-- Terrain Generation For FE
if workspace:FindFirstChild("Generated") then
	workspace.Generated:Destroy()
end
local gen = Instance.new("Folder",workspace)
gen.Name = "Generated"
local lnd = Instance.new("Folder",gen)
gen.Name = "Land"
--workspace.Generated.Land:ClearAllChildren()
local size = 60
local bs = Vector3.new(4,4,4)
local seedA = math.random(-1000000000,1000000000)/0.001
local seedB = math.random(-1000000000,1000000000)/0.001
local seedC = math.random(-1000000000,1000000000)/0.001
local seedD = math.random(-1000000000,1000000000)/0.001
local seedE = math.random(-1000000000,1000000000)/0.001
local MSeed = math.random(-1000000000,1000000000)/0.001
local clamp = 2
local Mclamp = 250
local threshA = math.random(100,750)/9000--5000 --math.random(20,40)/250
local threshB = math.random(100,750)/9000
local threshC = math.random(100,750)/9000
local threshD = math.random(100,750)/9000
local threshE = math.random(100,750)/9000
local MThresh = math.random(100,1000)/100000
local mult = math.random(20,100)/7.5--15
local Mmult = math.random(20,400)
for x = -size,size do
	for z = -size,size do

		local yA = math.clamp(math.noise(x*threshA,z*threshA,seedA)*mult,-clamp,clamp)
		local yB = math.clamp(math.noise(x*threshB,z*threshB,seedB)*mult,-clamp,clamp)
		local yC = math.clamp(math.noise(x*threshC,z*threshC,seedC)*mult,-clamp,clamp)
		local yD = math.clamp(math.noise(x*threshD,z*threshD,seedD)*mult,-clamp,clamp)
		local yE = math.clamp(math.noise(x*threshE,z*threshE,seedE)*mult,-clamp,clamp)

		local Moutain = math.clamp(math.noise(x*MThresh,z*MThresh,MSeed)*Mmult,0,Mclamp)---Mclamp,Mclamp)

		local part = Instance.new("Part",lnd)
		part.Anchored = true
		part.BrickColor = BrickColor.new("Camo")

		part.Position = Vector3.new(0,100,0) + Vector3.new(x,math.floor((yA+yB+yC+yD+yE+Moutain)),z) * bs
		part.Size = bs
		wait(0.05)
	end
	--wait()
end