function loadColAndDff(_ARG_0_, _ARG_1_, _ARG_2_)
  engineImportTXD(_ARG_2_, _ARG_0_)
  engineReplaceCOL(engineLoadCOL(_ARG_1_ .. ".col"), _ARG_0_)
  engineReplaceModel(engineLoadDFF(_ARG_1_ .. ".dff"), _ARG_0_)
end
loadColAndDff({
  straight = 9003,
  door = 9016,
  door2 = 8979,
  window = 8980,
  base = 8973,
  four = 8982,
  three = 9000,
  two = 9001,
  half = 8969,
  floor = 9002
}.floor, "files/models/floor", (engineLoadTXD("files/models/wall.txd")))
loadColAndDff({
  straight = 9003,
  door = 9016,
  door2 = 8979,
  window = 8980,
  base = 8973,
  four = 8982,
  three = 9000,
  two = 9001,
  half = 8969,
  floor = 9002
}.door, "files/models/door", (engineLoadTXD("files/models/wall.txd")))
loadColAndDff({
  straight = 9003,
  door = 9016,
  door2 = 8979,
  window = 8980,
  base = 8973,
  four = 8982,
  three = 9000,
  two = 9001,
  half = 8969,
  floor = 9002
}.two, "files/models/wall", (engineLoadTXD("files/models/wall.txd")))
loadColAndDff({
  straight = 9003,
  door = 9016,
  door2 = 8979,
  window = 8980,
  base = 8973,
  four = 8982,
  three = 9000,
  two = 9001,
  half = 8969,
  floor = 9002
}.straight, "files/models/wall2", (engineLoadTXD("files/models/wall.txd")))
loadColAndDff({
  straight = 9003,
  door = 9016,
  door2 = 8979,
  window = 8980,
  base = 8973,
  four = 8982,
  three = 9000,
  two = 9001,
  half = 8969,
  floor = 9002
}.four, "files/models/wall3", (engineLoadTXD("files/models/wall.txd")))
loadColAndDff({
  straight = 9003,
  door = 9016,
  door2 = 8979,
  window = 8980,
  base = 8973,
  four = 8982,
  three = 9000,
  two = 9001,
  half = 8969,
  floor = 9002
}.three, "files/models/wall4", (engineLoadTXD("files/models/wall.txd")))
loadColAndDff({
  straight = 9003,
  door = 9016,
  door2 = 8979,
  window = 8980,
  base = 8973,
  four = 8982,
  three = 9000,
  two = 9001,
  half = 8969,
  floor = 9002
}.base, "files/models/wall5", (engineLoadTXD("files/models/wall.txd")))
loadColAndDff({
  straight = 9003,
  door = 9016,
  door2 = 8979,
  window = 8980,
  base = 8973,
  four = 8982,
  three = 9000,
  two = 9001,
  half = 8969,
  floor = 9002
}.half, "files/models/wall6", (engineLoadTXD("files/models/wall.txd")))
loadColAndDff({
  straight = 9003,
  door = 9016,
  door2 = 8979,
  window = 8980,
  base = 8973,
  four = 8982,
  three = 9000,
  two = 9001,
  half = 8969,
  floor = 9002
}.window, "files/models/wall7", (engineLoadTXD("files/models/wall.txd")))
loadColAndDff({
  straight = 9003,
  door = 9016,
  door2 = 8979,
  window = 8980,
  base = 8973,
  four = 8982,
  three = 9000,
  two = 9001,
  half = 8969,
  floor = 9002
}.door2, "files/models/door2", (engineLoadTXD("files/models/wall.txd")))
loadColAndDff(1786, "files/models/urma4k", (engineLoadTXD("files/models/urma4k.txd")))
loadColAndDff(7027, "files/models/xmas", (engineLoadTXD("files/models/xmas.txd")))
loadColAndDff(2648, "files/models/tv1", (engineLoadTXD("files/models/tv.txd")))
loadColAndDff(14772, "files/models/tv2", (engineLoadTXD("files/models/tv.txd")))
function setElementInteriorAndDimension(_ARG_0_, _ARG_1_)
  setElementInterior(_ARG_0_, _ARG_1_)
  setElementDimension(_ARG_0_, _UPVALUE0_)
end
function reMap(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_, _ARG_4_)
  return (_ARG_0_ - _ARG_1_) * (_ARG_4_ - _ARG_3_) / (_ARG_2_ - _ARG_1_) + _ARG_3_
end
responsiveMultipler = reMap(guiGetScreenSize())
function resp(_ARG_0_)
  return _ARG_0_ * responsiveMultipler
end
function respc(_ARG_0_)
  return math.ceil(_ARG_0_ * responsiveMultipler)
end
for _FORV_34_, _FORV_35_ in pairs({
  ["H\195\161l\195\179"] = {
    2069,
    2023,
    1416,
    1417,
    1740,
    1741,
    1816,
    2025,
    2087,
    2088,
    2089,
    2094,
    2095,
    2200,
    2307,
    2323,
    2328,
    2329,
    2330,
    2576,
    2708,
    1700,
    1701,
    1745,
    1793,
    1794,
    1795,
    1796,
    1797,
    1798,
    1799,
    1800,
    1801,
    1802,
    1803,
    1812,
    2090,
    2298,
    2299,
    2300,
    2301,
    2302,
    2331,
    2333,
    2563,
    2564,
    2565,
    2566,
    2575,
    14446
  },
  ["Nappali"] = {
    2571,
    2357,
    2290,
    2239,
    2119,
    2118,
    2117,
    2116,
    2115,
    2109,
    2111,
    2112,
    2108,
    1768,
    1766,
    1764,
    1763,
    1761,
    1760,
    1757,
    1756,
    1753,
    1713,
    1712,
    1710,
    1709,
    1707,
    1706,
    1703,
    1702,
    1742,
    1743,
    1744,
    1754,
    1755,
    1758,
    1759,
    1762,
    1765,
    1767,
    1769,
    1814,
    1815,
    1817,
    1818,
    1819,
    1820,
    1822,
    1823,
    2024,
    2046,
    2078,
    2081,
    2082,
    2083,
    2084,
    2161,
    2162,
    2163,
    2164,
    2167,
    2191,
    2199,
    2200,
    2204,
    2234,
    2235,
    2291,
    2292,
    2295,
    2462,
    1663,
    1671,
    1704,
    1705,
    1708,
    1711,
    1723,
    1724,
    1726,
    1735,
    1806,
    1811,
    1998,
    1999,
    2096,
    2173,
    2180,
    2184,
    2206,
    2311,
    2313,
    2314,
    2315,
    2319,
    2321,
    2346,
    2370,
    11665,
    2699,
    1235
  },
  ["F\195\188rd\197\145"] = {
    2516,
    2517,
    2518,
    2519,
    2520,
    2521,
    2522,
    2523,
    2524,
    2525,
    2526,
    2527,
    2528,
    1778
  },
  ["Konyha, \195\169tkez\197\145"] = {
    2109,
    2111,
    2112,
    2031,
    2030,
    2029,
    1770,
    936,
    937,
    941,
    1821,
    2014,
    2015,
    2016,
    2018,
    2019,
    2020,
    2021,
    2022,
    2128,
    2129,
    2133,
    2134,
    2137,
    2138,
    2139,
    2140,
    2141,
    2142,
    2143,
    2145,
    2151,
    2152,
    2153,
    2154,
    2155,
    2156,
    2157,
    2158,
    2159,
    2160,
    2303,
    2304,
    2305,
    2334,
    2335,
    2338,
    2341,
    1432,
    1433,
    1594,
    1720,
    1721,
    1805,
    1810,
    2079,
    2120,
    2121,
    2124,
    2125,
    2350,
    2636,
    2637,
    2644,
    2762,
    2763,
    2764,
    2788,
    2802,
    15036,
    2294,
    2336,
    2337,
    2339,
    2340,
    2127,
    2131,
    2132,
    2135,
    2136,
    2147
  },
  ["Elektronika"] = {
    1429,
    1747,
    1748,
    1749,
    1750,
    1751,
    1752,
    1781,
    1791,
    1792,
    2296,
    2297,
    14532,
    1719,
    2028,
    2421,
    2149,
    2229,
    2230,
    2231,
    2232,
    2233,
    2099,
    2100,
    2101,
    2226,
    2225,
    2227,
    1782,
    1783,
    1785,
    1787,
    1790,
    2190,
    2238,
    2196,
    2726
  },
  ["Dekor\195\161ci\195\179"] = {
    7027,
    2724,
    2725,
    3383,
    16151,
    2224,
    2452,
    2627,
    2630,
    2628,
    2629,
    2916,
    2915,
    1585,
    1584,
    1583,
    2484,
    2491,
    2489,
    2490,
    2500,
    2581,
    2584,
    1775,
    1776,
    2743,
    1369,
    3065,
    1985,
    3461,
    3534,
    3385,
    2976,
    1829,
    2778,
    2779,
    2872,
    630,
    631,
    632,
    633,
    638,
    646,
    948,
    949,
    950,
    1361,
    2001,
    2010,
    2011,
    2194,
    2195,
    2240,
    2241,
    2244,
    2251,
    2252,
    2253,
    2811,
    14834
  },
  ["Pr\195\169mium"] = {
    2332,
    2648,
    14772,
    1786,
    2964
  }
}) do
  for _FORV_39_ = 1, #_FORV_35_ do
    engineSetModelLODDistance(_FORV_35_[_FORV_39_], 300)
  end
end
if false then
  function photoModeF()
    _UPVALUE0_ = {
      -5,
      -5,
      1000,
      10,
      10
    }
    setElementInteriorAndDimension(createObject({}[1], 0, 0, 1000), 5)
    setElementInteriorAndDimension(localPlayer, 5)
    setElementDoubleSided(createObject({}[1], 0, 0, 1000), true)
    setTimer(function()
      _UPVALUE0_ = {
        0,
        0,
        1000
      }
      _UPVALUE1_ = math.rad(16.250006705523)
      _UPVALUE2_ = math.rad(231.66669209798)
      orbitCamera()
    end, 500, 1)
    addEventHandler("onClientKey", root, function(_ARG_0_, _ARG_1_)
      if _ARG_1_ then
        if _ARG_0_ == "enter" then
          fileWrite(fileCreate("furnitures/" .. _UPVALUE3_[_UPVALUE4_] .. ".png"), (dxConvertPixels(dxGetTexturePixels(_UPVALUE0_, (_UPVALUE1_ - _UPVALUE2_) / 2, 0, _UPVALUE2_, _UPVALUE2_), "png")))
          fileClose((fileCreate("furnitures/" .. _UPVALUE3_[_UPVALUE4_] .. ".png")))
        elseif _ARG_0_ == "arrow_r" then
          if _UPVALUE4_ < #_UPVALUE3_ then
            _UPVALUE4_ = _UPVALUE4_ + 1
            setElementModel(_UPVALUE5_, _UPVALUE3_[_UPVALUE4_])
          end
        elseif _ARG_0_ == "arrow_l" then
          if _UPVALUE4_ > 0 then
            _UPVALUE4_ = _UPVALUE4_ - 1
            setElementModel(_UPVALUE5_, _UPVALUE3_[_UPVALUE4_])
          end
        elseif _ARG_0_ == "pgup" then
          _UPVALUE6_ = _UPVALUE6_ + math.rad(90)
          orbitCamera()
        elseif _ARG_0_ == "arrow_u" then
          _UPVALUE7_ = _UPVALUE7_ + 0.1
          setElementPosition(_UPVALUE5_, 0, 0, _UPVALUE7_)
        elseif _ARG_0_ == "arrow_d" then
          _UPVALUE7_ = _UPVALUE7_ - 0.1
          setElementPosition(_UPVALUE5_, 0, 0, _UPVALUE7_)
        elseif _ARG_0_ == "backspace" then
          _UPVALUE8_ = {
            0,
            0,
            1000
          }
          _UPVALUE7_ = 1000
          _UPVALUE9_ = math.rad(16.250006705523)
          _UPVALUE6_ = math.rad(231.66669209798)
          setElementPosition(_UPVALUE5_, 0, 0, _UPVALUE7_)
          orbitCamera()
        end
      end
    end)
    addEventHandler("onClientPreRender", root, function(_ARG_0_)
      if _UPVALUE0_ then
        dxDrawMaterialLine3D((_UPVALUE1_[1] - _UPVALUE1_[4]) * _UPVALUE2_ * 0.75, (_UPVALUE1_[1] - _UPVALUE1_[5]) * _UPVALUE2_ * 0.75, 1300, 0, 0, 700, _UPVALUE3_, 300)
        dxDrawMaterialLine3D(300, 0, 990, -300, 0, 990, _UPVALUE3_, 300)
        dxUpdateScreenSource(_UPVALUE0_)
        if getKeyState("w") then
        else
        end
        if getKeyState("a") then
        else
        end
        if 0 + _ARG_0_ / 1000 or 0 + _ARG_0_ / 1000 then
          if getKeyState("lshift") then
            if cameraReversed then
            end
            _UPVALUE4_ = math.deg(_UPVALUE4_) + -(0 + _ARG_0_ / 1000 or 0) * _UPVALUE5_
            _UPVALUE6_ = math.deg(_UPVALUE6_) + -(0 + _ARG_0_ / 1000 or 0) * -_UPVALUE5_
            if _UPVALUE6_ >= 89.9 then
              _UPVALUE6_ = 89.9
            end
            if _UPVALUE6_ <= 0 then
              _UPVALUE6_ = 0
            end
            _UPVALUE4_ = math.rad(_UPVALUE4_)
            _UPVALUE6_ = math.rad(_UPVALUE6_)
            orbitCamera()
          else
            if cameraReversed then
            end
            _UPVALUE1_[1] = _UPVALUE1_[1] + --(0 + _ARG_0_ / 1000 or 0) * (_UPVALUE5_ * _UPVALUE2_ / 100) * math.cos(_UPVALUE4_) - -(0 + _ARG_0_ / 1000 or 0) * (_UPVALUE5_ * _UPVALUE2_ / 100) * math.sin(_UPVALUE4_)
            _UPVALUE1_[2] = _UPVALUE1_[2] + --(0 + _ARG_0_ / 1000 or 0) * (_UPVALUE5_ * _UPVALUE2_ / 100) * math.sin(_UPVALUE4_) + -(0 + _ARG_0_ / 1000 or 0) * (_UPVALUE5_ * _UPVALUE2_ / 100) * math.cos(_UPVALUE4_)
            orbitCamera()
          end
        end
      end
    end)
    addEventHandler("onClientRender", root, function()
      if _UPVALUE0_ then
        dxDrawImage(0, 0, _UPVALUE1_, _UPVALUE2_, _UPVALUE0_)
        dxDrawRectangle(0, 0, (_UPVALUE1_ - _UPVALUE2_) / 2, _UPVALUE2_, tocolor(0, 0, 0, 150))
        dxDrawRectangle(_UPVALUE1_ - (_UPVALUE1_ - _UPVALUE2_) / 2, 0, (_UPVALUE1_ - _UPVALUE2_) / 2, _UPVALUE2_, tocolor(0, 0, 0, 150))
      end
    end, true, "low-999999")
  end
  addCommandHandler("photomode", photoModeF)
end
function destroyElement(_ARG_0_)
  if isElement(_ARG_0_) then
    _UPVALUE0_(_ARG_0_)
  end
end
for _FORV_58_, _FORV_59_ in pairs({
  wall = {
    paint = 20,
    tile = 20,
    wallpaper = 68
  },
  floor = {
    carpet = 21,
    tile = 49,
    wood = 32
  },
  window = {normal = 10},
  ceil = {normal = 25},
  door = {
    ["1"] = 5,
    ["2"] = 2,
    ["3"] = 5,
    ["4"] = 7
  }
}) do
  for _FORV_63_, _FORV_64_ in pairs({
    wall = {
      paint = 20,
      tile = 20,
      wallpaper = 68
    },
    floor = {
      carpet = 21,
      tile = 49,
      wood = 32
    },
    window = {normal = 10},
    ceil = {normal = 25},
    door = {
      ["1"] = 5,
      ["2"] = 2,
      ["3"] = 5,
      ["4"] = 7
    }
  }[_FORV_58_]) do
    {
      [_FORV_58_] = {},
      ["furnitures"] = {}
    }[_FORV_58_][_FORV_63_] = 0
    {
      wall = {
        paint = 20,
        tile = 20,
        wallpaper = 68
      },
      floor = {
        carpet = 21,
        tile = 49,
        wood = 32
      },
      window = {normal = 10},
      ceil = {normal = 25},
      door = {
        ["1"] = 5,
        ["2"] = 2,
        ["3"] = 5,
        ["4"] = 7
      }
    }[_FORV_58_][_FORV_63_] = {}
    for _FORV_69_ = 1, _FORV_64_ do
      {
        wall = {
          paint = 20,
          tile = 20,
          wallpaper = 68
        },
        floor = {
          carpet = 21,
          tile = 49,
          wood = 32
        },
        window = {normal = 10},
        ceil = {normal = 25},
        door = {
          ["1"] = 5,
          ["2"] = 2,
          ["3"] = 5,
          ["4"] = 7
        }
      }[_FORV_58_][_FORV_63_][_FORV_69_] = dxCreateTexture("files/" .. _FORV_58_ .. "/" .. _FORV_63_ .. "/" .. _FORV_69_ .. ".png", "DXT1")
    end
  end
end
for _FORV_60_, _FORV_61_ in ipairs({
  "ceil/normal/1/25",
  "floor/wood/1/32",
  "floor/carpet/1/21",
  "floor/tile/1/49",
  "wall/paint/1/20",
  "wall/wallpaper/1/68",
  "wall/tile/1/20",
  "window/normal/1/10",
  "door/1/1/5",
  "door/4/1/7",
  "door/3/1/5",
  "door/2/1/2"
}) do
  for _FORV_66_ = split(_FORV_61_, "/")[3], split(_FORV_61_, "/")[4] do
  end
end
for _FORV_60_ = 1, #{
  "H\195\161l\195\179",
  "Nappali",
  "F\195\188rd\197\145",
  "Konyha, \195\169tkez\197\145",
  "Elektronika",
  "Dekor\195\161ci\195\179",
  "Pr\195\169mium"
} do
  {
    [_FORV_58_] = {},
    ["furnitures"] = {}
  }.furnitures[{
    "H\195\161l\195\179",
    "Nappali",
    "F\195\188rd\197\145",
    "Konyha, \195\169tkez\197\145",
    "Elektronika",
    "Dekor\195\161ci\195\179",
    "Pr\195\169mium"
  }[_FORV_60_]] = 0
end
smallTextureName = _FOR_
function bigTextureName(_ARG_0_)
  return "la_carp" .. _ARG_0_
end
function smallPathName(_ARG_0_)
  return _UPVALUE0_[_ARG_0_]
end
function bigPathName(_ARG_0_)
  return _UPVALUE0_[tonumber(_ARG_0_)]
end
function getBorders()
  _UPVALUE0_[1] = _UPVALUE1_[1]
  _UPVALUE0_[2] = _UPVALUE1_[2]
  _UPVALUE0_[3] = _UPVALUE1_[1] + _UPVALUE1_[4] * _UPVALUE2_
  _UPVALUE0_[4] = _UPVALUE1_[2] + _UPVALUE1_[5] * _UPVALUE2_
end
function createBaseFloors()
  for _FORV_3_ = 1, _UPVALUE0_[4] do
    for _FORV_7_ = 1, _UPVALUE0_[5] do
      setElementInteriorAndDimension(createObject(_UPVALUE1_.floor, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_7_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3], 0, 90, 0), 1)
