BF3

--[[
	Scripts/Game/BugCommands.lua
]]--

Commands =
{
	-- Bug needed for when using Trigger bug in B4Bug, info is used for all bugs
	StandardB4BugBug =
	{
		Name = "Standard B4Bug bug",
		Title = "Venice",
		Menu = "Bugs",
		AutoB4Bug = true,
		IsStandardBug = true,

		Information =
		{
			"Field" , "Issue Type" , "Bug",
			"Field" , "Priority" , "Minor (C, V3, L3)",
			"Field" , "Assignee" , "Automatic",
			"Field" , "Report Method" , "B4Bug",
			"Field" , "Milestone Hindering" , "None",
			"Field" , "Language" , "English",
			"Field" , "User Path" , "Probable",
			"RPCGet", "Game Level" , "LocalPlayer.getClientLevelName",

			"Field" , "Description" , "\
Soldier position: ",
			"RPCGet", "Description" , "LocalPlayer.getPlayerPosition",
			"Field" , "Description" , "\
Current camera position: ",
			"RPCGet", "Description" , "DebugCam.getCurrentCameraPosition",

			"Field" , "Environment" , "\
OS Version: ",
			"RPCGet", "Environment" , "BugManager.getOSInfo",
			"Field" , "Environment" , "\
GPU description: ",
			"RPCGet", "Environment" , "DxRenderer.AdapterDescription",
			"Field" , "Environment" , "\
GPU driver version: ",
			"RPCGet", "Environment" , "DxRenderer.AdapterDriverVersion",

			"RPCGet", "Platform" , "BugManager.getPlatform",
			"RPCGet", "Reported By (Game Team)" , "BugManager.getReportedBy",
			"RPCGet", "Found in Change List (Game)" , "BugManager.getChangelist",
			"RPCGet", "Found in Change List (Frostbite)" , "BugManager.getFrostbiteChangelist",
			"RPCGet" , "Juice Session ID" , "BugManager.getjuiceSessionId",
		}
	},

	TestBug1 =
	{
		Name = "Testbug",
		Title = "Venice",
		Menu = "Bugs",
		AutoB4Bug = true,

		Information =
		{
		},

		RPCs =
		{
		},
	},

	TestCommand1 =
	{
		Name = "Testcommand 1",
		Title = "Venice",
		Menu = "QA Commands",
		AutoB4Bug = false,

		RPCs =
		{
			"DebugRender.DrawStatsEnable 1",
			"UI.DrawEnable 0",
		},

		ReverseRPCs =
		{
			"DebugRender.DrawStatsEnable 0",
			"UI.DrawEnable 1",
		},
	},

	TestCommand2 =
	{
		Name = "Testcommand 2",
		Title = "Venice",
		Menu = "QA Commands",
		AutoB4Bug = false,

		RPCs =
		{
			"Debug.DrawScreenCenterHelper 1",
			"Render.ForceFov 100",
		},

		ReverseRPCs =
		{
			"Debug.DrawScreenCenterHelper 0",
			"Render.ForceFov 65",
		},
	},

	AnimationCommand1 =
	{
		Name = "Animation Test",
		Title = "Venice",
		Menu = "Animation",
		AutoB4Bug = false,

		RPCs =
		{
			"AntDebug.DrawDebugInfo 1",
			"AntDebug.DrawSignals 1",
			"UI.DrawEnable 0",
		},

		ReverseRPCs =
		{
			"AntDebug.DrawDebugInfo 0",
			"AntDebug.DrawSignals 0",
			"UI.DrawEnable 1",
		},
	},

	WeaponCommand1 =
	{
		Name = "Show weapon info",
		Title = "Venice",
		Menu = "Weapons",
		AutoB4Bug = false,

		RPCs =
		{
			"AntDebug.DrawDebugInfo 1",
			"Debug.DrawScreenCenterHelper 1",
			"clientsoldier.debug.firingstats 1",
		},

		ReverseRPCs =
		{
			"AntDebug.DrawDebugInfo 0",
			"Debug.DrawScreenCenterHelper 0",
			"clientsoldier.debug.firingStats 0",
		},
	},
}

--[[
	Scripts/Game/Configure.lua
]]--

--
-- Game configuration script
--

-- Local helper functions
function commandLine:lookup(name, default)
	local value = self[string.lower(name)]

	return value or default
end

local function cmdLineSwitch(switchName, fieldName, inTable)
	local table = inTable or Game

	if (commandLine:lookup(switchName)) then
		table[fieldName] = true
	end
end

function cmdLineOption(optionName, default)
	return commandLine:lookup(optionName, default)
end

local function readCfg(name)
	log:debug("reading cfg: " .. name)
	core.readKeyValueCfg(name, _G)
end

local function applySettings(settings)
	core.parseKeyValueCfgString(settings, _G)
end

-- Basic settings

core.import("Scripts/Game/Settings.lua")

-- Import old-school cfg files for backwards compatibility
local defaultConfigFile = commandLine:lookup("defaultConfig")
if defaultConfigFile then
	readCfg(defaultConfigFile)
else
	readCfg("Scripts/Game.cfg")
end

--------------------------------------------------------------------------
-- Handle any Drone override options
--

for i,v in ipairs(commandLine) do
	if string.lower(v) == "-customconfig" then
		if commandLine[i+1]:find("/") then
			readCfg(commandLine[i+1])
		else
			readCfg("Scripts/" .. commandLine[i+1])
		end
	end
end

local editorActive = false
local liveEditingEnable = commandLine:lookup("core.liveeditingenable")
if liveEditingEnable then
	if liveEditingEnable == "1" or liveEditingEnable == "true" then
		editorActive = true
	end
end

--------------------------------------------------------------------------
-- Handle local overrides
--
-- This needs to run before we load the level cfg as we can specify the fast startup level name here!

if not commandLine:lookup(\'noLocalCfg\', false) then
	-- Read common local cfg file
	readCfg("/local/local.cfg", _G)

	if editorActive == true then
		-- Read local cfg with editor specific settings
		readCfg("/local/localeditor.cfg", _G)
	else
		-- Read local cfg with standalone specific settings
		readCfg("/local/localgame.cfg", _G)
	end
end

--------------------------------------------------------------------------
-- Handle level specific configuration
--

local levelName = commandLine:lookup("level")
if not levelName then
	local gameTable = _G["Game"]
	if gameTable then
		levelName = gameTable["Level"]
	end
end

-- Level names without slashes are assumed to be shorthand for
-- Levels/name/name to go with Venice\'s epic level naming convention
if levelName and not string.find(levelName, "/") then
	levelName = "Levels/" .. levelName .. "/" .. levelName
end

if levelName then
	readCfg(levelName .. ".cfg")
end

--------------------------------------------------------------------------
-- Handle commandline options
--
--   Commandline options effectively override any settings specified
--   elsewhere.
--

if not Game then Game = {} end

cmdLineSwitch("verbose", "Verbose")

if Game.Verbose then
	print "------------Commandline parameters:"
	for k,v in pairs(commandLine) do print (k,v) end
end

-- Handle <Table>.<Member> settings

if allowCommandlineSettings then
	for _,option in ipairs(commandLine) do
		local table,member = string.match(option, "^%-(%w+)%.(%w+)")

		if table and member then
			local value = commandLine[_ + 1]
			if not _G[table] then _G[table] = {} end
			_G[table][member] = value
		else
			local varName = string.match(option, "^%-([%w-]+)")
			if varName then
				local value = commandLine[_ + 1]
				if value then
					_G[varName] = value
				end
			end
		end

	end
end

--------------------------------------------------------------------------
-- Force specific settings when running through FrostEd
--

if editorActive then
	Online.Backend = "Backend_Lan"
	Online.UseFallback = true
	Client.IsPresenceEnabled = false
	Server.IsPresenceEnabled = false

	applySettings([=[
		Server.forceStartMapOnLoad true
		Network.GhostCountWarning true
		Network.GhostCountWarningInfo true
		Game.DisablePreRound true
	]=])
end

--

core.import("Scripts/Game/DebugSettings.lua")


--[[
	Scripts/Game/DebugSettings.lua
]]--

core = require "Frost.Core"
logging = require "Frost.Logging"

local function applySettings(settings)
	core.parseKeyValueCfgString(settings, _G) end

-- helpers

local function getSetting(key)
	container, field = string.match(key, "(%w+)%.(%w+)");
	if container and field then
		if not _G[container] then
			_G[container] = {}
		end
		return _G[container][field]
	else
		return _G[key]
	end
end

local function setSetting(key, value)
	container, field = string.match(key, "(%w+)%.(%w+)");
	if container and field then
		if not _G[container] then
			_G[container] = {}
		end
		_G[container][field] = value
	else
		_G[key] = value
	end
end

-- thin-client settings: 0=Off 1=Console

setSetting("thin-client", cmdLineOption("thinClient", getSetting("thin-client")))

if getSetting("thin-client") == "1" then
	applySettings([=[
		RenderDevice.CreateMinimalWindow true
		Core.HardwareProfile Hardware_Low
		Core.HardwareGpuBias -1
		Server.DebrisClusterEnabled true
		Client.DebrisClusterEnabled false
		DebrisSystem.Enable false
		Client.WorldRenderEnabled false
		Client.EmittersEnabled false
		Client.TerrainEnabled false
		Client.MeshMergingEnabled false
		Client.OvergrowthEnabled false
		Client.OccludersEnabled true
		Decal.SystemEnable false
		Render.DebugRendererEnable false
		UI.HudEnable false
		UI.System UISystem_None
		EmitterSystem.Enable false
		Window.Fullscreen false
		Render.Enable false
		disable-input true
		scripted-input true
		use-script-input true
		disable-client-correction true
		disable-client-animations true
		Sound.Enable false
		disable-entities true
		disable-camera true
		Texture.LoadingEnabled false
		Texture.RenderTexturesEnabled false
		Mesh.LoadingEnabled false
		ShaderSystem.DatabaseLoadingEnable false
		disable-audio-loading true
		GameTime.ForceUseSleepTimer true
		ShaderSystem.DxFrameVertexBufferPoolSize 16
		ShaderSystem.FrameMemoryBufferSize 16
		PerformanceTracker.Enabled false
	]=])
end

-- testingEnabled 0=Off, 1=On

setSetting("testing-enabled", cmdLineOption("testingEnabled", getSetting("testing-enabled")))

if getSetting("testing-enabled") == "1" then
	applySettings([=[
		Server.EnableMonkeyTestLayers true
		add-debug-entity true
		scripted-input true
		use-script-input true
		Juice.logClientTestingEvents true
	]=])
end

--[[
	Scripts/Game/Settings.lua',
]]--

--
-- Define basic settings tables
--

Game = {
	LogFileEnable = true,
}

Client = {
}

Server = {
}

ShaderSystem = {
	DebugNonFiniteColor = { x=0, y=0, z=0 },
}

NetworkSettings = {
	Version = "V0.0",
	ProtocolVersion = 0,
	TitleId = 4,
	ClientPort = 1001,
	ServerPort = 1003,
	MaxGhostCount = 1024,
	MaxClientCount = 64,
}

Core = {
}

--[[
	Scripts/Game/Startup.lua
]]--

--
-- Game startup script
--

require "vfs"
core = require "Frost.Core"
logging = require "Frost.Logging"

-- The global platform variable can be used to detect which platform
-- we are currently executing on

platform = dice.getCurrentPlatformName()

-- Set up a logger which logs to the console (not stdout)
-- By default, we only show warnings or worse. For more verbose
-- diagnostics, you may set the level to INFO or DEBUG.

log = logging.ingameConsole()
log:setLevel(logging.DEBUG)

core.import("Scripts/Game/Configure.lua")

--[[
	Scripts/GlobalSettings.lua',
]]--

--
-- Global Settings
--
--  These are front-end settings exposed to the end-user. The idea is that
--  settings that are interesting to the majority of end-users should be
--  defined here to enable tools to query for exposed options.
--
--  This file is imported by Pipeline, Game, etc
--
-- *********************************************************
-- NOTE: This is largely deprecated and will be phased out!
-- *********************************************************

