How to make this noise mountain look less noisy

Help and Feedback Scripting Support
#1

image
image468×635 77.7 KB

as you ca see it’s pretty obvious that it uses noise, but how can I make the mountain look more natural, here’s my code

local Seed = 0

local WorldSize = 100
local Scale = 250
local Frequency = 10
local Amplitude = 50
local TerrainYLength = 100

local CurrentX = 0
local CurrentZ = 0
local CurrentXOffset = 0
local CurrentZOffset = 0

local function ReturnTerrain()
	return game.ReplicatedStorage.TerrainBlock:Clone()
end

function color3torgb(color3)
	return color3.R*255,color3.G*255,color3.B*255
end

local random = Random.new(Seed)
local xOffset = random:NextNumber(-100000, 100000)
local zOffset = random:NextNumber(-100000, 100000)
local MidPoint = WorldSize/2

local BaseModel = Instance.new("Model")


repeat
	CurrentX = 0
	CurrentXOffset = 0
	repeat
		local sampleX = CurrentX / Scale * Frequency + xOffset
		local sampleZ = CurrentZ / Scale * Frequency + zOffset

		local baseY = math.clamp((math.noise(sampleX, sampleZ) + 0.5), 0, 1)
		local baseAmp = Amplitude
		baseAmp-=(CurrentX - WorldSize/2)
		baseAmp*=5
		local y = baseY * ( baseAmp )		
		local defaultColor = Color3.fromRGB(85, 0, 127)
		
		for _,v in game:GetService('ReplicatedStorage'):FindFirstChild("TerrainLevelConfigurations"):GetChildren() do
			local min = v:FindFirstChild("MinHeight").Value
			local max = v:FindFirstChild("MaxHeight").Value
			
			if y>min and y<max then
				local c:Color3 = Color3.new(color3torgb(v.Color.Value))
				local var = v.Variety.Value
				
				local function get(x)
					x = math.clamp(x-Random.new():NextNumber(-var, var), 0, 255)
					
					
					return x 
				end
				
				defaultColor = Color3.fromRGB( get(c.R), get(c.G), get(c.B) )
			end
		end

		local c = ReturnTerrain()
		c.Position = Vector3.new(CurrentXOffset, y, CurrentZOffset)
		c.Color = defaultColor
		c.Size = c.Size+Vector3.new(0, TerrainYLength, 0)
		c.Position -= Vector3.new(0, TerrainYLength/2, 0)
		c.Parent = BaseModel
		CurrentXOffset+=c.Size.X
		CurrentX+=1
	until CurrentX>=WorldSize
	CurrentZ+=1
	CurrentZOffset+=4

until CurrentZ>=WorldSize

BaseModel:PivotTo(CFrame.new(0, BaseModel:GetExtentsSize().Y/2, 0))
BaseModel.Parent = workspace
#2

or better question how can I “overlap” the noise with another?

#3 
local Seed = 0

local WorldSize = 100
local Scale = 250
local Frequency = 10
local Amplitude = 50
local TerrainYLength = 100

local CurrentX = 0
local CurrentZ = 0
local CurrentXOffset = 0
local CurrentZOffset = 0

local function ReturnTerrain()
	return game.ReplicatedStorage.TerrainBlock:Clone()
end

function color3torgb(color3)
	return color3.R * 255, color3.G * 255, color3.B * 255
end

local random = Random.new(Seed)
local xOffset = random:NextNumber(-100000, 100000)
local zOffset = random:NextNumber(-100000, 100000)
local MidPoint = WorldSize / 2

local BaseModel = Instance.new("Model")
repeat
	CurrentX = 0
	CurrentXOffset = 0
	repeat
		local sampleX = CurrentX / Scale * Frequency + xOffset
		local sampleZ = CurrentZ / Scale * Frequency + zOffset
		local baseY = math.clamp((math.noise(sampleX, sampleZ) + 0.5), 0, 1)
		local additionalNoise = math.clamp((math.noise(sampleX * 2, sampleZ * 2) + 0.5), 0, 1) * 0.2
		local y = (baseY + additionalNoise) * Amplitude
		local baseAmp = Amplitude
		baseAmp -= (CurrentX - WorldSize / 2)
		baseAmp *= 5
		y *= baseAmp
		local defaultColor = Color3.fromRGB(85, 0, 127)
		for _, v in game:GetService('ReplicatedStorage'):FindFirstChild("TerrainLevelConfigurations"):GetChildren() do
			local min = v:FindFirstChild("MinHeight").Value
			local max = v:FindFirstChild("MaxHeight").Value

			if y > min and y < max then
				local c:Color3 = Color3.new(color3torgb(v.Color.Value))
				local var = v.Variety.Value

				local function get(x)
					x = math.clamp(x - Random.new():NextNumber(-var, var), 0, 255)
					return x
				end

				defaultColor = Color3.fromRGB(get(c.R), get(c.G), get(c.B))
			end
		end
		local c = ReturnTerrain()
		c.Position = Vector3.new(CurrentXOffset, y, CurrentZOffset)
		c.Color = defaultColor
		c.Size = c.Size + Vector3.new(0, TerrainYLength, 0)
		c.Position -= Vector3.new(0, TerrainYLength / 2, 0)
		c.Parent = BaseModel
		CurrentXOffset += c.Size.X
		CurrentX += 1
	until CurrentX >= WorldSize
	CurrentZ += 1
	CurrentZOffset += 4

until CurrentZ >= WorldSize

BaseModel:PivotTo(CFrame.new(0, BaseModel:GetExtentsSize().Y / 2, 0))
BaseModel.Parent = workspace

Try this, as you can see it adds an additional noise layer for different variation within the script, as seen here

  local additionalNoise = math.clamp((math.noise(sampleX * 2, sampleZ * 2) + 0.5), 0, 1) * 0.2

Just play around with it really and you should be able to get the result you want

#4

if you layer more noise with different frequencies and amplitudes, it is called Perlin Noise

usually each layer frequency goes up by a factor, and amplitude decrease by a factor