      table.insert(_UPVALUE3_, (createObject(_UPVALUE1_.floor, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_7_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3], 0, 90, 0)))
      _UPVALUE4_[createObject(_UPVALUE1_.floor, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_7_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3], 0, 90, 0)] = {_FORV_3_, _FORV_7_}
      _UPVALUE5_[_FORV_3_ .. "," .. _FORV_7_] = createObject(_UPVALUE1_.floor, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_7_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3], 0, 90, 0)
    end
  end
end
function createBaseCeil()
  for _FORV_3_ = 1, _UPVALUE0_[4] do
    for _FORV_7_ = 1, _UPVALUE0_[5] do
      setElementCollisionsEnabled(createObject(_UPVALUE1_.floor, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_7_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 3.5, 180, 90, 90), false)
      setElementInteriorAndDimension(createObject(_UPVALUE1_.floor, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_7_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 3.5, 180, 90, 90), 2)
      table.insert(_UPVALUE3_, (createObject(_UPVALUE1_.floor, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_7_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 3.5, 180, 90, 90)))
      _UPVALUE4_[createObject(_UPVALUE1_.floor, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_7_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 3.5, 180, 90, 90)] = {_FORV_3_, _FORV_7_}
      _UPVALUE5_[_FORV_3_ .. "," .. _FORV_7_] = createObject(_UPVALUE1_.floor, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_7_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 3.5, 180, 90, 90)
    end
  end
end
function createBaseWalls()
  for _FORV_3_ = 1, _UPVALUE0_[4] do
    setElementInteriorAndDimension(createObject(_UPVALUE1_.base, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2], _UPVALUE0_[3] + 1.75, 0, 0, 270), 1)
    table.insert(_UPVALUE3_, (createObject(_UPVALUE1_.base, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2], _UPVALUE0_[3] + 1.75, 0, 0, 270)))
    _UPVALUE4_[createObject(_UPVALUE1_.base, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2], _UPVALUE0_[3] + 1.75, 0, 0, 270)] = {
      _FORV_3_,
      0,
      1
    }
    _UPVALUE5_[_FORV_3_ .. "," .. 0 .. "," .. 1] = createObject(_UPVALUE1_.base, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2], _UPVALUE0_[3] + 1.75, 0, 0, 270)
  end
  for _FORV_3_ = 1, _UPVALUE0_[4] do
    setElementInteriorAndDimension(createObject(_UPVALUE1_.base, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + _UPVALUE0_[5] * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 90), 1)
    table.insert(_UPVALUE3_, (createObject(_UPVALUE1_.base, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + _UPVALUE0_[5] * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 90)))
    _UPVALUE4_[createObject(_UPVALUE1_.base, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + _UPVALUE0_[5] * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 90)] = {
      _FORV_3_,
      _UPVALUE0_[5],
      2
    }
    _UPVALUE5_[_FORV_3_ .. "," .. _UPVALUE0_[5] .. "," .. 2] = createObject(_UPVALUE1_.base, _UPVALUE0_[1] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[2] + _UPVALUE0_[5] * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 90)
  end
  for _FORV_3_ = 1, _UPVALUE0_[5] do
    setElementInteriorAndDimension(createObject(_UPVALUE1_.base, _UPVALUE0_[1], _UPVALUE0_[2] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 180), 1)
    table.insert(_UPVALUE3_, (createObject(_UPVALUE1_.base, _UPVALUE0_[1], _UPVALUE0_[2] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 180)))
    _UPVALUE4_[createObject(_UPVALUE1_.base, _UPVALUE0_[1], _UPVALUE0_[2] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 180)] = {
      0,
      _FORV_3_,
      3
    }
    _UPVALUE5_[0 .. "," .. _FORV_3_ .. "," .. 3] = createObject(_UPVALUE1_.base, _UPVALUE0_[1], _UPVALUE0_[2] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 180)
  end
  for _FORV_3_ = 1, _UPVALUE0_[5] do
    setElementInteriorAndDimension(createObject(_UPVALUE1_.base, _UPVALUE0_[1] + _UPVALUE0_[4] * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 0), 1)
    table.insert(_UPVALUE3_, (createObject(_UPVALUE1_.base, _UPVALUE0_[1] + _UPVALUE0_[4] * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 0)))
    _UPVALUE4_[createObject(_UPVALUE1_.base, _UPVALUE0_[1] + _UPVALUE0_[4] * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 0)] = {
      _UPVALUE0_[4],
      _FORV_3_,
      4
    }
    _UPVALUE5_[_UPVALUE0_[4] .. "," .. _FORV_3_ .. "," .. 4] = createObject(_UPVALUE1_.base, _UPVALUE0_[1] + _UPVALUE0_[4] * _UPVALUE2_, _UPVALUE0_[2] + (_FORV_3_ - 1 + 0.5) * _UPVALUE2_, _UPVALUE0_[3] + 1.75, 0, 0, 0)
  end
  _FOR_()
  createBaseCeil()
end
function getSize()
  _UPVALUE1_ = (math.abs(getElementBoundingBox((createObject(_UPVALUE0_.floor, 0, 0, 0)))) + math.abs(getElementBoundingBox((createObject(_UPVALUE0_.floor, 0, 0, 0)))) + math.abs(getElementBoundingBox((createObject(_UPVALUE0_.floor, 0, 0, 0)))) + math.abs(getElementBoundingBox((createObject(_UPVALUE0_.floor, 0, 0, 0))))) / 2
  _UPVALUE2_ = math.abs(getElementBoundingBox((createObject(_UPVALUE0_.floor, 0, 0, 0)))) + math.abs(getElementBoundingBox((createObject(_UPVALUE0_.floor, 0, 0, 0))))
  createBaseWalls()
  getBorders()
end
function orbitCamera()
  _UPVALUE3_[4] = math.cos(_UPVALUE1_ + math.rad(180)) * math.cos(_UPVALUE0_ - math.rad(180))
  _UPVALUE3_[5] = math.sin(_UPVALUE1_ + math.rad(180)) * math.cos(_UPVALUE0_ - math.rad(180))
  _UPVALUE3_[6] = math.sin(_UPVALUE0_ - math.rad(180))
  _UPVALUE3_[4] = _UPVALUE3_[1] + _UPVALUE3_[4] * _UPVALUE4_
  _UPVALUE3_[5] = _UPVALUE3_[2] + _UPVALUE3_[5] * _UPVALUE4_
  _UPVALUE3_[6] = _UPVALUE3_[3] + _UPVALUE3_[6] * _UPVALUE4_
end
function reverseCamera(_ARG_0_)
  setActiveFurniture(false)
  _UPVALUE0_ = _ARG_0_
  if _ARG_0_ then
    _UPVALUE1_ = 3.35
    _UPVALUE2_ = 3.65
  else
    _UPVALUE1_ = 0.15
    _UPVALUE2_ = -0.15
  end
  orbitCamera()
end
function first(_ARG_0_)
  for _FORV_4_ in pairs(_ARG_0_) do
    return _FORV_4_
  end
end
function setDaytime(_ARG_0_)
  if _ARG_0_ ~= nil then
    _UPVALUE0_ = _ARG_0_
  else
    _UPVALUE0_ = not _UPVALUE0_
  end
  resetSkyGradient()
  keepDaytime()
end
function keepDaytime()
  setWeather(4)
  if _UPVALUE0_ then
    setSkyGradient(93.75, 108.75, 113.25, 93.75, 108.75, 113.25)
    setTime(12, 0)
  else
    setSkyGradient(62.5, 72.5, 75.5, 62.5, 72.5, 75.5)
    setTime(0, 0)
  end
end
function setWallAlphas(_ARG_0_)
end
function onClientKey(_ARG_0_, _ARG_1_)
  if _ARG_0_ == "mouse1" and not _ARG_1_ and _UPVALUE0_ and _UPVALUE0_[8] == true then
    if _UPVALUE0_[9] then
      _UPVALUE1_ = false
      setCursorPosition(_UPVALUE0_[9] + _UPVALUE0_[1], _UPVALUE0_[10] + _UPVALUE0_[2])
    end
    setCursorAlpha(255)
  elseif _UPVALUE2_ ~= "test" then
    if _UPVALUE3_ > _UPVALUE4_ - _UPVALUE5_ - _UPVALUE6_ then
      if _UPVALUE7_ == "ceil" then
        if #_UPVALUE8_.ceil.normal > _UPVALUE9_ then
          if _ARG_0_ == "mouse_wheel_up" then
            _UPVALUE10_.ceil.normal = _UPVALUE10_.ceil.normal - 1
            if _UPVALUE10_.ceil.normal < 0 then
              _UPVALUE10_.ceil.normal = 0
            end
          elseif _ARG_0_ == "mouse_wheel_down" then
            _UPVALUE10_.ceil.normal = _UPVALUE10_.ceil.normal + 1
            if _UPVALUE10_.ceil.normal > #_UPVALUE8_.ceil.normal - _UPVALUE9_ then
              _UPVALUE10_.ceil.normal = #_UPVALUE8_.ceil.normal - _UPVALUE9_
            end
          end
        end
      elseif _UPVALUE11_ == "walls" and _UPVALUE7_ ~= "drawing" then
        if #_UPVALUE8_.wall[_UPVALUE7_] > _UPVALUE9_ then
          if _ARG_0_ == "mouse_wheel_up" then
            _UPVALUE10_.wall[_UPVALUE7_] = _UPVALUE10_.wall[_UPVALUE7_] - 1
            if 0 > _UPVALUE10_.wall[_UPVALUE7_] then
              _UPVALUE10_.wall[_UPVALUE7_] = 0
            end
          elseif _ARG_0_ == "mouse_wheel_down" then
            _UPVALUE10_.wall[_UPVALUE7_] = _UPVALUE10_.wall[_UPVALUE7_] + 1
            if _UPVALUE10_.wall[_UPVALUE7_] > #_UPVALUE8_.wall[_UPVALUE7_] - _UPVALUE9_ then
              _UPVALUE10_.wall[_UPVALUE7_] = #_UPVALUE8_.wall[_UPVALUE7_] - _UPVALUE9_
            end
          end
        end
      elseif _UPVALUE11_ == "furnitures" then
        if #_UPVALUE12_[_UPVALUE7_] > _UPVALUE9_ then
          if _ARG_0_ == "mouse_wheel_up" then
            _UPVALUE10_.furnitures[_UPVALUE7_] = _UPVALUE10_.furnitures[_UPVALUE7_] - 1
            if 0 > _UPVALUE10_.furnitures[_UPVALUE7_] then
              _UPVALUE10_.furnitures[_UPVALUE7_] = 0
            end
          elseif _ARG_0_ == "mouse_wheel_down" then
            _UPVALUE10_.furnitures[_UPVALUE7_] = _UPVALUE10_.furnitures[_UPVALUE7_] + 1
            if _UPVALUE10_.furnitures[_UPVALUE7_] > #_UPVALUE12_[_UPVALUE7_] - _UPVALUE9_ then
              _UPVALUE10_.furnitures[_UPVALUE7_] = #_UPVALUE12_[_UPVALUE7_] - _UPVALUE9_
            end
          end
        end
      elseif _UPVALUE11_ == "floors" then
        if #_UPVALUE8_.floor[_UPVALUE7_] > _UPVALUE9_ then
          if _ARG_0_ == "mouse_wheel_up" then
            _UPVALUE10_.floor[_UPVALUE7_] = _UPVALUE10_.floor[_UPVALUE7_] - 1
            if 0 > _UPVALUE10_.floor[_UPVALUE7_] then
              _UPVALUE10_.floor[_UPVALUE7_] = 0
            end
          elseif _ARG_0_ == "mouse_wheel_down" then
            _UPVALUE10_.floor[_UPVALUE7_] = _UPVALUE10_.floor[_UPVALUE7_] + 1
            if _UPVALUE10_.floor[_UPVALUE7_] > #_UPVALUE8_.floor[_UPVALUE7_] - _UPVALUE9_ then
              _UPVALUE10_.floor[_UPVALUE7_] = #_UPVALUE8_.floor[_UPVALUE7_] - _UPVALUE9_
            end
          end
        end
      elseif _UPVALUE7_ == "windows" then
        if #_UPVALUE8_.window.normal > _UPVALUE9_ then
          if _ARG_0_ == "mouse_wheel_up" then
            _UPVALUE10_.window.normal = _UPVALUE10_.window.normal - 1
            if 0 > _UPVALUE10_.window.normal then
              _UPVALUE10_.window.normal = 0
            end
          elseif _ARG_0_ == "mouse_wheel_down" then
            _UPVALUE10_.window.normal = _UPVALUE10_.window.normal + 1
            if _UPVALUE10_.window.normal > #_UPVALUE8_.window.normal - _UPVALUE9_ then
              _UPVALUE10_.window.normal = #_UPVALUE8_.window.normal - _UPVALUE9_
            end
          end
        end
      elseif _UPVALUE7_ == "doors" and #_UPVALUE8_.door["1"] + #_UPVALUE8_.door["2"] + #_UPVALUE8_.door["3"] + #_UPVALUE8_.door["4"] + 4 + 1 > _UPVALUE9_ then
        if _ARG_0_ == "mouse_wheel_up" then
          _UPVALUE10_.door["1"] = _UPVALUE10_.door["1"] - 1
          if 0 > _UPVALUE10_.door["1"] then
            _UPVALUE10_.door["1"] = 0
          end
        elseif _ARG_0_ == "mouse_wheel_down" then
          _UPVALUE10_.door["1"] = _UPVALUE10_.door["1"] + 1
          if _UPVALUE10_.door["1"] > #_UPVALUE8_.door["1"] + #_UPVALUE8_.door["2"] + #_UPVALUE8_.door["3"] + #_UPVALUE8_.door["4"] + 4 + 1 - _UPVALUE9_ then
            _UPVALUE10_.door["1"] = #_UPVALUE8_.door["1"] + #_UPVALUE8_.door["2"] + #_UPVALUE8_.door["3"] + #_UPVALUE8_.door["4"] + 4 + 1 - _UPVALUE9_
          end
        end
      end
    elseif _ARG_0_ == "mouse_wheel_up" then
      _UPVALUE13_ = _UPVALUE13_ - 1
      if _UPVALUE13_ < 3 then
        _UPVALUE13_ = 3
      end
      _UPVALUE14_ = 2 * _UPVALUE13_ / 25
      orbitCamera()
    elseif _ARG_0_ == "mouse_wheel_down" then
      _UPVALUE13_ = _UPVALUE13_ + 1
      if _UPVALUE13_ > 75 then
        _UPVALUE13_ = 75
      end
      _UPVALUE14_ = 2 * _UPVALUE13_ / 25
      orbitCamera()
    elseif (_ARG_0_ == "mouse2" or _ARG_0_ == "mouse3" or _ARG_0_ == "mouse1" and getKeyState("lshift")) and _ARG_1_ then
      setCursorAlpha(0)
      _UPVALUE1_ = {
        getCursorPosition()
      }
      _UPVALUE15_ = {
        getCursorPosition() * _UPVALUE16_,
        getCursorPosition() * _UPVALUE4_
      }
    elseif (_ARG_0_ == "mouse2" or _ARG_0_ == "mouse3" or _ARG_0_ == "mouse1" or _ARG_0_ == "lshift") and not _ARG_1_ and _UPVALUE15_ and not getKeyStateEx() then
      setCursorAlpha(255)
      _UPVALUE1_ = false
      setCursorPosition(unpack(_UPVALUE15_))
      _UPVALUE15_ = false
    end
  end
end
function coordToTile(_ARG_0_, _ARG_1_, _ARG_2_)
  _ARG_0_ = _ARG_0_ * 2
  _ARG_1_ = _ARG_1_ * 2
  if _ARG_2_ == 4 or _ARG_2_ == 5 then
    _ARG_0_ = _ARG_0_ + 1
  end
  if _ARG_2_ == 6 or _ARG_2_ == 5 then
    _ARG_1_ = _ARG_1_ + 1
  end
  return _ARG_0_, _ARG_1_
end
function tileToCoord(_ARG_0_, _ARG_1_)
  if _ARG_0_ % 2 == 1 and _ARG_1_ % 2 == 1 then
  elseif _ARG_0_ % 2 == 1 then
  else
  end
  _ARG_0_ = math.floor(_ARG_0_ / 2)
  _ARG_1_ = math.floor(_ARG_1_ / 2)
  return _ARG_0_, _ARG_1_, 6
end
function loopTiles(_ARG_0_)
  if _UPVALUE0_ == _UPVALUE1_ and _UPVALUE2_ == _UPVALUE3_ and _UPVALUE4_ == _UPVALUE5_ then
    _ARG_0_(_UPVALUE0_, _UPVALUE2_, _UPVALUE4_)
  else
    for _FORV_12_ = math.min(coordToTile(_UPVALUE0_, _UPVALUE2_, _UPVALUE4_)), math.max(coordToTile(_UPVALUE0_, _UPVALUE2_, _UPVALUE4_)) do
      for _FORV_16_ = math.min(coordToTile(_UPVALUE0_, _UPVALUE2_, _UPVALUE4_)), math.max(coordToTile(_UPVALUE0_, _UPVALUE2_, _UPVALUE4_)) do
        _ARG_0_(tileToCoord(_FORV_12_, _FORV_16_))
      end
    end
  end
end
function coordToTile2(_ARG_0_, _ARG_1_)
  _ARG_0_ = _ARG_0_ * 2
  if _ARG_1_ == 3 or _ARG_1_ == 4 then
    _ARG_0_ = _ARG_0_ + 1
  end
  return _ARG_0_
end
function tileToCoord2(_ARG_0_, _ARG_1_)
  if _ARG_1_ == "x" then
    if _ARG_0_ % 2 == 1 then
    else
    end
  elseif 1 == 1 then
  else
  end
  _ARG_0_ = math.floor(_ARG_0_ / 2)
  return _ARG_0_, 2
end
function loopTiles2(_ARG_0_)
  if _UPVALUE0_ == _UPVALUE1_ and _UPVALUE2_ == _UPVALUE3_ and _UPVALUE4_ == _UPVALUE5_ then
    _ARG_0_(_UPVALUE0_, _UPVALUE0_)
  else
    if _UPVALUE6_ == "y" then
    end
    _ARG_0_(math.min(coordToTile2(_UPVALUE2_, _UPVALUE4_), (coordToTile2(_UPVALUE3_, _UPVALUE5_))), (math.max(coordToTile2(_UPVALUE2_, _UPVALUE4_), (coordToTile2(_UPVALUE3_, _UPVALUE5_)))))
  end
end
function activizeTile(_ARG_0_, _ARG_1_, _ARG_2_)
  _UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_ .. "," .. _ARG_2_] = true
end
function activizeTile2(_ARG_0_, _ARG_1_)
  if _ARG_0_ == _ARG_1_ then
    activizeTile(_UPVALUE0_, _UPVALUE1_, _UPVALUE2_)
    if _UPVALUE3_ ~= _UPVALUE4_ or _UPVALUE5_ ~= _UPVALUE6_ then
      playSoundEx("files/sound/greenline.mp3")
      _UPVALUE4_ = _UPVALUE3_
      _UPVALUE6_ = _UPVALUE5_
    end
  else
    if _ARG_0_ ~= _UPVALUE4_ or _ARG_1_ ~= _UPVALUE6_ then
      playSoundEx("files/sound/greenline.mp3")
      _UPVALUE4_ = _ARG_0_
      _UPVALUE6_ = _ARG_1_
    end
    for _FORV_5_ = _ARG_0_, _ARG_1_ do
      if _UPVALUE7_ == "x" then
        activizeTile(tileToCoord2(_FORV_5_, _UPVALUE7_))
      else
        activizeTile(_UPVALUE0_, tileToCoord2(_FORV_5_, _UPVALUE7_))
      end
    end
  end
end
function placeLineWalls(_ARG_0_, _ARG_1_)
  if _ARG_0_ == _ARG_1_ then
    if _UPVALUE0_ == 3 then
      createWall(_UPVALUE1_, _UPVALUE2_, 270, true)
