void CSymbolEngineRaisersCallers::CalculateNOpponentsCheckingBettingFolded()
{
_nplayerscallshort = 0;
_nopponentsbetting = 0;
_nopponentsfolded = 0;
_nopponentschecking = 0;
for (int i=0; i<_nchairs; i++)
{
double current_players_bet = p_symbol_engine_chip_amounts->currentbet(i);
if (current_players_bet < RaisersBet()
&& p_scraper_access->PlayerHasCards(i))
{
_nplayerscallshort++;
}
if (i == _userchair)
{
// No opponent;
// Nothing more to do
continue;
}
if (current_players_bet > 0)
{
_nopponentsbetting++;
}
// Players might have been betting, but folded, so no else for the if
if ((_playersdealtbits & (1<<(i)))
&& ((p_scraper->card_player(i, 0) == CARD_NOCARD)
|| (p_scraper->card_player(i, 1) == CARD_NOCARD)))
{
_nopponentsfolded++;
}
if (p_scraper->card_player(i, 0) != CARD_NOCARD
&& p_scraper->card_player(i, 1) != CARD_NOCARD
&& current_players_bet == 0)
{
_nopponentschecking++;
}
}
AssertRange(_nplayerscallshort, 0, k_max_number_of_opponents_at_full_ring_table);
AssertRange(_nopponentsbetting, 0, k_max_number_of_opponents_at_full_ring_table);
AssertRange(_nopponentsfolded, 0, k_max_number_of_opponents_at_full_ring_table);
AssertRange(_nopponentschecking, 0, k_max_number_of_opponents_at_full_ring_table);
}
void CSymbolEngineRaisersCallers::CalculateNOpponentsCheckingBettingFolded()
{
_nplayerscallshort = 0;
_nopponentsbetting = 0;
_nopponentsfolded = 0;
_nopponentschecking = 0;
assert(p_tablemap->nchairs() <= k_max_number_of_players);
for (int i=0; i<p_tablemap->nchairs(); i++)
{
double current_players_bet = p_symbol_engine_chip_amounts->currentbet(i);
if (current_players_bet < RaisersBet()
&& p_table_state->_players[i].HasAnyCards())
{
_nplayerscallshort++;
}
if (i == USER_CHAIR)
{
// No opponent;
// Nothing more to do
continue;
}
if (current_players_bet > 0)
{
_nopponentsbetting++;
}
// Players might have been betting, but folded, so no else for the if
if ((p_symbol_engine_active_dealt_playing->playersdealtbits() & (1<<(i)))
&& !p_table_state->_players[i].HasAnyCards()) {
_nopponentsfolded++;
}
if (p_table_state->_players[i].HasAnyCards()
&& current_players_bet == 0) {
_nopponentschecking++;
}
}
AssertRange(_nplayerscallshort, 0, k_max_number_of_opponents_at_full_ring_table);
// Using k_max_number_of_players instead of k_max_number_of_opponents_at_full_ring_table below,
// as it might be that the user is not seated or user-chair not recognized
AssertRange(_nopponentsbetting, 0, k_max_number_of_players);
AssertRange(_nopponentsfolded, 0, k_max_number_of_players);
AssertRange(_nopponentschecking, 0, k_max_number_of_players);
}
void CSymbolEngineChecksBetsFolds::CalculateNOpponentsCheckingBettingFolded() {
_nplayerscallshort = 0;
_nopponentsbetting = 0;
_nopponentsfolded = 0;
_nopponentschecking = 0;
assert(p_tablemap->nchairs() <= kMaxNumberOfPlayers);
for (int i=0; i<p_tablemap->nchairs(); i++) {
double current_players_bet = p_table_state->Player(i)->_bet.GetValue();
if (current_players_bet < RaisersBet()
&& p_table_state->Player(i)->HasAnyCards()) {
_nplayerscallshort++;
}
if (i == p_engine_container->symbol_engine_userchair()->userchair()) {
// No opponent;
// Nothing more to do
continue;
}
if (current_players_bet > 0) {
_nopponentsbetting++;
}
// Players might have been betting, but folded, so no else for the if
if ((p_engine_container->symbol_engine_active_dealt_playing()->playersdealtbits() & (1<<(i)))
&& !p_table_state->Player(i)->HasAnyCards()) {
_nopponentsfolded++;
}
if (p_table_state->Player(i)->HasAnyCards()
&& current_players_bet == 0) {
_nopponentschecking++;
}
}
AssertRange(_nplayerscallshort, 0, kMaxNumberOfOpponentsAtFullRingTable);
// Using kMaxNumberOfPlayers instead of kMaxNumberOfOpponentsAtFullRingTable below,
// as it might be that the user is not seated or user-chair not recognized
AssertRange(_nopponentsbetting, 0, kMaxNumberOfPlayers);
AssertRange(_nopponentsfolded, 0, kMaxNumberOfPlayers);
AssertRange(_nopponentschecking, 0, kMaxNumberOfPlayers);
}