local me = game.Players.LocalPlayer
local root = me.Character and me.Character:FindFirstChild('HumanoidRootPart')
if root then root.Anchored = true end
local offset = Vector3.new(0, 0, 0)
local origin = CFrame.new()
local tool
for _,v in ipairs(me:GetDescendants()) do if v.Name == 'SyncAPI' then tool = v.Parent break end end
if not tool then for _,v in ipairs(game.ReplicatedStorage:GetDescendants()) do if v.Name == 'SyncAPI' then tool = v.Parent break end end end
if not tool then warn('yo ur not have f3x') return end
local syncApi = tool:FindFirstChild('SyncAPI')
local remote = syncApi and syncApi:FindFirstChild('ServerEndpoint')
if not remote then warn('no server endpoint found') return end
local function _(args)
    if not remote then return end
    if remote:IsA('RemoteEvent') then
        pcall(remote.FireServer, remote, unpack(args))
    else
        task.spawn(pcall, remote.InvokeServer, remote, unpack(args))
end
end
function CreatePart(partType, cf, parent)
    if not remote then return nil end
    local worldCF = (origin + offset) * cf
    local success, part = pcall(function() return remote:InvokeServer('CreatePart', partType, worldCF, parent) end)
    return success and part or nil
end
function MovePart(part, cf) if not part then return end local worldCF = (origin + offset) * cf _({'SyncMove', {{['Part'] = part, ['CFrame'] = worldCF}}}) end
function Resize(part, size, cf) if not part then return end local worldCF = (origin + offset) * cf _({'SyncResize', {{['Part'] = part, ['CFrame'] = worldCF, ['Size'] = size}}}) end
function SetTrans(part, int) if not part then return end _({'SyncMaterial', {{['Part'] = part, ['Transparency'] = int}}}) end
function Setmate(part, int) if not part then return end _({'SyncMaterial', {{['Part'] = part, ['Material'] = int}}}) end
function Color(part, color) if not part then return end _({'SyncColor', {{['Part'] = part, ['Color'] = color, ['UnionColoring'] = false}}}) end
function SetAnchor(boolean, part) if not part then return end _({'SyncAnchor', {{['Part'] = part, ['Anchored'] = boolean}}}) end
function SetCollision(part, boolean) if not part then return end _({'SyncCollision', {{['Part'] = part, ['CanCollide'] = boolean}}}) end
function AddMesh(part) if not part then return end _({'CreateMeshes', {{['Part'] = part}}}) end
function SetMesh(part, meshid) if not part then return end _({'SyncMesh', {{['Part'] = part, ['MeshId'] = 'rbxassetid://' .. meshid}}}) end
function SpawnDecal(part, side) if not part then return end _({'CreateTextures', {{['Part'] = part, ['Face'] = side, ['TextureType'] = 'Decal'}}}) end
function AddDecal(part, asset, side) if not part then return end _({'SyncTexture', {{['Part'] = part, ['Face'] = side, ['TextureType'] = 'Decal', ['Texture'] = 'rbxassetid://' .. asset}}}) end
function MeshResize(part, size) if not part then return end _({'SyncMesh', {{['Part'] = part, ['Scale'] = size}}}) end
function SetName(part, stringg) if not part then return end _({'SetName', {part}, stringg}) end
function vect(part, of) if not part then return end _({'SyncMesh', {{['Part'] = part, ['Offset'] = of}}}) end
function reflect(part, int) if not part then return end _({'SyncMaterial', {{['Part'] = part, ['Reflectance'] = int}}}) end
function SetMeshtype(part, type) if not part then return end _({'SyncMesh', {{['Part'] = part, ['MeshType'] = type}}}) end
local generatedParts = {}
task.wait(0.1)
local partsToDelete = {}
for _, v in ipairs(workspace:GetDescendants()) do
    if v:IsA('BasePart') and v.Name ~= 'Terrain' then
        local isPlrPart = false
        for _, p in ipairs(game.Players:GetPlayers()) do
            if p.Character and v:IsDescendantOf(p.Character) then
                isPlrPart = true
                break
            end
        end
        if not isPlrPart then
            table.insert(partsToDelete, v)
        end
    end
end
if #partsToDelete > 0 then
    pcall(function() _({'Remove', partsToDelete}) end)
end
task.wait(0.5)
local resizes = {}
local colors = {}
local materials = {}
local anchors = {}
local collisions = {}
local names = {}
task.wait(0.1)
task.spawn(function() pcall(function() generatedParts[1] = CreatePart("Normal", CFrame.new(-2702.124, -334.000, -4168.083, -0.645, 0.000, 0.764, 0.000, 1.000, 0.000, -0.764, 0.000, -0.645), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[2] = CreatePart("Normal", CFrame.new(62.302, -79.860, 159.622, -0.129, -0.224, 0.966, -0.866, 0.500, -0.000, -0.483, -0.837, -0.259), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[3] = CreatePart("Normal", CFrame.new(-82.328, -4515.270, -9151.679, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[4] = CreatePart("Normal", CFrame.new(-4.475, -81.416, 117.882, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[5] = CreatePart("Corner", CFrame.new(-35.991, -77.560, 164.155, 0.500, 0.000, 0.866, 0.000, 1.000, 0.000, -0.866, 0.000, 0.500), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[6] = CreatePart("Cylinder", CFrame.new(-35.919, -77.847, 164.195, 0.242, -0.217, -0.946, -0.356, 0.887, -0.294, 0.903, 0.408, 0.137), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[7] = CreatePart("Spawn", CFrame.new(10.158, -80.160, 268.240, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[8] = CreatePart("Spawn", CFrame.new(-4.842, -80.160, 268.240, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[9] = CreatePart("Spawn", CFrame.new(25.158, -80.160, 268.240, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[10] = CreatePart("Normal", CFrame.new(32.558, -75.160, 255.435, -0.707, 0.000, 0.707, 0.000, 1.000, 0.000, -0.707, 0.000, -0.707), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[11] = CreatePart("Normal", CFrame.new(-6.290, -75.160, 256.284, -0.707, 0.000, -0.707, 0.000, 1.000, 0.000, 0.707, 0.000, -0.707), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[12] = CreatePart("Normal", CFrame.new(-14.122, -65.210, 272.379, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[13] = CreatePart("Normal", CFrame.new(39.978, -65.210, 272.379, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[14] = CreatePart("Normal", CFrame.new(-44.162, -71.199, 59.777, 0.722, -0.037, -0.691, 0.000, 0.999, -0.054, 0.692, 0.039, 0.721), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[15] = CreatePart("Normal", CFrame.new(61.629, -80.260, 157.111, -0.259, 0.000, 0.966, 0.000, 1.000, 0.000, -0.966, 0.000, -0.259), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[16] = CreatePart("Normal", CFrame.new(56.970, -80.060, 139.724, -0.259, 0.000, 0.966, 0.000, 1.000, 0.000, -0.966, 0.000, -0.259), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[17] = CreatePart("Cylinder", CFrame.new(59.322, -79.160, 148.472, -0.259, 0.000, 0.966, 0.000, 1.000, 0.000, -0.966, 0.000, -0.259), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[18] = CreatePart("Cylinder", CFrame.new(10.780, -76.460, 126.210, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[19] = CreatePart("Wedge", CFrame.new(10.777, -79.060, 120.628, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[20] = CreatePart("Wedge", CFrame.new(10.837, -78.460, 130.198, -1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, -1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[21] = CreatePart("Normal", CFrame.new(34.202, -79.660, 166.077, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[22] = CreatePart("Normal", CFrame.new(34.202, -79.660, 188.377, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[23] = CreatePart("Normal", CFrame.new(34.152, -78.760, 177.227, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[24] = CreatePart("Normal", CFrame.new(34.202, -79.660, 189.722, 0.000, 0.000, 1.000, -0.866, 0.500, 0.000, -0.500, -0.866, 0.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[25] = CreatePart("Normal", CFrame.new(-44.162, -71.199, 59.777, 0.722, -0.037, -0.691, 0.000, 0.999, -0.054, 0.692, 0.039, 0.721), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[26] = CreatePart("Normal", CFrame.new(-43.942, -72.436, 59.547, 0.722, -0.231, -0.652, 0.000, 0.943, -0.334, 0.692, 0.241, 0.680), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[27] = CreatePart("Normal", CFrame.new(-43.620, -73.538, 59.212, 0.722, -0.299, -0.624, -0.000, 0.902, -0.432, 0.692, 0.312, 0.651), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[28] = CreatePart("Normal", CFrame.new(-43.620, -73.538, 59.212, 0.722, -0.299, -0.624, -0.000, 0.902, -0.432, 0.692, 0.312, 0.651), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[29] = CreatePart("Normal", CFrame.new(-43.942, -72.436, 59.547, 0.722, -0.231, -0.652, 0.000, 0.943, -0.334, 0.692, 0.241, 0.680), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[30] = CreatePart("Normal", CFrame.new(-41.086, -76.901, 56.569, 0.722, -0.656, -0.220, 0.000, 0.317, -0.948, 0.692, 0.684, 0.229), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[31] = CreatePart("Normal", CFrame.new(-42.112, -76.111, 57.639, 0.722, -0.537, -0.436, 0.000, 0.631, -0.776, 0.692, 0.560, 0.455), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[32] = CreatePart("Normal", CFrame.new(-43.350, -74.335, 58.930, 0.722, -0.329, -0.609, -0.000, 0.880, -0.476, 0.692, 0.343, 0.635), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[33] = CreatePart("Normal", CFrame.new(-43.294, -74.331, 58.872, 0.722, -0.329, -0.609, -0.000, 0.880, -0.476, 0.692, 0.343, 0.635), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[34] = CreatePart("Normal", CFrame.new(-42.729, -75.314, 58.282, 0.722, -0.488, -0.491, -0.000, 0.710, -0.705, 0.692, 0.509, 0.512), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[35] = CreatePart("Normal", CFrame.new(-42.112, -76.111, 57.639, 0.722, -0.537, -0.436, 0.000, 0.631, -0.776, 0.692, 0.560, 0.455), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[36] = CreatePart("Normal", CFrame.new(-42.729, -75.314, 58.282, 0.722, -0.488, -0.491, -0.000, 0.710, -0.705, 0.692, 0.509, 0.512), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[37] = CreatePart("Normal", CFrame.new(-41.896, -76.390, 57.414, 0.722, -0.568, -0.396, -0.000, 0.572, -0.820, 0.692, 0.592, 0.413), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[38] = CreatePart("Normal", CFrame.new(-41.086, -76.901, 56.569, 0.722, -0.656, -0.220, 0.000, 0.317, -0.948, 0.692, 