Mountain

for x = 0,99 do
    wait()
    p0 = Instance.new("Part",workspace);
    p0.Anchored = true;
    p0.TopSurface = "Smooth";
    p0.Size = Vector3.new(100,1,100);
    p0.CFrame = CFrame.new(200,x+1,-200);
    p0.Color = Color3.fromHSV(x/255,1,1);
end
wait(3)
for x = 0,99 do
    wait()
    p0 = Instance.new("Part",workspace);
    p0.Anchored = true;
    p0.TopSurface = "Smooth";
    p0.Size = Vector3.new(100-x,1,100-x);
    p0.CFrame = CFrame.new(-200,x+1,-200);
    p0.Color = Color3.fromHSV(x/255,1,1);
end

wait(3)

for x = 0,99 do
    wait()
    p0 = Instance.new("Part",workspace);
    p0.Anchored = true;
    p0.TopSurface = "Smooth";
    p0.Size = Vector3.new(100-x,1,100-x);
    p0.CFrame = CFrame.new(-200,0+x,200);
    p0.Color = Color3.fromHSV(x/255,1,1);

    m1 = Instance.new("CylinderMesh", p0)
end


for j = 0,9,.1 do
    wait()
    p0 = Instance.new("Part",workspace);
    p0.Anchored = true;
    p0.TopSurface = "Smooth";
    p0.Size = Vector3.new(10,10,1);
    p0.CFrame = CFrame.new(100,(math.sin(j)*100)+5,j*10);
    p0.Color = Color3.fromHSV(j/255,1,1);
end

for j = 0,99 do
    wait()
    p0 = Instance.new("Part",workspace);
    p0.Anchored = true;
    p0.TopSurface = "Smooth";
    p0.Size = Vector3.new(10,1,1);
    p0.CFrame = CFrame.new((math.sin(j)*5)+5,(math.sin(j)*5)+5, j);
    p0.Color = Color3.fromHSV(j/255,1,1);
end