void tcBallisticDBObject::ReadSql(tcSqlReader& entry)
{
tcWeaponDBObject::ReadSql(entry);
ballisticType = entry.GetInt("BallisticType");
angleError_rad = entry.GetDouble("AngleError_rad");
burstCount = entry.GetInt("BurstCount");
burstDuration_s = entry.GetDouble("BurstDuration_s");
clusterCount = (unsigned int)entry.GetInt("ClusterCount");
clusterEffectRadius_m = entry.GetDouble("ClusterEffectRadius_m");
sensorClass = entry.GetString("SensorClass").c_str();
smartMaxClimb_rad = entry.GetDouble("SmartMaxClimb_rad");
smartError_m = entry.GetDouble("SmartError_m");
lockOnAfterLaunch = entry.GetInt("LockOnAfterLaunch") != 0;
if (maxRange_km <= 0) maxRange_km = 20.0f; // set to 20 km for lack of better information
if ((sensorClass.size() > 0) && (ballisticType == SMART_BOMB) && (mnModelType != MTYPE_LASERGUIDEDBOMB))
{
wxString msg = wxString::Format("DATABASE WARNING - Ballistic DB object %s, model type not set to Guided Bomb but has sensor\n", mzClass.c_str());
fprintf(stderr, msg.c_str());
wxMessageBox(msg);
}
if ((ballisticType == ROCKET) && (mnModelType != MTYPE_ROCKET))
{
mnModelType = MTYPE_ROCKET;
wxString msg = wxString::Format("DATABASE WARNING - Ballistic DB object %s, model type not set to Rocket but ballistic type is Rocket--forced model type to ROCKET\n", mzClass.c_str());
fprintf(stderr, msg.c_str());
//wxASSERT(false);
}
CalculateParams();
}
Params::Params(Bignum N, uint32_t securityLevel) {
this->zkp_hash_len = securityLevel;
this->zkp_iterations = securityLevel;
this->accumulatorParams.k_prime = ACCPROOF_KPRIME;
this->accumulatorParams.k_dprime = ACCPROOF_KDPRIME;
// Generate the parameters
CalculateParams(*this, N, ZEROCOIN_PROTOCOL_VERSION, securityLevel);
this->accumulatorParams.initialized = true;
this->initialized = true;
}
void tcCounterMeasureDBObject::ReadSql(tcSqlReader& entry)
{
tcDatabaseObject::ReadSql(entry);
subType = entry.GetString("SubType").c_str();
lifeSpan_s = entry.GetDouble("LifeSpan_s");
effectiveness = entry.GetDouble("Effectiveness");
maxSpeed_mps = entry.GetDouble("MaxSpeed_mps");
tcAirDetectionDBObject::ReadSql(entry);
tcWaterDetectionDBObject::ReadSql(entry);
CalculateParams();
}
tcPlatformDBObject::tcPlatformDBObject(const tcPlatformDBObject& obj)
: tcDatabaseObject(obj),
tcSensorPlatformDBObject(obj),
mfMaxSpeed_kts(obj.mfMaxSpeed_kts),
mfAccel_ktsps(obj.mfAccel_ktsps),
mfTurnRate_degps(obj.mfTurnRate_degps),
mfFuelCapacity_kg(obj.mfFuelCapacity_kg),
mfFuelRate_kgps(obj.mfFuelRate_kgps),
mfToughness(obj.mfToughness),
damageEffect(obj.damageEffect),
mnNumLaunchers(obj.mnNumLaunchers),
mnNumMagazines(obj.mnNumMagazines),
launcherDescription(obj.launcherDescription),
launcherName(obj.launcherName),
launcherFOV_deg(obj.launcherFOV_deg),
launcherAz_deg(obj.launcherAz_deg),
launcherEl_deg(obj.launcherEl_deg),
launcherFireControl(obj.launcherFireControl),
launcherFireControl2(obj.launcherFireControl2),
launcherIsReloadable(obj.launcherIsReloadable)
{
int i;
for(i=0;i<mnNumLaunchers;i++)
{
maLauncherClass[i] = obj.maLauncherClass[i];
launcherName[i] = obj.launcherName[i];
}
for (i=0; i<MAXMAGAZINES; i++)
{
maMagazineClass[i] = obj.maMagazineClass[i];
magazineId[i] = obj.magazineId[i]; // valid to do this? why not push_back?
}
animationInfo.clear();
size_t nAn = obj.animationInfo.size();
for(size_t n=0;n<nAn;n++)
{
animationInfo.push_back(obj.animationInfo[n]);
}
CalculateParams();
}
void tcPlatformDBObject::ReadSql(tcSqlReader& entry)
{
tcDatabaseObject::ReadSql(entry);
mfMaxSpeed_kts = entry.GetDouble("MaxSpeed_kts");
mfAccel_ktsps = entry.GetDouble("Accel_ktsps");
mfTurnRate_degps = entry.GetDouble("TurnRate_degps");
mfFuelCapacity_kg = entry.GetDouble("FuelCapacity_kg");
mfFuelRate_kgps = entry.GetDouble("FuelRate_kgps");
mfToughness = entry.GetDouble("Toughness");
damageEffect = entry.GetString("DamageEffect");
// read launchers
mnNumLaunchers = 0;
launcherName.clear();
maLauncherClass.clear();
launcherFireControl.clear();
launcherId.clear();
// no longer needed since covered by platform_launchers table
/*
int i;
for(i=0;i<MAXLAUNCHERS;i++)
{
std::string launcherClass;
std::string displayName;
tcString s;
s.Format("L%d_class",i+1);
launcherClass = entry.GetString(s.GetBuffer());
s.Format("L%d_name",i+1);
displayName = entry.GetString(s.GetBuffer());
if (launcherClass.size() > 0)
{
maLauncherClass.push_back(launcherClass);
launcherName.push_back(displayName);
mnNumLaunchers++;
}
}
*/
// read magazines
mnNumMagazines = 0;
maMagazineClass.clear();
magazineId.clear();
// no longer needed since all covered by platform_magazines table
/*
for (i=0; i<MAXMAGAZINES; i++)
{
std::string magazineClass;
tcString s;
s.Format("M%d_class", i+1);
magazineClass = entry.GetString(s.GetBuffer());
if (magazineClass.size() > 0)
{
maMagazineClass.push_back(magazineClass);
mnNumMagazines++;
}
}
*/
CalculateParams();
tcSensorPlatformDBObject::ReadSql(entry);
}