0.684, 0.229), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[39] = CreatePart("Normal", CFrame.new(-38.882, -77.704, 54.271, 0.722, -0.676, -0.149, -0.000, 0.215, -0.977, 0.692, 0.705, 0.155), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[40] = CreatePart("Normal", CFrame.new(-38.882, -77.704, 54.271, 0.722, -0.676, -0.149, -0.000, 0.215, -0.977, 0.692, 0.705, 0.155), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[41] = CreatePart("Normal", CFrame.new(-41.896, -76.390, 57.414, 0.722, -0.568, -0.396, -0.000, 0.572, -0.820, 0.692, 0.592, 0.413), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[42] = CreatePart("Normal", CFrame.new(-34.539, -77.467, 49.742, 0.722, -0.655, 0.223, 0.000, -0.322, -0.947, 0.692, 0.683, -0.233), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[43] = CreatePart("Normal", CFrame.new(-33.234, -80.848, 48.381, 0.722, -0.637, 0.270, -0.000, -0.391, -0.921, 0.692, 0.664, -0.282), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[44] = CreatePart("Normal", CFrame.new(-38.096, -77.934, 53.452, 0.722, -0.684, -0.103, -0.000, 0.149, -0.989, 0.692, 0.714, 0.108), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[45] = CreatePart("Normal", CFrame.new(-37.272, -78.043, 52.592, 0.722, -0.691, -0.030, -0.000, 0.043, -0.999, 0.692, 0.721, 0.031), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[46] = CreatePart("Normal", CFrame.new(-32.850, -77.828, 47.981, 0.722, -0.535, 0.439, 0.000, -0.635, -0.773, 0.692, 0.558, -0.458), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[47] = CreatePart("Normal", CFrame.new(-37.272, -78.043, 52.592, 0.722, -0.691, -0.030, -0.000, 0.043, -0.999, 0.692, 0.721, 0.031), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[48] = CreatePart("Normal", CFrame.new(-36.830, -78.115, 52.131, 0.722, -0.691, -0.045, -0.000, 0.065, -0.998, 0.692, 0.720, 0.047), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[49] = CreatePart("Normal", CFrame.new(-35.162, -83.019, 50.391, 0.722, -0.675, 0.152, 0.000, -0.220, -0.976, 0.692, 0.704, -0.159), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[50] = CreatePart("Normal", CFrame.new(-34.261, -77.350, 49.452, 0.722, -0.637, 0.270, -0.000, -0.391, -0.921, 0.692, 0.664, -0.282), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[51] = CreatePart("Seat", CFrame.new(-51.900, -78.216, 70.009, -0.814, 0.000, 0.581, 0.000, 1.000, 0.000, -0.581, 0.000, -0.814), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[52] = CreatePart("Normal", CFrame.new(-32.923, -75.818, 48.057, 0.722, -0.485, 0.494, 0.000, -0.713, -0.701, 0.692, 0.506, -0.515), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[53] = CreatePart("Normal", CFrame.new(-38.096, -77.934, 53.452, 0.722, -0.684, -0.103, -0.000, 0.149, -0.989, 0.692, 0.714, 0.108), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[54] = CreatePart("Normal", CFrame.new(-32.923, -75.818, 48.057, 0.722, -0.485, 0.494, 0.000, -0.713, -0.701, 0.692, 0.506, -0.515), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[55] = CreatePart("Normal", CFrame.new(-35.953, -77.946, 51.217, 0.722, -0.675, 0.152, 0.000, -0.220, -0.976, 0.692, 0.704, -0.159), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[56] = CreatePart("Normal", CFrame.new(-33.531, -76.630, 48.691, 0.722, -0.535, 0.439, 0.000, -0.635, -0.773, 0.692, 0.558, -0.458), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[57] = CreatePart("Normal", CFrame.new(-34.539, -77.467, 49.742, 0.722, -0.655, 0.223, 0.000, -0.322, -0.947, 0.692, 0.683, -0.233), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[58] = CreatePart("Normal", CFrame.new(-37.006, -81.529, 52.315, 0.722, -0.691, -0.045, -0.000, 0.065, -0.998, 0.692, 0.720, 0.047), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[59] = CreatePart("Normal", CFrame.new(-32.378, -74.820, 47.488, 0.722, -0.303, 0.622, -0.000, -0.899, -0.438, 0.692, 0.316, -0.649), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[60] = CreatePart("Normal", CFrame.new(-32.378, -74.820, 47.488, 0.722, -0.303, 0.622, -0.000, -0.899, -0.438, 0.692, 0.316, -0.649), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[61] = CreatePart("Normal", CFrame.new(-32.378, -74.820, 47.488, 0.722, -0.303, 0.622, -0.000, -0.899, -0.438, 0.692, 0.316, -0.649), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[62] = CreatePart("Normal", CFrame.new(-32.064, -72.395, 47.161, 0.722, -0.042, 0.691, -0.000, -0.998, -0.061, 0.692, 0.044, -0.720), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[63] = CreatePart("Normal", CFrame.new(-32.154, -73.584, 47.255, 0.722, -0.115, 0.682, -0.000, -0.986, -0.167, 0.692, 0.120, -0.712), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[64] = CreatePart("Normal", CFrame.new(-32.154, -73.584, 47.255, 0.722, -0.115, 0.682, -0.000, -0.986, -0.167, 0.692, 0.120, -0.712), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[65] = CreatePart("Normal", CFrame.new(-32.082, -71.474, 47.180, 0.722, -0.008, 0.692, -0.000, -1.000, -0.012, 0.692, 0.009, -0.722), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[66] = CreatePart("Normal", CFrame.new(-32.378, -74.820, 47.488, 0.722, -0.303, 0.622, -0.000, -0.899, -0.438, 0.692, 0.316, -0.649), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[67] = CreatePart("Normal", CFrame.new(-32.064, -72.395, 47.161, 0.722, -0.042, 0.691, -0.000, -0.998, -0.061, 0.692, 0.044, -0.720), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[68] = CreatePart("Normal", CFrame.new(-32.154, -73.584, 47.255, 0.722, -0.115, 0.682, -0.000, -0.986, -0.167, 0.692, 0.120, -0.712), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[69] = CreatePart("Normal", CFrame.new(-32.032, -71.509, 47.127, 0.722, -0.008, 0.692, -0.000, -1.000, -0.012, 0.692, 0.009, -0.722), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[70] = CreatePart("Normal", CFrame.new(-32.032, -71.509, 47.127, 0.722, -0.008, 0.692, -0.000, -1.000, -0.012, 0.692, 0.009, -0.722), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[71] = CreatePart("Normal", CFrame.new(-32.064, -72.395, 47.161, 0.722, -0.042, 0.691, -0.000, -0.998, -0.061, 0.692, 0.044, -0.720), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[72] = CreatePart("Normal", CFrame.new(-32.064, -72.395, 47.161, 0.722, -0.042, 0.691, -0.000, -0.998, -0.061, 0.692, 0.044, -0.720), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[73] = CreatePart("Normal", CFrame.new(-32.154, -73.584, 47.255, 0.722, -0.115, 0.682, -0.000, -0.986, -0.167, 0.692, 0.120, -0.712), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[74] = CreatePart("Normal", CFrame.new(-32.082, -71.474, 47.180, 0.722, -0.008, 0.692, -0.000, -1.000, -0.012, 0.692, 0.009, -0.722), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[75] = CreatePart("Cylinder", CFrame.new(-43.866, -69.260, 59.531, 0.722, 0.000, -0.692, 0.000, 1.000, 0.000, 0.692, 0.000, 0.722), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[76] = CreatePart("Cylinder", CFrame.new(-32.307, -69.460, 47.478, 0.722, 0.000, -0.692, 0.000, 1.000, 0.000, 0.692, 0.000, 0.722), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[77] = CreatePart("Normal", CFrame.new(-44.924, -81.266, 60.239, 0.722, 0.000, -0.692, 0.000, 1.000, 0.000, 0.692, 0.000, 0.722), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[78] = CreatePart("Normal", CFrame.new(-40.133, -82.278, 55.243, 0.722, -0.404, -0.562, 0.000, 0.812, -0.584, 0.692, 0.421, 0.586), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[79] = CreatePart("Normal", CFrame.new(-36.912, -81.844, 51.884, 0.722, -0.667, -0.186, 0.000, 0.269, -0.963, 0.692, 0.695, 0.194), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[80] = CreatePart("Normal", CFrame.new(-68.552, -88.637, 129.904, 1.000, 0.000, 0.000, 0.000, -0.331, -0.944, 0.000, 0.944, -0.331), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[81] = CreatePart("Normal", CFrame.new(-36.067, -82.063, 51.003, 0.722, -0.478, 0.500, 0.000, -0.723, -0.691, 0.692, 0.499, -0.522), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[82] = CreatePart("Normal", CFrame.new(-31.808, -81.266, 46.562, 0.722, 0.000, -0.692, 0.000, 1.000, 0.000, 0.692, 0.000, 0.722), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[83] = CreatePart("Wedge", CFrame.new(-28.623, -79.166, 61.820, -0.713, 0.000, -0.701, 0.000, 1.000, 0.000, 0.701, 0.000, -0.713), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[84] = CreatePart("Normal", CFrame.new(33.423, -80.266, 95.583, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[85] = CreatePart("Normal", CFrame.new(17.626, -80.266, 97.124, 0.962, 0.000, 0.272, 0.000, 1.000, 0.000, -0.272, 0.000, 0.962), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[86] = CreatePart("Normal", CFrame.new(43.745, -79.895, 98.074, 0.329, -0.367, -0.870, 0.703, 0.711, -0.034, 0.631, -0.600, 0.491), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[87] = CreatePart("Normal", CFrame.new(45.080, -79.595, 96.866, 0.582, -0.602, -0.547, 0.703, 0.711, -0.034, 0.409, -0.364, 0.837), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[88] = CreatePart("Normal", CFrame.new(-57.263, -79.766, 67.683, 0.866, 0.000, -0.500, 0.000, 1.000, 0.000, 0.500, 0.000, 0.866), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[89] = CreatePart("Normal", CFrame.new(-47.835, -79.266, 74.532, 0.872, 0.000, -0.489, 0.000, 1.000, 0.000, 0.489, 0.000, 0.872), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[90] = CreatePart("Normal", CFrame.new(-54.975, -79.266, 65.282, 0.866, 0.000, -0.500, 0.000, 1.000, 0.000, 0.500, 0.000, 0.866), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[91] = CreatePart("Normal", CFrame.new(-57.263, -79.766, 67.683, 0.866, 0.000, -0.500, 0.000, 1.000, 0.000, 0.500, 0.000, 0.866), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[92] = CreatePart("Normal", CFrame.new(-45.975, -79.266, 71.882, 0.866, 0.000, -0.500, 0.000, 1.000, 0.000, 0.500, 0.000, 0.866), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[93] = CreatePart("Normal", CFrame.new(-51.503, -78.066, 69.831, 0.817, 0.000, -0.576, 0.000, 1.000, 0.000, 0.576, 0.000, 0.817), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[94] = CreatePart("Normal", CFrame.new(-56.157, -77.228, 66.639, 0.841, 0.539, -0.051, 0.037, 0.036, 0.999, 0.540, -0.842, 0.010), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[95] = CreatePart("Normal", CFrame.new(-46.904, -77.228, 73.164, 0.841, 0.539, -0.051, 0.037, 0.036, 0.999, 0.540, -0.842, 0.010), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[96] = CreatePart("Normal", CFrame.new(-51.559, -77.904, 69.380, 0.589, -0.806, -0.056, 0.099, 0.004, 0.995, -0.802, -0.592, 0.082), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[97] = CreatePart("Normal", CFrame.new(-50.381, -77.106, 67.776, 0.589, -0.806, -0.056, 0.099, 0.004, 0.995, -0.802, -0.592, 0.082), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[98] = CreatePart("Normal", CFrame.new(-50.381, -76.406, 67.776, 0.589, -0.806, -0.056, 0.099, 0.004, 0.995, -0.802, -0.592, 0.082), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[99] = CreatePart("Normal", CFrame.new(-50.381, -75.806, 67.776, 0.589, -0.806, -0.056, 0.099, 0.004, 0.995, -0.802, -0.592, 0.082), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[100] = CreatePart("Normal", CFrame.new(-50.381, -75.106, 67.776, 0.589, -0.806, -0.056, 0.099, 0.004, 0.995, -0.802, -0.592, 0.082), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[101] = CreatePart("Seat", CFrame.new(-48.772, -78.216, 72.357, -0.793, 0.000, 0.609, 0.000, 1.000, 0.000, -0.609, 0.000, -0.793), workspace) end) end)
