/// Removes all scatterers.
void CompositeBraggScatterer::removeAllScatterers() {
while (nScatterers() > 0) {
removeScattererImplementation(0);
}
redeclareProperties();
}
/// Removes the i-th scatterer from the composite or throws an std::out_of_range
/// exception.
void CompositeBraggScatterer::removeScatterer(size_t i) {
if (i >= nScatterers()) {
throw std::out_of_range("Index is out of range.");
}
m_scatterers.erase(m_scatterers.begin() + i);
redeclareProperties();
}
/// Clears all scatterers and assigns clones of the supplied ones.
void CompositeBraggScatterer::setScatterers(
const std::vector<BraggScatterer_sptr> &scatterers) {
removeAllScatterers();
for (const auto &scatterer : scatterers) {
addScattererImplementation(scatterer);
}
redeclareProperties();
}
/// Clones the supplied scatterer, assigns the internal space group and unit
/// cell to the clone and adds it to the composite.
void
CompositeBraggScatterer::addScatterer(const BraggScatterer_sptr &scatterer) {
if (!scatterer) {
throw std::invalid_argument("Cannot process null-scatterer.");
}
BraggScatterer_sptr localScatterer = scatterer->clone();
m_scatterers.push_back(localScatterer);
redeclareProperties();
}
/// Removes the i-th scatterer from the composite or throws an std::out_of_range
/// exception.
void CompositeBraggScatterer::removeScatterer(size_t i) {
removeScattererImplementation(i);
redeclareProperties();
}
/// Clones the supplied scatterer, assigns the internal space group and unit
/// cell to the clone and adds it to the composite.
void CompositeBraggScatterer::addScatterer(
const BraggScatterer_sptr &scatterer) {
addScattererImplementation(scatterer);
redeclareProperties();
}