-- Bundled by luabundle {"version":"1.6.0"}
local __bundle_require, __bundle_loaded, __bundle_register, __bundle_modules = (function(superRequire)
	local loadingPlaceholder = {[{}] = true}

	local register
	local modules = {}

	local require
	local loaded = {}

	register = function(name, body)
		if not modules[name] then
			modules[name] = body
		end
	end

	require = function(name)
		local loadedModule = loaded[name]

		if loadedModule then
			if loadedModule == loadingPlaceholder then
				return nil
			end
		else
			if not modules[name] then
				if not superRequire then
					local identifier = type(name) == 'string' and '\"' .. name .. '\"' or tostring(name)
					error('Tried to require ' .. identifier .. ', but no such module has been registered')
				else
					return superRequire(name)
				end
			end

			loaded[name] = loadingPlaceholder
			loadedModule = modules[name](require, loaded, register, modules)
			loaded[name] = loadedModule
		end

		return loadedModule
	end

	return require, loaded, register, modules
end)(nil)
__bundle_register("__root", function(require, _LOADED, __bundle_register, __bundle_modules)
require("accessories/SearchAssistant")
end)
__bundle_register("accessories/SearchAssistant", function(require, _LOADED, __bundle_register, __bundle_modules)
local deckLib                   = require("util/DeckLib")
local playermatApi              = require("playermat/PlayermatApi")
local searchLib                 = require("util/SearchLib")

-- forward declaration of variables that are used across functions
local matColor, handColor, setAsidePosition, setAsideRotation, drawDeckPosition, topCardDetected
local addedVectorLines, addedSnapPoint

local quickParameters           = {}
quickParameters.function_owner  = self
quickParameters.font_size       = 165
quickParameters.width           = 275
quickParameters.height          = 275
quickParameters.color           = "White"

-- common parameters
local buttonParameters          = {}
buttonParameters.function_owner = self
buttonParameters.font_size      = 125
buttonParameters.width          = 650
buttonParameters.height         = 225
buttonParameters.color          = "White"

local inputParameters           = {}
inputParameters.function_owner  = self
inputParameters.input_function  = "updateSearchNumber"
inputParameters.tooltip         = "custom search amount"
inputParameters.label           = "#"
inputParameters.font_size       = 175
inputParameters.width           = 400
inputParameters.height          = inputParameters.font_size + 23
inputParameters.position        = { 0, 0.11, 0 }
inputParameters.alignment       = 3
inputParameters.validation      = 2

function onLoad()
  normalView()
  self.max_typed_number = 9999
end

-- regular view with search box
function normalView()
  self.clearButtons()
  self.clearInputs()
  self.createInput(inputParameters)

  -- create custom search button
  buttonParameters.click_function = "searchCustom"
  buttonParameters.tooltip        = "Search the entered number of cards"
  buttonParameters.position       = { 0, 0.11, 0.65 }
  buttonParameters.label          = "Search"
  self.createButton(buttonParameters)

  -- create buttons to search 3, 6 or 9 cards
  quickParameters.click_function = "search3"
  quickParameters.label          = "3"
  quickParameters.position       = { -0.65, 0.11, -0.65 }
  self.createButton(quickParameters)

  quickParameters.click_function = "search6"
  quickParameters.label          = "6"
  quickParameters.position       = { 0, 0.11, -0.65 }
  self.createButton(quickParameters)

  quickParameters.click_function = "search9"
  quickParameters.label          = "9"
  quickParameters.position       = { 0.65, 0.11, -0.65 }
  self.createButton(quickParameters)
end

-- click functions
function search3(_, playerColor) startSearch(playerColor, 3) end
function search6(_, playerColor) startSearch(playerColor, 6) end
function search9(_, playerColor) startSearch(playerColor, 9) end

-- view during a search with "done" buttons
function searchView()
  self.clearButtons()
  self.clearInputs()

