void CSymbolEngineRaisersCallers::CalculateRaisers()
{
_raischair = k_undefined;
_raisbits[_betround] = 0;
// Raischair, nopponentsraising, raisbits
//
int first_possible_raiser = FirstPossibleRaiser();
int last_possible_raiser = LastPossibleRaiser();
double last_bet = p_scraper->player_bet(_raischair_previous_frame);
for (int i=first_possible_raiser; i<=last_possible_raiser; i++)
{
double current_players_bet = p_symbol_engine_chip_amounts->currentbet(i%p_tablemap->nchairs());
if (current_players_bet > last_bet)
{
last_bet = current_players_bet;
_raischair = i % p_tablemap->nchairs();
int new_raisbits = _raisbits[_betround] | k_exponents[i%p_tablemap->nchairs()];
_raisbits[_betround] = new_raisbits;
}
}
AssertRange(_raischair, k_undefined, k_last_chair);
}
void CSymbolEngineRaisersCallers::CalculateRaisers() {
_nopponentstruelyraising = 0;
if (p_symbol_engine_chip_amounts->call() <= 0.0) {
// There are no bets and raises.
// Skip the calculations to keep the raischair of the previous round.
// http://www.maxinmontreal.com/forums/viewtopic.php?f=156&t=16806
write_log(preferences.debug_symbolengine(),
"[CSymbolEngineRaisersCallers] No bet to call, therefore no raises\n");
return;
}
// Raischair, nopponentstruelyraising, raisbits
int first_possible_raiser = FirstPossibleRaiser();
int last_possible_raiser = LastPossibleRaiser();
double highest_bet = LastOrbitsLastRaisersBet();
write_log(preferences.debug_symbolengine(), "[CSymbolEngineRaisersCallers] Searching for raisers from chair %i to %i with a bet higher than %.2f\n",
first_possible_raiser, last_possible_raiser, highest_bet);
for (int i=first_possible_raiser; i<=last_possible_raiser; ++i) {
int chair = i % p_tablemap->nchairs();
double current_players_bet = p_symbol_engine_chip_amounts->currentbet(chair);
write_log(preferences.debug_symbolengine(),
"[CSymbolEngineRaisersCallers] chair %d bet %.2f\n",
chair, current_players_bet);
// Raisers are people
// * with a higher bet than players before them
// * who are still playing, not counting people who bet/fold in later orbits
// * either betting/raising postflop or truely raising preflop
// (not counting the infamous "blind raisers")
if (!p_table_state->_players[chair].HasAnyCards()) {
write_log(preferences.debug_symbolengine(),
"[CSymbolEngineRaisersCallers] chair %d has no cards.\n", chair);
continue;
} else if (current_players_bet <= highest_bet) {
write_log(preferences.debug_symbolengine(),
"[CSymbolEngineRaisersCallers] chair %d is not raising\n", chair);
continue;
} else if ((p_betround_calculator->betround() == k_betround_preflop)
&& (current_players_bet <= p_symbol_engine_tablelimits->bblind())) {
write_log(preferences.debug_symbolengine(),
"[CSymbolEngineRaisersCallers] chair %d so-called \"blind raiser\". To be ignored.\n", chair);
continue;
}
highest_bet = current_players_bet;
write_log(preferences.debug_symbolengine(), "[CSymbolEngineRaisersCallers] Opponent %i raising to %s\n",
chair, Number2CString(highest_bet));
_raischair = chair;
int new_raisbits = _raisbits[BETROUND] | k_exponents[chair];
_raisbits[BETROUND] = new_raisbits;
assert(chair != USER_CHAIR);
++_nopponentstruelyraising;
}
AssertRange(_raischair, k_undefined, k_last_chair);
_lastraised[BETROUND] = _raischair;
write_log(preferences.debug_symbolengine(), "[CSymbolEngineRaisersCallers] nopponentstruelyraising: %i\n", _nopponentstruelyraising);
write_log(preferences.debug_symbolengine(), "[CSymbolEngineRaisersCallers] raischair: %i\n", _raischair);
}
int CSymbolEngineRaisersCallers::LastPossibleRaiser() {
// For technical reasons (for-loop) we handle the modulo-operation
// inside the loop and not here.
return (FirstPossibleRaiser() + p_tablemap->nchairs() - 1);
}
