Timing.registerEvent("ONCE", time, null, function() {

    // do something once at time.
});

Timing.registerEvent("OVER", time, null, function() {

    // do something every frame over time.
});

Timing.registerEvent("OVER_EVERY", time, every, null, function() {

    // do something every x seconds over time.
});

Timing.registerEvent("EVERY", time, null, function() {

    // do something every x seconds.
});

Timing.registerEvent("FRAME", null, function() {

    // do something every frame.
});

GA.setField("node", "field", value);

GA.getField("node", "field");

GA.getNode("node");

GA.setProperty("property", value, object);

GA.find("name", root, depth);

GA.findByProgID("id", root, depth);

GA.addField("field");

Transform.position("node", [position], time);

Transform.orientation("node", [orientation], time);

Transform.scale("node", [scale], time);

Transform.other("node", "field", value, time);

Transform.rotate("node", [axis], laptime, state);

Transform.position("node", [position], time, function() {
    // do something
});

Transform.orientation("node", [orientation], time, function() {
    // do something
});

Transform.scale("node", [scale], time, function() {
    // do something
});

Transform.other("node", "field", value, time, function() {
    // do something
});

var TRANSFORM_EVENT = Transform.other("node", "field", value, time, function() {
    // do something
});

TRANSFORM_EVENT.pause();

var TRANSFORM_EVENT = Transform.other("node", "field", value, time, function() {
    // do something
});

TRANSFORM_EVENT.resume();

var TRANSFORM_EVENT = Transform.other("node", "field", value, time, function() {
    // do something
});

TRANSFORM_EVENT.cancel();

var box = GA.getNode("Box1");

eon.Trace(box.name);
// Box1

var box = GA.getNode("Box1");

eon.Trace(box.ref);
// returns a reference to the current node.

var box = GA.getNode("Box1");

box.path
// Simulation!Scene!_PUT-YOUR-SCENE-HERE_!Box1

var box = GA.getNode("Box1");

box.count;
// 2

var box = GA.getNode("Box1");

box.start;

var box = GA.getNode("Box1");

box.stop;

var box = GA.getNode("Box1");

box.getField("Position").value;

//parameters
.getField(field, debug, source);

.getField("SetRun", "DEBUG", "ClickSensor function");

var box = GA.getNode("Box1");

box.setField("Position",[5,5,5]);

//parameters
.setField(field, setvalue, debug, source);

.setField("SetRun", true, "DEBUG", "ClickSensor function");

var box = GA.getNode("Box1");

box.getFieldById(7).value;
// returns the value of the nodes 7th field (position in this case)

var box = GA.getNode("Box1");

box.setFieldById(7, [9,9,9]);
// sets the value of the nodes 7th field (position in this case) to 9,9,9

// using eon methods
var box     = eon.FindNode("Box1");
var parent4 = box.GetParentNode().GetParentNode().GetParentNode().GetParentNode();


// using library
var box = GA.getNode("Box1");

box.parent(4);
// returns the nodes 4th parent

box.parent();
// if no argument is given the first parent will be returned.

// using eon methods
var box     = eon.FindNode("Box1");
var parent4 = box.GetParentNode().GetParentNode().GetParentNode().GetParentNode();
var name    = eon.GetNodeName(parent4);


// using library
var box = GA.getNode("Box1");

// acessing name after accesing nth parent
box.parent(4).name;

// accessing nth parent and returning name directly
box.parentName(4);

// using eon methods
var box     = eon.FindNode("Box1");
var parent4 = box.GetParentNode().GetParentNode().GetParentNode().GetParentNode();


// using library
var box = GA.getNode("Box1");

// acessing ref after accesing nth parent
box.parent(4).ref;

// accessing nth parent and returning ref directly
box.parentRef(4);

// using eon methods
var box     = eon.FindNode("Box1");
var treeCh  = box.GetFieldByName("TreeChildren");
var child1  = treeCh.GetMFElement(0);


// using library
var box = GA.getNode("Box1");

box.child(1);
// returns the nodes 1st child.

box.child();
// if no argument is given the first child will be returned.

