void CSymbolEngineChipAmounts::CalculateAmountsToCallToRaise()
{
int next_largest_bet = 0;
double largest_bet = Largestbet();
if (p_symbol_engine_userchair->userchair_confirmed()) {
_call = largest_bet - _currentbet[USER_CHAIR];
} else {
_call = 0;
}
write_log(preferences.debug_symbolengine(),
"[CSymbolEngineChipAmounts] call = %.2f\n", _call);
// In case we are covered consider only the effective amount to call,
// but onlz if our balance is reasonable.
double balance = p_table_state->User()->_balance;
if ((_call > balance) && (balance > 0)) {
_call = balance;
}
next_largest_bet = 0;
for (int i=0; i<p_tablemap->nchairs(); i++)
{
if (_currentbet[i] != largest_bet
&& _currentbet[i] > next_largest_bet)
{
next_largest_bet = _currentbet[i];
}
}
_sraiprev = largest_bet - next_largest_bet;
}
void CSymbolEngineChipAmounts::CalculateBetsToCallToRaise()
{
double bet = p_tablelimits->bet();
if (bet <= 0)
{
return;
}
if (p_symbol_engine_userchair->userchair_confirmed())
{
_nbetstocall = _call / bet;
_nbetstorais = _nbetstocall + 1;
}
_ncallbets = Largestbet() / bet;
_nraisbets = _ncallbets + 1;
}
void CSymbolEngineChipAmounts::CalculateAmountsToCallToRaise()
{
int next_largest_bet = 0;
double largest_bet = Largestbet();
if (p_symbol_engine_userchair->userchair_confirmed())
{
_call = largest_bet - _currentbet[USER_CHAIR];
}
else
{
_call = 0;
}
next_largest_bet = 0;
for (int i=0; i<p_tablemap->nchairs(); i++)
{
if (_currentbet[i] != largest_bet
&& _currentbet[i] > next_largest_bet)
{
next_largest_bet = _currentbet[i];
}
}
_sraiprev = largest_bet - next_largest_bet;
if (p_symbol_engine_userchair->userchair_confirmed())
{
_sraimin = largest_bet + _call;
_sraimax = _balance[USER_CHAIR] - _call;
if (_sraimax < 0)
{
_sraimax = 0;
}
}
}
void CSymbolEngineChipAmounts::CalculateBetsToCallToRaise() {
double bet = p_symbol_engine_tablelimits->bet();
if (bet <= 0) {
// Fail-safe for the case of not being connected
// and completely bogus input
bet = 1.00;
}
double users_currentbet = 0;
if (p_symbol_engine_userchair->userchair_confirmed()) {
_nbetstocall = _call / bet;
users_currentbet = _currentbet[USER_CHAIR];
} else {
_nbetstocall = 0;
}
_nbetstorais = _nbetstocall + 1;
assert(bet > 0.0);
assert(users_currentbet >= 0);
assert(_call >= 0);
// Computation below works even without playing user,
// which might be important for table-stats.
_ncallbets = Largestbet() / bet;
_nraisbets = _ncallbets + 1; // fixed limit
assert(_ncallbets >= 0.0);
}