GlobalSettings = {}
GlobalSettings.Meta = {}

local function ValidateSetting(name, value)
	assert(name and value)

	local meta = GlobalSettings.Meta[name]
	local lowerValue = string.lower(value)

	if meta then
		for _,v in ipairs(meta.validValues) do
			if string.lower(v[1]) == lowerValue then
				return v[1]
			end
		end

		-- We intentionally don\'t build this string in the loop above
		-- in an attempt to generate less ephemeral garbage

		local choices = nil

		for _,v in ipairs(meta.validValues) do
		    if choices then
				choices = choices .. ", " .. v[1]
			else
				choices = v[1]
			end
		end

		error("Setting \'" .. name .. "\' cannot be set to specified value: " .. value .. ", valid values are " .. choices)
	else
		error("Undefined setting - \'" .. name .. "\'")
	end
end

local function DefineSetting(descriptionTable)
	assert(descriptionTable[1] and descriptionTable[2], "Settings must have name and default values!")

	local name = descriptionTable[1];
	local defaultValue = descriptionTable[2];

	GlobalSettings[name] = defaultValue
	GlobalSettings.Meta[name] = {}

	GlobalSettings.Meta[name].default = defaultValue

	if descriptionTable.description then
		GlobalSettings.Meta[name].description = descriptionTable.description
	end

	if descriptionTable.validValues then
		GlobalSettings.Meta[name].validValues = descriptionTable.validValues
	end

	if descriptionTable.commandLine then
		GlobalSettings.Meta[name].commandLine = descriptionTable.commandLine
	end

	if descriptionTable.envVar then
		GlobalSettings.Meta[name].envVar = descriptionTable.envVar
	end

	-- Validate default vs validValues
	ValidateSetting(name, defaultValue)
end

function ApplyCommandLineSettings(commandLine)
	for setting,meta in pairs(GlobalSettings.Meta) do
		if meta.commandLine then
			local options = meta.commandLine

			for _,entry in ipairs(options) do
				local k = entry[1]
				local v = entry[2]

				local value = commandLine[string.lower(k)]

				if value then
					if not v then
						SetSetting(setting, value, string.format(" (due to -%s %s)", k, value))
					else
						SetSetting(setting, v, string.format(" (due to -%s)", k))
					end
				end
			end
		end
	end
end

function ApplyEnvironmentVariableSettings()
	for setting,meta in pairs(GlobalSettings.Meta) do
		if meta.envVar then
			local envVarValue = os.getenv(meta.envVar)

			if envVarValue then
				SetSetting(setting, envVarValue)
			end
		end
	end
end


function SetSetting(settingName, value, source)
	if not GlobalSettings[settingName] then
		error("Attempted set of unknown setting \'" .. settingName .. "\'")
	else
		GlobalSettings[settingName] = ValidateSetting(settingName, value)

		if log then
			log:debug("Set setting " .. settingName .. " to value: " .. value .. (source or ""))
		end
	end
end

function GetGlobalSetting(settingName)
	if not GlobalSettings[settingName] then
		error("Attempted get of unknown setting \'" .. settingName .. "\'")
	else
		return GlobalSettings[settingName]
	end
end

--------------------------------------------------------------------------
-- Setting definitions
--

DefineSetting {
	"Cache", "Enabled",

	validValues = {
		{ "Enabled", 		"Normal cache mode" },
		{ "Disabled", 		"No caching" },
		{ "ReadOnly", 		"Only read from caches (never upload)" },
		{ "WriteOnly",		"Only write to caches (useful for fixing problems)" }
	},
	description = "Cache Control",
	commandLine = {
		{ "cacheMode" },
		{ "nocache", 		"Disabled" },
		{ "readonlyCache", 	"ReadOnly" },
		{ "writeOnlyCache", "WriteOnly" },
		{ "cache",			"Enabled" }
	},
	envVar = "PIPELINE_CACHE_MODE"
}

--[[
	Scripts/Packages/Frost/Core.lua
]]--

--
-- Various bits of Lua scaffolding
--

require "os"
require "vfs"

module("Frost.Core", package.seeall);

-- Execute a script
--
--   If flags contains a "silent=true" flag, then no message
--   will be emitted if the script can\'t be found
--

-- Execute a script, optionally returning an error message if it fails

function import(script, friendlyName, flags)
	local name = friendlyName or script

	local success, err = pcall(dofile,script)

	if not success and not (flags and flags.silent) then
		error("Could not import script: " .. name .. " error: " .. err)
	end
end

-- Execute a new-style config file

local function executeCfg(file)
	if log then
		log:debug("  Executing new style (lua) config file")
	end

	local script = file:read("*all")

	local func, err = loadstring(script)

	if func then
		func()
	else
		error(err)
	end
end

-- Parse a single line containing a key-value pair (and possibly some comments)

function parseKeyValueCfgLine(line, targetTable)
	-- Remove comments
	line = string.gsub(line, "#.*", "")
	line = string.gsub(line, "//.*", "")

	-- Split into key, value pairs
	local key, value = string.match(line, "(%S+)%s+(.+)%s*");

	if key and value then
		-- Handle dotted key names
		local container, field = string.match(key, "(%w+)%.(%w+)");

		if container and field then
			if not targetTable[container] then
				targetTable[container] = {}
			end

			targetTable[container][field] = value;

			if log then
				log:debug(string.format("set %s.%s = %s (from key-value cfg line)", container, field, value))
			end
		else
			targetTable[key] = value;

			if log then
				log:debug(string.format("set %s = %s (from key-value cfg line)", key, value))
			end
		end
	end
end

-- Parse a string of key-value config entries

function parseKeyValueCfgString(str, targetTable)
	for line in string.gmatch(str, "[^\
]*") do
		parseKeyValueCfgLine(line, targetTable)
	end
end

-- Parse an old-style key-value CFG file

function readKeyValueCfg(file, targetTable)
	if log then
		log:debug("Reading cfg \'" .. file .. "\'")
	end

	local f = vfs.open(file, "r")

	if not f then
		-- File not found
		if log then
			log:debug("Failed to find file \'" .. file .. "\'")
		end

		return
	end

	local firstLine = true

	while true do
		local line = f:read("*line")

		if not line then
			break
		end

		if firstLine and line == "#!/bin/lua" then
			executeCfg(f)
		end

		parseKeyValueCfgLine(line, targetTable)
	end

	f:close();
end

--[[
	Scripts/Packages/Frost/Logging.lua
]]--

local type, table, string, assert, _tostring = type, table, string, assert, tostring

require "vfs"

module("Frost.Logging", package.seeall)

-- The DEBUG Level designates fine-grained informational events that are most
-- useful to debug an application
DEBUG = "DEBUG"

-- The INFO level designates informational messages that highlight the
-- progress of the application at coarse-grained level
INFO = "INFO"

-- The WARN level designates potentially harmful situations
WARN = "WARN"

-- The ERROR level designates error events that might still allow the
-- application to continue running
ERROR = "ERROR"

-- The FATAL level designates very severe error events that will presumably
-- lead the application to abort
FATAL = "FATAL"

local LEVEL = {
	[DEBUG] = 1,
	[INFO]  = 2,
	[WARN]  = 3,
	[ERROR] = 4,
	[FATAL] = 5,
}


-------------------------------------------------------------------------------
-- Creates a new logger object
-------------------------------------------------------------------------------
function new(append)

	if type(append) ~= "function" then
		return nil, "Appender must be a function."
	end

	local logger = {}
	logger.level = DEBUG
        logger.append = append

	logger.setLevel = function (self, level)
		assert(LEVEL[level], string.format("undefined level `%s\'", tostring(level)))
		self.level = level
	end

	logger.log = function (self, level, message)
		assert(LEVEL[level], string.format("undefined level `%s\'", tostring(level)))
		if LEVEL[level] < LEVEL[self.level] then
			return
		end
		if type(message) ~= "string" then
		  message = tostring(message)
		end
		return logger:append(level, message)
	end

	logger.debug = function (logger, message) return logger:log(DEBUG, message) end
	logger.info  = function (logger, message) return logger:log(INFO,  message) end
	logger.warn  = function (logger, message) return logger:log(WARN,  message) end
	logger.error = function (logger, message) return logger:log(ERROR, message) end
	logger.fatal = function (logger, message) return logger:log(FATAL, message) end
	return logger
end


-------------------------------------------------------------------------------
-- Prepares the log message
-------------------------------------------------------------------------------
function prepareLogMsg(pattern, dt, level, message)

    local logMsg = pattern or "%date %level %message\
"
    message = string.gsub(message, "%%", "%%%%")
    logMsg = string.gsub(logMsg, "%%date", dt)
    logMsg = string.gsub(logMsg, "%%level", level)
    logMsg = string.gsub(logMsg, "%%message", message)
    return logMsg
end


-------------------------------------------------------------------------------
-- Converts a Lua value to a string
--
-- Converts Table fields in alphabetical order
-------------------------------------------------------------------------------
function tostring(value)
  local str = \'\'

  if (type(value) ~= \'table\') then
    if (type(value) == \'string\') then
      str = string.format("%q", value)
    else
      str = _tostring(value)
    end
  else
    local auxTable = {}
    table.foreach(value, function(i, v)
      if (tonumber(i) ~= i) then
        table.insert(auxTable, i)
      else
        table.insert(auxTable, tostring(i))
      end
    end)
    table.sort(auxTable)

    str = str..\'{\'
    local separator = ""
    local entry = ""
    table.foreachi (auxTable, function (i, fieldName)
      if ((tonumber(fieldName)) and (tonumber(fieldName) > 0)) then
        entry = tostring(value[tonumber(fieldName)])
      else
        entry = fieldName.." = "..tostring(value[fieldName])
      end
      str = str..separator..entry
      separator = ", "
    end)
    str = str..\'}\'
  end
  return str
end

--
-- Print appender
--

function console(logPattern)

    return new( function(self, level, message)
					print(prepareLogMsg(logPattern, os.date(), level, message))
					return true
				end
			  )
end

function ingameConsole()

    return new( function(self, level, message)
					ingamePrint(level, message)
					return true
				end
			  )
end

--[[
	Scripts/Pipeline/Configuration.lua
]]--

--
-- Pipeline Configuration
--
--   This is an internal script used for configuring the pipeline. Normal
--   users should typically not edit this file, as most end-user settings
--   are exposed through the GlobalSettings.lua file
--

--
-- Import common settings
--

core.import(allScriptsRoot .. "GlobalSettings.lua", "global settings");

-- Import session startup script, if specified on commandLine
--
-- This is used by Drone to change settings

if commandLine.startupscript then
	core.import("/data/" .. commandLine.startupScript, _G)
end

core.import(scriptsRoot .. "Settings.lua")

--   -config commandLine switch is used by Drone to configure custom settings
if commandLine.config then
	core.readKeyValueCfg("/data/Scripts/" .. commandLine.config, _G)
end

--------------------------------------------------------------------------
-- Handle commandline options
--
--   Commandline options effectively override any settings specified
--   elsewhere.
--

local function cmdLineSwitch(switchName, fieldName)
	if (commandLine[string.lower(switchName)]) then
		Pipeline[fieldName] = true
	end
end

local function cmdLineArg(switchName, fieldName)
	local entry = commandLine[string.lower(switchName)]

	if (entry) then
		Pipeline[fieldName] = entry
		--print("Set " .. fieldName .. " to " .. entry)
	end
end

cmdLineSwitch("debug", "DebugMode");
cmdLineSwitch("validateData", "ValidateData");
cmdLineSwitch("addToPerforce", "AddToPerforce");
cmdLineSwitch("noconsole", "NoConsole");
cmdLineSwitch("verbose", "Verbose");
cmdLineSwitch("trace", "EnableTracing");
cmdLineSwitch("nohal", "DisableHalDevice");
cmdLineSwitch("trim", "TrimLayout");
cmdLineSwitch("updateIndex", "UpdateIndexOnly");

cmdLineArg("opfilter", "OpFilter")