task.spawn(function() pcall(function() generatedParts[102] = CreatePart("Seat", CFrame.new(-54.785, -78.214, 68.050, -0.832, 0.000, 0.555, 0.000, 1.000, 0.000, -0.555, 0.000, -0.832), workspace) end) end)
local maxWait = 3.0
local start = os.clock()
while os.clock() - start < maxWait do
    local completed = true
    for i = 1, 102 do
        if not generatedParts[i] then
            completed = false
            break
        end
    end
    if completed then break end
    task.wait(0.05)
end
if generatedParts[1] then
    table.insert(resizes, {['Part'] = generatedParts[1], ['CFrame'] = (origin + offset) * CFrame.new(-2702.124, -334.000, -4168.083, -0.645, 0.000, 0.764, 0.000, 1.000, 0.000, -0.764, 0.000, -0.645), ['Size'] = Vector3.new(512.000, 20.000, 512.000)})
    table.insert(colors, {['Part'] = generatedParts[1], ['Color'] = Color3.new(0.388, 0.373, 0.384), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[1], ['Material'] = Enum.Material.Plastic, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[1], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[1], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[1], ['Name'] = "Part"})
end
if generatedParts[2] then
    table.insert(resizes, {['Part'] = generatedParts[2], ['CFrame'] = (origin + offset) * CFrame.new(62.302, -79.860, 159.622, -0.129, -0.224, 0.966, -0.866, 0.500, -0.000, -0.483, -0.837, -0.259), ['Size'] = Vector3.new(1.000, 3.000, 2.000)})
    table.insert(colors, {['Part'] = generatedParts[2], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[2], ['Material'] = Enum.Material.Metal, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[2], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[2], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[2], ['Name'] = "Part"})
end
if generatedParts[3] then
    table.insert(resizes, {['Part'] = generatedParts[3], ['CFrame'] = (origin + offset) * CFrame.new(-82.328, -4515.270, -9151.679, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(4.000, 1.000, 2.000)})
    table.insert(colors, {['Part'] = generatedParts[3], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[3], ['Material'] = Enum.Material.Plastic, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[3], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[3], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[3], ['Name'] = "Part"})
end
if generatedParts[4] then
    table.insert(resizes, {['Part'] = generatedParts[4], ['CFrame'] = (origin + offset) * CFrame.new(-4.475, -81.416, 117.882, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(297.000, 1.000, 314.000)})
    table.insert(colors, {['Part'] = generatedParts[4], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[4], ['Material'] = Enum.Material.Cobblestone, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[4], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[4], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[4], ['Name'] = "Part"})
end
if generatedParts[5] then
    table.insert(resizes, {['Part'] = generatedParts[5], ['CFrame'] = (origin + offset) * CFrame.new(-35.991, -77.560, 164.155, 0.500, 0.000, 0.866, 0.000, 1.000, 0.000, -0.866, 0.000, 0.500), ['Size'] = Vector3.new(13.000, 7.000, 13.000)})
    table.insert(colors, {['Part'] = generatedParts[5], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[5], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[5], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[5], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[5], ['Name'] = "CornerWedge"})
end
if generatedParts[6] then
    table.insert(resizes, {['Part'] = generatedParts[6], ['CFrame'] = (origin + offset) * CFrame.new(-35.919, -77.847, 164.195, 0.242, -0.217, -0.946, -0.356, 0.887, -0.294, 0.903, 0.408, 0.137), ['Size'] = Vector3.new(19.500, 0.700, 0.700)})
    table.insert(colors, {['Part'] = generatedParts[6], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[6], ['Material'] = Enum.Material.Metal, ['Transparency'] = 0.000, ['Reflectance'] = 1.000})
    table.insert(anchors, {['Part'] = generatedParts[6], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[6], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[6], ['Name'] = "Part"})
end
if generatedParts[7] then
    table.insert(resizes, {['Part'] = generatedParts[7], ['CFrame'] = (origin + offset) * CFrame.new(10.158, -80.160, 268.240, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(13.000, 1.000, 14.000)})
    table.insert(colors, {['Part'] = generatedParts[7], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[7], ['Material'] = Enum.Material.Plastic, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[7], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[7], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[7], ['Name'] = "SpawnLocation"})
end
if generatedParts[8] then
    table.insert(resizes, {['Part'] = generatedParts[8], ['CFrame'] = (origin + offset) * CFrame.new(-4.842, -80.160, 268.240, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(13.000, 1.000, 14.000)})
    table.insert(colors, {['Part'] = generatedParts[8], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[8], ['Material'] = Enum.Material.Plastic, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[8], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[8], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[8], ['Name'] = "SpawnLocation"})
end
if generatedParts[9] then
    table.insert(resizes, {['Part'] = generatedParts[9], ['CFrame'] = (origin + offset) * CFrame.new(25.158, -80.160, 268.240, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(13.000, 1.000, 14.000)})
    table.insert(colors, {['Part'] = generatedParts[9], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[9], ['Material'] = Enum.Material.Plastic, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[9], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[9], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[9], ['Name'] = "SpawnLocation"})
end
if generatedParts[10] then
    table.insert(resizes, {['Part'] = generatedParts[10], ['CFrame'] = (origin + offset) * CFrame.new(32.558, -75.160, 255.435, -0.707, 0.000, 0.707, 0.000, 1.000, 0.000, -0.707, 0.000, -0.707), ['Size'] = Vector3.new(23.000, 10.000, 0.100)})
    table.insert(colors, {['Part'] = generatedParts[10], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[10], ['Material'] = Enum.Material.Ice, ['Transparency'] = 1.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[10], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[10], ['CanCollide'] = false})
    table.insert(names, {['Part'] = generatedParts[10], ['Name'] = "Part"})
end
if generatedParts[11] then
    table.insert(resizes, {['Part'] = generatedParts[11], ['CFrame'] = (origin + offset) * CFrame.new(-6.290, -75.160, 256.284, -0.707, 0.000, -0.707, 0.000, 1.000, 0.000, 0.707, 0.000, -0.707), ['Size'] = Vector3.new(20.600, 10.000, 0.100)})
    table.insert(colors, {['Part'] = generatedParts[11], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[11], ['Material'] = Enum.Material.Ice, ['Transparency'] = 1.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[11], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[11], ['CanCollide'] = false})
    table.insert(names, {['Part'] = generatedParts[11], ['Name'] = "Part"})
end
if generatedParts[12] then
    table.insert(resizes, {['Part'] = generatedParts[12], ['CFrame'] = (origin + offset) * CFrame.new(-14.122, -65.210, 272.379, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(4.000, 30.900, 47.200)})
    table.insert(colors, {['Part'] = generatedParts[12], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[12], ['Material'] = Enum.Material.Plastic, ['Transparency'] = 1.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[12], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[12], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[12], ['Name'] = "Part"})
end
if generatedParts[13] then
    table.insert(resizes, {['Part'] = generatedParts[13], ['CFrame'] = (origin + offset) * CFrame.new(39.978, -65.210, 272.379, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(4.200, 30.900, 47.200)})
    table.insert(colors, {['Part'] = generatedParts[13], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[13], ['Material'] = Enum.Material.Plastic, ['Transparency'] = 1.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[13], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[13], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[13], ['Name'] = "Part"})
end
if generatedParts[14] then
    table.insert(resizes, {['Part'] = generatedParts[14], ['CFrame'] = (origin + offset) * CFrame.new(-44.162, -71.199, 59.777, 0.722, -0.037, -0.691, 0.000, 0.999, -0.054, 0.692, 0.039, 0.721), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[14], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[14], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[14], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[14], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[14], ['Name'] = "Part"})
