// Retrieve the absolute position of the scene node named "spawnNode"
this.spawnPosition = ccbGetSceneNodeProperty(ccbGetSceneNodeFromName("spawnNode"), "PositionAbs");
// Set the radius for a box
this.boxRadius = 10;
// Set the radius for a sphere
this.sphereRadius = 10;

// Function to generate a random position within the box
function setRandomPositionBox() {
    // Generate random direction values for x, y, and z
    var xr = Math.round(1 - Math.random() * 2);  // Randomly rounded to either 1 or -1
    var yr = Math.round(1 - Math.random() * 2);  // Randomly rounded to either 1 or -1
    var zr = Math.round(1 - Math.random() * 2);  // Randomly rounded to either 1 or -1
    // Calculate the x, y, and z coordinates within the box
    var x = this.spawnPosition.x + (xr * (this.boxRadius / 2));
    var y = this.spawnPosition.y + (yr * (this.boxRadius / 2));
    var z = this.spawnPosition.z + (zr * (this.boxRadius / 2));
    // Return a new vector3d object with the calculated position
    return new vector3d(x, y, z);
}

// Function to generate a random position within the sphere
function setRandomPositionSphere() {
    var xa = Math.round(Math.random() * 360);  // Random angle in degrees around the x-axis
    var ya = Math.round(Math.random() * 360);  // Random angle in degrees around the y-axis
   // Calculate the x-coordinate within the sphere based on random angles and sphere radius
	var x = this.spawnPosition.x + Math.sin(ya / (180 / Math.PI)) * Math.cos(xa / (180 / Math.PI)) * this.sphereRadius;
	// Calculate the y-coordinate within the sphere based on random angles and sphere radius
	var y = this.spawnPosition.y - Math.sin(xa / (180 / Math.PI)) * this.sphereRadius;
	// Calculate the z-coordinate within the sphere based on random angles and sphere radius
	var z = this.spawnPosition.z + Math.cos(ya / (180 / Math.PI)) * Math.cos(xa / (180 / Math.PI)) * this.sphereRadius;
    // Return a new vector3d object with the calculated position
    return new vector3d(x, y, z);
}

/*
  <action jsname="action_node_spawner" 
    description="spawn node in random place">
    <property name="object1" type="scenenode" />
    <property name="object2" type="scenenode" />
    <property name="object3" type="scenenode" />
  </action>
*/

// Definition of the action_node_spawner function
action_node_spawner = function(){
};

// Implementation of the execute method for the action_node_spawner prototype
action_node_spawner.prototype.execute = function(node){
  // Check if the node's type is "mesh"
  if(ccbGetSceneNodeProperty(node,"Type") == "mesh"){
    // Retrieve the size and position properties of the node
    this.size = ccbGetSceneNodeProperty(node,"Scale");
    this.position = ccbGetSceneNodeProperty(node,"PositionAbs");
    // Scale the size values
    this.size.x = this.size.x * 10;
    this.size.y = this.size.y * 10;
    this.size.z = this.size.z * 10;
    // Check if object1 property is a mesh type
    if(ccbGetSceneNodeProperty(this.object1,"Type") == "mesh")      ccbSetSceneNodeProperty(this.object1,"Position",this.setRandomPositionBox());
    // Check if object2 property is a mesh type
    if(ccbGetSceneNodeProperty(this.object2,"Type") == "mesh")      ccbSetSceneNodeProperty(this.object2,"Position",this.setRandomPositionBox());
    // Check if object3 property is a mesh type
    if(ccbGetSceneNodeProperty(this.object3,"Type") == "mesh")      ccbSetSceneNodeProperty(this.object3,"Position",this.setRandomPositionBox());
  }
}

// Implementation of the setRandomPositionBox method for the action_node_spawner prototype
action_node_spawner.prototype.setRandomPositionBox = function() {
  // Function to calculate a random position within a bounding box
  // Generate random values between -1 and 1 for the x, y, and z axes
  var xr = Math.floor(1 - Math.random() * 2) + Math.random();
  var yr = Math.floor(1 - Math.random() * 2) + Math.random();
  var zr = Math.floor(1 - Math.random() * 2) + Math.random();
  // Calculate the x, y, and z coordinates within the bounding box
  var x = this.position.x + (xr * (this.size.x / 2));
  var y = this.position.y + (yr * (this.size.y / 2));
  var z = this.position.z + (zr * (this.size.z / 2));
  // Return a new vector3d object representing the random position
  return new vector3d(x, y, z);
}