Terrain

-----------------------------------------------------
------------------- terrain generator ----------
------------------99% BY xLEGOx --------------
------------------Modified by JKM103----------

--- how varied the terrain should be
variance = 3



_G.Terrain = {}
for i = 1, 35 do
Terrain[i] = {}
for j = 1, 35 do
Terrain[i][j] = {h = 0}
end
end

slope = 0.7
num_itts = 0.1

function Diamond(x, y, eachside)
    num_itts = num_itts + 1
    --print(num_itts, "->", eachside)
    --wait()
    local h_mul = math.random(-slope*eachside, slope*eachside)
    for _x_ = -eachside, eachside do
    for _y_ = -eachside, eachside do
        local _x, _y = _x_ + x, _y_ + y
        local max = math.max(math.abs(_x_), math.abs(_y_))
        local h_mod = 1.1 - (max / eachside)
        Terrain[_x][_y].h = Terrain[_x][_y].h + h_mod * h_mul
    end
    end

    if eachside > 1 then
        --[[]]Diamond(x + eachside/2, y + eachside/2, eachside/2)
        Diamond(x - eachside/2, y - eachside/2, eachside/2)
        Diamond(x - eachside/2, y + eachside/2, eachside/2)
        Diamond(x + eachside/2, y - eachside/2, eachside/2)
    end
end

game.Players.ChildAdded:wait()

Diamond(17, 17, 17)

for x = 1, 35 do
    for y = 1, 35 do
        wait()
        DrawTriangle(Vector3.new(x*10, Terrain[x][y].h*10, y*10), Vector3.new(x*10, Terrain[x][y+1].h*10, (y+1)*10), Vector3.new((x+1)*10, Terrain[x+1][y].h*10, y*10))
        DrawTriangle(Vector3.new((x+1)*10, Terrain[x+1][y+1].h*10, (y+1)*10), Vector3.new(x*10, Terrain[x][y+1].h*10, (y+1)*10), Vector3.new((x+1)*10, Terrain[x+1][y].h*10, y*10))
    end
end