end
if generatedParts[15] then
    table.insert(resizes, {['Part'] = generatedParts[15], ['CFrame'] = (origin + offset) * CFrame.new(61.629, -80.260, 157.111, -0.259, 0.000, 0.966, 0.000, 1.000, 0.000, -0.966, 0.000, -0.259), ['Size'] = Vector3.new(1.000, 2.000, 1.000)})
    table.insert(colors, {['Part'] = generatedParts[15], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[15], ['Material'] = Enum.Material.Metal, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[15], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[15], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[15], ['Name'] = "Part"})
end
if generatedParts[16] then
    table.insert(resizes, {['Part'] = generatedParts[16], ['CFrame'] = (origin + offset) * CFrame.new(56.970, -80.060, 139.724, -0.259, 0.000, 0.966, 0.000, 1.000, 0.000, -0.966, 0.000, -0.259), ['Size'] = Vector3.new(1.000, 2.000, 1.000)})
    table.insert(colors, {['Part'] = generatedParts[16], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[16], ['Material'] = Enum.Material.Metal, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[16], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[16], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[16], ['Name'] = "Part"})
end
if generatedParts[17] then
    table.insert(resizes, {['Part'] = generatedParts[17], ['CFrame'] = (origin + offset) * CFrame.new(59.322, -79.160, 148.472, -0.259, 0.000, 0.966, 0.000, 1.000, 0.000, -0.966, 0.000, -0.259), ['Size'] = Vector3.new(21.000, 1.000, 1.000)})
    table.insert(colors, {['Part'] = generatedParts[17], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[17], ['Material'] = Enum.Material.Metal, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[17], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[17], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[17], ['Name'] = "Part"})
end
if generatedParts[18] then
    table.insert(resizes, {['Part'] = generatedParts[18], ['CFrame'] = (origin + offset) * CFrame.new(10.780, -76.460, 126.210, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(19.000, 1.000, 1.000)})
    table.insert(colors, {['Part'] = generatedParts[18], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[18], ['Material'] = Enum.Material.Metal, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[18], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[18], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[18], ['Name'] = "Part"})
end
if generatedParts[19] then
    table.insert(resizes, {['Part'] = generatedParts[19], ['CFrame'] = (origin + offset) * CFrame.new(10.777, -79.060, 120.628, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(19.000, 6.000, 11.000)})
    table.insert(colors, {['Part'] = generatedParts[19], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[19], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[19], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[19], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[19], ['Name'] = "Wedge"})
end
if generatedParts[20] then
    table.insert(resizes, {['Part'] = generatedParts[20], ['CFrame'] = (origin + offset) * CFrame.new(10.837, -78.460, 130.198, -1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, -1.000), ['Size'] = Vector3.new(19.000, 5.000, 8.100)})
    table.insert(colors, {['Part'] = generatedParts[20], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[20], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[20], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[20], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[20], ['Name'] = "Wedge"})
end
if generatedParts[21] then
    table.insert(resizes, {['Part'] = generatedParts[21], ['CFrame'] = (origin + offset) * CFrame.new(34.202, -79.660, 166.077, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(0.500, 1.800, 0.600)})
    table.insert(colors, {['Part'] = generatedParts[21], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[21], ['Material'] = Enum.Material.Metal, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[21], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[21], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[21], ['Name'] = "Part"})
end
if generatedParts[22] then
    table.insert(resizes, {['Part'] = generatedParts[22], ['CFrame'] = (origin + offset) * CFrame.new(34.202, -79.660, 188.377, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(0.500, 1.800, 0.600)})
    table.insert(colors, {['Part'] = generatedParts[22], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[22], ['Material'] = Enum.Material.Metal, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[22], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[22], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[22], ['Name'] = "Part"})
end
if generatedParts[23] then
    table.insert(resizes, {['Part'] = generatedParts[23], ['CFrame'] = (origin + offset) * CFrame.new(34.152, -78.760, 177.227, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(1.000, 0.600, 22.900)})
    table.insert(colors, {['Part'] = generatedParts[23], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[23], ['Material'] = Enum.Material.Metal, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[23], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[23], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[23], ['Name'] = "Part"})
end
if generatedParts[24] then
    table.insert(resizes, {['Part'] = generatedParts[24], ['CFrame'] = (origin + offset) * CFrame.new(34.202, -79.660, 189.722, 0.000, 0.000, 1.000, -0.866, 0.500, 0.000, -0.500, -0.866, 0.000), ['Size'] = Vector3.new(1.000, 3.000, 2.000)})
    table.insert(colors, {['Part'] = generatedParts[24], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[24], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[24], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[24], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[24], ['Name'] = "Part"})
end
if generatedParts[25] then
    table.insert(resizes, {['Part'] = generatedParts[25], ['CFrame'] = (origin + offset) * CFrame.new(-44.162, -71.199, 59.777, 0.722, -0.037, -0.691, 0.000, 0.999, -0.054, 0.692, 0.039, 0.721), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[25], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[25], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[25], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[25], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[25], ['Name'] = "Part"})
end
if generatedParts[26] then
    table.insert(resizes, {['Part'] = generatedParts[26], ['CFrame'] = (origin + offset) * CFrame.new(-43.942, -72.436, 59.547, 0.722, -0.231, -0.652, 0.000, 0.943, -0.334, 0.692, 0.241, 0.680), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[26], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[26], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[26], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[26], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[26], ['Name'] = "Part"})
end
if generatedParts[27] then
    table.insert(resizes, {['Part'] = generatedParts[27], ['CFrame'] = (origin + offset) * CFrame.new(-43.620, -73.538, 59.212, 0.722, -0.299, -0.624, -0.000, 0.902, -0.432, 0.692, 0.312, 0.651), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[27], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[27], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[27], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[27], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[27], ['Name'] = "Part"})
end
if generatedParts[28] then
    table.insert(resizes, {['Part'] = generatedParts[28], ['CFrame'] = (origin + offset) * CFrame.new(-43.620, -73.538, 59.212, 0.722, -0.299, -0.624, -0.000, 0.902, -0.432, 0.692, 0.312, 0.651), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[28], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[28], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[28], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[28], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[28], ['Name'] = "Part"})
end
if generatedParts[29] then
    table.insert(resizes, {['Part'] = generatedParts[29], ['CFrame'] = (origin + offset) * CFrame.new(-43.942, -72.436, 59.547, 0.722, -0.231, -0.652, 0.000, 0.943, -0.334, 0.692, 0.241, 0.680), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[29], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[29], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[29], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[29], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[29], ['Name'] = "Part"})
end
if generatedParts[30] then
    table.insert(resizes, {['Part'] = generatedParts[30], ['CFrame'] = (origin + offset) * CFrame.new(-41.086, -76.901, 56.569, 0.722, -0.656, -0.220, 0.000, 0.317, -0.948, 0.692, 0.684, 0.229), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[30], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[30], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[30], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[30], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[30], ['Name'] = "Part"})
end
if generatedParts[31] then
    table.insert(resizes, {['Part'] = generatedParts[31], ['CFrame'] = (origin + offset) * CFrame.new(-42.112, -76.111, 57.639, 0.722, -0.537, -0.436, 0.000, 0.631, -0.776, 0.692, 0.560, 0.455), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[31], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[31], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[31], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[31], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[31], ['Name'] = "Part"})
end
if generatedParts[32] then
    table.insert(resizes, {['Part'] = generatedParts[32], ['CFrame'] = (origin + offset) * CFrame.new(-43.350, -74.335, 58.930, 0.722, -0.329, -0.609, -0.000, 0.880, -0.476, 0.692, 0.343, 0.635), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[32], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[32], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[32], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[32], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[32], ['Name'] = "Part"})
end
if generatedParts[33] then
