For user-prompted input consisting of two long values, n and m, this algorithm calculates the nth term in the Fibonacci sequence modulo m.

For a user-prompted long value n, this algorithm evaluates the sum of the last digits of the first n terms in the Fibonacci sequence.

This algorithm is a more efficient version of FibonacciSumLastDigit that already has the Pisano period modulo 10 evaluated and stored as a constant integer array, thus eliminating the need for the getPisanoPeriod helper function.

This algorithm evaluates the sum of the last digits of the numbers in the Fibonacci sequence from the nth to the mth term, where n and m are two non-negative integers. As with Fibonacci Sum Last Digit 2, the Pisano period modulo 10 is stored as a constant to eliminate the CPU-demanding helper function required to evaluate the Pisano period.