--
--  Parse commandline options that may occur multiple times ("list" options)
--

----------------------------------------------------------------------------------------
--
-- Diagnostics dump
--

if Pipeline.Verbose then
	print ""
	print "Pipeline settings summary:"
	print "------------------------------------------------------"

	for k,v in pairs(Pipeline) do
		print(k, v)
	end

	print ""

	print "Command line:"
	print "------------------------------------------------------"

	for _,v in pairs(commandLine) do
		print(_,v)
	end

	print ""
end

--[[
	Scripts/Pipeline/Settings.lua
]]--

--
-- Internal Pipeline settings
--
--   This is not really the best place to change settings locally,
--   please see GlobalSettings.lua instead and use it if at all
--   possible
--

local Dx10PathEnable = false
local Dx10PlusPathEnable = true
local Dx10Dot1PathEnable = false
local Dx11PathEnable = true
local AutoPathEnable = false
local SkipAllPaths = false

Pipeline =
{
	Verbose = false,
	Rebuild = false,
	ShowReason = true,
	AddToPerforce = false,

	-- Debugging/profiling options
	Profiler = false,
	DebugMode = false,
	EmitPlaintextDbx = false,
	EnableTimingLog = false,
	BundleDebugging = false,
	ResourceDebugging = false,

	AsyncOpWrite = true,
	DumpOplogStats = false,

	--ServiceMode = true,
}

--------------------------------------------------------------

Core =
{
	LogLevel = "Info",
	StudioBus = "[email protected]"  -- dice-bm150
}

Ant =
{
--	Setting this to true sometimes breaks reimport
	ShowSyncDialogOnReimport = false,
}

Havok =
{
	WriteShapeLog = false,
	WriteMemoryLog = false,
	WriteMaterialsLog = false,
	ErrorOnStaticValidationError = true,
	DetailExport = true,
	LogTriangleDensity = true,
	HavokImportVersion = 1,
}

HavokGroupPhysicsEntity =
{
	WriteShapeLog = false,
	WriteMemoryLog = false,
	WriteMaterialsLog = false,
	WriteGroupGeneralLog = false,
	WritePartInfoLog = false,
	ErrorOnStaticValidationError = true,
	DetailExport = true,
	LogTriangleDensity = true,
	HavokImportVersion = 1,

	AllowDefaultCollisionShape = true
}

Texture =
{
	SkipMipmapsPs3Enable = true,
	CudaEnable = true,
	WaitOnCudaEnable = false,
	MultithreadedCompressionEnable = true,
	DefaultTextureGroup = "TextureGroups/Default";
}

ObjectBlueprint =
{
	AllowDefaultPartMaterial = true,
	AllowDefaultEntityMaterial = true,
}

BlueprintImport =
{
	UseDefaultRaycastRoot = false,
	OptimizeGeometries = true,
	ErrorOnSceneMismatch = true,
}

Mesh =
{
	Verbose = false,
	ZOnlyMeshEnable = true,
	Ps3EdgeEnable = true,
	Ps3EdgeCompressPositionsEnable = true,
	Ps3EdgeCompressIndicesEnable = true,
	Ps3EdgeMinSubsetTriangleCount = 0,

	MinStreamingLodSize = 0,

	SootSkipShaderNames =
	{
		"Template",
		"Tmpl",
		"NoSoot"
	},
	WarningsAsErrorsEnable = false,

	-- EnlightenSaveInputMeshEnable = true,
	-- RadiosityPixelSize_Lower = 16.0,
	-- RadiosityPixelSize_Lowest = 8.0,
	-- RadiosityPixelSize_Low = 4.0,
	-- RadiosityPixelSize_Medium = 2.0,
	-- RadiosityPixelSize_High = 1.0,
	-- RadiosityPixelSize_Higher = 0.5,
	-- RadiosityPixelSize_Max = 0.25,
}

Enlighten =
{
	-- Set this to false to prevent any dynamic enlighten data from beeing built and loaded into the game.
	-- This is useful for retail builds if only static enlighten data is allowed.
	DynamicEnable = true,
}

Level =
{
	VoAnimTreesEnable = false,

	GroupTreeModelEntities = true,
	GroupStaticModelEntities = true,
	GroupMiddlegrowthModelEntities = true,

	OptimizeMaterialGrid = true,

	LogDetailedInstanceCounts = false
}

ShaderState =
{
	TerrainDebugColorEnable = false,
	TerrainOverdrawModeEnable = false,
	DynamicEnvmapModeEnable = false,

	StripUnusedTextures = true,

	VanillaShadowmapsEnable = false,
--	CascadedBox3ShadowmapsEnable = true,
--	CascadedBox4ShadowmapsEnable = true,
}

ShaderProgramDatabase =
{
	ShaderDebugInfoEnable = false,
	DxShaderDebugInfoEnable = false,

	Dx10PathEnable = Dx10PathEnable,
	Dx10PlusPathEnable = Dx10PlusPathEnable,
	Dx10Dot1PathEnable = Dx10Dot1PathEnable,
	Dx11PathEnable = Dx11PathEnable,
	AutoPathEnable = AutoPathEnable,
	SkipAllPaths = SkipAllPaths,

	Ps3OptimizationLevel = 3,
	Ps3BuildRandomizedShaders = false
}

ShaderDatabase =
{
	ShaderDebugInfoEnable = false,
	DxShaderDebugInfoEnable = false,

	Dx10PathEnable = Dx10PathEnable,
	Dx10PlusPathEnable = Dx10PlusPathEnable,
	Dx10Dot1PathEnable = Dx10Dot1PathEnable,
	Dx11PathEnable = Dx11PathEnable,
	AutoPathEnable = AutoPathEnable,
	SkipAllPaths = SkipAllPaths,

	Ps3OptimizationLevel = 3,
	Ps3PackVertexElementsEnable = true,
	Ps3ForceHalfPrecisionEnable = false,
	Ps3ForceVertexDynamicBranchesEnable = false,
	Ps3ForcePixelDynamicBranchesEnable = false,

	ForceCompileInConstantsEnable = true,
	NonFiniteColoringEnable = false,
	ManualSourceChangeEnable = false,
	StateMetricsEnable = false,
	StateSolutionCacheEnable = false,
	SeparateWorldTransformEnable = false
}

Terrain =
{
	SplineDecalsSubdivisionCount = 1,
	MaskFunctionsEnable = false,
}

TerrainStreamingTree =
{
	OptimizeUsingProceduralMask = true
}

Award =
{
	OutputAwardXml = true,
	OutputRankXml = true,
	InvalidAwardCodeCharacters = "-. ",
	AllowEmptyAwardCodes = false,
	CheckStatCategories = true,
	SetSpecificDataToChildAwards = true,
}

Persistence =
{
	OutputXml = true,
	OutputBlazeProperties = true,
	DeltaGameReports = true,
}

Unlock =
{
	ExportUnlocks = true
}

EmitterSystem =
{
	DxAtlasSkipMipmaps = 0,
	Ps3AtlasSkipMipmaps = 0,
	XenonAtlasSkipMipmaps = 0,
}

Audio =
{
	EnableDevelopmentFeatures = false,
}

UIActionscriptInjection =
{
	RemoveTraces = true;
}

VeniceLevel =
{
	GenerateCombatAreaTextures = false;
}

GameConfig =
{
	AnimationProjectPath = "Animations/AntAnimations",
}

--[[
	Scripts/Pipeline/Startup.lua
]]--

-- Pipeline startup script
--
--   This is executed very early, and can really only be used to
--   configure settings.
--
--   The settings specified here will override any settings in the
--   legacy settings file pipeline.config
--

core = require "Frost.Core"

require "os"
require "vfs"

Environment = {}

local userName = os.getenv("USERNAME")

if userName then Environment.UserName = userName end

branchName = os.getenv("BRANCH_NAME")

if not branchName then
	error("Configuration error: BRANCH_NAME environment variable not set -- fix the .diceconfig file for this branch!")
end

-- This is a verification tag to make sure the script is in sync with runtime
-- whenever something is changed that requires changes to be present on both
-- the script end and the runtime end, this should be updated. The value is
-- just an arbitrary string and has no semantic relevance

local expectVerificationTag = "22062007"

if verificationTag ~= expectVerificationTag then
	error("verification tag mismatch! Most likely, your data/Scripts folder is not right for your build!")
end

-- Execute configuration and setup scripts

allScriptsRoot = "/Data/Scripts/"
scriptsRoot = allScriptsRoot .. "Pipeline/"

core.import(scriptsRoot .. "Configuration.lua")

--[[
	Scripts/Server/Master.lua
--]]

 print("Loading scripts...")

serverSaveFilePath = "serverAdminSave.lua"

dofile("Scripts/Server/Startup.lua")
dofile("Scripts/Server/Shutdown.lua")
dofile("Scripts/Server/Server.lua")
dofile("Scripts/Server/Session.lua")

print("Done loading scripts.")

--[[
	Scripts/Server/Server.lua
]]--

require "vfs"
require "os"

banList = {}
levelList = {}
currentLevelIndex = 0
maxLevelIndex = 0

function Server_LoadLevel()

--  print("Server_LoadLevel called")

end

function Server_UnloadLevel()

--  print("Server_UnloadLevel called")

end


function Server_LevelLoaded()

--  print("Server_LevelLoaded called")

end

function Server_LevelUnloaded()

--  print("Server_LevelUnloaded called")

end


ticks = 0

function Server_ScriptTick()

--  print("Server_ScriptTick called; ticks = " .. ticks)

  ticks = ticks + 1

end

function Server_PlayerBanned(onlineId, name)

  print("Server_PlayerBanned called: Player " .. onlineId .. " banned")

  banList[onlineId] = { ["time"]=os.time(), ["name"]=name }

  writeServerData()

end

function Server_UnbanPlayer(id)

  if (banList[id] ~= nil) then
    print("Player " .. id .. " unbanned")
    banList[id] = nil

    if (banList[id] ~= nil) then
	  print("Player was not removed for some reason")
    end

    writeServerData()
  else
    print("No player with id " .. id .. " is banned")
  end

end

function Server_ListBans()

  --Server_PlayerBanned(174636, "gunnar")
  --Server_PlayerBanned(345636, "olle")

  for k,v in pairs(banList) do
    currentTime = os.date("%c", v.time)
    print("[" .. k .. "]: " .. v.name .. "," .. currentTime)
  end

end

function Server_LoadNextLevel()

  if (levelList[currentLevelIndex] ~= nil) then
	print("Loading level: " .. levelList[currentLevelIndex])
	loadNextLevel(levelList[currentLevelIndex])
	if (currentLevelIndex < maxLevelIndex) then
	  currentLevelIndex = currentLevelIndex + 1
	else
	  currentLevelIndex = 1
	end
  else
    print("Levelindex " .. currentLevelIndex .. " do not exist")
  end

end

function Server_AddLevel(levelName)

  maxLevelIndex = maxLevelIndex + 1
  levelList[maxLevelIndex] = levelName
  print("Added level \'" .. levelName .. "\' to level list")
  writeServerData()
  if (currentLevelIndex == 0) then
    currentLevelIndex = 1
  end

end

function Server_RemoveLevel(levelIndex)

  if (levelList[levelIndex] ~= nil) then
	print("Removing level \'" .. levelList[levelIndex] .. "\' at index: " .. levelIndex)
	--table.remove(levelList, levelIndex)
	for i=levelIndex,(maxLevelIndex-1),1 do
	  levelList[i] = levelList[i+1]
	end
	table.remove(levelList, maxLevelIndex)
	maxLevelIndex = maxLevelIndex - 1

	writeServerData()
	if (currentLevelIndex > maxLevelIndex) then
      currentLevelIndex = maxLevelIndex
    end
  else
    print("No level at index: " .. levelIndex)
  end

end

function Server_ListLevels()

  for k,v in pairs(levelList) do
	if (k == currentLevelIndex) then
	  print("[" .. k .. "]: " .. v .. " <<")
	else
	  print("[" .. k .. "]: " .. v)
	end
  end

end

function writeServerData()

  local currentPlatform = string.lower(dice.getCurrentPlatformName())
  if (currentPlatform == "xenon" or currentPlatform == "ps3") then
    return
  end

  local f = vfs.open(serverSaveFilePath, "w")

  if not f then
	-- File not found
	return
  end

  serializedTable = tableToString(banList)

  f:write("banList = " .. serializedTable .. "\
")