    table.insert(resizes, {['Part'] = generatedParts[33], ['CFrame'] = (origin + offset) * CFrame.new(-43.294, -74.331, 58.872, 0.722, -0.329, -0.609, -0.000, 0.880, -0.476, 0.692, 0.343, 0.635), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[33], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[33], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[33], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[33], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[33], ['Name'] = "Part"})
end
if generatedParts[34] then
    table.insert(resizes, {['Part'] = generatedParts[34], ['CFrame'] = (origin + offset) * CFrame.new(-42.729, -75.314, 58.282, 0.722, -0.488, -0.491, -0.000, 0.710, -0.705, 0.692, 0.509, 0.512), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[34], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[34], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[34], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[34], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[34], ['Name'] = "Part"})
end
if generatedParts[35] then
    table.insert(resizes, {['Part'] = generatedParts[35], ['CFrame'] = (origin + offset) * CFrame.new(-42.112, -76.111, 57.639, 0.722, -0.537, -0.436, 0.000, 0.631, -0.776, 0.692, 0.560, 0.455), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[35], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[35], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[35], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[35], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[35], ['Name'] = "Part"})
end
if generatedParts[36] then
    table.insert(resizes, {['Part'] = generatedParts[36], ['CFrame'] = (origin + offset) * CFrame.new(-42.729, -75.314, 58.282, 0.722, -0.488, -0.491, -0.000, 0.710, -0.705, 0.692, 0.509, 0.512), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[36], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[36], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[36], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[36], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[36], ['Name'] = "Part"})
end
if generatedParts[37] then
    table.insert(resizes, {['Part'] = generatedParts[37], ['CFrame'] = (origin + offset) * CFrame.new(-41.896, -76.390, 57.414, 0.722, -0.568, -0.396, -0.000, 0.572, -0.820, 0.692, 0.592, 0.413), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[37], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[37], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[37], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[37], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[37], ['Name'] = "Part"})
end
if generatedParts[38] then
    table.insert(resizes, {['Part'] = generatedParts[38], ['CFrame'] = (origin + offset) * CFrame.new(-41.086, -76.901, 56.569, 0.722, -0.656, -0.220, 0.000, 0.317, -0.948, 0.692, 0.684, 0.229), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[38], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[38], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[38], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[38], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[38], ['Name'] = "Part"})
end
if generatedParts[39] then
    table.insert(resizes, {['Part'] = generatedParts[39], ['CFrame'] = (origin + offset) * CFrame.new(-38.882, -77.704, 54.271, 0.722, -0.676, -0.149, -0.000, 0.215, -0.977, 0.692, 0.705, 0.155), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[39], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[39], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[39], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[39], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[39], ['Name'] = "Part"})
end
if generatedParts[40] then
    table.insert(resizes, {['Part'] = generatedParts[40], ['CFrame'] = (origin + offset) * CFrame.new(-38.882, -77.704, 54.271, 0.722, -0.676, -0.149, -0.000, 0.215, -0.977, 0.692, 0.705, 0.155), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[40], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[40], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[40], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[40], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[40], ['Name'] = "Part"})
end
if generatedParts[41] then
    table.insert(resizes, {['Part'] = generatedParts[41], ['CFrame'] = (origin + offset) * CFrame.new(-41.896, -76.390, 57.414, 0.722, -0.568, -0.396, -0.000, 0.572, -0.820, 0.692, 0.592, 0.413), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[41], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[41], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[41], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[41], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[41], ['Name'] = "Part"})
end
if generatedParts[42] then
    table.insert(resizes, {['Part'] = generatedParts[42], ['CFrame'] = (origin + offset) * CFrame.new(-34.539, -77.467, 49.742, 0.722, -0.655, 0.223, 0.000, -0.322, -0.947, 0.692, 0.683, -0.233), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[42], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[42], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[42], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[42], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[42], ['Name'] = "Part"})
end
if generatedParts[43] then
    table.insert(resizes, {['Part'] = generatedParts[43], ['CFrame'] = (origin + offset) * CFrame.new(-33.234, -80.848, 48.381, 0.722, -0.637, 0.270, -0.000, -0.391, -0.921, 0.692, 0.664, -0.282), ['Size'] = Vector3.new(20.800, 4.000, 8.500)})
    table.insert(colors, {['Part'] = generatedParts[43], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[43], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[43], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[43], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[43], ['Name'] = "Part"})
end
if generatedParts[44] then
    table.insert(resizes, {['Part'] = generatedParts[44], ['CFrame'] = (origin + offset) * CFrame.new(-38.096, -77.934, 53.452, 0.722, -0.684, -0.103, -0.000, 0.149, -0.989, 0.692, 0.714, 0.108), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[44], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[44], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[44], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[44], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[44], ['Name'] = "Part"})
end
if generatedParts[45] then
    table.insert(resizes, {['Part'] = generatedParts[45], ['CFrame'] = (origin + offset) * CFrame.new(-37.272, -78.043, 52.592, 0.722, -0.691, -0.030, -0.000, 0.043, -0.999, 0.692, 0.721, 0.031), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[45], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[45], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[45], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[45], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[45], ['Name'] = "Part"})
end
if generatedParts[46] then
    table.insert(resizes, {['Part'] = generatedParts[46], ['CFrame'] = (origin + offset) * CFrame.new(-32.850, -77.828, 47.981, 0.722, -0.535, 0.439, 0.000, -0.635, -0.773, 0.692, 0.558, -0.458), ['Size'] = Vector3.new(20.800, 4.000, 4.000)})
    table.insert(colors, {['Part'] = generatedParts[46], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[46], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[46], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[46], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[46], ['Name'] = "Part"})
end
if generatedParts[47] then
    table.insert(resizes, {['Part'] = generatedParts[47], ['CFrame'] = (origin + offset) * CFrame.new(-37.272, -78.043, 52.592, 0.722, -0.691, -0.030, -0.000, 0.043, -0.999, 0.692, 0.721, 0.031), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[47], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[47], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[47], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[47], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[47], ['Name'] = "Part"})
end
if generatedParts[48] then
    table.insert(resizes, {['Part'] = generatedParts[48], ['CFrame'] = (origin + offset) * CFrame.new(-36.830, -78.115, 52.131, 0.722, -0.691, -0.045, -0.000, 0.065, -0.998, 0.692, 0.720, 0.047), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[48], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[48], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[48], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[48], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[48], ['Name'] = "Part"})
end
if generatedParts[49] then
    table.insert(resizes, {['Part'] = generatedParts[49], ['CFrame'] = (origin + offset) * CFrame.new(-35.162, -83.019, 50.391, 0.722, -0.675, 0.152, 0.000, -0.220, -0.976, 0.692, 0.704, -0.159), ['Size'] = Vector3.new(20.800, 4.000, 11.300)})
    table.insert(colors, {['Part'] = generatedParts[49], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[49], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[49], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[49], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[49], ['Name'] = "Part"})
end
if generatedParts[50] then
    table.insert(resizes, {['Part'] = generatedParts[50], ['CFrame'] = (origin + offset) * CFrame.new(-34.261, -77.350, 49.452, 0.722, -0.637, 0.270, -0.000, -0.391, -0.921, 0.692, 0.664, -0.282), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[50], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[50], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[50], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[50], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[50], ['Name'] = "Part"})
end
if generatedParts[51] then
    table.insert(resizes, {['Part'] = generatedParts[51], ['CFrame'] = (origin + offset) * CFrame.new(-51.900, -78.216, 70.009, -0.814, 0.000, 0.581, 0.000, 1.000, 0.000, -0.581, 0.000, -0.814), ['Size'] = Vector3.new(3.000, 1.000, 2.000)})
    table.insert(colors, {['Part'] = generatedParts[51], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[51], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 1.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[51], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[51], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[51], ['Name'] = "Seat"})
