Terrain

-------------------------------------------
--#----~~~dylanbuider~~~----#--    NEW: Tilt Affect for Terrain!
-------------------------------------------
----()----Terrain Script v1.5----()----                         [ If You Use, Please Give me Credit :) Thank You. ]
-------------------------------------------                                     Very Experimental Script. Have Fun :3


local size = 40--Size of Terrain Bricks(Smallest Size)
local maxsize = 70--Size of Terrain Bricks(Largest Size)
local tilt = 0 --Tilt of terrain(0 for no tilt) Best to be between 0 to 12

local amount = 300 --Amount of Bricks

width = 200 -- Max Width of Terrain
height = 30 --Max Height of Terrain(HAS TO BE EVEN NUMBER!!)

terrain = 2 --Type Of Terrain (0=Sphere,1=Brick,2=Cylinder)

water = false --Put false for no Water
watersize = 4 --Size(If water is true) Best to be inBetween 2 to 12
waterlevel = 1 --height of water(If water is true) Should be between 1 to 2 (Lower Number creates less land Above water)

customcolor = "Bright green" --Terrain BrickColor(If autocolor is false)
material = "Plastic" --Terrain Material

autocolor = true --Automatic Terrain Coloring(set false for no autocolor)

trees = true --Set to false if You want No trees     --->(A Bit Glitchy) :/
treeamount = 30  --Number of Trees
leavetrim = 0 --Shape Of Leaves(0=Sphere,1=Brick,2=Cylinder)
leavesize = 10 --Size of leaves
--
--
--------------------------------------
--Don't Mess with the Below--|
-------------------------------------------------------------------------------------------------------------------------------------------------------------
local collect = Instance.new("Model")
collect.Parent = game.Workspace
collect.Name = "Terrain"

rock = "Dark stone grey"
grass = {"Bright green","Bright green","Earth green"}
sand = "Brick yellow"

local value = 0
for i = 1,amount do -->Main function
value = value +1
print("Adding Terrain #"..value)
local land = Instance.new("Part")
land.Name = "Land "..value
land.Parent = collect
land.Anchored = true
land.Shape = terrain
land.Material = material
e = math.random(size,maxsize)
land.Size = Vector3.new(e,e,e)
if autocolor == false then land.BrickColor = BrickColor.new(customcolor) end
land.CFrame = CFrame.new(math.random(-width,width),math.random(0,height),math.random(-width,width))
--land.CFrame = CFrame.new(math.random(-posX,posZ),math.random(-depth,height),math.random(-posX,posZ))
land.CFrame = land.CFrame * CFrame.fromEulerAnglesXYZ(0,tilt,0)
grasses = grass[math.random(1, #grass)]
print("autocolor was set true! autocoloring...") --autocolor Responses below
if autocolor == true and land.Position.y >= height/1.125 then land.BrickColor = BrickColor.new(rock) end
if autocolor == true and land.Position.y >= height/4 and land.Position.y <= height/1.125 then land.BrickColor = BrickColor.new(grasses) end
if autocolor == true and land.Position.y <= height/4 then land.BrickColor = BrickColor.new(sand) end
wait()
end

--extras v

local value2 = 0
if trees == true then
for t = 1,treeamount do --Who would of known the complications...of growing a Tree...
value2 = value2 +1
local tree = Instance.new("Model")
tree.Parent = collect
tree.Name = "Tree " ..value2
local trunk = Instance.new("Part")
trunk.Parent = tree
trunk.Name = "Trunk"
trunk.Material = "Wood"
trunk.Anchored = true
trunk.Size = Vector3.new(2,height +height*0.7,2)
trunk.BrickColor = BrickColor.new("Reddish brown") --Hard To set CFrames for these
trunk.CFrame = CFrame.new(math.random(-width,width),math.random(height/1.1,height +height*0.7),math.random(-width,width))
local leaves = Instance.new("Part")
leaves.Parent = tree
leaves.Name = "Leaves"
leaves.Material = "Ice" --Not Really Ice ._.
leaves.Anchored = true
leaves.Shape = leavetrim
leaves.Size = Vector3.new(leavesize,leavesize,leavesize)
leaves.BrickColor = BrickColor.new("Camo")
leaves.CFrame = trunk.CFrame + Vector3.new(0,trunk.Size.y*0.5,0)
wait()
end
end

if water == true then
print("Ok to make Water")
local water = Instance.new("Part")
water.Name = "Water"
water.Parent = collect
water.Transparency = 0.5
water.CanCollide = false
water.Anchored = true
water.TopSurface = "Smooth"
water.BottomSurface = "Smooth"
water.BrickColor = BrickColor.new("Bright blue")
water.Size = Vector3.new(width*watersize,1,width*watersize)
water.CFrame = CFrame.new(0,height/waterlevel,0) --Possible Glitches?
end

print("Competed Terrain Generation")