  -- create the "End Search" button
  buttonParameters.click_function = "endSearch"
  buttonParameters.tooltip        = "Left-click: Return cards and shuffle\nRight-click: Return cards without shuffling"
  buttonParameters.position       = { 0, 0.11, 0 }
  buttonParameters.label          = "End Search"
  self.createButton(buttonParameters)
end

-- input_function to get number of cards to search
function updateSearchNumber(_, _, input)
  inputParameters.value = tonumber(input)
end

function onNumberTyped(playerColor, number)
  startSearch(playerColor, number)
end

-- starts the search with the number from the input field
function searchCustom(_, messageColor)
  local number = inputParameters.value
  if number ~= nil then
    startSearch(messageColor, number)
  else
    printToColor("Enter the number of cards to search in the textbox.", messageColor, "Orange")
  end
end

-- start the search (change UI, set handCards aside, draw cards)
function startSearch(messageColor, number)
  matColor = playermatApi.getMatColorByPosition(self.getPosition())
  handColor = playermatApi.getPlayerColor(matColor)
  topCardDetected = false

  -- get draw deck
  local deckAreaObjects = playermatApi.getDeckAreaObjects(matColor)
  if deckAreaObjects.draw == nil then
    printToColor(matColor .. " draw deck could not be found!", messageColor, "Red")
    return
  end

  -- get bounds to know the height of the deck
  local bounds = deckAreaObjects.draw.getBounds()
  drawDeckPosition = bounds.center + Vector(0, bounds.size.y / 2 + 0.2, 0)
  printToColor("Place target(s) of search on set aside spot.", messageColor, "Green")

  -- get playermat orientation
  local offset = -15
  if matColor == "Orange" or matColor == "Red" then
    offset = 15
  end

  -- get position and rotation for set aside cards
  local handData   = Player[handColor].getHandTransform()
  local handCards  = Player[handColor].getHandObjects()
  setAsidePosition = (handData.position + offset * handData.right):setAt("y", 1.5)
  setAsideRotation = Vector(handData.rotation.x, handData.rotation.y + 180, 180)

  -- place hand cards set aside
  if #handCards > 0 then
    deckLib.placeOrMergeIntoDeck(handCards, setAsidePosition, setAsideRotation)
  end

  -- add a temporary snap point for the set aside spot
  addedSnapPoint = { position = setAsidePosition, rotation = setAsideRotation }
  local snapPoints = Global.getSnapPoints() or {}
  table.insert(snapPoints, addedSnapPoint)
  Global.setSnapPoints(snapPoints)

  -- add a temporary box for the set aside spot
  local vectorLines = Global.getVectorLines() or {}
  local boxSize = Vector(2.5, 0, 3.5)
  addedVectorLines = generateBoxData(setAsidePosition, boxSize, setAsideRotation.y, handColor)

  for _, line in ipairs(addedVectorLines) do
    table.insert(vectorLines, line)
  end
  Global.setVectorLines(vectorLines)

  -- handling for Norman Withers
  if deckAreaObjects.topCard then
    deckAreaObjects.topCard.setRotation(setAsideRotation)
    topCardDetected = true
  end

  searchView()

  Wait.time(function()
    deckAreaObjects = playermatApi.getDeckAreaObjects(matColor)
    deckAreaObjects.draw.deal(number, handColor)
  end, 1)
end

-- place handCards back into deck and optionally shuffle
function endSearch(_, _, isRightClick)
  local handCards = Player[handColor].getHandObjects()

  -- place cards on deck
  deckLib.placeOrMergeIntoDeck(handCards, drawDeckPosition, setAsideRotation)

  -- draw set aside cards (from the ground!)
  Wait.time(drawSetAsideCards, 0.5 + #handCards * 0.1)

  normalView()

  Wait.time(function()
    -- maybe shuffle deck
    if not isRightClick then
      local deckAreaObjects = playermatApi.getDeckAreaObjects(matColor)
      if deckAreaObjects.draw then
        deckAreaObjects.draw.shuffle()
      end
    end