end
if generatedParts[52] then
    table.insert(resizes, {['Part'] = generatedParts[52], ['CFrame'] = (origin + offset) * CFrame.new(-32.923, -75.818, 48.057, 0.722, -0.485, 0.494, 0.000, -0.713, -0.701, 0.692, 0.506, -0.515), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[52], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[52], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[52], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[52], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[52], ['Name'] = "Part"})
end
if generatedParts[53] then
    table.insert(resizes, {['Part'] = generatedParts[53], ['CFrame'] = (origin + offset) * CFrame.new(-38.096, -77.934, 53.452, 0.722, -0.684, -0.103, -0.000, 0.149, -0.989, 0.692, 0.714, 0.108), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[53], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[53], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[53], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[53], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[53], ['Name'] = "Part"})
end
if generatedParts[54] then
    table.insert(resizes, {['Part'] = generatedParts[54], ['CFrame'] = (origin + offset) * CFrame.new(-32.923, -75.818, 48.057, 0.722, -0.485, 0.494, 0.000, -0.713, -0.701, 0.692, 0.506, -0.515), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[54], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[54], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[54], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[54], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[54], ['Name'] = "Part"})
end
if generatedParts[55] then
    table.insert(resizes, {['Part'] = generatedParts[55], ['CFrame'] = (origin + offset) * CFrame.new(-35.953, -77.946, 51.217, 0.722, -0.675, 0.152, 0.000, -0.220, -0.976, 0.692, 0.704, -0.159), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[55], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[55], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[55], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[55], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[55], ['Name'] = "Part"})
end
if generatedParts[56] then
    table.insert(resizes, {['Part'] = generatedParts[56], ['CFrame'] = (origin + offset) * CFrame.new(-33.531, -76.630, 48.691, 0.722, -0.535, 0.439, 0.000, -0.635, -0.773, 0.692, 0.558, -0.458), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[56], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[56], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[56], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[56], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[56], ['Name'] = "Part"})
end
if generatedParts[57] then
    table.insert(resizes, {['Part'] = generatedParts[57], ['CFrame'] = (origin + offset) * CFrame.new(-34.539, -77.467, 49.742, 0.722, -0.655, 0.223, 0.000, -0.322, -0.947, 0.692, 0.683, -0.233), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[57], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[57], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[57], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[57], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[57], ['Name'] = "Part"})
end
if generatedParts[58] then
    table.insert(resizes, {['Part'] = generatedParts[58], ['CFrame'] = (origin + offset) * CFrame.new(-37.006, -81.529, 52.315, 0.722, -0.691, -0.045, -0.000, 0.065, -0.998, 0.692, 0.720, 0.047), ['Size'] = Vector3.new(20.800, 4.000, 7.600)})
    table.insert(colors, {['Part'] = generatedParts[58], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[58], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[58], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[58], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[58], ['Name'] = "Part"})
end
if generatedParts[59] then
    table.insert(resizes, {['Part'] = generatedParts[59], ['CFrame'] = (origin + offset) * CFrame.new(-32.378, -74.820, 47.488, 0.722, -0.303, 0.622, -0.000, -0.899, -0.438, 0.692, 0.316, -0.649), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[59], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[59], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[59], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[59], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[59], ['Name'] = "Part"})
end
if generatedParts[60] then
    table.insert(resizes, {['Part'] = generatedParts[60], ['CFrame'] = (origin + offset) * CFrame.new(-32.378, -74.820, 47.488, 0.722, -0.303, 0.622, -0.000, -0.899, -0.438, 0.692, 0.316, -0.649), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[60], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[60], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[60], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[60], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[60], ['Name'] = "Part"})
end
if generatedParts[61] then
    table.insert(resizes, {['Part'] = generatedParts[61], ['CFrame'] = (origin + offset) * CFrame.new(-32.378, -74.820, 47.488, 0.722, -0.303, 0.622, -0.000, -0.899, -0.438, 0.692, 0.316, -0.649), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[61], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[61], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[61], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[61], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[61], ['Name'] = "Part"})
end
if generatedParts[62] then
    table.insert(resizes, {['Part'] = generatedParts[62], ['CFrame'] = (origin + offset) * CFrame.new(-32.064, -72.395, 47.161, 0.722, -0.042, 0.691, -0.000, -0.998, -0.061, 0.692, 0.044, -0.720), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[62], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[62], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[62], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[62], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[62], ['Name'] = "Part"})
end
if generatedParts[63] then
    table.insert(resizes, {['Part'] = generatedParts[63], ['CFrame'] = (origin + offset) * CFrame.new(-32.154, -73.584, 47.255, 0.722, -0.115, 0.682, -0.000, -0.986, -0.167, 0.692, 0.120, -0.712), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[63], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[63], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[63], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[63], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[63], ['Name'] = "Part"})
end
if generatedParts[64] then
    table.insert(resizes, {['Part'] = generatedParts[64], ['CFrame'] = (origin + offset) * CFrame.new(-32.154, -73.584, 47.255, 0.722, -0.115, 0.682, -0.000, -0.986, -0.167, 0.692, 0.120, -0.712), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[64], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[64], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[64], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[64], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[64], ['Name'] = "Part"})
end
if generatedParts[65] then
    table.insert(resizes, {['Part'] = generatedParts[65], ['CFrame'] = (origin + offset) * CFrame.new(-32.082, -71.474, 47.180, 0.722, -0.008, 0.692, -0.000, -1.000, -0.012, 0.692, 0.009, -0.722), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[65], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[65], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[65], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[65], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[65], ['Name'] = "Part"})
end
if generatedParts[66] then
    table.insert(resizes, {['Part'] = generatedParts[66], ['CFrame'] = (origin + offset) * CFrame.new(-32.378, -74.820, 47.488, 0.722, -0.303, 0.622, -0.000, -0.899, -0.438, 0.692, 0.316, -0.649), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[66], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[66], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[66], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[66], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[66], ['Name'] = "Part"})
end
if generatedParts[67] then
    table.insert(resizes, {['Part'] = generatedParts[67], ['CFrame'] = (origin + offset) * CFrame.new(-32.064, -72.395, 47.161, 0.722, -0.042, 0.691, -0.000, -0.998, -0.061, 0.692, 0.044, -0.720), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[67], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[67], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[67], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[67], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[67], ['Name'] = "Part"})
end
if generatedParts[68] then
    table.insert(resizes, {['Part'] = generatedParts[68], ['CFrame'] = (origin + offset) * CFrame.new(-32.154, -73.584, 47.255, 0.722, -0.115, 0.682, -0.000, -0.986, -0.167, 0.692, 0.120, -0.712), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[68], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[68], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[68], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[68], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[68], ['Name'] = "Part"})
end
if generatedParts[69] then
    table.insert(resizes, {['Part'] = generatedParts[69], ['CFrame'] = (origin + offset) * CFrame.new(-32.032, -71.509, 47.127, 0.722, -0.008, 0.692, -0.000, -1.000, -0.012, 0.692, 0.009, -0.722), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[69], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[69], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[69], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[69], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[69], ['Name'] = "Part"})
end
if generatedParts[70] then
    table.insert(resizes, {['Part'] = generatedParts[70], ['CFrame'] = (origin + offset) * CFrame.new(-32.032, -71.509, 47.127, 0.722, -0.008, 0.692, -0.000, -1.000, -0.012, 0.692, 0.009, -0.722), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[70], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[70], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[70], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[70], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[70], ['Name'] = "Part"})
