Master::PlotInfo
Master::plotInfo(const size_t key,
const Data::Type type)
{
bool qFlow(false);
bool qGauge(false);
MyDB::Stmt s(mDB);
s << "SELECT " << fields.gaugeKey()
<< "," << fields.displayName()
<< "," << fields.location();
switch (type) {
case Data::FLOW:
case Data::INFLOW:
qFlow = true;
s << "," << fields.lowFlow()
<< "," << fields.highFlow()
<< "," << fields.optimalLowFlow()
<< "," << fields.optimalHighFlow();
break;
case Data::GAUGE:
qGauge = true;
s << "," << fields.lowGauge()
<< "," << fields.highGauge();
break;
case Data::TEMPERATURE:
case Data::LASTTYPE:
break;
}
s << "," << fields.latitudePutin()
<< "," << fields.longitudePutin()
<< " FROM " << fields.table()
<< " WHERE " << fields.key() << "=" << key << ";";
int rc(s.step());
if (rc == SQLITE_ROW) {
const int gaugeKey(s.getInt());
const std::string displayName(s.getString());
const std::string location(s.getString());
const double low (qFlow || qGauge ? s.getDouble() : 0);
const double high(qFlow || qGauge ? s.getDouble() : 0);
const double lowOptimal (qFlow ? s.getDouble() : 0);
const double highOptimal(qFlow ? s.getDouble() : 0);
const double lat(s.getDouble());
const double lon(s.getDouble());
return PlotInfo(gaugeKey, displayName, location, low, high, lowOptimal, highOptimal, lat, lon);
}
s.errorCheck(rc, std::string(__FILE__) + " line " + Convert::toStr(__LINE__));
return PlotInfo();
}
DotMapItem::DotMapPlotData::DotMapPlotData(const CvPlot* pPlot, PlayerTypes playerType, int lookAheadDepth) :
workedImprovement(-1), neighbourCityCount(0), workedByNeighbour(false), isPinned(false), isSelected(true), improvementMakesBonusValid(false)
{
TeamTypes teamType = PlayerIDToTeamID(playerType);
coords = XYCoords(pPlot->getX(), pPlot->getY());
possibleImprovements = getYields(PlotInfo(pPlot, playerType).getInfo(), playerType, lookAheadDepth);
bonusType = pPlot->getBonusType(teamType);
featureType = pPlot->getFeatureType();
ImprovementTypes currentPlotImprovement = pPlot->getImprovementType();
for (size_t i = 0, count = possibleImprovements.size(); i < count; ++i)
{
// todo - check featuretype too
if (possibleImprovements[i].second == currentPlotImprovement)
{
workedImprovement = i;
if (currentPlotImprovement != NO_IMPROVEMENT && bonusType != NO_BONUS &&
gGlobals.getImprovementInfo(currentPlotImprovement).isImprovementBonusMakesValid(bonusType))
{
improvementMakesBonusValid = true;
}
break;
}
}
}
