/**
* Calculates the list of StatStrings that apply to certain unit stats.
* @param currentStats Unit stats.
* @param statStrings List of statString rules.
* @param psiStrengthEval Are psi stats available?
* @return Resulting string of all valid StatStrings.
*/
const std::wstring StatString::calcStatString(UnitStats ¤tStats, const std::vector<StatString *> &statStrings, bool psiStrengthEval)
{
size_t conditionsMet;
int minVal, maxVal;
std::string conditionName, string;
std::wstring wstring, statString;
bool continueCalc = true;
std::map<std::string, int> currentStatsMap = getCurrentStats(currentStats);
for (std::vector<StatString *>::const_iterator i1 = statStrings.begin(); i1 != statStrings.end() && continueCalc; ++i1)
{
string = (*i1)->getString();
const std::vector<StatStringCondition* > conditions = (*i1)->getConditions();
conditionsMet = 0;
for (std::vector<StatStringCondition* >::const_iterator i2 = conditions.begin(); i2 != conditions.end() && continueCalc; ++i2)
{
conditionName = (*i2)->getConditionName();
minVal = (*i2)->getMinVal();
maxVal = (*i2)->getMaxVal();
if (currentStatsMap.find(conditionName) != currentStatsMap.end())
{
if (currentStatsMap[conditionName] >= minVal && currentStatsMap[conditionName] <= maxVal
&& (conditionName != "psiStrength" || (currentStats.psiSkill > 0 || psiStrengthEval)))
{
conditionsMet++;
}
if (conditionsMet == conditions.size())
{
wstring.assign(string.begin(), string.end());
statString = statString + wstring;
if (wstring.length() > 1)
{
continueCalc = false;
}
}
}
}
}
return statString;
}
/**
* Calculates the list of StatStrings that apply to certain unit stats.
* @param currentStats Unit stats.
* @param statStrings List of statString rules.
* @param psiStrengthEval Are psi stats available?
* @return Resulting string of all valid StatStrings.
*/
std::wstring StatString::calcStatString(UnitStats ¤tStats, const std::vector<StatString *> &statStrings, bool psiStrengthEval, bool inTraining)
{
std::wstring statString;
std::map<std::string, int> currentStatsMap = getCurrentStats(currentStats);
if (inTraining)
{
currentStatsMap["psiTraining"] = 1;
}
for (std::vector<StatString *>::const_iterator i = statStrings.begin(); i != statStrings.end(); ++i)
{
bool conditionsMet = true;
for (std::vector<StatStringCondition*>::const_iterator j = (*i)->getConditions().begin(); j != (*i)->getConditions().end() && conditionsMet; ++j)
{
std::map<std::string, int>::iterator name = currentStatsMap.find((*j)->getConditionName());
if (name != currentStatsMap.end())
{
conditionsMet = conditionsMet && (*j)->isMet(name->second, currentStats.psiSkill > 0 || psiStrengthEval);
}
else
{
// if name == currentStatsMap.end() we've searched for a stat that doesn't exist.
// this means psi training. if there's no "psiTraining" stat in the statsMap,
// this soldier isn't in training, so we won't append his name with the psiTraining tag.
// presumably conditionsMet was originally initialized as false, but for whatever reason that was changed, hence this.
conditionsMet = false;
}
}
if (conditionsMet)
{
std::wstring wstring = Language::utf8ToWstr((*i)->getString());
statString += wstring;
if (wstring.length() > 1)
{
break;
}
}
}
return statString;
}
