void ContactModel::botDestroyed()
{
MAGNORMOBOT *bot = qobject_cast<MAGNORMOBOT*>(sender());
conduits.removeOne(bot);
if (hasContacts(bot)) {
beginResetModel();
removeContacts(bot);
endResetModel();
}
}
bool infection::hasInfecContacts()
{
// Returns true if one or more potentially
// infectious contacts exist in the list
set<Contact>::iterator cIter( contacts.begin() );
if(!hasContacts()) return false;
while(cIter != contacts.end()) {
if(cIter->isInfectious()) return true;
cIter++;
}
return false;
}
vector<const Contact*> infection::getInfecContacts()
{
// Gets all infectious contacts
vector<const Contact*> contactList;
set<Contact>::iterator cIter( contacts.begin() );
if(!hasContacts()) return contactList;
while(cIter != contacts.end()) {
if(cIter->isInfectious()) {
contactList.push_back(&(*cIter));
}
cIter++;
}
return contactList;
}
size_t infection::numContactsByUntil(const CON_e contactType,
const double t)
{
// Returns the number of contacts up to just before t
size_t numContact = 0;
set<Contact>::iterator cIter = contacts.begin();
if(!hasContacts()) return 0;
while(cIter != contacts.end() && (t - cIter->time) > FP_TOL) {
if(cIter->type == contactType && cIter->isInfectious()) {
numContact++;
}
cIter++;
}
return numContact;
}
vector<const Contact*> infection::getContactsByUntil(const CON_e contactType,
const double t)
{
// Returns a vector of pointers to individuals who
// contacted *this by method contactType up to just
// before time t.
vector<const Contact*> contactList;
set<Contact>::iterator cIter = contacts.begin();
// Return empty vector if no contacts exist (time saver)
if(!hasContacts()) return contactList;
// Iterate over contacts and pick out the relevant entries
while(cIter != contacts.end() && (t - cIter->time) > FP_TOL) {
if(cIter->type == contactType && cIter->isInfectious()) {
contactList.push_back(&(*cIter));
}
cIter++;
}
return contactList;
}
void CollisionPair::swapRepresentations()
{
SURGSIM_ASSERT(! hasContacts()) << "Can't swap representations after contacts have already been calculated";
m_isSwapped = !m_isSwapped;
std::swap(m_representations.first, m_representations.second);
}
