void ZDvidSynapse::updatePartnerProperty(ZDvidReader &reader)
{
m_isPartnerVerified.resize(m_partnerHint.size(), false);
m_partnerKind.resize(m_partnerHint.size(), EKind::KIND_UNKNOWN);
m_partnerStatus.resize(m_partnerHint.size(), STATUS_NORMAL);
if (reader.good()) {
for (size_t i = 0; i < m_partnerHint.size(); ++i) {
ZDvidSynapse synapse =
reader.readSynapse(m_partnerHint[i], flyem::EDvidAnnotationLoadMode::PARTNER_LOCATION);
if (synapse.isValid()) {
if (synapse.hasPartner(getPosition())) {
m_isPartnerVerified[i] = synapse.isVerified();
m_partnerKind[i] = synapse.getKind();
m_partnerStatus[i] = synapse.getStatus();
}/* else {
LWARN() << "Inconsistent synapse link:" << getPosition().toString()
<< "->" << synapse.getPosition().toString();
}*/
} else {
m_isPartnerVerified[i] = false;
m_partnerKind[i] = ZDvidSynapse::EKind::KIND_INVALID;
}
}
}
}
bool ZDvidSynapse::isProtocolVerified(const ZDvidTarget &target) const
{
if (!isVerified()) {
return false;
}
bool v = true;
if (getKind() == EKind::KIND_PRE_SYN) {
std::vector<ZIntPoint> psdArray = getPartners();
if (!psdArray.empty()) {
ZDvidReader reader;
if (reader.open(target)) {
for (std::vector<ZIntPoint>::const_iterator iter = psdArray.begin();
iter != psdArray.end(); ++iter) {
const ZIntPoint &pt = *iter;
ZDvidSynapse synapse =
reader.readSynapse(pt, flyem::EDvidAnnotationLoadMode::NO_PARTNER);
if (!synapse.isVerified()) {
v = false;
break;
}
}
}
}
} else {
v = false;
}
return v;
}
