Config::ChildrenMapType
getAllElementChildren(const rapidjson::Document& doc, const std::vector<SvgElement>& all_elements_,
const Config::ElementGroupType& element_groups_)
{
Config::ChildrenMapType all_element_children;
all_element_children.set_empty_key(std::string{""});
// load elements
const auto element_children_it = doc.FindMember("element_children");
assert(element_children_it != doc.MemberEnd());
assert(element_children_it->value.IsArray());
const auto raw_element_children_array = element_children_it->value.GetArray();
for (const auto& raw_element_children_obj : raw_element_children_array)
{
assert(raw_element_children_obj.IsObject());
//parent
const auto raw_parent_element = raw_element_children_obj.FindMember("parent");
assert(raw_parent_element != raw_element_children_obj.MemberEnd());
assert(raw_parent_element->value.IsString());
const auto& parent_element_name = raw_parent_element->value.GetString();
//children
std::vector<std::string> all_children;
const auto raw_children_array_it = raw_element_children_obj.FindMember("children");
assert(raw_children_array_it != raw_element_children_obj.MemberEnd());
assert(raw_children_array_it->value.IsArray());
const auto raw_children_array = (raw_children_array_it->value.GetArray());
for (const auto& raw_child : raw_children_array)
{
assert(raw_child.IsString());
auto child = std::string{raw_child.GetString(), raw_child.GetStringLength()};
if (element_groups_.count(child) > 0) // the name is a group name
{
const auto& group_with_current_name = const_cast<Config::ElementGroupType&>(element_groups_)[child];
all_children.insert(std::end(all_children), std::begin(group_with_current_name),
std::end(group_with_current_name));//we replace the group with it's elements
} else // otherwise it's a simple element
{
all_children.emplace_back(std::move(child));
}
std::sort(std::begin(all_children), std::end(all_children));
all_element_children[parent_element_name] = std::move(all_children);
}
}
return all_element_children;
}
void Parameters::json_simpars(rapidjson::Document& jpars) {
try {
rapidjson::Value::MemberIterator it;
it = jpars.FindMember("simulation");
if (it != jpars.MemberEnd()) {
if (! it->value.IsObject()) throw 201;
rapidjson::Value& d = it->value;
it = d.FindMember("maxTime");
if (! it->value.IsDouble()) throw 202;
sim_pars.maxTime = it->value.GetDouble();
}
} catch (int e) {
cerr << "Exception while reading SimPars: " << e << endl;
return;
}
}
template<typename T> T get(const std::string & key) const
{
const rapidjson::Value::ConstMemberIterator & member =
find_member_from_key(document, key);
if(member == document.MemberEnd())
{
auto alternative = fallbacks.find(key);
if(alternative != fallbacks.end())
{
// Recursive call
return get<T>(alternative->second);
} else {
auto msg =
boost::format("Unable to find %1% in the configuration file")
% key;
throw Configuration_error(boost::str(msg));
}
} else {
return conf_getter<T>(member->value);
}
}
void Parameters::from_json(rapidjson::Document& jpars) {
try {
rapidjson::Value::MemberIterator m1;
rapidjson::SizeType z;
m1 = jpars.FindMember("model_type");
if (m1 != jpars.MemberEnd()) {
if (! m1->value.IsString()) throw 101;
model_type = m1->value.GetString();
}
m1 = jpars.FindMember("nroot");
if (m1 != jpars.MemberEnd()) {
if (! m1->value.IsInt()) throw 102;
nroot = m1->value.GetInt();
}
m1 = jpars.FindMember("shifts");
if (m1 != jpars.MemberEnd()) {
if (! m1->value.IsArray()) throw 103;
shifts.resize(m1->value.Size());
for (rapidjson::SizeType i = 0; i < m1->value.Size(); ++i) {
shifts[i] = m1->value[i].GetDouble();
}
}
rapidjson::Value::MemberIterator _d = jpars.FindMember("pars");
if (_d == jpars.MemberEnd()) throw 1;
rapidjson::Value& d = _d->value;
pars.resize(d.Size());
for (rapidjson::SizeType i = 0; i < d.Size(); ++i) {
rapidjson::Value& a = d[i];
m1 = a.FindMember("name");
if (m1 != a.MemberEnd()) {
if (! m1->value.IsString()) throw 5;
pars[i].name = m1->value.GetString();
name_map.insert(make_pair(pars[i].name,i));
}
m1 = a.FindMember("limits");
if (m1 != a.MemberEnd()) {
if (! m1->value.IsArray()) throw 2;
if (m1->value.Size() != 2) throw 3;
z = 0;
pars[i].lo = m1->value[z].GetDouble();
z = 1;
pars[i].hi = m1->value[z].GetDouble();
}
m1 = a.FindMember("value");
if (m1 == a.MemberEnd()) m1 = a.FindMember("init");
if (m1 != a.MemberEnd()) {
if (m1->value.IsDouble()) {
pars[i].init.assign(1,m1->value.GetDouble());
} else if (m1->value.IsArray()) {
pars[i].init.assign(m1->value.Size(),0.0);
for (size_t j = 0; j < m1->value.Size(); ++j) {
pars[i].init[j] = m1->value[j].GetDouble();
}
} else {
throw 2;
}
}
m1 = a.FindMember("lock");
if (m1 != a.MemberEnd()) {
if (! m1->value.IsDouble()) throw 4;
pars[i].lock = 1;
pars[i].lo = m1->value.GetDouble();
pars[i].hi = pars[i].lo;
pars[i].init.assign(1,0.0);
pars[i].init[0] = pars[i].hi;
}
m1 = a.FindMember("scale");
if (m1 != a.MemberEnd()) {
if (! m1->value.IsString()) throw 5;
pars[i].scale = m1->value.GetString()[0];
}
}
} catch (int e) {
cerr << "Exception while reading pars: " << e << endl;
return;
}
json_simpars(jpars);
}