
		Ent:SetPowerBandStart( math.Clamp( tonumber( ply.TOOLMemory.PowerStart ) ,2 ,25000) )
		
		Ent:SetTurboCharged( Ent.Turbocharged )
		Ent:SetSuperCharged( Ent.Supercharged )
		Ent:SetBrakePower( math.Clamp( tonumber( ply.TOOLMemory.BrakePower ), 0.1, 500) )
		
		Ent:SetSoundoverride( ply.TOOLMemory.SoundOverride or "" )
		
		Ent:SetLights_List( Ent.LightsTable or "no_lights" )
		
		Ent:SetBulletProofTires( tobool( ply.TOOLMemory.HasBulletProofTires ) )
		
		Ent.snd_horn = ply.TOOLMemory.HornSound
		
		Ent.snd_blowoff = ply.TOOLMemory.snd_blowoff
		Ent.snd_spool = ply.TOOLMemory.snd_spool
		Ent.snd_bloweron = ply.TOOLMemory.snd_bloweron
		Ent.snd_bloweroff = ply.TOOLMemory.snd_bloweroff
		
		Ent:SetBackfireSound( ply.TOOLMemory.backfiresound or "" )
		
		local Gears = {}
		local Data = string.Explode( ",", ply.TOOLMemory.Gears  )
		for i = 1, table.Count( Data ) do 
			local gRatio = tonumber( Data[i] )
			
			if isnumber( gRatio ) then
				if i == 1 then
					Gears[i] = math.Clamp( gRatio, -5, -0.001)
					
				elseif i == 2 then
					Gears[i] = 0
					
				else
					Gears[i] = math.Clamp( gRatio, 0.001, 5)
				end
			end
		end
		Ent.Gears = Gears
		
		if istable( ply.TOOLMemory.SubMaterials ) then
			for i = 0, table.Count( ply.TOOLMemory.SubMaterials ) do
				Ent:SetSubMaterial( i, ply.TOOLMemory.SubMaterials[i] )
			end
		end
			
		if ply.TOOLMemory.FrontDampingOverride and ply.TOOLMemory.FrontConstantOverride and ply.TOOLMemory.RearDampingOverride and ply.TOOLMemory.RearConstantOverride then
			Ent.FrontDampingOverride = tonumber( ply.TOOLMemory.FrontDampingOverride )
			Ent.FrontConstantOverride = tonumber( ply.TOOLMemory.FrontConstantOverride )
			Ent.RearDampingOverride = tonumber( ply.TOOLMemory.RearDampingOverride )
			Ent.RearConstantOverride = tonumber( ply.TOOLMemory.RearConstantOverride )
			
			local data = {
				[1] = {Ent.FrontConstantOverride,Ent.FrontDampingOverride},
				[2] = {Ent.FrontConstantOverride,Ent.FrontDampingOverride},
				[3] = {Ent.RearConstantOverride,Ent.RearDampingOverride},
				[4] = {Ent.RearConstantOverride,Ent.RearDampingOverride},
				[5] = {Ent.RearConstantOverride,Ent.RearDampingOverride},
				[6] = {Ent.RearConstantOverride,Ent.RearDampingOverride}
			}
			
			local elastics = Ent.Elastics
			if elastics then
				for i = 1, table.Count( elastics ) do
					local elastic = elastics[i]
					if Ent.StrengthenSuspension == true then
						if IsValid( elastic ) then
							elastic:Fire( "SetSpringConstant", data[i][1] * 0.5, 0 )
							elastic:Fire( "SetSpringDamping", data[i][2] * 0.5, 0 )
						end
						local elastic2 = elastics[i * 10]
						if IsValid( elastic2 ) then
							elastic2:Fire( "SetSpringConstant", data[i][1] * 0.5, 0 )
							elastic2:Fire( "SetSpringDamping", data[i][2] * 0.5, 0 )
						end
					else
						if IsValid( elastic ) then
							elastic:Fire( "SetSpringConstant", data[i][1], 0 )
							elastic:Fire( "SetSpringDamping", data[i][2], 0 )
						end
					end
				end
			end
		end
	
		Ent:SetFrontSuspensionHeight( tonumber( ply.TOOLMemory.FrontHeight ) )
		Ent:SetRearSuspensionHeight( tonumber( ply.TOOLMemory.RearHeight ) )
		
		local groups = string.Explode( ",", ply.TOOLMemory.BodyGroups)
		for i = 1, table.Count( groups ) do
			Ent:SetBodygroup(i, tonumber(groups[i]) )
		end
		
