// Output //

Please enter the width of your kite in centimeters. Use values between 1 - 400 cm.
450
Please try again with a value between 1 - 400
100
Now enter the length, again between 1 - 400cm.
30

The dimensions of your kite are 100.000cm by 30.000cm.
The area is 0.300 square meters.
The aspect ratio is 3.333

WARNING: A lower aspect ratio might provide better stability.

Your kite has a mass of 40.500 grams.
The kite is experiencing a gravitational force of 396.900 newtons.

//

FLOATS width, length;

PRINT "Please enter the width of your kite in centimeters. Use values between 1 - 400 cm.";

DO {

	SET width;
	IF ( width IS LESS THAN 1, OR, width is GREATER THAN 400 )
		PRINT "Please try again with a value between 1 - 400";

} WHILE ( width is LESS THAN 1, OR, width is GREATER THAN 400);

PRINT "Now enter the length, again between 1 - 400cm.";

DO {

	SET length;
	IF ( length IS LESS THAN 1, OR, length is GREATER THAN 400 )
		PRINT "Please try again with a value between 1 - 400";

} WHILE ( length is LESS THAN 1, OR, length is GREATER THAN 400);

PRINT "The dimensions of your kite are " + width + " by " + length + "cm."; 

DOUBLE area = (width * length) / 10000.0
FLOAT aspectRatio = width / length;

IF (aspectRatio >= 1){
	PRINT "WARNING: A lower aspect ratio might provide better stability.";
}

CONSTANT FLOAT mass = 135.0f * area;
DOUBLE forceGravity = 9.8 * mass;

PRINT "Your kite has a mass of " + mass + " grams." ENDLINE "The kite is experiencing a gravitational force of " + forceGravity + " newtons.";