    -- Norman Withers handling
    if topCardDetected then
      playermatApi.flipTopCardFromDeck(matColor)
    end
  end, 1 + #handCards * 0.1)
end

function drawSetAsideCards()
  for _, obj in ipairs(searchLib.atPosition(setAsidePosition, "isCardOrDeck")) do
    local count = 1
    if obj.type == "Deck" then
      count = #obj.getObjects()
    end
    obj.deal(count, handColor)
  end
  removeAddedSnapAndLines()
end

function removeAddedSnapAndLines()
  local vectorLines = Global.getVectorLines() or {}
  local snapPoints = Global.getSnapPoints() or {}

  -- look for previously added data and remove it (iterate in reverse because we're removing entries)
  for i = #vectorLines, 1, -1 do
    for _, boxLine in ipairs(addedVectorLines) do
      if vectorLines[i].points[1] == boxLine.points[1] and vectorLines[i].points[2] == boxLine.points[2] then
        table.remove(vectorLines, i)
        break
      end
    end
  end

  for i = #snapPoints, 1, -1 do
    if snapPoints[i].position == addedSnapPoint.position then
      table.remove(snapPoints, i)
      break
    end
  end

  Global.setVectorLines(vectorLines)
  Global.setSnapPoints(snapPoints)
end

-- generates the lines data for a rectangular box
---@param center tts__Vector Center of the box
---@param size tts__Vector X and Z dimension of the box
---@param rotation number Rotation around the Y-axis for the box
---@param boxColor string Color for the box
---@return table lines Vector line data for the box
function generateBoxData(center, size, rotation, boxColor)
  local halfWidth = size.x / 2
  local halfDepth = size.z / 2

  -- corners of the box in local coordinates
  local corners = {
    Vector(-halfWidth, 0, -halfDepth),
    Vector(halfWidth, 0, -halfDepth),
    Vector(halfWidth, 0, halfDepth),
    Vector(-halfWidth, 0, halfDepth)
  }

  -- translate corners to global coordinates
  for i, cornerVec in ipairs(corners) do
    local rotatedCornerVec = cornerVec:rotateOver('y', rotation)
    corners[i] = rotatedCornerVec + center
  end

  -- generate the lines data
  local lines = {
    {
      points = { corners[1], corners[2] },
      color = boxColor
    },
    {
      points = { corners[2], corners[3] },
      color = boxColor
    },
    {
      points = { corners[3], corners[4] },
      color = boxColor
    },
    {
      points = { corners[4], corners[1] },
      color = boxColor
    }
  }

  return lines
end
end)
__bundle_register("playermat/PlayermatApi", function(require, _LOADED, __bundle_register, __bundle_modules)
do
  local PlayermatApi = {}
  local guidReferenceApi = require("core/GUIDReferenceApi")
  local searchLib = require("util/SearchLib")
  local localInvestigatorPosition = { x = -1.17, y = 1, z = -0.01 }

  -- Convenience function to look up a mat's object by color, or get all mats.
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  ---@return table: Single-element if only single playermat is requested
  local function getMatForColor(matColor)
    if matColor == "All" then
      return guidReferenceApi.getObjectsByType("Playermat")
    else
      return { matColor = guidReferenceApi.getObjectByOwnerAndType(matColor, "Playermat") }
    end
  end

  -- Returns the color of the closest playermat
  ---@param startPos table Starting position to get the closest mat from
  PlayermatApi.getMatColorByPosition = function(startPos)
    local result, smallestDistance
    for matColor, mat in pairs(getMatForColor("All")) do
      local distance = Vector.between(startPos, mat.getPosition()):magnitude()
      if smallestDistance == nil or distance < smallestDistance then
        smallestDistance = distance
        result = matColor
      end
    end
    return result
  end

  -- Returns the color of the player's hand that is seated next to the playermat
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  PlayermatApi.getPlayerColor = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.getVar("playerColor")
    end
  end

