var randomFrame;            // Stores the randomly picked frame number
var numFrames;              // Stores the total number of frames on the timeline
numFrames = _totalframes;   // Assign _totalframes property to numFrames

// Pick a random frame
randomFrame = Math.floor(Math.random( ) * numFrames + 1);

gotoAndStop(randomFrame);   // Send playhead to chosen random frame

var c;         // A convenient reference to the circle clip object
var s;         // A convenient reference to the square clip object
var deltaX;    // The horizontal distance between c and s
var deltaY;    // The vertical distance between c and s
var dist;      // The total distance between c and s

c = _root.circle;       // Get reference to the circle clip
s = _root.square;       // Get reference to the square clip
deltaX = c._x - s._x;   // Compute the horizontal distance between the clips
deltaY = c._ y - s._ y;   // Compute the vertical distance between the clips

// The distance is the root of (deltaX squared plus deltaY squared).
dist = Math.sqrt((deltaX * deltaX) + (deltaY * deltaY));

// Tidy references are much more readable than the alternative:
dist = Math.sqrt(((_root.circle._x - _root.square._x) * (_root.circle._x - 
_root.square._x)) + ((_root.circle._ y - _root.square._ y) * (_root.circle._ y - 
_root.square._ y)));

var fahrenheit;           // Temperature in Fahrenheit
var celsius;              // Temperature in Celsius
var convertDirection;     // The system we are converting to.
                          // Legal values are "fahrenheit" and "celsius"
fahrenheit = 451;                // Set a Fahrenheit temperature
celsius = 20;                    // Set a Celsius temperature
convertDirection = "celsius";    // Convert to Celsius in this case

if (convertDirection == "fahrenheit") {
   result = (celsius * 1.8) + 32;   // Calculate the Celsius value.
   // Display the result
   trace (celsius + " degrees Celsius is " + result + " degrees Fahrenheit.");
} else if (convertDirection == "celsius") {
   result = (fahrenheit - 32) / 1.8;   // Calculate the Fahrenheit value.
   // Display the result
   trace (fahrenheit + " degrees Fahrenheit is " + result + " degrees Celsius.");
} else {
   trace ("Invalid conversion direction.");
}