/**
** Init unit types.
*/
void InitUnitTypes(int reset_player_stats)
{
for (size_t i = 0; i < UnitTypes.size(); ++i) {
CUnitType &type = *UnitTypes[i];
Assert(type.Slot == (int)i);
if (type.Animations == NULL) {
DebugPrint(_("unit-type '%s' without animations, ignored.\n") _C_ type.Ident.c_str());
continue;
}
// Add idents to hash.
UnitTypeMap[type.Ident] = UnitTypes[i];
// Determine still frame
type.StillFrame = GetStillFrame(type);
// Lookup BuildingTypes
for (std::vector<CBuildRestriction *>::iterator b = type.BuildingRules.begin();
b < type.BuildingRules.end(); ++b) {
(*b)->Init();
}
// Lookup AiBuildingTypes
for (std::vector<CBuildRestriction *>::iterator b = type.AiBuildingRules.begin();
b < type.AiBuildingRules.end(); ++b) {
(*b)->Init();
}
}
// LUDO : called after game is loaded -> don't reset stats !
UpdateStats(reset_player_stats); // Calculate the stats
}
/**
** Init unit types.
*/
void InitUnitTypes(int reset_player_stats)
{
CUnitType *type;
for (size_t i = 0; i < UnitTypes.size(); ++i) {
type = UnitTypes[i];
Assert(type->Slot == (int)i);
// Add idents to hash.
UnitTypeMap[type->Ident] = UnitTypes[i];
// Determine still frame
type->StillFrame = GetStillFrame(type);
// Lookup BuildingTypes
for (std::vector<CBuildRestriction *>::iterator b = type->BuildingRules.begin();
b < type->BuildingRules.end(); ++b) {
(*b)->Init();
}
}
// LUDO : called after game is loaded -> don't reset stats !
UpdateStats(reset_player_stats); // Calculate the stats
}