  -- Returns the color of the playermat that owns the playercolor's hand
  ---@param handColor string Color of the playermat
  PlayermatApi.getMatColor = function(handColor)
    for matColor, mat in pairs(getMatForColor("All")) do
      local playerColor = mat.getVar("playerColor")
      if playerColor == handColor then
        return matColor
      end
    end
  end

  -- Instructs a playermat to check for DES
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  PlayermatApi.checkForDES = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("checkForDES")
    end
  end

  -- Returns if there is the card "Dream-Enhancing Serum" on the requested playermat
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  ---@return boolean: whether DES is present on the playermat
  PlayermatApi.hasDES = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.getVar("hasDES")
    end
  end

  -- gets the slot data for the playermat
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  PlayermatApi.getSlotData = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.getTable("slotData")
    end
  end

  -- sets the slot data for the playermat
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  ---@param newSlotData table New slot data for the playermat
  PlayermatApi.loadSlotData = function(matColor, newSlotData)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.setTable("slotData", newSlotData)
      mat.call("redrawSlotSymbols")
      return
    end
  end

  -- Performs a search of the deck area of the requested playermat and returns the result as table
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  PlayermatApi.getDeckAreaObjects = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.call("getDeckAreaObjects")
    end
  end

  -- Flips the top card of the deck (useful after deck manipulation for Norman Withers)
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  PlayermatApi.flipTopCardFromDeck = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.call("flipTopCardFromDeck")
    end
  end

  -- Returns the position of the discard pile of the requested playermat
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  PlayermatApi.getDiscardPosition = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.call("returnGlobalDiscardPosition")
    end
  end

  -- Returns the position of the draw pile of the requested playermat
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  PlayermatApi.getDrawPosition = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.call("returnGlobalDrawPosition")
    end
  end

  -- Transforms a local position into a global position
  ---@param localPos table Local position to be transformed
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  PlayermatApi.transformLocalPosition = function(localPos, matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.positionToWorld(localPos)
    end
  end

  -- Returns the rotation of the requested playermat
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  PlayermatApi.returnRotation = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.getRotation()
    end
  end

  -- Returns a table with spawn data (position and rotation) for a helper object
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  ---@param helperName string Name of the helper object
  PlayermatApi.getHelperSpawnData = function(matColor, helperName)
    local resultTable = {}
    local localPositionTable = {
      ["Hand Helper"] = {0.05, 0, -1.182},
      ["Search Assistant"] = {-0.3, 0, -1.182}
    }
    
    for color, mat in pairs(getMatForColor(matColor)) do
      resultTable[color] = {
        position = mat.positionToWorld(localPositionTable[helperName]),
        rotation = mat.getRotation()
      }
    end
    return resultTable
  end


  -- Triggers the Upkeep for the requested playermat
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  ---@param playerColor string Color of the calling player (for messages)
  PlayermatApi.doUpkeepFromHotkey = function(matColor, playerColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("doUpkeepFromHotkey", playerColor)
    end
  end

  -- Handles discarding for the requested playermat for the provided list of objects
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  ---@param objList table List of objects to discard
  PlayermatApi.discardListOfObjects = function(matColor, objList)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("discardListOfObjects", objList)
    end
  end

  -- Returns the active investigator id
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  PlayermatApi.returnInvestigatorId = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.getVar("activeInvestigatorId")
    end
  end

  -- Returns the class of the active investigator
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  PlayermatApi.returnInvestigatorClass = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.getVar("activeInvestigatorClass")
    end
  end

  -- Returns the position for encounter card drawing
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  ---@param stack boolean If true, returns the leftmost position instead of the first empty from the right
  PlayermatApi.getEncounterCardDrawPosition = function(matColor, stack)
    for _, mat in pairs(getMatForColor(matColor)) do
      return Vector(mat.call("getEncounterCardDrawPosition", stack))
    end
  end

