GE Lua Documentation

  -- ignore any non string values here (like from a manual transmission)
  if not desiredMode or type(desiredMode) ~= "string" or desiredMode == "" then
    return

  if type(jbeamData.moveSoundNode_nodes) == "table" and jbeamData.moveSoundNode_nodes[1] and type(jbeamData.moveSoundNode_nodes[1]) == "number" then
    moveSoundNodeId = jbeamData.moveSoundNode_nodes[1]

  if type(jbeamData.moveSoundNode_nodes) == "table" and jbeamData.moveSoundNode_nodes[1] and type(jbeamData.moveSoundNode_nodes[1]) == "number" then
    moveSoundNodeId = jbeamData.moveSoundNode_nodes[1]

local function fieldToStr(x)
  if type(x) == 'table' then
    return table.concat(x, ' ')

local function setSites(data) -- sets sites data, can override the default sites data
  if type(data) == "string" then
    if FS:fileExists(data) then

    end
  elseif type(data) == "table" and data.parkingSpots then -- assuming that given data is valid sites data
    sites = data

local function updateParkingSpots(psList, pos) -- updates the distances of the parking spots in the cached list
  if not psList or type(psList[1]) ~= "table" then return psList end
  for i, v in ipairs(psList) do

local function filterParkingSpots(psList, filters) -- filter the sorted list of parking spots (as returned by findParkingSpots)
  if not psList or type(psList[1]) ~= "table" then return psList end
  filters = filters or defaultFilters

      local prob = ps.customFields:has("probability") and ps.customFields:get("probability") or vars.baseProbability
      if type(prob) ~= "number" then prob = 1 end
      prob = prob * vars.baseProbability

  if reset then resetParkingVars() end
  if type(data) ~= "table" then return end

  local group
  if type(options.vehGroup) == "table" then
    group = options.vehGroup

local function is_function(fun)
  if fun and type(fun) == 'function' then
    return true

  Lua:log(a, b, c, ...)
  if (type(a) == "string" and string.len(a) > 1000) or
  (type(b) == "string" and string.len(b) > 1000) or

  if (type(a) == "string" and string.len(a) > 1000) or
  (type(b) == "string" and string.len(b) > 1000) or
  (type(c) == "string" and string.len(c) > 1000) ) then

  (type(b) == "string" and string.len(b) > 1000) or
  (type(c) == "string" and string.len(c) > 1000) ) then
    log("W", b, "The long log message above has been triggered by:")

  local extName = extension
  if type(extension) == 'table' then
    extName = extension.__extensionName__

  if type(extName) ~= 'string' then
    log('E','','Failed to set unload mode "'..dumps(unloadMode)..'" due to unrecognized extension: '..dumps(extension))

    if type(callback) == 'function' then
      callback()

  -- don't have a single CS file responding to this message. We should delete it.
  -- if scripts_main.onPreStart and type(scripts_main.onPreStart) == 'function' then
  --   scripts_main.onPreStart()

local function processEntry(earned, k, data)
  if type(data) == 'table' then
    earned[k] = earned[k] or {}

          if subKey == 'choices' then
            if type(value) == 'table' then
              pendingChoice['choices'] = value

--   local eventData = scenarioData.onEvent[eventName]
--   if eventData.rewards and type(eventData.rewards) == 'table' then
--     local result = {}

    elseif tableContains(convertToRange, key) then
      if type(data[key]) == 'number' then
        if not destination[key] then

      end
      if type(value) == 'string' then
        destination[key][value] = true

      end
      if type(value) == 'table' then
        for value, active in pairs(value or {}) do

      if type(value) == 'table' then
        for _, value2 in ipairs(value) do

  for key, value in pairs(data) do
    if shouldBeStringLookup[key] and type(value) ~= "string" then
      log('W', '', 'Info file '..filepath..' has a non-string value for key '..key..': '..dumps(value)..'('..type(value)..'). Converting to string.')

    if shouldBeStringLookup[key] and type(value) ~= "string" then
      log('W', '', 'Info file '..filepath..' has a non-string value for key '..key..': '..dumps(value)..'('..type(value)..'). Converting to string.')
      newData[key] = tostring(value)

    end
    if shouldBeNumberLookup[key] and type(value) ~= "number" then
      newData[key] = tonumber(value)

      if newData[key] == nil then
        log('E', '', 'Info file '..filepath..' has a non-number value for key '..key..': '..dumps(value)..'('..type(value)..') that could not be converted to a number.')
      else

      else
        log('W', '', 'Info file '..filepath..' has a non-number value for key '..key..': '..dumps(value)..'('..type(value)..'). Converting to number.')
      end

    if shouldBeDictLookup[key] then
      if type(value) ~= "table" then
        --log('W', '', 'Info file '..filepath..' has a non-table value for key '..key..': '..dumps(value)..'('..type(value)..'). Converting to table.')

      if type(value) ~= "table" then
        --log('W', '', 'Info file '..filepath..' has a non-table value for key '..key..': '..dumps(value)..'('..type(value)..'). Converting to table.')
        newData[key] = { [value] = true }

    if key == "Years" then
      if type(value) == "string" then
        newData[key] = tostring(value)

        if newData[key] == nil then
          log('E', '', 'Info file '..filepath..' has a invalid value for key '..key..': '..dumps(value)..'('..type(value)..') that could not be converted to a string.')
        else

        else
          log('W', '', 'Info file '..filepath..' has a invalid value for key '..key..': '..dumps(value)..'('..type(value)..'). Converting to string.')
        end

        end
      elseif type(value) == "table" and (type(value.min) ~= "number" or type(value.max) ~= "number") then
        newData[key] = {min = tonumber(value.min), max = tonumber(value.max)}

        end
      elseif type(value) == "table" and (type(value.min) ~= "number" or type(value.max) ~= "number") then
        newData[key] = {min = tonumber(value.min), max = tonumber(value.max)}

        end
      elseif type(value) == "table" and (type(value.min) ~= "number" or type(value.max) ~= "number") then
        newData[key] = {min = tonumber(value.min), max = tonumber(value.max)}

        if newData[key].min == nil or newData[key].max == nil then
          log('E', '', 'Info file '..filepath..' has a invalid value for key '..key..': '..dumps(value)..'('..type(value)..') that could not be converted to a number.')
        else

        else
          log('W', '', 'Info file '..filepath..' has a invalid value for key '..key..': '..dumps(value)..'('..type(value)..'). Converting to number.')
        end

  for name, data in pairs(info.colors or {}) do
    if type(data) == 'string' then
      local colorTable = stringToTable(data)

  for _, key in ipairs(default_color_keys) do
    if info[key] and type(info[key]) == 'table' and #info[key] == 4 then
      log("W","", "Outdated default color format in "..dumps(infoFilename)..". Converting to paint: "..dumps(info[key]))

  if type(key) ~= 'string' then return nil end
  local vehFiles = getModelsData()[key]

      for name, data in pairs(readData.paints or {}) do
        if type(data) ~= 'table' then
          log("E","","Invalid paint setup in "..dumps(infoFilename)..". Paint "..dumps(name).." is not a valid paint: "..dumps(data))

local function getModel(key)
  if type(key) ~= 'string' then return {} end
  local modelsData = getModelsData()[key]

    for name, data in pairs(data.paints or {}) do
      if type(data) ~= 'table' then
        log("E","","Invalid paint setup in "..dumps(infoFilename)..". Paint "..dumps(name).." is not a valid paint: "..dumps(data))

          for key,_ in pairs(propVal) do
            if type(key) == 'table' then
              for _, key2 in pairs(key) do

    opts.config = 'vehicles/' .. modelName .. '/' .. model.model.default_pc .. '.pc'
  elseif type(opts.config) == 'string' and not string.find(opts.config, '.pc') and FS:fileExists('/vehicles/' .. modelName .. '/' .. opts.config .. '.pc') then
    opts.config = 'vehicles/' .. modelName .. '/' .. opts.config .. '.pc'

  if type(opts.config) == 'string' and opts.config ~= '' and not string.find(opts.config, '{') then
    -- if we provide a pc file: can be a basename or a full path

  elseif type(opts.config) == 'table' and opts.config.format == 4 then
    --return

  if type(config) == 'table' and config.linkedPCFile then
    localOptions.config = config.linkedPCFile

    if type(config) == 'table' and config.linkedPCFile then
      localOptions.config = config.linkedPCFile

      if newVeh then
        if type(newVeh) == 'table' then
          for _, veh in ipairs(newVeh) do

  if type(vehs) == 'table' then
    return vehs[1], vehs

  if type(vehs) == 'table' then
    return vehs[1], vehs

    local strtmp = designData.gen.pattern
    if type(strtmp) == "table" then
      strtmp = strtmp[random(1, #strtmp)]

    for k,fn in pairs(designData.gen.patternData) do
      if type(fn) == "table" then
        local tmpfn = function() return fn[random(1, #fn)]  end --return one random for each use instead of same

  veh = veh or getPlayerVehicle(0)
  if type(veh) == 'number' then
    veh = getObjectByID(veh)

    if type(data.vehicles) == "table" and next(data.vehicles) then
      local visitedDirs = {}

    if type(data.vehicles) == "table" and next(data.vehicles) then
      local visitedDirs = {}

    return true
  elseif type(maybeVehicle) == "table" then
    loadCustomVehicle(unpack(maybeVehicle))

local function fromJSON(t)
	if type(t) == 'table' then
		if t.x and t.y then

			for o,e in pairs(t) do
	--            lo(type(o)..':'..type(e)..':'..o..':'..tostring(e))
				t[o] = U.fromJSON(e)

			for o,e in pairs(t) do
	--            lo(type(o)..':'..type(e)..':'..o..':'..tostring(e))
				t[o] = U.fromJSON(e)

		return t
--        lo('?? dump_nn:'..type(t)..':'..tostring(t))
--        return tostring(t)

	if not lvl or lvl == true then lvl = 0 end
--    lo('?? dump:'..tostring(lvl)..':'..type(t))
	if not t then

	end
	if type(t) == 'table' then
		local s = '{ '

			for o,e in pairs(t) do
	--            lo(type(o)..':'..type(e)..':'..o..':'..tostring(e))
				local lt = U.dump(e, nil, lvl+1, lvlma)

			for o,e in pairs(t) do
	--            lo(type(o)..':'..type(e)..':'..o..':'..tostring(e))
				local lt = U.dump(e, nil, lvl+1, lvlma)

	else
--        lo('?? dump_nn:'..type(t)..':'..tostring(t))
		return tostring(t)

	local ret = {}
	local isprop = type(cb) == 'string'
	for k,v in pairs(list) do

local function mod(ai, n)
	if type(n) == 'table' then
		if type(ai) == 'table' then

	if type(n) == 'table' then
		if type(ai) == 'table' then
		elseif ai then

	else
		if type(ai) == 'table' then
			for o,i in pairs(ai) do

	if not ndig then ndig = 4 end
--		lo('?? v2stamp:'..type(v))
	local isvec = type(v) == 'cdata'

--		lo('?? v2stamp:'..type(v))
	local isvec = type(v) == 'cdata'
	local s = ''

  for _, electric in ipairs(electricsNames) do
    if type(electrics.values[electric]) == "number" and abs(electrics.values[electric]) > 0 then
      motorThrottle = 1

local function init(jbeamData)
  electricsNames = type(jbeamData.controlElectricsName) ~= "table" and {jbeamData.controlElectricsName} or jbeamData.controlElectricsName
  motorThrottleElectric = jbeamData.motorThrottleElectricsName

  vehInvId = vehInvId or career_modules_inventory.getCurrentVehicle()
  repairOptionData = (repairOptionData and type(repairOptionData) == "table") and repairOptionData or {}

            if type(part.slotType) == 'string' and part.slotType == 'main' then
              totalRootParts = totalRootParts + 1

              if type(section) == 'table' and section[1] then
                local countedRows = 0

                for _, row in pairs(section) do
                  if type(row) == 'table' and row[1] then
                    countedRows = countedRows + 1

local function isIdentifier(str)
  return type(str) == 'string' and str:match( "^[_%a][_%a%d]*$" )
end

local function isSequenceKey(k, sequenceLength)
  return type(k) == 'number'
     and 1 <= k

local function sortKeys(a, b)
  local ta, tb = type(a), type(b)

local function sortKeys(a, b)
  local ta, tb = type(a), type(b)

  if type(t) == 'table' then
    if not tableAppearances[t] then

  local processed = process(item, path)
  if type(processed) == 'table' then
    local processedCopy = {}

    local mt  = processRecursive(process, getmetatable(processed), makePath(path, inspect.METATABLE), visited)
    if type(mt) ~= 'table' then mt = nil end -- ignore not nil/table __metatable field
    setmetatable(processedCopy, mt)

  if not id then
    local tv = type(v)
    id              = (self.maxIds[tv] or 0) + 1

      if type(mt) == 'table' then
        if count > 0 then self:puts(',') end

    if nonSequentialKeysLength > 0 or type(mt) == 'table' then -- result is multi-lined. Justify closing }
      self:tabify()

function Inspector:putValue(v)
  local tv = type(v)

    get text() { return this._text; }
    get type() { return this._type; }
    get level() { return this._consoleMessage.level; }

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

    for k, v in pairs(jbeamData.boostController) do
      if type(k) == "number" then
        tipoints[tipointsidx] = {v[1], v[2]}

  for k, _ in pairs(assignedEngine.torqueCurve) do
    if type(k) == "number" and k < assignedEngine.maxRPM then
      local engage = min(max((k - clutchEngageRPM) * invClutchEngageRange, 0), 1) --min 1000, range 100

  if func then
    if type(debug.traceback) ~= "function" then
      print("*** LUA TRACEBACK BROKEN ***")

    for k, v in pairs(simData) do
      if type(v) == "table" then
        if k =="closestVehicles1" then  -- closest detected vehicle

            if k2 == "velBB" then
              if type(v2) == "cdata" then
                local x = tonumber(v2.x)

          formerValues[objClassStr][id][attrName] = {}
          if fields[attrName].type == 'int' or fields[attrName].type == 'float' and type(attrValue) == 'number' then
            formerValues[objClassStr][id][attrName]['value'] = obj[attrName]

            formerValues[objClassStr][id][attrName]['setter'] = setNumber
          elseif fields[attrName].type == 'ColorF' and type(attrValue) == 'table' and #attrValue == 4 then
            formerValues[objClassStr][id][attrName]['value'] = stringToTable(obj:getField(attrName, ' '))

            formerValues[objClassStr][id][attrName]['setter'] = setColor4F
          elseif fields[attrName].type == 'Point4F' and type(attrValue) == 'table' and #attrValue == 4 then
            formerValues[objClassStr][id][attrName]['value'] = stringToTable(obj:getField(attrName, ' '))

            formerValues[objClassStr][id][attrName]['setter'] = setPoint4F
          elseif (fields[attrName].type == 'Point3F' or fields[attrName].type == 'vec3') and type(attrValue) == 'table' and #attrValue == 3 then
            formerValues[objClassStr][id][attrName]['value'] = stringToTable(obj:getField(attrName, ' '))

            formerValues[objClassStr][id][attrName]['setter'] = setVec3
          elseif type(attrValue) == 'string' then
            formerValues[objClassStr][id][attrName] = obj[attrName]

      for attrName, attrVal in pairs(obj) do
        if type(attrVal.value) == 'number' and p[objClassStr][attrName] ~= nil then
          diff[objClassStr][id][attrName] = (p[objClassStr][attrName] - attrVal.value)

          diff[objClassStr][id][attrName] = (p[objClassStr][attrName] - attrVal.value)
        elseif type(attrVal.value) == 'table' and p[objClassStr][attrName] ~= nil then
          diff[objClassStr][id][attrName] = diffTable(p[objClassStr][attrName], attrVal.value)

  for objClassStr, attribTable in pairs(p) do
    if type(objClassStr) ~= 'string' or type(attribTable) ~= 'table' then
      log('E', 'weather', 'object class or attrib table invalid: ' .. tostring(objClassStr))

  for objClassStr, attribTable in pairs(p) do
    if type(objClassStr) ~= 'string' or type(attribTable) ~= 'table' then
      log('E', 'weather', 'object class or attrib table invalid: ' .. tostring(objClassStr))

          local fields = obj:getFields()
          if type(fields[attrName]) ~= 'table' then
            log('E', 'weather', 'object attribute invalid: class = ' .. tostring(objClassStr) .. ', attribute = ' .. tostring(attrName))

          local val = nil
          if type(attrValue) == fields[attrName].type then
            val = attrValue

            val = attrValue
          elseif (fields[attrName].type == 'filename' or fields[attrName].type == 'annotation') and type(attrValue) == 'string' then
            val = attrValue

            val = attrValue
          elseif (fields[attrName].type == 'float' or fields[attrName].type == 'int') and type(attrValue) == 'number' then
            val = attrValue

            val = attrValue
          elseif fields[attrName].type == 'bool' and type(attrValue) == 'boolean' then
            val = attrValue

            val = attrValue
          elseif fields[attrName].type == 'ColorF' and type(attrValue) == 'table' and #attrValue == 4 then
            val = Point4F(attrValue[1], attrValue[2], attrValue[3], attrValue[4])

            val = Point4F(attrValue[1], attrValue[2], attrValue[3], attrValue[4])
          elseif fields[attrName].type == 'Point4F' and type(attrValue) == 'table' and #attrValue == 4 then
            val = Point4F(attrValue[1], attrValue[2], attrValue[3], attrValue[4])

            val = Point4F(attrValue[1], attrValue[2], attrValue[3], attrValue[4])
          elseif (fields[attrName].type == 'Point3F' or fields[attrName].type == 'vec3') and type(attrValue) == 'table' and #attrValue == 3 then
            val = vec3(attrValue[1], attrValue[2], attrValue[3])

  local levelPath = getMissionFilename() -- /levels/small_island/info.json
  if type(levelPath) ~= 'string' or string.len(levelPath) == 0 then return end

  end
  if tpe == nil or type(tpe) == 'table' or tpe == 'any' then
    -- guess type

    -- guess type
    if type(value) == 'boolean' or type(value) == 'string' or type(value) == 'number' then
      tpe = type(value)

    -- guess type
    if type(value) == 'boolean' or type(value) == 'string' or type(value) == 'number' then
      tpe = type(value)

    -- guess type
    if type(value) == 'boolean' or type(value) == 'string' or type(value) == 'number' then
      tpe = type(value)

    if type(value) == 'boolean' or type(value) == 'string' or type(value) == 'number' then
      tpe = type(value)
    elseif type(value) == 'table' then

      tpe = type(value)
    elseif type(value) == 'table' then
      if #value == 3 then

  end
  if tpe == nil or type(tpe) == 'table' or tpe == 'any' then
    -- guess type

    -- guess type
    if type(value) == 'boolean' or type(value) == 'string' or type(value) == 'number' then
      tpe = type(value)

    -- guess type
    if type(value) == 'boolean' or type(value) == 'string' or type(value) == 'number' then
      tpe = type(value)

    -- guess type
    if type(value) == 'boolean' or type(value) == 'string' or type(value) == 'number' then
      tpe = type(value)

    if type(value) == 'boolean' or type(value) == 'string' or type(value) == 'number' then
      tpe = type(value)
    elseif type(value) == 'table' then

      tpe = type(value)
    elseif type(value) == 'table' then
      if #value == 3 then

    for k,v in ipairs(binaryBuffers) do
      if type(v.data) == 'cdata' then
        -- ffi buffer

        f:write(ffi.string(v.data, v.len))
      elseif type(v.data) == 'string' then
        -- normal lua buffer

      else
        log('E', logTag, 'unknown buffer type: ' .. type(v.data))
      end

    local price = value
    if type(value) == 'table' then
      price = value.min

  end
  if type(err) ~= "string" then
    translationId = "unkownType"

    translationId = "unkownType"
    log("E", "", string.format("An OpenXR error was detected, but a wrong error type was passed: %s ('%s')", type(err), dumps(err)))
  end

  if statData and type(statData) ~= 'table' then
    return

  end
  -- log('D', logTag, vehicleName ..': Damage type: '..type(statsProperties['damage']) ..' Size: '..#damageProperties)

      local getFunc = rawget(getters, k)
      if type(getFunc) == 'function' then
        -- log('E', '', '   getter hit: ' .. tostring(k) .. ' = ' .. tostring(res))

    -- log('E', '', '   getter hit: ' .. tostring(k) .. ' = ' .. tostring(res))
    if type(getFunc) == 'function' then
      return getFunc()

      local getFunc = rawget(getters, k)
      if type(getFunc) == 'function' then
        -- log('E', '', '   getter hit: ' .. tostring(k) .. ' = ' .. tostring(res))

      local setFunc = rawget(setters, k)
      if type(setFunc) == 'function' then
        rawset(origsetters, k, setFunc)

      local setFunc = rawget(setters, k)
      if type(setFunc) == 'function' then
        rawset(origsetters, k, setFunc)

    for k, v in pairs(mt) do
      if type(k) == "string" then
        rawset(workmt, k, rawget(workmt, k) or v)

          for f, getter in pairs(v) do
            if type(f) ~= 'number' then
              rawset(plainGetters, f, getter)

          for f, getter in pairs(v) do
            if type(f) ~= 'number' then
              rawset(plainGetters, f, getter)

local function checkNum(val, default)
  return type(val) == 'number' and val or (default or 0)
end

  beam.beamStrength = beam.beamStrength or vehicle.options.beamStrength or math.huge
  if type(beam.beamStrength) == 'string' then
    if tostring(beam.beamStrength) ~= tostring(tonumber(beam.beamStrength)) then

  beam.beamDamp = beam.beamDamp or vehicle.options.beamDamp
  if type(beam.beamDamp) == 'string' then
    if tostring(beam.beamDamp) ~= tostring(tonumber(beam.beamDamp)) then

  beam.beamDeform = beam.beamDeform or vehicle.options.beamDeform
  if type(beam.beamDeform) == 'string' then
    if tostring(beam.beamDeform) ~= tostring(tonumber(beam.beamDeform)) then

  -- error detection
  if type(beam.id1) == "string" or type(beam.id2) == "string" and tostring(beam.optional) == "true" then
    log('W', "jbeam.pushToPhysics","- beam not committed as node was not found: " .. tostring(beam.id1) .. " -> " .. tostring(beam.id2) .. ' : ' .. dumps(beam))

  -- error detection
  if type(beam.id1) == "string" or type(beam.id2) == "string" and tostring(beam.optional) == "true" then
    log('W', "jbeam.pushToPhysics","- beam not committed as node was not found: " .. tostring(beam.id1) .. " -> " .. tostring(beam.id2) .. ' : ' .. dumps(beam))

  if type(beam.precompressionRange) == 'number' then
    local bL = vec3(node1pos):distance(node2pos)

  local beamPrecompression = beam.beamPrecompression
  if type(beam.beamPrecompressionTime) == 'number' and beam.beamPrecompressionTime > 0 then
    if beam.beamPrecompression == 1 then

  local deformLimit = type(beam.deformLimit) == 'number' and beam.deformLimit or math.huge
  local bid = obj:setBeam(beam.cid, beam.id1, beam.id2, beam.beamStrength, beam.beamSpring,

  local bid = obj:setBeam(beam.cid, beam.id1, beam.id2, beam.beamStrength, beam.beamSpring,
    beam.beamDamp, type(beam.dampCutoffHz) == 'number' and beam.dampCutoffHz or 0,
    beam.beamDeform, deformLimit, type(beam.deformLimitExpansion) == 'number' and beam.deformLimitExpansion or deformLimit, type(beam.deformLimitStress) == 'number' and beam.deformLimitStress or math.huge,

    beam.beamDamp, type(beam.dampCutoffHz) == 'number' and beam.dampCutoffHz or 0,
    beam.beamDeform, deformLimit, type(beam.deformLimitExpansion) == 'number' and beam.deformLimitExpansion or deformLimit, type(beam.deformLimitStress) == 'number' and beam.deformLimitStress or math.huge,
    beamPrecompression

    beam.beamDamp, type(beam.dampCutoffHz) == 'number' and beam.dampCutoffHz or 0,
    beam.beamDeform, deformLimit, type(beam.deformLimitExpansion) == 'number' and beam.deformLimitExpansion or deformLimit, type(beam.deformLimitStress) == 'number' and beam.deformLimitStress or math.huge,
    beamPrecompression

    beam.dampExpansion = beam.dampExpansion or beam.beamDamp
    local longBound = type(beam.beamLongExtent) == 'number' and -max(0, beam.beamLongExtent) or max(0, beam.beamLongBound or math.huge)
    obj:setBeamAnisotropic(bid, beam.springExpansion, beam.dampExpansion,

    obj:setBeamAnisotropic(bid, beam.springExpansion, beam.dampExpansion,
      type(beam.transitionZone) == 'number' and beam.transitionZone or 0, longBound
    )

  elseif(beam.beamType == BEAM_BOUNDED) then
    local longBound = type(beam.longBoundRange) == 'number' and -max(0, beam.longBoundRange) or max(0, beam.beamLongBound or 1)
    local shortBound = type(beam.shortBoundRange) == 'number' and -max(0, beam.shortBoundRange) or max(0, beam.beamShortBound or 1)

    local longBound = type(beam.longBoundRange) == 'number' and -max(0, beam.longBoundRange) or max(0, beam.beamLongBound or 1)
    local shortBound = type(beam.shortBoundRange) == 'number' and -max(0, beam.shortBoundRange) or max(0, beam.beamShortBound or 1)
    beam.beamLimitSpring = beam.beamLimitSpring or 1

      beam.beamDampVelocitySplit, checkNum(beam.beamDampVelocitySplitRebound, beam.beamDampVelocitySplit),
      type(beam.boundZone) == 'number' and beam.boundZone or 1
    )

  elseif(beam.beamType == BEAM_SUPPORT) then
    local longBound = type(beam.beamLongExtent) == 'number' and -max(0, beam.beamLongExtent) or max(0, beam.beamLongBound or 1)
    beam.springExpansion = 0

    obj:setBeamLbeam(bid, beam.id3,
      type(beam.springExpansion) == 'number' and beam.springExpansion or beam.beamSpring,
      type(beam.dampExpansion) == 'number' and beam.dampExpansion or beam.beamDamp

      type(beam.springExpansion) == 'number' and beam.springExpansion or beam.beamSpring,
      type(beam.dampExpansion) == 'number' and beam.dampExpansion or beam.beamDamp
    )

    local frictionCoef = type(node.frictionCoef) == 'number' and node.frictionCoef or 1
    local slidingFrictionCoef = type(node.slidingFrictionCoef) == 'number' and node.slidingFrictionCoef or frictionCoef

    local frictionCoef = type(node.frictionCoef) == 'number' and node.frictionCoef or 1
    local slidingFrictionCoef = type(node.slidingFrictionCoef) == 'number' and node.slidingFrictionCoef or frictionCoef
    local noLoadCoef = type(node.noLoadCoef) == 'number' and node.noLoadCoef or 1

    local slidingFrictionCoef = type(node.slidingFrictionCoef) == 'number' and node.slidingFrictionCoef or frictionCoef
    local noLoadCoef = type(node.noLoadCoef) == 'number' and node.noLoadCoef or 1
    local fullLoadCoef = type(node.fullLoadCoef) == 'number' and node.fullLoadCoef or 0

    local noLoadCoef = type(node.noLoadCoef) == 'number' and node.noLoadCoef or 1
    local fullLoadCoef = type(node.fullLoadCoef) == 'number' and node.fullLoadCoef or 0
    local loadSensitivitySlope = type(node.loadSensitivitySlope) == 'number' and node.loadSensitivitySlope or 0

    local fullLoadCoef = type(node.fullLoadCoef) == 'number' and node.fullLoadCoef or 0
    local loadSensitivitySlope = type(node.loadSensitivitySlope) == 'number' and node.loadSensitivitySlope or 0

    local nodeWeight
    if type(node.nodeWeight) == 'number' then
      nodeWeight = node.nodeWeight

      nodeMaterialTypeID = node.nodeMaterial
      if type(nodeMaterialTypeID) ~= "number" then
        --log('D', "jbeam.pushToPhysics","invalid node material id:"..tostring(nodeMaterialTypeID))

      local bType = beam.beamType or NORMALTYPE
      if type(bType) == "string" then bType = NORMALTYPE end

      local torqueArm
      if type(wheel.torqueArm) == 'number' then
        torqueArm = wheel.torqueArm

      else
        if type(wheel.torqueArm) ~= 'nil' then
          log('W', "jbeam.pushToPhysics","*** wheel: "..wheel.name..' could not bind torqueArm for wheel')

      local nodeCouple = wheel.nodeCouple or wheel.nodeCoupling
      if type(nodeCouple) == 'string' then
        log('W', "jbeam.pushToPhysics","*** wheel: "..wheel.name..' nodeCouple needs a ":" at the end')

      local torqueCouple = wheel.torqueCouple or wheel.torqueCoupling
      if type(torqueCouple) == 'string' then
        log('W', "jbeam.pushToPhysics","*** wheel: "..wheel.name..' torqueCouple needs a ":" at the end')

          checkNum(wheel.heatCoefStrain), checkNum(wheel.smokingTemp, 1e18), checkNum(wheel.meltingTemp, 1e19),
          type(wheel.heatAffectsPressure) == 'boolean' and wheel.heatAffectsPressure or false
        )

    if type(hydro.extentFactor) == 'number' then
      hydro.factor = hydro.extentFactor

    if type(hydro.factor) == 'number' then
      hydro.inLimit = -math.abs(hydro.factor)

    local id1, id2, id3, id4 = tb.id1, tb.id2, tb.id3, tb.id4
    if type(id1) ~= 'number' then
      id1, spring, spring2, damp, damp2 = 0, 0, 0, 0, 0

    end
    if type(id2) ~= 'number' then
      id2, spring, spring2, damp, damp2 = 0, 0, 0, 0, 0

    end
    if type(id3) ~= 'number' then
      id3, spring, spring2, damp, damp2 = 0, 0, 0, 0, 0

    end
    if type(id4) ~= 'number' then
      id4, spring, spring2, damp, damp2 = 0, 0, 0, 0, 0

    local precompressionAngle = tb.precompressionAngle
    if type(tb.precompressionTime) == 'number' and tb.precompressionTime > 0 then
      if precompressionAngle == 0 then

    if triangle.breakGroup == '' then triangle.breakGroup = nil end
    if triangle.triangleType ~= nil and type(triangle.triangleType) == 'string' then
      triangle.triangleType = triTypeMap[triangle.triangleType]

    triangle.cid = obj:setTriangle(-1, triangle.id1, triangle.id2, triangle.id3, dragCoef * 0.01, liftCoef * 0.01,
      (triangle.skinDragCoef or 0) * 0.01, type(triangle.stallAngle) == 'number' and triangle.stallAngle or 0.58,
      pressure, pressureGroup, externalCollision, triangle.triangleType, triangle.groundModel or "asphalt")

local function pushToPhysics(vehicle)
  if type(vehicle) ~= 'table' then return end
  --log('D', "jbeam.pushToPhysics"," ** pushing vehicle to physics")

  local filterData = missionTypeData.vehicleFilters
  if filterData and type(filterData) == "table" then
    local hasFilters = false

      if source then
        if type(source) == "string" then
          isModCar = source ~= "BeamNG - Official"

          isModCar = source ~= "BeamNG - Official"
        elseif type(source) == "table" then
          isModCar = not source["BeamNG - Official"]

    local filterSettings = nil
    if filterData and type(filterData) == "table" then
      -- Use filter settings if there are any filters OR if the flags are explicitly set

            im.SameLine()
            local msgtype = type(notification.msg)
            if msgtype == 'string' then

    local years = config.Years or config.years or math.huge
    if type(years) == "table" then
      years = years.min

    local value = config.Value or config.value or 0
    if type(value) == "table" then
      value = value.min

  for k, v in pairs(t) do
    if type(k) == "string" and tonumber(k) then
      normalized[tonumber(k)] = v

  if t1 == t2 then return true end
  if type(t1) ~= "table" or type(t2) ~= "table" then return false end

  if t1 == t2 then return true end
  if type(t1) ~= "table" or type(t2) ~= "table" then return false end

  for k, v in pairs(t1) do
    if type(v) == "table" and type(t2[k]) == "table" then
      if not tablesEqual(v, t2[k]) then return false end

  for k, v in pairs(t1) do
    if type(v) == "table" and type(t2[k]) == "table" then
      if not tablesEqual(v, t2[k]) then return false end

function C:finish(compute, dt)
  local detectPeaks = type(dt) == "number"
  dt = detectPeaks and dt or 0

  if type(header) ~= "table" then
    log("W", "tableFromHeaderTable", "*** Invalid table header: " .. dumpsz(entry, 2) .. " - " .. debug.tracesimple())

    if type(rowValue) ~= "table" then
      log("W", "tableFromHeaderTable", "*** Invalid table row: " .. dumps(rowValue))

      -- allow last type to be the options always
      if #rowValue > headerSize + 1 then -- and type(rowValue[#rowValue]) ~= "table" then
        log("W", "tableFromHeaderTable", "*** Invalid table header, must be as long as all table cells (plus one additional options column):")