// using eon methods
var box     = eon.FindNode("Box1");
var treeCh  = box.GetFieldByName("TreeChildren");
var child1  = treeCh.GetMFElement(0);
var name    = eon.GetNodeName(child1);


// using library
var box = GA.getNode("Box1");

// acessing name after accesing nth child
box.child(2).name;

// accessing nth child and returning name directly
box.childName(2);

// using eon methods
var box     = eon.FindNode("Box1");
var treeCh  = box.GetFieldByName("TreeChildren");
var child1  = treeCh.GetMFElement(0);


// using library
var box = GA.getNode("Box1");

// acessing ref after accesing nth parent
box.child(4).ref;

// accessing nth parent and returning ref directly
box.childRef(4);

var box = GA.getNode("Box1");

box.fieldCount;
// returns 23, the number of field the box1 node has.

var box = GA.getNode("Box1");

box.find("shape");

box.find("name", depth);
// Returns a collection of node-objects.

var box = GA.getNode("Box1");

box.show;
// shows the box

var box = GA.getNode("Box1");

box.hide;
// shows the box

var box = GA.getNode("Box1");
// starts with a position of [15,0,0]

box.position;
// 15,0,0
// returns the value of the current nodes position

box.position.x;
// 15
// returns the value of the current nodes x position

box.position = [43,2,19];
// changes position

box.position;
// 43,2,19

box.position.x = 4;
// changes the value of the x axis only

var box = GA.getNode("Box1");
// starts with a orientation of [3,6,9]

box.orientation;
// 3,6,9
// returns the value of the current nodes orientation

box.orientation.y;
// 6
// returns the value of the current nodes y orientation

box.orientation = [7,14,21];
// changes orientation

box.orientation;
// 7,14,21

var box = GA.getNode("Box1");
// starts with a scale of [1,1,1]

box.scale;
// 1,1,1
// returns the value of the current nodes scale

box.scale.z;
// 1
// returns the value of the current nodes z scale

box.scale = [2,2,2];
// changes scale

box.scale;
// 2,2,2

var box = GA.getNode("Box1");

box.hidden;
// returns false

box.hidden = true;
// hides the box frame

var box = GA.getNode("Box1");
// starts with a worldPosition of [15,0,0]

box.worldPosition;
// 15,0,0
// returns the value of the current nodes worldPosition

box.worldPosition.x;
// 15
// returns the value of the current nodes x worldPosition

box.worldPosition = [43,2,19];
// changes worldPosition

box.worldPosition;
// 43,2,19

var box = GA.getNode("Box1");
// starts with a worldOrientation of [3,6,9]

box.worldOrientation;
// 3,6,9
// returns the value of the current nodes worldOrientation

box.worldOrientation.y;
// 6
// returns the value of the current nodes y worldOrientation

box.worldOrientation = [7,14,21];
// changes worldOrientation

box.worldOrientation;
// 7,14,21

var box = GA.getNode("Box1");
// starts with a worldScale of [1,1,1]

box.worldScale;
// 1,1,1
// returns the value of the current nodes worldScale

box.worldScale.z;
// 1
// returns the value of the current nodes z worldScale

box.worldScale = [2,2,2];
// changes worldScale

box.worldScale;
// 2,2,2

var box = GA.getNode("Box1");

box.ambientColor = [0.8,0.5,0.3];
// as the box1 node is a frame and does not have an ambientColor field,
// nothing will happen, you will get a log stating the node does not have field (n)


box.child().child(1).ambientColor = [Math.random(),Math.random(),Math.random()];
// This has now accessed the first child which is a shape node,
// and then its 2nd child which is a shaderMaterial
// then it ambientColor field and applied a random value.

test.child().child(1).ambientColor;
// this will log out the current value of the field or null if the node does not have an ambientColor field.

/*  Notes : 
a nodes children always start counting from zero so it"s second child would be 1.
If materials/geometry on shape nodes are often referenced, they will not show up under treechildren.
However the above code should still work.
*/

var box = GA.getNode("Box1");

box.diffuseColor = [0.8,0.5,0.3];
// as the box1 node is a frame and does not have an diffuseColor field,
// nothing will happen, you will get a log stating the node does not have field (n)


box.child().child(1).diffuseColor = [Math.random(),Math.random(),Math.random()];
// This has now accessed the first child which is a shape node,
// and then its 2nd child which is a shaderMaterial
// then it diffuseColor field and applied a random value.

test.child().child(1).diffuseColor;
// this will log out the current value of the field or null if the node does not have an diffuseColor field.