  -- Sets the requested playermat's snap points to limit snapping to matching card types or not.  If
  -- matchTypes is true, the main card slot snap points will only snap assets, while the
  -- investigator area point will only snap Investigators.  If matchTypes is false, snap points will
  -- be reset to snap all cards.
  ---@param matchCardTypes boolean Whether snap points should only snap for the matching card types
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  PlayermatApi.setLimitSnapsByType = function(matchCardTypes, matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("setLimitSnapsByType", matchCardTypes)
    end
  end

  -- Sets the requested playermat's draw 1 button to visible
  ---@param isDrawButtonVisible boolean Whether the draw 1 button should be visible or not
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  PlayermatApi.showDrawButton = function(isDrawButtonVisible, matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("showDrawButton", isDrawButtonVisible)
    end
  end

  -- Shows or hides the clickable clue counter for the requested playermat
  ---@param showCounter boolean Whether the clickable counter should be present or not
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  PlayermatApi.clickableClues = function(showCounter, matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("clickableClues", showCounter)
    end
  end

  -- Toggles the use of class textures for the requested playermat
  ---@param state boolean Whether the class texture should be used or not
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  PlayermatApi.useClassTexture = function(state, matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("useClassTexture", state)
    end
  end

  -- Removes all clues (to the trash for tokens and counters set to 0) for the requested playermat
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  PlayermatApi.removeClues = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("removeClues")
    end
  end

  -- Reports the clue count for the requested playermat
  ---@param useClickableCounters boolean Controls which type of counter is getting checked
  PlayermatApi.getClueCount = function(useClickableCounters, matColor)
    local count = 0
    for _, mat in pairs(getMatForColor(matColor)) do
      count = count + mat.call("getClueCount", useClickableCounters)
    end
    return count
  end

  -- Updates the specified owned counter
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  ---@param type string Counter to target
  ---@param newValue number Value to set the counter to
  ---@param modifier number If newValue is not provided, the existing value will be adjusted by this modifier
  PlayermatApi.updateCounter = function(matColor, type, newValue, modifier)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("updateCounter", { type = type, newValue = newValue, modifier = modifier })
    end
  end

  -- Triggers the draw function for the specified playermat
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  ---@param number number Amount of cards to draw
  PlayermatApi.drawCardsWithReshuffle = function(matColor, number)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("drawCardsWithReshuffle", number)
    end
  end

  -- Returns the resource counter amount
  ---@param matColor string Color of the playermat - White, Orange, Green or Red (does not support "All")
  ---@param type string Counter to target
  PlayermatApi.getCounterValue = function(matColor, type)
    for _, mat in pairs(getMatForColor(matColor)) do
      return mat.call("getCounterValue", type)
    end
  end

  -- Returns a list of mat colors that have an investigator placed
  PlayermatApi.getUsedMatColors = function()
    local usedColors = {}
    for matColor, mat in pairs(getMatForColor("All")) do
      local searchPos = mat.positionToWorld(localInvestigatorPosition)
      local searchResult = searchLib.atPosition(searchPos, "isCardOrDeck")
      if #searchResult > 0 then
        table.insert(usedColors, matColor)
      end
    end
    return usedColors
  end

  -- Returns investigator name
  ---@param matColor string Color of the playmat - White, Orange, Green or Red (does not support "All")
  PlayermatApi.getInvestigatorName = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      local searchPos = mat.positionToWorld(localInvestigatorPosition)
      local searchResult = searchLib.atPosition(searchPos, "isCardOrDeck")
      if #searchResult == 1 then
        return searchResult[1].getName()
      end
    end
    return ""
  end

  -- Resets the specified skill tracker to "1, 1, 1, 1"
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  PlayermatApi.resetSkillTracker = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("resetSkillTracker")
    end
  end

  -- Redraws the XML for the slot symbols based on the slotData table
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  PlayermatApi.redrawSlotSymbols = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("redrawSlotSymbols")
    end
  end