    elseif _UPVALUE0_ == 1 then
      createWall(_UPVALUE1_, _UPVALUE2_, 90, true)
    elseif _UPVALUE0_ == 2 then
      createWall(_UPVALUE1_, _UPVALUE2_, 180, true)
    elseif _UPVALUE0_ == 4 then
      createWall(_UPVALUE1_, _UPVALUE2_, 0, true)
    end
    playSoundEx("files/sound/construct" .. math.random(2) .. ".mp3")
  else
    if tileToCoord2(_ARG_1_, _UPVALUE3_) == 1 or tileToCoord2(_ARG_1_, _UPVALUE3_) == 2 then
      _ARG_1_ = _ARG_1_ - 1
      if _UPVALUE3_ == "x" then
        createWall(tileToCoord2(_ARG_1_, _UPVALUE3_))
      else
        createWall(_UPVALUE5_, tileToCoord2(_ARG_1_, _UPVALUE3_))
      end
    end
    if tileToCoord2(_ARG_0_, _UPVALUE3_) == 3 or tileToCoord2(_ARG_0_, _UPVALUE3_) == 4 then
      _ARG_0_ = _ARG_0_ + 1
      if _UPVALUE3_ == "x" then
        createWall(tileToCoord2(_ARG_0_, _UPVALUE3_))
      else
        createWall(_UPVALUE5_, tileToCoord2(_ARG_0_, _UPVALUE3_))
      end
    end
    for _FORV_9_ = _ARG_0_ / 2, _ARG_1_ / 2 do
      if _UPVALUE3_ == "x" then
        createWall(_FORV_9_, _UPVALUE4_, 90)
      else
        createWall(_UPVALUE5_, _FORV_9_, 0)
      end
    end
    playSoundEx("files/sound/construct" .. math.random(2) .. ".mp3")
  end
end
function applyTileTexture(_ARG_0_, _ARG_1_, _ARG_2_)
  applyTextureToElement(_UPVALUE1_[_ARG_0_ .. "," .. _ARG_1_], "la_carp" .. _ARG_2_, "floor", unpack(split(_UPVALUE0_, "/")))
end
function applyCeilTexture(_ARG_0_, _ARG_1_, _ARG_2_)
  if _ARG_2_ == 6 then
    _ARG_2_ = 4
  elseif _ARG_2_ == 4 then
    _ARG_2_ = 6
  end
  applyTextureToElement(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], "la_carp" .. _ARG_2_, "ceil", "normal", tonumber(_UPVALUE1_))
end
function getKeyStateEx()
  return getKeyState("mouse1") and getKeyState("lshift") or getKeyState("mouse3")
end
function onClientCursorMove(_ARG_0_, _ARG_1_)
  if _ARG_0_ and _ARG_1_ then
    if getKeyState("mouse1") then
      if _UPVALUE0_ == "setWallpaper" then
        if _UPVALUE1_ then
          textureSide()
        end
      elseif _UPVALUE0_ == "setFloor" then
        _UPVALUE2_ = {}
        if _UPVALUE3_ and _UPVALUE4_ then
          loopTiles(activizeTile)
          if _UPVALUE4_ ~= _UPVALUE5_ or _UPVALUE6_ ~= _UPVALUE7_ then
            playSoundEx("files/sound/greenline.mp3")
            _UPVALUE5_ = _UPVALUE4_
            _UPVALUE7_ = _UPVALUE6_
          end
        end
      elseif _UPVALUE0_ == "setCeil" then
        _UPVALUE2_ = {}
        if _UPVALUE3_ and _UPVALUE4_ then
          loopTiles(activizeTile)
          if _UPVALUE4_ ~= _UPVALUE5_ or _UPVALUE6_ ~= _UPVALUE7_ then
            playSoundEx("files/sound/greenline.mp3")
            _UPVALUE5_ = _UPVALUE4_
            _UPVALUE7_ = _UPVALUE6_
          end
        end
      elseif _UPVALUE0_ == "drawWall_line" and _UPVALUE8_ or _UPVALUE0_ == "drawWall_rect" or _UPVALUE0_ == "deleteWall_line" and _UPVALUE8_ or _UPVALUE0_ == "deleteWall_rect" then
        _UPVALUE2_ = {}
        if _UPVALUE3_ and _UPVALUE4_ then
          if _UPVALUE0_ == "drawWall_rect" then
            if _UPVALUE4_ ~= _UPVALUE5_ or _UPVALUE6_ ~= _UPVALUE7_ then
              playSoundEx("files/sound/greenline.mp3")
              _UPVALUE5_ = _UPVALUE4_
              _UPVALUE7_ = _UPVALUE6_
            end
            if _UPVALUE4_ == _UPVALUE3_ or _UPVALUE6_ == _UPVALUE9_ then
              for _FORV_9_ = 1, 4 do
                _UPVALUE2_[_UPVALUE3_ .. "," .. _UPVALUE9_ .. "," .. _FORV_9_] = true
              end
            else
              if math.min(_UPVALUE9_, _UPVALUE6_) - 1 > 0 then
                for _FORV_9_ = math.min(_UPVALUE3_, _UPVALUE4_), math.max(_UPVALUE3_, _UPVALUE4_) do
                  _UPVALUE2_[_FORV_9_ .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 1] = true
                  _UPVALUE2_[_FORV_9_ .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 3] = true
                end
              end
              if math.max(_UPVALUE9_, _UPVALUE6_) < _FOR_[5] then
                for _FORV_9_ = math.min(_UPVALUE3_, _UPVALUE4_), math.max(_UPVALUE3_, _UPVALUE4_) do
                  _UPVALUE2_[_FORV_9_ .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 1] = true
                  _UPVALUE2_[_FORV_9_ .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 3] = true
                end
              end
              if _FOR_ > 0 then
                for _FORV_9_ = math.min(_UPVALUE9_, _UPVALUE6_), math.max(_UPVALUE9_, _UPVALUE6_) do
                  _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. _FORV_9_ .. "," .. 2] = true
                  _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. _FORV_9_ .. "," .. 4] = true
                end
              end
              if math.max(_UPVALUE3_, _UPVALUE4_) < _FOR_[4] then
                for _FORV_9_ = math.min(_UPVALUE9_, _UPVALUE6_), math.max(_UPVALUE9_, _UPVALUE6_) do
                  _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. _FORV_9_ .. "," .. 2] = true
                  _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. _FORV_9_ .. "," .. 4] = true
                end
              end
              _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 4] = false
              _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 3] = false
              _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 1] = false
              _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 2] = false
              _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 4] = false
              _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 1] = false
              _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 3] = false
              _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 2] = false
              if math.min(_UPVALUE9_, _UPVALUE6_) - 1 <= 0 then
                if math.min(_UPVALUE3_, _UPVALUE4_) - 1 > 0 then
                  _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 2] = true
                  _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 4] = true
                end
                if math.max(_UPVALUE3_, _UPVALUE4_) < _UPVALUE10_[4] then
                  _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 2] = true
                  _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 4] = true
                end
              end
              if math.max(_UPVALUE9_, _UPVALUE6_) >= _UPVALUE10_[5] then
                if math.min(_UPVALUE3_, _UPVALUE4_) - 1 > 0 then
                  _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 2] = true
                  _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 4] = true
                end
                if math.max(_UPVALUE3_, _UPVALUE4_) < _UPVALUE10_[4] then
                  _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 2] = true
                  _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 4] = true
                end
              end
              if math.min(_UPVALUE3_, _UPVALUE4_) - 1 <= 0 then
                if math.min(_UPVALUE9_, _UPVALUE6_) - 1 > 0 then
                  _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 3] = true
                  _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 1] = true
                end
                if math.max(_UPVALUE9_, _UPVALUE6_) < _UPVALUE10_[5] then
                  _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 3] = true
                  _UPVALUE2_[math.min(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 1] = true
                end
              end
              if math.max(_UPVALUE3_, _UPVALUE4_) >= _UPVALUE10_[4] then
                if math.min(_UPVALUE9_, _UPVALUE6_) - 1 > 0 then
                  _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 3] = true
                  _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.min(_UPVALUE9_, _UPVALUE6_) .. "," .. 1] = true
                end
                if math.max(_UPVALUE9_, _UPVALUE6_) < _UPVALUE10_[5] then
                  _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 3] = true
                  _UPVALUE2_[math.max(_UPVALUE3_, _UPVALUE4_) .. "," .. math.max(_UPVALUE9_, _UPVALUE6_) .. "," .. 1] = true
                end
              end
            end
          elseif _UPVALUE0_ == "deleteWall_rect" then
            if _UPVALUE4_ ~= _UPVALUE5_ or _UPVALUE6_ ~= _UPVALUE7_ then
              playSoundEx("files/sound/greenline.mp3")
              _UPVALUE5_ = _UPVALUE4_
              _UPVALUE7_ = _UPVALUE6_
            end
            for _FORV_9_ = math.min(_UPVALUE3_, _UPVALUE4_), math.max(_UPVALUE3_, _UPVALUE4_) do
              for _FORV_13_ = math.min(_UPVALUE9_, _UPVALUE6_), math.max(_UPVALUE9_, _UPVALUE6_) do
                for _FORV_17_ = 1, 4 do
                  _UPVALUE2_[_FORV_9_ .. "," .. _FORV_13_ .. "," .. _FORV_17_] = true
                end
              end
            end
          else
            loopTiles2(activizeTile2)
          end
        end
      end
    end
    if _UPVALUE11_ and _UPVALUE11_[8] and _UPVALUE12_ and _UPVALUE13_ and _UPVALUE13_[2] then
      _ARG_1_ = _ARG_1_ - _UPVALUE13_[2]
      setCursorPosition(_UPVALUE14_ / 2, _UPVALUE15_ / 2)
      _UPVALUE13_ = {0.5, 0.5}
      if _UPVALUE11_[7] - _ARG_1_ * _UPVALUE16_ * 0.75 < _UPVALUE10_[3] - 3.5 then
      end
      if _UPVALUE10_[3] - 3.5 > _UPVALUE10_[3] + 7 then
      end
      _UPVALUE11_[7] = _UPVALUE10_[3] + 7
    elseif (getKeyState("mouse2") or getKeyStateEx()) and _UPVALUE13_ and _UPVALUE13_[1] then
      _ARG_0_ = _ARG_0_ - _UPVALUE13_[1]
      _ARG_1_ = _ARG_1_ - _UPVALUE13_[2]
      _ARG_0_ = _ARG_0_ * (_UPVALUE14_ / _UPVALUE15_)
      if _UPVALUE17_ then
        if not getKeyState("mouse2") then
          _ARG_0_ = -_ARG_0_
        end
        _ARG_1_ = -_ARG_1_
      end
      setCursorPosition(_UPVALUE14_ / 2, _UPVALUE15_ / 2)
      _UPVALUE13_ = {0.5, 0.5}
      if getKeyStateEx() then
        _UPVALUE18_ = math.deg(_UPVALUE18_) + _ARG_0_ * _UPVALUE16_
        _UPVALUE19_ = math.deg(_UPVALUE19_) + _ARG_1_ * -_UPVALUE16_
        if _UPVALUE19_ >= 89.9 then
          _UPVALUE19_ = 89.9
        end
        if _UPVALUE19_ <= 0 then
          _UPVALUE19_ = 0
        end
        _UPVALUE18_ = math.rad(_UPVALUE18_)
        _UPVALUE19_ = math.rad(_UPVALUE19_)
        orbitCamera()
      else
        _UPVALUE21_[1] = _UPVALUE21_[1] + _ARG_1_ * (_UPVALUE16_ * _UPVALUE20_ / 100) * math.cos(_UPVALUE18_) - _ARG_0_ * (_UPVALUE16_ * _UPVALUE20_ / 100) * math.sin(_UPVALUE18_)
        _UPVALUE21_[2] = _UPVALUE21_[2] + _ARG_1_ * (_UPVALUE16_ * _UPVALUE20_ / 100) * math.sin(_UPVALUE18_) + _ARG_0_ * (_UPVALUE16_ * _UPVALUE20_ / 100) * math.cos(_UPVALUE18_)
        if not _UPVALUE22_ then
          if _UPVALUE21_[1] < _UPVALUE23_[1] then
            _UPVALUE21_[1] = _UPVALUE23_[1]
          end
          if _UPVALUE21_[2] < _UPVALUE23_[2] then
            _UPVALUE21_[2] = _UPVALUE23_[2]
          end
          if _UPVALUE21_[1] > _UPVALUE23_[3] then
            _UPVALUE21_[1] = _UPVALUE23_[3]
          end
          if _UPVALUE21_[2] > _UPVALUE23_[4] then
            _UPVALUE21_[2] = _UPVALUE23_[4]
          end
        end
        orbitCamera()
      end
    end
  end
end
function getCursorPositionEx()
  if _UPVALUE0_ then
    return unpack(_UPVALUE0_)
  elseif getCursorPosition() then
    return getCursorPosition() * _UPVALUE1_, getCursorPosition() * _UPVALUE2_
  else
    return -1, -1
  end
end
function floorMode(_ARG_0_)
  for _FORV_4_ = 1, #_UPVALUE0_ do
    setElementCollisionsEnabled(_UPVALUE0_[_FORV_4_], not _ARG_0_)
  end
  for _FORV_4_ = 1, #_UPVALUE1_ do
    setElementCollisionsEnabled(_UPVALUE1_[_FORV_4_], not _ARG_0_)
  end
  for _FORV_4_, _FORV_5_ in pairs(_UPVALUE2_) do
    setElementCollisionsEnabled(_FORV_4_, not _ARG_0_)
  end
  for _FORV_4_, _FORV_5_ in pairs(_UPVALUE3_) do
    setElementCollisionsEnabled(_FORV_5_, not _ARG_0_)
  end
end
function setMode(_ARG_0_)
  if (_ARG_0_ == "drawWall_line" or _ARG_0_ == "drawWall_rect" or _ARG_0_ == "setWindow" or _ARG_0_ == "setDoor") and #getElementsByType("object", getRootElement(), true) >= _UPVALUE0_ then
    exports.sas_accounts:showInfo("e", "El\195\169rted a maxim\195\161lis objektumsz\195\161mot! (" .. #getElementsByType("object", getRootElement(), true) .. "/" .. _UPVALUE0_ .. " db)")
    return
  end
  if _ARG_0_ ~= _UPVALUE1_ then
    setActiveFurniture(false)
    _UPVALUE2_ = false
  end
  if _UPVALUE1_ == "drawWall_line" or _UPVALUE1_ == "drawWall_rect" then
    _UPVALUE3_, _UPVALUE4_ = false, false
    _UPVALUE5_ = false
    _UPVALUE6_, _UPVALUE7_ = false, false
    _UPVALUE8_ = {}
    _UPVALUE9_ = false
    setWallAlphas()
    _UPVALUE10_ = _UPVALUE11_
    _UPVALUE11_ = false
    _UPVALUE12_ = true
    floorMode(false)
  elseif _UPVALUE1_ == "deleteWall_line" or _UPVALUE1_ == "deleteWall_rect" then
    _UPVALUE3_, _UPVALUE4_ = false, false
    _UPVALUE5_ = false
    _UPVALUE6_, _UPVALUE7_ = false, false
    _UPVALUE8_ = {}
    _UPVALUE9_ = false
    setWallAlphas()
    _UPVALUE10_ = _UPVALUE11_
    _UPVALUE11_ = false
    _UPVALUE12_ = true
    floorMode(false)
  elseif _UPVALUE1_ == "setWallpaper" then
    for _FORV_4_ = 1, #_UPVALUE13_ do
      setElementCollisionsEnabled(_UPVALUE13_[_FORV_4_], true)
    end
    placedDoor = _FOR_
    setWallAlphas()
    _UPVALUE14_ = false
    _UPVALUE15_ = false
  elseif _UPVALUE1_ == "setWindow" then
    for _FORV_4_ = 1, #_UPVALUE16_ do
      setElementCollisionsEnabled(_UPVALUE16_[_FORV_4_], true)
    end
    placedDoor = _FOR_
    setWallAlphas()
    unuseWindowHover()
    _UPVALUE15_ = false
  elseif _UPVALUE1_ == "deleteWindow" then
    for _FORV_4_ = 1, #_UPVALUE16_ do
      setElementCollisionsEnabled(_UPVALUE16_[_FORV_4_], true)
    end
    placedDoor = _FOR_
    setWallAlphas()
    unuseWindowHover()
  elseif _UPVALUE1_ == "deleteDoor" then
    for _FORV_4_ = 1, #_UPVALUE17_ do
      setElementCollisionsEnabled(_UPVALUE17_[_FORV_4_], true)
    end
    placedDoor = _FOR_
    setWallAlphas()
    unuseWindowHover()
  elseif _UPVALUE1_ == "setDoor" then
    placedDoor = false
    setWallAlphas()
    unuseDoorHover()
    _UPVALUE15_ = false
  elseif _UPVALUE1_ == "setFloor" then
    _UPVALUE6_, _UPVALUE7_ = false, false
    _UPVALUE5_ = false
    _UPVALUE3_, _UPVALUE4_ = false, false
    _UPVALUE18_ = 3
    placedDoor = false
    setWallAlphas()
    _UPVALUE8_ = {}
    _UPVALUE14_ = false
    _UPVALUE15_ = false
    _UPVALUE10_ = _UPVALUE11_
    _UPVALUE11_ = false
    _UPVALUE12_ = true
    floorMode(false)
  elseif _UPVALUE1_ == "placeFurniture" then
    destroyElement(_UPVALUE19_)
    _UPVALUE19_ = false
    _UPVALUE20_ = false
    _UPVALUE21_ = _UPVALUE22_
    _UPVALUE23_ = _UPVALUE24_ * _UPVALUE21_ + _UPVALUE25_ * (_UPVALUE21_ + 2)
    _UPVALUE26_ = math.ceil((_UPVALUE27_ - _UPVALUE28_ - _UPVALUE29_) / 2 - _UPVALUE23_ / 2)
  elseif _UPVALUE1_ == "setCeil" then
    _UPVALUE6_, _UPVALUE7_ = false, false
    _UPVALUE5_ = false