        -- check if inline options are provided, merge them then
        if rvcc >= headerSize and type(rv) == "table" and tableIsDict(rv) and #rowValue > headerSize then
          tableMerge(newRow, rv)

local function toJSONString(d)
  if type(d) == "string" then
    return '"' .. d .. '"'

    return '"' .. d .. '"'
  elseif type(d) == "number" then
    return string.format("%g", d)

  if type(data) == "table" and type(data["partPath"]) == "string" and data["partPath"] ~= "" then
    f:write("\n" .. indent .. "/*" .. string.rep("*", 50) .. "\n")

  if type(data) == "table" and type(data["partPath"]) == "string" and data["partPath"] ~= "" then
    f:write("\n" .. indent .. "/*" .. string.rep("*", 50) .. "\n")

  end
  if type(data) == "table" then
    if tableIsDict(data) then

      for k, v in pairs(data) do
        if type(v) == "table" then
          --if nl then f:write("\n" end

        local v = data[i]
        if type(v) == "table" then
          saveCompiledJBeamRecursive(f, v, level + 1)

             local s = {1, 1, 1}
             if type(scale) == 'number' then
                s = {scale, scale, scale}

                s = {scale, scale, scale}
             elseif type(scale) == 'cdata' or type(scale) == 'table' then
                s = { scale.x, scale.y, scale.z }

                s = {scale, scale, scale}
             elseif type(scale) == 'cdata' or type(scale) == 'table' then
                s = { scale.x, scale.y, scale.z }

  local sx, sy, sz = 1, 1, 1
  if type(scale) == 'table' and scale[1] then
     sx, sy, sz = scale[1], scale[2], scale[3]

     sx, sy, sz = scale[1], scale[2], scale[3]
  elseif type(scale) == 'number' then
     sx, sy, sz = scale, scale, scale

     sx, sy, sz = scale, scale, scale
  elseif type(scale) == 'cdata' then
     sx, sy, sz = scale.x, scale.y, scale.z

    if not shift then shift = im.ImVec2(0,0) end
    if cbg and type(cbg) == 'table' then
        cbg = im.ImVec4(cbg[1], cbg[2], cbg[3], cbg[4])

    if not scale then scale = vec3(1,1) end
    if type(kv) ~= 'table' then
        kv = {kv}

      for _, e in ipairs(config.lapConfig) do
        if type(e) == 'string' then
          table.insert(lc, e)

local function deepcopy(orig)
  local orig_type = type(orig)
  local copy

  ignoreCollision = ignoreCol
  if type(originalFilename) == "table" then
    read = originalFilename

  if not silent then
    if type(originalFilename) == "table" then
      guihooks.trigger('Message', {ttl = 10, msg = 'Succesfully loaded track', category = "fill", icon = "check_circle"})

local function tableIsArray(tbl)
  if type(tbl) ~= "table" then return false end
  local count = 0

  for k, v in pairs(tbl) do
    if type(k) ~= "number" then return false else count = count + 1 end
  end

  for i = 1, count do
    if not tbl[i] and type(tbl[i]) ~= "nil" then return false end
  end

    get type() { return this._type; }
    get objects() { return this._objects; }

  if type(self.offset) == 'table' then
    nodePos = nodePos + dir * (self.offset.x or 0) - camLeft * (self.offset.y or 0) + camUp * (self.offset.z or 0)

  opts = opts or EMPTY
  assert(type(opts) == "table", "expected options to be a table")

  assert(type(precision) == "number" and precision > 0,
    "expected 'precision' to be number > 0")

    "expected 'precision' to be number > 0")
  assert(type(ringsize) == "number" and ringsize > 0 and math_floor(ringsize) == ringsize,
    "expected 'ringsize' to be an integer number > 0")

    "expected 'ringsize' to be an integer number > 0")
  assert(type(now) == "function",
    "expected 'now' to be a function, got: " .. type(now))

  assert(type(now) == "function",
    "expected 'now' to be a function, got: " .. type(now))
  assert(type(err_handler) == "function",

    "expected 'now' to be a function, got: " .. type(now))
  assert(type(err_handler) == "function",
    "expected 'err_handler' to be a function, got: " .. type(err_handler))

  assert(type(err_handler) == "function",
    "expected 'err_handler' to be a function, got: " .. type(err_handler))

    for key, layout in pairs(layouts) do
      if type(layout) == "table" and #layout > 0 then
        table.insert(sorted, key)

    for _, value in pairs(dF or {}) do
      if type(value) == "string" and value == dynamicName then
        table.insert(dynamicObjects, id)

        end
        if type(ab.label) == 'string' then
          abo.label = ab.label

        local typeStr = ab.type or 'box'
        if typeStr == 'box' and type(ab.size) == 'table' then
          ab.size = vec3(ab.size)

          abo:setBoxSize(ab.size)
        elseif typeStr == 'sphere' and type(ab.size) == 'number' then
            abo:setSphereSize(ab.size)

    return function(name, opt1, opt2)
        if base.type(name) ~= "string" then
            name, opt1, opt2 = "default", name, opt1

  --print(self.id .. ' ' .. self.name .. ' double-clicked')
  if self.doubleClicked and type(self.doubleClicked) == 'function' then
    self:doubleClicked()

    local t = forceType or pin.type
    if type(t) == 'table' then
      t = pin.defaultHardCodeType or t[1]

    -- cdata
    if type(v) == 'cdata' then

      -- Cdata
      if type(data) == 'cdata' then
      -- lua type

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

          -- we have C++ type information
          if type(CppSettings[k]) ~= type(value) then
            log("E", "", string.format("Unable to parse setting '%s': it should be a %s, but is a %s. The ignored value is: %s", k, type(CppSettings[k]), type(value), dumps(value)))

          -- we have C++ type information
          if type(CppSettings[k]) ~= type(value) then
            log("E", "", string.format("Unable to parse setting '%s': it should be a %s, but is a %s. The ignored value is: %s", k, type(CppSettings[k]), type(value), dumps(value)))

          if type(CppSettings[k]) ~= type(value) then
            log("E", "", string.format("Unable to parse setting '%s': it should be a %s, but is a %s. The ignored value is: %s", k, type(CppSettings[k]), type(value), dumps(value)))
            values[k] = nil

          if type(CppSettings[k]) ~= type(value) then
            log("E", "", string.format("Unable to parse setting '%s': it should be a %s, but is a %s. The ignored value is: %s", k, type(CppSettings[k]), type(value), dumps(value)))
            values[k] = nil

      local v = tonumber( TorqueScriptLua.getVar('$video::vsync') )
      return v == true or (type(v)=="number" and v > 0)
    end,

    set = function ( value )
      local boolValue = value == true or (type(value)=="number" and value > 0)
      TorqueScriptLua.setVar( '$video::vsync', boolValue )

      -- log('I','graphic',' setting GraphicOverallQuality = '..tostring(value))
      if type(value) == 'string' and tonumber(value) then
        value = tonumber(value)

      end
      if type(value) == 'number' then
        local upgrade_old_id_to_name = {'Custom', 'Lowest', 'Low', 'Normal', 'High', 'Ultra'}

    set = function ( value )
      if type(value) == 'string' and tonumber(value) then
        value = tonumber(value)

      end
      if type(value) == 'number' then
        local upgrade_old_id_to_name = {'Lowest', 'Low', 'Normal', 'High', 'Ultra'}

    set = function ( value )
      if type(value) == 'string' and tonumber(value) then
        value = tonumber(value)

      end
      if type(value) == 'number' then
        local upgrade_old_id_to_name = {'Lowest', 'Low', 'Normal', 'High'}

    set = function ( value )
      if type(value) == 'string' and tonumber(value) then
        value = tonumber(value)

      end
      if type(value) == 'number' then
        local upgrade_old_id_to_name = {'Lowest', 'Low', 'High', 'Ultra'}

    set = function ( value )
      if type(value) == 'string' and tonumber(value) then
        value = tonumber(value)

      end
      if type(value) == 'number' then
        local upgrade_old_id_to_name = {'Lowest', 'Low', 'Normal', 'High'}

    set = function ( value )
      if type(value) == 'string' and tonumber(value) then
        value = tonumber(value)

      end
      if type(value) == 'number' then
        local upgrade_old_id_to_name = {'Low', 'High'}

  for k,v in pairs(data) do
    if graphicsOptions[k] and type(graphicsOptions[k].init) == 'function' then
      graphicsOptions[k].init(v)

  if newState.WindowPlacement and newState.WindowPlacement ~= M.current_windowPlacement then
    if graphicsOptions.WindowPlacement and type(graphicsOptions.WindowPlacement.set) == 'function' then
      graphicsOptions.WindowPlacement.set(newState.WindowPlacement)

    -- dump(tostring(M.selected_displayDriver) .. '  is now  '.. newState.GraphicDisplayDriver)
    if graphicsOptions.GraphicDisplayDriver and type(graphicsOptions.GraphicDisplayDriver.set) == 'function' then
      graphicsOptions.GraphicDisplayDriver.set(newState.GraphicDisplayDriver)

    -- dump(tostring(M.selected_displayMode) .. '  is now  '.. newState.GraphicDisplayModes)
    if graphicsOptions.GraphicDisplayModes and type(graphicsOptions.GraphicDisplayModes.set) == 'function' then
      graphicsOptions.GraphicDisplayModes.set(newState.GraphicDisplayModes)

    -- dump(tostring(M.selected_resolution) .. '  is now  '.. newState.GraphicDisplayResolutions)
    if graphicsOptions.GraphicDisplayResolutions and type(graphicsOptions.GraphicDisplayResolutions.set) == 'function' then
      graphicsOptions.GraphicDisplayResolutions.set(newState.GraphicDisplayResolutions)

    -- dump(tostring(M.selected_refreshRate) .. '  is now  '.. newState.GraphicDisplayRefreshRates)
    if graphicsOptions.GraphicDisplayRefreshRates and type(graphicsOptions.GraphicDisplayRefreshRates.set) == 'function' then
      graphicsOptions.GraphicDisplayRefreshRates.set(newState.GraphicDisplayRefreshRates)

    if stuntZone.scl then
      if type(stuntZone.scl) == "number" then
        nearDist = stuntZone.scl + 6

    get type()
    {

  if type(self._lastVal) == 'table' then
    if im.Button("Dump##"..self.id) then

  local files = {}
  if type(f) == 'string' then
    files = {f, f..'.prefab', f..'.prefab.json',f..'.json',

--   for k, v in pairs(obj) do
--     -- if type(v) == "function" then
--       print(k)

local function addToFilter(filter, actionName, filtered)
  if type(actionGroups[actionName]) == 'table' then
    for i, a in ipairs(actionGroups[actionName]) do

        for k, v in pairs(attr) do
            if type(k) == "number" then
                a[#a + 1] = escape(v)

    end
    if type(content) == "string" then
        r[#r + 1] = ">"

    return function(attr)
        if type(attr) == "table" then
            return function(content)

    for k, func in pairs(node) do
      if string.sub(k, 1, 2) == 'on' and type(func) == 'function' then
        self.hookExists[k] = true

    if self.pinIn.flow.value then
      if type(self.pinIn.message.value) == 'table' then
        -- this app wants the message in a different format :/

    if type(cnp.cid2) == "table" then
      couplerNodePairData.availableCid2 = {}

local function deepcompare(t1,t2)
  local ty1 = type(t1)
  local ty2 = type(t2)

  local ty1 = type(t1)
  local ty2 = type(t2)
  if ty1 ~= ty2 then return false end

        for _, info in ipairs(guids) do
          if not info.skipMigration and type(info.id) == "string" then
            table.insert(candidatePaths, dir.."/"..string.lower(info.id)..".diff")

  local bValue = b.Value or b.value or 0
  if type(aValue) == 'table' then
    aValue = aValue.min

  end
  if type(bValue) == 'table' then
    bValue = bValue.min

  local bYears = b.Years or b.years or math.huge
  if type(aYears) == 'table' then
    aYears = aYears.min

  end
  if type(bYears) == 'table' then
    bYears = bYears.min

_M.request = socket.protect(function(reqt, body)
    if base.type(reqt) == "string" then
        reqt = _M.parseRequest(reqt, body)

  for name, config in pairs(escConfigs.configurations) do
    if type(config) == "table" and config.escConfigurationEnabled then
      table.insert(tmpConfigs, sanitizeConfiguration(shallowcopy(config), name)) --we need to create copies of all our configurations as we are going to use them for saving a few values as well and we want a fresh copy every time we reset the vehicle

  for _, config in pairs(escConfigurations) do
    if type(config) == "table" and config.escConfigurationEnabled and config.characteristicSpeed <= 0 then --calculate char. speed if no override is provided
      config.characteristicSpeed = calculateCharacteristicSpeed(config)

  local blacklistedEngines = {}
  if escConfigs.blacklistedEngines and type(escConfigs.blacklistedEngines) == "table" then
    for _, v in pairs(escConfigs.blacklistedEngines) do

		loop:add(cl)
		if type(cl) ~= "function" then
			cl:start_connecting()

local function _openPickMapToFromObjectPopup()
  if pickingFromObjectMaterials and type(pickingFromObjectMaterials) == "table" and #pickingFromObjectMaterials > 0 then
    table.sort(pickingFromObjectMaterials)

    setPropertyWithUndo(property, layer, editor.getTempCharPtr())
    if onEditEndedCallback and type(onEditEndedCallback) == "function" then
      onEditEndedCallback()

  if type(levelInfo.levelInfo.previews) == 'table' and #levelInfo.levelInfo.previews > 0 then
    -- add prefix

    get type()
    {

      for _, v in ipairs(oldEngine.gears) do
        if type(v) == "number" then
          table.insert(gearbox.gearRatios, v)

    get type()
    {

            im.TableNextRow()
            if vData and vData.vdata and type(vData.vdata.triggers) == 'table' then
              for _, trg in pairs(vData.vdata.triggers or {}) do

            im.TableHeadersRow()
            if vData and vData.vdata and type(vData.vdata.events) == 'table' then
              for _, evt in pairs(vData.vdata.events or {}) do

            if vData and vData.vdata and type(vData.vdata.triggerEventLinksDict) == 'table' then
              for triggerId, lnkDict in pairs(vData.vdata.triggerEventLinksDict or {}) do

          local vData = extensions.core_vehicle_manager.getVehicleData(hit.v)
          if vData and vData.vdata and type(vData.vdata.triggers) == 'table' then
            local trigger = vData.vdata.triggers[hit.t]

  if not vdata.triggerEventLinksDict then return end
  if type(vdata.triggerEventLinksDict[triggerId]) ~= 'table' then return end
  if type(vdata.triggerEventLinksDict[triggerId][actionStr]) ~= 'table' then return end

  if type(vdata.triggerEventLinksDict[triggerId]) ~= 'table' then return end
  if type(vdata.triggerEventLinksDict[triggerId][actionStr]) ~= 'table' then return end

  local vData = extensions.core_vehicle_manager.getVehicleData(currentTriggerHit.v)
  if vData and vData.vdata and type(vData.vdata.triggers) == 'table' then
    local trigger = vData.vdata.triggers[currentTriggerHit.t]

        if ffbParams.softlockForce~= nil then softlockForceCoef = clamp(ffbParams.softlockForce, 0, 1) end
        if type(input.lowspeedCoefFFB) == "boolean" then
          log("I", "", string.format("This vehicle's steering hydro has specified a custom lowspeedCoefFFB setting. Overriding the binding setting lowspeedCoef=%s with the hydro setting lowspeedCoef=%s", dumps(ffbParams.lowspeedCoef), dumps(input.lowspeedCoefFFB)))

  if self.targetPos == nil then
    if type(self.pinIn.pos.value) == "table" and not self.pinIn.pos.value.x then
      self.targetPos = vec3(self.pinIn.pos.value)

    get type()
    {

  -- table of linked scenetree objects or SimGroups
  if type(data.objects) == 'table' then
    triggers[key].objects = {}

    get type()
    {

    get type() { return this._type; }
    get subtype() { return this._subtype; }

    local ws_protocols_tbl = {''}
    if type(ws_protocol) == 'string' then
      ws_protocols_tbl = {ws_protocol}

      ws_protocols_tbl = {ws_protocol}
    elseif type(ws_protocol) == 'table' then
      ws_protocols_tbl = ws_protocol

M.register = function(data)
  if type(data.section) ~= 'table' then
    editor.logWarn(logTag .. " - register(): section must be of type 'table'")

  if type(section) == "string" then
    im.ImGuiTextFilter_Clear(filter)

    selectSectionInChildren(docsSections, section)
  elseif type(section) == "table" then
    if #section == 0 then return end

  local viewsSerialized = editor.getPreference("vehicleEditor.veView.sceneViews")
  if type(viewsSerialized) == 'table' then
    for id, data in ipairs(viewsSerialized) do

    get type()
    {

  for keyEntry, entry in pairs(vehicle) do
    if type(entry) == "table" and tableIsDict(entry) and not jbeamUtils.ignoreSections[keyEntry] then
      stack[1] = entry

        for key, v in pairs(data) do
          local typev = type(v)
          if typev == 'number' then

          if typev == 'number' then
            if type(key) == 'string' and str_byte(key,1)==115 and str_byte(key,2)==99 and str_byte(key,3)==97 and str_byte(key,4)==108 and
                str_byte(key,5)==101 and str_byte(key,6)~=nil then --scale

              local dataval = data[keytoscale]
              if type(dataval) == "number" then
                data[keytoscale] = dataval * v

    get type() { return this._type; }
    get totalNumberOfSamples() { return this._totalNumberOfSamples; }

  local text = self.pinIn.text.value
  if (type(text) == 'table' and text.txt == '') or text == '' then
    text = nil

    local v = select(i, ...)
    local vtype = type(v)
    if vtype == 'number' then

        local keyVal = _convertToLuaNative(ctx, childNodeIdx, addAstId)
        if type(keyVal) == 'string' then
          storedKey = keyVal

  for _, partRoot in pairs(fileRoot) do
    if type(partRoot) == 'table' then
      jbeamTableSchema.process(partRoot, true)

local function _cleanupData(node)
  if type(node) == 'table' then
    if type(node.posX) == 'number' and type(node.posY) == 'number' and type(node.posZ) == 'number' then

  if type(node) == 'table' then
    if type(node.posX) == 'number' and type(node.posY) == 'number' and type(node.posZ) == 'number' then
      node.pos = vec3(node.posX, node.posY, node.posZ)

  if type(node) == 'table' then
    if type(node.posX) == 'number' and type(node.posY) == 'number' and type(node.posZ) == 'number' then
      node.pos = vec3(node.posX, node.posY, node.posZ)

  if type(node) == 'table' then
    if type(node.posX) == 'number' and type(node.posY) == 'number' and type(node.posZ) == 'number' then
      node.pos = vec3(node.posX, node.posY, node.posZ)

  if vehicle then
    if type(nodeIdArray) ~= 'table' then
      nodeIdArray = {nodeIdArray}

  if vehicle then
    if type(nodeIdPairArray) ~= 'table' then
      nodeIdPairArray = {{nodeIdPairArray, nodeIdPairArray}}

  for k, v in pairs(lastPursuitData) do
    if type(v) == 'number' then
      lastPursuitData[k] = 0

    for _, v in ipairs(pd.info) do
      if type(v) == 'table' then
        v.txt = pursuit[v.key] or ''

        v.txt = pursuit[v.key] or ''
        if type(v.txt) == 'number' and v.key == 'duration' then
          local minutes = math.floor(v.txt / 60)

    if type(_host) == "table" then
        host = _host.host

        local params
        if type(secure) == "table" then
            params = secure

            print_r_cache[tostring(t)]=true
            if (type(t)=="table") then
                for pos,val in pairs(t) do

                for pos,val in pairs(t) do
                    if (type(val)=="table") then
                        print(indent.."["..pos.."] => "..tostring(t).." {")

                        print(indent..string.rep(" ",string.len(pos)+6).."}")
                    elseif (type(val)=="string") then
                        print(indent.."["..pos..'] => "'..val..'"')

    end
    if (type(t)=="table") then
        print(tostring(t).." {")

function protocol.parse_string(read_func)
	assert(type(read_func) == "function", "expecting read_func to be a function")
	local len, err = read_func(2)

local function parse_uint8(read_func)
	assert(type(read_func) == "function", "expecting read_func to be a function")
	local value, err = read_func(1)

local function parse_uint16(read_func)
	assert(type(read_func) == "function", "expecting read_func to be a function")
	local value, err = read_func(2)

function protocol.parse_uint32(read_func)
	assert(type(read_func) == "function", "expecting read_func to be a function")
	local value, err = read_func(4)

local function parse_var_length(read_func)
	assert(type(read_func) == "function", "expecting read_func to be a function")
	local mult = 1

	end
	assert(type(curr) == "number", "expecting curr to be a number")
	assert(curr >= 1, "expecting curr to be >= 1")

function protocol.packet_id_required(args)
	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.type) == "number", "expecting .type to be a number")

	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.type) == "number", "expecting .type to be a number")
	local ptype = args.type

local function value_tostring(value)
	local t = type(value)
	if t == "string" then

		for k, v in pairs(value) do
			if type(k) == "number" then
				res[#res + 1] = value_tostring(v)

function protocol.start_parse_packet(read_func)
	assert(type(read_func) == "function", "expecting read_func to be a function")
	local byte1, err, len, data

    self:mail(mailt.from)
    if base.type(mailt.rcpt) == "table" then
        for i,v in base.ipairs(mailt.rcpt) do

function send_message(mesgt)
    if base.type(mesgt.body) == "table" then send_multipart(mesgt)
    elseif base.type(mesgt.body) == "function" then send_source(mesgt)

    if base.type(mesgt.body) == "table" then send_multipart(mesgt)
    elseif base.type(mesgt.body) == "function" then send_source(mesgt)
    else send_string(mesgt) end

  if t1 == t2 then return true end
  if type(t1) ~= "table" or type(t2) ~= "table" then return false end

  if t1 == t2 then return true end
  if type(t1) ~= "table" or type(t2) ~= "table" then return false end

    get type() { return WI.LayersTabContentView.Type; }
    get supportsSplitContentBrowser() { return false; }

  local motorNames = jbeamData.motorNames or {"mainMotor"}
  motorNames = type(motorNames) ~= "table" and {motorNames} or motorNames
  for _, v in ipairs(motorNames) do

local function formatValueForDisplay(val, hardType)
  local type = hardType or type(val)
  if type == 'number' then

function C:getTableType()
  if self.type == "table" or (type(self.type) == "table" and tableContains(self.type, "table")) then
    return self.tableType or "generic"

    end
    if type(self.type) == 'table' then
      typeTxt = typeTxt .. ' types: ' .. dumps(self.type)

    if self.type == "table" or (type(self.type) == 'table' and tableContains(self.type,'table')) then
      im.TextUnformatted("Table type: "..self:getTableType())

    -- log('D', logTag, string.format('enqueueRandomSystemPacenote: %s - raw audioLen value: %s (type: %s)', basename, tostring(metadataVal.audioLen), type(metadataVal.audioLen)))

    if not audioLen then
      log('E', logTag, string.format('enqueueRandomSystemPacenote: invalid audioLen for %s: %s (type: %s)', basename, tostring(metadataVal.audioLen), type(metadataVal.audioLen)))
      return

    -- if electrics value has changed enough since the last update, we take that instead of the last "requested" state
    if type(electricsValveState) == "number" and abs(electricsValveState - g.lastElectricsValue) > 1e-20 then
      g.valveState = electricsValveState

  local maxSupplyPressure = jbeamData.maxSupplyPressure or math.huge
  if type(jbeamData.maxSupplyPressurePSI) == "number" then
    maxSupplyPressure = jbeamData.maxSupplyPressurePSI * psiToPascal + 101325

    local beamMaxSupplyPressure = pressureData.maxSupplyPressure or maxSupplyPressure
    if type(pressureData.maxSupplyPressurePSI) == "number" then
      beamMaxSupplyPressure = pressureData.maxSupplyPressurePSI * psiToPascal + 101325

      if vehicleWatchlist[vehicleInfo.shopId] then
        if type(vehicleWatchlist[vehicleInfo.shopId]) ~= "number" then
          vehicleWatchlist[vehicleInfo.shopId] = currentTime + timeToRemoveSoldVehicle -- time to remove the vehicle from the watchlist

  local levelPath = level
  if type(level) == 'table' then
    setSpawnpoint.setDefaultSP(startPointName, level.levelName)

    local time = M.spawningOptionsHelper.timeOfDay
    if type(time) == 'string' then
      -- Get time of day options for the current level

    end
    if type(time) == 'number' then
      log('I', logTag, 'Setting time of day to: ' .. tostring(time))

local function tableToVec3OrQuat(tbl)
  if type(tbl) == 'table' then
    if type(tbl.x) == 'number' and type(tbl.y) == 'number' and type(tbl.z) == 'number' then

  if type(tbl) == 'table' then
    if type(tbl.x) == 'number' and type(tbl.y) == 'number' and type(tbl.z) == 'number' then
      if tbl.w == nil then return vec3(tbl.x, tbl.y, tbl.z) end

  if type(tbl) == 'table' then
    if type(tbl.x) == 'number' and type(tbl.y) == 'number' and type(tbl.z) == 'number' then
      if tbl.w == nil then return vec3(tbl.x, tbl.y, tbl.z) end

  if type(tbl) == 'table' then
    if type(tbl.x) == 'number' and type(tbl.y) == 'number' and type(tbl.z) == 'number' then
      if tbl.w == nil then return vec3(tbl.x, tbl.y, tbl.z) end

      if tbl.w == nil then return vec3(tbl.x, tbl.y, tbl.z) end
      if type(tbl.w) == 'number' then return quat(tbl.x, tbl.y, tbl.z, tbl.w) end
    end

local function tableToVec3Recursive(tbl)
  if type(tbl) ~= 'table' then return tbl end
  for k, v in pairs(tbl) do

    tbl[k] = newV
    if type(newV) == "table" then
      tableToVec3Recursive(newV)

local function migrateOldKeysRecursive(tbl)
  if type(tbl) ~= 'table' then return tbl end
  for k, v in pairs(tbl) do

    end
    if type(v) == "table" then
      migrateOldKeysRecursive(v)

  -- local stallPos = manager.fgVariables and manager.fgVariables.serviceStallPos
  -- if stallPos and type(stallPos) == "table" then
  --   if im.Button("Focus on Service Stall") then

  -- local outTriggerPos = manager.fgVariables and manager.fgVariables.serviceOutTriggerPos
  -- if outTriggerPos and type(outTriggerPos) == "table" then
  --   if im.Button("Focus on Service Out Trigger") then

  if valueOptions.oneDimScale == nil and valueOptions.defaultScl then valueOptions.oneDimScale = type(valueOptions.defaultScl)=='number' end
  elem.oneDimScale = valueOptions.oneDimScale or false

  -- filepath can be a table, allowing for one of the files to be required
  if type(filepathsInfolder) == 'string' then
    filepathsInfolder = {filepathsInfolder}

  element.displayOptions = element.displayOptions or {}
  if element.displayOptions.associatedStars and type(element.displayOptions.associatedStars) == 'string' then
    local key = element.displayOptions.associatedStars

  -- Check if old vehicleFilters format exists (array of vehicle configs, not filter settings object)
  if ctd[e.fieldName] and type(ctd[e.fieldName]) == "table" and #ctd[e.fieldName] > 0 then
    -- Check if it's the old format (array with model/config) or new format (object with baseFilter)

      -- This is correct for vehicleFilter/zoneSelector which save strings, not tables
      if ctd[val.fieldName] ~= nil and val.value ~= nil and (type(ctd[val.fieldName]) ~= type(val.value)) then
        table.insert(issues, {label = 'Mismatched '.. self.typeDataFieldName .. ' Value: ' .. val.fieldName .. string.format(" (%s, should be %s)", type(ctd[val.fieldName]), type(val.value)), data=val, severity='error', fixable=true})

      -- This is correct for vehicleFilter/zoneSelector which save strings, not tables
      if ctd[val.fieldName] ~= nil and val.value ~= nil and (type(ctd[val.fieldName]) ~= type(val.value)) then
        table.insert(issues, {label = 'Mismatched '.. self.typeDataFieldName .. ' Value: ' .. val.fieldName .. string.format(" (%s, should be %s)", type(ctd[val.fieldName]), type(val.value)), data=val, severity='error', fixable=true})

      if ctd[val.fieldName] ~= nil and val.value ~= nil and (type(ctd[val.fieldName]) ~= type(val.value)) then
        table.insert(issues, {label = 'Mismatched '.. self.typeDataFieldName .. ' Value: ' .. val.fieldName .. string.format(" (%s, should be %s)", type(ctd[val.fieldName]), type(val.value)), data=val, severity='error', fixable=true})
      end

      if ctd[val.fieldName] ~= nil and val.value ~= nil and (type(ctd[val.fieldName]) ~= type(val.value)) then
        table.insert(issues, {label = 'Mismatched '.. self.typeDataFieldName .. ' Value: ' .. val.fieldName .. string.format(" (%s, should be %s)", type(ctd[val.fieldName]), type(val.value)), data=val, severity='error', fixable=true})
      end

  -- Handle displayOptions as either a table or a string (tooltip)
  local displayOpts = type(e.displayOptions) == 'table' and e.displayOptions or {}
  editEnded[0] = im.InputFloat('##'..e.fieldName, e.ptr, displayOpts.stepSmall or 1, displayOpts.stepLarge or 5, displayOpts.format or nil, im.InputTextFlags_EnterReturnsTrue)

  -- Show tooltip if displayOptions is a string or has a tooltip property
  if type(e.displayOptions) == 'string' then
    im.tooltip(e.displayOptions)

      end
      if self.activity and self.activity.layers and type(self.activity.layers) == "table" then
        for _, layer in ipairs(self.activity.layers) do

    if instance.id == 'drift' then
      if instance.value.minDrift and type(instance.value.minDrift)~="number" then
        log('E', 'In '..tostring(scenario.name), ' minDrift must contain number value  ')

      end
      if instance.value.maxDrift and type(instance.value.maxDrift)~= "number" then
        log('E', 'In '..tostring(scenario.name), ' maxDrift must contain number value  ')

    local val
    if type(mAttKey) == 'string' then
      val = att.valuesByKey[m.additionalAttributes[attKey]]

      val = att.valuesByKey[m.additionalAttributes[attKey]]
    elseif type(mAttKey) == 'table' then
      val = m.additionalAttributes[attKey]

    if gameplay_missions_missionManager.getForegroundMissionId() == nil and core_groundMarkers.currentlyHasTarget() then
      if freeroam_bigMapMode and not freeroam_bigMapMode.bigMapActive() and type(core_groundMarkers.endWP[1]) == "cdata" then -- is vec3
        local nextFixedWP = core_groundMarkers.routePlanner:getNextFixedWP()

local function fmterr(err, info)
  if type(err) == "number" then
    if type(info) == "function" then info = fmtfunc(info) end

  if type(err) == "number" then
    if type(info) == "function" then info = fmtfunc(info) end
    local fmt = vmdef.traceerr[err]

  -- initialize
  if type(src) == 'string' then
    json = src

  for k, v in pairs(v.data.nodes[id]) do
    if type(v) == "string" or type(v) == "boolean" or type(v) == "number" then
      -- log('I', 'damageEvaluation', 'Node prop: ' .. tostring(k) .. ' of type: ' .. type(v))

  for k, v in pairs(v.data.nodes[id]) do
    if type(v) == "string" or type(v) == "boolean" or type(v) == "number" then
      -- log('I', 'damageEvaluation', 'Node prop: ' .. tostring(k) .. ' of type: ' .. type(v))

  for k, v in pairs(v.data.nodes[id]) do
    if type(v) == "string" or type(v) == "boolean" or type(v) == "number" then
      -- log('I', 'damageEvaluation', 'Node prop: ' .. tostring(k) .. ' of type: ' .. type(v))

    if type(v) == "string" or type(v) == "boolean" or type(v) == "number" then
      -- log('I', 'damageEvaluation', 'Node prop: ' .. tostring(k) .. ' of type: ' .. type(v))
      nodeProperties[k] = v

  for k, v in pairs(beam) do
    if type(v) == "string" or type(v) == "boolean" or type(v) == "number" then
      -- log('I', 'damageEvaluation', 'Beam prop: ' .. tostring(k) .. ' of type: ' .. type(v))

  for k, v in pairs(beam) do
    if type(v) == "string" or type(v) == "boolean" or type(v) == "number" then
      -- log('I', 'damageEvaluation', 'Beam prop: ' .. tostring(k) .. ' of type: ' .. type(v))

  for k, v in pairs(beam) do
    if type(v) == "string" or type(v) == "boolean" or type(v) == "number" then
      -- log('I', 'damageEvaluation', 'Beam prop: ' .. tostring(k) .. ' of type: ' .. type(v))

    if type(v) == "string" or type(v) == "boolean" or type(v) == "number" then
      -- log('I', 'damageEvaluation', 'Beam prop: ' .. tostring(k) .. ' of type: ' .. type(v))
      beamProperties[k] = v

      local val = aggregate[k]
      if type(val) == 'number' then
        text = text .. string.format("%s: %0.2d. ", k, val or 0)

local function iterateGroups(groupNameOrNames)
  if type(groupNameOrNames) == "string" then
    groupNameOrNames = {groupNameOrNames}

      if type(clr) == 'number' then
        clr = rainbowColor(36,(0.05+(0.75*clr))*12, 1)

    local clr = m.colorTimer
    if type(clr) == 'number' then
      clr = clr - clr%(0.05)

    local clr = m.colorTimer
    if type(clr) == 'number' then
      clr = clr - clr%(0.05)

      for i=1,numberPanels do
        if type(comicData.order[i]) == 'string' then
          local panel = comicData.order[i] ..'/'

      local flag =  string.format("$PostFXManager::Settings::%s", key)
      if type(obj) ~= "table" then
        TorqueScriptLua.setVar(flag, obj)

