/** Creates 2 groups: one from winners and one from loosers
*/
QList< Group* > SwissGroup::split( ) const
{
if ( _matches.count() < 2 ) { // nothing to split
return QList< Group* >();
}
QList< Group* > ret;
PlayerList w = winners(), l = loosers();
// number of winnders and loosers can be non-even, when group consists,
// for example, from 6 persons. We need to add 'bye' players
if ( w.count() & 1 ) w << byePlayer;
if ( l.count() & 1 ) l << byePlayer;
qDebug() << "Winners:";
for ( int i = 0; i < w.count(); i ++ ) {
qDebug() << w.at( i ).name();
}
qDebug() << "Loosers:";
for ( int i = 0; i < l.count(); i ++ ) {
qDebug() << l.at( i ).name();
}
// winners group
if ( !isPlayerListByed( w ) ) {
ret << new SwissGroup( _fromPlace, _stage + 1, w );
}
// loosers group
if ( !isPlayerListByed( l ) ) {
ret << new SwissGroup( _fromPlace + _players.count() / 2,
_stage + 1, l );
}
foreach( Group *g, ret ) {
const TournAlgo *a = _tournData->algo();
Q_CHECK_PTR( a );
g->setTournData( _tournData );
g->setQualif( isQualif() );
dynamic_cast<SwissGroup*>(g)->permuteMatches( a->breakAlgo() );
// if there is at least one bye player, we should notify that
// at least one game is fakely played.
if ( g->const_players().contains( byePlayer ) ) {
_tournData->groupChanged( g );
}
}
return ret;
}
/** export results to json
*/
void Group::write( QJsonObject &json ) const
{
json["name"] = name();
json["stage"] = (int)stage();
json["type"] = type();
json["qualif"] = isQualif();
MatchList ml = _matches;
QJsonArray mArray;
foreach( Match m, ml ) {
QJsonObject mObj;
m.write( mObj );
mArray.append( mObj );
}