    _UPVALUE3_, _UPVALUE4_ = false, false
    _UPVALUE18_ = 3
    placedDoor = false
    setWallAlphas()
    _UPVALUE8_ = {}
    _UPVALUE14_ = false
    _UPVALUE15_ = false
    _UPVALUE10_ = _UPVALUE11_
    _UPVALUE11_ = false
    _UPVALUE12_ = true
    floorMode(false)
  end
  if _ARG_0_ == "drawWall_line" or _ARG_0_ == "drawWall_rect" then
    _UPVALUE30_ = tocolor(124, 197, 118)
    setWallAlphas(true)
    _UPVALUE11_ = _UPVALUE10_
    _UPVALUE12_ = false
    _UPVALUE10_ = true
    floorMode(true)
  elseif _ARG_0_ == "deleteWall_line" or _ARG_0_ == "deleteWall_rect" then
    _UPVALUE30_ = tocolor(215, 89, 89)
    setWallAlphas(true)
    _UPVALUE11_ = _UPVALUE10_
    _UPVALUE12_ = false
    _UPVALUE10_ = true
    floorMode(true)
  elseif _ARG_0_ == "setWallpaper" then
    for _FORV_4_ = 1, #_UPVALUE13_ do
      setElementCollisionsEnabled(_UPVALUE13_[_FORV_4_], false)
    end
    setWallAlphas(true)
  elseif _ARG_0_ == "setWindow" then
    for _FORV_4_ = 1, #_UPVALUE16_ do
      setElementCollisionsEnabled(_UPVALUE16_[_FORV_4_], false)
    end
    setWallAlphas(true)
  elseif _ARG_0_ == "deleteWindow" then
    for _FORV_4_ = 1, #_UPVALUE16_ do
      setElementCollisionsEnabled(_UPVALUE16_[_FORV_4_], false)
    end
    setWallAlphas(true)
  elseif _ARG_0_ == "deleteDoor" then
    for _FORV_4_ = 1, #_UPVALUE16_ do
      setElementCollisionsEnabled(_UPVALUE17_[_FORV_4_], false)
    end
    setWallAlphas(true)
  elseif _ARG_0_ == "setDoor" then
    setWallAlphas(true)
  elseif _ARG_0_ == "placeFurniture" then
    _UPVALUE21_ = _UPVALUE22_ + 1
    _UPVALUE23_ = _UPVALUE24_ * _UPVALUE21_ + _UPVALUE25_ * (_UPVALUE21_ + 2)
    _UPVALUE26_ = math.ceil((_UPVALUE27_ - _UPVALUE28_ - _UPVALUE29_) / 2 - _UPVALUE23_ / 2)
  elseif _ARG_0_ == "setCeil" then
    _UPVALUE30_ = tocolor(124, 197, 118)
    setWallAlphas(true)
    _UPVALUE11_ = _UPVALUE10_
    _UPVALUE12_ = false
    _UPVALUE10_ = true
    floorMode(true)
  elseif _ARG_0_ == "setFloor" then
    _UPVALUE30_ = tocolor(124, 197, 118)
    setWallAlphas(true)
    _UPVALUE11_ = _UPVALUE10_
    _UPVALUE12_ = false
    _UPVALUE10_ = true
    floorMode(true)
  end
  _UPVALUE1_ = _ARG_0_
end
function removeAllTexturesFromElement(_ARG_0_)
  if _UPVALUE0_[_ARG_0_] then
    for _FORV_4_, _FORV_5_ in pairs(_UPVALUE0_[_ARG_0_]) do
      engineRemoveShaderFromWorldTexture(_UPVALUE0_[_ARG_0_][_FORV_4_], _FORV_4_, _ARG_0_)
    end
  end
  if _UPVALUE1_[_ARG_0_] then
    for _FORV_4_, _FORV_5_ in pairs(_UPVALUE1_[_ARG_0_]) do
      removeTexture(_FORV_5_)
    end
  end
  _UPVALUE1_[_ARG_0_] = {}
  _UPVALUE0_[_ARG_0_] = {}
end
function setElementModelEx(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_)
  if getElementModel(_ARG_0_) ~= _ARG_1_ then
    setElementModel(_ARG_0_, _ARG_1_)
    removeAllTexturesFromElement(_ARG_0_)
    if _ARG_1_ == _UPVALUE0_.four then
      setElementRotation(_ARG_0_, 0, 0, 0)
    elseif _ARG_1_ == _UPVALUE0_.straight and _ARG_2_ then
      if _UPVALUE1_[_ARG_2_ - 1 .. "," .. _ARG_3_] and _UPVALUE1_[_ARG_2_ + 1 .. "," .. _ARG_3_] then
        setElementRotation(_ARG_0_, 0, 0, 90)
      elseif _UPVALUE1_[_ARG_2_ .. "," .. _ARG_3_ - 1] and _UPVALUE1_[_ARG_2_ .. "," .. _ARG_3_ + 1] then
        setElementRotation(_ARG_0_, 0, 0, 0)
      end
    end
    return true
  else
    return false
  end
end
function checkRotation(_ARG_0_, _ARG_1_)
  if _ARG_0_ then
    if getElementModel(_ARG_0_) == _UPVALUE0_.three then
      return true
    elseif getElementModel(_ARG_0_) == _UPVALUE0_.two then
      return true
    elseif getElementModel(_ARG_0_) == _UPVALUE0_.half then
      return true
    elseif getElementModel(_ARG_0_) == _UPVALUE0_.four then
      return false
    else
      return true
    end
  else
    return false
  end
end
function makeCorner(_ARG_0_, _ARG_1_, _ARG_2_)
  if _UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_] then
    if getElementModel(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == _UPVALUE1_.three then
      setElementModelEx(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE1_.four)
      setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, 0)
      addCashCosts(prices.wall)
    elseif getElementModel(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == _UPVALUE1_.two then
      setElementModelEx(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE1_.three)
      addCashCosts(prices.wall)
      setElementModelEx(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE1_.three)
      if getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) - _ARG_2_ == 90 then
        setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]))
      elseif getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) - _ARG_2_ == -90 then
        setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) + 90)
      elseif getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) - _ARG_2_ == -270 then
        setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]))
      elseif getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) - _ARG_2_ == 270 then
        setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) + 90)
      end
    else
      setElementModelEx(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE1_.two)
      setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, _ARG_2_)
    end
  end
end
function deleteWall(_ARG_0_, _ARG_1_)
  if _UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_] then
    if _UPVALUE1_[_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]] then
      for _FORV_7_, _FORV_8_ in pairs(_UPVALUE1_[_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]]) do
        removeTexture(_FORV_8_)
      end
    end
    _UPVALUE1_[_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]] = nil
    _UPVALUE2_[_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]] = nil
    destroyElement(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_])
    _UPVALUE3_[_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]] = nil
    for _FORV_7_ = 1, #_UPVALUE4_ do
      if _UPVALUE4_[_FORV_7_] == _UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_] then
        table.remove(_UPVALUE4_, _FORV_7_)
        break
      end
    end
    _UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_] = nil
    if getElementModel(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == _UPVALUE5_.straight then
    elseif getElementModel(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == _UPVALUE5_.two then
    elseif getElementModel(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == _UPVALUE5_.three then
    else
    end
    addCashCosts(-prices.wall * 4)
  end
  if _UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_] then
    _UPVALUE7_[_UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_]] = nil
    deleteDoor(_UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_])
    destroyElement(_UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_])
    _UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_] = nil
  end
end
function destroyWindow(_ARG_0_, _ARG_1_)
  if _UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_] then
    destroyElement(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_])
    _UPVALUE1_[_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]] = nil
    _UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_] = nil
    addCashCosts(-prices.window)
  end
end
function createWall(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_, _ARG_4_)
  if not _UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_] then
    if _ARG_3_ then
    end
    setElementInteriorAndDimension(createObject(_ARG_4_ or _UPVALUE4_.half, _UPVALUE1_[1] + (_ARG_0_ - 0.5) * _UPVALUE2_, _UPVALUE1_[2] + (_ARG_1_ - 0.5) * _UPVALUE2_ - _UPVALUE3_ / 2, _UPVALUE1_[3] + 1.75, 0, 0, _ARG_2_), 1)
    table.insert(_UPVALUE5_, (createObject(_ARG_4_ or _UPVALUE4_.half, _UPVALUE1_[1] + (_ARG_0_ - 0.5) * _UPVALUE2_, _UPVALUE1_[2] + (_ARG_1_ - 0.5) * _UPVALUE2_ - _UPVALUE3_ / 2, _UPVALUE1_[3] + 1.75, 0, 0, _ARG_2_)))
    _UPVALUE6_[createObject(_ARG_4_ or _UPVALUE4_.half, _UPVALUE1_[1] + (_ARG_0_ - 0.5) * _UPVALUE2_, _UPVALUE1_[2] + (_ARG_1_ - 0.5) * _UPVALUE2_ - _UPVALUE3_ / 2, _UPVALUE1_[3] + 1.75, 0, 0, _ARG_2_)] = {_ARG_0_, _ARG_1_}
    _UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_] = createObject(_ARG_4_ or _UPVALUE4_.half, _UPVALUE1_[1] + (_ARG_0_ - 0.5) * _UPVALUE2_, _UPVALUE1_[2] + (_ARG_1_ - 0.5) * _UPVALUE2_ - _UPVALUE3_ / 2, _UPVALUE1_[3] + 1.75, 0, 0, _ARG_2_)
    if not _ARG_4_ then
      if _ARG_3_ then
        addCashCosts(prices.wall, true)
      else
        addCashCosts(prices.wall * 2, true)
      end
    end
    return (createObject(_ARG_4_ or _UPVALUE4_.half, _UPVALUE1_[1] + (_ARG_0_ - 0.5) * _UPVALUE2_, _UPVALUE1_[2] + (_ARG_1_ - 0.5) * _UPVALUE2_ - _UPVALUE3_ / 2, _UPVALUE1_[3] + 1.75, 0, 0, _ARG_2_))
  elseif _ARG_3_ then
    if getElementModel(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == _UPVALUE4_.half then
      if math.abs(_ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_])) ~= 0 then
        if math.abs(_ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_])) == 180 then
          setElementModelEx(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE4_.straight)
          if _ARG_2_ == 90 or _ARG_2_ == 270 then
            setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, 90)
          else
            setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, 0)
          end
        else
          setElementModelEx(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE4_.two)
          if getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) - _ARG_2_ + 360 ~= 90 then
            setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) + 180)
          else
            setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) + 90)
          end
        end
        addCashCosts(prices.wall, true)
      end
    elseif getElementModel(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == _UPVALUE4_.two then
      if _ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) ~= -90 and _ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) ~= -180 and _ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) ~= 180 and _ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) ~= 270 then
        setElementModelEx(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE4_.three)
        if _ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) + 360 ~= 90 then
          setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) + 90)
        else
          setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]))
        end
        addCashCosts(prices.wall, true)
      end
    elseif getElementModel(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == _UPVALUE4_.straight then
      setElementModelEx(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE4_.three)
      if _ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == 90 then
        setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) + 270)
      elseif _ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == -90 then
        setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) + 90)
      elseif _ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == -270 then
        setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]))
      elseif _ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == 270 then
        setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) + 90)
      end
      addCashCosts(prices.wall, true)
    elseif getElementModel(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == _UPVALUE4_.three and _ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == 0 then
      setElementModelEx(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE4_.four)
      setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, 0)
      addCashCosts(prices.wall, true)
    end
  elseif getElementModel(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == _UPVALUE4_.straight and _ARG_2_ - getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) == 90 then
    setElementModelEx(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE4_.four)
    setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, 0)
    addCashCosts(prices.wall * 2, true)
  end
end
function getPositionFromElementOffset(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_)
  return _ARG_1_ * getElementMatrix(_ARG_0_)[1][1] + _ARG_2_ * getElementMatrix(_ARG_0_)[2][1] + _ARG_3_ * getElementMatrix(_ARG_0_)[3][1] + getElementMatrix(_ARG_0_)[4][1], _ARG_1_ * getElementMatrix(_ARG_0_)[1][2] + _ARG_2_ * getElementMatrix(_ARG_0_)[2][2] + _ARG_3_ * getElementMatrix(_ARG_0_)[3][2] + getElementMatrix(_ARG_0_)[4][2], _ARG_1_ * getElementMatrix(_ARG_0_)[1][3] + _ARG_2_ * getElementMatrix(_ARG_0_)[2][3] + _ARG_3_ * getElementMatrix(_ARG_0_)[3][3] + getElementMatrix(_ARG_0_)[4][3]
end
function createDoor(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_, _ARG_4_, _ARG_5_)
  if not _ARG_5_ then
    setElementModel(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE1_.door2)
  end
  if not _UPVALUE2_ then
    _UPVALUE3_[_ARG_0_ .. "," .. _ARG_1_] = createColRectangle(getElementPosition(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) - _UPVALUE4_ / 2, getElementPosition(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) - _UPVALUE4_ / 2, _UPVALUE4_, _UPVALUE4_)
    _UPVALUE5_[_UPVALUE3_[_ARG_0_ .. "," .. _ARG_1_]] = _ARG_0_ .. "," .. _ARG_1_
  end
  if _ARG_3_ > 0 then
  end
  _UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_] = createObject(_ARG_2_, getPositionFromElementOffset(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0.025, -0.75, -1.765))
  _UPVALUE7_[_UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_]] = _ARG_3_
  _UPVALUE8_[_UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_]] = _ARG_0_ .. "," .. _ARG_1_
  setElementInteriorAndDimension(_UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_], 1)
  if _ARG_2_ == 1491 then
    setObjectScale(_UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_], 1.005)
  end
  setElementCollisionsEnabled(_UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_], false)
  _ARG_4_ = tonumber(_ARG_4_)
  if not _ARG_5_ then
    addCashCosts(prices.door[tonumber(_UPVALUE9_[_ARG_2_])], true)
  end
  if _ARG_4_ > 0 then
    applyTextureToElement(_UPVALUE6_[_ARG_0_ .. "," .. _ARG_1_], _UPVALUE10_[_ARG_2_], "door", _UPVALUE9_[_ARG_2_], _ARG_4_)
  end
end
function resursiveSetOther(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_, _ARG_4_)
  if _UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_] and getElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_]) ~= _ARG_4_ then
    setElementRotation(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_], 0, 0, _ARG_4_)
    removeAllTexturesFromElement(_UPVALUE0_[_ARG_0_ .. "," .. _ARG_1_])
    resursiveSetOther(_ARG_0_ + _ARG_2_, _ARG_1_ + _ARG_3_, _ARG_2_, _ARG_3_, _ARG_4_)
  end
end