  -- Sanitizing workOptions
  if not workOptions or type(workOptions) ~= 'table' then
    workOptions = {

  local boundary = dragData.strip.lanes[playerLane].boundary.transform
  if not boundary or type(boundary) ~= "table" then
    log('E', logTag, 'No valid boundary found for racer: ' .. racer.vehId)

local function checkPattern(file, pattern)
  if type(pattern) == "string" then
    if file.name:match(".*("..pattern..")$") == nil then

    return true
  elseif type(pattern) == "table" then
    local res = false

  local pattern = nil
  local suffixType = type(options.suffix[fileTypeSelected][2])
  if suffixType == 'string' then

    if not options.select_folder and (type(pattern) == "table" or (type(pattern) == 'string' and pattern ~= "*")) then
      if s.filetype == "file" then

    if not options.select_folder and (type(pattern) == "table" or (type(pattern) == 'string' and pattern ~= "*")) then
      if s.filetype == "file" then

local function getFiletypeLabel(suffix)
  if type(suffix[2]) == "string" then
    return suffix[1].."(*"..suffix[2]..")"

    return suffix[1].."(*"..suffix[2]..")"
  elseif type(suffix[2]) == "table" then
    local res = suffix[1] .."("

  end
  if not callbackFn or type(callbackFn) ~= "function" then
    log("E", "_fileDialog", "Callback function is invalid")

  end
  if not defaultPath or (type(defaultPath) == "string" and #defaultPath == 0) then
    log("W", "_fileDialog", "'defaultPath' should not be empty")

        for _, value in ipairs(parameters) do
          if type(vehicleValueDict) == 'table' then
            if vehicleValueDict[value] then

        local value = vehicleInfo[filterName] or (vehicleInfo.aggregates[filterName] and vehicleInfo.aggregates[filterName].min)
        if not value or type(value) ~= "number" then return false end
        if parameters.min and (value < parameters.min) or parameters.max and (value > parameters.max) then

  if type(t.errors) == 'number' and t.errors > 0 then
    im.TextColored(im.ImVec4(1.0, 0.0, 0.0, 1.0), tostring(t.errors) .. 'E ')

  end
  if type(t.warnings) == 'number' and t.warnings > 0 then
    im.TextColored(im.ImVec4(1.0, 1.0, 0.0, 1.0), tostring(t.warnings) .. 'W')

function C:remove(obj)
  if type(obj) == 'number' then
    obj = self.objects[obj]

    else
      if type(v) == "boolean" then
        vals[f] = vals[f] and 1 or 0

      // Ensure explicit type if possible
      // MessageFormat checks the actual type (i.e. for amount based conditions)
      for (var key in interpolationParams) {

  --print('=== downloadURL ===')
  --print(' uri = ' .. dumps(uri) .. ' / ' .. type(uri))
  --print(' finishCallback = ' .. dumps(finishCallback) .. ' / ' .. type(finishCallback))

  --print(' uri = ' .. dumps(uri) .. ' / ' .. type(uri))
  --print(' finishCallback = ' .. dumps(finishCallback) .. ' / ' .. type(finishCallback))
  --print(' postDataTbl = ' .. dumps(postDataTbl) .. ' / ' .. type(postDataTbl))

  --print(' finishCallback = ' .. dumps(finishCallback) .. ' / ' .. type(finishCallback))
  --print(' postDataTbl = ' .. dumps(postDataTbl) .. ' / ' .. type(postDataTbl))
  --print(' outfile = ' .. dumps(outfile) .. ' / ' .. type(outfile))

  --print(' postDataTbl = ' .. dumps(postDataTbl) .. ' / ' .. type(postDataTbl))
  --print(' outfile = ' .. dumps(outfile) .. ' / ' .. type(outfile))
  --print(' reqType = ' .. dumps(reqType) .. ' / ' .. type(reqType))

  --print(' outfile = ' .. dumps(outfile) .. ' / ' .. type(outfile))
  --print(' reqType = ' .. dumps(reqType) .. ' / ' .. type(reqType))
  --print(' progressCallback = ' .. dumps(progressCallback) .. ' / ' .. type(progressCallback))

  --print(' reqType = ' .. dumps(reqType) .. ' / ' .. type(reqType))
  --print(' progressCallback = ' .. dumps(progressCallback) .. ' / ' .. type(progressCallback))
  --print(' isJson = ' .. dumps(isJson) .. ' / ' .. type(isJson))

  --print(' progressCallback = ' .. dumps(progressCallback) .. ' / ' .. type(progressCallback))
  --print(' isJson = ' .. dumps(isJson) .. ' / ' .. type(isJson))

  r.pub.responseCode = responseCode
  if type(responseresponseHeadersBuffer) == 'string' and string.len(responseHeaders) > 0 then
    r.pub.responseHeaders = responseHeaders

  end
  if type(responseBuffer) == 'string' and string.len(responseBuffer) > 0 then
    r.pub.responseBuffer = responseBuffer

  end
  if type(responseData) == 'table' and not tableIsEmpty(responseData) then
    r.pub.responseData = responseData

  if not data.origin or data.origin ~= 'gameauth' or type(data.cmds) ~= 'table' then
    log('E', 'online.onInstructions', 'unknown instructions. Discarded: ' .. dumps(data))

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

  for k, v in pairs(jbeamData.gearRatios) do
    if type(k) == "number" then
      table.insert(v >= 0 and forwardGears or reverseGears, v)

  local gearWhineCoefsOutput = jbeamData.gearWhineCoefsOutput or jbeamData.gearWhineCoefs
  if gearWhineCoefsOutput and type(gearWhineCoefsOutput) == "table" then
    local gearIndex = device.minGearIndex

  local gearWhineCoefsInput = jbeamData.gearWhineCoefsInput or jbeamData.gearWhineCoefs
  if gearWhineCoefsInput and type(gearWhineCoefsInput) == "table" then
    local gearIndex = device.minGearIndex

  if jbeamData.gearboxNode_nodes and type(jbeamData.gearboxNode_nodes) == "table" then
    device.transmissionNodeID = jbeamData.gearboxNode_nodes[1]

  if type(device.transmissionNodeID) ~= "number" then
    device.transmissionNodeID = nil

            local min, max = propVal, propVal
            if type(propVal) == 'table' then
              min = propVal.min

            end
            if type(min) == 'number' and type(max) == 'number' then
              if not filterByProp[propName] then

            end
            if type(min) == 'number' and type(max) == 'number' then
              if not filterByProp[propName] then

      end
      if type(propVal) == 'string' then
        if string.find(string.lower(propVal), searchTextLower, 1, true) then

    elseif filter.type == 'range' then
      if propVal == "Other..." or not type(propVal) == 'number' then
        return false

      end
      if type(propVal) == 'table' then
        if (propVal.min and propVal.min < filter.currentMin) or (propVal.max and propVal.max > filter.currentMax) then

    local functionName = data
    if type(extensions[cmd][functionName]) == "function" then
      extensions[cmd][functionName]()

    local functionName = table.remove(params, 1)
    if type(extensions[cmd][functionName]) == "function" then
      extensions[cmd][functionName](unpack(params))

    local k = orderedKeys[1]
    self:_drawInputField(path .. k .. '_val', cdata, type(v[k]), v[k], savePath .. k, function(_savePath, newVal) v[k] = newVal ; if saveCallback then saveCallback(_savePath, newVal) end ; end, true)
  else

      if keysEditable then
        self:_drawInputField(path .. k .. '_key', cdata, type(k), k, savePath .. k, function(_savePath, newKey)
          v[newKey] = v[k]

      im.NextColumn()
      self:_drawInputField(path .. k .. '_val', cdata,type(v[k]),  v[k], savePath .. k,
        function(_savePath, newVal)

        if not pin.fixed then
          if type(pin.type) ~= 'table' then
            if im.BeginCombo("##pinType" .. pin.id, pin.type) then

              if pin.type == 'any' or type(pin.type) == 'table' then
                local allowedTypes = ui_flowgraph_editor.getSimpleTypes()

                local allowedTypes = ui_flowgraph_editor.getSimpleTypes()
                if type(pin.type) == 'table' then allowedTypes = pin.type end
                im.PushItemWidth(100)

        if not pin.fixed then
          if type(pin.type) ~= 'table' then
            if im.BeginCombo("##pinType" .. pin.id, pin.type) then

              if pin.type == 'any' or type(pin.type) == 'table' then
                local allowedTypes = ui_flowgraph_editor.getSimpleTypes()

                local allowedTypes = ui_flowgraph_editor.getSimpleTypes()
                if type(pin.type) == 'table' then allowedTypes = pin.type end
                im.PushItemWidth(100)

        self:drawItemHeader(node)
        if type(node.drawCustomProperties) == 'function' then
          --if im.TreeNodeEx1("Properties##"..node.id,im.TreeNodeFlags_DefaultOpen) then

            if reason then
              if type(reason) == 'string' then
                self.fgEditor.addHistory("Custom Property Change of node " .. node.name..": " .. reason)

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

  if jbeamData.gearboxNode_nodes and type(jbeamData.gearboxNode_nodes) == "table" then
    device.transmissionNodeID = jbeamData.gearboxNode_nodes[1]

    get messageText() { return this._messageText; }
    get type() { return this._type; }
    get url() { return this._url; }

  local n
  if type(options) == 'table' then
    n = deepcopy(options)

  local b
  if type(options) == 'table' then
    b = deepcopy(options)

  for nodeKey, data in pairs(jbeamData) do
    if type(nodeKey) == 'string' and type(data) == 'table' and type(data.x) == 'number' and type(data.y) == 'number' and type(data.z) == 'number'
    and byte(nodeKey,4) == 101 and byte(nodeKey,3) == 100 and byte(nodeKey,2) == 111 and byte(nodeKey,1) == 110 then

  for nodeKey, data in pairs(jbeamData) do
    if type(nodeKey) == 'string' and type(data) == 'table' and type(data.x) == 'number' and type(data.y) == 'number' and type(data.z) == 'number'
    and byte(nodeKey,4) == 101 and byte(nodeKey,3) == 100 and byte(nodeKey,2) == 111 and byte(nodeKey,1) == 110 then

  for nodeKey, data in pairs(jbeamData) do
    if type(nodeKey) == 'string' and type(data) == 'table' and type(data.x) == 'number' and type(data.y) == 'number' and type(data.z) == 'number'
    and byte(nodeKey,4) == 101 and byte(nodeKey,3) == 100 and byte(nodeKey,2) == 111 and byte(nodeKey,1) == 110 then

  for nodeKey, data in pairs(jbeamData) do
    if type(nodeKey) == 'string' and type(data) == 'table' and type(data.x) == 'number' and type(data.y) == 'number' and type(data.z) == 'number'
    and byte(nodeKey,4) == 101 and byte(nodeKey,3) == 100 and byte(nodeKey,2) == 111 and byte(nodeKey,1) == 110 then

  for nodeKey, data in pairs(jbeamData) do
    if type(nodeKey) == 'string' and type(data) == 'table' and type(data.x) == 'number' and type(data.y) == 'number' and type(data.z) == 'number'
    and byte(nodeKey,4) == 101 and byte(nodeKey,3) == 100 and byte(nodeKey,2) == 111 and byte(nodeKey,1) == 110 then

        if op.px or op.py or op.pz then
          local px = (op.px and type(op.px)=='number') and op.px or 0
          local py = (op.py and type(op.py)=='number') and op.py or 0

          local px = (op.px and type(op.px)=='number') and op.px or 0
          local py = (op.py and type(op.py)=='number') and op.py or 0
          local pz = (op.pz and type(op.pz)=='number') and op.pz or 0

          local py = (op.py and type(op.py)=='number') and op.py or 0
          local pz = (op.pz and type(op.pz)=='number') and op.pz or 0

local function cleanupTable(job, tbl)
  if type(tbl) == 'table' then
    for k, v in pairs(tbl) do

    for k, v in pairs(tbl) do
      if type(v) == 'table' then
        cleanupTable(job, v)

        cleanupTable(job, v)
      elseif type(v) == 'string' then
        tbl[k] = translateLanguage(v, v, true) -- true = silent logs

  for _, level in ipairs(levels) do
    if type(level.size) == 'table' and #level.size > 1 then
      if level.size[1] == -1 and level.size[2] == -1 then

    }
    if type(ext) == "table" then
      if ext.getDriftDebugInfo then

local function getTempBool_StringString(value)
  local valueType = type(value)

local function getTempFloatArray2_TableTable(value)
  if value and type(value) == 'table' then
    if #value == 2 then

local function getTempFloatArray3_TableTable(value)
  if value and type(value) == 'table' then
    if #value == 3 then

local function getTempFloatArray3_Vec3Vec3(value)
  if value and type(value) == 'cdata' then
    tempFloatArr3[0] = value.x

local function getTempFloatArray4_TableTable(value)
  if value and type(value) == 'table' then
    if #value == 4 then

local function getTempImVec4_TableTable(value)
  if value and type(value) == 'table' then
    if #value == 4 then

local function getTempImVec4_TableImVec4(value)
  if value and type(value) == 'table' then
    if #value == 4 then

  if mEvenColor == nil then mEvenColor = defaultAlternateRowsColors[2] end
  if type(mOddColor) ~= 'cdata' or type(mEvenColor) ~= "cdata" then return end
  local function testOddImColor() mOddColor = mOddColor.Value end

  if mEvenColor == nil then mEvenColor = defaultAlternateRowsColors[2] end
  if type(mOddColor) ~= 'cdata' or type(mEvenColor) ~= "cdata" then return end
  local function testOddImColor() mOddColor = mOddColor.Value end

    get type()
    {

      if scenario.vehicles[vName].driver["command"] then
        if type(scenario.vehicles[vName].driver["command"]) == "table" then
          for i,v in pairs(scenario.vehicles[vName].driver["command"]) do

          end
        elseif type(scenario.vehicles[vName].driver["command"]) == "string" then
          helper.queueLuaCommandByName(vName, scenario.vehicles[vName].driver["command"])

  initialLevelState = {}
  if type(scenario.levelObjects) ~= 'table' then return end
  for objName, objFields in pairs(scenario.levelObjects) do

    for _, e in ipairs(scenario.extensions) do
      if type(e) == 'table' and e.loaded then
        extensions.unload(e.extName)

        extensions.unload(e.extName)
      elseif type(e) == 'string' then
        extensions.unload('scenario_' .. e)

        -- load any scenario vehicle extensions
        if type(vehicleConf.extensions) == 'table' then
          for vek, ve in pairs(vehicleConf.extensions) do

  inputActionFilter.clear(0)
  if type(scenario.blackListActions) == 'table' then
    for i, action in ipairs( scenario.blackListActions ) do

  if type(scenario.whiteListActions) == 'table' then
    for i, action in ipairs( scenario.whiteListActions ) do

    for _,entry in ipairs(scenario.lapConfig or {}) do
      if type(entry) == 'string' then
        if not tableContains(triggers, entry) and not tableContains(waypoints, entry) and entry:sub(1,12) ~= '__generated_' then

    for _, e in ipairs(scenario.extensions) do
      if type(e) == 'table' then
        local moduleFullPath = scenario.directory.."/"..e.name

        end
      elseif type(e) == 'string' then
        -- Looks in ge/extensions/scenario for these type of modules

        local extName = nil
        if type(e) == 'table' and e.loaded and e.extName then
          extName = e.extName

          extName = e.extName
        elseif type(e) == 'string' then
          extName = 'scenario_' .. e

      endUIDisplayed = true
      if scenario.endScreenController and type(scenario.endScreenController) == 'function' then
        scenario.endScreenController()

    inputActionFilter.clear(0)
    if type(scenario.blackListActions) == 'table' then
      for i, action in ipairs( scenario.blackListActions ) do

    if type(scenario.whiteListActions) == 'table' then
      for i, action in ipairs( scenario.whiteListActions ) do

    __index = function(tbl, key)
      if scenario_scenarios and scenario_scenarios[key] and type(scenario_scenarios[key]) == 'function' then
        return function(...)

    get type() { return this._type; }
    get name() { return this._name; }

    get target() { return this._target; }
    get type() { return this._type; }
    get loaderIdentifier() { return this._loaderIdentifier; }

  local index = 0
  local selectorType = type(selector)

        local val = table.__pinIn[key].value
        if type(val) == 'table' then
          if val[4] then

  end
  if type(result) == 'cdata' then
    if ffi.istype('struct __luaVec3_t', result) then

      local node = orderList[i]
      if type(node._afterTrigger) == 'function' then
        table.insert(fun, '\n  orderList[' .. i .. ']:_afterTrigger()')

function C:deleteNode(node, ignoreIntegratedNodes)
  if not node or type(node.id) ~= 'number' then
    log('E', self.mgr.logTag, 'Graph.deleteNode. Invalid node: ' .. dumpsz(node, 2))

function C:deleteLink(link)
  if not link or type(link.id) ~= 'number' then
    log('E', self.mgr.logTag, 'Graph.deleteLink. Invalid link: ' .. dumpsz(link, 2))

  end
  if type(data.name) == 'string' then
    self.name = data.name

  end
  if type(data.type) == 'string' then
    self.type = data.type

  local sourceTypes = {}
  if type(targetPin.type) ~= 'table' then
    targetTypes[targetPin.type] = 1

  if type(sourcePin.type) ~= 'table' then
    sourceTypes[sourcePin.type] = 1

    for _, value in pairs(dF or {}) do
      if type(value) == "string" and value == self.pinIn.dynamicName.value then
        table.insert(dynamicObjects, id)

      if type(clr) == 'number' then
        clr = rainbowColor(36,(0.8-(0.75*clr))*12, 1)

  for previousId, connectionInfo in pairs(trailerReg) do
    if type(connectionInfo) == "table" and connectionInfo.trailerId == vehId then
      return previousId

  if trailerReg[vehId] then
    log("D", logTag, "Unregistered vehicle "..tostring(vehId).."; trailer was ".. (type(trailerReg[vehId]) == "table" and tostring(trailerReg[vehId].trailerId) or trailerReg[vehId]))
    trailerReg[vehId] = nil

local function replaceSpecialValues(val)
  local typeval = type(val)
  if typeval == "table" then

local function processJbeamTableRow(ctx, rowValue)
  if type(rowValue) ~= "table" then
    log('W', "", "*** Invalid table row: "..dumps(rowValue))

    local rowValueSize = #rowValue
    --log('D', "" *** "..tostring(ctx.rowCounter).." = "..tostring(rowValue).." ["..type(rowValue).."]")

    -- allow last type to be the options always
    if rowValueSize > ctx.headerSize1 then -- and type(rowValue[#rowValue]) ~= "table" then
      if not ctx.omitWarnings then

    local disableRow = (newRow.disable == true) or (type(newRow.variables) == 'table' and newRow.variables.disable == true)

  local header = jbeamTable[1]
  if type(header) ~= "table" then
    if not omitWarnings then

  for keyEntry, entry in pairs(vehicle) do
    if type(entry) ~= "table" then
      -- seems to be a option, add it to the vehicle options

    --[[
    if type(entry) == "table" and tableIsDict(entry) then
      log('D', ""," ** "..tostring(keyEntry).." = [DICT] #" ..tableSize(entry))

      log('D', ""," ** "..tostring(keyEntry).." = [DICT] #" ..tableSize(entry))
    elseif type(entry) == "table" and not tableIsDict(entry) then
      log('D', ""," ** "..tostring(keyEntry).." = [LIST] #"..tableSize(entry))

    else
      log('D', ""," ** "..tostring(keyEntry).." = "..tostring(entry).." ["..type(entry).."]")
    end

    -- then walk the tables
    if type(entry) == "table" and not tableIsDict(entry) and jbeamUtils.ignoreSections[keyEntry] == nil and not tableIsEmpty(entry) then
      if tableIsDict(entry) then

  relevantGearbox = powertrain.getDevice(gearboxName)
  if type(jbeamData.shiftSoundNode_nodes) == "table" and jbeamData.shiftSoundNode_nodes[1] and type(jbeamData.shiftSoundNode_nodes[1]) == "number" then
    shiftSoundNodeId = jbeamData.shiftSoundNode_nodes[1]

  relevantGearbox = powertrain.getDevice(gearboxName)
  if type(jbeamData.shiftSoundNode_nodes) == "table" and jbeamData.shiftSoundNode_nodes[1] and type(jbeamData.shiftSoundNode_nodes[1]) == "number" then
    shiftSoundNodeId = jbeamData.shiftSoundNode_nodes[1]

  for _, elem in ipairs(json.stuntZones or {}) do
    if elem.pos and type(elem.pos) == "table" and elem.pos.x and elem.pos.y and elem.pos.z then elem.pos = vec3(elem.pos) end
    if elem.rot and type(elem.rot) == "table" and elem.rot.x and elem.rot.y and elem.rot.z and elem.rot.w then elem.rot = quat(elem.rot) end

    if elem.pos and type(elem.pos) == "table" and elem.pos.x and elem.pos.y and elem.pos.z then elem.pos = vec3(elem.pos) end
    if elem.rot and type(elem.rot) == "table" and elem.rot.x and elem.rot.y and elem.rot.z and elem.rot.w then elem.rot = quat(elem.rot) end
    if elem.scl and type(elem.scl) == "table" and elem.scl.x and elem.scl.y and elem.scl.z then elem.scl = vec3(elem.scl) end

    if elem.rot and type(elem.rot) == "table" and elem.rot.x and elem.rot.y and elem.rot.z and elem.rot.w then elem.rot = quat(elem.rot) end
    if elem.scl and type(elem.scl) == "table" and elem.scl.x and elem.scl.y and elem.scl.z then elem.scl = vec3(elem.scl) end
    if elem.scl and type(elem.scl) == "number" then end

    if elem.scl and type(elem.scl) == "table" and elem.scl.x and elem.scl.y and elem.scl.z then elem.scl = vec3(elem.scl) end
    if elem.scl and type(elem.scl) == "number" then end
  end

      country = string.split(info.country, "%w+") -- splits the translation string, if applicable
      if type(country) == 'table' and country[1] then
        country = string.lower(country[#country])

    if s == nil or s == null then return "" end
    if type(s) == "function" then return template.output(s()) end
    return tostring(s)

function template.escape(s, c)
    if type(s) == "string" then
        if c then return gsub(s, "[}{\">/<'&]", CODE_ENTITIES) end

    if layout then
        if type(layout) == "table" then
            return setmetatable({ render = function(self, context)

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

    get id() { return this._id; }
    get type() { return this._type; }

  -- useLength can be nil
  if type(vehIds) ~= 'table' then return end
  rbWidth = rbWidth or 10 -- maximum roadblock width

local function placeRoadblock(vehIds, pos, rot, placeData) -- places a roadblock
  if type(vehIds) ~= 'table' or not pos or not rot then return end
  placeData = placeData or {}

local function setPursuitVars(data) -- sets various traffic variables
  if type(data) ~= 'table' then
    if not data then resetPursuitVars() end

    policeIds = tableKeys(policeVehs) -- use all police vehicles
  elseif type(policeIds) == 'number' then -- backwards compatibility
    policeIds = {policeIds}

local function safe_tostring (value)
  if type(value) == "userdata" or type(value) == "cdata" then
    -- we avoid inspecting inside these values: tostring() could crash to desktop when the object was deleted in C side (for example, when __tostring() accesses an invalid mem address)

local function safe_tostring (value)
  if type(value) == "userdata" or type(value) == "cdata" then
    -- we avoid inspecting inside these values: tostring() could crash to desktop when the object was deleted in C side (for example, when __tostring() accesses an invalid mem address)

    -- we avoid inspecting inside these values: tostring() could crash to desktop when the object was deleted in C side (for example, when __tostring() accesses an invalid mem address)
    return type(value)..": (...)"
  end

local function ParseLine(line)
  assert(type(line) == "string")
  --print(line)

  --print("guessing function name")
  if type(info.source) == "string" and info.source:sub(1,1) == "@" then
    local file, err = io_open(info.source:sub(2), "r")

  -- in the same thread we're inspecting)
  if type(thread) == "thread" then
    t.getinfo = function(level, what)

    t.getinfo = function(level, what)
      if t.dumping_same_thread and type(level) == "number" then
        level = level + 1

  while name do
    if type(value) == "number" then
      self:add_f("%s%s = number: %g\n", prefix, name, value)

      self:add_f("%s%s = number: %g\n", prefix, name, value)
    elseif type(value) == "boolean" then
      self:add_f("%s%s = boolean: %s\n", prefix, name, tostring(value))

      self:add_f("%s%s = boolean: %s\n", prefix, name, tostring(value))
    elseif type(value) == "string" then
      local stringlen = #value

      end
    elseif type(value) == "userdata" then
      self:add_f("%s%s = %s\n", prefix, name, safe_tostring(value))

      self:add_f("%s%s = %s\n", prefix, name, safe_tostring(value))
    elseif type(value) == "cdata" then
      self:add_f("%s%s = %s\n", prefix, name, safe_tostring(value))

      self:add_f("%s%s = %s\n", prefix, name, safe_tostring(value))
    elseif type(value) == "nil" then
      self:add_f("%s%s = nil\n", prefix, name)

      self:add_f("%s%s = nil\n", prefix, name)
    elseif type(value) == "table" then
      if m_known_tables[value] then

      end
    elseif type(value) == "function" then
      local info = self.getinfo(value, "nS")

      end
    elseif type(value) == "thread" then
      self:add_f("%sthread %q = %s\n", prefix, name, tostring(value))

    else
      self:add_f("%s%s = %s: (unrecognized type)\n", prefix, name, type(value))
    end

function _M.stacktraceSimple(thread, message, level, level_limit, dump_locals)
  if type(thread) ~= "thread" then
    -- shift parameters left

  if type(message) == "table" then
    dumper:add("an error object {\n")

    original_error = dumper:concat_lines()
  elseif type(message) == "string" then
    dumper:add(message)

      --print(info.namewhat, info.name)
      --for k,v in pairs(info) do print(k,v, type(v)) end
      local function_name = m_user_known_functions[info.func] or m_known_functions[info.func] or info.name or tostring(info.func)

      --print("tail")
      --for k,v in pairs(info) do print(k,v, type(v)) end--print(info.namewhat, info.name)
      dumper:add_f("\n(%d) tail call", level_to_show)

      if not function_name or function_name == "?" then
        --for k,v in pairs(info) do print(k,v, type(v)) end
        function_name = GuessFunctionName(info)

function _M.stacktrace(thread, message, level, level_limit, dump_locals)
  if type(thread) ~= "thread" then
    -- shift parameters left

  if type(message) == "table" then
    dumper:add("an error object {\n")

    original_error = dumper:concat_lines()
  elseif type(message) == "string" then
    dumper:add(message)

      --print(info.namewhat, info.name)
      --for k,v in pairs(info) do print(k,v, type(v)) end
      local function_name = m_user_known_functions[info.func] or m_known_functions[info.func] or info.name or tostring(info.func)

      --print("tail")
      --for k,v in pairs(info) do print(k,v, type(v)) end--print(info.namewhat, info.name)
      dumper:add_f("(%d) tail call\n", level_to_show)

      if not function_name or function_name == "?" then
        --for k,v in pairs(info) do print(k,v, type(v)) end
        function_name = GuessFunctionName(info)

  /**
   * Parse a tag (E.g. `
`) with that type (start tag or end tag).
   */

  if valueOptions.oneDimScale == nil and valueOptions.defaultScl then valueOptions.oneDimScale = type(valueOptions.defaultScl)=='number' end
  elem.oneDimScale = valueOptions.oneDimScale or false

  -- filepath can be a table, allowing for one of the files to be required
  if type(filepathsInMissionfolder) == 'string' then
    filepathsInMissionfolder = {filepathsInMissionfolder}

  element.displayOptions = element.displayOptions or {}
  if element.displayOptions.associatedStars and type(element.displayOptions.associatedStars) == 'string' then
    local key = element.displayOptions.associatedStars

      end
      if mtd[val.fieldName] ~= nil and element.defaultValue ~= nil and (type(mtd[val.fieldName]) ~= type(element.defaultValue)) then
        table.insert(issues, {label = 'Mismatched Missiontype Value: ' .. val.fieldName .. string.format(" (%s, should be %s)", type(mtd[val.fieldName]), type(element.defaultValue)), data=val, severity='error', fixable=true})

      end
      if mtd[val.fieldName] ~= nil and element.defaultValue ~= nil and (type(mtd[val.fieldName]) ~= type(element.defaultValue)) then
        table.insert(issues, {label = 'Mismatched Missiontype Value: ' .. val.fieldName .. string.format(" (%s, should be %s)", type(mtd[val.fieldName]), type(element.defaultValue)), data=val, severity='error', fixable=true})

      if mtd[val.fieldName] ~= nil and element.defaultValue ~= nil and (type(mtd[val.fieldName]) ~= type(element.defaultValue)) then
        table.insert(issues, {label = 'Mismatched Missiontype Value: ' .. val.fieldName .. string.format(" (%s, should be %s)", type(mtd[val.fieldName]), type(element.defaultValue)), data=val, severity='error', fixable=true})
      end

      if mtd[val.fieldName] ~= nil and element.defaultValue ~= nil and (type(mtd[val.fieldName]) ~= type(element.defaultValue)) then
        table.insert(issues, {label = 'Mismatched Missiontype Value: ' .. val.fieldName .. string.format(" (%s, should be %s)", type(mtd[val.fieldName]), type(element.defaultValue)), data=val, severity='error', fixable=true})
      end

    local lcomp = split(kclean, '_')
    if type(lcomp) ~= 'table' or #lcomp == 0 then
      return key

    -- language first
    if #lcomp > 0 and type(lcomp[1]) == 'string' then
      res = res .. (M.languages[lcomp[1]] or lcomp[1])

    -- then country
    if #lcomp > 1 and type(lcomp[2]) == 'string' then
      res = res .. ' (' .. (M.countries[string.upper(lcomp[2])] or lcomp[2]) .. ')'

    for attribute, value in pairs(paint) do
      if type(value) == "table" then
        for j, value2 in ipairs(value) do

  if type(paintTbl) == "table" then
    if paintTbl.baseColor then

local function processNestedTranslations(text)
  if not text or type(text) ~= "string" then
    return text

local function translate(key)
  if not key or type(key) ~= "string" then
    return key or "Missing Translation Key!"

