double VillageControl::Villain::getAttackProbability(const VillageControl* self) const {
double ret = 0;
for (auto& elem : triggers) {
double val = getTriggerValue(elem, self);
CHECK(val >= 0 && val <= 1);
ret = max(ret, val);
Debug() << "trigger " << EnumInfo<AttackTriggerId>::getString(elem.getId()) << " village "
<< self->getCollective()->getName().getFull() << " under attack probability " << val;
}
return ret;
}
BACIMonitor::BACIMonitor(const ACE_CString& _name, int _callbackID,
MonitorImplementator* _monitorImplementator_p,
const ACS::TimeInterval& _triggerTime, const BACIValue& _triggerValue,
const ACS::TimeInterval& _minTriggerTime, const BACIValue& _minTriggerValue,
BACIProperty* _property, const ACS::TimeInterval& _transmitTime,
const UpdateMode& _updateMode,
const bool _archivingMonitor,
const bool _suspended,
const bool _deltaValueAndTimerInteraction,
const unsigned int _priority) :
name_m(_name), callbackID_m(_callbackID),
monitorImplementator_mp(_monitorImplementator_p), updateMode_m(mumLast),
triggerTime_m(0), minTriggerTime_m(_minTriggerTime),
transmitTime_m(0), userControlledTransmitTime_m(false), lastTime_m(0),
minTriggerValue_m(_minTriggerValue), triggerOnValue_m(false), triggerOnValuePercent_m(false),
property_mp(_property), archivingMonitor_m(_archivingMonitor),
suspended_m(_suspended),
deltaValueAndTimerInteraction_m(_deltaValueAndTimerInteraction),
priority_m(_priority),
inDestructionState_m(false),
destroyed_m(false)
{
ACS_TRACE("baci::BACIMonitor::BACIMonitor");
ACS_LOG(0, "baci::BACIMonitor::BACIMonitor",
(static_cast<ACE_Log_Priority>(LM_DELOUSE), "Creating monitor '%s' (archiving: %d, triggerTime: %d)",
name_m.c_str(), archivingMonitor_m, (unsigned)_triggerTime));
if (archivingMonitor_m==true)
{
ACS_LOG(0, "baci::BACIMonitor::BACIMonitor",
(LM_DEBUG, "Archiver monitor with priority %d", priority_m));
}
// VxWorks (should not be as initializer)
monitorImplementator_mp = 0;
// set update mode
setUpdateMode(_updateMode);
// set monitors
setTriggerTime(_triggerTime);
setTriggerValue(_triggerValue);
if (getTriggerValue().isNull()==0 && getTriggerValue().noDelta()==false)
{
setTriggerOnValue(true);
}
if (getTriggerValuePercent().isNull()==0 && getTriggerValuePercent().noDelta()==false)
{
setTriggerOnValuePercent(true);
}
// set transmit_time
if (_transmitTime!=0)
{
userControlledTransmitTime_m = true;
setTransmitTime(_transmitTime); // user now handles monitor sync.
}
if (archivingMonitor_m==false)
{
property_mp->getComponent()->getCallback(callbackID_m)->setRemoveOnFailure(false);
}
monitorImplementator_mp = _monitorImplementator_p;
// add monitor
property_mp->addMonitor(this);
}
