bool DelayAtomicSequence::SearchStartStopSeq () {
m_mod_start = NULL;
m_mod_stop = NULL;
Module* pMod = GetParent();
if (pMod == NULL) return false;
int i1 = 0, i2 = pMod->GetNumberOfChildren();
for (int i=0;i<pMod->GetNumberOfChildren();++i) {
if(!m_start.compare(pMod->GetChild(i)->GetName())) {
m_mod_start = pMod->GetChild(i);
i1=i;
}
if(!m_stop.compare(pMod->GetChild(i)->GetName())) {
m_mod_stop = pMod->GetChild(i);
i2=i;
}
}
return (i1<i2);
}
double DelayAtomicSequence::GetDelay(const PrepareMode mode) {
double dDelayTime = m_await_time;
//if (m_mod_start==NULL && m_mod_stop==NULL) return dDelayTime;
Module* pMod = GetParent();
if (pMod == NULL) return -1.0;
//find other sequences between pModStart, myself, and pModStop
int iMYpos=0, iS1pos=10000, iS2pos=-1;
for (int i=0;i<pMod->GetNumberOfChildren();++i) {
if( this == pMod->GetChild(i)) iMYpos=i;
if(m_mod_start == pMod->GetChild(i)) iS1pos=i;
if(m_mod_stop == pMod->GetChild(i)) iS2pos=i;
}
iS1pos = (iMYpos<iS1pos)?iMYpos:iS1pos;
iS2pos = (iMYpos>iS2pos)?iMYpos:iS2pos;
//Observe these sequences
int j = 0;
for (int i=iS1pos;i<=iS2pos;++i)
if (i!=iMYpos && mode == PREP_VERBOSE) {
char modules[10];
sprintf( modules, "Module%02d", j ) ;
Observe( GetAttribute(modules), pMod->GetChild(i)->GetName(),"Duration", mode == PREP_VERBOSE );
j++;
}
//subtract duration of other sequences between pModStart, myself, and pModStop
//do this twice, since cross-dependencies may hinder success in first attempt
for (int j=0;j<2;j++) {
dDelayTime = m_await_time;
for (int i=iS1pos;i<=iS2pos;++i) {
double dfact = ( ( i==iS2pos && (m_dt==DELAY_B2C || m_dt==DELAY_C2C) ) ||
( i==iS1pos && (m_dt==DELAY_C2E || m_dt==DELAY_C2C) ) ) ? 0.5:1.0;
if (i!=iMYpos)
dDelayTime -= dfact * pMod->GetChild(i)->GetDuration();
}
}
#ifdef DEBUG
cout << " DELAYTOMICSEQUENCE: " << GetName() << " mode = " << mode << " , m_await_time = " << m_await_time
<< " , (iS1pos, iMYpos, iS2pos) = (" << iS1pos << "," << iMYpos << "," << iS2pos << ")"
<< " => delay = " << dDelayTime << endl;
#endif
return dDelayTime;
}
