// all possible combinations of two users
$u1 = get_user_shown_name($uid);
$u2 = get_user_shown_name($uid2);
// print "$u1 $u2\n";
$complex_groups1 = array_map('simplify', get_complex_groups_by_simple($simple_groups, $uid));
$complex_groups2 = array_map('simplify', get_complex_groups_by_simple($simple_groups, $uid2));
if (count($complex_groups1) === 0 or count($complex_groups2) === 0) {
continue;
}
// print count($complex_groups1)." ".count($complex_groups2)." ".intersect($complex_groups1, $complex_groups2).PHP_EOL;
// print count($groups_user1)." ".count($groups_user2)." ".intersect($groups_user1, $groups_user2).PHP_EOL;
$matrix = array();
$matrix['NONE']['NONE'] = 0;
foreach ($COMPLEX_TYPES as $id1) {
foreach ($COMPLEX_TYPES as $id2) {
$matrix[$id1][$id2] = count_matching_groups($complex_groups1, $complex_groups2, $id1, $id2);
}
$matrix[$id1]['NONE'] = count_matching_nones1($complex_groups1, $complex_groups2, $id1);
$matrix['NONE'][$id1] = count_matching_nones1($complex_groups2, $complex_groups1, $id1);
}
$k = kappa_pairwise(array_merge($COMPLEX_TYPES, array('NONE')), $matrix, TRUE);
$matrixes[$k['kappa']] = $matrix;
$kappas[] = array_merge($k, array('user1' => $u1, 'user2' => $u2, 'book_id' => $book['id'], 'book_title' => $book['name'], 'u1count' => count($complex_groups1), 'u2count' => count($complex_groups2), 'with_m' => $u1 === $mod or $u2 === $mod, 'intersect' => intersect($complex_groups1, $complex_groups2)));
// print PHP_EOL;
}
}
}
print "<h1>Cohen's kappa, complex groups</h1>";
print "<h2>All annotators and moderator</h2>";
foreach ($USERS as $user1) {
$user1 = get_user_shown_name($user1);
continue;
}
foreach (array_keys($users) as $index => $uid) {
foreach (array_slice(array_keys($users), $index + 1) as $uid2) {
// all possible combinations of two users
$u1 = get_user_shown_name($uid);
$u2 = get_user_shown_name($uid2);
// print "$u1 $u2\n";
$groups_user1 = filter_groups($simple_groups, $uid, $SIMPLE_TYPES);
$groups_user2 = filter_groups($simple_groups, $uid2, $SIMPLE_TYPES);
// print count($groups_user1)." ".count($groups_user2)." ".intersect($groups_user1, $groups_user2).PHP_EOL;
$matrix = array();
$matrix['NONE']['NONE'] = 0;
foreach ($SIMPLE_TYPES as $id1) {
foreach ($SIMPLE_TYPES as $id2) {
$matrix[$id1][$id2] = count_matching_groups($groups_user1, $groups_user2, $id1, $id2);
}
$matrix[$id1]['NONE'] = count_matching_nones1($groups_user1, $groups_user2, $id1);
$matrix['NONE'][$id1] = count_matching_nones1($groups_user2, $groups_user1, $id1);
}
$k = kappa_pairwise(array_merge($SIMPLE_TYPES, array('NONE')), $matrix, TRUE);
$matrixes[$k['kappa']] = $matrix;
$kappas[] = array_merge($k, array('user1' => $u1, 'user2' => $u2, 'book_id' => $book['id'], 'book_title' => $book['name'], 'u1count' => count($groups_user1), 'u2count' => count($groups_user2), 'with_m' => $u1 === $mod or $u2 === $mod, 'intersect' => intersect($groups_user1, $groups_user2)));
}
}
}
print "<h1>Cohen's kappa, simple groups</h1>";
print "<h2>All annotators and moderator</h2>";
foreach ($USERS as $user1) {
$user1 = get_user_shown_name($user1);
print "{$user1} with mod <br />";