--					end
				if mlist and #mlist > 0 and type(mlist[1]) == 'table' then
					for i = 1,#mlist do

				end
--                    U.dump(list, '??*********** for_list:'..tp..':'..tostring(#list[1])..':'..tostring(type(list[1])))
--                    _dbgone = true

				end
--						U.dump(mlist,'?? if_LIST2:'..tp..':'..tostring(meshType)) --type(mlist[1])..':'..tostring(mlist and #mlist or nil))
				break

local function onExtensionLoaded()
  if type(consoleClearAvailableContexts) == 'nil' then
    -- sorry, not available on your platform :(

    TLINDirection Direction;                    // #2 +2  Frame Direction (see Message Direction Types)
    TLINChecksumType ChecksumType;              // #3 +3  Frame Checksum type (see Message Checksum Types)
    BYTE Data[8];                               // #4 +4  Data bytes (0..7)

typedef  struct {                               // Size = 40 bytes
    TLINMsgType Type;                           // #0 +0  Frame type (see Received Message Types)
    BYTE FrameId;                               // #1 +1  Frame ID (6 bit) + Parity (2 bit)

    TLINDirection Direction;                    // #3 +3  Frame Direction (see Message Direction Types)
    TLINChecksumType ChecksumType;              // #4 +4  Frame Checksum type (see Message Checksum Types)
    BYTE Data[8];                               // #5 +5  Data bytes (0..7)

    TLINDirection Direction;                    // #2 +2  Frame Direction (see Message Direction Types)
    TLINChecksumType ChecksumType;              // #3 +3  Frame Checksum type (see Message Checksum Types)
    WORD Flags;                                 // #4 +4  Frame flags (see Frame flags for LIN Msgs)

    for name, func in pairs(tests) do
      if type(func) == "function" and name:match("^test") then
        table.insert(testNames, name)

      d[k] = nil
    elseif type(v) == 'table' then
      cleanCameraData(v)

    for icKey, icam in pairs(vehicle.cameras.onboard) do
      if type(icam.x) == 'number' and type(icam.y) == 'number' and type(icam.z) == 'number' then
        icam.x, icam.y, icam.z = jbeamUtils.getPosAfterNodeRotateOffsetMove(icam, icam.x, icam.y, icam.z)

    for icKey, icam in pairs(vehicle.cameras.onboard) do
      if type(icam.x) == 'number' and type(icam.y) == 'number' and type(icam.z) == 'number' then
        icam.x, icam.y, icam.z = jbeamUtils.getPosAfterNodeRotateOffsetMove(icam, icam.x, icam.y, icam.z)

    for icKey, icam in pairs(vehicle.cameras.onboard) do
      if type(icam.x) == 'number' and type(icam.y) == 'number' and type(icam.z) == 'number' then
        icam.x, icam.y, icam.z = jbeamUtils.getPosAfterNodeRotateOffsetMove(icam, icam.x, icam.y, icam.z)

    for icKey, icam in pairs(vehicle.cameras.onboard) do
      if type(icam.x) == 'number' and type(icam.y) == 'number' and type(icam.z) == 'number' then
        local cr = {}

    for icKey, icam in pairs(vehicle.cameras.onboard) do
      if type(icam.x) == 'number' and type(icam.y) == 'number' and type(icam.z) == 'number' then
        local cr = {}

    for icKey, icam in pairs(vehicle.cameras.onboard) do
      if type(icam.x) == 'number' and type(icam.y) == 'number' and type(icam.z) == 'number' then
        local cr = {}

      -- automatic numeric naming
      if v.name == nil or type(v.name) ~= 'string' then
        v.name = 'onboard_' .. tostring(counter)

local function is_array(array)
  if type(array) ~= "table" then return false end
  local max, n = 0, 0

  for k, _ in pairs(array) do
    if not (type(k) == "number" and k > 0 and math_floor(k) == k) then
      return false

  tags = tags or self.tags
  if type(tokens) == "string" then
    tokens = self:parse(tokens, tags)

function renderer:render(template, view, partials)
  if type(self) == "string" then
    error("Call mustache:render, not mustache.render!")

  if type(value) == "table" then
    if is_array(value) then

    return callback(context:push(value), self)
  elseif type(value) == "function" then
    local section_text = string_sub(originalTemplate, token.endIndex+1, token.closingTagIndex - 1)

  if value == nil or value == false or (type(value) == "table" and is_array(value) and #value == 0) then
    return callback(context, self)

  if type(value) == "function" then
    value = value(context.view)

	if args.clean ~= nil then
		assert(type(args.clean) == "boolean", "expecting .clean to be a boolean")
		if args.clean then

		-- check required args are presented
		assert(type(args.will) == "table", "expecting .will to be a table")
		assert(type(args.will.payload) == "string", "expecting .will.payload to be a string")

		assert(type(args.will) == "table", "expecting .will to be a table")
		assert(type(args.will.payload) == "string", "expecting .will.payload to be a string")
		assert(type(args.will.topic) == "string", "expecting .will.topic to be a string")

		assert(type(args.will.payload) == "string", "expecting .will.payload to be a string")
		assert(type(args.will.topic) == "string", "expecting .will.topic to be a string")
		if args.will.qos ~= nil then

		if args.will.qos ~= nil then
			assert(type(args.will.qos) == "number", "expecting .will.qos to be a number")
			assert(check_qos(args.will.qos), "expecting .will.qos to be a valid QoS value")

		if args.will.retain ~= nil then
			assert(type(args.will.retain) == "boolean", "expecting .will.retain to be a boolean")
		end

	if args.username ~= nil then
		assert(type(args.username) == "string", "expecting .username to be a string")
		byte = bor(byte, lshift(1, 7))

	if args.password ~= nil then
		assert(type(args.password) == "string", "expecting .password to be a string")
		assert(args.username, "the .username is required to set .password")

	-- check args
	assert(type(args.id) == "string", "expecting .id to be a string with MQTT client id")
	-- DOC: 3.1.2.10 Keep Alive

	if args.keep_alive then
		assert(type(args.keep_alive) == "number")
		keep_alive_ival = args.keep_alive

		-- DOC: 3.1.3.2 Will Topic
		assert(type(args.will.topic) == "string", "expecting will.topic to be a string")
		payload:append(make_string(args.will.topic))

		-- DOC: 3.1.3.3 Will Message
		assert(args.will.payload == nil or type(args.will.payload) == "string", "expecting will.payload to be a string or nil")
		payload:append(make_string(args.will.payload or ""))

	-- check args
	assert(type(args.topic) == "string", "expecting .topic to be a string")
	if args.payload ~= nil then

	if args.payload ~= nil then
		assert(type(args.payload) == "string", "expecting .payload to be a string")
	end

	if args.qos ~= nil then
		assert(type(args.qos) == "number", "expecting .qos to be a number")
		assert(check_qos(args.qos), "expecting .qos to be a valid QoS value")

	if args.retain ~= nil then
		assert(type(args.retain) == "boolean", "expecting .retain to be a boolean")
	end

	if args.dup ~= nil then
		assert(type(args.dup) == "boolean", "expecting .dup to be a boolean")
	end

	if args.qos and args.qos > 0 then
		assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
		assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")
	assert(type(args.subscriptions) == "table", "expecting .subscriptions to be a table")
	assert(#args.subscriptions > 0, "expecting .subscriptions to be a non-empty array")

	for i, subscription in ipairs(args.subscriptions) do
		assert(type(subscription) == "table", "expecting .subscriptions["..i.."] to be a table")
		assert(type(subscription.topic) == "string", "expecting .subscriptions["..i.."].topic to be a string")

		assert(type(subscription) == "table", "expecting .subscriptions["..i.."] to be a table")
		assert(type(subscription.topic) == "string", "expecting .subscriptions["..i.."].topic to be a string")
		if subscription.qos ~= nil then

		if subscription.qos ~= nil then
			assert(type(subscription.qos) == "number", "expecting .subscriptions["..i.."].qos to be a number")
			assert(check_qos(subscription.qos), "expecting .subscriptions["..i.."].qos to be a valid QoS value")

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")
	assert(type(args.subscriptions) == "table", "expecting .subscriptions to be a table")
	assert(#args.subscriptions > 0, "expecting .subscriptions to be a non-empty array")

	for i, subscription in ipairs(args.subscriptions) do
		assert(type(subscription) == "string", "expecting .subscriptions["..i.."] to be a string")
		payload:append(make_string(subscription))

function protocol4.make_packet(args)
	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.type) == "number", "expecting .type number in args")

	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.type) == "number", "expecting .type number in args")
	local ptype = args.type

    get type()
    {

    snap.graph = mgr.graph
  elseif type(graph) == "table" then
    snap.graph = graph

    get type()
    {

    get type() { return this._type; }
    get index() { return this._index; }

  end
  if type(self.mission.description) == "string" and translateLanguage(self.mission.description, self.mission.description, true) == self.mission.description then
    table.insert(issues, {label = 'Description has no translation!', severity='warning'})

  im.NextColumn()
  if type(self.mission.description) == "string" or self.mission.description == nil then
    editEnded = im.BoolPtr(false)

  end
  if type(self.mission.description) == "table" then
    im.Text("Description is a table, editing is not supported!")

    local str = self.mission.description
    if type(str) == "table" and str.txt then
      str = str.txt

    if name ~= 'campaign_campaigns' then
      if _G[name] and type(_G[name].onResumeCampaign) == 'function' then
        _G[name].onResumeCampaign(campaign, data)

      if k == id and kl==gkey then
        if vl==type(val) then
          return

        if vl=="localizedString" then
          if type(val) == "table" and type(val.txt)=="string" then
            return

        if vl=="localizedString" then
          if type(val) == "table" and type(val.txt)=="string" then
            return

          end
          if type(val) == "string" then
            if not string.startswith(val, "scenarios.") then

      end
      if vl~=type(val) then
        invalidType = true

  for _,v in ipairs(scenario.goals.vehicles) do
    if type(v.value) == "table" then
      for gkey,val in pairs(v.value) do

    for k, _ in pairs(t) do
        if type(k) ~= "number" then
            return true

    end
    if type(callback) == 'function' then
      callback(r)

    get type() { return this._type; }
    get startTime() { return this._startTime; }

local function init(jbeamData)
  if not jbeamData.screenDefinitions or type(jbeamData.screenDefinitions) ~= "table" or #jbeamData.screenDefinitions <= 0 then
    log("E", "screens", "No screens defined!")

    get type() { return this._type; }
    get connection() { return this._connection; }

        for k, v in pairs(simData) do
            if type(v) == "table" then
                if k == "closestVehicles1" then

                        if k2 == "velBB" then
                            if type(v2) == "cdata" then
                                local x = tonumber(v2.x)

  data.introType = self.pinIn.layout.value or 'htmlOnly'
  if type(self.pinIn.text.value) == 'table' and #self.pinIn.text.value > 0 then
    data.multiDescription = self.pinIn.text.value

  statsData.text = ""
  if type(self.pinIn.text.value) == 'table' then
    statsData.multiDescription = self.pinIn.text.value

  if type(statsData.time) == 'number' then
    local minutes = math.floor(statsData.time / 60)

  end
  if type(self.pinIn.text.value) == 'table' then
    statsData.multiDescription = self.pinIn.text.value

    for _, c in ipairs(change.list) do
      if type(c.new) == 'number' then
        statsData.text = statsData.text .. string.format("
%s: %0.2d -> %0.2d
", c.key, c.old, c.new)

  for _, v in pairs(jsonMap.segments) do
    if type(v.nodes) == 'string' then
      local nodeList = {}

        local d = dif
        if type(dif) == "table" then
          d = dif.drivability or 0

  if dataToCSV then
    dataToCSV:write(type(s.logData) == 'string' and s.logData or nil)
  end

  if trajectoryToCSV2 then
    trajectoryToCSV2:write(type(s.logTrajectory) == 'string' and s.logTrajectory or nil)
  end

  for k, v in pairs(M.objectNames) do
    if type(k) == 'string' then
      if M.objects[v] then

    get type()
    {

  if type(jbeamData.cvtSportGearRatios) == "table" then
    cvtHandling.fixedGearRatios = {}

    for i, v in ipairs(jbeamData.cvtSportGearRatios) do
      if type(v) ~= "number" then
        log("W", "cvtGearbox2", "Invalid value #" .. tostring(i) .. " for fixedGearRatios (value was not a number)")

    if func then
      if type(func) == "function" then
        table.insert(functionNames, functionString)

      if add then
        local enabled = type(option.enabled) == "function" and option.enabled(option, target) or option.enabled
        local reason = nil

        end
        local label = type(option.label) == "function" and option.label(option, target) or option.label
        if option.limit then

        local price = type(option.price) == "function" and option.price(target) or option.price
        if price and career_modules_payment and not career_modules_payment.canPay(price) then

      if m then
        if type(m.bindings) == 'table' then
          bindingCount = bindingCount + #m.bindings

local function isValidVIdPId(vidpid)
  if type(vidpid) ~= 'string' or vidpid:len() ~= 8 then
    return false

      if type(info.bindings) == 'table' then
        table.sort(info.bindings, function(a, b)

	if args.clean ~= nil then
		assert(type(args.clean) == "boolean", "expecting .clean to be a boolean")
		if args.clean then

		-- check required args are presented
		assert(type(args.will) == "table", "expecting .will to be a table")
		assert(type(args.will.payload) == "string", "expecting .will.payload to be a string")

		assert(type(args.will) == "table", "expecting .will to be a table")
		assert(type(args.will.payload) == "string", "expecting .will.payload to be a string")
		assert(type(args.will.topic) == "string", "expecting .will.topic to be a string")

		assert(type(args.will.payload) == "string", "expecting .will.payload to be a string")
		assert(type(args.will.topic) == "string", "expecting .will.topic to be a string")
		assert(type(args.will.qos) == "number", "expecting .will.qos to be a number")

		assert(type(args.will.topic) == "string", "expecting .will.topic to be a string")
		assert(type(args.will.qos) == "number", "expecting .will.qos to be a number")
		assert(check_qos(args.will.qos), "expecting .will.qos to be a valid QoS value")

		assert(check_qos(args.will.qos), "expecting .will.qos to be a valid QoS value")
		assert(type(args.will.retain) == "boolean", "expecting .will.retain to be a boolean")
		if args.will.properties ~= nil then

		if args.will.properties ~= nil then
			assert(type(args.will.properties) == "table", "expecting .will.properties to be a table")
		end

		if args.will.user_properties ~= nil then
			assert(type(args.will.user_properties) == "table", "expecting .will.user_properties to be a table")
		end

	if args.username ~= nil then
		assert(type(args.username) == "string", "expecting .username to be a string")
		byte = bor(byte, lshift(1, 7))

	if args.password ~= nil then
		assert(type(args.password) == "string", "expecting .password to be a string")
		assert(args.username, "the .username is required to set .password")

	if args.properties ~= nil then
		assert(type(args.properties) == "table", "expecting .properties to be a table")
		-- validate all properties and append them to order list

		for name, value in pairs(args.properties) do
			assert(type(name) == "string", "expecting property name to be a string: "..tostring(name))
			-- detect property identifier and check it's allowed for that packet type

			if property_multiple[prop_id] then
				assert(type(value) == "table", "expecting list-table for property with multiple value")
				assert(#value == 1, "only one value for multiple-property supported")

			-- and append it to props
			if type(props) == "string" then
				props = combine(prop)

	if args.user_properties ~= nil then
		assert(type(args.user_properties) == "table", "expecting .user_properties to be a table")
		assert(allowed[uprop_id], "user_property is not allowed for packet type "..ptype)

		for name, val in pairs(args.user_properties) do
			local ntype = type(name)
			if ntype == "string" then

			if ntype == "string" then
				if type(val) ~= "string" then
					error(fmt("user property '%s' value should be a string", name))

			elseif ntype == "number" then
				if type(val) ~= "table" or type(val[1]) ~= "string" or type(val[2]) ~= "string" then
					error(fmt("user property at index %d should be a table with two strings", name))

			elseif ntype == "number" then
				if type(val) ~= "table" or type(val[1]) ~= "string" or type(val[2]) ~= "string" then
					error(fmt("user property at index %d should be a table with two strings", name))

			elseif ntype == "number" then
				if type(val) ~= "table" or type(val[1]) ~= "string" or type(val[2]) ~= "string" then
					error(fmt("user property at index %d should be a table with two strings", name))

			-- and append it to props
			if type(props) == "string" then
				props = combine(prop)

	-- check args
	assert(type(args.id) == "string", "expecting .id to be a string with MQTT client id")
	-- DOC: 3.1.2.10 Keep Alive

	if args.keep_alive then
		assert(type(args.keep_alive) == "number")
		keep_alive_ival = args.keep_alive

		-- DOC: 3.1.3.3 Will Topic
		assert(type(args.will.topic) == "string", "expecting will.topic to be a string")
		payload:append(make_string(args.will.topic))

		-- DOC: 3.1.3.4 Will Payload
		assert(args.will.payload == nil or type(args.will.payload) == "string", "expecting will.payload to be a string or nil")
		payload:append(make_string(args.will.payload))

	-- check args
	assert(type(args.topic) == "string", "expecting .topic to be a string")
	if args.payload ~= nil then

	if args.payload ~= nil then
		assert(type(args.payload) == "string", "expecting .payload to be a string")
	end

	if args.qos ~= nil then
		assert(type(args.qos) == "number", "expecting .qos to be a number")
		assert(check_qos(args.qos), "expecting .qos to be a valid QoS value")

	if args.retain ~= nil then
		assert(type(args.retain) == "boolean", "expecting .retain to be a boolean")
	end

	if args.dup ~= nil then
		assert(type(args.dup) == "boolean", "expecting .dup to be a boolean")
	end

	if args.qos and args.qos > 0 then
		assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
		assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")
	assert(type(args.rc) == "number", "expecting .rc to be a number")
	-- DOC: 3.4.2 PUBACK Variable Header

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")
	assert(type(args.rc) == "number", "expecting .rc to be a number")
	-- DOC: 3.5.2 PUBREC Variable Header

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")
	assert(type(args.rc) == "number", "expecting .rc to be a number")
	-- DOC: 3.6.2 PUBREL Variable Header

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")
	assert(type(args.rc) == "number", "expecting .rc to be a number")
	-- DOC: 3.7.2 PUBCOMP Variable Header

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")
	assert(type(args.subscriptions) == "table", "expecting .subscriptions to be a table")
	assert(#args.subscriptions > 0, "expecting .subscriptions to be a non-empty array")

	for i, subscription in ipairs(args.subscriptions) do
		assert(type(subscription) == "table", "expecting .subscriptions["..i.."] to be a table")
		assert(type(subscription.topic) == "string", "expecting .subscriptions["..i.."].topic to be a string")

		assert(type(subscription) == "table", "expecting .subscriptions["..i.."] to be a table")
		assert(type(subscription.topic) == "string", "expecting .subscriptions["..i.."].topic to be a string")
		if subscription.qos ~= nil then -- TODO: maybe remove that check and make .qos mandatory?

		if subscription.qos ~= nil then -- TODO: maybe remove that check and make .qos mandatory?
			assert(type(subscription.qos) == "number", "expecting .subscriptions["..i.."].qos to be a number")
			assert(check_qos(subscription.qos), "expecting .subscriptions["..i.."].qos to be a valid QoS value")

		if subscription.retain_as_published ~= nil then
			assert(type(subscription.retain_as_published) == "boolean", "expecting .subscriptions["..i.."].retain_as_published to be a boolean")
		end

		if subscription.retain_handling ~= nil then
			assert(type(subscription.retain_handling) == "number", "expecting .subscriptions["..i.."].retain_handling to be a number")
			assert(check_retain_handling(subscription.retain_handling), "expecting .subscriptions["..i.."].retain_handling to be a valid Retain Handling option")

	-- check args
	assert(type(args.packet_id) == "number", "expecting .packet_id to be a number")
	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")

	assert(check_packet_id(args.packet_id), "expecting .packet_id to be a valid Packet Identifier")
	assert(type(args.subscriptions) == "table", "expecting .subscriptions to be a table")
	assert(#args.subscriptions > 0, "expecting .subscriptions to be a non-empty array")

	for i, subscription in ipairs(args.subscriptions) do
		assert(type(subscription) == "string", "expecting .subscriptions["..i.."] to be a string")
		payload:append(make_string(subscription))

	-- check args
	assert(type(args.rc) == "number", "expecting .rc to be a number")
	-- DOC: 3.14.2 DISCONNECT Variable Header

	-- check args
	assert(type(args.rc) == "number", "expecting .rc to be a number")
	-- DOC: 3.15.2 AUTH Variable Header

function protocol5.make_packet(args)
	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.type) == "number", "expecting .type number in args")

	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.type) == "number", "expecting .type number in args")
	local ptype = args.type

local function parse_properties(ptype, read_data, input, packet)
	assert(type(read_data) == "function", "expecting read_data to be a function")
	-- DOC: 2.2.2 Properties

  sourceTankMinPressure = jbeamData.sourceTankMinPressure or 0
  if type(jbeamData.sourceTankMinPressurePSI) == "number" then
    sourceTankMinPressure = jbeamData.sourceTankMinPressurePSI * psiToPascal + 101325

  pressureDiffForFullFlow = jbeamData.pressureDiffForFullFlow or 34473.8 -- Pascals; default = 5 PSI
  if type(jbeamData.pressureDiffForFullFlowPSI) == "number" then
    pressureDiffForFullFlow = jbeamData.pressureDiffForFullFlowPSI * psiToPascal -- This is a pressure delta; don't add atmospheric pressure!

local function setControllerDefinitions(data) -- sets custom controller states and types (e.g. custom traffic light phase)
  if type(data) == 'table' then
    tableMerge(controllerDefinitions.states, data.states or {})

    for i, v in ipairs(e) do
      if type(v.id) == 'number' then
        _uid = math.max(_uid, v.id)

    for i, v in ipairs(scenarioData.BranchLapConfig) do
      if type(v) == 'string' then
        table.insert(scenarioData.lapConfig, v)

      -- jsonReadFile for valid scenarios returns a table with 1 entry
      if type(scenarioData) == 'table' and #scenarioData == 1 then
        processedScenario = processScenarioData(key, scenarioData[1], scenarioPath)

      local fgPath = sc.flowgraph
      if type(sc.flowgraph) ~= 'string' then
        fgPath = sc.scenarioName .. '.flow.json'

  if levelInfo and levelInfo.levelInfo and type(levelInfo.levelInfo.previews) == 'table' and #levelInfo.levelInfo.previews > 0 then
    -- add prefix

  if reset then resetTrafficVars() end
  if type(data) ~= 'table' then return end

    if k == 'aiMode' or k == 'aiDebug' or k == 'aiAware' then
      data[k] = type(v) == 'string' and string.lower(v) or v
    end

local function activate(vehList, ignoreFilter) -- activates traffic mode, and adds specified vehicles to the traffic table
  if type(vehList) ~= 'table' then -- for backwards compatibility
    vehList = {}

  for _, id in ipairs(vehList) do
    if type(id) == 'number' then
      map.request(id, -1) -- force mapmgr to read map (performance optimization)

  groupData = groupData or core_multiSpawn.createGroup(amount)
  options = type(options) == 'table' and options or {}
  state = 'spawning'

  policeRatio = policeRatio or 0 -- can be between 0 and 1
  options = type(options) == 'table' and options or {}

  if type(options.vehGroup) == 'table' then -- directly sets a vehicle group to be used for traffic; may overwrite other parameters
    trafficGroup = options.vehGroup

local function setupCustomTraffic(amount, params) -- spawns a group of vehicles for traffic, with custom parameters
  if type(params) ~= 'table' then params = {} end
  if not amount or amount < 0 then amount = getAmountFromSettings() end

    get type()
    {

  if type(self.setupModules.timeOfDay) == "number" then
    self.setupModules.timeOfDay = {enabled = true, time = self.setupModules.timeOfDay}

  log("D","","Setting Mission Variable: " .. name .. " --> " .. dumps(value))
  local t = type(value)
  if     t == "boolean"               then t = "bool"

          if not pins[name] then
            pins[name] = type(pin.type) == 'string' and pin.type or 'any'
          end

          if not pins[name] then
            pins[name] = type(pin.type) == 'string' and pin.type or 'any'
          end

     local fun
     if type (ld) == 'string' then
       fun = loadstring (ld)

    str_indent = str_indent or 1
    if "string" == type( v ) then
        v = s_gsub( v, "\n",  "\n" .. (" "):rep( indent * multiplier + str_indent ) )

        end
    elseif "cdata" == type( v ) then
            cdata_to_str( v, acc, indent )

            cdata_to_str( v, acc, indent )
    elseif "table" == type(v) then
        if t_cache[v] then

function key_to_str ( k, acc, indent )
    if "string" == type( k ) and s_match( k, "^[_%a][_%a%d]*$" ) then
        acc[#acc+1] = s_gsub( k, "\n", (" "):rep( indent * multiplier + 1 ) .. "\n" )

function util.map (ary, func, ...)
    if type(ary) == "function" then ary, func = func, ary end
    local res = {}

function util.selfmap (ary, func, ...)
    if type(ary) == "function" then ary, func = func, ary end
    for i = 1,#ary do

function map_all (tbl, func, ...)
    if type(tbl) == "function" then tbl, func = func, tbl end
    local res = {}

            .."' (string expected, got "
            ..type(s)
            ..")",

    if i == 0 or i == 1 or i == nil then return 1
    elseif type(i) ~= "number" then error"number or nil expected for the stating index"
    elseif i > 0 then return i > len and len + 1 or i

    pt = LL_P(pt)
    assert(type(sbj) == "string", "string expected for the match subject")
    si = computeidex(si, #sbj)

        if final_si == true then final_si = Cmt_si end
        if type(final_si) == "number"
        and si <= final_si 

            end
        elseif type(final_si) == "number" then
            error"Index out of bounds returned by match-time capture."

    function byteset_new (t)
        if type(t) == "number" then
            local res = boolset_constructor(t+1)

    end
    function isboolset(s) return type(s)=="cdata" and ffi.istype(s, boolset_constructor) end
    isbyteset = isboolset

    function byteset_new (t)
        if type(t) == "number" then return byteset_constructor(t) end
        local set = byteset_constructor(u_max(t))

function set_if_not_yet (s, dest)
    if type(s) == "number" then
        dest[s] = true

    local upper = m_max(
        type(a) == "number" and a or #a,
        type(b) == "number" and b or #b

        type(a) == "number" and a or #a,
        type(b) == "number" and b or #b
    )

function set_union (a, b)
    a, b = (type(a) == "number") and set_new{a} or a
         , (type(b) == "number") and set_new{b} or b

    a, b = (type(a) == "number") and set_new{a} or a
         , (type(b) == "number") and set_new{b} or b
    local res = set_new{}

    local list = {}
    a, b = (type(a) == "number") and set_new{a} or a
         , (type(b) == "number") and set_new{b} or b

    a, b = (type(a) == "number") and set_new{a} or a
         , (type(b) == "number") and set_new{b} or b
    for el in pairs(a) do

    local cs = (Builder.options or {}).charset or "binary"
    if type(cs) == "string" then
        cs = (cs == "binary") and "binary" or "other"

local function equalcap (s, i, c)
  if type(c) ~= "string" then return nil end
  local e = #c + i

local function compile (p, defs)
  if mm.type(p) == "pattern" then return p end   -- already compiled
  local cp = pattern:match(p, 1, defs)

    until ci == 1
    label = type(label) == "string" and "'"..label.."'" or tostring(label)
    error("back reference "..label.." not found")

        "V( ",
            (type(pt.aux) == "string" and "\""..pt.aux.."\"")
                          or tostring(pt.aux)

        for k, pt in pairs(pt.aux) do
            local prefix = ( type(k)~="string"
                             and tostring(k)

                            caps.aux[ci] and (
                                type(caps.aux[ci]) == "string" 
                                    and '"'..tostring(caps.aux[ci])..'"'

                        }))
            if type(caps.aux[ci]) == "table" then expose(caps.aux[ci]) end
        else

                            caps.aux[ci] and (
                                type(caps.aux[ci]) == "string" 
                                    and '"'..tostring(caps.aux[ci])..'"'

    if n == 0 then error"bad argument #1 to 'P' (value expected)" end
    local typ = type(v)
    if LL_ispattern(v) then

    success, n = pcall(tonumber, n)
    assert(success and type(n) == "number",
        "Invalid type encountered at right side of '^'.")

LL["Carg"] = function(aux)
    assert(type(aux)=="number", "Number expected as parameter to Carg capture.")
    assert( 0 < aux and aux <= 200, "Argument out of bounds in Carg capture.")

    LL[cap] = function(pt, aux)
    assert(type(aux) == "function", msg)
    pt = LL_P(pt)

        error"The right side of a '/' capture cannot be a pattern."
    elseif not valid_slash_type[type(aux)] then
        error("The right side of a '/' capture must be of type "

    else
        name = "div_"..type(aux)
    end

LL.ispattern = LL_ispattern
function LL.type(pt)
    if LL_ispattern(pt) then

        local prox2 = newproxy(prox)
        assert (type(getmetatable(prox)) == "table" 
                and (getmetatable(prox)) == (getmetatable(prox2)))

    get type() { return this._type; }
    get url() { return this._url; }

    -- if the item value is a string, then we've already have an encoded json
    if type(itemVal) == "string" then return itemVal end
    itemVal = jsonEncode(itemVal)

  if not subcat then return nil end
  if type(subcat) ~= "table" then return nil end
  for _, item in ipairs(subcat.items) do

  for catName, cat in pairs(self.preferences) do
    if type(cat) ~= "table" then
      editor.logWarn("Preferences category " .. catName .. " is invalid, not a table, ignoring, using defaults")

      for subcatName, subcat in pairs(cat) do
        if type(subcat) ~= "table" then
          editor.logWarn("Preferences subcategory " .. catName .. "." .. subcatName .. " is invalid, not a table, ignoring, using defaults")

  if not item then return editor.logError("No registered preference: " .. itemPath) end
  if item and type(value) == "number" then
    value = clamp(value, item.minValue or -math.huge, item.maxValue or math.huge)

          isDefaultValue = true
        elseif type(self.preferences[cat.name]) ~= "table" then
          -- skip, category should be a table

          isDefaultValue = true
        elseif type(self.preferences[cat.name][subCat.name]) ~= "table" then
          -- skip, subcategory should be a table

          -- so check if its not a table (the new version of prefs are tables)
          isOldValue = type(val) ~= "table" and not isDefaultValue
          -- check if the value is an old preference string value we need to convert to a table with type and version

        device.uiSimpleModeControl = jbeamData.uiSimpleModeControl == nil and true or jbeamData.uiSimpleModeControl
        if type(jbeamData.visualPositionRelativeParent) == "table" and tableSize(jbeamData.visualPositionRelativeParent) == 3 then
          device.visualPositionRelativeParent = {

        end
        if type(jbeamData.visualPositionRelativeChildren) == "table" and tableSize(jbeamData.visualPositionRelativeChildren) > 0 then
          for _, childRelativePosition in pairs(jbeamData.visualPositionRelativeChildren) do

      if device.breakTriggerBeam then
        if type(device.breakTriggerBeam) ~= "table" then
          device.breakTriggerBeam = {device.breakTriggerBeam}

          local splits = split(k, delim)
          if type(v) == "table" then
            local groupType = splits[2] or "main" --if no groupType is specified, use "main", this means that these are equivalent: "deformGroups": [] and "deformGroups_main":[]

    if device and device.setPartCondition then
      if type(integrity) == "table" then
        deviceIntegrity = integrity.powertrain[device.name]

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

    size = {0.33, 0.33, 1}
  elseif type(size) ~= "table" then
    size = {0.33, 0.33, size}

    get element() { return this._element; }
    get type() { return this._type; }

  local l = jsonReadFile(fileName)
  if l and l.entries and type(l.entries)=="table" and l.version then
    fileData = l

      if im.BeginTabItem("entries career") then
        --im.TextUnformatted("save : "..dumps(type(fileNameCareer))..dumps(string.len(fileNameCareer or "") )..dumps(fileNameCareer))
        if fileDataCareer then

    -- if no stats are found, create empty data.
    if not fileDataCareer or not fileDataCareer.entries or type(fileDataCareer.entries)~="table" or not fileDataCareer.version then
      fileDataCareer = {version=1, entries={}}

function C:apply(qualityLevel)
  if type(qualityLevel) == 'table' then
    local changeDetected = false

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

  for _, n in pairs(v.data.nodes) do
    if n.isExhaust and (type(n.isExhaust) == "boolean" or n.isExhaust == parentEngine.name) then
      table.insert(exhaustStartNodes, n)

  for _, b in pairs(v.data.beams) do
    if b.isExhaust and (type(b.isExhaust) == "boolean" or b.isExhaust == parentEngine.name) then
      --one table for immediate use

   for name, method in pairs(mt) do
      if type(method) == "function" then
         conn[name] = function (self, ...)

  local result_table = {}
  local stringrequest = type(url) == "string"
  if stringrequest then

setmetatable(color, {__call = function(_, text, colornum)
    colornum = type(colornum) == "string" and assert(color[colornum], "Invalid color '"..colornum.."'") or colornum
    return table.concat{colByte, tostring(colornum), text, colByte}

    // W2. Search backwards from each instance of a European number
    // until the first strong type (R, L, AL, or sor) is found. If an
    // AL is found, change the type of the European number to Arabic

    // W7. Search backwards from each instance of a European number
    // until the first strong type (R, L, or sor) is found. If an L is
    // found, then change the type of the European number to L.

local function _clearNodeSelection(node)
  if type(node) == 'table' then
    node.__selected = nil

local function _selectAndHighlightNode(node)
  if type(node) == 'table' then
    node.__selected = true

local function _deselectAndUnhighlightNode(node)
  if type(node) == 'table' then
    node.__selected = nil

local function _selectNode(node)
  if type(node) == 'table' then
    node.__selected = true

local function _setNodeHidden(node, hidden)
  if type(node) == 'table' then
    node.__hidden = hidden

    if type(part.nodes) == 'table' then
      local node = part.nodes[nodeId]

      if node then
        if type(node.posX) == 'number' and type(node.posY) == 'number' and type(node.posZ) == 'number' then
          node.pos = vec3(node.posX, node.posY, node.posZ)

      if node then
        if type(node.posX) == 'number' and type(node.posY) == 'number' and type(node.posZ) == 'number' then
          node.pos = vec3(node.posX, node.posY, node.posZ)

      if node then
        if type(node.posX) == 'number' and type(node.posY) == 'number' and type(node.posZ) == 'number' then
          node.pos = vec3(node.posX, node.posY, node.posZ)

  local label = _nodeLabel or tostring(node)
  if type(node) == 'table' then
    local flags = 0 -- im.TreeNodeFlags_SpanFullWidth

        if k ~= '__astNodeIdx' and k ~= '__selected' and k ~= '__hidden' and k ~= 'maxIDs' and k ~= 'validTables' and k ~= '__schemaProcessed' then
          if type(v) == 'table' then
            im.TableNextRow()

  for _, node in pairs(part.nodes) do
    if type(node) == 'table' and node.pos ~= nil then
      local nodeCID = node.cid

  for key, beam in pairs(part.beams) do
    if type(beam) == 'table' then
      local id = beam['id1:'] .. beam['id2:']

  local part = ast.transient.luaData[vEditor.selectedPart]
  if type(part) == 'table' and type(part.nodes) == 'table' then
    local hitNodes = renderPickTransformNodes(part, imguiNotHovered, rayDir, rayStartPos, rayEndPos)

  local part = ast.transient.luaData[vEditor.selectedPart]
  if type(part) == 'table' and type(part.nodes) == 'table' then
    local hitNodes = renderPickTransformNodes(part, imguiNotHovered, rayDir, rayStartPos, rayEndPos)

    if type(part.beams) == 'table' then
      renderPickTransformBeams(hitNodes, part, imguiNotHovered, rayDir, rayStartPos, rayEndPos)

    else
      if type(loader) == 'function' then
        return true

  if type(extNames) ~= 'table' then
    extNames = {extNames}

      if type(m.onExtensionUnloaded) == 'function' then
        m.onExtensionUnloaded()

        m.onExtensionUnloaded()
      elseif type(m.onUnload) == 'function' then
        log('W', logTag, "Lua extension '".. extName.."' uses deprecated 'onUnload()' method, please use 'onExtensionUnloaded()' instead")

  if type(extName) == "table" and type(extName.__extensionName__) == "string" then
    extName = extName.__extensionName__

  if type(extName) == "table" and type(extName.__extensionName__) == "string" then
    extName = extName.__extensionName__

  if type(m) ~= "table" and type(m) ~= "function" then
    log('I', logTag, "Lua extension invalid: " .. extPath .. '. Does it return M? It returned this: ' .. tostring(m))

  if type(m) ~= "table" and type(m) ~= "function" then
    log('I', logTag, "Lua extension invalid: " .. extPath .. '. Does it return M? It returned this: ' .. tostring(m))

  if type(m) == "table" then
    -- check for deprecated functions being used in this module

      for name,data in pairs(deprecatedExtensions) do
        if type(m[name]) == 'function' then
          log('W', logTag, "Lua extension '".. extPath.."' uses deprecated '" ..name.."()' function, please use '"..data.replacement.."()' instead")

