package be.nascom.util{
	
	
	
	public class graphic_player_10_cube_be_nascom_util_MathFunctions{
		
		public static const PI_180:Number=Math.PI/180;
		public static const ONE80_PI:Number=180/Math.PI;

		public static function radiansToDegrees(rad:Number):Number{
			return rad*ONE80_PI;
		}
		public static function degreesToRadians(degree:Number):Number{
			return degree*PI_180;
		}
		
		public static function getRandomNumberInRange(min:Number,max:Number):Number{
			return min+Math.random()*(max-min);
		}
		
		public static function getRandomIntInRange(min:int,max:int):int{
			return Math.round(min+Math.random()*(max-min));
		}
		
		public static function getRandomUintInRange(min:uint,max:uint):uint{
			return uint(Math.round(min+Math.random()*(max-min)));
		}
		
		
		//ripped off from bit-101
        public static function normalize(value:Number, minimum:Number, maximum:Number):Number{
            return (value - minimum) / (maximum - minimum);
        }

        public static function interpolate(normValue:Number, minimum:Number, maximum:Number):Number{
            return minimum + (maximum - minimum) * normValue;
        }

        public static function map(value:Number, min1:Number, max1:Number, min2:Number, max2:Number):Number{
            return interpolate( normalize(value, min1, max1), min2, max2);
        }

		
	}
}