end
if generatedParts[71] then
    table.insert(resizes, {['Part'] = generatedParts[71], ['CFrame'] = (origin + offset) * CFrame.new(-32.064, -72.395, 47.161, 0.722, -0.042, 0.691, -0.000, -0.998, -0.061, 0.692, 0.044, -0.720), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[71], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[71], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[71], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[71], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[71], ['Name'] = "Part"})
end
if generatedParts[72] then
    table.insert(resizes, {['Part'] = generatedParts[72], ['CFrame'] = (origin + offset) * CFrame.new(-32.064, -72.395, 47.161, 0.722, -0.042, 0.691, -0.000, -0.998, -0.061, 0.692, 0.044, -0.720), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[72], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[72], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[72], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[72], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[72], ['Name'] = "Part"})
end
if generatedParts[73] then
    table.insert(resizes, {['Part'] = generatedParts[73], ['CFrame'] = (origin + offset) * CFrame.new(-32.154, -73.584, 47.255, 0.722, -0.115, 0.682, -0.000, -0.986, -0.167, 0.692, 0.120, -0.712), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[73], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[73], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[73], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[73], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[73], ['Name'] = "Part"})
end
if generatedParts[74] then
    table.insert(resizes, {['Part'] = generatedParts[74], ['CFrame'] = (origin + offset) * CFrame.new(-32.082, -71.474, 47.180, 0.722, -0.008, 0.692, -0.000, -1.000, -0.012, 0.692, 0.009, -0.722), ['Size'] = Vector3.new(20.800, 4.000, 0.900)})
    table.insert(colors, {['Part'] = generatedParts[74], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[74], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[74], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[74], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[74], ['Name'] = "Part"})
end
if generatedParts[75] then
    table.insert(resizes, {['Part'] = generatedParts[75], ['CFrame'] = (origin + offset) * CFrame.new(-43.866, -69.260, 59.531, 0.722, 0.000, -0.692, 0.000, 1.000, 0.000, 0.692, 0.000, 0.722), ['Size'] = Vector3.new(21.000, 0.400, 0.400)})
    table.insert(colors, {['Part'] = generatedParts[75], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[75], ['Material'] = Enum.Material.Metal, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[75], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[75], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[75], ['Name'] = "Part"})
end
if generatedParts[76] then
    table.insert(resizes, {['Part'] = generatedParts[76], ['CFrame'] = (origin + offset) * CFrame.new(-32.307, -69.460, 47.478, 0.722, 0.000, -0.692, 0.000, 1.000, 0.000, 0.692, 0.000, 0.722), ['Size'] = Vector3.new(21.000, 0.400, 0.400)})
    table.insert(colors, {['Part'] = generatedParts[76], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[76], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[76], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[76], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[76], ['Name'] = "Part"})
end
if generatedParts[77] then
    table.insert(resizes, {['Part'] = generatedParts[77], ['CFrame'] = (origin + offset) * CFrame.new(-44.924, -81.266, 60.239, 0.722, 0.000, -0.692, 0.000, 1.000, 0.000, 0.692, 0.000, 0.722), ['Size'] = Vector3.new(21.400, 24.100, 2.000)})
    table.insert(colors, {['Part'] = generatedParts[77], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[77], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[77], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[77], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[77], ['Name'] = "Part"})
end
if generatedParts[78] then
    table.insert(resizes, {['Part'] = generatedParts[78], ['CFrame'] = (origin + offset) * CFrame.new(-40.133, -82.278, 55.243, 0.722, -0.404, -0.562, 0.000, 0.812, -0.584, 0.692, 0.421, 0.586), ['Size'] = Vector3.new(21.400, 24.100, 1.700)})
    table.insert(colors, {['Part'] = generatedParts[78], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[78], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[78], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[78], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[78], ['Name'] = "Part"})
end
if generatedParts[79] then
    table.insert(resizes, {['Part'] = generatedParts[79], ['CFrame'] = (origin + offset) * CFrame.new(-36.912, -81.844, 51.884, 0.722, -0.667, -0.186, 0.000, 0.269, -0.963, 0.692, 0.695, 0.194), ['Size'] = Vector3.new(21.400, 24.100, 6.500)})
    table.insert(colors, {['Part'] = generatedParts[79], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[79], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[79], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[79], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[79], ['Name'] = "Part"})
end
if generatedParts[80] then
    table.insert(resizes, {['Part'] = generatedParts[80], ['CFrame'] = (origin + offset) * CFrame.new(-68.552, -88.637, 129.904, 1.000, 0.000, 0.000, 0.000, -0.331, -0.944, 0.000, 0.944, -0.331), ['Size'] = Vector3.new(21.400, 21.600, 19.500)})
    table.insert(colors, {['Part'] = generatedParts[80], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[80], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[80], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[80], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[80], ['Name'] = "Part"})
end
if generatedParts[81] then
    table.insert(resizes, {['Part'] = generatedParts[81], ['CFrame'] = (origin + offset) * CFrame.new(-36.067, -82.063, 51.003, 0.722, -0.478, 0.500, 0.000, -0.723, -0.691, 0.692, 0.499, -0.522), ['Size'] = Vector3.new(21.400, 18.300, 2.000)})
    table.insert(colors, {['Part'] = generatedParts[81], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[81], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[81], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[81], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[81], ['Name'] = "Part"})
end
if generatedParts[82] then
    table.insert(resizes, {['Part'] = generatedParts[82], ['CFrame'] = (origin + offset) * CFrame.new(-31.808, -81.266, 46.562, 0.722, 0.000, -0.692, 0.000, 1.000, 0.000, 0.692, 0.000, 0.722), ['Size'] = Vector3.new(21.400, 24.100, 2.100)})
    table.insert(colors, {['Part'] = generatedParts[82], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[82], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[82], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[82], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[82], ['Name'] = "Part"})
end
if generatedParts[83] then
    table.insert(resizes, {['Part'] = generatedParts[83], ['CFrame'] = (origin + offset) * CFrame.new(-28.623, -79.166, 61.820, -0.713, 0.000, -0.701, 0.000, 1.000, 0.000, 0.701, 0.000, -0.713), ['Size'] = Vector3.new(13.200, 3.500, 4.200)})
    table.insert(colors, {['Part'] = generatedParts[83], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[83], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[83], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[83], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[83], ['Name'] = "Wedge"})
end
if generatedParts[84] then
    table.insert(resizes, {['Part'] = generatedParts[84], ['CFrame'] = (origin + offset) * CFrame.new(33.423, -80.266, 95.583, 1.000, 0.000, 0.000, 0.000, 1.000, 0.000, 0.000, 0.000, 1.000), ['Size'] = Vector3.new(21.300, 2.700, 2.500)})
    table.insert(colors, {['Part'] = generatedParts[84], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[84], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[84], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[84], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[84], ['Name'] = "Part"})
end
if generatedParts[85] then
    table.insert(resizes, {['Part'] = generatedParts[85], ['CFrame'] = (origin + offset) * CFrame.new(17.626, -80.266, 97.124, 0.962, 0.000, 0.272, 0.000, 1.000, 0.000, -0.272, 0.000, 0.962), ['Size'] = Vector3.new(14.700, 2.700, 2.500)})
    table.insert(colors, {['Part'] = generatedParts[85], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[85], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[85], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[85], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[85], ['Name'] = "Part"})
end
if generatedParts[86] then
    table.insert(resizes, {['Part'] = generatedParts[86], ['CFrame'] = (origin + offset) * CFrame.new(43.745, -79.895, 98.074, 0.329, -0.367, -0.870, 0.703, 0.711, -0.034, 0.631, -0.600, 0.491), ['Size'] = Vector3.new(0.100, 3.500, 2.500)})
    table.insert(colors, {['Part'] = generatedParts[86], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[86], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[86], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[86], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[86], ['Name'] = "Part"})
end
if generatedParts[87] then
    table.insert(resizes, {['Part'] = generatedParts[87], ['CFrame'] = (origin + offset) * CFrame.new(45.080, -79.595, 96.866, 0.582, -0.602, -0.547, 0.703, 0.711, -0.034, 0.409, -0.364, 0.837), ['Size'] = Vector3.new(0.100, 3.500, 2.500)})
    table.insert(colors, {['Part'] = generatedParts[87], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[87], ['Material'] = Enum.Material.Concrete, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[87], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[87], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[87], ['Name'] = "Part"})
end
if generatedParts[88] then
    table.insert(resizes, {['Part'] = generatedParts[88], ['CFrame'] = (origin + offset) * CFrame.new(-57.263, -79.766, 67.683, 0.866, 0.000, -0.500, 0.000, 1.000, 0.000, 0.500, 0.000, 0.866), ['Size'] = Vector3.new(0.600, 3.300, 1.000)})
