//const numBeats = Math.ceil(Math.random()*9);

//let resultString = '';
//const instructionPosibilities = [ 'n', 'p', 'm', 'b' ]

//for(let i = 1; i <= numBeats; i++){
	//const instructionIndex = Math.floor(Math.random()*instructionPosibilities.length);

	//resultString += instructionPosibilities[instructionIndex] + ' ';
//}

//console.log(resultString);


//5: 3+2, 2+3
//6: 2+2+2, 3+3
//7: 2+2+3, 2+3+2, 3+2+2
//8: 2+3+3, 3+2+3, 3+3+2
//9: 3+3+3, 2+2+2+3, 2+2+3+2, 2+3+2+2, 3+2+2+2

const breakDown = (node)=>{

	if(node.value < 4){
		return node
	}

	//2 path
	node.twoPath = {};
	node.twoPath.left = { value: 2 }
	node.twoPath.right = breakDown({value:node.value-2})

	//3 path
	if(node.value > 4){
		node.threePath = {}
		node.threePath.left = { value: 3 }
		node.threePath.right = breakDown({value:node.value-3})
	}

	return node;
}

const tree = breakDown({value:5});

console.dir(tree, {depth:null});

const getLeaves = (node)=>{
	if(node.twoPath === undefined){
		return node.value;
	}
	const twoPathLeftValue = getLeaves(node.twoPath.left);
	const twoPathRightValue = getLeaves(node.twoPath.right);
	
	if(node.threePath !== undefined){
		const threePathLeftValue = getLeaves(node.threePath.left);
		const threePathRightValue = getLeaves(node.threePath.right);
		return [[twoPathLeftValue, twoPathRightValue], [threePathLeftValue, threePathRightValue]];
	}

	return [twoPathLeftValue, twoPathRightValue];
}
const leaves = getLeaves(tree);

console.dir(leaves, {depth:null});