  --print("Wrote to file: banList = " .. serializedTable)

  serializedTable = tableToString(levelList)

  f:write("levelList = " .. serializedTable .. "\
")

  --print("Wrote to file: levelList = " .. serializedTable)

  f:close()

end

--[[
	Scripts/Server/Session.lua
]]--

require "vfs"
require "os"

function Session_PlayerJoined(id)

  print("Session_PlayerJoined called: Player " .. id .. " joined")

end

function Session_PlayerLeft(id)

  print("Session_PlayerLeft called: Player " .. id .. " left")

end

function Session_PlayerAuthenticated(id)

  print("Session_PlayerJoined called: Player " .. id .. " joined")

  if (banList[id] ~= nil) then
	print("Player " .. banList[id].name .. " is banned")
	kickPlayer(id)
  end

end

--[[
	Scripts/Server/Shutdown.lua
]]--

function Shutdown()

  print("Shutdown called")

end

--[[
	Scripts/Server/Startup.lua
]]--

function Startup()

  print("Startup called")

  local currentPlatform = string.lower(dice.getCurrentPlatformName())
  if (currentPlatform == "xenon" or currentPlatform == "ps3") then
    return
  end

  Frost.Core.import(serverSaveFilePath, "Server Admin file", {silent=true})
  print("Loaded banList")
  for k,v in pairs(banList) do
	currentTime = os.date("%c", v.time)
    print("[" .. k .. "]: " .. v.name .. "," .. currentTime)
  end

  print("Loaded levelList")
  for k,v in pairs(levelList) do
	maxLevelIndex = maxLevelIndex + 1
    print("[" .. k .. "]: " .. v)
  end

  if (maxLevelIndex > 0) then
    currentLevelIndex = 1
  end

end

--[[
	Scripts/UserOptions/DefaultValues.lua
]]--

core = require "Frost.Core"
logging = require "Frost.Logging"

function makeConstant(t)
	return setmetatable({},
	{
		__index = function (_, n)
			if t[n] == nil then
				log:error("Invalid constant member \'" .. tostring(n) .. "\'")
			end
			return t[n]
		end,

		__newindex = function (t, n, v)
			log:error("Attempting to change constant " .. tostring(n) .. " to " .. tostring(v))
		end
	})
end

local constants = {
	Quality = makeConstant({
		Autodetect = -1,
		Low = 0,
		Medium = 1,
		High = 2,
		Ultra = 3,
		Custom = 4,

		On = 1,
		Off = 0,
	}),

	AnisotropicFilter = makeConstant({
		X1 = 0,
		X2 = 1,
		X4 = 2,
		X8 = 3,
		X16 = 4,
	}),

	AntiAliasingDeferred = makeConstant({
		Off = 0,
		MSAA2X = 1,
		MSAA4X = 2,
	}),

	AntiAliasingPost = makeConstant({
		Off = 0,
		Low = 1,
		Medium = 2,
		High = 3,
	}),

	AmbientOcclusion = makeConstant({
		Off = 0,
		SSAO = 1,
		HBAO = 2,
	}),

	MotionBlur = makeConstant({
		Off = 0,
		On = 1,
	}),
}

for k, v in pairs(constants) do
	_G[k] = v
end

dofile("Scripts/UserOptions/HardwareProfiles.lua")
specs = hardwareSpecs[hardwareProfile]
log:info("hardwareProfile : " .. hardwareProfile)
cpuCount = specs[\'cpuCount\']
cpuQuality = specs[\'cpuQuality\'] + hardwareCpuBias
availableMemory = specs[\'availableMemory\']
adapterName = specs[\'adapterName\']
gpuQuality = specs[\'adapterQuality\'] + hardwareGpuBias
gpuCount = specs[\'gpuCount\']
availableGpuMemory = specs[\'availableGpuMemory\'] + hardwareGpuBias*256*1024*1024
deviceSettings = specs[\'deviceSettings\']

log:info("cpus : " .. cpuCount)
log:info("memory : " .. availableMemory)
log:info("adapter : " .. adapterName)
log:info("gpu quality : " .. gpuQuality)
log:info("gpuCount : " .. gpuCount)
log:info("gpuMemory : " .. availableGpuMemory)



settings = {}

local function applySettings(settings)
	core.parseKeyValueCfgString(settings, _G) end

defaultSettings = {
	Render = {
		[Quality.Autodetect] = { -- Auto detect, we fill this in when we\'re done autodetecting
		},

		[Quality.Low] = {
			TextureQuality = Quality.Low,
			ShadowQuality = Quality.Low,
			EffectsQuality = Quality.Low,
			MeshQuality = Quality.Low,
			TerrainQuality = Quality.Low,
			UndergrowthQuality = Quality.Low,

			AntiAliasingDeferred = AntiAliasingDeferred.Off,
			AntiAliasingPost = AntiAliasingPost.Off,
			AnisotropicFilter = AnisotropicFilter.X2,
			AmbientOcclusion = AmbientOcclusion.Off,

			MotionBlurEnabled = MotionBlur.Off,
		},

		[Quality.Medium] = {
			TextureQuality = Quality.Medium,
			ShadowQuality = Quality.Medium,
			EffectsQuality = Quality.Medium,
			MeshQuality = Quality.Medium,
			TerrainQuality = Quality.Medium,
			UndergrowthQuality = Quality.Medium,

			AntiAliasingDeferred = AntiAliasingDeferred.Off,
			AntiAliasingPost = AntiAliasingPost.Medium,
			AnisotropicFilter = AnisotropicFilter.X4,
			AmbientOcclusion = AmbientOcclusion.SSAO,

			MotionBlurEnabled = MotionBlur.Off,
		},

		[Quality.High] = {
			TextureQuality = Quality.High,
			ShadowQuality = Quality.High,
			EffectsQuality = Quality.High,
			MeshQuality = Quality.High,
			TerrainQuality = Quality.High,
			UndergrowthQuality = Quality.High,

			AntiAliasingDeferred = AntiAliasingDeferred.Off,
			AntiAliasingPost = AntiAliasingPost.High,
			AnisotropicFilter = AnisotropicFilter.X16,
			AmbientOcclusion = AmbientOcclusion.HBAO,

			MotionBlurEnabled = MotionBlur.On,
		},

		[Quality.Ultra] = {
			TextureQuality = Quality.Ultra,
			ShadowQuality = Quality.Ultra,
			EffectsQuality = Quality.Ultra,
			MeshQuality = Quality.Ultra,
			TerrainQuality = Quality.Ultra,
			UndergrowthQuality = Quality.Ultra,

			AntiAliasingDeferred = AntiAliasingDeferred.MSAA4X,
			AntiAliasingPost = AntiAliasingPost.High,
			AnisotropicFilter = AnisotropicFilter.X16,
			AmbientOcclusion = AmbientOcclusion.HBAO,

			MotionBlurEnabled = MotionBlur.On,
		},

		[Quality.Custom] = {
			-- There is a bug in LuaOptionSetManager where it can not handle empty tables, so we add this dummy option here for now (no time to fix the parser atm)
			OverallGraphicsQuality = Quality.Custom + 1
		}
	}
}

settings["OverallGraphicsQuality"] = 0	-- Show as autodetect in UI
for setting, value in pairs(defaultSettings.Render[deviceSettings.baseQualityLevel]) do
	settings[setting] = value
end
for setting, value in pairs(deviceSettings.defaultSettings or {}) do
	settings[setting] = value
end

-- audio thread
if cpuCount < 4 then
	applySettings("Audio.AudioCoreThread 0")
else
	if (cpuCount < 6) then
		applySettings("Audio.AudioCoreThread 2")
	else
		applySettings("Audio.AudioCoreThread "..(cpuCount-1))
	end
end

-- audio
if cpuQuality < 4 then
    settings[\'AudioQuality\'] = 0.0
else
    settings[\'AudioQuality\'] = 1.0
end


-- physics
if cpuQuality < 4 then
    settings[\'PhysicsQuality\'] = 0.0
else
    settings[\'PhysicsQuality\'] = 1.0
end

-- animations
if cpuQuality < 4 then
    settings[\'AnimationQuality\'] = 0.0
else
    settings[\'AnimationQuality\'] = 1.0
end

-- textures
if adapterName == "Xenon" or adapterName == "PS3" then
    settings[\'TextureQuality\'] = Quality.Medium
elseif availableGpuMemory <= 512*1024*1024 then
    settings[\'TextureQuality\'] = Quality.Low
elseif availableGpuMemory <= 768*1024*1024 then
    settings[\'TextureQuality\'] = Quality.Medium
elseif availableGpuMemory <= 1024*1024*1024 then
	settings[\'TextureQuality\'] = Quality.High
else
    settings[\'TextureQuality\'] = Quality.Ultra
end


-- resolution
settings[\'ResolutionWidth\'] = defaultFullscreenWidth or 0
settings[\'ResolutionHeight\'] = defaultFullscreenHeight or 0
settings[\'ResolutionHertz\'] = defaultFullscreenRefreshRate or 0
settings[\'FullscreenScreen\'] = 0
settings[\'FullscreenEnabled\'] = defaultFullscreenEnabled or 0
settings[\'VSyncEnabled\'] = defaultVSyncEnabled or 0

-- Test to override auto detected values (using lua to allow use of constants)
--core.readKeyValueCfg("/user/profile/settings/overrideAutodetect.cfg", settings) --will override autodetected values
function vfs_loadfile(filename)
	local f = vfs.open(filename, "r")

	if f == nil then
		return false, "File not found!"
	end

	function getNextChunk()
		return f:read(128)
	end

	return load(getNextChunk, filename)
end

local overrideFilename = "/user/profile/settings/overrideAutodetect.lua"
local executeAutoDetectOverride, e = vfs_loadfile(overrideFilename)

function bind(f, param)
	return function(...)
		f(param, ...)
	end
end

if executeAutoDetectOverride then
	overrideSettings = setmetatable({},
	{
		__index = constants,
		__newindex = bind(function(s, t, n, v)
			if s[n] == nil then
				log:error("Trying to set unknown setting " .. n .. " to " .. tostring(n))
			elseif v == nil then
				log:error("Trying to set setting " .. n .. " to nil")
			else
				log:info("Overriding " .. n .. ": " .. tostring(v))
				s[n] = v
			end
		end, settings)
	})

	setfenv(executeAutoDetectOverride, overrideSettings)
	local success, e = pcall(executeAutoDetectOverride);
	if not success then
		log:info("Failed to parse \'" .. overrideFilename .. "\' " .. e)
	end
else
	log:info("Override file error \'" .. overrideFilename .. "\': " .. e)
end

-- Last thing we do is to save the values we want for the autodetect setting
-- (use the same keys as used for the low settings)
for key, _ in pairs(defaultSettings.Render[Quality.Low]) do
	defaultSettings.Render[Quality.Autodetect][key] = settings[key]
	if settings[key] == nil then
		log:error("Setting " .. key .. " does not have an auto detected default value")
	end
end

