function maxValue(n, rounds) {
// Write your code here
// n is the array size for each contribution
// a round [ 10, 10, 0, 0, 0]
// a contrib 3 5 12
let maxContribution = -Infinity;
let investmentArray = new Array(n).fill(0);
console.log(investmentArray)
const invArray = [];
let invArrayLength = 0;
// invArray.push(investmentArray);
//invArray[rounds[0][0]] =
for (let i=0; i < rounds.length; i++) {
let currentMax = -Infinity;
let currentIteration = rounds[i][0];
if (invArrayLength === 0) {
let thisCurr = rounds[0][0];
while (thisCurr < rounds[0][1]) {
investmentArray[thisCurr] += parseInt(rounds[0][2], 10);
invArray.push(investmentArray);
thisCurr++;
}
invArrayLength++;
}
console.log(invArray)
for (j=currentIteration; j <= rounds[i][1]; j++ ) {
let tempArray = invArray[invArray.length-1];
tempArray[currentIteration] += parseInt(rounds[i][2]);// = currentSum;
currentMax = tempArray[currentIteration] > currentMax ? tempArray[currentIteration] : currentMax;
invArray.push(tempArray);
currentIteration++;
}
/*
while (currentIteration < rounds[i][1]) {
//const currentSum = investmentArray[currentIteration] + rounds[i][2];
investmentArray[currentIteration] += rounds[i][2];// = currentSum;
currentMax = investmentArray[currentIteration] > currentMax ? investmentArray[currentIteration] : currentMax;
currentIteration++;
}*/
// console.log(investmentArray)
console.log(invArray)
maxContribution = currentMax > maxContribution ? currentMax : maxContribution;
}
return maxContribution;
}
const rr = [[2,3,603], [1,1,286], [4,4,882]];
const nn = 4;
console.log(maxValue(nn, rr))