    -- allow the module to refuse loading
    if loadedFresh and (type(m.onExtensionLoaded)=='function' or type(m.onInit)=='function') then
      table.insert(loadedFreshModules, m.__extensionName__)

    -- allow the module to refuse loading
    if loadedFresh and (type(m.onExtensionLoaded)=='function' or type(m.onInit)=='function') then
      table.insert(loadedFreshModules, m.__extensionName__)

    for name, value in pairs(m) do
      if type(value) == "function" and name ~= "wrapAllExtensions" then
        m[name] = wrapFunctionWithProfiler(value, m.__extensionName__ .. "." .. name)

  for k, v in pairs(m) do
    if type(v) == 'function' then
      local d = debug.getinfo(v)

  m = require(extPath)
  if type(m) ~= 'table' then
    log('E', 'logtag', 'Module does not return the module exports M. is "return M" missing at the end of the file? Extension unavailable: ' .. dumps(extName)..' at location: '..dumps(extPath))

    for memberName, member in pairs(m) do
      if type(member) == "function" then
        m[memberName] = wrapFunctionWithProfiler(member, extName .. "." .. memberName)

  for _,entry in ipairs({...}) do
    if type(entry) == 'string' then
      table.insert(moduleDataArray, entry)

      for _, v in ipairs(entry) do
        if type(v) == 'string' then
          table.insert(moduleDataArray, v)

        local m = rawget(_G, moduleName)
        if m and type(m.onInit) == 'function' then
          -- log('I','','  '..m.__extensionName__..'.onInit('..dumps(deserializedData[m.__extensionName__])..')')

  if type(excludeSubdirectories) == 'table' then
    local processed = {}

  for _, m in ipairs(resolvedModules) do
    if type(m) == "table" then
      local func = m[funcName]

      local func = m[funcName]
      if func ~= nop and type(func) == 'function' then
        local extCallName = "extensions."..m.__extensionName__..'.'..funcName

      local func = m[funcName]
      if func ~= nop and type(func) == 'function' then
        local funcInfo = {func = func, extCallName = m.__extensionName__..'.'..funcName}

  for _, m in ipairs(resolvedModules) do
    if type(m) == "table" then
      local func = m[funcName]

      local func = m[funcName]
      if func ~= nop and type(func) == 'function' then
        local extCallName = "extensions."..m.__extensionName__..'.'..funcName

      local func = m[funcName]
      if func ~= nop and type(func) == 'function' then
        table.insert(hookFuncs, func)

  for _, m in ipairs(resolvedModules) do
    if type(m) == "table" then
      local func = m[funcName]

      local func = m[funcName]
      if func ~= nop and type(func) == 'function' then
        print(m.__extensionName__..'.'..funcName)

    if not exceptionDict[m.__extensionsModulePath__] then
      if m[func] and type(m[func]) == 'function' then
        m[func](...)

  for _,entry in ipairs({...}) do
    if type(entry) == 'string' then
      table.insert(doNotSerializeModules, entry)

      for _, v in ipairs(entry) do
        if type(v) == 'string' then
          table.insert(doNotSerializeModules, v)

    local k = v.__extensionName__
    if type(v) == 'table' and v.__virtual__ ~= true and (v['onDeserialized'] ~= nil or v['onDeserialize'] ~= nil or v['onSerialize'] ~= nil) then
      if type(v['onSerialize']) == 'function' then

    if type(v) == 'table' and v.__virtual__ ~= true and (v['onDeserialized'] ~= nil or v['onDeserialize'] ~= nil or v['onSerialize'] ~= nil) then
      if type(v['onSerialize']) == 'function' then
        -- if serialization function is existing, use that

    --print("k="..tostring(k) .. " = " .. tostring(v))
    if (filter == nil or k == filter) and type(v) == 'table' and (v['onDeserialized'] ~= nil or v['onDeserialize'] ~= nil) and data[k] ~= nil then
      if type(v['onDeserialize']) == 'function' then

    if (filter == nil or k == filter) and type(v) == 'table' and (v['onDeserialized'] ~= nil or v['onDeserialize'] ~= nil) and data[k] ~= nil then
      if type(v['onDeserialize']) == 'function' then
        -- having a deserilization function? then use that!

      end
      if type(v['onDeserialized']) == 'function' then
        v['onDeserialized'](data[k])

    for k, func in pairs(m) do
      if string.sub(k, 1, 2) == 'on' and type(func) == 'function' then
        if not hookLists[k] then hookLists[k] = {} end

local function existItem(entryTable, valueObj)
  -- log('I', logTag, 'existItem called ... type(entryTable) = '..type(entryTable) ..'  type(valueObj) = '..type(valueObj))
  -- dump(entryTable)

local function existItem(entryTable, valueObj)
  -- log('I', logTag, 'existItem called ... type(entryTable) = '..type(entryTable) ..'  type(valueObj) = '..type(valueObj))
  -- dump(entryTable)

local function existItem(entryTable, valueObj)
  -- log('I', logTag, 'existItem called ... type(entryTable) = '..type(entryTable) ..'  type(valueObj) = '..type(valueObj))
  -- dump(entryTable)

local function existItem(entryTable, valueObj)
  -- log('I', logTag, 'existItem called ... type(entryTable) = '..type(entryTable) ..'  type(valueObj) = '..type(valueObj))
  -- dump(entryTable)

local function addToStock(itemType, valueObj)
  log('I', logTag, 'addToStock called... itemType '..tostring(itemType)..' '..type(valueObj))
  local state = M.state

  local valueObjType = type(valueObj)

local function removeFromStock(itemType, valueObj)
  log('I', logTag, 'removeFromStock called... itemType '..tostring(itemType)..' '..type(valueObj))
  -- dump(state.stock)

    local state = M.state
    local valueObjType = type(valueObj)
    itemType = string.upper(itemType)

  -- this always gets called when the vehicle respawns, unless self.keepPersonalityOnRefresh is true
  if type(data) ~= 'table' then
    self.driver.personality = deepcopy(basePersonality)

    local out = {}
    local tab = opts.indent and (type(opts.indent)=="number" and string.rep(" ",opts.indent) or opts.indent) or ""
    local ser = {}

        if type(propVal) == "table" then
          for _, val in pairs(propVal) do

        local propVal = item[propName:lower()] or item[propName]
        if type(propVal) == 'string' then
          if string.find(string.lower(propVal), searchTextLower, 1, true) then

    if filter.type == 'range' then
      if propVal == "Other..." or not type(propVal) == 'number' then
        return false

        elseif not self.graph:pinsCompatible(startPin, endPin) then
          if (startPin.type == "table" or (type(startPin.type) == "table" and tableContains(startPin.type, "table")))
                  and (endPin.type == "table" or (type(endPin.type) == "table" and tableContains(endPin.type, "table")))

          if (startPin.type == "table" or (type(startPin.type) == "table" and tableContains(startPin.type, "table")))
                  and (endPin.type == "table" or (type(endPin.type) == "table" and tableContains(endPin.type, "table")))
                  and (startPin:getTableType() ~= endPin:getTableType() and startPin:getTableType() ~= 'generic' and endPin:getTableType() ~= 'generic') then

  local paths = p
  if type(p) == 'string' then
    paths = { p }

  local folders = {''}
  if self.activity and self.activity.layers and type(self.activity.layers) == "table" then
    for _, layer in ipairs(self.activity.layers) do

  -- Validate event parameter
  if not event or type(event) ~= "table" then
    log('E', 'telemetry', "addEvent: event parameter is required and must be a table" .. (event and " (got " .. type(event) .. ")" or ""))

  if not event or type(event) ~= "table" then
    log('E', 'telemetry', "addEvent: event parameter is required and must be a table" .. (event and " (got " .. type(event) .. ")" or ""))
    return

  -- Check for required name field
  if not event.name or type(event.name) ~= "string" or event.name == "" then
    log('E', 'telemetry', "addEvent: event.name is required and must be a non-empty string" .. (event.name and " (got " .. type(event.name) .. ")" or ""))

  if not event.name or type(event.name) ~= "string" or event.name == "" then
    log('E', 'telemetry', "addEvent: event.name is required and must be a non-empty string" .. (event.name and " (got " .. type(event.name) .. ")" or ""))
    return

    if device.energyStorage then
      if device.energyStorage and type(device.energyStorage) ~= "table" then
        device.energyStorage = {device.energyStorage}

    if storage.breakTriggerBeam then
      if type(storage.breakTriggerBeam) ~= "table" then
        storage.breakTriggerBeam = {storage.breakTriggerBeam}

    if device.energyStorage then
      if device.energyStorage and type(device.energyStorage) ~= "table" then
        device.energyStorage = {device.energyStorage}

    if storage and storage.setPartCondition then
      if type(integrity) == "table" and integrity.energyStorage then
        storageIntegrity = integrity.energyStorage[storage.name]

local function onDeserialize(data)
  --  if not data or type(data) ~= "table" then
  --    return

local function toBool(val)
  if type(val) == "string" then
    if val == "0" then return false elseif val == "1" then return true end

    if val == "0" then return false elseif val == "1" then return true end
  elseif type(val) == "number" then
    if val == 0 then return false elseif val == 1 then return true end

  else
    log('E', logTag, "Type " .. type(val) .. " not supported by toBool() function!")
  end

  for key, value in pairs(material) do
    if type(material[key]) == "table" then
      local same = true

    if material[key] == nil then
      if type(original[key]) == "table" then
        material[key] = {original[key][1],original[key][2],original[key][3],original[key][4]}

  for _, triangle in pairs(debugObjects.triangles) do
    if type(triangle.color) == "number" then
      debugDrawer:drawTriSolid(triangle.a, triangle.b, triangle.c, triangle.color)

  local timeOfDay = core_environment.getTimeOfDay()
  local todIsNumber = type(request['time']) == 'number'

        if type(propVal) == "table" then
          for _, val in pairs(propVal) do

        local propVal = item[propName:lower()] or item[propName]
        if type(propVal) == 'string' then
          if string.find(string.lower(propVal), searchTextLower, 1, true) then

    if filter.type == 'range' then
      if propVal == "Other..." or not type(propVal) == 'number' then
        return false

    if type(self.returnedValue) == 'number' then
      self.pinOut.valBool.value = self.returnedValue ~= 0

    get type() { return WI.SettingsTabContentView.Type; }

      local controller = rerequire(filePath)
      if controller and type(controller) == "table" then
        local data = tableMergeRecursive(c, v.data[k] or {})

local function onDeserialize(data)
  if not data or type(data) ~= "table" then
    return

    for k,v in pairs(tbl) do
      if type(v) ~= 'table' then
        imgui.TextUnformatted(tostring(k) .. ' :')

local function itemCallback(begin, fullpath, k, val)
  if type(val) ~= 'table' then return end
  if begin then

  for _, tv in pairs(t) do
    if type(tv) == 'table' then
      tableType = tableType + 1

  local _, level = string.gsub(fullpath, "%/", "")
  if type(data) == 'table' then
    local tsize = tableSize(data)

  elseif type(data) == 'boolean' then
    if data then

  elseif type(data) == 'number' then
    imgui.PushStyleColor2(imgui.Col_Text, imgui.ImVec4(0.7, 0.7, 1, 1))

  elseif type(data) == 'string' then
    if string.len(data) == 0 then

  elseif type(data) == 'userdata' then
    -- implement some LuaIntF types

    end
  elseif type(data) == 'function' then
      imgui.PushStyleColor2(imgui.Col_Text, imgui.ImVec4(0.7, 0.6, 0.4, 1))

local function isSelected(item)
  if type(item) == "table" then
    -- item is a link

  for _, v in pairs(jbeamData.torqueReactionNodes_nodes or {}) do
    if type(v) == "number" then
      table.insert(device.torqueReactionNodes, v)

  for key, value in pairs(data) do
    if type(value) == 'string' or type(value) == 'number' then
      context[key] = tostring(value)

  for key, value in pairs(data) do
    if type(value) == 'string' or type(value) == 'number' then
      context[key] = tostring(value)

      local label = self.mgr.activity.starLabels[star] or "Missing Star Description"
      if type(label) == "string" then
        label = {

        }
      elseif type(label) == "function" then
        label = label(self.mgr.activity)

      if levelInfo[attributeKey] then
        if type(levelInfo[attributeKey]) == "table" then
          for key, value in pairs(attributeValue) do

    if ext and ext.menuEntry and type(ext.open) == "function" and type(ext.menuEntry) == "string" then
      entries[ext.menuEntry] = ext.open

    if ext and ext.menuEntry and type(ext.open) == "function" and type(ext.menuEntry) == "string" then
      entries[ext.menuEntry] = ext.open

    if ext and ext.menuEntry and type(ext.open) == "function" and type(ext.menuEntry) == "string" then
      entries[ext.menuEntry] = ext.open

    if ext and ext.menuEntry and type(ext.open) == "function" and type(ext.menuEntry) == "string" then
      entries[ext.menuEntry] = ext.open

local function setPartCondition(partId, partTypeData, odometer, integrity, visual)
  if type(integrity) == "number" then
    local integrityValue = integrity

  if type(visual) == "number" then
    visual = {

  if deformGroup then
    if type(deformGroup) == "table" then
      for _, g in ipairs(deformGroup) do

  local forwardToCouplingsExtension = true
  if type(_nodetag) == "string" then
    nodeTags = {[_nodetag] = true}

    forwardToCouplingsExtension = false
  elseif type(_nodetag) == "table" then
    nodeTags = {}

  local breakGroups = type(n.breakGroup) == "table" and n.breakGroup or {n.breakGroup}
  for _, g in pairs(breakGroups) do

  if n.breakGroup and (n.breakGroupType == 0 or n.breakGroupType == nil) then
    if type(n.breakGroup) ~= "table" and couplerBreakGroupCache[n.breakGroup] == nil then
      -- shortcircuit in case of broken single breakGroup

    else
      local breakGroups = type(n.breakGroup) == "table" and n.breakGroup or {n.breakGroup}
      for _, g in pairs(breakGroups) do

    if torsionbar.breakGroup then
      if type(torsionbar.breakGroup) ~= "table" and breakGroupCache[torsionbar.breakGroup] == nil then
        -- shortcircuit in case of broken single breakGroup

      else
        local breakGroups = type(torsionbar.breakGroup) == "table" and torsionbar.breakGroup or {torsionbar.breakGroup}
        for _, g in ipairs(breakGroups) do

    if beam.breakGroup then
      if type(beam.breakGroup) ~= "table" and breakGroupCache[beam.breakGroup] == nil then
        -- shortcircuit in case of broken single breakGroup

      else
        local breakGroups = type(beam.breakGroup) == "table" and beam.breakGroup or {beam.breakGroup}
        for _, g in ipairs(breakGroups) do

      local b1, b2 = beam.id1, beam.id2
      if type(b1) == "number" and type(b2) == "number" then
        beamIndex[min(b1, b2) + max(b1, b2) * 1e+8] = beam

      local b1, b2 = beam.id1, beam.id2
      if type(b1) == "number" and type(b2) == "number" then
        beamIndex[min(b1, b2) + max(b1, b2) * 1e+8] = beam

      local t1, t2, t3 = tri.id1, tri.id2, tri.id3
      if type(t1) == "number" and type(t2) == "number" and type(t3) == "number" then
        local beamCount = 0

      local t1, t2, t3 = tri.id1, tri.id2, tri.id3
      if type(t1) == "number" and type(t2) == "number" and type(t3) == "number" then
        local beamCount = 0

      local t1, t2, t3 = tri.id1, tri.id2, tri.id3
      if type(t1) == "number" and type(t2) == "number" and type(t3) == "number" then
        local beamCount = 0

        if t.breakGroup then
          local breakGroups = type(t.breakGroup) == "table" and t.breakGroup or {t.breakGroup}
          for _, g in pairs(breakGroups) do

        if n.breakGroup then
          local breakGroups = type(n.breakGroup) == "table" and n.breakGroup or {n.breakGroup}
          for _, g in pairs(breakGroups) do

      if b.tag then
        if type(b.tag) == "string" then
          M.tagBeamMap[b.tag] = M.tagBeamMap[b.tag] or {}

          table.insert(M.tagBeamMap[b.tag], bid)
        elseif type(b.tag) == "table" then
          for _, tag in b.tag do

      if b.linkTag then
        if type(b.linkTag) == "string" then
          M.linkTagBeamMap[b.linkTag] = M.linkTagBeamMap[b.linkTag] or {}

          table.insert(M.linkTagBeamMap[b.linkTag], bid)
        elseif type(b.tag) == "table" then
          for _, tag in b.linkTag do

      if b.breakGroup then
        local breakGroups = type(b.breakGroup) == "table" and b.breakGroup or {b.breakGroup}
        for _, g in pairs(breakGroups) do

      if b.deformGroup then
        local deformGroups = type(b.deformGroup) == "table" and b.deformGroup or {b.deformGroup}
        for _, g in pairs(deformGroups) do

      if type(b.beamPrecompressionTime) == "number" and b.beamPrecompressionTime > 0 then
        delayedPrecompBeams = delayedPrecompBeams or {}

    for _, t in pairs(v.data.torsionbars) do
      if type(t.precompressionTime) == "number" and t.precompressionTime > 0 then
        delayedPrecompTorsionbar = delayedPrecompTorsionbar or {}

    if deformGroup then
      if type(deformGroup) == "table" then
        for _, g in ipairs(deformGroup) do

    if b.breakGroup ~= nil then
      local breakGroups = type(b.breakGroup) == "table" and b.breakGroup or {b.breakGroup}
      -- multiple break groups

      for _, g in pairs(breakGroups) do
        if type(g) == "string" and (string.find(g, "hinge") ~= nil or string.find(g, "latch") ~= nil) then
          --log('D', "beamstate.breakHinges","  breaking hinge beam "..k.. " as in breakgroup ".. b.breakGroup)

  for breakgroup, _ in pairs(couplerBreakGroupCache) do
    if type(breakgroup) == "string" and (string.find(breakgroup, "hinge") ~= nil or string.find(breakgroup, "latch") ~= nil) then
      breakBreakGroup(breakgroup)

    if b.deformSwitches ~= nil then
      local deformSwitchesT = type(b.deformSwitches) == "table" and b.deformSwitches or {b.deformSwitches}
      for _, g in pairs(deformSwitchesT) do

    local cid2 = valveNodes[i + 1]
    if type(cid1) == "number" and type(cid2) == "number" then
      table.insert(purgeValveNodes, {cid1 = cid1, cid2 = cid2})

    local cid2 = valveNodes[i + 1]
    if type(cid1) == "number" and type(cid2) == "number" then
      table.insert(purgeValveNodes, {cid1 = cid1, cid2 = cid2})

  for k, _ in pairs(assignedEngine.torqueCurve) do
    if type(k) == "number" and k < assignedEngine.maxRPM then
      local rpm = floor(k)

    for _, pin in ipairs(node.pinSchema) do
      if type(pin.type) == 'table' then -- because multiple types per pin are possible
        for i = 1, #pin.type do

  local function valToStr(v)
    if type(v) == "table" then
      return "{" .. tableToOneLineString(v) .. "}"

      return "{" .. tableToOneLineString(v) .. "}"
    elseif type(v) == "string" then
      return "'" .. v .. "'"

      return "'" .. v .. "'"
    elseif type(v) == "number" then
      local fmt = v % 1 == 0 and "%d" or "%.5f"

      return string.format(fmt, v)
    elseif type(v) == "boolean" then
      return v and 'T' or 'F'

        for k,v in pairs(point.metadata) do
          if type(v) == "table" then
            if k == "wpCs" or k == "wpCe" then

  for key, value in pairs(data) do
    if type(value) == 'string' or type(value) == 'number' then
      context[key] = tostring(value)

  for key, value in pairs(data) do
    if type(value) == 'string' or type(value) == 'number' then
      context[key] = tostring(value)

        local label = self.mgr.activity.starLabels[key] or "Missing Star Description"
        if type(label) == "string" then
          label = {

      local label = self.mgr.activity.starLabels["combo"] or "Missing Star Description"
      if type(label) == "string" then
        label = {

  for k, v in pairs(device.torqueCurve) do
    if type(k) == "number" and k < maxRPM then
      torqueCurve[k + 1] = v - device.friction * device.wearFrictionCoef * device.damageFrictionCoef - (device.dynamicFriction * device.wearDynamicFrictionCoef * device.damageDynamicFrictionCoef * k * rpmToAV)

    for k, v in pairs(device.torqueCurve) do
      if type(k) == "number" and k < maxRPM then
        torqueCurveNitrous[k + 1] = v + (nitrousTorques[k] or 0) - device.friction * device.wearFrictionCoef * device.damageFrictionCoef - (device.dynamicFriction * device.wearDynamicFrictionCoef * device.damageDynamicFrictionCoef * k * rpmToAV)

    for k, v in pairs(device.torqueCurve) do
      if type(k) == "number" and k < maxRPM then
        torqueCurveTurbo[k + 1] = (v * (turboCoefs[k] or 0)) - device.friction * device.wearFrictionCoef * device.damageFrictionCoef - (device.dynamicFriction * device.wearDynamicFrictionCoef * device.damageDynamicFrictionCoef * k * rpmToAV)

    for k, v in pairs(device.torqueCurve) do
      if type(k) == "number" and k < maxRPM then
        torqueCurveSupercharger[k + 1] = (v * (superchargerCoefs[k] or 0)) - device.friction * device.wearFrictionCoef * device.damageFrictionCoef - (device.dynamicFriction * device.wearDynamicFrictionCoef * device.damageDynamicFrictionCoef * k * rpmToAV)

    for k, v in pairs(device.torqueCurve) do
      if type(k) == "number" and k < maxRPM then
        torqueCurveFinal[k + 1] = (v * (turboCoefs[k] or 0) * (superchargerCoefs[k] or 0)) - device.friction * device.wearFrictionCoef * device.damageFrictionCoef - (device.dynamicFriction * device.wearDynamicFrictionCoef * device.damageDynamicFrictionCoef * k * rpmToAV)

    for k, v in pairs(device.torqueCurve) do
      if type(k) == "number" and k < maxRPM then
        torqueCurveFinal[k + 1] = (v * (turboCoefs[k] or 0) + (nitrousTorques[k] or 0)) - device.friction * device.wearFrictionCoef * device.damageFrictionCoef - (device.dynamicFriction * device.wearDynamicFrictionCoef * device.damageDynamicFrictionCoef * k * rpmToAV)

    for k, v in pairs(device.torqueCurve) do
      if type(k) == "number" and k < maxRPM then
        torqueCurveFinal[k + 1] = (v * (superchargerCoefs[k] or 0) + (nitrousTorques[k] or 0)) - device.friction * device.wearFrictionCoef * device.damageFrictionCoef - (device.dynamicFriction * device.wearDynamicFrictionCoef * device.damageDynamicFrictionCoef * k * rpmToAV)

    for k, v in pairs(device.torqueCurve) do
      if type(k) == "number" and k < maxRPM then
        torqueCurveFinal[k + 1] = (v * (turboCoefs[k] or 0) * (superchargerCoefs[k] or 0) + (nitrousTorques[k] or 0)) - device.friction * device.wearFrictionCoef * device.damageFrictionCoef - (device.dynamicFriction * device.wearDynamicFrictionCoef * device.damageDynamicFrictionCoef * k * rpmToAV)

    local integrityState = integrity
    if type(integrity) == "number" then
      local integrityValue = integrity

  local torqueReactionNodes_nodes = jbeamData.torqueReactionNodes_nodes
  if torqueReactionNodes_nodes and type(torqueReactionNodes_nodes) == "table" then
    local hasValidReactioNodes = true

    for _, v in pairs(torqueReactionNodes_nodes) do
      if type(v) ~= "number" then
        hasValidReactioNodes = false

  device.canFlood = device.waterDamageNodes and type(device.waterDamageNodes) == "table" and #device.waterDamageNodes > 0

  local tempBurnEfficiencyTable = nil
  if not jbeamData.burnEfficiency or type(jbeamData.burnEfficiency) == "number" then
    tempBurnEfficiencyTable = {{0, jbeamData.burnEfficiency or 1}, {1, jbeamData.burnEfficiency or 1}}

    tempBurnEfficiencyTable = {{0, jbeamData.burnEfficiency or 1}, {1, jbeamData.burnEfficiency or 1}}
  elseif type(jbeamData.burnEfficiency) == "table" then
    tempBurnEfficiencyTable = deepcopy(jbeamData.burnEfficiency)

  for k, v in pairs(copy) do
    if type(k) == "number" then
      table.insert(tempBurnEfficiencyTable, {v[1] * 100, v[2]})

  if type(wheel.offsetFromNode) == "number" then
    local halfHwidth = 0.5 * wheel.hubWidth * axis

  if type(wheel.hubWeight) == "number" then
    wheel.hubNodeWeight = wheel.hubWeight / (2 *wheel.numRays)

  if type(wheel.tireWeight) == "number" then
    wheel.nodeWeight = wheel.tireWeight / (2 * wheel.numRays)

  if type(wheel.hubWeightGainRatio) == "number" and wheel.hubWeightGainRatio >= 0 and wheel.hubWeightGainRatio < 1 then
    wheel.nodeWeight = wheel.nodeWeight * (1-wheel.hubWeightGainRatio)

      local v = vehicle[wheelSection][k]
      --log('D', "jbeam.processWheel"," * "..tostring(k).." = "..tostring(v).." ["..type(v).."]")
      if v.numRays == nil or v.numRays > 0 then

      local rotData = vehicle.rotators[rotId]
      --log('D', "jbeam.postProcess"," * "..tostring(k).." = "..tostring(v).." ["..type(v).."]")
      local wheelID = jbeamUtils.increaseMax(vehicle, 'wheels')

  local index = 0
  local selectorType = type(selector)

local function serializableValue(k, v)
  if type(v) == "function" then return false end
  if type(k) == "number" then return true end

  if type(v) == "function" then return false end
  if type(k) == "number" then return true end
  if string.sub(k, 1, k.len("__")) == "__" then return false end

      if v ~= "" and v ~= nil then
        if type(v) == "table" then
          tbl[k] = v:__propertyValue(k, run)

  tbl["setStyle"] = function(tbl, key, value)
    if type(key) == "table" then
      key = updashStyleTable(key)

  tbl["mergeStyle"] = function(tbl, key, value)
    if type(key) == "table" then
      key = updashStyleTable(key)

function EzSVG.setStyle(key, value, tag)
  if type(key) == "table" then
    key = updashStyleTable(key)

    end
  elseif type(key) == "string" then
    key = string.gsub(key, "_", "-")

  ret["setText"] = function(tbl, text)
    if type(text) == "number" then text = tostring(text) end
    if type(text) == "string" then

    if type(text) == "number" then text = tostring(text) end
    if type(text) == "string" then
      contentTable = createContentTable(text)

local function numberToPercent(number)
  if type(number) == "number" then
    number = number.."%"

local function doBulletTextInfo(key, value) -- validates and displays a bullet point line of text
  local f = type(value) == "number" and "%0.2f" or "%s"
  if type(value) ~= "number" or type(value) ~= "string" then value = tostring(value) end

  local f = type(value) == "number" and "%0.2f" or "%s"
  if type(value) ~= "number" or type(value) ~= "string" then value = tostring(value) end
  im.BulletText(string.format(key..": "..f, value))

  local f = type(value) == "number" and "%0.2f" or "%s"
  if type(value) ~= "number" or type(value) ~= "string" then value = tostring(value) end
  im.BulletText(string.format(key..": "..f, value))

    if #slotSectionRow > 2 and type(slotSectionRow[3]) == 'string' then
      slot.description = slotSectionRow[3]

    end
    if #slotSectionRow > 3 and type(slotSectionRow[4]) == 'table' then
      tableMerge(slot, slotSectionRow[4])

local function _processSlotsDestructiveLegacy(part, sourceFilename)
  if type(part.slots) ~= 'table' then return nil end

  local newSlots = {}
  if #part.slots > 0 and type(part.slots[1]) == 'table' and part.slots[1][1] ~= 'type' then
    -- backward compatibility: some parts miss the table header, which worked due to limitations before.

  --log('I', "", "Processing slots in file " .. tostring(sourceFilename) .. " ..." .. dumpsz(part, 2))
  if type(part.slots) ~= 'table' and type(part.slots2) ~= 'table' then return nil end

  --log('I', "", "Processing slots in file " .. tostring(sourceFilename) .. " ..." .. dumpsz(part, 2))
  if type(part.slots) ~= 'table' and type(part.slots2) ~= 'table' then return nil end

      if type(part.slotType) ~= 'string' and type(part.slotType) ~= 'table' then
        log('E', "jbeam.loadJBeamFile", "part does not have a slot type. Ignoring: "..tostring(filename) .. ' - ' .. dumpsz(part, 2))

      if type(part.slotType) ~= 'string' and type(part.slotType) ~= 'table' then
        log('E', "jbeam.loadJBeamFile", "part does not have a slot type. Ignoring: "..tostring(filename) .. ' - ' .. dumpsz(part, 2))

      -- support for a part that fits in the correct slottype
      if type(part.slotType) == 'string' then
        parts[partName].slotTypes = {part.slotType}

        parts[partName].slotTypes = {part.slotType}
      elseif type(part.slotType) == 'table' then
        parts[partName].slotTypes = part.slotType

local function isContextValid(ioCtx)
  return type(ioCtx.preloadedDirs) == 'table'
end

          if part then
            local partSlotType = type(part.slotType)
            if partSlotType == 'string' then

      local mailBoxName = "currentLeader"..vehicle
      print(type(vehicle))
      be:sendToMailbox(vehicle, lpack.encodeBinWorkBuffer(i))

    get type()
    {

      local config = self.pinIn.config.value
      local configKey = type(config) == 'string' and config or 'base' -- this is required for function core_vehicles.getConfig
      if string.find(configKey, '.pc') then

      local paintValue = self.pinIn.color.value
      if self.pinIn.randomColor.value or type(paintValue) == 'string' then
        local allPaints = nil

        if modelData and modelData.model then
          if type(paintValue) == 'string' then
            paint = modelData.model.paints[paintValue] -- if paint value is string

        end
      elseif type(paintValue) == 'table' and (paintValue.baseColor or paintValue[4]) then
        paint = paintValue

  if path == nil then return fallbackPath end
  if type(path) ~= "table" then path = {path} end
  for _, p in ipairs(path) do

  f.sitesFile = f.sitesFile or "facilities.sites.json"
  if type(f.sitesFile) == "table" then
    for index, file in ipairs(f.sitesFile) do

  local sites = {}
  if type(facility.sitesFile) == "string" then
    table.insert(sites, gameplay_sites_sitesManager.loadSites(facility.sitesFile))

  local sites = {}
  if type(facility.sitesFile) == "string" then
    table.insert(sites, gameplay_sites_sitesManager.loadSites(facility.sitesFile))

  for k,v in pairs(dir) do
    if type(v) == 'table' then
      return self:hasFoldersOnly(v)

  if type(self.newNodeLinkPin.type) == "table" then
    for _, t in ipairs(self.newNodeLinkPin.type) do

      local pinTypesToCheck = {}
      if type(self.newNodeLinkPin.type) == 'table' then
        for i=1,#self.newNodeLinkPin.type do

local function dump_ast( node, prefix )
  if type( node ) == "table" then
    write( "{" )

      write( "\n" )
      if type( node.id ) == "string" and
         type( node.pos ) == "number" then

      if type( node.id ) == "string" and
         type( node.pos ) == "number" then
        write( prefix, "  id = ", node.id,

        end
        if type(mods[modname].modData.attachments) == 'table' then
          mods[modname].modData.imgs = {}

        end
        if type(mods[modname].modData.icon) == 'string' then
          mods[modname].modData.icon = mods[modname].modInfoPath .. mods[modname].modData.icon

      local modData = jsonReadFile(persistencyfile)
      local modsInstalled = (type(modData) == 'table' and type(modData.mods) == 'table' and not tableIsEmpty(modData.mods))
      if modsInstalled then

      local modData = jsonReadFile(persistencyfile)
      local modsInstalled = (type(modData) == 'table' and type(modData.mods) == 'table' and not tableIsEmpty(modData.mods))
      if modsInstalled then

  if v == nil then return "null" end
  local vtype = type(v)
  if vtype == 'string' then return stringformat('"%s"', escapeString(v)) end

local function formatValueAsPython(value)
  if type(value) == 'boolean' then
    return value and 'True' or 'False'

  end
  if type(value) == 'cdata' and ffi.offsetof(value, 'z') ~= nil then  -- vec3
    if ffi.offsetof(value, 'w') ~= nil then -- quat

  end
  if type(value) == 'number' then
    if math.floor(value) ~= value then

  end
  if type(value) == 'table' then
    local first = true

  if param then
    if type(param) == "table" then
      return func(ctx, unpack(param))

   for k, v in ipairs(array) do
      if type(v) ~= "string" then return nil end
      local len = #v

         if certificate.password and
            type(certificate.password) ~= "function" and
            type(certificate.password) ~= "string"

            type(certificate.password) ~= "function" and
            type(certificate.password) ~= "string"
         then

   if cfg.dhparam then
      if type(cfg.dhparam) ~= "function" then
         return nil, "invalid DH parameter type"

   if cfg.mode == "server" and cfg.alpn then
      if type(cfg.alpn) == "function" then
         local alpncb = cfg.alpn

            local protocols = alpncb(wireformat2array(str))
            if type(protocols) == "string" then
               protocols = { protocols }

               protocols = { protocols }
            elseif type(protocols) ~= "table" then
               return nil

         if not succ then return nil, msg end
      elseif type(cfg.alpn) == "table" then
         local protocols = cfg.alpn

      local alpn
      if type(cfg.alpn) == "string" then
         alpn, msg = array2wireformat({ cfg.alpn })

         alpn, msg = array2wireformat({ cfg.alpn })
      elseif type(cfg.alpn) == "table" then
         alpn, msg = array2wireformat(cfg.alpn)

   local ctx, msg
   if type(cfg) == "table" then
      ctx, msg = newcontext(cfg)

-- A plain heap carries a single piece of information per entry. This can be
-- any type (except `nil`), as long as the comparison function used to create
-- the heap can handle it.