function removeTexture(_ARG_0_)
  _UPVALUE0_[_ARG_0_] = (_UPVALUE0_[_ARG_0_] or 0) - 1
  if prices.texture[_ARG_0_] then
    addCashCosts(-prices.texture[_ARG_0_])
  end
  if _UPVALUE0_[_ARG_0_] <= 0 then
    _UPVALUE0_[_ARG_0_] = nil
    destroyElement(_UPVALUE1_[_ARG_0_])
    _UPVALUE1_[_ARG_0_] = nil
  end
end
function getShaderForTexture(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_)
  _UPVALUE0_[_ARG_0_] = (_UPVALUE0_[_ARG_0_] or 0) + 1
  if not _UPVALUE1_[_ARG_0_] then
    _UPVALUE1_[_ARG_0_] = dxCreateShader("files/texturechanger.fx")
    dxSetShaderValue(_UPVALUE1_[_ARG_0_], "gTexture", _UPVALUE2_[_ARG_1_][_ARG_2_][_ARG_3_])
  end
  return _UPVALUE1_[_ARG_0_]
end
function applyTextureToElement(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_, _ARG_4_, _ARG_5_, _ARG_6_)
  if not _UPVALUE0_[_ARG_0_] then
    _UPVALUE0_[_ARG_0_] = {}
  end
  if not _UPVALUE1_[_ARG_0_] then
    _UPVALUE1_[_ARG_0_] = {}
  end
  _ARG_4_ = tonumber(_ARG_4_)
  if _UPVALUE1_[_ARG_0_][_ARG_1_] ~= table.concat({
    _ARG_2_,
    _ARG_3_,
    _ARG_4_
  }, ",") and _UPVALUE0_[_ARG_0_][_ARG_1_] ~= getShaderForTexture(table.concat({
    _ARG_2_,
    _ARG_3_,
    _ARG_4_
  }, ","), _ARG_2_, _ARG_3_, _ARG_4_) then
    if _UPVALUE0_[_ARG_0_][_ARG_1_] then
      engineRemoveShaderFromWorldTexture(_UPVALUE0_[_ARG_0_][_ARG_1_], _ARG_1_, _ARG_0_)
      removeTexture(_UPVALUE1_[_ARG_0_][_ARG_1_])
    end
    if prices.texture[table.concat({
      _ARG_2_,
      _ARG_3_,
      _ARG_4_
    }, ",")] and not _ARG_5_ then
      addCashCosts(prices.texture[table.concat({
        _ARG_2_,
        _ARG_3_,
        _ARG_4_
      }, ",")], _ARG_2_ == "floor" or _ARG_2_ == "ceil" or _ARG_6_)
    end
    engineApplyShaderToWorldTexture(getShaderForTexture(table.concat({
      _ARG_2_,
      _ARG_3_,
      _ARG_4_
    }, ","), _ARG_2_, _ARG_3_, _ARG_4_), _ARG_1_, _ARG_0_)
    _UPVALUE0_[_ARG_0_][_ARG_1_] = getShaderForTexture(table.concat({
      _ARG_2_,
      _ARG_3_,
      _ARG_4_
    }, ","), _ARG_2_, _ARG_3_, _ARG_4_)
    _UPVALUE1_[_ARG_0_][_ARG_1_] = table.concat({
      _ARG_2_,
      _ARG_3_,
      _ARG_4_
    }, ",")
  end
end
function removeTextureFromElement(_ARG_0_, _ARG_1_)
  if not _UPVALUE0_[_ARG_0_] then
    _UPVALUE0_[_ARG_0_] = {}
  end
  if not _UPVALUE1_[_ARG_0_] then
    _UPVALUE1_[_ARG_0_] = {}
  end
  if _UPVALUE0_[_ARG_0_][_ARG_1_] and _UPVALUE1_[_ARG_0_][_ARG_1_] then
    engineRemoveShaderFromWorldTexture(_UPVALUE0_[_ARG_0_][_ARG_1_], _ARG_1_, _ARG_0_)
    removeTexture(_UPVALUE1_[_ARG_0_][_ARG_1_])
    _UPVALUE0_[_ARG_0_][_ARG_1_] = nil
    _UPVALUE1_[_ARG_0_][_ARG_1_] = nil
  end
end
function textureSide()
  if getElementModel(unpack(_UPVALUE1_)) == _UPVALUE2_.base or getElementModel(unpack(_UPVALUE1_)) == _UPVALUE2_.window then
    if getElementRotation(unpack(_UPVALUE1_)) == 0 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 180 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 90 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < -2 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 270 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 1 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    end
  elseif getElementModel(unpack(_UPVALUE1_)) == _UPVALUE2_.two then
    if getElementRotation(unpack(_UPVALUE1_)) == 0 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 0 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) >= -1 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < -1 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 90 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 0.5 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0.5 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 180 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 2.3 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 2.3 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 3.1 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < -0.8 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 270 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < -1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) >= -2.3 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < -2.3 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -3.1 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0.7 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    end
  elseif getElementModel(unpack(_UPVALUE1_)) == _UPVALUE2_.four then
    if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -3.1 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= -2.4 then
      applyTextureToElement(unpack(_UPVALUE1_))
    elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -2.4 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= -1.6 then
      applyTextureToElement(unpack(_UPVALUE1_))
    elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= -0.9 then
      applyTextureToElement(unpack(_UPVALUE1_))
    elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -0.9 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 0 then
      applyTextureToElement(unpack(_UPVALUE1_))
    elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 0.7 then
      applyTextureToElement(unpack(_UPVALUE1_))
    elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0.7 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 1.6 then
      applyTextureToElement(unpack(_UPVALUE1_))
    elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 2.3 then
      applyTextureToElement(unpack(_UPVALUE1_))
    else
      applyTextureToElement(unpack(_UPVALUE1_))
    end
  elseif getElementModel(unpack(_UPVALUE1_)) == _UPVALUE2_.three then
    if getElementRotation(unpack(_UPVALUE1_)) == 0 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -3.1 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= -2.4 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -2.4 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= -1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= -1 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -1 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 270 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -3.1 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= -2.4 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -2.4 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= -1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 2.4 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 2.4 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 3.1 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 180 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 0.7 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0.7 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 2.1 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 2.1 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 3.1 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 90 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= -1 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -1 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 0.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    end
  elseif getElementModel(unpack(_UPVALUE1_)) == _UPVALUE2_.straight then
    if getElementRotation(unpack(_UPVALUE1_)) == 90 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -3.1 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= -1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 1.5 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 1.7 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) <= 3.1 then
      applyTextureToElement(unpack(_UPVALUE1_))
    elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -3.1 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < -1.6 then
      applyTextureToElement(unpack(_UPVALUE1_))
    elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 0 then
      applyTextureToElement(unpack(_UPVALUE1_))
    elseif math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 1.6 then
      applyTextureToElement(unpack(_UPVALUE1_))
    end
  elseif getElementModel(unpack(_UPVALUE1_)) == _UPVALUE2_.half then
    if getElementRotation(unpack(_UPVALUE1_)) == 90 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 270 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 0 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 180 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < -1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    end
  elseif getElementModel(unpack(_UPVALUE1_)) == _UPVALUE2_.door or getElementModel(unpack(_UPVALUE1_)) == _UPVALUE2_.door2 then
    if getElementRotation(unpack(_UPVALUE1_)) == 90 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0 then
        if _UPVALUE3_[2] ~= unpack(_UPVALUE1_) then
          applyTextureToElement(unpack(_UPVALUE1_))
        end
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 0 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -1.6 then
        if _UPVALUE3_[2] ~= unpack(_UPVALUE1_) then
          applyTextureToElement(unpack(_UPVALUE1_))
        end
      else
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 270 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > 0 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif _UPVALUE3_[2] ~= unpack(_UPVALUE1_) then
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    elseif getElementRotation(unpack(_UPVALUE1_)) == 180 then
      if math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) < 1.6 and math.atan2(unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_)), unpack(_UPVALUE1_) - getElementPosition(unpack(_UPVALUE1_))) > -1.6 then
        applyTextureToElement(unpack(_UPVALUE1_))
      elseif _UPVALUE3_[2] ~= unpack(_UPVALUE1_) then
        applyTextureToElement(unpack(_UPVALUE1_))
      end
    end
  end
end
function showCeil(_ARG_0_)
  for _FORV_4_ = 1, #_UPVALUE0_ do
    setElementInteriorAndDimension(_UPVALUE0_[_FORV_4_], _ARG_0_ and 1 or 2)
    setElementCollisionsEnabled(_UPVALUE0_[_FORV_4_], _ARG_0_)
  end
end
function showFloor(_ARG_0_)
  for _FORV_4_ = 1, #_UPVALUE0_ do
    setElementInteriorAndDimension(_UPVALUE0_[_FORV_4_], _ARG_0_ and 1 or 2)
    setElementCollisionsEnabled(_UPVALUE0_[_FORV_4_], _ARG_0_)
  end
end
function setTest()
  _UPVALUE0_ = false
  setMode("looking")
  _UPVALUE1_ = not _UPVALUE1_
  playSoundEx("files/sound/testmode.mp3")
  if _UPVALUE1_ then
    destroyElement(_UPVALUE2_)
    _UPVALUE2_ = false
    showCursor(false)
    setCameraTarget(localPlayer)
    if _UPVALUE3_[1] < _UPVALUE4_[1] + 1 then
    end
    if _UPVALUE3_[2] < _UPVALUE4_[2] + 1 then
    end
    if _UPVALUE4_[1] + 1 > _UPVALUE4_[3] - 1 then
    end
    if _UPVALUE4_[2] + 1 > _UPVALUE4_[4] - 1 then
    end
    setElementPosition(localPlayer, _UPVALUE4_[3] - 1, _UPVALUE4_[4] - 1, _UPVALUE3_[3] + 0.5)
    setElementFrozen(localPlayer, false)
    setMode("test")
    _UPVALUE5_ = _UPVALUE6_
    _UPVALUE7_ = _UPVALUE8_ * _UPVALUE5_ + _UPVALUE9_ * (_UPVALUE5_ + 2)
    _UPVALUE10_ = math.ceil(_UPVALUE11_ / 2 - _UPVALUE7_ / 2)
    showCeil(true)
    for _FORV_5_, _FORV_6_ in pairs(_UPVALUE12_) do
      setElementCollisionsEnabled(_FORV_6_, true)
      setElementModel(_UPVALUE13_[_FORV_5_], _UPVALUE14_.door)
    end
  else
    _UPVALUE15_ = -14
    startBcgMusic()
    showCursor(true)
    setCameraMatrix(_UPVALUE3_[4], _UPVALUE3_[5], _UPVALUE3_[6], _UPVALUE3_[1], _UPVALUE3_[2], _UPVALUE3_[3])
    setElementPosition(localPlayer, 0, 0, 0)
    setElementFrozen(localPlayer, true)
    setMode("looking")
    _UPVALUE5_ = _UPVALUE16_
    _UPVALUE7_ = _UPVALUE8_ * _UPVALUE5_ + _UPVALUE9_ * (_UPVALUE5_ + 2)
    _UPVALUE10_ = math.ceil((_UPVALUE11_ - _UPVALUE17_ - _UPVALUE18_) / 2 - _UPVALUE7_ / 2)
    showCeil(false)
    for _FORV_3_, _FORV_4_ in pairs(_UPVALUE12_) do
      setElementCollisionsEnabled(_FORV_4_, false)
      setElementRotation(_FORV_4_, 0, 0, _UPVALUE19_[_FORV_4_] + getElementRotation(_UPVALUE13_[_FORV_3_]))
      setElementModel(_UPVALUE13_[_FORV_3_], _UPVALUE14_.door2)
    end
  end
  if _UPVALUE20_ and _UPVALUE1_ then
    showFloor(true)
  elseif _UPVALUE20_ and not _UPVALUE1_ then
    showCeil(true)
    showFloor(false)
  end
end
function fromString(_ARG_0_)
  if split(_ARG_0_, ";")[2] ~= "-" and split(_ARG_0_, ";")[2] then
    for _FORV_7_ = 1, #split(split(_ARG_0_, ";")[2], "|") do
      if split(split(split(_ARG_0_, ";")[2], "|")[_FORV_7_], "-")[4] then
        split(split(split(_ARG_0_, ";")[2], "|")[_FORV_7_], "-")[4] = {}
        for _FORV_13_ = 1, #split(split(split(split(_ARG_0_, ";")[2], "|")[_FORV_7_], "-")[4], "/"), 2 do
          split(split(split(_ARG_0_, ";")[2], "|")[_FORV_7_], "-")[4][split(split(split(split(_ARG_0_, ";")[2], "|")[_FORV_7_], "-")[4], "/")[_FORV_13_]] = split(split(split(split(_ARG_0_, ";")[2], "|")[_FORV_7_], "-")[4], "/")[_FORV_13_ + 1]
        end
      end
      table.insert({
        costs = tonumber(split(_ARG_0_, ";")[1]),
        walls = {},
        baseWalls = {},
        baseFloors = {},
        baseCeils = {},
        windows = {},
        doors = {},
        furnitures = {},
        baseDoor = {}
      }.walls, (split(split(split(_ARG_0_, ";")[2], "|")[_FORV_7_], "-")))
    end
  end
  if split(_ARG_0_, ";")[3] ~= "-" and split(_ARG_0_, ";")[3] then
    for _FORV_7_ = 1, #split(split(_ARG_0_, ";")[3], "/"), 3 do
      table.insert({
        costs = tonumber(split(_ARG_0_, ";")[1]),
        walls = {},
        baseWalls = {},
        baseFloors = {},
        baseCeils = {},
        windows = {},
        doors = {},
        furnitures = {},
        baseDoor = {}
      }.baseWalls, {
        split(split(_ARG_0_, ";")[3], "/")[_FORV_7_],
        split(split(_ARG_0_, ";")[3], "/")[_FORV_7_ + 1],
        split(split(_ARG_0_, ";")[3], "/")[_FORV_7_ + 2]
      })
    end
  end
  if split(_ARG_0_, ";")[4] ~= "-" and split(_ARG_0_, ";")[4] then
    for _FORV_7_ = 1, #split(split(_ARG_0_, ";")[4], "/"), 3 do
      table.insert({
        costs = tonumber(split(_ARG_0_, ";")[1]),
        walls = {},
        baseWalls = {},
        baseFloors = {},
        baseCeils = {},
        windows = {},
        doors = {},
        furnitures = {},
        baseDoor = {}
      }.baseFloors, {
        split(split(_ARG_0_, ";")[4], "/")[_FORV_7_],
        split(split(_ARG_0_, ";")[4], "/")[_FORV_7_ + 1],
        split(split(_ARG_0_, ";")[4], "/")[_FORV_7_ + 2]
      })
    end
  end
  if split(_ARG_0_, ";")[5] ~= "-" and split(_ARG_0_, ";")[5] then
    for _FORV_7_ = 1, #split(split(_ARG_0_, ";")[5], "/"), 3 do
      table.insert({
        costs = tonumber(split(_ARG_0_, ";")[1]),
        walls = {},
        baseWalls = {},
        baseFloors = {},
        baseCeils = {},
        windows = {},
        doors = {},
        furnitures = {},
        baseDoor = {}
      }.baseCeils, {
        split(split(_ARG_0_, ";")[5], "/")[_FORV_7_],
        split(split(_ARG_0_, ";")[5], "/")[_FORV_7_ + 1],
        split(split(_ARG_0_, ";")[5], "/")[_FORV_7_ + 2]
      })
    end
  end
  if split(_ARG_0_, ";")[6] ~= "-" and split(_ARG_0_, ";")[6] then