    table.insert(colors, {['Part'] = generatedParts[88], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[88], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[88], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[88], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[88], ['Name'] = "Part"})
end
if generatedParts[89] then
    table.insert(resizes, {['Part'] = generatedParts[89], ['CFrame'] = (origin + offset) * CFrame.new(-47.835, -79.266, 74.532, 0.872, 0.000, -0.489, 0.000, 1.000, 0.000, 0.489, 0.000, 0.872), ['Size'] = Vector3.new(0.600, 3.300, 1.000)})
    table.insert(colors, {['Part'] = generatedParts[89], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[89], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[89], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[89], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[89], ['Name'] = "Part"})
end
if generatedParts[90] then
    table.insert(resizes, {['Part'] = generatedParts[90], ['CFrame'] = (origin + offset) * CFrame.new(-54.975, -79.266, 65.282, 0.866, 0.000, -0.500, 0.000, 1.000, 0.000, 0.500, 0.000, 0.866), ['Size'] = Vector3.new(0.600, 3.300, 1.000)})
    table.insert(colors, {['Part'] = generatedParts[90], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[90], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[90], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[90], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[90], ['Name'] = "Part"})
end
if generatedParts[91] then
    table.insert(resizes, {['Part'] = generatedParts[91], ['CFrame'] = (origin + offset) * CFrame.new(-57.263, -79.766, 67.683, 0.866, 0.000, -0.500, 0.000, 1.000, 0.000, 0.500, 0.000, 0.866), ['Size'] = Vector3.new(0.600, 3.300, 1.000)})
    table.insert(colors, {['Part'] = generatedParts[91], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[91], ['Material'] = Enum.Material.Plastic, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[91], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[91], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[91], ['Name'] = "Part"})
end
if generatedParts[92] then
    table.insert(resizes, {['Part'] = generatedParts[92], ['CFrame'] = (origin + offset) * CFrame.new(-45.975, -79.266, 71.882, 0.866, 0.000, -0.500, 0.000, 1.000, 0.000, 0.500, 0.000, 0.866), ['Size'] = Vector3.new(0.600, 3.300, 1.000)})
    table.insert(colors, {['Part'] = generatedParts[92], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[92], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[92], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[92], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[92], ['Name'] = "Part"})
end
if generatedParts[93] then
    table.insert(resizes, {['Part'] = generatedParts[93], ['CFrame'] = (origin + offset) * CFrame.new(-51.503, -78.066, 69.831, 0.817, 0.000, -0.576, 0.000, 1.000, 0.000, 0.576, 0.000, 0.817), ['Size'] = Vector3.new(12.300, 0.300, 4.600)})
    table.insert(colors, {['Part'] = generatedParts[93], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[93], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[93], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[93], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[93], ['Name'] = "Part"})
end
if generatedParts[94] then
    table.insert(resizes, {['Part'] = generatedParts[94], ['CFrame'] = (origin + offset) * CFrame.new(-56.157, -77.228, 66.639, 0.841, 0.539, -0.051, 0.037, 0.036, 0.999, 0.540, -0.842, 0.010), ['Size'] = Vector3.new(0.600, 4.300, 1.200)})
    table.insert(colors, {['Part'] = generatedParts[94], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[94], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[94], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[94], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[94], ['Name'] = "Part"})
end
if generatedParts[95] then
    table.insert(resizes, {['Part'] = generatedParts[95], ['CFrame'] = (origin + offset) * CFrame.new(-46.904, -77.228, 73.164, 0.841, 0.539, -0.051, 0.037, 0.036, 0.999, 0.540, -0.842, 0.010), ['Size'] = Vector3.new(0.600, 4.300, 1.200)})
    table.insert(colors, {['Part'] = generatedParts[95], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[95], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[95], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[95], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[95], ['Name'] = "Part"})
end
if generatedParts[96] then
    table.insert(resizes, {['Part'] = generatedParts[96], ['CFrame'] = (origin + offset) * CFrame.new(-51.559, -77.904, 69.380, 0.589, -0.806, -0.056, 0.099, 0.004, 0.995, -0.802, -0.592, 0.082), ['Size'] = Vector3.new(4.600, 11.400, 0.500)})
    table.insert(colors, {['Part'] = generatedParts[96], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[96], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[96], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[96], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[96], ['Name'] = "Part"})
end
if generatedParts[97] then
    table.insert(resizes, {['Part'] = generatedParts[97], ['CFrame'] = (origin + offset) * CFrame.new(-50.381, -77.106, 67.776, 0.589, -0.806, -0.056, 0.099, 0.004, 0.995, -0.802, -0.592, 0.082), ['Size'] = Vector3.new(0.600, 11.400, 0.500)})
    table.insert(colors, {['Part'] = generatedParts[97], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[97], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[97], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[97], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[97], ['Name'] = "Part"})
end
if generatedParts[98] then
    table.insert(resizes, {['Part'] = generatedParts[98], ['CFrame'] = (origin + offset) * CFrame.new(-50.381, -76.406, 67.776, 0.589, -0.806, -0.056, 0.099, 0.004, 0.995, -0.802, -0.592, 0.082), ['Size'] = Vector3.new(0.600, 11.400, 0.500)})
    table.insert(colors, {['Part'] = generatedParts[98], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[98], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[98], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[98], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[98], ['Name'] = "Part"})
end
if generatedParts[99] then
    table.insert(resizes, {['Part'] = generatedParts[99], ['CFrame'] = (origin + offset) * CFrame.new(-50.381, -75.806, 67.776, 0.589, -0.806, -0.056, 0.099, 0.004, 0.995, -0.802, -0.592, 0.082), ['Size'] = Vector3.new(0.600, 11.400, 0.500)})
    table.insert(colors, {['Part'] = generatedParts[99], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[99], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[99], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[99], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[99], ['Name'] = "Part"})
end
if generatedParts[100] then
    table.insert(resizes, {['Part'] = generatedParts[100], ['CFrame'] = (origin + offset) * CFrame.new(-50.381, -75.106, 67.776, 0.589, -0.806, -0.056, 0.099, 0.004, 0.995, -0.802, -0.592, 0.082), ['Size'] = Vector3.new(0.600, 11.400, 0.500)})
    table.insert(colors, {['Part'] = generatedParts[100], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[100], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 0.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[100], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[100], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[100], ['Name'] = "Part"})
end
if generatedParts[101] then
    table.insert(resizes, {['Part'] = generatedParts[101], ['CFrame'] = (origin + offset) * CFrame.new(-48.772, -78.216, 72.357, -0.793, 0.000, 0.609, 0.000, 1.000, 0.000, -0.609, 0.000, -0.793), ['Size'] = Vector3.new(3.000, 1.000, 2.000)})
    table.insert(colors, {['Part'] = generatedParts[101], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[101], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 1.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[101], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[101], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[101], ['Name'] = "Seat"})
end
if generatedParts[102] then
    table.insert(resizes, {['Part'] = generatedParts[102], ['CFrame'] = (origin + offset) * CFrame.new(-54.785, -78.214, 68.050, -0.832, 0.000, 0.555, 0.000, 1.000, 0.000, -0.555, 0.000, -0.832), ['Size'] = Vector3.new(3.000, 1.000, 2.000)})
    table.insert(colors, {['Part'] = generatedParts[102], ['Color'] = Color3.new(0.639, 0.635, 0.647), ['UnionColoring'] = false})
    table.insert(materials, {['Part'] = generatedParts[102], ['Material'] = Enum.Material.WoodPlanks, ['Transparency'] = 1.000, ['Reflectance'] = 0.000})
    table.insert(anchors, {['Part'] = generatedParts[102], ['Anchored'] = true})
    table.insert(collisions, {['Part'] = generatedParts[102], ['CanCollide'] = true})
    table.insert(names, {['Part'] = generatedParts[102], ['Name'] = "Seat"})
end
task.wait(0.1)
pcall(function() _({'SyncResize', resizes}) end)
task.wait(0.35)
pcall(function() _({'SyncColor', colors}) end)
task.wait(0.35)
pcall(function() _({'SyncMaterial', materials}) end)
task.wait(0.35)
pcall(function() _({'SyncAnchor', anchors}) end)
task.wait(0.35)
pcall(function() _({'SyncCollision', collisions}) end)
task.wait(0.35)
for _, v in ipairs(names) do if v.Part then pcall(function() _({'SetName', {v.Part}, v.Name}) end) end end
if generatedParts[1] then
    pcall(function() SpawnDecal(generatedParts[1], Enum.NormalId.Top) end)
    task.wait(0.15)
    pcall(function() AddDecal(generatedParts[1], "13199422086", Enum.NormalId.Top) end)
end
if generatedParts[10] then
    pcall(function() SpawnDecal(generatedParts[10], Enum.NormalId.Front) end)
    task.wait(0.15)
    pcall(function() AddDecal(generatedParts[10], "125387825165673", Enum.NormalId.Front) end)
    pcall(function() SpawnDecal(generatedParts[10], Enum.NormalId.Back) end)
    task.wait(0.15)
    pcall(function() AddDecal(generatedParts[10], "79986241003417", Enum.NormalId.Back) end)
end
if generatedParts[11] then
    pcall(function() SpawnDecal(generatedParts[11], Enum.NormalId.Front) end)
    task.wait(0.15)
    pcall(function() AddDecal(generatedParts[11], "139198397576635", Enum.NormalId.Front) end)
    pcall(function() SpawnDecal(generatedParts[11], Enum.NormalId.Back) end)
    task.wait(0.15)
    pcall(function() AddDecal(generatedParts[11], "79986241003417", Enum.NormalId.Back) end)
end
if root then root.Anchored = false end