os.clock -> ly.clock

res/example.lua

@@ -6,13 +6,13 @@
 -- {
 --	height: number -- The height of the terminal
 --	width: number -- The width of the terminal
---	frame_delay: number -- The amount of frames to delay an update to the animation
 --	putCell(byte, fg, bg, x, y) -- Put the cell a buffer. This buffer will be drawn
 --                                 on screen after draw() is called. It will not clear
 --                                 itself automatically, see `ly.clear()`.
 --                                 All arguments to this function are numbers, and 
 --                                 must be in the unsigned 32-bit integer range: 0 to 2^32-1.
 --  clear() -- Clear the buffer.
+--  clock() -- The time, in microseconds.
 -- }
 --
 -- A function named `draw()` must be declared in the script. This is ran every frame.
@@ -24,7 +24,7 @@ local SQUARE_HEIGHT = 5
 
 local SQUARE_COUNT = 25
 
-local FPS = 120
+local FPS = 60
 
 local squares = {}
 
@@ -42,12 +42,12 @@ for i = 0, SQUARE_COUNT-1 do
 	}
 end
 
-local timer = os.clock()
+local timer = ly.clock()
 
 function draw()
 	-- Rather than progressing the animation by frame, do it based on
-	-- seconds, like from os.clock(). 
-	if timer + (1/FPS) < os.clock() then
+	-- seconds, like from ly.clock(). 
+	if timer + ((1/FPS)*1000000)< ly.clock() then
 		ly.clear()
 		for i, v in ipairs(squares) do
 			v.x = v.x + v.vx
@@ -62,6 +62,6 @@ function draw()
 			if v.y <= 0 then v.vy = 1; v.color = math.random(0xFFFFFF) end
 			if v.y + SQUARE_HEIGHT >= ly.height-1 then v.vy = -1; v.color = math.random(0xFFFFFF) end
 		end
-		timer = os.clock()
+		timer = ly.clock()
 	end
 end