    for _FORV_7_ = 1, #split(split(_ARG_0_, ";")[6], "/"), 3 do
      table.insert({
        costs = tonumber(split(_ARG_0_, ";")[1]),
        walls = {},
        baseWalls = {},
        baseFloors = {},
        baseCeils = {},
        windows = {},
        doors = {},
        furnitures = {},
        baseDoor = {}
      }.windows, {
        split(split(_ARG_0_, ";")[6], "/")[_FORV_7_],
        split(split(_ARG_0_, ";")[6], "/")[_FORV_7_ + 1],
        split(split(_ARG_0_, ";")[6], "/")[_FORV_7_ + 2]
      })
    end
  end
  if split(_ARG_0_, ";")[7] ~= "-" and split(_ARG_0_, ";")[7] then
    for _FORV_7_ = 1, #split(split(_ARG_0_, ";")[7], "/"), 4 do
      table.insert({
        costs = tonumber(split(_ARG_0_, ";")[1]),
        walls = {},
        baseWalls = {},
        baseFloors = {},
        baseCeils = {},
        windows = {},
        doors = {},
        furnitures = {},
        baseDoor = {}
      }.doors, {
        split(split(_ARG_0_, ";")[7], "/")[_FORV_7_],
        split(split(_ARG_0_, ";")[7], "/")[_FORV_7_ + 1],
        split(split(_ARG_0_, ";")[7], "/")[_FORV_7_ + 2],
        split(split(_ARG_0_, ";")[7], "/")[_FORV_7_ + 3]
      })
    end
  end
  if split(_ARG_0_, ";")[8] ~= "-" and split(_ARG_0_, ";")[8] then
    for _FORV_7_ = 1, #split(split(_ARG_0_, ";")[8], "/"), 5 do
      table.insert({
        costs = tonumber(split(_ARG_0_, ";")[1]),
        walls = {},
        baseWalls = {},
        baseFloors = {},
        baseCeils = {},
        windows = {},
        doors = {},
        furnitures = {},
        baseDoor = {}
      }.furnitures, {
        split(split(_ARG_0_, ";")[8], "/")[_FORV_7_],
        split(split(_ARG_0_, ";")[8], "/")[_FORV_7_ + 1],
        split(split(_ARG_0_, ";")[8], "/")[_FORV_7_ + 2],
        split(split(_ARG_0_, ";")[8], "/")[_FORV_7_ + 3],
        split(split(_ARG_0_, ";")[8], "/")[_FORV_7_ + 4]
      })
    end
  end
  if split(_ARG_0_, ";")[9] ~= "-" and split(_ARG_0_, ";")[9] then
    {
      costs = tonumber(split(_ARG_0_, ";")[1]),
      walls = {},
      baseWalls = {},
      baseFloors = {},
      baseCeils = {},
      windows = {},
      doors = {},
      furnitures = {},
      baseDoor = {}
    }.baseDoor[2] = split(split(_ARG_0_, ";")[9], "/")[1]
    {
      costs = tonumber(split(_ARG_0_, ";")[1]),
      walls = {},
      baseWalls = {},
      baseFloors = {},
      baseCeils = {},
      windows = {},
      doors = {},
      furnitures = {},
      baseDoor = {}
    }.baseDoor[3] = split(split(_ARG_0_, ";")[9], "/")[2]
    {
      costs = tonumber(split(_ARG_0_, ";")[1]),
      walls = {},
      baseWalls = {},
      baseFloors = {},
      baseCeils = {},
      windows = {},
      doors = {},
      furnitures = {},
      baseDoor = {}
    }.baseDoor[4] = split(split(_ARG_0_, ";")[9], "/")[3]
    {
      costs = tonumber(split(_ARG_0_, ";")[1]),
      walls = {},
      baseWalls = {},
      baseFloors = {},
      baseCeils = {},
      windows = {},
      doors = {},
      furnitures = {},
      baseDoor = {}
    }.baseDoor[5] = split(split(_ARG_0_, ";")[9], "/")[4]
  end
  return {
    costs = tonumber(split(_ARG_0_, ";")[1]),
    walls = {},
    baseWalls = {},
    baseFloors = {},
    baseCeils = {},
    windows = {},
    doors = {},
    furnitures = {},
    baseDoor = {}
  }
end
function toString(_ARG_0_)
  if _ARG_0_.walls and #_ARG_0_.walls > 0 then
    for _FORV_6_ = 1, #_ARG_0_.walls do
      if _ARG_0_.walls[_FORV_6_][4] then
        for _FORV_12_, _FORV_13_ in pairs(_ARG_0_.walls[_FORV_6_][4]) do
          table.insert({}, _FORV_12_)
          table.insert({}, _FORV_13_)
        end
      end
      table.insert({}, (((_ARG_0_.walls[_FORV_6_][1] .. "-") .. _ARG_0_.walls[_FORV_6_][2] .. "-") .. _ARG_0_.walls[_FORV_6_][3]) .. "-" .. table.concat({}, "/"))
    end
  else
  end
  if _ARG_0_.baseWalls and 0 < #_ARG_0_.baseWalls then
    for _FORV_5_ = 1, #_ARG_0_.baseWalls do
    end
  else
  end
  if _ARG_0_.baseFloors and 0 < #_ARG_0_.baseFloors then
    for _FORV_5_ = 1, #_ARG_0_.baseFloors do
    end
  else
  end
  if _ARG_0_.baseCeils and 0 < #_ARG_0_.baseCeils then
    for _FORV_5_ = 1, #_ARG_0_.baseCeils do
    end
  else
  end
  if _ARG_0_.windows and 0 < #_ARG_0_.windows then
    for _FORV_5_ = 1, #_ARG_0_.windows do
    end
  else
  end
  if _ARG_0_.doors and 0 < #_ARG_0_.doors then
    for _FORV_5_ = 1, #_ARG_0_.doors do
    end
  else
  end
  if _ARG_0_.furnitures and 0 < #_ARG_0_.furnitures then
    for _FORV_5_ = 1, #_ARG_0_.furnitures do
    end
  else
  end
  if _ARG_0_.baseDoor then
  else
  end
  return ((((((((((((((((((((((((((((((((((((((((("" .. _ARG_0_.costs .. ";") .. table.concat({}, "|")) .. "-") .. ";") .. _ARG_0_.baseWalls[_FORV_5_][1] .. "/") .. _ARG_0_.baseWalls[_FORV_5_][2] .. "/") .. _ARG_0_.baseWalls[_FORV_5_][3] .. "/") .. "-") .. ";") .. _ARG_0_.baseFloors[_FORV_5_][1] .. "/") .. _ARG_0_.baseFloors[_FORV_5_][2] .. "/") .. _ARG_0_.baseFloors[_FORV_5_][3] .. "/") .. "-") .. ";") .. _ARG_0_.baseCeils[_FORV_5_][1] .. "/") .. _ARG_0_.baseCeils[_FORV_5_][2] .. "/") .. _ARG_0_.baseCeils[_FORV_5_][3] .. "/") .. "-") .. ";") .. _ARG_0_.windows[_FORV_5_][1] .. "/") .. _ARG_0_.windows[_FORV_5_][2] .. "/") .. _ARG_0_.windows[_FORV_5_][3] .. "/") .. "-") .. ";") .. _ARG_0_.doors[_FORV_5_][1] .. "/") .. _ARG_0_.doors[_FORV_5_][2] .. "/") .. _ARG_0_.doors[_FORV_5_][3] .. "/") .. _ARG_0_.doors[_FORV_5_][4] .. "/") .. "-") .. ";") .. _ARG_0_.furnitures[_FORV_5_][1] .. "/") .. _ARG_0_.furnitures[_FORV_5_][2] .. "/") .. _ARG_0_.furnitures[_FORV_5_][3] .. "/") .. _ARG_0_.furnitures[_FORV_5_][4] .. "/") .. _ARG_0_.furnitures[_FORV_5_][5] .. "/") .. "-") .. ";") .. table.concat(_UPVALUE0_[_ARG_0_.baseDoor[2]], ",") .. "/") .. _ARG_0_.baseDoor[3] .. "/") .. _ARG_0_.baseDoor[4] .. "/") .. _ARG_0_.baseDoor[5]) .. "-"
end
function toggleInfoState()
  _UPVALUE0_ = not _UPVALUE0_
end
function toggleBcgMusic()
  if _UPVALUE0_ then
    destroyElement(_UPVALUE0_)
    _UPVALUE0_ = false
  else
    _UPVALUE1_ = 0
    startBcgMusic()
  end
end
function toggleSounds()
  _UPVALUE0_ = not _UPVALUE0_
  if _UPVALUE0_ then
    playSound("files/sound/select.mp3")
  end
end
function onClientClick(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_, _ARG_4_, _ARG_5_, _ARG_6_, _ARG_7_)
  if _ARG_0_ == "left" and _UPVALUE0_ and (not _ARG_7_ or not _UPVALUE1_[_ARG_7_]) and not _UPVALUE2_ and _ARG_1_ == "down" then
    setActiveFurniture(false)
    return
  end
  if not _UPVALUE2_ then
    if _ARG_0_ == "left" and _ARG_7_ and _UPVALUE1_[_ARG_7_] and _ARG_1_ == "down" and _UPVALUE3_ == "looking" then
      setActiveFurniture(_ARG_7_)
      return
    elseif _ARG_0_ == "left" and _ARG_7_ and getElementModel(_ARG_7_) == 2332 and getElementData(_ARG_7_, "safeId") and _ARG_1_ == "down" and _UPVALUE3_ == "looking" and getTickCount() - _UPVALUE4_ > 1000 then
      setActiveFurniture(_ARG_7_)
      _UPVALUE4_ = getTickCount()
    elseif _ARG_0_ == "left" and _ARG_7_ and getElementModel(_ARG_7_) == 2964 and getElementData(_ARG_7_, "poolTableID") and _ARG_1_ == "down" and _UPVALUE3_ == "looking" and getTickCount() - _UPVALUE4_ > 1000 then
      setActiveFurniture(_ARG_7_)
      _UPVALUE4_ = getTickCount()
      return
    end
  end
  if _UPVALUE2_ and _ARG_1_ == "down" then
    if _ARG_0_ == "left" then
      if split(_UPVALUE2_, ":")[#split(_UPVALUE2_, ":")] == "selectSound" then
        playSoundEx("files/sound/select.mp3")
      end
      if split(_UPVALUE2_, ":")[1] == "sound" then
        toggleSounds()
      elseif split(_UPVALUE2_, ":")[1] == "music" then
        toggleBcgMusic()
      elseif split(_UPVALUE2_, ":")[1] == "test" then
        setTest()
      elseif split(_UPVALUE2_, ":")[1] == "promptYes" then
        if _UPVALUE5_[1] == "billiard" then
          triggerServerEvent("intiEdit:placeBilliard", localPlayer, _UPVALUE5_)
        elseif _UPVALUE5_[1] == "safe" then
          triggerServerEvent("intiEdit:placeSafe", localPlayer, _UPVALUE5_)
        elseif _UPVALUE5_[1] == "buyPPFurniture" then
          triggerServerEvent("intiEdit:buyPPFurniture", localPlayer, _UPVALUE6_, _UPVALUE5_[2])
        elseif _UPVALUE5_[1] == "exit" then
          triggerServerEvent("intiEdit:exitInterior", localPlayer)
        end
        _UPVALUE5_ = false
      elseif split(_UPVALUE2_, ":")[1] == "promptNo" then
        _UPVALUE5_ = false
      elseif split(_UPVALUE2_, ":")[1] == "exit" then
        _UPVALUE5_ = {"exit"}
      elseif split(_UPVALUE2_, ":")[1] == "infoState" then
        toggleInfoState()
      elseif split(_UPVALUE2_, ":")[1] == "infoPage" then
        _UPVALUE7_[_UPVALUE8_] = tonumber(split(_UPVALUE2_, ":")[2]) or 1
      elseif split(_UPVALUE2_, ":")[1] == "save" then
        if _UPVALUE9_ then
          _UPVALUE9_ = false
          setMode("looking")
          if _UPVALUE10_ - _UPVALUE11_ > 0 and _UPVALUE10_ - _UPVALUE11_ > getElementData(localPlayer, "char.Money") then
            exports.sas_accounts:showInfo("e", "Nincs el\195\169g p\195\169nzed!")
            _UPVALUE9_ = true
            return
          end
          for _FORV_14_, _FORV_15_ in pairs(_UPVALUE12_) do
            if _UPVALUE13_[_FORV_15_] then
              for _FORV_24_, _FORV_25_ in pairs(_UPVALUE13_[_FORV_15_]) do
                {
                  _FORV_14_,
                  getElementRotation(_FORV_15_)
                }[4][smallTextureName(_FORV_24_)] = smallPathName(_FORV_25_)
              end
              if 1 > 0 + 1 then
              end
            end
            table.insert({
              walls = {},
              baseWalls = {},
              baseFloors = _FOR_,
              baseCeils = _FOR_,
              windows = _FOR_,
              doors = {},
              furnitures = {},
              costs = _UPVALUE10_,
              baseDoor = _UPVALUE24_
            }.walls, {
              _FORV_14_,
              getElementRotation(_FORV_15_)
            })
          end
          for _FORV_14_ = 1, #_UPVALUE14_ do
            if _UPVALUE13_[_UPVALUE14_[_FORV_14_]] then
              for _FORV_18_, _FORV_19_ in pairs(_UPVALUE13_[_UPVALUE14_[_FORV_14_]]) do
                table.insert({
                  walls = {},
                  baseWalls = {},
                  baseFloors = _FOR_,
                  baseCeils = _FOR_,
                  windows = _FOR_,
                  doors = {},
                  furnitures = {},
                  costs = _UPVALUE10_,
                  baseDoor = _UPVALUE24_
                }.baseWalls, {
                  table.concat(_UPVALUE15_[_UPVALUE14_[_FORV_14_]], ","),
                  smallTextureName(_FORV_18_),
                  smallPathName(_FORV_19_)
                })
              end
            end
          end
          for _FORV_14_ = 1, #_UPVALUE16_ do
            if _UPVALUE13_[_UPVALUE16_[_FORV_14_]] then
              for _FORV_18_, _FORV_19_ in pairs(_UPVALUE13_[_UPVALUE16_[_FORV_14_]]) do
                table.insert({
                  walls = {},
                  baseWalls = {},
                  baseFloors = _FOR_,
                  baseCeils = _FOR_,
                  windows = _FOR_,
                  doors = {},
                  furnitures = {},
                  costs = _UPVALUE10_,
                  baseDoor = _UPVALUE24_
                }.baseFloors, {
                  table.concat(_UPVALUE17_[_UPVALUE16_[_FORV_14_]], ","),
                  smallTextureName(_FORV_18_),
                  smallPathName(_FORV_19_)
                })
              end
            end
          end
          for _FORV_14_ = 1, #_UPVALUE18_ do
            if _UPVALUE13_[_UPVALUE18_[_FORV_14_]] then
              for _FORV_18_, _FORV_19_ in pairs(_UPVALUE13_[_UPVALUE18_[_FORV_14_]]) do
                table.insert({
                  walls = {},
                  baseWalls = {},
                  baseFloors = _FOR_,
                  baseCeils = _FOR_,
                  windows = _FOR_,
                  doors = {},
                  furnitures = {},
                  costs = _UPVALUE10_,
                  baseDoor = _UPVALUE24_
                }.baseCeils, {
                  table.concat(_UPVALUE19_[_UPVALUE18_[_FORV_14_]], ","),
                  smallTextureName(_FORV_18_),
                  smallPathName(_FORV_19_)
                })
              end
            end
          end
          for _FORV_14_, _FORV_15_ in pairs(_UPVALUE20_) do
            table.insert({
              walls = {},
              baseWalls = {},
              baseFloors = _FOR_,
              baseCeils = _FOR_,
              windows = _FOR_,
              doors = {},
              furnitures = {},
              costs = _UPVALUE10_,
              baseDoor = _UPVALUE24_
            }.windows, {
              _FORV_14_,
              utf8.sub(_UPVALUE13_[_FORV_15_].la_carp4, 15),
              getElementRotation(_FORV_15_)
            })
          end
          for _FORV_14_, _FORV_15_ in pairs(_UPVALUE21_) do
            table.insert({
              walls = {},
              baseWalls = {},
              baseFloors = _FOR_,
              baseCeils = _FOR_,
              windows = _FOR_,
              doors = {},
              furnitures = {},
              costs = _UPVALUE10_,
              baseDoor = _UPVALUE24_
            }.doors, {
              _FORV_14_,
              getElementModel(_FORV_15_),
              utf8.sub(_UPVALUE13_[_FORV_15_][_UPVALUE22_[getElementModel(_FORV_15_)]], 8),
              _UPVALUE23_[_FORV_15_]
            })
          end
          for _FORV_14_, _FORV_15_ in pairs(_UPVALUE1_) do
            table.insert({
              walls = {},
              baseWalls = {},
              baseFloors = _FOR_,
              baseCeils = _FOR_,
              windows = _FOR_,
              doors = {},
              furnitures = {},
              costs = _UPVALUE10_,
              baseDoor = _UPVALUE24_
            }.furnitures, {
              getElementModel(_FORV_14_),
              getElementPosition(_FORV_14_)
            })
          end
          for _FORV_15_, _FORV_16_ in pairs(_UPVALUE25_) do
            if _FORV_16_ == "inservice" or _FORV_16_ == "unlocked" then
              _UPVALUE25_[_FORV_15_] = nil
            end
          end
          if true then
            saveDynamicData()
          end
          triggerServerEvent("intiEdit:saveInterior", localPlayer, _UPVALUE6_, toString({
            walls = {},
            baseWalls = {},
            baseFloors = _FOR_,
            baseCeils = _FOR_,
            windows = _FOR_,
            doors = {},
            furnitures = {},
            costs = _UPVALUE10_,
            baseDoor = _UPVALUE24_
          }), _UPVALUE10_)
        end
      elseif split(_UPVALUE2_, ":")[1] == "deleteFurniture" then
        if isElement(_UPVALUE0_) then
          if getElementModel(_UPVALUE0_) == 2332 or getElementModel(_UPVALUE0_) == 2964 then
            exports.sas_accounts:showInfo("e", "Ezt nem t\195\182r\195\182lheted!")