--[[
	Scripts/UserOptions/HardwareProfiles.lua
--]]

function getGpuQuality(gpuName, gpuCount)
    if string.find(gpuName, "GeForce 8") or
       string.find(gpuName, "GeForce 9") then
        return 1
    elseif string.find(gpuName, "GeForce GTX 26") then
        return 2
    elseif string.find(gpuName, "GeForce GTX 2") or
		   string.find(gpuName, "ATI Radeon HD 4870 X2") or
		   string.find(gpuName, "ATI Radeon HD 5800 Series") or
		   string.find(gpuName, "ATI Radeon HD 5900 Series") or
		   string.find(gpuName, "AMD Radeon HD 68") or
		   string.find(gpuName, "AMD Radeon HD 69") or
		   string.find(gpuName, "GeForce GTX 4") or
		   string.find(gpuName, "GeForce GTX 5") then
		if gpuCount > 1 then
			return 4
		else
			return 3
		end
    else
        return 1
    end
end

function getCpuQuality(cpuCount, cpuSpeed)
	return (cpuSpeed-1.2)*(cpuCount-1)
end

-- 2 cores, 3.0 gHz : 1.8
-- 2 cores, 3.6 gHz : 2.4
-- 4 cores, 2.0 gHz : 2.4
-- 4 cores, 3.2 gHz : 6
-- 8 cores, 1.8 gHz : 4.2
-- 8 cores, 3.2 gHz : 14!! awesome

vendorDB = {
	[0x1002] = dofile("Scripts/UserOptions/HardwareProfiles/ATI.lua"),
	[0x10DE] = dofile("Scripts/UserOptions/HardwareProfiles/nVidia.lua"),
	[0x8086] = dofile("Scripts/UserOptions/HardwareProfiles/Intel.lua")
}

-- Autodetect settings based on graphics card device id
function getDeviceSettings(vendorId, deviceId, adapterName)
	if adapterName == "Xenon" then
		return { baseQualityLevel = Quality.Medium, defaultSettings = {}, consoleOverrides = "" }
	elseif adapterName == "PS3" then
		return { baseQualityLevel = Quality.High, defaultSettings = {}, consoleOverrides = "" }
	else
		return (vendorDB[vendorId] and vendorDB[vendorId][deviceId]) or { baseQualityLevel = Quality.Medium, defaultSettings = {}, consoleOverrides = "" }
	end
end

hardwareSpecs = {
	[0] = {
		cpuCount = detectedCpuCount,
		cpuQuality = getCpuQuality(detectedCpuCount, detectedCpuFreq),
		availableMemory = detectedAvailableMemory,
		adapterName = detectedAdapterName,
		gpuCount = detectedGpuCount,
		adapterQuality = getGpuQuality(detectedAdapterName, detectedGpuCount),
		availableGpuMemory = detectedAvailableGpuMemory,
		deviceSettings = getDeviceSettings(detectedVendorId, detectedDeviceId, detectedAdapterName)
	},

	[1] = {
		cpuCount = detectedCpuCount,
		cpuQuality = getCpuQuality(2, 2.3),
		availableMemory = 512*1024*1024,
		adapterName = "Faked Low",
		gpuCount = 1,
		adapterQuality = 0,
		availableGpuMemory = 512*1024*1024,
		deviceSettings = { baseQualityLevel = Quality.Low, defaultSettings = {}, consoleOverrides = "" }
	},

	[2] = {
		cpuCount = detectedCpuCount,
		cpuQuality = getCpuQuality(2, 3),
		availableMemory = 1*1024*1024*1024,
		adapterName = "Faked Medium",
		gpuCount = 1,
		adapterQuality = 1,
		availableGpuMemory = 768*1024*1024,
		deviceSettings = { baseQualityLevel = Quality.Medium, defaultSettings = {}, consoleOverrides = "" }
	},

	[3] = {
		cpuCount = detectedCpuCount,
		cpuQuality = getCpuQuality(4, 3),
		availableMemory = 1.5*1024*1024*1024,
		adapterName = "Faked High",
		gpuCount = 1,
		adapterQuality = 3,
		availableGpuMemory = 1*1024*1024*1024,
		deviceSettings = { baseQualityLevel = Quality.High, defaultSettings = {}, consoleOverrides = "" }
	},

	[4] = {
		cpuCount = detectedCpuCount,
		cpuQuality = getCpuQuality(8, 3),
		availableMemory = 2*1024*1024*1024,
		adapterName = "Faked Ultra",
		gpuCount = 2,
		adapterQuality = 4,
		availableGpuMemory = 2*1024*1024*1024,
		deviceSettings = { baseQualityLevel = Quality.Ultra, defaultSettings = {}, consoleOverrides = "" }
	},
}

vendorDB = nil
--[[
	Scripts/UserOptions/HardwareProfiles/ATI.lua
]]--

-- Settings database for ATI devices
return {
--	[0xHHHH] = { -- Example card
--		baseQualityLevel = Quality.Low,
--		defaultSettings = {
--			TextureQuality = Quality.Low,
--			ShadowQuality = Quality.Low,
--			EffectsQuality = Quality.Low,
--		},
--		consoleOverrides = [=[
--			WorldRender.MotionBlurEnable 0
--		]=]
--	}
	[0x9598] = { baseQualityLevel = Quality.Low }, -- ATI All-in-Wonder HD
	[0x9519] = { baseQualityLevel = Quality.Low }, -- AMD FireStream 9170
	[0x9452] = { baseQualityLevel = Quality.Low }, -- AMD FireStream 9250
	[0x9450] = { baseQualityLevel = Quality.Low }, -- AMD FireStream 9270
	[0x688D] = { baseQualityLevel = Quality.Low }, -- AMD FireStream 9350
	[0x688C] = { baseQualityLevel = Quality.Low }, -- AMD FireStream 9370
	[0x94C7] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2350
	[0x94C3] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2350 Series
	[0x94C3] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2400 Series
	[0x94C1] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2400 Series
	[0x94CC] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2400 Series
	[0x94C3] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2400 LE
	[0x94C9] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 2400
	[0x94C3] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2400
	[0x94C1] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2400
	[0x94C8] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 2400 XT
	[0x94C1] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2400 XT
	[0x9589] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2600
	[0x9581] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 2600
	[0x9583] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 2600 XT
	[0x9588] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2600 XT
	[0x958A] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2600 X2 Series
	[0x9400] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2900
	[0x9405] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2900 GT
	[0x9400] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2900 XT
	[0x9400] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 2900 XT
	[0x9616] = { baseQualityLevel = Quality.Low }, -- ATI Radeon 3000 Graphics
	[0x9611] = { baseQualityLevel = Quality.Low }, -- ATI Radeon 3100 Graphics
	[0x9613] = { baseQualityLevel = Quality.Low }, -- ATI Radeon 3100 Graphics
	[0x9612] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3200 Graphics
	[0x9610] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3200 Graphics
	[0x9614] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3300 Graphics
	[0x95C0] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3400 Series
	[0x95C5] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3400 Series
	[0x95C4] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 3400 Series
	[0x94C3] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3410
	[0x95C2] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 3430
	[0x95C5] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3450
	[0x95C0] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3550
	[0x95C5] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3550
	[0x95C0] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3570
	[0x9589] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3600 Series
	[0x9598] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3600 Series
	[0x9591] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3600 Series
	[0x9581] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3600 Series
	[0x9583] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3600 Series
	[0x9589] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3610
	[0x9591] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 3650
	[0x9593] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 3670
	[0x9501] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3690
	[0x9505] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3690
	[0x9598] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3730
	[0x9598] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD3750
	[0x9501] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3800 Series
	[0x9505] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3800 Series
	[0x9507] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3830
	[0x9505] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3850
	[0x9504] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 3850
	[0x9513] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 3850 X2
	[0x9506] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 3850 X2
	[0x9501] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 3870
	[0x950F] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 3870 X2
	[0x9508] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 3870
	[0x9509] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 3870 X2
	[0x9713] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon 4100
	[0x9712] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 4200 Series
	[0x9710] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4200
	[0x95C5] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4230
	[0x9715] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4250
	[0x95C5] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4250
	[0x95C0] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4250
	[0x9714] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4290
	[0x9552] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4300/4500 Series
	[0x954F] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4300/4500 Series
	[0x9553] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4300/4500 Series
	[0x9555] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD4300/HD4500 series
	[0x9552] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 4300 Series
	[0x9555] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 4300/4500 Series
	[0x954F] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4450
	[0x9553] = { baseQualityLevel = Quality.Low }, -- ATI Mobility Radeon HD 4500/5100 Series
	[0x954F] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4520
	[0x954F] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4550
	[0x9540] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4550
	[0x9555] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4550
	[0x9598] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4570
	[0x9598] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4580
	[0x9540] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 4590
	[0x9490] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4600 Series
	[0x9498] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4600 Series
	[0x9598] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4610
	[0x9498] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4650
	[0x9480] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 4650
	[0x9498] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4670
	[0x9488] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 4670
	[0x94B3] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4770
	[0x9498] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4700
	[0x944E] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4700 Series
	[0x94B4] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4700 Series
	[0x9490] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4710
	[0x9498] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4720
	[0x944E] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4730 Series
	[0x9505] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4730
	[0x9505] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4750
	[0x9501] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4750
	[0x94B3] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4770
	[0x94B5] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4770
	[0x9440] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4800 Series
	[0x9442] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4800 Series
	[0x944C] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4800 Series
	[0x9460] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4800 Series
	[0x9462] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4800 Series
	[0x944A] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4800 Series
	[0x944E] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4810 Series
	[0x944E] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4820
	[0x944C] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4830
	[0x94A0] = { baseQualityLevel = Quality.High }, -- ATI Mobility Radeon HD 4830
	[0x944A] = { baseQualityLevel = Quality.High }, -- ATI Mobility Radeon HD 4850
	[0x9442] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4850
	[0x9443] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 4850 X2
	[0x94A1] = { baseQualityLevel = Quality.High }, -- ATI Mobility Radeon HD 4860
	[0x945A] = { baseQualityLevel = Quality.High }, -- ATI Mobility Radeon HD 4870
	[0x9440] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4870
	[0x9441] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 4870 X2
	[0x68E1] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5400 Series
	[0x68F9] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5400 Series
	[0x68E0] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 5400 Series
	[0x68E1] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 5400 Series
	[0x68E0] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 5400 Series
	[0x68E1] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 5430
	[0x68F9] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5450
	[0x68F9] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5470
	[0x68E1] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5470
	[0x68F9] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5490
	[0x68DA] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5500 Series
	[0x68D9] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5500 Series
	[0x68CA] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5500 Series
	[0x68F9] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5530
	[0x68D9] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5570
	[0x68C7] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 5570
	[0x68B9] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5600/5700
	[0x68D8] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5600 Series
	[0x68D9] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5630
	[0x68DA] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5630
	[0x68C1] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 5650
	[0x68D8] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5670
	[0x68D8] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5690
	[0x68D8] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5730
	[0x68C0] = { baseQualityLevel = Quality.Medium }, -- ATI Mobility Radeon HD 5700 Series
	[0x68BE] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5700 Series
	[0x68B8] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 5700 Series
	[0x68C1] = { baseQualityLevel = Quality.High }, -- ATI Mobility Radeon HD 5750
	[0x689E] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 5800 Series
	[0x6899] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 5800 Series
	[0x6898] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 5800 Series
	[0x68A0] = { baseQualityLevel = Quality.High }, -- ATI Mobility Radeon HD 5800 Series
	[0x68A1] = { baseQualityLevel = Quality.High }, -- ATI Mobility Radeon HD 5800 Series
	[0x68A0] = { baseQualityLevel = Quality.High }, -- ATI Mobility Radeon HD 5800 Series
	[0x68A1] = { baseQualityLevel = Quality.High }, -- ATI Mobility Radeon HD 5800 Series
	[0x6899] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 5850X2
	[0x689C] = { baseQualityLevel = Quality.High }, -- ATI Radeon HD 5900 Series
	[0x9804] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6200 series Graphics
	[0x9805] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6200 series Graphics
	[0x68F9] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 6230
	[0x68E1] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 6230
	[0x68F9] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 6250
	[0x68E1] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 6250
	[0x9802] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6250
	[0x68F9] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 6290
	[0x9802] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6300 series Graphics
	[0x9803] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6300 series Graphics
	[0x68E5] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6300M Series
	[0x68E4] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6300M Series
	[0x9802] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6310
	[0x68F9] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6350
	[0x68E4] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6350M
	[0x68E5] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6330M
	[0x68E4] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6370M
	[0x68DA] = { baseQualityLevel = Quality.Low }, -- ATI Radeon HD 6390
	[0x6770] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6400 Series
	[0x6760] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6400M Series
	[0x6779] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6400 Series
	[0x6760] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6400M Series
	[0x6761] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6430M
	[0x6761] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6430M
	[0x6779] = { baseQualityLevel = Quality.Low }, -- AMD Radeon HD 6450
	[0x68C1] = { baseQualityLevel = Quality.Medium }, -- AMD Radeon HD 6500M/5600/5700 Series
	[0x6759] = { baseQualityLevel = Quality.Medium }, -- AMD Radeon HD 6500 Series
	[0x68C1] = { baseQualityLevel = Quality.Medium }, -- AMD Radeon HD 6500M Series
	[0x68D9] = { baseQualityLevel = Quality.Medium }, -- ATI Radeon HD 6510
	[0x68C0] = { baseQualityLevel = Quality.Medium }, -- AMD Radeon HD 6570M
	[0x68C0] = { baseQualityLevel = Quality.Medium }, -- AMD Radeon HD 6570M/5700 Series
	[0x6750] = { baseQualityLevel = Quality.Medium }, -- AMD Radeon HD 6600A Series
	[0x6758] = { baseQualityLevel = Quality.Medium }, -- AMD Radeon HD 6600 Series
	[0x6741] = { baseQualityLevel = Quality.Medium }, -- AMD Radeon 6600M and 6700M Series
	[0x6742] = { baseQualityLevel = Quality.Medium }, -- AMD Radeon HD 6625M Graphics
	[0x6740] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6700M Series
	[0x68BA] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6700 Series
	[0x68BF] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6700 Series
	[0x673E] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6700 Series
	[0x68B8] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6700 Series
	[0x6741] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6700M Series
	[0x68BE] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6750
	[0x68BF] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6750
	[0x68BA] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6770
	[0x6740] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6770M
	[0x68B8] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6770
	[0x68A8] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6800M Series
	[0x6738] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6800 Series
	[0x6739] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6800 Series
	[0x673E] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6800 Series
	[0x689B] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6800 Series
	[0x68A8] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6800M Series
	[0x6720] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6900M Series
	[0x6718] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6900 Series
	[0x671F] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6900 Series
	[0x671D] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6990
	[0x6718] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6900 Series
	[0x6720] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6900M Series
	[0x6719] = { baseQualityLevel = Quality.High }, -- AMD Radeon HD 6900 Series
}