		Ent:SetSkin( ply.TOOLMemory.Skin )
		
		local c = string.Explode( ",", ply.TOOLMemory.Color )
		local Color =  Color( tonumber(c[1]), tonumber(c[2]), tonumber(c[3]), tonumber(c[4]) )
		
		local dot = Color.r * Color.g * Color.b * Color.a
		Ent.OldColor = dot
		Ent:SetColor( Color )
		
		local data = {
			Color = Color,
			RenderMode = 0,
			RenderFX = 0
		}
		duplicator.StoreEntityModifier( Ent, "colour", data )
		
		if Update then
			local PhysObj = Ent:GetPhysicsObject()
			if not IsValid( PhysObj ) then return end
			
			local freezeWhenDone = PhysObj:IsMotionEnabled()
			local freezeWheels = {}
			PhysObj:EnableMotion( false )
			Ent:SetNotSolid( true )
			
			local ResetPos = Ent:GetPos()
			local ResetAng = Ent:GetAngles()
			
			Ent:SetPos( ResetPos + Vector(0,0,30) )
			Ent:SetAngles( Angle(0,ResetAng.y,0) )
			
			for i = 1, table.Count( Ent.Wheels ) do
				local Wheel = Ent.Wheels[ i ]
				if IsValid( Wheel ) then
					local wPObj = Wheel:GetPhysicsObject()
					
					if IsValid( wPObj ) then
						freezeWheels[ i ] = {}
						freezeWheels[ i ].dofreeze = wPObj:IsMotionEnabled()
						freezeWheels[ i ].pos = Wheel:GetPos()
						freezeWheels[ i ].ang = Wheel:GetAngles()
						Wheel:SetNotSolid( true )
						wPObj:EnableMotion( true ) 
						wPObj:Wake() 
					end
				end
			end
			
			timer.Simple( 0.5, function()
				if not IsValid( Ent ) then return end
				if not IsValid( PhysObj ) then return end
				
				PhysObj:EnableMotion( freezeWhenDone )
				Ent:SetNotSolid( false )
				Ent:SetPos( ResetPos )
				Ent:SetAngles( ResetAng )
		
				for i = 1, table.Count( freezeWheels ) do
					local Wheel = Ent.Wheels[ i ]
					if IsValid( Wheel ) then
						local wPObj = Wheel:GetPhysicsObject()
						
						Wheel:SetNotSolid( false )
						
						if IsValid( wPObj ) then
							wPObj:EnableMotion( freezeWheels[i].dofreeze ) 
						end
						
						Wheel:SetPos( freezeWheels[ i ].pos )
						Wheel:SetAngles( freezeWheels[ i ].ang )
					end
				end
			end)
		end
		
		if Ent.CustomWheels then
			if Ent.GhostWheels then
				timer.Simple( Update and 0.25 or 0, function()
					if not IsValid( Ent ) then return end
					if ply.TOOLMemory.WheelTool_Foffset and ply.TOOLMemory.WheelTool_Roffset then
						SetWheelOffset( Ent, ply.TOOLMemory.WheelTool_Foffset, ply.TOOLMemory.WheelTool_Roffset )
					end
					
					if not ply.TOOLMemory.FrontWheelOverride and not ply.TOOLMemory.RearWheelOverride then return end
					
					local front_model = ply.TOOLMemory.FrontWheelOverride or vehicle.Members.CustomWheelModel
					local front_angle = GetAngleFromSpawnlist(front_model)
					
					local camber = ply.TOOLMemory.Camber or 0
					local rear_model = ply.TOOLMemory.RearWheelOverride or (vehicle.Members.CustomWheelModel_R and vehicle.Members.CustomWheelModel_R or front_model)
					local rear_angle = GetAngleFromSpawnlist(rear_model)
					
					if not front_model or not rear_model or not front_angle or not rear_angle then return end
					
					if ValidateModel( front_model ) and ValidateModel( rear_model ) then 
						Ent.Camber = camber
						ApplyWheel(Ent, {front_model,front_angle,rear_model,rear_angle,camber})
					else
						ply:PrintMessage( HUD_PRINTTALK, "selected wheel does not exist on the server")
					end
				end)
			end
		end
	end)
	
	return true
end

function TOOL:RightClick( trace )
	if CLIENT then return true end
	
	local ent = trace.Entity
	local ply = self:GetOwner()
	
	if ply.LockRightClick then ply:PrintMessage( HUD_PRINTTALK, "Duplicator is busy") return end
	
	if not istable(ply.TOOLMemory) then 
		ply.TOOLMemory = {}
	end
	
	if not IsValid(ent) then 
		table.Empty( ply.TOOLMemory )
		
		net.Start("sphys_dupe")
			net.WriteTable( ply.TOOLMemory )
		net.Send( ply )
		
		return false
	end
	
	if not simfphys.IsCar( ent ) then return false end
	
	self:GetVehicleData( ent, ply )
	
	return true
end

function TOOL:Reload( trace )
	return false
end