            return
          end
          if useableTvs[getElementModel(_UPVALUE0_)] then
            _UPVALUE26_[getElementModel(_UPVALUE0_)] = (_UPVALUE26_[getElementModel(_UPVALUE0_)] or 0) - 1
          else
            addCashCosts(-prices.furnitures[getElementModel(_UPVALUE0_)])
          end
          _UPVALUE1_[_UPVALUE0_] = nil
          destroyElement(_UPVALUE0_)
          setActiveFurniture(false)
          playSoundEx("files/sound/deletebasic.mp3")
        end
      elseif split(_UPVALUE2_, ":")[1] == "placeOnFloor" then
        setElementPosition(_UPVALUE0_, getElementPosition(_UPVALUE0_))
      elseif split(_UPVALUE2_, ":")[1] == "rotateMode" then
        if split(_UPVALUE2_, ":")[2] == "on" then
          _UPVALUE29_ = true
        else
          _UPVALUE29_ = false
        end
      elseif split(_UPVALUE2_, ":")[1] == "snap" then
        if split(_UPVALUE2_, ":")[2] == "0" then
          _UPVALUE30_ = false
        else
          _UPVALUE30_ = tonumber(split(_UPVALUE2_, ":")[2])
        end
      elseif split(_UPVALUE2_, ":")[1] == "snapr" then
        if split(_UPVALUE2_, ":")[2] == "0" then
          _UPVALUE31_ = false
        else
          _UPVALUE31_ = tonumber(split(_UPVALUE2_, ":")[2])
        end
        if _UPVALUE31_ then
          if _UPVALUE31_ < 10 then
          else
          end
          _UPVALUE32_ = math.ceil(_UPVALUE32_ / 5) * 5
        end
      elseif split(_UPVALUE2_, ":")[1] == "side" then
        _UPVALUE33_ = not _UPVALUE33_
        if _UPVALUE33_ then
          _UPVALUE34_ = _UPVALUE35_ - _UPVALUE36_
        else
          _UPVALUE34_ = _UPVALUE35_ - _UPVALUE37_
        end
      elseif split(_UPVALUE2_, ":")[1] == "day" then
        setDaytime()
        playSound(":sas_vehicleradio/files/poweronoff.mp3")
      elseif split(_UPVALUE2_, ":")[1] == "grid" then
        if _UPVALUE38_ then
          _UPVALUE39_ = not _UPVALUE39_
        end
      elseif split(_UPVALUE2_, ":")[1] == "sub" then
        setMode("looking")
        if split(_UPVALUE2_, ":")[2] == "ceil" then
          showCeil(true)
          showFloor(false)
          reverseCamera(true)
        elseif _UPVALUE40_ == "ceil" then
          showCeil(false)
          showFloor(true)
          reverseCamera(false)
        end
        _UPVALUE40_ = split(_UPVALUE2_, ":")[2]
        if _UPVALUE40_ == "premium" then
          playSoundEx("files/sound/categorypremium.mp3")
        else
          playSoundEx("files/sound/category.mp3")
        end
      elseif split(_UPVALUE2_, ":")[1] == "main" then
        setMode("looking")
        if _UPVALUE40_ == "ceil" then
          showCeil(false)
          showFloor(true)
          reverseCamera(false)
        end
        _UPVALUE8_ = split(_UPVALUE2_, ":")[2]
        _UPVALUE40_ = _UPVALUE41_[_UPVALUE8_]
        playSoundEx("files/sound/category.mp3")
      elseif split(_UPVALUE2_, ":")[1] == "mode" then
        modeClick((split(_UPVALUE2_, ":")))
      end
    end
  elseif _UPVALUE3_ ~= "looking" and _ARG_0_ == "right" then
    if _ARG_1_ == "down" and _UPVALUE42_ then
      _UPVALUE42_, _UPVALUE43_ = false, nil
      _UPVALUE44_ = false
      _UPVALUE45_ = {}
    end
  elseif _UPVALUE3_ == "placeFurniture" then
    if _UPVALUE46_ and _ARG_0_ == "left" and _ARG_1_ == "down" then
      if getElementModel(_UPVALUE47_) == 2332 then
        destroyElement(_UPVALUE47_)
        _UPVALUE47_ = false
        setMode("looking")
        _UPVALUE5_ = {
          "safe",
          getElementPosition(_UPVALUE47_)
        }
      elseif getElementModel(_UPVALUE47_) == 2964 then
        destroyElement(_UPVALUE47_)
        _UPVALUE47_ = false
        setMode("looking")
        _UPVALUE5_ = {
          "billiard",
          getElementPosition(_UPVALUE47_)
        }
        _UPVALUE26_[getElementModel(_UPVALUE47_)] = (_UPVALUE26_[getElementModel(_UPVALUE47_)] or 0) + 1
      else
        _UPVALUE1_[_UPVALUE47_] = true
        setElementCollisionsEnabled(_UPVALUE47_, true)
        if useableTvs[getElementModel(_UPVALUE47_)] then
          _UPVALUE26_[getElementModel(_UPVALUE47_)] = (_UPVALUE26_[getElementModel(_UPVALUE47_)] or 0) + 1
        else
          addCashCosts(prices.furnitures[getElementModel(_UPVALUE47_)])
        end
        _UPVALUE47_ = false
        setMode("looking")
      end
    end
  elseif _UPVALUE3_ == "setWallpaper" then
    if _ARG_0_ == "left" and _ARG_1_ == "down" and _UPVALUE48_ then
      textureSide()
    end
  elseif _UPVALUE3_ == "deleteDoor" then
    if _ARG_0_ == "left" and _ARG_1_ == "down" then
      if _UPVALUE49_[_UPVALUE50_] and _UPVALUE25_[table.concat(_UPVALUE49_[_UPVALUE50_], ",")] then
        if _UPVALUE25_[table.concat(_UPVALUE49_[_UPVALUE50_], ",")] == "damaged" then
          addCashCosts(prices.lock)
          exports.sas_accounts:showInfo("i", "Az ajt\195\179 z\195\161rja s\195\169r\195\188lt volt, \195\169s " .. prices.lock .. "$-ba ker\195\188lt megjav\195\173tani.")
          _UPVALUE25_[table.concat(_UPVALUE49_[_UPVALUE50_], ",")] = "inservice"
        else
          _UPVALUE25_[table.concat(_UPVALUE49_[_UPVALUE50_], ",")] = "unlocked"
        end
      end
      _UPVALUE50_ = false
      _UPVALUE51_ = false
      _UPVALUE52_ = false
      _UPVALUE53_ = false
      playSoundEx("files/sound/deletebasic.mp3")
    end
  elseif _UPVALUE3_ == "deleteWindow" then
    if _ARG_0_ == "left" and _ARG_1_ == "down" then
      _UPVALUE50_ = false
      _UPVALUE51_ = false
      _UPVALUE52_ = false
      _UPVALUE53_ = false
      playSoundEx("files/sound/deletebasic.mp3")
    end
  elseif _UPVALUE3_ == "setWindow" then
    if _ARG_0_ == "left" and _ARG_1_ == "down" then
      _UPVALUE50_ = false
      _UPVALUE51_ = false
      _UPVALUE52_ = false
      _UPVALUE53_ = false
      playSoundEx("files/sound/buy" .. math.random(2) .. ".mp3")
    end
  elseif _UPVALUE3_ == "setDoor" then
    if _ARG_0_ == "left" and _ARG_1_ == "down" then
      if _UPVALUE15_[_UPVALUE50_] then
        setCurrentBaseDoor()
      end
      if _UPVALUE49_[_UPVALUE50_] then
        if _UPVALUE25_[table.concat(_UPVALUE49_[_UPVALUE50_], ",")] == "damaged" then
          addCashCosts(prices.lock)
          exports.sas_accounts:showInfo("s", "Sikeresen megjav\195\173tottad az ajt\195\179 z\195\161rj\195\161t!")
          _UPVALUE25_[table.concat(_UPVALUE49_[_UPVALUE50_], ",")] = "inservice"
        else
          _UPVALUE25_[table.concat(_UPVALUE49_[_UPVALUE50_], ",")] = "unlocked"
        end
      end
      _UPVALUE50_ = false
      _UPVALUE51_ = false
      _UPVALUE52_ = false
      _UPVALUE53_ = false
      _UPVALUE54_ = false
      playSoundEx("files/sound/buy" .. math.random(2) .. ".mp3")
    end
  elseif _UPVALUE3_ == "setFloor" then
    if _ARG_0_ == "left" then
      if _ARG_1_ == "down" then
        if _UPVALUE55_ then
          _UPVALUE42_, _UPVALUE43_, _UPVALUE44_ = _UPVALUE55_, _UPVALUE56_, _UPVALUE57_
        end
      elseif _UPVALUE42_ then
        playSoundEx("files/sound/buy" .. math.random(2) .. ".mp3")
        loopTiles(applyTileTexture)
        _UPVALUE45_ = {}
        _UPVALUE42_, _UPVALUE43_ = false, false
        _UPVALUE44_ = false
      end
    end
  elseif _UPVALUE3_ == "setCeil" then
    if _ARG_0_ == "left" then
      if _ARG_1_ == "down" then
        if _UPVALUE55_ then
          _UPVALUE42_, _UPVALUE43_, _UPVALUE44_ = _UPVALUE55_, _UPVALUE56_, _UPVALUE57_
        end
      elseif _UPVALUE42_ then
        playSoundEx("files/sound/buy" .. math.random(2) .. ".mp3")
        loopTiles(applyCeilTexture)
        _UPVALUE45_ = {}
        _UPVALUE42_, _UPVALUE43_ = false, false
        _UPVALUE44_ = false
      end
    end
  elseif (_UPVALUE3_ == "drawWall_line" or _UPVALUE3_ == "drawWall_rect" or _UPVALUE3_ == "deleteWall_line" or _UPVALUE3_ == "deleteWall_rect") and _ARG_0_ == "left" then
    if _ARG_1_ == "down" then
      if _UPVALUE55_ then
        _UPVALUE42_, _UPVALUE43_ = _UPVALUE55_, _UPVALUE56_
        if _UPVALUE3_ == "drawWall_line" or _UPVALUE3_ == "deleteWall_line" then
          _UPVALUE44_ = _UPVALUE57_
          if _UPVALUE57_ == 1 or _UPVALUE57_ == 3 then
            _UPVALUE58_ = "x"
          else
            _UPVALUE58_ = "y"
          end
        end
      end
    else
      if not _UPVALUE42_ or not _UPVALUE55_ or (math.min(_UPVALUE42_, _UPVALUE55_) == math.max(_UPVALUE42_, _UPVALUE55_) or math.min(_UPVALUE43_, _UPVALUE56_) == math.max(_UPVALUE43_, _UPVALUE56_)) and _UPVALUE3_ == "drawWall_rect" then
      elseif _UPVALUE3_ == "drawWall_line" then
        loopTiles2(placeLineWalls)
      elseif _UPVALUE3_ == "drawWall_rect" then
        if 0 < math.min(_UPVALUE43_, _UPVALUE56_) - 1 then
          for _FORV_15_ = math.min(_UPVALUE42_, _UPVALUE55_), math.max(_UPVALUE42_, _UPVALUE55_) do
            createWall(_FORV_15_, math.min(_UPVALUE43_, _UPVALUE56_), 90)
          end
        end
        if math.max(_UPVALUE43_, _UPVALUE56_) < _FOR_[5] then
          for _FORV_15_ = math.min(_UPVALUE42_, _UPVALUE55_), math.max(_UPVALUE42_, _UPVALUE55_) do
            createWall(_FORV_15_, math.max(_UPVALUE43_, _UPVALUE56_), 90)
          end
        end
        if _FOR_ > 0 then
          for _FORV_15_ = math.min(_UPVALUE43_, _UPVALUE56_), math.max(_UPVALUE43_, _UPVALUE56_) do
            createWall(math.min(_UPVALUE42_, _UPVALUE55_), _FORV_15_, 0)
          end
        end
        if math.max(_UPVALUE42_, _UPVALUE55_) < _FOR_[4] then
          for _FORV_15_ = math.min(_UPVALUE43_, _UPVALUE56_), math.max(_UPVALUE43_, _UPVALUE56_) do
            createWall(math.max(_UPVALUE42_, _UPVALUE55_), _FORV_15_, 0)
          end
        end
        if math.max(_UPVALUE43_, _UPVALUE56_) < _FOR_[5] and math.max(_UPVALUE42_, _UPVALUE55_) < _UPVALUE27_[4] then
          makeCorner(math.max(_UPVALUE42_, _UPVALUE55_), math.max(_UPVALUE43_, _UPVALUE56_), 270)
        end
        if 0 < math.min(_UPVALUE43_, _UPVALUE56_) - 1 and 0 < math.min(_UPVALUE42_, _UPVALUE55_) - 1 then
          makeCorner(math.min(_UPVALUE42_, _UPVALUE55_), math.min(_UPVALUE43_, _UPVALUE56_), 90)
        end
        if 0 < math.min(_UPVALUE42_, _UPVALUE55_) - 1 and math.max(_UPVALUE43_, _UPVALUE56_) < _UPVALUE27_[5] then
          makeCorner(math.min(_UPVALUE42_, _UPVALUE55_), math.max(_UPVALUE43_, _UPVALUE56_), 0)
        end
        if 0 < math.min(_UPVALUE43_, _UPVALUE56_) - 1 and math.max(_UPVALUE42_, _UPVALUE55_) < _UPVALUE27_[4] then
          makeCorner(math.max(_UPVALUE42_, _UPVALUE55_), math.min(_UPVALUE43_, _UPVALUE56_), 180)
        end
        playSoundEx("files/sound/construct" .. math.random(2) .. ".mp3")
      elseif _UPVALUE3_ == "deleteWall_line" then
        if _UPVALUE58_ == "x" then
          for _FORV_15_ = math.min(_UPVALUE42_, _UPVALUE55_), math.max(_UPVALUE42_, _UPVALUE55_) do
            deleteWall(_FORV_15_, _UPVALUE59_)
          end
        elseif _UPVALUE58_ == "y" then
          for _FORV_15_ = math.min(_UPVALUE43_, _UPVALUE56_), math.max(_UPVALUE43_, _UPVALUE56_) do
            deleteWall(_UPVALUE59_, _FORV_15_)
          end
        else
          deleteWall(_UPVALUE55_, _UPVALUE56_)
        end
        playSoundEx("files/sound/deletewall.mp3")
      elseif _UPVALUE3_ == "deleteWall_rect" then
        for _FORV_15_ = math.min(_UPVALUE42_, _UPVALUE55_), math.max(_UPVALUE42_, _UPVALUE55_) do
          for _FORV_19_ = math.min(_UPVALUE43_, _UPVALUE56_), math.max(_UPVALUE43_, _UPVALUE56_) do
            deleteWall(_FORV_15_, _FORV_19_)
          end
        end
        playSoundEx("files/sound/deletewall.mp3")
      end
      _UPVALUE58_ = false
      _UPVALUE42_, _UPVALUE43_ = false, false
      _UPVALUE45_ = {}
    end
  end
end
function modeClick(_ARG_0_)
  if _ARG_0_[2] == "setWallpaper" then
    if _UPVALUE0_ == _ARG_0_[3] then
      setMode("looking")
    else
      _UPVALUE0_ = _ARG_0_[3]
      if _UPVALUE1_ ~= "setWallpaper" then
        setMode("setWallpaper")
      end
    end
  elseif _ARG_0_[2] == "placeFurniture" then
    if _UPVALUE2_ and getElementModel(_UPVALUE2_) == _ARG_0_[3] then
      setMode("looking")
    else
      if useableTvs[tonumber(_ARG_0_[3])] then
        if (_UPVALUE3_[tonumber(_ARG_0_[3])] or 0) - (_UPVALUE4_[tonumber(_ARG_0_[3])] or 0) <= 0 then
          _UPVALUE5_ = {
            "buyPPFurniture",
            (tonumber(_ARG_0_[3]))
          }
          return
        end
      end
      if _UPVALUE1_ ~= "placeFurniture" then
        if tonumber(_ARG_0_[3]) == 2964 then
          _UPVALUE6_ = 0
          for _FORV_6_ = 1, #getElementsByType("object", getRootElement(), true) do
            if getElementModel(getElementsByType("object", getRootElement(), true)[_FORV_6_]) == 2964 then
              exports.sas_accounts:showInfo("e", "M\195\161r van egy bill\195\161rdasztal ebben az interiorban.")
