tinyrobot

restore_pane_process() {
	local pane_full_command="$1"
	local session_name="$2"
	local window_number="$3"
	local pane_index="$4"
	local dir="$5"
	if _process_should_be_restored "$pane_full_command" "$session_name" "$window_number" "$pane_index"; then
		# These two commands don't seem to be needed if addressing session:window.pane absolutely (see below)
    tmux switch-client -t "${session_name}:${window_number}"
		tmux select-pane -t "$pane_index"

tinyrobot

//data
var person = {name: "Dave", exampleattr: "true", friends: ["one","two","three"]};
//map data to selectors
var mapping = {
  name: "#people .person",
  exampleattr: {"#people .person" : "someattr"},
  friends: "#people .friends"
};

//input

tinyrobot

/** Simple touch input helper class that provides similar data to HaxePunk's mouse.
    takes arguments defining a box within which to register touches. Only registers first touch.
*/

class TouchInput{
	public var pressed:Bool = false;
	public var released:Bool = false;
	public var down:Bool = false;
	public var touchX:Float = 0;
	public var touchY:Float = 0;

tinyrobot

;; Testing some potential basic game functions

;; moved-by : list list -> list
;; computes a new position by adding an x,y pair to an x,y pair
;; example: (moved-by '(1,1) '(0,1)) -> '(1,2)
(defn moved-by [position amount]
	(map + position amount))

;; test moved-by: (moved-by '(1,1) '(0,1)) -> '(1,2)
(println (= '(1 2) (moved-by '(1,1) '(0,1))))

tinyrobot

//our simple data structure
function Spatial(x,y,vx,vy){
	this.x = x;
	this.y = y;
	this.vx = vx || Math.random();
	this.vy = vy || Math.random();
}

//use partial application here so that we can compose this in our main update
function processEvents(keys){