#include <iostream>

using namespace std;

const int FINGERS_PER_PALM{4};
const int PALMS_PER_CUBIT{6};
const int GRAINS_PER_FINGER{1};

int main() {

    int inputCubits{0},
        inputPalms{0},
        inputFingers{0};

    int fingers{0},
        palms{0},
        cubits{0};

    int startFingers{0},
        endFingers{0};

    int totalFingers{0};

    int rice{0};

    // get the starting position
    cout << "Enter the starting cubits => ";
    cin >> inputCubits;
    cout << "Enter the starting palms => ";
    cin >> inputPalms;
    cout << "Enter the starting fingers => ";
    cin >> inputFingers;

    // convert that to fingers
    startFingers = inputFingers + inputPalms * FINGERS_PER_PALM +
                   inputCubits * PALMS_PER_CUBIT * FINGERS_PER_PALM;

    // get the ending position
    cout << "Enter the ending cubits => ";
    cin >> inputCubits;
    cout << "Enter the ending palms => ";
    cin >> inputPalms;
    cout << "Enter the ending fingers => ";
    cin >> inputFingers;

    cout << endl << endl;
    // convert that to fingers
    endFingers = inputFingers + inputPalms * FINGERS_PER_PALM +
                   inputCubits * PALMS_PER_CUBIT * FINGERS_PER_PALM;

    // find the totals
    totalFingers = endFingers - startFingers;
    rice = totalFingers * GRAINS_PER_FINGER;

    // convert start and print
    fingers = startFingers % FINGERS_PER_PALM;
    startFingers /= FINGERS_PER_PALM;
    palms = startFingers % PALMS_PER_CUBIT;
    cubits = startFingers / PALMS_PER_CUBIT;

    // print the starting information
    cout << "Nebi and Ako started at: " << cubits << " cubits "
         << palms << " palms " << fingers << " fingers " << endl;

    // convert end and print
    fingers = endFingers % FINGERS_PER_PALM;
    endFingers /= FINGERS_PER_PALM;
    palms = endFingers % PALMS_PER_CUBIT;
    cubits = endFingers / PALMS_PER_CUBIT;

    // print the starting information
    cout << "             ended   at: " << cubits << " cubits "
         << palms << " palms " << fingers << " fingers " << endl;

    // print the distance traveled
    fingers = totalFingers % FINGERS_PER_PALM;
    totalFingers /= FINGERS_PER_PALM;
    palms = totalFingers % PALMS_PER_CUBIT;
    cubits = totalFingers / PALMS_PER_CUBIT;
    
    cout << "Distance Traveled      : " << cubits << " cubits "
         << palms << " palms " << fingers << " fingers " << endl;

    cout << "Total Rice: " << rice << " grains." << endl;

    return 0;
}