// Update the current EMAdifference (see design documentation), perform
// required steps at the current state and then find the next FSM state
void PairsTrading::doPairsTrading(double current_money, void *m_pclient) {
// Calculate EMAdifference and return if EMAs are not yet valid
if (calculateDiff() == false) return;
// Debugging only
fTest << "Entering state " << state << ", EMA diff: " << EMAdifference << ", ccount: " << correlatedCount;
// handle current state
if (state == 1) State1();
else if (state == 2) State2();
else if (state == 3) State3(current_money, m_pclient);
else State4(m_pclient);
// Debugging only
fTest << ". Leaving state " << state << std::endl;
}
void States_Task()
{
switch(State)
{
case 0:
State0();break;
case 1:
State1();break;
case 2:
State2();break;
case 3:
State3();break;
case 4:
State4();break;
case 10:
State10();break;
}
}