--[[
	Scripts/UserOptions/HardwareProfiles/Intel.lua
]]--

-- Settings database for Intel devices
return {
--	[0xHHHH] = { -- Example card
--		baseQualityLevel = Quality.High,
--		defaultSettings = {
--			TextureQuality = Quality.Low,
--			ShadowQuality = Quality.Medium,
--			EffectsQuality = Quality.High,
--		},
--		consoleOverrides = [=[
--			WorldRender.MotionBlurEnable 0
--		]=]
--	}
}

--[[
	Scripts/UserOptions/HardwareProfiles/nVidia.lua
]]--

-- Settings database for nVidia devices
return {
--	[0xHHHH] = { -- Example card
--		baseQualityLevel = Quality.Medium,
--		defaultSettings = {
--			TextureQuality = Quality.Low,
--			ShadowQuality = Quality.Medium,
--			EffectsQuality = Quality.Medium,
--		},
--		consoleOverrides = [=[
--			WorldRender.MotionBlurEnable 0
--		]=]
--	}
	[0x004E] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 4000
	[0x009D] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 4500
	[0x00CD] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 3450/4000 SDI
	[0x00CE] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 1400
	[0x00F8] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 3400/4400
	[0x014A] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 440
	[0x014C] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 540M
	[0x014D] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 550
	[0x014E] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 540
	[0x0165] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 285
	[0x0191] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8800 GTX
	[0x0193] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8800 GTS
	[0x0194] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8800 Ultra
	[0x0197] = { baseQualityLevel = Quality.Low }, -- NVIDIA Tesla C870
	[0x019D] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 5600
	[0x019E] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 4600
	[0x01DB] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 120M
	[0x01DE] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 350
	[0x0245] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 210S / NVIDIA GeForce 6150LE
	[0x029C] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 5500
	[0x029D] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 3500
	[0x029E] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 1500
	[0x029F] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 4500 X2
	[0x039C] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 560M
	[0x039E] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 560
	[0x0400] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8600 GTS
	[0x0401] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8600 GT
	[0x0402] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8600 GT
	[0x0403] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8600 GS
	[0x0404] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8400 GS
	[0x0405] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9500M GS
	[0x0406] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8300 GS
	[0x0407] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8600M GT
	[0x0408] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9650M GS
	[0x0409] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8700M GT
	[0x040A] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 370
	[0x040B] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 320M
	[0x040C] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 570M
	[0x040D] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 1600M
	[0x040E] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 570
	[0x040F] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 1700
	[0x0410] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 330
	[0x0420] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8400 SE
	[0x0421] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8500 GT
	[0x0422] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8400 GS
	[0x0423] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8300 GS
	[0x0424] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8400 GS
	[0x0425] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8600M GS
	[0x0426] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8400M GT
	[0x0427] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8400M GS
	[0x0428] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8400M G
	[0x0429] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 140M
	[0x042A] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 130M
	[0x042B] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 135M
	[0x042C] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400 GT
	[0x042D] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 360M
	[0x042E] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9300M G
	[0x042F] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 290
	[0x053A] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 7050 PV / NVIDIA nForce 630a
	[0x053B] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 7050 PV / NVIDIA nForce 630a
	[0x053E] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 7025 / NVIDIA nForce 630a
	[0x05E0] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 295
	[0x05E1] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GTX 280
	[0x05E2] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GTX 260
	[0x05E3] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GTX 285
	[0x05E6] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GTX 275
	[0x05E7] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Tesla C1060
	[0x05EA] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GTX 260
	[0x05EB] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 295
	[0x05F9] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro CX
	[0x05FD] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro FX 5800
	[0x05FE] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro FX 4800
	[0x05FF] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro FX 3800
	[0x0600] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8800 GTS 512
	[0x0601] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800 GT
	[0x0602] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8800 GT
	[0x0603] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 230
	[0x0604] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800 GX2
	[0x0605] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800 GT
	[0x0606] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8800 GS
	[0x0607] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GTS 240
	[0x0608] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800M GTX
	[0x0609] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8800M GTS
	[0x060A] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GTX 280M
	[0x060B] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800M GT
	[0x060C] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8800M GTX
	[0x060F] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GTX 285M
	[0x0610] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9600 GSO
	[0x0611] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8800 GT
	[0x0612] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800 GTX/9800 GTX+
	[0x0613] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800 GTX+
	[0x0614] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800 GT
	[0x0615] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GTS 250
	[0x0617] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800M GTX
	[0x0618] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GTX 260M
	[0x0619] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 4700 X2
	[0x061A] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 3700
	[0x061B] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro VX 200
	[0x061C] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 3600M
	[0x061D] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 2800M
	[0x061E] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 3700M
	[0x061F] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 3800M
	[0x0621] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 230
	[0x0622] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9600 GT
	[0x0623] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9600 GS
	[0x0625] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9600 GSO 512
	[0x0626] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 130
	[0x0627] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 140
	[0x0628] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800M GTS
	[0x062A] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9700M GTS
	[0x062B] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800M GS
	[0x062C] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9800M GTS
	[0x062D] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9600 GT
	[0x062E] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9600 GT
	[0x0631] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GTS 160M
	[0x0635] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9600 GSO
	[0x0637] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9600 GT
	[0x0638] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 1800
	[0x063A] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 2700M
	[0x0640] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9500 GT
	[0x0641] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400 GT
	[0x0643] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9500 GT
	[0x0644] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9500 GS
	[0x0645] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9500 GS
	[0x0646] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 120
	[0x0647] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9600M GT
	[0x0648] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9600M GS
	[0x0649] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9600M GT
	[0x064A] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9700M GT
	[0x064C] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9650M GT
	[0x0651] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G 110M
	[0x0652] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 130M
	[0x0653] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 120M
	[0x0654] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 220M
	[0x0655] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 120
	[0x0656] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 120
	[0x0658] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 380
	[0x0659] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 580
	[0x065A] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 1700M
	[0x065B] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400 GT
	[0x065C] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 770M
	[0x065F] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G210
	[0x06C0] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 480
	[0x06C4] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 465
	[0x06CA] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 480M
	[0x06CD] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 470
	[0x06D1] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Tesla C2050 / C2070
	[0x06D2] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Tesla M2070
	[0x06D8] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 6000
	[0x06D9] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 5000
	[0x06DA] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 5000M
	[0x06DC] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 6000
	[0x06DD] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 4000
	[0x06DE] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Tesla T20 Processor
	[0x06DF] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Tesla M2070-Q
	[0x06E0] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9300 GE
	[0x06E1] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9300 GS
	[0x06E2] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8400
	[0x06E3] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8400 SE
	[0x06E4] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8400 GS
	[0x06E6] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G100
	[0x06E7] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9300 SE
	[0x06E8] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9200M GS
	[0x06E9] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9300M GS
	[0x06EA] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 150M
	[0x06EB] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 160M
	[0x06EC] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G 105M
	[0x06EF] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G 103M
	[0x06F1] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G105M
	[0x06F8] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 420
	[0x06F9] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 370 LP
	[0x06FA] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 450
	[0x06FB] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 370M
	[0x06FD] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro NVS 295
	[0x06FF] = { baseQualityLevel = Quality.Low }, -- NVIDIA HICx16 + Graphics
	[0x07E0] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 7150 / NVIDIA nForce 630i
	[0x07E1] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 7100 / NVIDIA nForce 630i
	[0x07E2] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 7050 / NVIDIA nForce 630i
	[0x07E3] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 7050 / NVIDIA nForce 610i
	[0x07E5] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 7050 / NVIDIA nForce 620i
	[0x0840] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8200M
	[0x0844] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9100M G
	[0x0845] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8200M G
	[0x0846] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9200
	[0x0847] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9100
	[0x0848] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8300
	[0x0849] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8200
	[0x084A] = { baseQualityLevel = Quality.Low }, -- NVIDIA nForce 730a
	[0x084B] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9200
	[0x084C] = { baseQualityLevel = Quality.Low }, -- NVIDIA nForce 980a/780a SLI
	[0x084D] = { baseQualityLevel = Quality.Low }, -- NVIDIA nForce 750a SLI
	[0x084F] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8100 / nForce 720a
	[0x0860] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400
	[0x0861] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400
	[0x0862] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400M G
	[0x0863] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400M
	[0x0864] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9300
	[0x0865] = { baseQualityLevel = Quality.Low }, -- NVIDIA ION
	[0x0866] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400M G
	[0x0867] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400
	[0x0868] = { baseQualityLevel = Quality.Low }, -- NVIDIA nForce 760i SLI
	[0x0869] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400
	[0x086A] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400
	[0x086C] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9300 / nForce 730i
	[0x086D] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9200
	[0x086E] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9100M G
	[0x086F] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 8200M G
	[0x0870] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400M
	[0x0871] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9200
	[0x0872] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G102M
	[0x0873] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G102M
	[0x0874] = { baseQualityLevel = Quality.Low }, -- NVIDIA ION
	[0x0876] = { baseQualityLevel = Quality.Low }, -- NVIDIA ION
	[0x087A] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 9400
	[0x087D] = { baseQualityLevel = Quality.Low }, -- NVIDIA ION
	[0x087E] = { baseQualityLevel = Quality.Low }, -- NVIDIA ION LE
	[0x087F] = { baseQualityLevel = Quality.Low }, -- NVIDIA ION LE
	[0x08A0] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 320M
	[0x08A4] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 320M
	[0x0A20] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 220
	[0x0A22] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 315
	[0x0A23] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 210
	[0x0A26] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 405
	[0x0A27] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 405
	[0x0A28] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 230M
	[0x0A29] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 330M
	[0x0A2A] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 230M
	[0x0A2B] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 330M
	[0x0A2C] = { baseQualityLevel = Quality.Low }, -- NVIDIA NVS 5100M
	[0x0A2D] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 320M
	[0x0A34] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 240M
	[0x0A35] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 325M
	[0x0A38] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro 400
	[0x0A3C] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 880M
	[0x0A60] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G210
	[0x0A62] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 205
	[0x0A63] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 310
	[0x0A64] = { baseQualityLevel = Quality.Low }, -- NVIDIA ION
	[0x0A65] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 210
	[0x0A66] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 310
	[0x0A67] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 315
	[0x0A68] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G105M
	[0x0A69] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G105M
	[0x0A6A] = { baseQualityLevel = Quality.Low }, -- NVIDIA NVS 2100M
	[0x0A6C] = { baseQualityLevel = Quality.Low }, -- NVIDIA NVS 3100M
	[0x0A6E] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 305M
	[0x0A6F] = { baseQualityLevel = Quality.Low }, -- NVIDIA ION
	[0x0A70] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 310M
	[0x0A71] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 305M
	[0x0A72] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 310M
	[0x0A73] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 305M
	[0x0A74] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce G210M
	[0x0A75] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 310M
	[0x0A76] = { baseQualityLevel = Quality.Low }, -- NVIDIA ION
	[0x0A78] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 380 LP
	[0x0A7A] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce 315M
	[0x0A7C] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 380M
	[0x0CA0] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 330
	[0x0CA2] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 320
	[0x0CA3] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 240
	[0x0CA4] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 340
	[0x0CA5] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 220
	[0x0CA7] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 330
	[0x0CA9] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GTS 250M
	[0x0CAC] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 220
	[0x0CAF] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GT 335M
	[0x0CB0] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GTS 350M
	[0x0CB1] = { baseQualityLevel = Quality.Low }, -- NVIDIA GeForce GTS 360M
	[0x0CBC] = { baseQualityLevel = Quality.Low }, -- NVIDIA Quadro FX 1800M
	[0x0DC0] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 440
	[0x0DC4] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GTS 450
	[0x0DC5] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GTS 450
	[0x0DC6] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GTS 450
	[0x0DCD] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 555M
	[0x0DCE] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 555M
	[0x0DD1] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GTX 460M
	[0x0DD2] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 445M
	[0x0DD3] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 435M
	[0x0DD6] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GT 550M
	[0x0DD8] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 2000
	[0x0DDA] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 2000M
	[0x0DE0] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 440
	[0x0DE1] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 430
	[0x0DE2] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 420
	[0x0DE5] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 530
	[0x0DEC] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 525M
	[0x0DED] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 520M
	[0x0DEE] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 415M
	[0x0DF0] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 425M
	[0x0DF1] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 420M
	[0x0DF2] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 435M
	[0x0DF3] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 420M
	[0x0DF4] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 540M
	[0x0DF5] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 525M
	[0x0DF6] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 550M
	[0x0DF7] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 520M
	[0x0DF8] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 600
	[0x0DFA] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 1000M
	[0x0E22] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 460
	[0x0E23] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 460 SE
	[0x0E24] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 460
	[0x0E30] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 470M
	[0x0E31] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 485M
	[0x0E3A] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 3000M
	[0x0E3B] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 4000M
	[0x1040] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 520
	[0x1050] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 520M
	[0x1054] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce 410M
	[0x1056] = { baseQualityLevel = Quality.Medium }, -- NVIDIA NVS 4200M
	[0x1057] = { baseQualityLevel = Quality.Medium }, -- NVIDIA NVS 4200M
	[0x1080] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 580
	[0x1081] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 570
	[0x1082] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 560 Ti
	[0x1084] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 560
	[0x1086] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 570
	[0x1088] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 590
	[0x1089] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 580
	[0x1091] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Tesla M2090
	[0x109A] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 5010M
	[0x109B] = { baseQualityLevel = Quality.Medium }, -- NVIDIA Quadro 7000
	[0x10C0] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce 9300 GS
	[0x10C3] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce 8400GS
	[0x10C5] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce 405
	[0x10D8] = { baseQualityLevel = Quality.Medium }, -- NVIDIA NVS 300
	[0x1200] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 560 Ti
	[0x1201] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 560
	[0x1241] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 545
	[0x1243] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GT 545
	[0x1244] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 550 Ti
	[0x1245] = { baseQualityLevel = Quality.Medium }, -- NVIDIA GeForce GTS 450
	[0x1251] = { baseQualityLevel = Quality.High }, -- NVIDIA GeForce GTX 560M
}

