📐 Grow

Increases the array size.

It doesn't decrease the array size by assuming that any data loss is undesirable during the same execution of the program.

Methods that return pointers allow chained calls.

DataTomeMvAvg<int> intAverage(10);

int x = 5, y = 10;
int result, first, last;

result = intAverage.push(x).push(y).get();
first = intAverage.push(56).front();
last = intAverage.push(8).back();

📝 Syntax

DataTomeMvAvg<TypeOfArray, TypeOfSum> &grow(size_t new_size)

// @alias grow
DataTomeMvAvg<TypeOfArray, TypeOfSum> &resize(size_t new_size) { return grow(new_size); }

🔮 Example

DataTomeMvAvg<int, long int> intAverage(3);

// 3 2 1
intAverage.push(1).push(2).push(3);

// 3 2 1 0 0
intAverage.grow(5);
// intAverage.resize(5);

// 4 3 2 1 0
intAverage.push(4);

⏱ Complexity

Linear (O(n)) in the array size.