  -- Finds all objects on the playermat and associated set aside zone and returns a table
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  ---@param filter string Name of the filte function (see util/SearchLib)
  PlayermatApi.searchAroundPlayermat = function(matColor, filter)
    local objList = {}
    for _, mat in pairs(getMatForColor(matColor)) do
      for _, obj in ipairs(mat.call("searchAroundSelf", filter)) do
        table.insert(objList, obj)
      end
    end
    return objList
  end

  -- Discard a non-hidden card from the corresponding player's hand
  ---@param matColor string Color of the playermat - White, Orange, Green, Red or All
  PlayermatApi.doDiscardOne = function(matColor)
    for _, mat in pairs(getMatForColor(matColor)) do
      mat.call("doDiscardOne")
    end
  end

  -- Triggers the metadata sync for all playermats
  PlayermatApi.syncAllCustomizableCards = function()
    for _, mat in pairs(getMatForColor("All")) do
      mat.call("syncAllCustomizableCards")
    end
  end

  return PlayermatApi
end
end)
__bundle_register("util/DeckLib", function(require, _LOADED, __bundle_register, __bundle_modules)
do
  local DeckLib = {}
  local searchLib = require("util/SearchLib")

  -- places a card/deck at a position or merges into an existing deck below
  ---@param objOrTable tts__Object|table Object or table of objects to move
  ---@param pos table New position for the object
  ---@param rot? table New rotation for the object
  ---@param below? boolean Should the object be placed below an existing deck?
  DeckLib.placeOrMergeIntoDeck = function(objOrTable, pos, rot, below)
    if objOrTable == nil or pos == nil then return end

    -- handle 'objOrTable' parameter
    local objects = {}
    if type(objOrTable) == "table" then
      objects = objOrTable
    else
      table.insert(objects, objOrTable)
    end

    -- search the new position for existing card/deck
    local searchResult = searchLib.atPosition(pos, "isCardOrDeck")
    local targetObj

    -- get new position
    local offset = 0.5
    local newPos = Vector(pos) + Vector(0, offset, 0)

    if #searchResult == 1 then
      targetObj = searchResult[1]
      local bounds = targetObj.getBounds()
      if below then
        newPos = Vector(pos):setAt("y", bounds.center.y - bounds.size.y / 2)
      else
        newPos = Vector(pos):setAt("y", bounds.center.y + bounds.size.y / 2 + offset)
      end
    end

    -- process objects in reverse order
    for i = #objects, 1, -1 do
      local obj = objects[i]
      -- add a 0.1 delay for each object (for animation purposes)
      Wait.time(function()
        -- allow moving smoothly out of hand and temporarily lock it
        obj.setLock(true)
        obj.use_hands = false

        if rot then
          obj.setRotationSmooth(rot, false, true)
        end
        obj.setPositionSmooth(newPos, false, true)

        -- wait for object to finish movement (or 2 seconds)
        Wait.condition(
          function()
            -- revert toggles
            obj.setLock(false)
            obj.use_hands = true

            -- use putObject to avoid a TTS bug that merges unrelated cards that are not resting
            if #searchResult == 1 and targetObj ~= obj and not targetObj.isDestroyed() and not obj.isDestroyed() then
              targetObj = targetObj.putObject(obj)
            else
              targetObj = obj
            end
          end,
          -- check state of the object (make sure it's not moving)
          function() return obj.isDestroyed() or not obj.isSmoothMoving() end,
          2)
      end, (#objects- i) * 0.1)
    end
  end

  return DeckLib
end
end)
__bundle_register("util/SearchLib", function(require, _LOADED, __bundle_register, __bundle_modules)
do
  local SearchLib = {}
  local filterFunctions = {
    isCard = function(x) return x.type == "Card" end,
    isDeck = function(x) return x.type == "Deck" end,
    isCardOrDeck = function(x) return x.type == "Card" or x.type == "Deck" end,
    isClue = function(x) return x.memo == "clueDoom" and x.is_face_down == false end,
    isTileOrToken = function(x) return x.type == "Tile" end,
    isUniversalToken = function(x) return x.getMemo() == "universalActionAbility" end,
  }

