int CountryRegion::CreateData(vector<BufferData> ®Data) {
vector<BufferData>::iterator iter = regData.begin();
while (iter != regData.end()) {
if ( 2 == (*iter).id.length() ) {
addProvince((*iter).name, (*iter).id);
}
if ( 4 == (*iter).id.length() ) {
addCity((*iter).name, (*iter).id, (*iter).upId);
}
if ( 4 < (*iter).id.length() ) {
addCounty((*iter).name, (*iter).id, (*iter).upId);
}
++iter;
}
/*
// 增加省
vector<BufferData>::iterator iter = regData.data.begin();
while (iter != regData.data.end()) {
if ( 2 == (*iter).id.length() ) {
addProvince((*iter).name, (*iter).id);
}
++iter;
}
// 增加市
iter = regData.data.begin();
while (iter != regData.data.end()) {
if ( 4 == (*iter).id.length() ) {
addCity((*iter).name, (*iter).id, (*iter).upId);
}
++iter;
}
// 增加县
iter = regData.data.begin();
while (iter != regData.data.end()) {
if ( 4 < (*iter).id.length() ) {
addCounty((*iter).name, (*iter).id, (*iter).upId);
}
++iter;
}
//*/
return 0;
}
void EU3Country::eatCountry(EU3Country* target)
{
// autocannibalism is forbidden
if (target->getTag() == tag)
return;
// for calculation of weighted averages
int totalProvinces = target->provinces.size() + provinces.size();
if (totalProvinces == 0)
totalProvinces = 1;
double myWeight = (double)provinces.size() / (double)totalProvinces;
double targetWeight = (double)target->provinces.size() / (double)totalProvinces;
// acquire target's cores (always)
for (unsigned int j = 0; j < target->cores.size(); j++)
{
addCore(target->cores[j]);
target->cores[j]->addCore(tag);
target->cores[j]->removeCore(target->tag);
}
// everything else, do only if this country actually currently exists
if (target->provinces.size() > 0)
{
// acquire target's provinces
for (unsigned int j = 0; j < target->provinces.size(); j++)
{
addProvince(target->provinces[j]);
target->provinces[j]->setOwner(this);
}
// acquire target's armies, navies, admirals, and generals
armies.insert(armies.end(), target->armies.begin(), target->armies.end());
leaders.insert(leaders.end(), target->leaders.begin(), target->leaders.end());
// acquire the target's treasury and income, as well as their liabilities
treasury += target->treasury;
estMonthlyIncome += target->estMonthlyIncome;
loans.insert(loans.end(), target->loans.begin(), target->loans.end());
// rebalance prestige, badboy, inflation and techs from weighted average
prestige = myWeight * prestige + targetWeight * target->prestige;
badboy = myWeight * badboy + targetWeight * target->badboy * (getBadboyLimit() / target->getBadboyLimit());
inflation = myWeight * inflation + targetWeight * target->inflation;
landTech = myWeight * landTech + targetWeight * target->landTech;
navalTech = myWeight * navalTech + targetWeight * target->navalTech;
tradeTech = myWeight * tradeTech + targetWeight * target->tradeTech;
productionTech = myWeight * productionTech + targetWeight * target->productionTech;
governmentTech = myWeight * governmentTech + targetWeight * target->governmentTech;
armyInvestment = myWeight * armyInvestment + targetWeight * target->armyInvestment;
navyInvestment = myWeight * navyInvestment + targetWeight * target->navyInvestment;
commerceInvestment = myWeight * commerceInvestment + targetWeight * target->commerceInvestment;
industryInvestment = myWeight * industryInvestment + targetWeight * target->industryInvestment;
cultureInvestment = myWeight * cultureInvestment + targetWeight * target->cultureInvestment;
estMonthlyIncome = myWeight * estMonthlyIncome + targetWeight * target->estMonthlyIncome;
}
// coreless, landless countries will be cleaned up automatically
target->clearProvinces();
target->clearCores();
LOG(LogLevel::Debug) << "Merged " << target->tag << " into " << tag;
}
void V2Country::eatCountry(V2Country* target)
{
// autocannibalism is forbidden
if (target->getTag() == tag)
return;
// for calculation of weighted averages
int totalProvinces = target->provinces.size() + provinces.size();
if (totalProvinces == 0)
totalProvinces = 1;
double myWeight = (double)provinces.size() / (double)totalProvinces;
double targetWeight = (double)target->provinces.size() / (double)totalProvinces;
// acquire target's cores (always)
for (unsigned int j = 0; j < target->cores.size(); j++)
{
addCore(target->cores[j]);
target->cores[j]->addCore(tag);
target->cores[j]->removeCore(target->tag);
}
// everything else, do only if this country actually currently exists
if (target->provinces.size() > 0)
{
// acquire target's provinces
for (unsigned int j = 0; j < target->provinces.size(); j++)
{
addProvince(target->provinces[j]);
target->provinces[j]->setOwner(tag);
}
// acquire target's armies, navies, admirals, and generals
armies.insert(armies.end(), target->armies.begin(), target->armies.end());
//XXX: leaders.insert(leaders.end(), target->leaders.begin(), target->leaders.end());
// acquire the target's treasury and reserves, as well as their liabilities
money += target->money;
bankReserves += target->bankReserves;
//XXX: loans.insert(loans.end(), target->loans.begin(), target->loans.end());
// rebalance prestige, badboy from weighted average
prestige = myWeight * prestige + targetWeight * target->prestige;
badboy = myWeight * badboy + targetWeight * target->badboy;
// give merged nation any techs owned by either nation
vector<string> ttechs = target->getTechs();
for (vector<string>::iterator tech = ttechs.begin(); tech != ttechs.end(); ++tech)
{
vector<string>::iterator stech = std::find(techs.begin(), techs.end(), *tech);
if (stech == techs.end())
techs.push_back(*tech);
}
// and do the same with inventions
inventionStatus* tinvs = target->getInventionStatusArray();
for (int i = 0; i < naval_exercises; ++i)
{
inventions[i] = std::max(inventions[i], tinvs[i]);
}
}
// coreless, landless countries will be cleaned up automatically
target->clearProvinces();
target->clearCores();
log("Merged %s into %s\n", target->tag.c_str(), tag.c_str());
}
