solver.run

solve;
printf '#################################\n\n';

printf 'Starting money: %.2f\n', money_avail;
printf 'Money used: %.2f\n\n', sum {b in BOOKIES, m in MATCHES, o in OUTCOMES} money[b, m, o];

printf '############### FIRST BET ###############\n';
printf {m in MATCHES: chosen_match_1[m] > 0}: 'Best match for round 1: %s\n', m;

for {m in MATCHES, o in OUTCOMES: sum {b in BOOKIES} money[b, m, o] > 0}{
    printf 'Bookies on %s:\n', o;
    printf {b in BOOKIES: money[b, m, o] > 0}: '%s ', b;
    printf '\n\n';
}

printf {b in BOOKIES, m in MATCHES, o in OUTCOMES: money[b, m, o] > 0}: 'Money on %10s for %2s: \t%6.2fe | Profit: %7.2fe (%7.2fe are freebets)\n', b, o, money[b, m, o], profit_1[b, m, o], money[b, m, o] * freebets_multiplier[b];

printf {m in MATCHES, o in OUTCOMES: sum{b in BOOKIES} chosen_1[b, m, o] > 0}:
    'Potential on %2s = %.2fe\n', o, sum{b in BOOKIES} profit_1[b, m, o];

printf '\n\n';
printf '############### SECOND BET ###############\n';
printf {m in MATCHES: chosen_match_2[m] > 0}: 'Best match for round 2: %s\n', m;

for {m in MATCHES, o in OUTCOMES: sum {b in BOOKIES} rebet_allocation[b, m, o] > 0}{
    printf 'Bookies on %s:\n', o;
    printf {b in BOOKIES: rebet_allocation[b, m, o] > 0}: '%s ', b;
    printf '\n\n';
}

printf {b in BOOKIES, m in MATCHES, o in OUTCOMES: rebet_allocation[b, m, o] > 0}:
    'Rebet on %10s for %2s: \t%7.2fe | Profit: %7.2fe\n', b, o, rebet_allocation[b, m, o], profit_2[b, m, o];
printf '\n';

printf {m in MATCHES, o in OUTCOMES: sum {b in BOOKIES} profit_2[b, m, o] > 0}:
    'Potential on %2s = %.2fe\n', o, sum {b in BOOKIES} profit_2[b, m, o];

printf '\n';
#printf 'Profit on average:\t%7.2f\n', sum {b in BOOKIES, m in MATCHES, o in OUTCOMES} profit_2[b, m, o] / sum {m in MATCHES: chosen_match_2[m] > 0} ;
# printf 'Worst case profit:\t%7.2f\n',
# printf 'Best case profit:\t%7.2f\n',