--[[
	Scripts/UserOptions/Options.lua
]]--

core = require "Frost.Core"
logging = require "Frost.Logging"

levelName = currentGameLevel or cmdLineOption(\'level\') or Game.Level
if levelName then
	-- Level names without slashes are assumed to be shorthand for
	-- Levels/name/name to go with Venice\'s epic level naming convention
	if not string.find(levelName, "/") then
		levelName = "Levels/" .. levelName .. "/" .. levelName
	end

	Game.FastStartupEnable = true
	if not Game.Level then
		Game.Level = levelName
	end
end


function applySettings(settings)
	core.parseKeyValueCfgString(settings, _G)
end

function applyQualitySettings(name, qualityMap)
	local quality = settings[name]
	if quality == nil then
		log:error("Invalid setting \'" .. name .. "\'")
		return
	end

	local consoleCommands = qualityMap[quality]
	if consoleCommands == nil then
		log:error("Could not find console settings for \'" .. name .. "\' with quality " .. quality)
	else
		log:info("setting \'" .. name .. "\': " .. quality)
		applySettings(consoleCommands)
	end
end

dofile("Scripts/UserOptions/Options/Graphics.lua")
dofile("Scripts/UserOptions/Options/Physics.lua")
dofile("Scripts/UserOptions/Options/Sound.lua")
dofile("Scripts/UserOptions/Options/Animations.lua")

applySettings(deviceSettings.consoleOverrides or "")

if not cmdLineOption(\'noLocalCfg\', false) then
	core.readKeyValueCfg("/local/local.cfg", _G)
end

if allowCommandlineSettings then
	for index,option in ipairs(commandLine) do
		local table,member = string.match(option, "^%-(%w+)%.(%w+)")

		if table and member then
			local value = commandLine[index+1]
			if not _G[table] then _G[table] = {} end
			_G[table][member] = value
		else
			local varName = string.match(option, "^%-([%w-]+)")
			if varName then
				local value = commandLine[index+1]
				if value then
					_G[varName] = value
				end
			end
		end
	end
end

--[[
	Scripts/UserOptions/Options/Animations.lua
]]--

local quality = settings[\'AnimationQuality\']
log:info("setting animation quality : "..quality)

-- IMPORTANT:
-- GameAnimation.TemporalLoddingFirstDistance *must* be slighly larger than the
-- distance where IK is disabled in the animation project (EnableFootplanting_ESIG)
-- for all quality levels.

if(quality > 0.8) then
	applySettings([=[

	GameAnimation.TemporalLoddingFirstDistance 31.0
	GameAnimation.TemporalLoddingSecondDistance 40.0
	GameAnimation.TemporalLoddingThirdDistance 60.0
	GameAnimation.TemporalLoddingFourthDistance 90.0
	GameAnimation.TemporalLoddingFifthDistance 120.0
	GameAnimation.TemporalLoddingSixthDistance 208.0

	GameAnimation.TemporalLoddingFirstDeltaTime = 0.02
	GameAnimation.TemporalLoddingSecondDeltaTime = 0.04
	GameAnimation.TemporalLoddingThirdDeltaTime = 0.06
	GameAnimation.TemporalLoddingFourthDeltaTime = 0.08
	GameAnimation.TemporalLoddingFifthDeltaTime = 0.10
	GameAnimation.TemporalLoddingSixthDeltaTime = 0.12

  ]=])
else
	applySettings([=[

	GameAnimation.TemporalLoddingFirstDistance 31.0
	GameAnimation.TemporalLoddingSecondDistance 40.0
	GameAnimation.TemporalLoddingThirdDistance 50.0
	GameAnimation.TemporalLoddingFourthDistance 90.0
	GameAnimation.TemporalLoddingFifthDistance 120.0
	GameAnimation.TemporalLoddingSixthDistance 208.0

	GameAnimation.TemporalLoddingFirstDeltaTime = 0.02
	GameAnimation.TemporalLoddingSecondDeltaTime = 0.04
	GameAnimation.TemporalLoddingThirdDeltaTime = 0.06
	GameAnimation.TemporalLoddingFourthDeltaTime = 0.08
	GameAnimation.TemporalLoddingFifthDeltaTime = 0.10
	GameAnimation.TemporalLoddingSixthDeltaTime = 0.12

  ]=])
end

--[[
	Scripts/UserOptions/Options/Graphics.lua
]]--

------ Common settings for all quality levels
applySettings([=[
]=])


------ Texture Quality
applyQualitySettings(\'TextureQuality\', {
	-- up to 512 mb
	[Quality.Low]=[=[
		Texture.SkipMipmapCount 2
		TextureStreaming.PoolSize 150000
		TerrainStreaming.HeightfieldAtlasSampleCountXFactor 1
		TerrainStreaming.HeightfieldAtlasSampleCountYFactor 1
		TerrainStreaming.MaskAtlasSampleCountXFactor 1
		TerrainStreaming.MaskAtlasSampleCountYFactor 1
		TerrainStreaming.ColorAtlasSampleCountXFactor 1
		TerrainStreaming.ColorAtlasSampleCountYFactor 1
		VisualTerrain.TextureAtlasSampleCountXFactor 1
		VisualTerrain.TextureAtlasSampleCountYFactor 1
		VisualTerrain.TextureRenderJobCount 1
		VisualTerrain.TextureRenderJobsLaunchedPerFrameCountMax 1
		VisualTerrain.Decal3dFarDrawDistanceScaleFactor 1.0
	]=],

	-- up to 768 mb
	[Quality.Medium]=[=[
		Texture.SkipMipmapCount 1
		TextureStreaming.PoolSize 200000
		TerrainStreaming.HeightfieldAtlasSampleCountXFactor 1
		TerrainStreaming.HeightfieldAtlasSampleCountYFactor 2
		TerrainStreaming.MaskAtlasSampleCountXFactor 1
		TerrainStreaming.MaskAtlasSampleCountYFactor 2
		TerrainStreaming.ColorAtlasSampleCountXFactor 1
		TerrainStreaming.ColorAtlasSampleCountYFactor 2
		VisualTerrain.TextureAtlasSampleCountXFactor 1
		VisualTerrain.TextureAtlasSampleCountYFactor 2
		VisualTerrain.TextureRenderJobCount 2
		VisualTerrain.TextureRenderJobsLaunchedPerFrameCountMax 2
		VisualTerrain.Decal3dFarDrawDistanceScaleFactor 1.2
	]=],

	-- up to 1G
	[Quality.High]=[=[
		Texture.SkipMipmapCount 0
		TextureStreaming.PoolSize 300000
		TerrainStreaming.HeightfieldAtlasSampleCountXFactor 1
		TerrainStreaming.HeightfieldAtlasSampleCountYFactor 2
		TerrainStreaming.MaskAtlasSampleCountXFactor 1
		TerrainStreaming.MaskAtlasSampleCountYFactor 2
		TerrainStreaming.ColorAtlasSampleCountXFactor 1
		TerrainStreaming.ColorAtlasSampleCountYFactor 2
		VisualTerrain.TextureAtlasSampleCountXFactor 1
		VisualTerrain.TextureAtlasSampleCountYFactor 2
		VisualTerrain.TextureRenderJobCount 4
		VisualTerrain.TextureRenderJobsLaunchedPerFrameCountMax 4
		VisualTerrain.Decal3dFarDrawDistanceScaleFactor 1.7
	]=],