--
-- 1. The `value`, this is used for ordering the heap. It can be any type (except
--    `nil`), as long as the comparison function used to create the heap can

--    handle it.
-- 2. The `payload`, this can be any type (except `nil`), but it MUST be unique.
--

  assert(opts.delay >= 0, "delay must be greater than or equal to 0")
  assert(type(opts.callback) == "function", "expected callback to be a function")
  return setmetatable({

    get type() { return this._type; }
    get details() { return this._details; }

_M.request = socket.protect(function(reqt, body)
    if base.type(reqt) == "string" then return srequest(reqt, body)
    else return trequest(reqt) end

        for _,i in ipairs(instance.value.wayPointNum) do
          if type(i) == "number" then
            if vehWpData.cur ==i  then

    if instance.value.minSpeed and type(instance.value.minSpeed)~="number" then
      log('E', logTag, ' minSpeed must contain number value  ')

    end
    if instance.value.maxSpeed and type(instance.value.maxSpeed)~= "number" then
      log('E', logTag, ' maxSpeed must contain number value  ')

    end
    if instance.value.wayPointNum and type(instance.value.wayPointNum) ~="table" then
      log('E', logTag, ' wayPointNum is not of type array ')

    end
    if instance.value.delay and type(instance.value.delay)~="number" then
      log('E', logTag,'delay must contain number value ')

    end
    if instance.value.purpose and type(instance.value.purpose)~="string" then
      log('E', logTag,'purpose is missing in json file or purpose has wrong type ')

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

  if type(device.transmissionNodeID) ~= "number" then
    device.transmissionNodeID = nil

  local gearWhineCoefsOutput = jbeamData.gearWhineCoefsOutput or jbeamData.gearWhineCoefs
  if gearWhineCoefsOutput and type(gearWhineCoefsOutput) == "table" then
    local gearIndex = device.minGearIndex

  local gearWhineCoefsInput = jbeamData.gearWhineCoefsInput or jbeamData.gearWhineCoefs
  if gearWhineCoefsInput and type(gearWhineCoefsInput) == "table" then
    local gearIndex = device.minGearIndex

  if jbeamData.gearboxNode_nodes and type(jbeamData.gearboxNode_nodes) == "table" then
    device.transmissionNodeID = jbeamData.gearboxNode_nodes[1]

    get type()
    {

  relevantGearbox = powertrain.getDevice(gearboxName)
  if type(jbeamData.shiftSoundNode_nodes) == "table" and jbeamData.shiftSoundNode_nodes[1] and type(jbeamData.shiftSoundNode_nodes[1]) == "number" then
    shiftSoundNodeId = jbeamData.shiftSoundNode_nodes[1]

  relevantGearbox = powertrain.getDevice(gearboxName)
  if type(jbeamData.shiftSoundNode_nodes) == "table" and jbeamData.shiftSoundNode_nodes[1] and type(jbeamData.shiftSoundNode_nodes[1]) == "number" then
    shiftSoundNodeId = jbeamData.shiftSoundNode_nodes[1]

    if instance.id == 'damage' then
      if instance.value.damageLimit and type(instance.value.damageLimit) ~= "number" then
        log('E', 'In '..tostring(scenario.name), ' damageLimit must contain number value  ')

      end
      if instance.value.damageThreshold and type(instance.value.damageThreshold) ~= "number" then
        log('E', 'In '..tostring(scenario.name), ' damageThreshold must contain number value  ')

      end
      if instance.value.purpose and type(instance.value.purpose)~="string" then
        log('E', 'In '..tostring(scenario.name),'purpose is missing in json file or purpose has wrong type ')

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

      end, ffi.string(flagsBuf))
      if ok and type(decoded) == 'table' then
        self.currentPathnode.flags = decoded

    get type() { return this._type; }
    get text() { return this._text; }

  if true then return end
--    lo('?? dump:'..tostring(lvl)..':'..type(t))
	if type(t) == 'table' then

--    lo('?? dump:'..tostring(lvl)..':'..type(t))
	if type(t) == 'table' then
		local s = '{ '

		for o,e in pairs(t) do
--            lo(type(o)..':'..type(e)..':'..o..':'..tostring(e))
			local lt = U.dump(e, nil, 1)

		for o,e in pairs(t) do
--            lo(type(o)..':'..type(e)..':'..o..':'..tostring(e))
			local lt = U.dump(e, nil, 1)

	else
--        lo('?? dump_nn:'..type(t)..':'..tostring(t))
		return tostring(t)

  for k, v in pairs(device.torqueCurve) do
    if type(k) == "number" then
      torqueCurve[k + 1] = v - device.friction - (device.dynamicFriction * k * rpmToAV)

  local torqueReactionNodes_nodes = jbeamData.torqueReactionNodes_nodes
  if torqueReactionNodes_nodes and type(torqueReactionNodes_nodes) == "table" then
    local hasValidReactioNodes = true

    for _, v in pairs(torqueReactionNodes_nodes) do
      if type(v) ~= "number" then
        hasValidReactioNodes = false

  local tempElectricalEfficiencyTable = nil
  if not jbeamData.electricalEfficiency or type(jbeamData.electricalEfficiency) == "number" then
    tempElectricalEfficiencyTable = {{0, jbeamData.electricalEfficiency or 1}, {1, jbeamData.electricalEfficiency or 1}}

    tempElectricalEfficiencyTable = {{0, jbeamData.electricalEfficiency or 1}, {1, jbeamData.electricalEfficiency or 1}}
  elseif type(jbeamData.electricalEfficiency) == "table" then
    tempElectricalEfficiencyTable = deepcopy(jbeamData.electricalEfficiency)

  for k, v in pairs(copy) do
    if type(k) == "number" then
      table.insert(tempElectricalEfficiencyTable, {v[1] * 100, v[2]})

  for k, v in pairs(vehicle.beams) do
    if type(v) == "table" and type(v.id1) == "number" and type(v.id2) == "number" and v.id1 > v.id2 then
      v.id1, v.id2 = v.id2, v.id1

  for k, v in pairs(vehicle.beams) do
    if type(v) == "table" and type(v.id1) == "number" and type(v.id2) == "number" and v.id1 > v.id2 then
      v.id1, v.id2 = v.id2, v.id1

  for k, v in pairs(vehicle.beams) do
    if type(v) == "table" and type(v.id1) == "number" and type(v.id2) == "number" and v.id1 > v.id2 then
      v.id1, v.id2 = v.id2, v.id1

local function cleanupTable_rec(d, debugEnabled)
  if type(d) ~= 'table' then return end
  -- what to clean up now

  for k, v in pairs(d) do
    if type(v) == 'string' and v == '' and k ~= 'mesh' then -- 'mesh' is a hack to prevent from cleaning flexbody.mesh values. Backward compatibility
      d[k] = nil

      if n.collision == true then n.collision = nil end -- the default
      if type(n.chemEnergy) ~= 'number' or n.chemEnergy == 0 then n.chemEnergy = nil end
      if not n.flashPoint then

        for k, tn in pairs(wheel.nodes) do
          wheel.nodes[k] = type(tn) == 'table' and tn.cid or tn
        end

  for keyEntry, entry in pairs(vehicle) do
    if type(entry) == "table" and tableIsDict(entry) and jbeamUtils.ignoreSections[keyEntry] == nil and tableIsDict(entry[0]) and entry[0]['disableSection'] ~= nil then
      --log('D', "jbeam.postProcess"," - removing disabled section '"..keyEntry.."'")

    end
    if type(s.settings) == 'table' then
      recursiveSetupSettings(s.settings)

  for k, v in pairs(tab) do
    k = type(k) == 'number' and k or tostring(k)

    local t = type(v)

    for key, v in pairs(d) do
      local typev = type(v)
      if typev == "string" then

                  local val = vars[v]
                  if type(val) == "table" then d[key] = val.val else d[key] = val end
                end

              local val = vars[v]
              if type(val) == "table" then
                succeed[k] = val.val

      if vv.unit == '' then vv.unit = nil end
      if type(vv.min) ~= 'number' then
        log('E', 'postProcess.variables', 'variable ' .. vv.name .. ' ignored, min not a number: ' .. dumps(vv))

      end
      if type(vv.max) ~= 'number' then
        log('E', 'postProcess.variables', 'variable ' .. vv.name .. ' ignored, max not a number' .. dumps(vv))

      end
      if type(vv.default) ~= 'number' then
        log('E', 'postProcess.variables', 'variable ' .. vv.name .. ' ignored, default not a number' .. dumps(vv))

  local res = {}
  if type(part.variables) ~= 'table' then return {} end
  jbeamTableSchema.processTableWithSchemaDestructive(part.variables, res)

  for k, v in pairs(allVariables) do
    if type(v) == 'table' and k ~= '$components' then
      newVars[v.name or k] = v

    -- replace key
    if type(k) == "string" and str_byte(k, 1) == 36 then -- $
      local secondChar = str_byte(k, 2)

          local varVal = svars[k]
          if type(varVal) == "table" then
            k = varVal.val

    if type(v) == "table" then
      v = replaceTableKeysRecursive(v, svars)

      for k3, v3 in pairs(section) do
        if type(v3) == 'table' then
          vehicle.components[k3] = vehicle.components[k3] or {}

  for k, v in pairs(t) do
    if type(v) == "function" then
      t[k] = nil

      t[k] = nil
    elseif type(v) == "table" then
      setFunctionsToNil(v)

    local val
    if type(mAttKey) == 'string' then
      val = att.valuesByKey[m.additionalAttributes[attKey]]

      val = att.valuesByKey[m.additionalAttributes[attKey]]
    elseif type(mAttKey) == 'table' then
      val = m.additionalAttributes[attKey]

    for k, v in pairs(defaultUserSettings) do
      if type(v) == "table" and type(flatSettings[k]) == "table" then
        for k2, v2 in pairs(v) do

    for k, v in pairs(defaultUserSettings) do
      if type(v) == "table" and type(flatSettings[k]) == "table" then
        for k2, v2 in pairs(v) do

    for k, v in pairs(flatSettings) do
      if type(v) == "table" and type(defaultUserSettings[k]) == "table" then
        for k2, v2 in pairs(v) do

    for k, v in pairs(flatSettings) do
      if type(v) == "table" and type(defaultUserSettings[k]) == "table" then
        for k2, v2 in pairs(v) do

        info.label = m.starLabels[key]
        if type(m.starLabels[key]) == "function" then
          info.label = m.starLabels[key](m, flatSettings)

          info.label = m.starLabels[key](m, flatSettings)
        elseif type(m.starLabels[key]) == "string" then
          info.label = {

function C:setBitmapFromArray(array) -- creates bitmap data from an array
  if type(array) ~= 'table' or not array[1] or not array[1][1] then --or type(array) ~= 'cdata'
    log('E', logTag, 'Error with processing bitmap from array')

function C:setBitmapFromArray(array) -- creates bitmap data from an array
  if type(array) ~= 'table' or not array[1] or not array[1][1] then --or type(array) ~= 'cdata'
    log('E', logTag, 'Error with processing bitmap from array')

            if data.macroDistAtten then
              if type(data.macroDistAtten) == 'table' then data.macroDistAtten = table.concat(data.macroDistAtten, ' ') end
              terrainMat:setField('macroDistAtten', 0, data.macroDistAtten)

            if data.detailDistAtten then
              if type(data.detailDistAtten) == 'table' then data.detailDistAtten = table.concat(data.detailDistAtten, ' ') end
              terrainMat:setField('detailDistAtten', 0, data.detailDistAtten)

                if data[field] then
                  if type(data[field]) == 'table' then data[field] = table.concat(data[field], ' ') end
                  terrainMat:setField(field, 0, data[field])

      log('I', logTag, 'Processed materials from json: '..#self.materials)
    elseif type(matData.materials) == 'table' then -- directly set materials array (risky)
      self.materials = matData.materials

local function deepcompare(t1,t2)
  local ty1 = type(t1)
  local ty2 = type(t2)

  local ty1 = type(t1)
  local ty2 = type(t2)
  if ty1 ~= ty2 then return false end

    else
      assert(type(fin) == 'number' and fin > 0)
      bytes = fin

  local ws_protocols_tbl = {''}
  if type(ws_protocol) == 'string' then
      ws_protocols_tbl = {ws_protocol}

      ws_protocols_tbl = {ws_protocol}
  elseif type(ws_protocol) == 'table' then
      ws_protocols_tbl = ws_protocol

  -- duration filter (seconds) can be provided via meta; default to 0 (no filter)
  local durationFilterSec = (meta and type(meta.durationFilterSec) == 'number') and meta.durationFilterSec or 0
  local root = simpleProfilerGetJournal(true, durationFilterSec) or { children = {}, stats = {} }

local function existItem(entryTable, valueObj)
  -- log('I', logTag, 'existItem called ... type(entryTable) = '..type(entryTable) ..'  type(valueObj) = '..type(valueObj))
  -- dump(entryTable)

local function existItem(entryTable, valueObj)
  -- log('I', logTag, 'existItem called ... type(entryTable) = '..type(entryTable) ..'  type(valueObj) = '..type(valueObj))
  -- dump(entryTable)

local function existItem(entryTable, valueObj)
  -- log('I', logTag, 'existItem called ... type(entryTable) = '..type(entryTable) ..'  type(valueObj) = '..type(valueObj))
  -- dump(entryTable)

local function existItem(entryTable, valueObj)
  -- log('I', logTag, 'existItem called ... type(entryTable) = '..type(entryTable) ..'  type(valueObj) = '..type(valueObj))
  -- dump(entryTable)

local function addItem(itemType, valueObj)
  log('I', logTag, 'addItem called... itemType '..tostring(itemType)..' '..type(valueObj))

  local valueObjType = type(valueObj)

local function removeItem(itemType, valueObj)
  log('I', logTag, 'removeItem called... itemType '..tostring(itemType)..' '..type(valueObj))

  local valueObjType = type(valueObj)

  local result = nil
  if type(itemEntry) == 'table' then
    for _,v in ipairs(itemEntry) do

  local itemType = '$$$_'..string.upper(key)
  if type(entry) == 'table' then
    for _,item in ipairs(entry) do

  local msg = tostring(self.pinIn.value.value)
  if type(self.pinIn.value.value) == 'table' then
    msg = dumps(self.pinIn.value.value)

  if not msg or type(msg) ~= 'table' then return end

  for k, v in pairs(table) do
    if type(v) == 'table' then
      children[k] = v

        local header = sectionData[1]
        if type(header) ~= "table" then
          log('W', "", filePath .. " *** Invalid table header: " .. dumpsz(header, 2))

          if type(rowValue) ~= "table" then
            log('W', "", filePath .. " *** Invalid table row: "..dumps(rowValue))

          else
            --log('D', "" *** "..tostring(rowKey).." = "..tostring(rowValue).." ["..type(rowValue).."]")

            --[[
            if #rowValue > headerSize + 1 then -- and type(rowValue[#rowValue]) ~= "table" then
              log('W', "", "*** Invalid table header, must be as long as all table cells (plus one additional options column):")

              local rv = rowValue[rk]
              if type(rv) == 'table' and tableIsDict(rv) and #rowValue > headerSize then
                mods = rv

function C:removeTag(tag)
  if type(tag) == 'number' then
    tag = self.sortedTags[tag]

    for _,group in pairs(laneTree) do
      if type(group) == "table" then
        for _,light in pairs(group) do

        for _,light in pairs(group) do
          if type(light) == "table" and light.obj and simObjectExists(light.obj) then
            light.obj:setHidden(true)

        for _, group in pairs(laneTree) do
          if type(group) == "table" then
            for _, light in pairs(group) do

            for _, light in pairs(group) do
              if type(light) == "table" and light.obj and simObjectExists(light.obj) then
                light.obj:setHidden(false)

        for _, group in pairs(laneTree) do
          if type(group) == "table" then
            for _, light in pairs(group) do

            for _, light in pairs(group) do
              if type(light) == "table" and light.obj and simObjectExists(light.obj) then
                light.obj:setHidden(true)

        for _, group in pairs(laneTree) do
          if type(group) == "table" then
            for _, light in pairs(group) do

            for _, light in pairs(group) do
              if type(light) == "table" and light.obj and simObjectExists(light.obj) then
                light.obj:setHidden(false)

        for _, group in pairs(laneTree) do
          if type(group) == "table" then
            for _, light in pairs(group) do

            for _, light in pairs(group) do
              if type(light) == "table" and light.obj and simObjectExists(light.obj) then
                light.obj:setHidden(true)

    if x == 1 then x = true end
    if type(x) ~= 'boolean' then
      -- log('E', 'luaintf', 'conversion error')

  function M.IntPtr(x)
    if type(x) ~= 'number' then
      -- log('E', 'luaintf', 'conversion error')

  function M.FloatPtr(x)
    if type(x) ~= 'number' then
      -- log('E', 'luaintf', 'conversion error')

  function M.DoublePtr(x)
    if type(x) ~= 'number' then
      -- log('E', 'luaintf', 'conversion error')

  else
    self.scl = vec3(1, 1, 1) * (type(self.scl) == 'number' and self.scl or 1)
    self.inputScl = im.ArrayFloat(3)

  if self.oneDimensionalScale then
    if scl and type(scl) ~= 'number' then
      scl = (scl and (scl.x or scl[1])) or 1

  else
    if scl and type(scl) == 'number' then
      scl = vec3(1, 1, 1) * (scl or 1)

  for k, v in pairs(partData) do
    if type(v) == "table" then
      if k == "powertrain" then

          else
            if type(v) == "table" and #v[i] > 1 then
              local deviceType = v[i][1]

          else
            if type(v) == "table" and #v[i] > 1 then
              local storageType = v[i][1]

        partTypeTags[partId] = partTypeTags[partId] or {}
        local breakGroups = type(beam.breakGroup) == "table" and beam.breakGroup or {beam.breakGroup}
        for _, breakGroup in ipairs(breakGroups) do

  local visualState = visual
  if type(visual) == "number" then
    local visualValue = visual

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

  local goTtl = nil
  if type(data) == 'table' then
    for i = 1, #data do

      local head = data[i] and data[i][1]
      if type(head) == 'number' or head == 'ui.scenarios.go' then
        isCountdown = true

    get name() { return this._name; }
    get type() { return this._type; }
    get subtype() { return this._subtype; }

function M.getSortFunction(sortMode)
  if not sortMode or type(sortMode) ~= 'string' then
    log("W", "tileSorting", "Invalid sort mode provided: " .. tostring(sortMode))

function M.convertUIValueToSortMode(uiValue)
  if not uiValue or type(uiValue) ~= 'string' then
    return DEFAULT_SORT_MODE -- Default fallback

    if instance.id == 'distance' then
      if instance.value.maxDistance and type(instance.value.maxDistance) ~= "number" then
        log('E', 'In '..tostring(scenario.name), ' maxDistance must contain number value')

      end
      if instance.value.distanceEnable and type(instance.value.distanceEnable) ~= "number" then
        log('E', 'In '..tostring(scenario.name), ' distanceEnable must contain number value')

      end
      if instance.value.minDistance and type(instance.value.minDistance) ~= "number" then
        log('E', 'In '..tostring(scenario.name), ' minDistance must contain number value')

      end
      if instance.value.purpose and type(instance.value.purpose)~="string" then
        log('E', 'In '..tostring(scenario.name),'purpose is missing in json file or purpose has wrong type ')

  if jbeamData.soundNode_nodes and type(jbeamData.soundNode_nodes) == "table" and type(jbeamData.soundNode_nodes[1]) == "number" then
    soundNode = jbeamData.soundNode_nodes[1]

  if jbeamData.soundNode_nodes and type(jbeamData.soundNode_nodes) == "table" and type(jbeamData.soundNode_nodes[1]) == "number" then
    soundNode = jbeamData.soundNode_nodes[1]

  local val = self.pinIn.value.value
  if type(val) =='table' then
    val = table.concat(val,' ')

local function cleanFilter(filter)
  if not filter or type(filter) ~= "table" then return nil end

  if cleaned.values then
    if type(cleaned.values) ~= "table" then
      -- Invalid values, remove filter

      -- Range filter: preserve min/max if they're valid numbers
      local hasMin = cleaned.values.min ~= nil and type(cleaned.values.min) == "number"
      local hasMax = cleaned.values.max ~= nil and type(cleaned.values.max) == "number"

      local hasMin = cleaned.values.min ~= nil and type(cleaned.values.min) == "number"
      local hasMax = cleaned.values.max ~= nil and type(cleaned.values.max) == "number"

          hasAnyValue = true
        elseif type(value) ~= "boolean" then
          -- Preserve non-boolean values (strings, numbers, tables, etc.)

    -- Filter has no values field, but might have other important fields
    -- Keep it if it has propName and type (might be valid)
    if cleaned.propName and cleaned.type then

local function cleanFilterArray(filterArray)
  if not filterArray or type(filterArray) ~= "table" then return {} end
  local cleaned = {}

local function cleanBaseFilter(baseFilter)
  if not baseFilter or type(baseFilter) ~= "table" then return {} end
  local cleaned = {}

local function cleanProbabilitySettings(probabilitySettings)
  if not probabilitySettings or type(probabilitySettings) ~= "table" then return {} end
  local cleaned = {}

      local min, max = propVal, propVal
      if type(propVal) == 'table' then
        min = propVal.min

      end
      if type(min) == 'number' and type(max) == 'number' then
        if not filterByProp[propName] then

      end
      if type(min) == 'number' and type(max) == 'number' then
        if not filterByProp[propName] then

        local values = propVal
        if type(values) == 'string' then
          values = {values}

  -- Check if it's the old format (array of vehicle configs) or new format (filter settings object)
  if filterData and type(filterData) == "table" then
    -- Check if it's old format (array with model/config entries) or new format (object with baseFilter, etc.)

  for keyEntry, entry in pairs(vehicle) do
    if type(entry) == "table" then
      for rowKey, row in pairs(entry) do

      for rowKey, row in pairs(entry) do
        if type(row) == "table" then
          local newGroups

          local firstIdx
          if row.group ~= nil and type(row.group) == "table" then
            newGroups = {}

  if a.time == b.time and a.entryId and b.entryId then
    if type(a.entryId) == "number" and type(b.entryId) == "number" then
      return a.entryId > b.entryId

  if a.time == b.time and a.entryId and b.entryId then
    if type(a.entryId) == "number" and type(b.entryId) == "number" then
      return a.entryId > b.entryId

local function milestoneReached(label)
  if type(label) == "string" then
    guihooks.trigger("toastrMsg", {type="success", title="Milestone Reached!", msg=label})

    guihooks.trigger("toastrMsg", {type="success", title="Milestone Reached!", msg=label})
  elseif type(label) == "table" then
    guihooks.trigger("toastrMsg", {type="success", title="Milestone Reached!", msg=label.txt, context=label.context})

function C:getPosition(pinInput)
  if type(pinInput) == 'number' then
    local veh = getObjectByID(pinInput)

  local permissions = {}
  if type(tags) ~= "table" then
    tags = {tags}

    if a.w == b.w then
      local typeA, typeB = type(a.s), type(b.s)
      if typeA ~= typeB then

    if a.w == b.w then
      local typeA, typeB = type(a.s), type(b.s)
      if typeA ~= typeB then

  if v == nil then return "null" end
  local vtype = type(v)
  if vtype == 'string' then return string.format('"%s"', jsonEscapeString(v)) end

    get type()
    {

    -- automatically calculate the type (passed/completed etc) based on the stars
  local currentType = "none"

-- gets value from attempt depending on type (type defines the location of value in attempt table)
local function getValueForAttemptUiProgressType(attempt, config)

-- gets value from aggregate depending on type (type defines the location of value in aggregate table)
local function getValueForAggregateUiProgressType(aggregate, config)

  for key, value in pairs(data) do
    if type(value) == 'string' or type(value) == 'number' then
      context[key] = tostring(value)

  for key, value in pairs(data) do
    if type(value) == 'string' or type(value) == 'number' then
      context[key] = tostring(value)

    local label = mission.starLabels[key] or "Missing Star Description"
    if type(label) == "string" then
      label = {

      }
    elseif type(label) == "function" then
      label = label(mission)

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

    get type() { return this._type; }
    get startTime() { return this._startTime; }

	-- associate ioloop with adding MQTT client
	if type(client) ~= "function" then
		client:set_ioloop(self)

	-- unlink ioloop from MQTT client
	if type(client) ~= "function" then
		client:set_ioloop(nil)

	for _, client in ipairs(self.clients) do
		if type(client) ~= "function" then
			client:_ioloop_iteration()

  local v = require("jbeam/stage2")
  if type(initData) == "string" and string.len(initData) > 0 then
    local state, initData = pcall(lpack.decode, initData)

    local state, initData = pcall(lpack.decode, initData)
    if state and type(initData) == "table" then
      if initData.vdata then

  else
    log("E", "object", "invalid initData: " .. tostring(type(initData)) .. ": " .. tostring(initData))
  end

  for k, v in pairs(res) do
    if type(v) == 'table' then
      v.state = 'ok'

  end
  if type(missionData.description) == "string" then
    while string.endswith(missionData.description, "\n") do

  for idx, key in pairs(missionData.careerSetup.defaultStarKeys) do
    if type(idx) ~= "number" then
      isNonNumeric = true

      end
      if type(mission) == 'string' then
        log("E", "", "Unable to construct mission "..dumps(missionData.id).." of type "..dumps(missionData.missionType)..", something went wrong:")

  if self.targetPos == nil then
    if type(self.pinIn.pos.value) == "table" and not self.pinIn.pos.value.x then
      self.targetPos = vec3(self.pinIn.pos.value)

  if type(jbeamData.shiftSoundNode_nodes) == "table" and jbeamData.shiftSoundNode_nodes[1] and type(jbeamData.shiftSoundNode_nodes[1]) == "number" then
    shiftSoundNodeId = jbeamData.shiftSoundNode_nodes[1]

  if type(jbeamData.shiftSoundNode_nodes) == "table" and jbeamData.shiftSoundNode_nodes[1] and type(jbeamData.shiftSoundNode_nodes[1]) == "number" then
    shiftSoundNodeId = jbeamData.shiftSoundNode_nodes[1]

    for name, func in pairs(tests) do
      if type(func) == "function" and name:match("^test") then
        table.insert(testNames, name)

    local name = nil
    if type(node) == "string" then
      name = node

        --we can assume this node is part of the fire system
        local staticBaseTemp = (type(node.baseTemp) == "number") and node.baseTemp or tEnv
        flammableNodes[node.cid] = {

    local relevantElectricsNames = jbeamData.relevantElectrics or {}
    if type(relevantElectricsNames) == "table" then
      for _, electricsName in pairs(relevantElectricsNames) do

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

    type()
    {

    get type()
    {

      local name = c.getLabel(s, -1, -1)
      if type(name) == "table" then name = translateLanguage(name.txt,name.txt, true) .. (dumps(name.context or {})) end
      local target = c.getTarget(s)

      local desc = c.getDescription(s, -1, target)
      if type(desc) == "table" then desc = translateLanguage(desc.txt,desc.txt, true) .. (dumps(desc.context or {})) end

        local desiredRot = quat()
        if type(self.pinIn.rot.value) == 'number' then
          desiredRot = quatFromEuler(0,0,self.pinIn.rot.value/180 * math.pi)

          desiredRot = quatFromEuler(0,0,self.pinIn.rot.value/180 * math.pi)
        elseif type(self.pinIn.rot.value) == 'table' then
          desiredRot = quat(self.pinIn.rot.value)

  local s = FS:fileSize(path)
  return type(s) == 'number' and s or 0
end

        local names = o:getMaterialNames()
        if type(names) == "table" then
          for _,n in pairs(names) do matsUsed[n] = true end

  local dr = chosenArchetype.delayRange
  if type(dr) == "table" and dr[1] and dr[2] then
    delayRange = { min = dr[1], max = dr[2] }

  -- Return random quote from pool
  if quotes and type(quotes) == "table" and #quotes > 0 then
    local selectedQuote = quotes[math.random(1, #quotes)]

          local insultQuotes = opponentPersonality.insultQuotes
          if insultQuotes and type(insultQuotes) == "table" and #insultQuotes > 0 then
            opponentQuote = insultQuotes[math.random(1, #insultQuotes)]

            local happyQuotes = opponentPersonality.happyQuotes
            if happyQuotes and type(happyQuotes) == "table" and #happyQuotes > 0 then
              opponentQuote = happyQuotes[math.random(1, #happyQuotes)]

  local vehicleSpeed = electrics.values.wheelspeed or 0
  local speedLimit = (type(gearName) == "string" and gearName:sub(1, 1) == "R") and topSpeedLimitReverse or topSpeedLimit
  if speedLimit > 0 then

    for _, v in pairs(shiftRPMNames) do
      if type(jbeamDataCopy[v]) ~= "table" then
        local shiftRPM = jbeamDataCopy[v] or defaultShiftPoints[v]

    get type()
    {

    if type(info["previews"]) == 'table' and #info["previews"] > 0 then
      -- add prefix

    local foundDefaultSpawn = false
    if type(info.spawnPoints) == 'table' then
      for _, point in pairs(info.spawnPoints) do

    if type(info.minimap) == 'table' then
      for _, elem in ipairs(info.minimap) do

    local preview = nil
    if type(level.previews) == 'table' and #level.previews > 0 then
      preview = level.previews[1] -- Get the first preview

  end
  if type(nextSpawnVehicle) == 'table' then
    local model, options = unpack(nextSpawnVehicle)

  local l = self.missionInstance.starLabels[key]
  if type(l) == "function" then

  end
  if type(l) == "string" then
    return translateLanguage(l,l, true)

  end
  if type(l) == "table" then
    return translateLanguage(l.txt, l.txt, true)

    obj:setPosition(entry.pos)
    if type(entry.rot) == "string" then
      local x, y, z, w = string.match(entry.rot, "([%-%d%.eE]+)%s+([%-%d%.eE]+)%s+([%-%d%.eE]+)%s+([%-%d%.eE]+)")

        local paintKey = "paint" .. i
        if type(setup[paintKey]) == 'string' then
          if not paintsByIdCache[setup[paintKey]] then

    for pId, paint in pairs(collection.paints) do
      if type(paint) == 'string' then paint = {id = paint} end
      if not paintsByIdCache[paint.id] then

  if type(paintKeyOrPaint) == 'string' then
    debugLog("resolving paint " .. dumps(paintKeyOrPaint))

    paint = modelPaints[paintKeyOrPaint]
  elseif type(paintKeyOrPaint) == 'table' then
    debugLog("resolving paint " .. dumps(paintKeyOrPaint.name))

  local multiPaintSetup = nil
  if type(multiPaintSetupKeyOrMultiPaintSetup) == 'string' then
    if multiPaintSetupsByIdOrName[multiPaintSetupKeyOrMultiPaintSetup] then

    end
  elseif type(multiPaintSetupKeyOrMultiPaintSetup) == 'table' then
    multiPaintSetup = multiPaintSetupKeyOrMultiPaintSetup

  for _, paint in pairs(model.libraryPaints or {}) do
    if type(paint) == 'string' then paint = {id = paint} end
    local paintFromLibrary = getPaintById(paint.id)

function C:loadSlot(slot)
  if type(slot) == 'string' then
    --print(">> slot " .. tostring(slot) .. " is ID " .. tostring(self.slotNameIndexMap[slot]))

    if self.pinIn.name.value then
      if type(self.pinIn.name.value) == 'string' then
        if self.data.useStringMatch then -- used in some special cases

        end
      elseif type(self.pinIn.name.value) == 'number' then
        sp = self.path.startPositions.objects[self.pinIn.name.value]