              return
            end
          end
        end
        if #getElementsByType("object", getRootElement(), true) >= _UPVALUE7_ then
          exports.sas_accounts:showInfo("e", "El\195\169rted a maxim\195\161lis objektumsz\195\161mot! (" .. #getElementsByType("object", getRootElement(), true) .. "/" .. _UPVALUE7_ .. " db)")
          return
        end
        setMode("placeFurniture")
        _UPVALUE2_ = createObject(tonumber(_ARG_0_[3]), 0, 0, 0, 0, 0, _UPVALUE6_)
        setObjectBreakable(_UPVALUE2_, false)
        setElementDoubleSided(_UPVALUE2_, true)
        setElementCollisionsEnabled(_UPVALUE2_, false)
        setElementInteriorAndDimension(_UPVALUE2_, 1)
      else
        setElementModel(_UPVALUE2_, (tonumber(_ARG_0_[3])))
      end
    end
  elseif _ARG_0_[2] == "setCeil" then
    if _UPVALUE0_ == _ARG_0_[3] then
      setMode("looking")
    else
      _UPVALUE0_ = _ARG_0_[3]
      if _UPVALUE1_ ~= "setCeil" then
        setMode("setCeil")
      end
    end
  elseif _ARG_0_[2] == "setFloor" then
    if _UPVALUE0_ == _ARG_0_[3] then
      setMode("looking")
    else
      _UPVALUE0_ = _ARG_0_[3]
      if _UPVALUE1_ ~= "setFloor" then
        setMode("setFloor")
      end
    end
  elseif _ARG_0_[2] == "setWindow" then
    if _UPVALUE0_ == _ARG_0_[3] then
      setMode("looking")
    else
      _UPVALUE0_ = _ARG_0_[3]
      if _UPVALUE1_ ~= "setWindow" then
        setMode("setWindow")
      end
    end
  elseif _ARG_0_[2] == "setDoor" then
    if _UPVALUE0_ == _ARG_0_[3] then
      setMode("looking")
    else
      _UPVALUE0_ = _ARG_0_[3]
      if _UPVALUE1_ ~= "setDoor" then
        setMode("setDoor")
      end
    end
  elseif _UPVALUE1_ == _ARG_0_[2] then
    setMode("looking")
  else
    setMode(_ARG_0_[2])
  end
end
function drawItemRectangle(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_, _ARG_4_, _ARG_5_, _ARG_6_, _ARG_7_)
  if _ARG_4_ then
    dxDrawRectangle(_UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE6_, _UPVALUE1_ - _UPVALUE2_, _UPVALUE5_ - _UPVALUE6_ * 2, tocolor(124, 197, 118))
    if _UPVALUE0_ >= _UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_ and _UPVALUE3_ >= _UPVALUE4_ - _UPVALUE5_ + _UPVALUE6_ and _UPVALUE0_ <= _UPVALUE1_ * _ARG_0_ and _UPVALUE3_ <= _UPVALUE4_ - _UPVALUE5_ + _UPVALUE5_ - _UPVALUE6_ then
      _UPVALUE7_ = _ARG_3_
      dxDrawRectangle(_UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_ + 2, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE6_ + 2, _UPVALUE1_ - _UPVALUE2_ - 4, _UPVALUE5_ - _UPVALUE6_ * 2 - 4, tocolor(80, 80, 80))
    else
      dxDrawRectangle(_UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_ + 2, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE6_ + 2, _UPVALUE1_ - _UPVALUE2_ - 4, _UPVALUE5_ - _UPVALUE6_ * 2 - 4, tocolor(40, 40, 40))
    end
  elseif _UPVALUE0_ >= _UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_ and _UPVALUE3_ >= _UPVALUE4_ - _UPVALUE5_ + _UPVALUE6_ and _UPVALUE0_ <= _UPVALUE1_ * _ARG_0_ and _UPVALUE3_ <= _UPVALUE4_ - _UPVALUE5_ + _UPVALUE5_ - _UPVALUE6_ then
    _UPVALUE7_ = _ARG_3_
    dxDrawRectangle(_UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE6_, _UPVALUE1_ - _UPVALUE2_, _UPVALUE5_ - _UPVALUE6_ * 2, tocolor(80, 80, 80))
  else
    dxDrawRectangle(_UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE6_, _UPVALUE1_ - _UPVALUE2_, _UPVALUE5_ - _UPVALUE6_ * 2, tocolor(40, 40, 40))
  end
  if _ARG_5_ then
    if _ARG_6_ == "door" then
      dxDrawImage(_UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_ + _UPVALUE8_ + respc(16), _UPVALUE4_ - _UPVALUE5_ + _UPVALUE6_ + _UPVALUE8_, _UPVALUE1_ - _UPVALUE2_ - _UPVALUE8_ * 2 - respc(32), _UPVALUE1_ - _UPVALUE2_ - _UPVALUE8_ * 2, "files/" .. _ARG_1_ .. ".png")
    elseif _ARG_6_ then
      dxDrawImageSection(_UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_ + _UPVALUE8_, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE6_ + _UPVALUE8_, _UPVALUE1_ - _UPVALUE2_ - _UPVALUE8_ * 2, _UPVALUE1_ - _UPVALUE2_ - _UPVALUE8_ * 2, 32, 32, 64, 64, "files/" .. _ARG_1_ .. ".png")
    else
      dxDrawImage(_UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_ + _UPVALUE8_, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE6_ + _UPVALUE8_, _UPVALUE1_ - _UPVALUE2_ - _UPVALUE8_ * 2, _UPVALUE1_ - _UPVALUE2_ - _UPVALUE8_ * 2, "files/" .. _ARG_1_ .. ".png")
    end
  else
    dxDrawImage(_UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE6_, _UPVALUE1_ - _UPVALUE2_, _UPVALUE1_ - _UPVALUE2_, "files/" .. _ARG_1_ .. ".png")
  end
  dxDrawText(_ARG_2_, _UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE1_ - _UPVALUE8_, _UPVALUE1_ * _ARG_0_, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE5_ - _UPVALUE6_, tocolor(255, 255, 255), 0.75, _UPVALUE9_, "center", "center", false, false, false, true)
  if _ARG_7_ then
    dxDrawText(_ARG_7_, _UPVALUE1_ * (_ARG_0_ - 1) + _UPVALUE2_, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE8_ * 2.5, _UPVALUE1_ * _ARG_0_, _UPVALUE4_ - _UPVALUE5_ + _UPVALUE8_ * 4, tocolor(255, 255, 255), 0.75, _UPVALUE9_, "center", "center", false, false, false, true)
  end
  return _ARG_0_ + 1
end
function drawIconText(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_, _ARG_4_, _ARG_5_, _ARG_6_)
  if _ARG_4_ then
    dxDrawLine(_ARG_0_ + _UPVALUE0_, _ARG_1_ + _UPVALUE0_, _ARG_0_ + _UPVALUE0_, _ARG_1_ + _UPVALUE1_ - _UPVALUE0_, tocolor(255, 255, 255), 2)
    _ARG_0_ = _ARG_0_ + _UPVALUE0_ * 3
  end
  dxDrawImage(_ARG_0_ + _UPVALUE0_, _ARG_1_ + _UPVALUE0_, _UPVALUE1_ - _UPVALUE0_ * 2, _UPVALUE1_ - _UPVALUE0_ * 2, "files/icons/" .. _ARG_2_ .. ".png")
  dxDrawText(_ARG_3_, _ARG_0_ + _UPVALUE1_ + _UPVALUE0_, _ARG_1_, 0, _ARG_1_ + _UPVALUE1_, tocolor(255, 255, 255), 1, _UPVALUE2_, "left", "center")
  if _UPVALUE3_ == _ARG_5_ then
    dxDrawLine(_ARG_0_ + _UPVALUE0_, _ARG_1_ - 1 + _UPVALUE1_, _ARG_0_ + _UPVALUE1_ + dxGetTextWidth(_ARG_3_, 1, _UPVALUE2_) + _UPVALUE0_, _ARG_1_ - 1 + _UPVALUE1_, tocolor(124, 197, 118), 2)
  elseif _UPVALUE4_ >= _ARG_0_ + _UPVALUE0_ and _UPVALUE4_ <= _ARG_0_ + _UPVALUE1_ + dxGetTextWidth(_ARG_3_, 1, _UPVALUE2_) + _UPVALUE0_ and _ARG_1_ <= _UPVALUE5_ and _UPVALUE5_ <= _ARG_1_ + _UPVALUE1_ then
    _UPVALUE6_ = "main:" .. _ARG_5_
    dxDrawLine(_ARG_0_ + _UPVALUE0_, _ARG_1_ - 1 + _UPVALUE1_, _ARG_0_ + _UPVALUE1_ + dxGetTextWidth(_ARG_3_, 1, _UPVALUE2_) + _UPVALUE0_, _ARG_1_ - 1 + _UPVALUE1_, tocolor(124, 197, 118, 200), 2)
  end
  return _ARG_0_ + _UPVALUE1_ + dxGetTextWidth(_ARG_3_, 1, _UPVALUE2_) + _UPVALUE7_
end
function drawText(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_, _ARG_4_)
  if not _ARG_4_ then
    dxDrawText(" / ", _ARG_0_ + dxGetTextWidth(_ARG_2_, 1, _UPVALUE0_), _ARG_1_, 0, _ARG_1_ + _UPVALUE1_, tocolor(175, 175, 175), 1, _UPVALUE0_, "left", "center", false, false, false, true)
  end
  if _ARG_4_ then
  else
  end
  if _UPVALUE4_ == _ARG_3_ then
    dxDrawText(_ARG_2_, _ARG_0_, _ARG_1_, 0, _ARG_1_ + _UPVALUE1_, tocolor(124, 197, 118), 1, _UPVALUE0_, "left", "center", false, false, false, true)
  elseif _ARG_0_ <= _UPVALUE5_ and _UPVALUE5_ <= _ARG_0_ + (dxGetTextWidth(_ARG_2_, 1, _UPVALUE0_) + _UPVALUE2_ * 2 + _UPVALUE3_) and _ARG_1_ <= _UPVALUE6_ and _UPVALUE6_ <= _ARG_1_ + _UPVALUE1_ then
    _UPVALUE7_ = "sub:" .. _ARG_3_
    dxDrawText(_ARG_2_, _ARG_0_, _ARG_1_, 0, _ARG_1_ + _UPVALUE1_, tocolor(255, 255, 255), 1, _UPVALUE0_, "left", "center", false, false, false, true)
  else
    dxDrawText(_ARG_2_, _ARG_0_, _ARG_1_, 0, _ARG_1_ + _UPVALUE1_, tocolor(160, 160, 160), 1, _UPVALUE0_, "left", "center", false, false, false, true)
  end
  return _ARG_0_ + (dxGetTextWidth(_ARG_2_, 1, _UPVALUE0_) + _UPVALUE2_ * 2 + _UPVALUE3_)
end
function drawSideIcon(_ARG_0_, _ARG_1_, _ARG_2_, _ARG_3_, _ARG_4_, _ARG_5_)
  if _UPVALUE0_ >= _UPVALUE1_ + _UPVALUE2_ and _UPVALUE3_ >= _UPVALUE4_ + _UPVALUE2_ + _UPVALUE2_ * _ARG_0_ + _UPVALUE5_ * (_ARG_0_ - 1) and _UPVALUE0_ <= _UPVALUE1_ + _UPVALUE2_ + _UPVALUE5_ and _UPVALUE3_ <= _UPVALUE4_ + _UPVALUE2_ + _UPVALUE2_ * _ARG_0_ + _UPVALUE5_ * _ARG_0_ then
    _UPVALUE6_ = _ARG_3_
    dxDrawImage(_UPVALUE1_ + _UPVALUE2_, _UPVALUE4_ + _UPVALUE2_ + _UPVALUE2_ * _ARG_0_ + _UPVALUE5_ * (_ARG_0_ - 1), _UPVALUE5_, _UPVALUE5_, "files/icons/" .. (_ARG_4_ and _ARG_1_ or _ARG_2_) .. ".png", 0, 0, 0, tocolor(124, 197, 118))
    dxDrawRectangle(_UPVALUE1_ - _UPVALUE2_ - (dxGetTextWidth(_ARG_5_, 1, _UPVALUE7_) + respc(15)), _UPVALUE4_ + _UPVALUE2_ + _UPVALUE2_ * _ARG_0_ + _UPVALUE5_ * (_ARG_0_ - 0.5) - _UPVALUE8_ * 1.25 / 2, dxGetTextWidth(_ARG_5_, 1, _UPVALUE7_) + respc(15), _UPVALUE8_ * 1.25, tocolor(0, 0, 0, 125))
    dxDrawText(_ARG_5_, _UPVALUE1_ - _UPVALUE2_ - (dxGetTextWidth(_ARG_5_, 1, _UPVALUE7_) + respc(15)), _UPVALUE4_ + _UPVALUE2_ + _UPVALUE2_ * _ARG_0_ + _UPVALUE5_ * (_ARG_0_ - 0.5) - _UPVALUE8_ * 1.25 / 2, _UPVALUE1_ - _UPVALUE2_, _UPVALUE4_ + _UPVALUE2_ + _UPVALUE2_ * _ARG_0_ + _UPVALUE5_ * (_ARG_0_ - 0.5) + _UPVALUE8_ * 1.25 / 2, tocolor(255, 255, 255), 1, _UPVALUE7_, "center", "center", false, false, false, true)
  else
    dxDrawImage(_UPVALUE1_ + _UPVALUE2_, _UPVALUE4_ + _UPVALUE2_ + _UPVALUE2_ * _ARG_0_ + _UPVALUE5_ * (_ARG_0_ - 1), _UPVALUE5_, _UPVALUE5_, "files/icons/" .. (_ARG_4_ and _ARG_1_ or _ARG_2_) .. ".png", 0, 0, 0, tocolor(255, 255, 255))
  end
  return _ARG_0_ + 1
end
function drawSideGUI()
  dxDrawRectangle(_UPVALUE0_, _UPVALUE1_, _UPVALUE2_, _UPVALUE3_, tocolor(0, 0, 0, 100))
  if _UPVALUE4_ >= _UPVALUE0_ and _UPVALUE5_ >= _UPVALUE1_ and _UPVALUE5_ <= _UPVALUE1_ + _UPVALUE3_ then
    _UPVALUE6_ = "side"
  end
  if _UPVALUE7_ then
    dxDrawImage(_UPVALUE0_, _UPVALUE1_, _UPVALUE3_, _UPVALUE3_, "files/icons/arrow.png", 0, 0, 0, tocolor(255, 255, 255))
  else
    dxDrawImage(_UPVALUE0_, _UPVALUE1_, _UPVALUE3_, _UPVALUE3_, "files/icons/arrow.png", 180, 0, 0, tocolor(255, 255, 255))
  end
  dxDrawRectangle(_UPVALUE0_, _UPVALUE1_ + _UPVALUE3_, _UPVALUE2_, _UPVALUE8_ - _UPVALUE3_, tocolor(0, 0, 0, 175))
  if _UPVALUE7_ then
    if _UPVALUE9_ then
    elseif _UPVALUE12_ or _UPVALUE13_ == "placeFurniture" then
      if not _UPVALUE14_ then
      elseif _UPVALUE14_ == 5 then
      else
      end
      if not _UPVALUE15_ then
      elseif _UPVALUE15_ == 5 then
      else
      end
    end
  end
end
function addCashCosts(_ARG_0_, _ARG_1_)
  if _UPVALUE0_ and _ARG_0_ >= 0 and not _ARG_1_ then
    playSoundEx("files/sound/buy" .. math.random(2) .. ".mp3")
  end
  _UPVALUE1_ = _UPVALUE1_ + _ARG_0_
  _UPVALUE2_ = thousandsStepper(_UPVALUE1_ - _UPVALUE3_)
end