	-- 1 Gb or more
	[Quality.Ultra]=[=[
		Texture.SkipMipmapCount 0
		TextureStreaming.PoolSize 500000
		TerrainStreaming.HeightfieldAtlasSampleCountXFactor 2
		TerrainStreaming.HeightfieldAtlasSampleCountYFactor 2
		TerrainStreaming.MaskAtlasSampleCountXFactor 2
		TerrainStreaming.MaskAtlasSampleCountYFactor 2
		TerrainStreaming.ColorAtlasSampleCountXFactor 2
		TerrainStreaming.ColorAtlasSampleCountYFactor 2
		VisualTerrain.TextureAtlasSampleCountXFactor 2
		VisualTerrain.TextureAtlasSampleCountYFactor 2
		VisualTerrain.TextureRenderJobCount 4
		VisualTerrain.TextureRenderJobsLaunchedPerFrameCountMax 4
		VisualTerrain.Decal3dFarDrawDistanceScaleFactor 2
	]=],
})

------ Mesh Quality
applyQualitySettings(\'MeshQuality\', {
	[Quality.Low]=[=[
		WorldRender.CullScreenAreaScale 1
		Mesh.GlobalLodScale 1
		Mesh.ShadowDistanceScale 1
		MeshStreaming.PoolSize 100000

		VegetationSystem.UseShadowLodOffset 1
		VegetationSystem.MaxActiveDistance 100
		VegetationSystem.MaxPreSimsPerJob 2
		VegetationSystem.SimulationMemKbClient 2048

		Render.EdgeModelViewDistance 50
	]=],
	[Quality.Medium]=[=[
		WorldRender.CullScreenAreaScale 1.7
		Mesh.GlobalLodScale 1.7
		Mesh.ShadowDistanceScale 1.7
		MeshStreaming.PoolSize 100000

		VegetationSystem.UseShadowLodOffset 0
		VegetationSystem.MaxActiveDistance 200
		VegetationSystem.MaxPreSimsPerJob 3
		VegetationSystem.SimulationMemKbClient 2048

		Render.EdgeModelViewDistance 70
	]=],
	[Quality.High]=[=[
		WorldRender.CullScreenAreaScale 3
		Mesh.GlobalLodScale 3
		Mesh.ShadowDistanceScale 3
		MeshStreaming.PoolSize 125000

		VegetationSystem.UseShadowLodOffset 0
		VegetationSystem.MaxActiveDistance 300
		VegetationSystem.MaxPreSimsPerJob 4
		VegetationSystem.SimulationMemKbClient 4096

		Render.EdgeModelViewDistance 100
	]=],
	[Quality.Ultra]=[=[
		WorldRender.CullScreenAreaScale 4
		Mesh.GlobalLodScale 4
		Mesh.ShadowDistanceScale 4
		MeshStreaming.PoolSize 150000

		VegetationSystem.UseShadowLodOffset 0
		VegetationSystem.MaxActiveDistance 350
		VegetationSystem.MaxPreSimsPerJob 8
		VegetationSystem.SimulationMemKbClient 4096

		Render.EdgeModelViewDistance 150
	]=],
})


------ Effects Quality
applyQualitySettings(\'EffectsQuality\', {
	[Quality.Low]=[=[
		EffectManager.EffectQuality 0
		EmitterSystem.QuadHalfResEnable 1
		WorldRender.SpotLightShadomapLevel QualityLevel_Low
	]=],
	[Quality.Medium]=[=[
		EffectManager.EffectQuality 1
		EmitterSystem.QuadHalfResEnable 1
		WorldRender.SpotLightShadomapLevel QualityLevel_Medium
	]=],
	[Quality.High]=[=[
		EffectManager.EffectQuality 2
		EmitterSystem.QuadHalfResEnable 1
		WorldRender.SpotLightShadomapLevel QualityLevel_High
	]=],
	[Quality.Ultra]=[=[
		EffectManager.EffectQuality 2
		EmitterSystem.QuadHalfResEnable 0
		WorldRender.SpotLightShadomapLevel QualityLevel_Ultra
	]=],
})



------ Terrain Quality
applyQualitySettings(\'TerrainQuality\', {
	[Quality.Low]=[=[
		VisualTerrain.DxDisplacementMappingEnable 0
		VisualTerrain.DxTessellatedTriWidth 12
		VisualTerrain.LodScale 1.0
	]=],
	[Quality.Medium]=[=[
		VisualTerrain.DxDisplacementMappingEnable 0
		VisualTerrain.DxTessellatedTriWidth 12
		VisualTerrain.LodScale 1.1
	]=],
	-- Only on DX11 cards
	[Quality.High]=[=[
		VisualTerrain.DxDisplacementMappingEnable 1
		VisualTerrain.DxTessellatedTriWidth 12
		VisualTerrain.LodScale 1.1
	]=],
	[Quality.Ultra]=[=[
		VisualTerrain.DxDisplacementMappingEnable 1
		VisualTerrain.DxTessellatedTriWidth 9
		VisualTerrain.LodScale 1.1
	]=],
})


------ Terrain Decoration Quality
applyQualitySettings(\'UndergrowthQuality\', {
	[Quality.Low]=[=[
		VisualTerrain.MeshScatteringBuildChannelCount 2
		VisualTerrain.MeshScatteringBuildChannelsLaunchedPerFrameCountMax 1
		VisualTerrain.MeshScatteringDensityScaleFactor 1
		VisualTerrain.MeshScatteringDistanceScaleFactor 1
	]=],
	[Quality.Medium]=[=[
		VisualTerrain.MeshScatteringBuildChannelCount 4
		VisualTerrain.MeshScatteringBuildChannelsLaunchedPerFrameCountMax 2
		VisualTerrain.MeshScatteringDensityScaleFactor 1.2
		VisualTerrain.MeshScatteringDistanceScaleFactor 1.3
	]=],
	[Quality.High]=[=[
		VisualTerrain.MeshScatteringBuildChannelCount 8
		VisualTerrain.MeshScatteringBuildChannelsLaunchedPerFrameCountMax 4
		VisualTerrain.MeshScatteringDensityScaleFactor 1.5
		VisualTerrain.MeshScatteringDistanceScaleFactor 1.7
	]=],
	[Quality.Ultra]=[=[
		VisualTerrain.MeshScatteringBuildChannelCount 8
		VisualTerrain.MeshScatteringBuildChannelsLaunchedPerFrameCountMax 4
		VisualTerrain.MeshScatteringDensityScaleFactor 2.0
		VisualTerrain.MeshScatteringDistanceScaleFactor 2.3
	]=],
})


------ Shadow Quality
applyQualitySettings(\'ShadowQuality\', {
	[Quality.Low]=[=[
		WorldRender.ShadowmapsEnable true
		WorldRender.ShadowmapViewDistance 100
		WorldRender.ShadowmapResolution 1024
		WorldRender.ShadowmapQuality 0
		WorldRender.TransparencyShadowmapsEnable 0
	]=],
	[Quality.Medium]=[=[
		WorldRender.ShadowmapsEnable true
		WorldRender.ShadowmapViewDistance 100
		WorldRender.ShadowmapResolution 1024
		WorldRender.ShadowmapQuality 1
		WorldRender.TransparencyShadowmapsEnable 1
	]=],
	[Quality.High]=[=[
		WorldRender.ShadowmapsEnable true
		WorldRender.ShadowmapViewDistance 200
		WorldRender.ShadowmapResolution 1536
		WorldRender.ShadowmapQuality 1
		WorldRender.TransparencyShadowmapsEnable 1
	]=],
	[Quality.Ultra]=[=[
		WorldRender.ShadowmapsEnable true
		WorldRender.ShadowmapViewDistance 200
		WorldRender.ShadowmapResolution 2048
		WorldRender.ShadowmapQuality 1
		WorldRender.TransparencyShadowmapsEnable 1
	]=],
})


------ Antialiasing Deferred
applyQualitySettings(\'AntiAliasingDeferred\', {
	[AntiAliasingDeferred.Off]=[=[
		WorldRender.MultisampleCount 1
	]=],
	[AntiAliasingDeferred.MSAA2X]=[=[
		WorldRender.MultisampleCount 2
	]=],
	[AntiAliasingDeferred.MSAA4X]=[=[
		WorldRender.MultisampleCount 4
	]=],
})


------ Antialiasing Post
applyQualitySettings(\'AntiAliasingPost\', {
	[AntiAliasingPost.Off]=[=[
		WorldRender.FxaaEnable 0
	]=],
	[AntiAliasingPost.Low]=[=[
		WorldRender.FxaaEnable 1
		WorldRender.FxaaQuality 0
	]=],
	[AntiAliasingPost.Medium]=[=[
		WorldRender.FxaaEnable 1
		WorldRender.FxaaQuality 1
	]=],
	[AntiAliasingPost.High]=[=[
		WorldRender.FxaaEnable 1
		WorldRender.FxaaQuality 2
	]=],
})


------ Ambient Occlusion
applyQualitySettings(\'AmbientOcclusion\', {
	[AmbientOcclusion.Off]=[=[
		PostProcess.DynamicAOEnable 0
	]=],
	[AmbientOcclusion.SSAO]=[=[
		PostProcess.DynamicAOEnable 1
		PostProcess.DynamicAOMethod DynamicAOMethod_SSAO
	]=],
	[AmbientOcclusion.HBAO]=[=[
		PostProcess.DynamicAOEnable 1
		PostProcess.DynamicAOMethod DynamicAOMethod_HBAO
	]=],
})


------ Anisotropic filtering
ShaderSystem = ShaderSystem or {}
ShaderSystem.MaxAnisotropy = 2^settings[\'AnisotropicFilter\'] -- 1, 2, 4, 8, 16


------- Motion Blur
WorldRender = WorldRender or {}
WorldRender.MotionBlurEnable = settings[\'MotionBlurEnabled\']
-- WorldRender.MotionBlurScale = settings[\'MotionBlur\'] / 5
-- for some reason motion we get "attempt to perform arithmetic on field \'MotionBlur\' (a nil value)" when starting up so workaround by having a script default value to handle that case --johan
WorldRender.MotionBlurScale = (settings[\'MotionBlur\'] or 0.5) / 5


------- Screen resolution
RenderDevice = RenderDevice or {}
RenderDevice.FullscreenWidth = settings[\'ResolutionWidth\']
RenderDevice.FullscreenHeight = settings[\'ResolutionHeight\']
RenderDevice.FullscreenRefreshRate = settings[\'ResolutionHertz\']
RenderDevice.Fullscreen = settings[\'FullscreenEnabled\']
RenderDevice.FullscreenOutputIndex = settings[\'FullscreenScreen\']
RenderDevice.VSyncEnable = settings[\'VSyncEnabled\']

PostProcess.UIBrightnessNorm = settings[\'Brightness\']

--[[
	Scripts/UserOptions/Options/Physics.lua
]]--

local quality = settings[\'PhysicsQuality\']
log:info("setting physics quality : "..quality)
if(quality > 0.8) then
	applySettings([=[
			Physics.EnableFollowWheelRaycasts true
			Physics.EnableASyncWheelRaycasts true
  ]=])
else
	applySettings([=[
			Physics.EnableFollowWheelRaycasts false
			Physics.EnableASyncWheelRaycasts true
  ]=])
end

--[[
	Scripts/UserOptions/Options/Sound.lua
]]--

local quality = settings[\'AudioQuality\']
log:info("setting sound quality : "..quality)
if(quality > 0.8) then
	applySettings([=[
			Audio.MaxAudibleSoundCount 15
			Audio.AudioCoreCpuLoadLimit 50
  ]=])
else
	applySettings([=[
			Audio.MaxAudibleSoundCount 8
			Audio.AudioCoreCpuLoadLimit 30
  ]=])
end