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

  if type(device.transmissionNodeID) ~= "number" then
    device.transmissionNodeID = nil

  local gearWhineCoefsOutput = jbeamData.gearWhineCoefsOutput or jbeamData.gearWhineCoefs
  if gearWhineCoefsOutput and type(gearWhineCoefsOutput) == "table" then
    local gearIndex = device.minGearIndex

  local gearWhineCoefsInput = jbeamData.gearWhineCoefsInput or jbeamData.gearWhineCoefs
  if gearWhineCoefsInput and type(gearWhineCoefsInput) == "table" then
    local gearIndex = device.minGearIndex

  if jbeamData.gearboxNode_nodes and type(jbeamData.gearboxNode_nodes) == "table" then
    device.transmissionNodeID = jbeamData.gearboxNode_nodes[1]

  if type(device.transmissionNodeID) ~= "number" then
    device.transmissionNodeID = nil

    local tmp = o[0]
    if type(tmp) == 'number' then -- arraylen available
      builder[i] = '['

        for k, v in pairs(o) do
          if type(k) ~= 'string' then
            error("non-string key")

    end
    return dispatcher[type(v)](v)
  end

          for modifierFlag, modifierName in pairs(modifierNames) do
            if type(controlFlag) == "number" then
              if bit.band(controlFlag, modifierFlag) ~= 0 then

            for modifierFlag, modifierName in pairs(modifierNames) do
              if type(controlFlag) == "number" then
                if bit.band(controlFlag, modifierFlag) ~= 0 then

function _M.absolute(base_url, relative_url)
    if base.type(base_url) == "table" then
        base_parsed = base_url

    get type() { return this._type; }
    get url() { return this._url; }

local function resetOcclusionTransform(id)
  if type(id) == "string" and id ~= "" then
    occlusionTransforms[id] = nil

          if not pins[name] then
            pins[name] = type(pin.type) == 'string' and pin.type or 'any'
          end

          if not pins[name] then
            pins[name] = type(pin.type) == 'string' and pin.type or 'any'
          end

      end
    elseif type(s.settings) == 'table' then
      if level == 1 then

      obj:setPosition(entry.pos)
      if type(entry.rot) == "string" then
        local x, y, z, w = string.match(entry.rot, "([%-%d%.eE]+)%s+([%-%d%.eE]+)%s+([%-%d%.eE]+)%s+([%-%d%.eE]+)")

      for i = 1, #instance.value.wayPointNum do
        if type(instance.value.wayPointNum[i]) == "number" then
          if vehWpData.cur == instance.value.wayPointNum[i] then

    if instance.id == 'wayPointAction' then
      if instance.value.wayPointNum and type(instance.value.wayPointNum) ~="table" then
        log('E', 'In '..tostring(scenario.name), ' wayPointNum is not of type array ')

      state.locationInfoDisplayed = false
      if state.triggerCallback and type(state.triggerCallback) == 'function' then
       -- dump(state.triggerCallback)

  local text = self.pinIn.text.value
  if (type(text) == 'table' and text.txt == '') or text == '' then
    text = nil

          if(type(value)) == "number" then
            value = tostring(value)

        mission.missionFolder = string.lower(level.levelName)..'-'..scenario.name
        mission.previewFile = type(scenario.previews) == 'table' and scenario.previews[1] or scenario.previews or scenario.preview
        mission.thumbnailFile = "/gameplay/missionTypes/busMode/thumbnail.jpg"

local function blinkParts(dtReal, dtSim, dtRaw, vehicle)
  if type(vBundle.vdata.flexbodies) ~= 'table' then return end

    local chosenPartName = vBundle.chosenParts[slot.type]
    if type(chosenPartName) == 'string' then
      if chosenPartName ~= '' and chosenPartName ~= 'nil' then

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

    return function(name, opt1, opt2)
        if base.type(name) ~= "string" then
            name, opt1, opt2 = "default", name, opt1

    if type(hydro.inExtent) == 'number' then
      hydro.inLimit = hydro.inExtent / (bL + 1e-30)

    if type(hydro.outExtent) == 'number' then
      hydro.outLimit = hydro.outExtent / (bL + 1e-30)

    if type(hydro.extentFactor) == 'number' then
      hydro.factor = hydro.extentFactor / (bL + 1e-30)

    if type(hydro.factor) == 'number' then
      hydro.inLimit = 1 - math.abs(hydro.factor)

  if a.time == b.time and a.entryId and b.entryId then
    if type(a.entryId) == "number" and type(b.entryId) == "number" then
      return a.entryId > b.entryId

  if a.time == b.time and a.entryId and b.entryId then
    if type(a.entryId) == "number" and type(b.entryId) == "number" then
      return a.entryId > b.entryId

    --log('D', "jbeam.unifyParts"," *** "..tostring(sectionKey).." = "..tostring(section).." ["..type(section).."] -> "..tostring(sectionKey).." = "..tostring(target[sectionKey]).." ["..type(target[sectionKey]).."]")
    if target[sectionKey] == nil then

    --log('D', "jbeam.unifyParts"," *** "..tostring(sectionKey).." = "..tostring(section).." ["..type(section).."] -> "..tostring(sectionKey).." = "..tostring(target[sectionKey]).." ["..type(target[sectionKey]).."]")
    if target[sectionKey] == nil then

      -- care about the slotoptions if we are first
      if type(section) == "table" and not tableIsDict(section) then
        local localSlotOptions = deepcopy(slotOptions) or {}

      end
    elseif type(target[sectionKey]) == "table" and type(section) == "table" then
      -- append to existing tables

      end
    elseif type(target[sectionKey]) == "table" and type(section) == "table" then
      -- append to existing tables

          -- check if magic $ appears in the KEY, if new value is a number (for example "$+MyFoo": 42)
          if type(v3) == "number" and str_byte(k3, 1) == 36 then
            local actualK3 = k3:sub(3) --remove the magic chars at the beginning to get the actual KEY, this can potentially lead to issues if k3 omits the second magic char

            local existingModifierValue = target[sectionKey][k3] --in case we are trying to merge a modifier with another modifier, we need to check if this is the case
            if type(existingModifierValue) == "number" then
              --we need to merge a new modifier with an existing modifier, to do that, set our existing value of actualK3 to the existing value of the raw k3 (including the modifier syntax)

            if type(existingValue) == "number" then --check if old value is also a number (and not null)
              local secondChar = str_byte(k3, 2)

  if slot.type then
    if type(part.slotType) == 'string' and part.slotType == slot.type then
      return true, nil

      return true, nil
    elseif type(part.slotType) == 'table' and not tableContains(part.slotType, slot.type) then
      return true, nil

    -- case 1: the slotType on the part side is a string only
    if type(part.slotType) == 'string' then
      local fits = tableContains(slot.allowTypes, part.slotType)

    -- case 2: the slottype on the part is a table
    elseif type(part.slotType) == 'table' then
      local allowListed = false

	for key, value in pairs(args) do
		if type(key) ~= "string" then
			error("expecting string key in args, got: "..type(key))

		if type(key) ~= "string" then
			error("expecting string key in args, got: "..type(key))
		end

		local value_type = type(value)
		if key == "uri" then

	-- validate connector content
	assert(type(a.connector) == "table", "expecting connector to be a table")
	assert(type(a.connector.connect) == "function", "expecting connector.connect to be a function")

	assert(type(a.connector) == "table", "expecting connector to be a table")
	assert(type(a.connector.connect) == "function", "expecting connector.connect to be a function")
	assert(type(a.connector.shutdown) == "function", "expecting connector.shutdown to be a function")

	assert(type(a.connector.connect) == "function", "expecting connector.connect to be a function")
	assert(type(a.connector.shutdown) == "function", "expecting connector.shutdown to be a function")
	assert(type(a.connector.send) == "function", "expecting connector.send to be a function")

	assert(type(a.connector.shutdown) == "function", "expecting connector.shutdown to be a function")
	assert(type(a.connector.send) == "function", "expecting connector.send to be a function")
	assert(type(a.connector.receive) == "function", "expecting connector.receive to be a function")

	assert(type(a.connector.send) == "function", "expecting connector.send to be a function")
	assert(type(a.connector.receive) == "function", "expecting connector.receive to be a function")

	if a.will then
		assert(type(a.will.topic) == "string", "expecting will.topic to be a string")
		assert(type(a.will.payload) == "string", "expecting will.payload to be a string")

		assert(type(a.will.topic) == "string", "expecting will.topic to be a string")
		assert(type(a.will.payload) == "string", "expecting will.payload to be a string")
		if a.will.qos ~= nil then

		if a.will.qos ~= nil then
			assert(type(a.will.qos) == "number", "expecting will.qos to be a number")
			assert(check_qos(a.will.qos), "expecting will.qos to be a valid QoS value")

		if a.will.retain ~= nil then
			assert(type(a.will.retain) == "boolean", "expecting will.retain to be a boolean")
		end

	for event, func in pairs(events) do
		assert(type(event) == "string", "expecting event to be a string")
		assert(type(func) == "function", "expecting func to be a function")

		assert(type(event) == "string", "expecting event to be a string")
		assert(type(func) == "function", "expecting func to be a function")
		local handlers = self.handlers[event]

	-- fetch and validate args
	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.topic) == "string", "expecting args.topic to be a string")

	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.topic) == "string", "expecting args.topic to be a string")
	assert(args.qos == nil or (type(args.qos) == "number" and check_qos(args.qos)), "expecting valid args.qos value")

	assert(type(args.topic) == "string", "expecting args.topic to be a string")
	assert(args.qos == nil or (type(args.qos) == "number" and check_qos(args.qos)), "expecting valid args.qos value")
	assert(args.no_local == nil or type(args.no_local) == "boolean", "expecting args.no_local to be a boolean")

	assert(args.qos == nil or (type(args.qos) == "number" and check_qos(args.qos)), "expecting valid args.qos value")
	assert(args.no_local == nil or type(args.no_local) == "boolean", "expecting args.no_local to be a boolean")
	assert(args.retain_as_published == nil or type(args.retain_as_published) == "boolean", "expecting args.retain_as_published to be a boolean")

	assert(args.no_local == nil or type(args.no_local) == "boolean", "expecting args.no_local to be a boolean")
	assert(args.retain_as_published == nil or type(args.retain_as_published) == "boolean", "expecting args.retain_as_published to be a boolean")
	assert(args.retain_handling == nil or type(args.retain_handling) == "boolean", "expecting args.retain_handling to be a boolean")

	assert(args.retain_as_published == nil or type(args.retain_as_published) == "boolean", "expecting args.retain_as_published to be a boolean")
	assert(args.retain_handling == nil or type(args.retain_handling) == "boolean", "expecting args.retain_handling to be a boolean")
	assert(args.properties == nil or type(args.properties) == "table", "expecting args.properties to be a table")

	assert(args.retain_handling == nil or type(args.retain_handling) == "boolean", "expecting args.retain_handling to be a boolean")
	assert(args.properties == nil or type(args.properties) == "table", "expecting args.properties to be a table")
	assert(args.user_properties == nil or type(args.user_properties) == "table", "expecting args.user_properties to be a table")

	assert(args.properties == nil or type(args.properties) == "table", "expecting args.properties to be a table")
	assert(args.user_properties == nil or type(args.user_properties) == "table", "expecting args.user_properties to be a table")
	assert(args.callback == nil or type(args.callback) == "function", "expecting args.callback to be a function")

	assert(args.user_properties == nil or type(args.user_properties) == "table", "expecting args.user_properties to be a table")
	assert(args.callback == nil or type(args.callback) == "function", "expecting args.callback to be a function")

	-- fetch and validate args
	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.topic) == "string", "expecting args.topic to be a string")

	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.topic) == "string", "expecting args.topic to be a string")
	assert(args.properties == nil or type(args.properties) == "table", "expecting args.properties to be a table")

	assert(type(args.topic) == "string", "expecting args.topic to be a string")
	assert(args.properties == nil or type(args.properties) == "table", "expecting args.properties to be a table")
	assert(args.user_properties == nil or type(args.user_properties) == "table", "expecting args.user_properties to be a table")

	assert(args.properties == nil or type(args.properties) == "table", "expecting args.properties to be a table")
	assert(args.user_properties == nil or type(args.user_properties) == "table", "expecting args.user_properties to be a table")
	assert(args.callback == nil or type(args.callback) == "function", "expecting args.callback to be a function")

	assert(args.user_properties == nil or type(args.user_properties) == "table", "expecting args.user_properties to be a table")
	assert(args.callback == nil or type(args.callback) == "function", "expecting args.callback to be a function")

	-- fetch and validate args
	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.topic) == "string", "expecting args.topic to be a string")

	assert(type(args) == "table", "expecting args to be a table")
	assert(type(args.topic) == "string", "expecting args.topic to be a string")
	assert(args.payload == nil or type(args.payload) == "string", "expecting args.payload to be a string")

	assert(type(args.topic) == "string", "expecting args.topic to be a string")
	assert(args.payload == nil or type(args.payload) == "string", "expecting args.payload to be a string")
	assert(args.qos == nil or type(args.qos) == "number", "expecting args.qos to be a number")

	assert(args.payload == nil or type(args.payload) == "string", "expecting args.payload to be a string")
	assert(args.qos == nil or type(args.qos) == "number", "expecting args.qos to be a number")
	if args.qos then

	end
	assert(args.retain == nil or type(args.retain) == "boolean", "expecting args.retain to be a boolean")
	assert(args.dup == nil or type(args.dup) == "boolean", "expecting args.dup to be a boolean")

	assert(args.retain == nil or type(args.retain) == "boolean", "expecting args.retain to be a boolean")
	assert(args.dup == nil or type(args.dup) == "boolean", "expecting args.dup to be a boolean")
	assert(args.properties == nil or type(args.properties) == "table", "expecting args.properties to be a table")

	assert(args.dup == nil or type(args.dup) == "boolean", "expecting args.dup to be a boolean")
	assert(args.properties == nil or type(args.properties) == "table", "expecting args.properties to be a table")
	assert(args.user_properties == nil or type(args.user_properties) == "table", "expecting args.user_properties to be a table")

	assert(args.properties == nil or type(args.properties) == "table", "expecting args.properties to be a table")
	assert(args.user_properties == nil or type(args.user_properties) == "table", "expecting args.user_properties to be a table")
	assert(args.callback == nil or type(args.callback) == "function", "expecting args.callback to be a function")

	assert(args.user_properties == nil or type(args.user_properties) == "table", "expecting args.user_properties to be a table")
	assert(args.callback == nil or type(args.callback) == "function", "expecting args.callback to be a function")

function client_mt:acknowledge(msg, rc, properties, user_properties)
	assert(type(msg) == "table" and msg.type == packet_type.PUBLISH, "expecting msg to be a publish packet")
	assert(rc == nil or type(rc) == "number", "expecting rc to be a number")

	assert(type(msg) == "table" and msg.type == packet_type.PUBLISH, "expecting msg to be a publish packet")
	assert(rc == nil or type(rc) == "number", "expecting rc to be a number")
	assert(properties == nil or type(properties) == "table", "expecting properties to be a table")

	assert(rc == nil or type(rc) == "number", "expecting rc to be a number")
	assert(properties == nil or type(properties) == "table", "expecting properties to be a table")
	assert(user_properties == nil or type(user_properties) == "table", "expecting user_properties to be a table")

	assert(properties == nil or type(properties) == "table", "expecting properties to be a table")
	assert(user_properties == nil or type(user_properties) == "table", "expecting user_properties to be a table")

	-- validate args
	assert(rc == nil or type(rc) == "number", "expecting rc to be a number")
	assert(properties == nil or type(properties) == "table", "expecting properties to be a table")

	assert(rc == nil or type(rc) == "number", "expecting rc to be a number")
	assert(properties == nil or type(properties) == "table", "expecting properties to be a table")
	assert(user_properties == nil or type(user_properties) == "table", "expecting user_properties to be a table")

	assert(properties == nil or type(properties) == "table", "expecting properties to be a table")
	assert(user_properties == nil or type(user_properties) == "table", "expecting user_properties to be a table")

	-- validate args
	assert(rc == nil or type(rc) == "number", "expecting rc to be a number")
	assert(properties == nil or type(properties) == "table", "expecting properties to be a table")

	assert(rc == nil or type(rc) == "number", "expecting rc to be a number")
	assert(properties == nil or type(properties) == "table", "expecting properties to be a table")
	assert(user_properties == nil or type(user_properties) == "table", "expecting user_properties to be a table")

	assert(properties == nil or type(properties) == "table", "expecting properties to be a table")
	assert(user_properties == nil or type(user_properties) == "table", "expecting user_properties to be a table")
	assert(self.args.version == 5, "allowed only in MQTT v5.0 protocol")

function client_mt:close_connection(reason)
	assert(not reason or type(reason) == "string", "expecting reason to be a string")
	local conn = self.connection

		conn.secure = true
		if type(secure) == "table" then
			conn.secure_params = secure

function C:work()
  if type(self.pinIn.signal.value) == "number" and type(self.lastSignal) == "number" and type(self.pinIn.threshold.value) == "number" then
    self.pinOut.flow.value = math.abs(self.pinIn.signal.value - self.lastSignal) > (self.pinIn.threshold.value or 0.0001)

function C:work()
  if type(self.pinIn.signal.value) == "number" and type(self.lastSignal) == "number" and type(self.pinIn.threshold.value) == "number" then
    self.pinOut.flow.value = math.abs(self.pinIn.signal.value - self.lastSignal) > (self.pinIn.threshold.value or 0.0001)

function C:work()
  if type(self.pinIn.signal.value) == "number" and type(self.lastSignal) == "number" and type(self.pinIn.threshold.value) == "number" then
    self.pinOut.flow.value = math.abs(self.pinIn.signal.value - self.lastSignal) > (self.pinIn.threshold.value or 0.0001)

    self.pinOut.flow.value = math.abs(self.pinIn.signal.value - self.lastSignal) > (self.pinIn.threshold.value or 0.0001)
  elseif type(self.pinIn.signal.value) == "table" and type(self.lastSignal) == "table" then
    local changed = false

    self.pinOut.flow.value = math.abs(self.pinIn.signal.value - self.lastSignal) > (self.pinIn.threshold.value or 0.0001)
  elseif type(self.pinIn.signal.value) == "table" and type(self.lastSignal) == "table" then
    local changed = false

      for i, v in ipairs(self.pinIn.signal.value) do
        if type(v) == "number" and type(self.lastSignal[i]) == "number" and type(self.pinIn.threshold.value) == "number" then
          changed = changed or math.abs(v - self.lastSignal[i]) > self.pinIn.threshold.value

      for i, v in ipairs(self.pinIn.signal.value) do
        if type(v) == "number" and type(self.lastSignal[i]) == "number" and type(self.pinIn.threshold.value) == "number" then
          changed = changed or math.abs(v - self.lastSignal[i]) > self.pinIn.threshold.value

      for i, v in ipairs(self.pinIn.signal.value) do
        if type(v) == "number" and type(self.lastSignal[i]) == "number" and type(self.pinIn.threshold.value) == "number" then
          changed = changed or math.abs(v - self.lastSignal[i]) > self.pinIn.threshold.value

    self.pinOut.flow.value = changed
  elseif type(self.pinIn.signal.value) ~= type(self.lastSignal) then
    self.pinOut.flow.value = true

    self.pinOut.flow.value = changed
  elseif type(self.pinIn.signal.value) ~= type(self.lastSignal) then
    self.pinOut.flow.value = true

    oldPosIn = posIn
    if type(radIn) == 'table' then
      radIn = radIn[1]

    end
    if instance.value.purpose and type(instance.value.purpose)~="string" then
      log('E', 'In '..tostring(scenario.name),'purpose is missing in json file or purpose has wrong type ')

  for k,v in pairs(vdata) do
    if type(v) == 'table' then
      if v.couplerNodes then

function metat.__index:type(type)
    self.try(self.tp:command("type", type))

    f:login(putt.user, putt.password)
    if putt.type then f:type(putt.type) end
    f:pasv()

_M.put = socket.protect(function(putt, body)
    if base.type(putt) == "string" then return sput(putt, body)
    else return tput(putt) end

    f:login(gett.user, gett.password)
    if gett.type then f:type(gett.type) end
    f:pasv()

_M.get = socket.protect(function(gett)
    if base.type(gett) == "string" then return sget(gett)
    else return tget(gett) end

  if func then
    if type(debug.traceback) ~= "function" then
      fEnv.print = print_saved

local function _recFindUpvalues(moduleTbl, tbl, visitedEntries)
  if type(tbl) ~= 'table' then return end
  if visitedEntries[tostring(tbl)] then return {} end

  for _, entry in pairs(tbl) do
    if type(entry) == 'function' and not visitedEntries[tostring(entry)]  then
      visitedEntries[tostring(entry)] = true -- prevent infinite recursion

      tableMerge(res, resSub)
    --elseif type(entry) == 'table' then
    --  tableMerge(res, _recFindUpvalues(moduleTbl, entry))

    local v = rawget(t, k)
    if type(v) == 'table' then
      local newPath = path .. '/' .. tostring(k)

      end
    elseif type(v) ~= 'function' and type(v) ~= 'userdata' then
      res[k] = v

      end
    elseif type(v) ~= 'function' and type(v) ~= 'userdata' then
      res[k] = v

    res = res .. path .. ' -> ' .. newPath .. ';\n'
    if type(v) == 'table' then
      res = res .. _createGraphviz(v, tablesVisited, newPath)

  -- general fixes
  if type(gui) == 'table' and type(gui.reset) == 'function' then gui.reset() end -- removes any temporary gui caches

  -- general fixes
  if type(gui) == 'table' and type(gui.reset) == 'function' then gui.reset() end -- removes any temporary gui caches

  for k, v in pairs(_G) do
    if (type(v) == 'table' and (rawget(v, '___type') or rawget(v, '___getters'))) or type(v) == 'function' or k == '_G' or k == 'extensions' or k == 'package' then goto continue end
    if type(v) == 'table' and k ~= 'math' and k ~= 'ffi' and k ~= 'jit' and k ~= 'mime' and k ~= 'socket' then

  for k, v in pairs(_G) do
    if (type(v) == 'table' and (rawget(v, '___type') or rawget(v, '___getters'))) or type(v) == 'function' or k == '_G' or k == 'extensions' or k == 'package' then goto continue end
    if type(v) == 'table' and k ~= 'math' and k ~= 'ffi' and k ~= 'jit' and k ~= 'mime' and k ~= 'socket' then

    if (type(v) == 'table' and (rawget(v, '___type') or rawget(v, '___getters'))) or type(v) == 'function' or k == '_G' or k == 'extensions' or k == 'package' then goto continue end
    if type(v) == 'table' and k ~= 'math' and k ~= 'ffi' and k ~= 'jit' and k ~= 'mime' and k ~= 'socket' then
      if rawget(v, '__extensionName__') then goto continue end

  for k, v in pairs(tbl) do
    if type(v) == 'table' then
      local newPath = path .. '/' .. tostring(k)

function tableFindRecursion(tbl)
  if type(tbl) ~= 'table' then return nil end
  local res = {}

  local args = deepcopy(_args) -- do not modify the outside table by any chance
  if type(args.generator) ~= "function" and (type(args.title) ~= "string" or (type(args.onSelect) ~= "function" and type(args["goto"]) ~= "string")) then
    -- TODO: add proper warning/error

  local args = deepcopy(_args) -- do not modify the outside table by any chance
  if type(args.generator) ~= "function" and (type(args.title) ~= "string" or (type(args.onSelect) ~= "function" and type(args["goto"]) ~= "string")) then
    -- TODO: add proper warning/error

  local args = deepcopy(_args) -- do not modify the outside table by any chance
  if type(args.generator) ~= "function" and (type(args.title) ~= "string" or (type(args.onSelect) ~= "function" and type(args["goto"]) ~= "string")) then
    -- TODO: add proper warning/error

  local args = deepcopy(_args) -- do not modify the outside table by any chance
  if type(args.generator) ~= "function" and (type(args.title) ~= "string" or (type(args.onSelect) ~= "function" and type(args["goto"]) ~= "string")) then
    -- TODO: add proper warning/error

  if type(args.level) ~= "string" then
    log("E", "quickaccess", "Menu item level incorrect, needs to be a string: " .. dumps(args))

    for _, e in ipairs(items) do
      if type(e) == "table" then
        if type(e.generator) == "function" then

      if type(e) == "table" then
        if type(e.generator) == "function" then
          e.generator(items)

    -- goto = dive into this new sub menu
    if type(item["goto"]) == "string" and actionIndex == 1 then
      return itemSelectCallback({"goto", item["goto"]})

      return itemSelectCallback({"goto", item["goto"]})
    elseif type(item.onSelect) == "function" and actionIndex == 1 then
      itemSelectCallback(item.onSelect(item))

      itemSelectCallback(item.onSelect(item))
    elseif type(item.onSecondarySelect) == "function" and actionIndex == 2 then
      itemSelectCallback(item.onSecondarySelect(item))

      itemSelectCallback(item.onSecondarySelect(item))
    elseif type(item.onTertiarySelect) == "function" and actionIndex == 3 then
      itemSelectCallback(item.onTertiarySelect(item))

  else
    if type(item.onDeselect) == "function" and actionIndex == 1 then
      itemSelectCallback(item.onDeselect(item))

      itemSelectCallback(item.onDeselect(item))
    elseif type(item.onSecondaryDeselect) == "function" and actionIndex == 2 then
      itemSelectCallback(item.onSecondaryDeselect(item))

      itemSelectCallback(item.onSecondaryDeselect(item))
    elseif type(item.onTertiaryDeselect) == "function" and actionIndex == 3 then
      itemSelectCallback(item.onTertiaryDeselect(item))

local function sortData(data)
  if type(data) ~= "table" then
    return data

    table.insert(sortedData, data[field])
    if type(sortedData[i]) == "table" then
      if sortedData[i][1] then

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

  local gearWhineCoefsOutput = jbeamData.gearWhineCoefsOutput or jbeamData.gearWhineCoefs
  if gearWhineCoefsOutput and type(gearWhineCoefsOutput) == "table" then
    local gearIndex = device.minGearIndex

  local gearWhineCoefsInput = jbeamData.gearWhineCoefsInput or jbeamData.gearWhineCoefs
  if gearWhineCoefsInput and type(gearWhineCoefsInput) == "table" then
    local gearIndex = device.minGearIndex

  if jbeamData.gearboxNode_nodes and type(jbeamData.gearboxNode_nodes) == "table" then
    device.transmissionNodeID = jbeamData.gearboxNode_nodes[1]

  if type(device.transmissionNodeID) ~= "number" then
    device.transmissionNodeID = nil

local function toBool(val)
  if type(val) == "string" then
    if val == "0" then return false elseif val == "1" then return true end

    if val == "0" then return false elseif val == "1" then return true end
  elseif type(val) == "number" then
    if val == 0 then return false elseif val == 1 then return true end

  else
    log('E', logTag, "Type " .. type(val) .. " not supported by toBool() function!")
  end

  local jbeamLoader = require("jbeam/loader")
  log('D', 'vehicleLoader', 'partConfigData [' .. type(configDataIn) .. '] = ' .. dumps(configDataIn))
  local vehicleConfig = extensions.core_vehicle_partmgmt.buildConfigFromString(vehicleDir, configDataIn)

      local ok, summary = pcall(function() return vehicleObj:getMeshCacheRebuildSummary() end)
      if ok and type(summary) == 'table' then meshCacheSummary = summary end
    end

  if paint and type(paint) == 'table' then
    local paintsData = {}

  if func then
    if type(debug.traceback) ~= "function" then
      print("*** LUA TRACEBACK BROKEN ***")

    do
        if type(updateLuaCore) == 'function' then updateLuaCore() end -- try to do garbage collection and cleanups
        io.write("> ")

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

  maxWastegateLimit = 1
  if type(turbo.wastegateStart) == "table" then
    for k, v in pairs(turbo.wastegateStart) do

  wastegateLimit = {}
  if type(turbo.wastegateLimit) == "table" then
    for k, v in pairs(turbo.wastegateLimit) do

    end
  elseif type(turbo.wastegateLimit) == "number" then
    wastegateLimit[1] = (turbo.wastegateLimit or 0) * constants.psiToPascal

  for k, _ in pairs(assignedEngine.torqueCurve) do
    if type(k) == "number" and k < assignedEngine.maxRPM then
      local rpm = floor(k)

            for k, v in pairs(data) do
              if type(v) ~= 'table' then
                im.TextUnformatted(tostring(v))

_M.put = socket.protect(function(putt, body)
    if type(putt) == "string" then
      putt = _M.parseRequest(putt, body)

_M.get = socket.protect(function(gett)
    if type(gett) == "string" then
      gett = _M.parseRequest(gett)

  local cur = branchWaypoint[#branchWaypoint]
  if type(cur) == 'string' then
      return {{branch = branchName, index = #branchWaypoint, cpName = cur }}

      return {{branch = branchName, index = #branchWaypoint, cpName = cur }}
  elseif  type(cur) == 'table' then
    for i,b in ipairs(cur) do

      local cur = path[i]
      if type(cur) == 'string' then
        to =  {

        }
      elseif  type(cur) == 'table' then
        to = {}

      -- generate next from-list
      if type(cur) == 'string' then
        from = {{branch = pName, index = i, cpName = cur}}

        from = {{branch = pName, index = i, cpName = cur}}
      elseif  type(cur) == 'table' then
        from = {}

  local cur = scenario.BranchLapConfig[#scenario.BranchLapConfig]
  if type(cur) == 'string' then
    from =  {

    }
  elseif  type(cur) == 'table' then
    for i, branchName in ipairs(cur) do

        for i, v in ipairs(branch) do
          if type(v) == 'string' then
            table.insert(M.state.waypointBranches[bName],v)

        for i, v in ipairs(branch) do
          if type(v) == 'string' then
            table.insert(M.state.waypointBranches[bName],v)

                                end
                                if type(x) == "table" then
                                  local txtstring = m..": "

                                  im.Text(m..": "..tostring(x))
                                  if im.IsItemHovered() and type(x) == "string" then
                                    texHovered(x)

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

    get type()
    {

  if type(class) == 'number' then
    local classArray = {"S", "A", "B", "C", "D"}

    local id = self.pinIn.vehicleIds.value[self.pinIn.index.value]
    if type(id) == 'number' then
      self.pinOut.vehId.value = id

  if jbeamData.soundNode_nodes and type(jbeamData.soundNode_nodes) == "table" and type(jbeamData.soundNode_nodes[1]) == "number" then
    soundNode = jbeamData.soundNode_nodes[1]

  if jbeamData.soundNode_nodes and type(jbeamData.soundNode_nodes) == "table" and type(jbeamData.soundNode_nodes[1]) == "number" then
    soundNode = jbeamData.soundNode_nodes[1]

    local obj = scenetree.findObject(objName)
    if obj and type(obj["onEditorEnable"]) == "function" and type(obj["onEditorDisable"]) == "function" then
      if enable then

    local obj = scenetree.findObject(objName)
    if obj and type(obj["onEditorEnable"]) == "function" and type(obj["onEditorDisable"]) == "function" then
      if enable then

	local sc = scale
	if type(scale) ~= 'number' then
		mtx:scale(scale)

	local normnew = false
	if not dnorm[akey[1]][akey[2]] and type(an)=='table' then
		-- new normal

--		lo('?? ifizn:'..tostring(isnan(an))..':'..tostring(an)..':'..type(1)..':'..type({}))
	local inorm = type(an) == 'table' and dnorm[akey[1]][akey[2]] or an

--		lo('?? ifizn:'..tostring(isnan(an))..':'..tostring(an)..':'..type(1)..':'..type({}))
	local inorm = type(an) == 'table' and dnorm[akey[1]][akey[2]] or an

--		lo('?? ifizn:'..tostring(isnan(an))..':'..tostring(an)..':'..type(1)..':'..type({}))
	local inorm = type(an) == 'table' and dnorm[akey[1]][akey[2]] or an
--	local inorm = isnan(an) and dnorm[akey[1]][akey[2]] or an

	local dnorm = {}
	if type(an) == 'table' then
--	if isnan(an) then

			if askip[i] ~= nil and askip[i][j] ~= nil then
--                lo('??_________ for_TYPE:'..tostring(type(skip[i][j])))
				toflip = type(askip[i][j]) == 'table' and askip[i][j][1] or false

--                lo('??_________ for_TYPE:'..tostring(type(skip[i][j])))
				toflip = type(askip[i][j]) == 'table' and askip[i][j][1] or false
				skip = type(askip[i][j]) == 'table' and askip[i][j][2] or askip[i][j]

				toflip = type(askip[i][j]) == 'table' and askip[i][j][1] or false
				skip = type(askip[i][j]) == 'table' and askip[i][j][2] or askip[i][j]
					toflip = true

