global proc mossGroup(int $minnum, int $maxnum, float $mindrop, float $maxdrop, int $times)
{
	int $count = $times;
	while ($count < 50)
	{
		float $minX = rand(-3, 3);
		float $minZ = rand(-3, 3);
		
		string $dups[];
		$original = `ls -sl`;
		$master = `duplicate $original`;
		xform -rp 0 0 0;
		
		select $master;
		move $minX 0 $minZ;

		// Randomize the number of drops
		int $num = rand($minnum, $maxnum); 
		
		string $parentName = $original[0];
		
		if (`objExists moss_locator` != 1)
		{
			// Creates the main top level locator to have the rotation controls
			spaceLocator -n ("moss_locator");
			move -y 2;
			select -cl;
			select $master ("moss_locator");
			parent;

			// Adds the attributes to the locator
			select ("moss_locator");
			addAttr -ln "turnX" -at "double" -min -25 -max 25 -dv 0;
			setAttr -e-keyable true ("moss_locator.turnX");
			addAttr -ln "turnZ" -at "double" -min -25 -max 25 -dv 0;
			setAttr -e-keyable true ("moss_locator.turnZ");
		}
		else
		{
			select $master ("moss_locator");
			parent;
		}
		
		select $master;

		for($n = 0; $n < $num; $n++) {
			$dup = `duplicate`;
			$dups[$n] = $dup[0];
			$transformNode = $dup[0];
			
			// Randomize the drop
			float $drop = rand($mindrop, $maxdrop);
			//print($drop + "\n");
			
			move -os 0 $drop 0;
			parent -r $dup $master;
			
			// rotation expression based on locator
			string $rotationExpression = 
				$dup[0] + ".rotateX = moss_locator.turnX;\n" +
				$dup[0] + ".rotateZ = moss_locator.turnZ;\n";
			expression -string $rotationExpression;
			
			$master = $dup;
		}
		select $original;
		//select $dups;
		$count++;
	}
}