/*  Notes : 
a nodes children always start counting from zero so it"s second child would be 1.
If materials/geometry on shape nodes are often referenced, they will not show up under treechildren.
However the above code should still work.
*/

var box = GA.getNode("Box1");

box.specularColor = [0.8,0.5,0.3];
// as the box1 node is a frame and does not have an specularColor field,
// nothing will happen, you will get a log stating the node does not have field (n)


box.child().child(1).specularColor = [Math.random(),Math.random(),Math.random()];
// This has now accessed the first child which is a shape node,
// and then its 2nd child which is a shaderMaterial
// then it specularColor field and applied a random value.

test.child().child(1).specularColor;
// this will log out the current value of the field or null if the node does not have an specularColor field.

/*  Notes : 
a nodes children always start counting from zero so it"s second child would be 1.
If materials/geometry on shape nodes are often referenced, they will not show up under treechildren.
However the above code should still work.
*/

var box = GA.getNode("Box1");

box.opacity = 0.3;
// as the box1 node is a frame and does not have an opacity field,
// nothing will happen, you will get a log stating the node does not have field (n)


box.child().child(1).opacity = 0.4;
// This has now accessed the first child which is a shape node,
// and then its 2nd child which is a shaderMaterial
// then it opacity field and applied a random value.

test.child().child(1).opacity;
// this will log out the current value of the field or null if the node does not have an opacity field.

/*  Notes : 
a nodes children always start counting from zero so it"s second child would be 1.
If materials/geometry on shape nodes are often referenced, they will not show up under treechildren.
However the above code should still work.
*/

var MainClick = GetTarget("node");

function On_Click() {

    // call the .target method and assign it to a variable
      var pTarget = MainClick.target();

      // use .parent to access the nth parent and .name to access the name of the node 
      switch(pTarget.parent(1).name) {

    case "match 1":
      // do something
    break;

    case "match 2":
      // do something
    break;

    case "match 3":
      // do something
    break;

    default:
      // default case
    break;
  }
}

var wand = Wandifier("node", countDown, wandFunc, true);

function wandFunc(target) {

    // log out current targets name
    console.log(target);


    switch(target.name) {

        case "match 1":
          // do something
        break;

        case "match 2":
          // do something
        break;

        case "match 3":
          // do something
        break;

        default:
          // default case
        break;

    }
}

var wand = Wandifier("node", countDown, wandFunc, true, "Reticle", scaleTo, scaleFrom);

function wandFunc(target) {

    // log out current targets name
    console.log(target);


    switch(target.name) {

        case "match 1":
          // do something
        break;

        case "match 2":
          // do something
        break;

        case "match 3":
          // do something
        break;

        default:
          // default case
        break;

    }
}

// To view value
wand.countDown;

// To change value
wand.countDown = 1.5;

//check if wand is intersecting
wand.intersected

// exclude single shape
wand.exclude("Box1_Shape");

// or multiple shapes
wand.exclude(["Box1_Shape","Box2_Shape"]);

// exclude single shape
wand.reticleExclude("Box1_Shape");

// or multiple shapes
wand.reticleExclude(["Box1_Shape","Box2_Shape"]);

// remove single shape
wand.removeExclude("Box1_Shape");

// or multiple
wand.removeExclude(["Box1_Shape","Box2_Shape"]);

// or all
wand.removeExclude("ALL");

// remove single shape
wand.removeReticleExclude("Box1_Shape");

// or multiple
wand.removeReticleExclude(["Box1_Shape","Box2_Shape"]);

// or all
wand.removeReticleExclude("ALL");

// removes all exclusions and resets wandifier
wand.reset;

// Allows you to continuous click targets.
wand.continuous = true;

Turn on the selectAndClick Mode.
wand.selectAndClick(true,Click);

Select ease type to apply to reticle animation.
wand.ease = "easeoutback";

Update.add(function() {

    // something to update every frame
});

Update.clear();

console.log("message");

console.list(object);

alert("message", "title");

var Audio = AudioController("AudioGroup");

var Animation = AnimationController("AnimationGroup");