      -- handling of slottypes properly with backward compatibility
      if type(part.slotType) == 'string' then
        isLicenseplate = part.slotType:find('_licenseplate')

        isSkin = part.slotType:find('skin_') or part.slotType == 'paint_design'
      elseif type(part.slotType) == 'table' then
        for _, slotType in ipairs(part.slotType) do

        for _, slotType in ipairs(part.slotType) do
          isLicenseplate = isLicenseplate or (type(slotType) == 'string' and slotType:find('_licenseplate'))
          isLicenseplateDesign = isLicenseplateDesign or (type(slotType) == 'string' and slotType:find('licenseplate_design'))

          isLicenseplate = isLicenseplate or (type(slotType) == 'string' and slotType:find('_licenseplate'))
          isLicenseplateDesign = isLicenseplateDesign or (type(slotType) == 'string' and slotType:find('licenseplate_design'))
          isSkin = isSkin or (type(slotType) == 'string' and slotType:find('skin_') or slotType == 'paint_design')

          isLicenseplateDesign = isLicenseplateDesign or (type(slotType) == 'string' and slotType:find('licenseplate_design'))
          isSkin = isSkin or (type(slotType) == 'string' and slotType:find('skin_') or slotType == 'paint_design')
        end

      if isSkin then
        local skinSlot = (type(part.skinType) == 'string' and part.skinType ~= '') and part.skinType or part.slotType
        if skinSlot == 'paint_design' or type(skinSlot) ~= 'string' then skinSlot = '' end

        local skinSlot = (type(part.skinType) == 'string' and part.skinType ~= '') and part.skinType or part.slotType
        if skinSlot == 'paint_design' or type(skinSlot) ~= 'string' then skinSlot = '' end
        vehicleObj:setSkin(skinSlot .. '.' .. (part.skinName or part.globalSkin or ''))

    local extBlacklist = {".imposter.dds",'.imposter_normals.dds'}
    if type(jobData.blacklistExtensions) == "table" then
      for _, ext in ipairs(jobData.blacklistExtensions) do

      for _, ext in ipairs(jobData.blacklistExtensions) do
        if type(ext) == "string" and ext ~= "" then
          local e = ext:lower()

    for _, folderTable in pairs(stockLevelsData) do
      if type(folderTable) == "table" then
        for path, info in pairs(folderTable) do

      for _, folderTable in pairs(modLevelsData) do
        if type(folderTable) == "table" then
          for path, info in pairs(folderTable) do

  local args = deepcopy(_args) -- do not modify the outside table by any chance
  if  type(args.generator) ~= 'function' and (type(args.title) ~= 'string' or (type(args.onSelect) ~= 'function' and type(args["goto"]) ~= 'string')) then
    -- TODO: add proper warning/error

  local args = deepcopy(_args) -- do not modify the outside table by any chance
  if  type(args.generator) ~= 'function' and (type(args.title) ~= 'string' or (type(args.onSelect) ~= 'function' and type(args["goto"]) ~= 'string')) then
    -- TODO: add proper warning/error

  local args = deepcopy(_args) -- do not modify the outside table by any chance
  if  type(args.generator) ~= 'function' and (type(args.title) ~= 'string' or (type(args.onSelect) ~= 'function' and type(args["goto"]) ~= 'string')) then
    -- TODO: add proper warning/error

  local args = deepcopy(_args) -- do not modify the outside table by any chance
  if  type(args.generator) ~= 'function' and (type(args.title) ~= 'string' or (type(args.onSelect) ~= 'function' and type(args["goto"]) ~= 'string')) then
    -- TODO: add proper warning/error

  if type(args.level) ~= 'string' then
    log('E', 'quickaccess', 'Menu item level incorrect, needs to be a string: ' .. dumps(args))

        local vData = extensions.core_vehicle_manager.getVehicleData(vehId)
        if vData and vData.vdata and type(vData.vdata.triggers) == 'table' then
          for _, trg in pairs(vData.vdata.triggers or {}) do

  for _, e in ipairs(entries) do
    if type(e) == 'table' then
      if type(e.generator) == 'function' then

    if type(e) == 'table' then
      if type(e.generator) == 'function' then
        e.generator(entries)

    for _, e in ipairs(items) do
      if type(e) == "table" then
        if type(e.generator) == "function" then

      if type(e) == "table" then
        if type(e.generator) == "function" then
          e.generator(items)

  if type(level) ~= 'string' then
    if getPlayerVehicle(0) then

  log('D', 'quickaccess.itemSelectCallback', 'called: ' .. dumps(actionResult))
  if type(actionResult) ~= 'table' then
    log('E', 'quickaccess.itemSelectCallback', 'invalid item result args: ' .. dumps(actionResult))

    -- goto = dive into this new sub menu
    if type(item["goto"]) == 'string' and actionIndex == 1 then
      itemSelectCallback({'goto', item["goto"]})

      return true
    elseif type(item.onSelect) == 'function' and actionIndex == 1 then
      itemSelectCallback(item.onSelect(item))

      itemSelectCallback(item.onSelect(item))
    elseif type(item.onSecondarySelect) == 'function' and actionIndex == 2 then
      itemSelectCallback(item.onSecondarySelect(item))

      itemSelectCallback(item.onSecondarySelect(item))
    elseif type(item.onTertiarySelect) == 'function' and actionIndex == 3 then
      itemSelectCallback(item.onTertiarySelect(item))

  else
    if type(item.onDeselect) == 'function' and actionIndex == 1 then
      itemSelectCallback(item.onDeselect(item))

      itemSelectCallback(item.onDeselect(item))
    elseif type(item.onSecondaryDeselect) == 'function' and actionIndex == 2 then
      itemSelectCallback(item.onSecondaryDeselect(item))

      itemSelectCallback(item.onSecondaryDeselect(item))
    elseif type(item.onTertiaryDeselect) == 'function' and actionIndex == 3 then
      itemSelectCallback(item.onTertiaryDeselect(item))

local function selectItem(id, buttonDown, actionIndex)
  if type(id) ~= 'number' then return end
  if currentMenuItems == nil then return end

local function contextAction(id, buttonDown, actionIndex)
  if type(id) ~= 'number' then return end
  if currentMenuItems == nil then return end

  end
  if m.contextAction and type(m.contextAction) == 'function' then
    m.contextAction()

    local currentPath = (path and (path .. "/" .. key) or key)
    if type(value) == "table" then
      local isLowestLevel = true

      for subKey, subValue in pairs(value) do
        if type(subValue) == "table" then
          isLowestLevel = false

  if not dials or type(dials) ~= 'table' or #dials == 0 then
    log('D', logTag, 'Dials table is required and must not be empty')

  local vehicle
  if type(initData) == "string" and string.len(initData) > 0 then
    profilerPushEvent("deserialize")

    profilerPopEvent("deserialize")
    if state and type(initData) == "table" then
      if initData.vdata then

  else
    log("E", "vehicle", "invalid initData: " .. tostring(type(initData)) .. ": " .. tostring(initData))
  end

function onCallEvent(funName, data)
  if type(funName) ~= "string" then
    return

    local m = _G[string.sub(funName, 1, j - 1)]
    if type(m) == "table" then
      f = m[string.sub(funName, j + 1)]

  if type(f) == "function" then
    f(data)

  for k, v in pairs(table) do
    if type(v) == 'table' then
      children[k] = v

  local dataType = type(configData)
  local fileData

  if not inData or type(inData) ~= 'table' then
    log('W', "partmgmt.mergeConfig", "invalid argument [" .. type(inData) .. '] = '..dumps(inData))

  if not inData or type(inData) ~= 'table' then
    log('W', "partmgmt.mergeConfig", "invalid argument [" .. type(inData) .. '] = '..dumps(inData))
    return

local function setTargetSpeed(val)
  if type(val) ~= "number" then
    log("E","bullettime","Tried to set non-numeric speed: "..dumps(val))

          for _, info in ipairs(json) do
            local radius = type(info.size) == 'table' and info.size[1] or info.size
            M.addCheckPoint(vec3(info.position), vec3(info.direction), radius)

local function setSpeed(speed)
  if type(speed) ~= 'number' then M.routeSpeed = nil else M.routeSpeed = speed end
end

  if (arg.wpTargetList == nil and arg.path == nil and arg.script == nil) or
    (type(arg.wpTargetList) ~= 'table' and type(arg.path) ~= 'table' and type(arg.script) ~= 'table') or
    (arg.wpSpeeds ~= nil and type(arg.wpSpeeds) ~= 'table') or

  if (arg.wpTargetList == nil and arg.path == nil and arg.script == nil) or
    (type(arg.wpTargetList) ~= 'table' and type(arg.path) ~= 'table' and type(arg.script) ~= 'table') or
    (arg.wpSpeeds ~= nil and type(arg.wpSpeeds) ~= 'table') or

  if (arg.wpTargetList == nil and arg.path == nil and arg.script == nil) or
    (type(arg.wpTargetList) ~= 'table' and type(arg.path) ~= 'table' and type(arg.script) ~= 'table') or
    (arg.wpSpeeds ~= nil and type(arg.wpSpeeds) ~= 'table') or

    (type(arg.wpTargetList) ~= 'table' and type(arg.path) ~= 'table' and type(arg.script) ~= 'table') or
    (arg.wpSpeeds ~= nil and type(arg.wpSpeeds) ~= 'table') or
    (arg.noOfLaps ~= nil and type(arg.noOfLaps) ~= 'number') or

    (arg.wpSpeeds ~= nil and type(arg.wpSpeeds) ~= 'table') or
    (arg.noOfLaps ~= nil and type(arg.noOfLaps) ~= 'number') or
    (arg.routeSpeed ~= nil and type(arg.routeSpeed) ~= 'number') or

    (arg.noOfLaps ~= nil and type(arg.noOfLaps) ~= 'number') or
    (arg.routeSpeed ~= nil and type(arg.routeSpeed) ~= 'number') or
    (arg.routeSpeedMode ~= nil and type(arg.routeSpeedMode) ~= 'string') or

    (arg.routeSpeed ~= nil and type(arg.routeSpeed) ~= 'number') or
    (arg.routeSpeedMode ~= nil and type(arg.routeSpeedMode) ~= 'string') or
    (arg.driveInLane ~= nil and type(arg.driveInLane) ~= 'string') or

    (arg.routeSpeedMode ~= nil and type(arg.routeSpeedMode) ~= 'string') or
    (arg.driveInLane ~= nil and type(arg.driveInLane) ~= 'string') or
    (arg.aggression ~= nil and type(arg.aggression) ~= 'number')

    (arg.driveInLane ~= nil and type(arg.driveInLane) ~= 'string') or
    (arg.aggression ~= nil and type(arg.aggression) ~= 'number')
  then

        -- Set filter: use existing logic for option-based filters
        if type(filterOptions) ~= 'table' or filterOptions == nil then
          goto continue

      if newFilters[propName] then
        if type(lockedOptions) == 'table' then
          -- For set filters, preserve locked options

    if entry.dataType and entry.dataType == 'statistics' then
      if entry.data and type(entry.data) == 'string' and entry.data == 'overall_pass' then
        result = result or isOverallResultPass()

  for _, v in ipairs(data.achievements) do
    if v.key and type(v.key) == 'string' then
      if achievementRequirementMet(v) then

local function setLogDataToCSV(val)
  if val == true or (type(val) == 'string' and string.lower(val) ~= 'off') then
    if type(val) == 'string' and string.lower(val) ~= 'on' then

  if val == true or (type(val) == 'string' and string.lower(val) ~= 'off') then
    if type(val) == 'string' and string.lower(val) ~= 'on' then
      logDataToCSV = val

    local fileName
    if type(logDataToCSV) == 'string' then
      fileName = csvLog:write(logDataToCSV)

  if _externalForce == nil then _externalForce = inScript.externalForce end
  externalForce = _externalForce and (type(_externalForce) == 'number' and _externalForce or 0.0004) or 0
  hasCollided = false

local function replaceSpecialValues(val)
  local typeval = type(val)
  if typeval == "table" then

    for sectionName, section in pairs(part) do
      if type(section) == "table" and #section > 1 then
        -- Go through each line in part's current section

        end
      elseif sectionName:match('^scale') and type(section) == "number" then
        modsScalers[sectionName:sub(6, #sectionName)] = {modVal = section, partPath = partName}

      if newSectionModifiers.collision and newSectionModifiers.collision.modVal == true then newSectionModifiers.collision.modVal = nil end -- the default
      if newSectionModifiers.chemEnergy and (type(newSectionModifiers.chemEnergy.modVal) ~= 'number' or newSectionModifiers.chemEnergy.modVal == 0) then newSectionModifiers.chemEnergy.modVal = nil end
      if newSectionModifiers.flashPoint and not newSectionModifiers.flashPoint.modVal then

      local modVal = modData.modVal
      local vehDataModValType = type(vehDataModVal)
      local modValType = type(modVal)

      local vehDataModValType = type(vehDataModVal)
      local modValType = type(modVal)

                  local newModVal = deepcopy(modVal)
                  if type(newModVal) == "table" then
                    newModVal["__astNodeIdx"] = nil

                  local isScaled = false
                  if modsScalers[mod] and type(newModVal) == "number" and type(modsScalers[mod].modVal) == "number" then
                    newModVal = newModVal * modsScalers[mod].modVal

                  local isScaled = false
                  if modsScalers[mod] and type(newModVal) == "number" and type(modsScalers[mod].modVal) == "number" then
                    newModVal = newModVal * modsScalers[mod].modVal

                local colData = lineData[lineCol]
                if type(colData) == 'table' and tableIsDict(colData) and #lineData > headerSize then
                  for mod, modVal in pairs(colData) do

                      local newModVal = deepcopy(modVal)
                      if type(newModVal) == "table" then
                        newModVal["__astNodeIdx"] = nil

                      local isScaled = false
                      if modsScalers[mod] and type(newModVal) == "number" and type(modsScalers[mod].modVal) == "number" then
                        newModVal = newModVal * modsScalers[mod].modVal

                      local isScaled = false
                      if modsScalers[mod] and type(newModVal) == "number" and type(modsScalers[mod].modVal) == "number" then
                        newModVal = newModVal * modsScalers[mod].modVal

                    (
                      (type(modifiersDefaultValues[sectionName][mod]) == 'table' and not modifiersDefaultValues[sectionName][mod][modData.modVal]) or
                      (type(modifiersDefaultValues[sectionName][mod]) ~= 'table' and modData.modVal ~= modifiersDefaultValues[sectionName][mod])

                      (type(modifiersDefaultValues[sectionName][mod]) == 'table' and not modifiersDefaultValues[sectionName][mod][modData.modVal]) or
                      (type(modifiersDefaultValues[sectionName][mod]) ~= 'table' and modData.modVal ~= modifiersDefaultValues[sectionName][mod])
                    )

      local vStr = nil
      if type(v) == "string" then vStr = '"' .. v .. '"' else vStr = tostring(v) end
      str = str .. '' .. k .. ' = ' .. vStr

      local vStr = nil
      if type(v) == "string" then vStr = '"' .. v .. '"' else vStr = tostring(v) end
      str = str .. vStr

                local modValStr = nil
                local modValType = type(modVal)

    get type() { return this._type; }
    get eventName() { return this._eventName; }

    local ci = toRemove[i]
    if type(coroutines[ci].exitcbl) == 'function' then
      coroutines[ci].exitcbl(coroutines[ci])

  if paints and type(paints) == 'table' then
    local paint = paints[1]

    get displayName() { return this._displayName; }
    get type() { return this._type; }
    get initialState() { return this._initialState; }

  bufTmp:reset()
  peekEncLua[type(v)](v)
  return bufTmp:get()

  serTmp[1] = 'a'
  serTmp[peekEnc[type(v)](v, 2)] = '~'
  local res = tableconcat(serTmp)

  bufTmp:reset():put('b')
  peekEncBin[type(v)](bufTmp, v)
  return bufTmp:get()

  bufTmp:reset():put('b')
  peekEncBin[type(v)](bufTmp, v)
  return bufTmp

        else
          bufTmp:putf(type(kk) == 'string' and "%s[%q]=" or "%s[%s]=", prefix, kk)
        end

        prefix = ","
        peekEncLua[type(vv)](vv)
      end

          arrayidx = arrayidx + 1
          peek[type(vv)](buf, vv)
        else

          buf:put('\3'):encode(kk)
          peek[type(vv)](buf, vv)
        end

            arrayidx = arrayidx + 1
            seridx = peek[type(vv)](vv, seridx)
          else

            dictlen = dictlen + 1
            seridx = peek[type(vv)](vv, peek[type(kk)](kk, seridx + 1))
          end

            dictlen = dictlen + 1
            seridx = peek[type(vv)](vv, peek[type(kk)](kk, seridx + 1))
          end

          dictlen = dictlen + 1
          seridx = peek[type(vv)](vv, peek[type(kk)](kk, seridx))
        end

          dictlen = dictlen + 1
          seridx = peek[type(vv)](vv, peek[type(kk)](kk, seridx))
        end

    if type(posVal) == "table" then
      -- Array format

    if type(rotVal) == "table" then
      -- Array format

	for i,d in pairs(daePath[tp]) do
		local str = type(d) == 'string' and d or d[1]
		if str == dae then

	local sc = scale
	if type(scale) ~= 'number' then
		mtx:scale(scale)

									if dae ~= nil then
									if type(dae) == 'table' then
										--TODO: handle better

--  [7] is the lane midpoint position at the point,
--  [8] is the lane type (string).
--  [9:11] is the lane width and left/right relative heights.

      rdk[7] = (p1 + p2) * 0.5                                                                      -- [7] The lane midpoint (on top face).
      rdk[8] = profile[k].type                                                                      -- [8] The lane type ('road_lane', 'sidewalk', 'island', etc).
      rdk[9], rdk[10], rdk[11] = laneWidth, heightL, heightR                                        -- [9:11] The lane width, left/right relative heights.

      rdk[7] = (p1 + p2) * 0.5                                                                      -- [7] The lane midpoint (on top face).
      rdk[8] = profile[k].type                                                                      -- [8] The lane type ('road_lane', 'sidewalk', 'island', etc).
      rdk[9], rdk[10], rdk[11] = laneWidth, heightL, heightR                                        -- [9:11] The lane width, left/right relative heights.

local function onDeserialize(data)
  if type(data) ~= 'table' then
    return

  end
  if type(bool) == "boolean" then
    return bool and 1 or 0

  local mp
  if type(data)=="string" then
    mp = convert_bitstring_to_bytes(data)

    mp = convert_bitstring_to_bytes(data)
  elseif type(data)=="table" then
    mp = data

  else
    assert(false,"Unknown type for data: %s",type(data))
  end

local function arrange_codewords_and_calculate_ec( version,ec_level,data )
  if type(data)=="table" then
    local tmp = ""

function luasocket_ssl.connect(conn)
	assert(type(conn.secure_params) == "table", "expecting .secure_params to be a table")

local selectItem = function(item)
  local itemId = type(item) == "table" and item.id or item
  local selectedItem = Config.TopBarEntries[itemId]

  -- -- remove leading slash from state
  -- if type(state) == "string" and string.sub(state, 1, 1) == "/" then
  --   state = string.sub(state, 2)

  -- -- TODO: popup check is a hack for now. maybe we can check popup state from lua instead
  -- if not opened or M.state.currentUIState == state or (type(state) == "string" and string.sub(state, 1, 5) == "popup") then
  --   return

      if type(instance.value.maxTime) ~="number" and type(instance.value.waitTime) ~="number" then
        log('E', 'In '..tostring(scenario.name), ' maxTime or waitTime have a wrong type it should be a number')

      if type(instance.value.maxTime) ~="number" and type(instance.value.waitTime) ~="number" then
        log('E', 'In '..tostring(scenario.name), ' maxTime or waitTime have a wrong type it should be a number')

      if instance.value.countdown and type(instance.value.countdown)~="number" then
        log('E', 'In '..tostring(scenario.name), ' countdown has a wrong type it should be a number')

  gm.collisiontype = 0
  if type(v.collisiontype) == 'string' then
    gm.collisiontype = particles.getOrAddMaterialIDByName(materials, v.collisiontype)

        -- make weight into a table to pick random ones later
        if type(item.weight) ~= "table" then
          item.weight = {item.weight}

        if type(item.slots) ~= "table" then
          item.slots = {item.slots}

  -- just to be sure... some semi-old save version saved it as numbers instead of tables...
  if fac.materialStorages[generator.materialType] and type(fac.materialStorages[generator.materialType]) == "table" then
    vol = fac.materialStorages[generator.materialType].storedVolume

    vol = fac.materialStorages[generator.materialType].storedVolume
  elseif fac.materialStorages[generator.materialType] and type(fac.materialStorages[generator.materialType]) == 'number' then
    vol = fac.materialStorages[generator.materialType] or vol

      local accessPointsByName = {}
      if type(fac.sitesFile) == "string" then
        table.insert(sites, gameplay_sites_sitesManager.loadSites(fac.sitesFile))

      for _, filter in ipairs(fac.multiDropOffSpotFilter or {}) do
        if type(filter) == "table" and filter.type == "byZone" then
          local zoneName = filter.zoneName

    if oldData then
      if type(oldData[k]) == "number" and type(v) == "number" then
        local relativeDifference = math.abs(1 - (v / oldData[k]))

    if oldData then
      if type(oldData[k]) == "number" and type(v) == "number" then
        local relativeDifference = math.abs(1 - (v / oldData[k]))

  end
  if type(v) == 'table' then
    return ColorF(v.r / 255, v.g / 255, v.b / 255, v.a / 255)

    return ColorF(v.r / 255, v.g / 255, v.b / 255, v.a / 255)
  elseif type(v) == 'string' and string.len(v) > 7 and v:sub(1,1) == '#' then
    v = v:gsub("#","")

          if prop.materialOverride then
            if #prop.materialOverride == 2 and type(prop.materialOverride[1])=="string" and type(prop.materialOverride[2])=="string" then
              log('E', "jbeam.pushToPhysics", "prop="..dumps(prop.mesh)..".`materialOverride`: need to be array of array")

          if prop.materialOverride then
            if #prop.materialOverride == 2 and type(prop.materialOverride[1])=="string" and type(prop.materialOverride[2])=="string" then
              log('E', "jbeam.pushToPhysics", "prop="..dumps(prop.mesh)..".`materialOverride`: need to be array of array")

          if flexbody.materialOverride then
            if #flexbody.materialOverride == 2 and type(flexbody.materialOverride[1])=="string" and type(flexbody.materialOverride[2])=="string" then
              -- f:setMaterialOverride(flexbody.materialOverride[1], flexbody.materialOverride[2])

          if flexbody.materialOverride then
            if #flexbody.materialOverride == 2 and type(flexbody.materialOverride[1])=="string" and type(flexbody.materialOverride[2])=="string" then
              -- f:setMaterialOverride(flexbody.materialOverride[1], flexbody.materialOverride[2])

local function convertBinaryDataToString(data)
  local t = type(data)
  if t == 'userdata' then

function M.getVariableType(value)
  local t = type(value)
  if     t == "boolean"               then t = "bool"

function M.isVariableCompatible(value, compType)
  local t = type(value)
  if     t == "boolean"               then return compType == 'bool'

  if type(typeName) == 'table' then typeName = typeName[1] end

    data = deepcopy(_data)
    if type(data.text) ~= 'string' then
        log('E', 'annotate', 'invalid text for annotation extension')

local function addTextureMap(path)
  if type(path) ~= 'string' or #path == 0 then
    -- log('W', '', 'The given path is either not a string or is empty.')

    for k,o in pairs(options) do
      if type(o.get) == 'function' then
        values[k] = o.get()

  for k,o in pairs(options) do
    if type(o.getModes) == 'function' then
      o.modes = o.getModes()

    values[key] = value
    if options[key] and type(options[key].set) == 'function' then
      options[key].set(value)

        options[k].set = function(value)
          if type(CppSettings[k]) == type(value) then
            CppSettings[k] = value

        options[k].set = function(value)
          if type(CppSettings[k]) == type(value) then
            CppSettings[k] = value

          else
            log("E", "", string.format("Unable to parse setting '%s': it should be a %s, but is a %s. The ignored value is: %s", k, type(CppSettings[k]), type(value), dumps(value)))
          end

          else
            log("E", "", string.format("Unable to parse setting '%s': it should be a %s, but is a %s. The ignored value is: %s", k, type(CppSettings[k]), type(value), dumps(value)))
          end

  if jbeamData.soundNode_nodes and type(jbeamData.soundNode_nodes) == "table" and type(jbeamData.soundNode_nodes[1]) == "number" then
    soundNode = jbeamData.soundNode_nodes[1]

  if jbeamData.soundNode_nodes and type(jbeamData.soundNode_nodes) == "table" and type(jbeamData.soundNode_nodes[1]) == "number" then
    soundNode = jbeamData.soundNode_nodes[1]

  if obj then
    if type(actionData.property) == "table" then
      if type(actionData.oldValue) == "table" then

    if type(actionData.property) == "table" then
      if type(actionData.oldValue) == "table" then
        for k, prop in ipairs(actionData.property) do

  if obj then
    if type(actionData.property) == "table" then
      if type(actionData.newValue) == "table" then

    if type(actionData.property) == "table" then
      if type(actionData.newValue) == "table" then
        for k, prop in ipairs(actionData.property) do

  local oldValue
  if type(property) == "table" then
    if type(value) == "table" then

  if type(property) == "table" then
    if type(value) == "table" then
      oldValue = {}

    local firstChar = tonumber(string.sub(ffi.string(terrainMtlCopyProxy.nameInput), 1, 1))
    if firstChar and type(firstChar) == "number" then
      notificationState = 1

      -- im.Spacing()
      if type(t.errors) == 'number' and t.errors > 0 then
        im.TextColored(im.ImVec4(1.0, 0.0, 0.0, 1.0), tostring(t.errors) .. 'E ')

      end
      if type(t.warnings) == 'number' and t.warnings > 0 then
        im.TextColored(im.ImVec4(1.0, 1.0, 0.0, 1.0), tostring(t.warnings) .. 'W')

    for k,l in ipairs(logs) do
      -- if type(l) == "table" then
        r = _filter(logs[k], origFilter)

        end
      -- elseif r and type(l) == "string" then
      --   logFiltered[lastEntry] = k

      local t = history[historyPos]
      if type(t) ~= "string" then
        log("E","inputCallback", "history is corrupted (not str)")

  -- if lvl == "A" then return end --So it doesn't add prints
  if type(timer) == "string" then
    t = timer

    t = timer
  elseif type(timer) == "number" then
    t = string.format("%.3f", timer)

      -- for _,l in ipairs(logs) do
      --   if type(l) == "string" then
      --     im.NextColumn()

      -- for _,l in ipairs(logFiltered) do
      --   if type(l) == "string" then
      --     if viewColumn.time[0] then

      --   end
      --   if type(l) == "string" then
      --     if viewColumn.time[0] then

          --   for k,v in pairs(logFiltered) do
          --     if type(v) == number and (i+logsHead+offset) >k and (i+logsHead+offset)<=v then tmp = true; print("brk");break; end
          --   end

          end
          if type(l) == "string" then
            -- if viewColumn.time[0] then

                --table.insert(console_log_buffer, {'r', tostring(res)})
                if type(res)=="string" and res:sub(1,7)== "Error: " then
                  log("E", "exec", res)

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

  local integrityState = integrity
  if type(integrity) == "number" then
    local integrityValue = integrity

 * 1. All items are passed through the predicate (or predicates), and the returned values are saved
 *    along with their type (`string`, `number` etc). For example, an item `{label: 'foo'}`, passed
 *    through a predicate that extracts the value of the `label` property, would be transformed to:

        --direction, type, name, default, description, autoNumber
        if type(p[2]) == 'table' and tableContains(p[2],'table') then
          local pin = self:createPin('in',p[2],p[1]..'_'..i)

  local oldCam = getGlobalCameras()[activeGlobalCameraName]
  if oldCam and type(oldCam.onCameraChanged) == 'function' then oldCam:onCameraChanged(false) end

    if newCam.setCustomData then newCam:setCustomData(customData or {}) end
    if type(newCam.onCameraChanged) == 'function' then newCam:onCameraChanged(true) end
  end

      newCam.focused = true
      if type(newCam.onCameraChanged) == 'function' then
        newCam:onCameraChanged(true)

      oldCam.focused = false
      if type(oldCam.onCameraChanged) == 'function' then
        oldCam:onCameraChanged(false)

  local player, camName, withTransition, customData
  if type(arg[1]) == "number" then
    player, camName, withTransition, customData = unpack(arg, 1, table.maxn(arg)) -- without arguments, unpack can stop at the first nil it encounters, cutting the row short

  -- sanitization
  if type(jbeamConfig.distance) == 'string' then jbeamConfig.distance = tonumber(jbeamConfig.distance) end
  if type(jbeamConfig.distanceMin) == 'string' then jbeamConfig.distanceMin = tonumber(jbeamConfig.distanceMin) end

  if type(jbeamConfig.distance) == 'string' then jbeamConfig.distance = tonumber(jbeamConfig.distance) end
  if type(jbeamConfig.distanceMin) == 'string' then jbeamConfig.distanceMin = tonumber(jbeamConfig.distanceMin) end

    tableMergeRecursive(camera, jbeamConfig)
    if type(camera.onVehicleCameraConfigChanged) == 'function' then
      camera:onVehicleCameraConfigChanged()

      if cam.order then
        if type(cam.order) == 'number' then
          if cam.order < orderMin then

        else
          log("E", "", "Incorrectly defined camera, 'order' field is not numeric: "..dumps(type(order)))
        end

        if camera.wasFocused then
          if type(camera.onCameraChanged) == 'function' then
            camera:onCameraChanged(camera.focused)

          camera.focused = true
          if type(camera.onCameraChanged) == 'function' then
            camera:onCameraChanged(camera.focused)

  local vehID, camName
  if type(camId) == "number" then
    vehID = camId

    vehID = camId
  elseif type(camId) == "table" then
    vehID = camId.vehId

  local c = vdata.cameras[camName or vdata.focusedCamName]
  if c and type(c[fct]) == 'function' then
    return c[fct](c, ...) -- c = self

  if getActiveCamName() == 'path' or triggeredDuringSpawning then
    if type(trigger.cameraOnEnter) == 'string' and trigger.cameraOnEnter ~= "" then
      local cam = scenetree.findObject(trigger.cameraOnEnter)

    end
  elseif trigger.event == 'enter' and type(trigger.cameraOnEnter) == 'string' and trigger.cameraOnEnter ~= "" then
    local cam = scenetree.findObject(trigger.cameraOnEnter)

        local txt = nil
        if type(node.group) == "table" then
          txt = '{'

        if beam.breakGroup and beam.breakGroup ~= "" then
          local breakGroups = type(beam.breakGroup) == "table" and beam.breakGroup or {beam.breakGroup}
          for _, g in pairs(breakGroups) do

        if beam.deformGroup and beam.deformGroup ~= "" then
          local deformGroups = type(beam.deformGroup) == "table" and beam.deformGroup or {beam.deformGroup}
          for _, g in pairs(deformGroups) do

          local boundZone = type(beam.boundZone) == 'number' and beam.boundZone or 1

          local shortBoundTransEnd = type(beam.shortBoundRange) == 'number' and max(restLen - max(0, beam.shortBoundRange) - boundZone, 0) or max((restLen * max(1 - max(0, beam.beamShortBound or 1)) - boundZone), 0)
          local shortBoundTransStart = type(beam.shortBoundRange) == 'number' and max(restLen - max(0, beam.shortBoundRange), 0) or restLen * max((1 - max(0, beam.beamShortBound or 1)), 0)

          local shortBoundTransEnd = type(beam.shortBoundRange) == 'number' and max(restLen - max(0, beam.shortBoundRange) - boundZone, 0) or max((restLen * max(1 - max(0, beam.beamShortBound or 1)) - boundZone), 0)
          local shortBoundTransStart = type(beam.shortBoundRange) == 'number' and max(restLen - max(0, beam.shortBoundRange), 0) or restLen * max((1 - max(0, beam.beamShortBound or 1)), 0)

          local longBoundTransStart = type(beam.longBoundRange) == 'number' and restLen + max(0, beam.longBoundRange) or restLen * (1 + max(0, beam.beamLongBound or 1))
          local longBoundTransEnd = type(beam.longBoundRange) == 'number' and max(restLen + max(0, beam.longBoundRange) + boundZone, 0) or max((restLen * (1 + max(0, beam.beamLongBound or 1)) + boundZone), 0)

          local longBoundTransStart = type(beam.longBoundRange) == 'number' and restLen + max(0, beam.longBoundRange) or restLen * (1 + max(0, beam.beamLongBound or 1))
          local longBoundTransEnd = type(beam.longBoundRange) == 'number' and max(restLen + max(0, beam.longBoundRange) + boundZone, 0) or max((restLen * (1 + max(0, beam.beamLongBound or 1)) + boundZone), 0)

          local longBoundHalfLen = type(beam.beamLongExtent) == 'number' and (restLen + max(0, beam.beamLongExtent)) * 0.5 or restLen * (1 + max(0, beam.beamLongBound or 1)) * 0.5

  for k, v in pairs(M.state.vehicle) do
    if type(v) ~= "table" and v ~= M.initState.vehicle[k] and M.state.vehicleDebugVisible then
      --lastTime = os.clock()

  for k, v in pairs(M.state.vehicle) do
    if type(v) ~= "table" and v ~= M.initState.vehicle[k] then
      M.state.vehicleDebugVisible = true

  if data.nodes and type(data.nodes) == 'table' then
    for i, n in ipairs(data.nodes) do

      if n.rotation then
        if type(n.rotation) == 'table' and #n.rotation == 4 then
          node.rotation = quat(n.rotation[1], n.rotation[2], n.rotation[3], n.rotation[4])

          node.rotation = quat(n.rotation[1], n.rotation[2], n.rotation[3], n.rotation[4])
        elseif type(n.rotation) == 'table' then
          node.rotation = quat(n.rotation.x or 0, n.rotation.y or 0, n.rotation.z or 0, n.rotation.w or 1)