  -- performs the actual search and returns a filtered list of object references
  ---@param pos tts__Vector Global position
  ---@param rot? tts__Vector Global rotation
  ---@param size table Size
  ---@param filter? string Name of the filter function
  ---@param direction? table Direction (positive is up)
  ---@param maxDistance? number Distance for the cast
  local function returnSearchResult(pos, rot, size, filter, direction, maxDistance)
    local filterFunc
    if filter then
      filterFunc = filterFunctions[filter]
    end
    local searchResult = Physics.cast({
      origin       = pos,
      direction    = direction or { 0, 1, 0 },
      orientation  = rot or { 0, 0, 0 },
      type         = 3,
      size         = size,
      max_distance = maxDistance or 0
    })

    -- filter the result for matching objects
    local objList = {}
    for _, v in ipairs(searchResult) do
      if not filter or filterFunc(v.hit_object) then
        table.insert(objList, v.hit_object)
      end
    end
    return objList
  end

  -- searches the specified area
  SearchLib.inArea = function(pos, rot, size, filter)
    return returnSearchResult(pos, rot, size, filter)
  end

  -- searches the area on an object
  SearchLib.onObject = function(obj, filter)
    local pos = obj.getPosition()
    local size = obj.getBounds().size:setAt("y", 1)
    return returnSearchResult(pos, _, size, filter)
  end

  -- searches the specified position (a single point)
  SearchLib.atPosition = function(pos, filter)
    local size = { 0.1, 2, 0.1 }
    return returnSearchResult(pos, _, size, filter)
  end

  -- searches below the specified position (downwards until y = 0)
  SearchLib.belowPosition = function(pos, filter)
    local size = { 0.1, 2, 0.1 }
    local direction = { 0, -1, 0 }
    local maxDistance = pos.y
    return returnSearchResult(pos, _, size, filter, direction, maxDistance)
  end

  return SearchLib
end
end)
__bundle_register("core/GUIDReferenceApi", function(require, _LOADED, __bundle_register, __bundle_modules)
do
  local GUIDReferenceApi = {}

  local function getGuidHandler()
    return getObjectFromGUID("123456")
  end

  -- Returns the matching object
  ---@param owner string Parent object for this search
  ---@param type string Type of object to search for
  ---@return any: Object reference to the matching object
  GUIDReferenceApi.getObjectByOwnerAndType = function(owner, type)
    return getGuidHandler().call("getObjectByOwnerAndType", { owner = owner, type = type })
  end

  -- Returns all matching objects as a table with references
  ---@param type string Type of object to search for
  ---@return table: List of object references to matching objects
  GUIDReferenceApi.getObjectsByType = function(type)
    return getGuidHandler().call("getObjectsByType", type)
  end

  -- Returns all matching objects as a table with references
  ---@param owner string Parent object for this search
  ---@return table: List of object references to matching objects
  GUIDReferenceApi.getObjectsByOwner = function(owner)
    return getGuidHandler().call("getObjectsByOwner", owner)
  end

  -- Sends new information to the reference handler to edit the main index
  ---@param owner string Parent of the object
  ---@param type string Type of the object
  ---@param guid string GUID of the object
  GUIDReferenceApi.editIndex = function(owner, type, guid)
    return getGuidHandler().call("editIndex", {
      owner = owner,
      type = type,
      guid = guid
    })
  end

  -- Returns the owner of an object or the object it's located on
  ---@param object tts__GameObject Object for this search
  ---@return string: Parent of the object or object it's located on
  GUIDReferenceApi.getOwnerOfObject = function(object)
    return getGuidHandler().call("getOwnerOfObject", object)
  end

  return GUIDReferenceApi
end
end)
return __bundle_require("__root")