source: liacs/ai/poker/data/pre-parse.pl@ 4

#!/usr/bin/env perl -w

while ($line = <STDIN>) {
    #Input in way more every workable format
    @numbers = split(',',$line);

    #Get the number of every colour in on every line
    @colour = (0, 0, 0, 0, 0);
    foreach (0,2,4,6,8) {
        $colour[$numbers[$_]]++;
    }

    #Find pairs, triples, four
    @cards = (0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0);
    foreach (1,3,5,7,9) {
        $cards[$numbers[$_]]++;
    }

    ### BEGIN Specials ###
    #triple = 1, four = 2
    $special = 0;
    #one pair = 1, two pair = 2
    $pairs = 0;
    ### END Specials ###

    ### BEGIN decoded specials ###
    $onepair = 0;
    $twopair = 0;
    $triple = 0;
    $four = 0;
    ### END decoded specials ###

    foreach (1 .. 13) {
        if ($cards[$_] == 2) {
            $pairs++;
            if ($pairs == 1) {
                $onepair = 1;
            } elsif ($pairs == 2) {
                $twopair = 1;
            }
        } elsif ($cards[$_] > 2) {
            $special = $cards[$_];
            if ( $special == 3) {
                $triple = 1;
            } elsif ($special == 4) {
                $four = 1;
            }
        }
    }

    #Decode into split option array
    @output = (0, 0, 0, 0, 0, 0, 0, 0, 0, 0);
    $output[$numbers[10]]++;

    $pairs /= 10;
    $special /= 10;
    foreach (0 .. 10) {
        $numbers[$_] /= 10;
    }
    foreach (0 .. 4) {
        $colour[$_] /= 10;
    }

    # Input 10  : all cards
    # Output 1  : decoded version of result
    #print "@numbers[0..10]\n";

    # Input 10  : all cards
    # Output 10 : all options, one node
    print "@numbers[0..9] @output[0..9]\n";

    # Input 14  : all cards + colours
    # Output 10 : all options, one node
    #print "@numbers[0..9] @colour[1..4] @output[0..9]\n";

    # Input 16  : all cards + specials
    # Output 10 : all options, every has it's one node
    #print "@numbers[0..9] @colour[1..4] $pairs $special @output[0..9]\n";

    # Input 14  : all cards + decoded specials
    # Output 10 : all options, every has it's one node
    #print "@numbers[0..9] $onepair $twopair $triple $four @output[0..9]\n";

    # Input 18  : all cards + colour + decoded specials
    # Output 10 : all options, every has it's one node
    #print "@numbers[0..9] @colour[1..4] $onepair $twopair $triple $four @output[0..9]\n";

    # Input 10: all cards
    # output 2: full house, four of a kind
    #print "@numbers[0..9] $output[6] $output[7]\n";

    # Input 16 : all cards + specials
    # output 1 : full house
    #print "@numbers[0..9] @colour[1..4] $pairs $special $output[7]\n";

    # Input 2  : Calculated set
    # output 1 : full house
    #print "$pair $special $output[6]\n";

    # Input  8  : colour + decoded specials
    # Output 10 : all options, every has it's one node
    #print "@colour[1..4] $onepair $twopair $triple $four @output[0..9]\n";
}