bool KEntryMap::revertEntry(const QByteArray& group, const QByteArray& key, KEntryMap::SearchFlags flags)
{
Q_ASSERT((flags & KEntryMap::SearchDefaults) == 0);
Iterator entry = findEntry(group, key, flags);
if (entry != end()) {
//qDebug() << "reverting" << entry.key() << " = " << entry->mValue;
if (entry->bReverted) { // already done before
return false;
}
KEntryKey defaultKey(entry.key());
defaultKey.bDefault = true;
//qDebug() << "looking up default entry with key=" << defaultKey;
const ConstIterator defaultEntry = constFind(defaultKey);
if (defaultEntry != constEnd()) {
Q_ASSERT(defaultEntry.key().bDefault);
//qDebug() << "found, update entry";
*entry = *defaultEntry; // copy default value, for subsequent lookups
} else {
entry->mValue = QByteArray();
}
entry->bDirty = true;
entry->bReverted = true; // skip it when writing out to disk
//qDebug() << "Here's what we have now:" << *this;
return true;
}
return false;
}
RadiobuttonsGroup *reg(const QString &group) {
Parent::const_iterator i = constFind(group);
if (i == cend()) {
i = insert(group, new RadiobuttonsGroup(group));
}
return i.value();
}
TriggersResults::TrigRes TriggersResults::GetResult(quint32 TrigType, const QDate& RefDate)const {
Q_D(const TriggersResults);
const auto Tempmap = d->m_Results.value(TrigType, nullptr);
if (Tempmap) {
auto MapIter = Tempmap->constFind(RefDate);
if (MapIter == Tempmap->constEnd()) return TrigRes::trNA;
return (MapIter.value() ? TrigRes::trTrue : TrigRes::trFalse);
}
return TrigRes::trNA;
}
inline optional<QVariant> objectMember(const QVariant& value, const char* key) {
auto map = value.toMap();
auto iter = map.constFind(key);
if (iter != map.constEnd()) {
return iter.value();
} else {
return {};
}
}
bool OsmAnd::MapObject::containsTypeSlow(const QString& tag, const QString& value, bool checkAdditional /*= false*/) const
{
const auto citByTag = encodingDecodingRules->encodingRuleIds.constFind(tag);
if (citByTag == encodingDecodingRules->encodingRuleIds.cend())
return false;
const auto citByValue = citByTag->constFind(value);
if (citByValue == citByTag->cend())
return false;
const auto typeRuleId = *citByValue;
return (checkAdditional ? additionalTypesRuleIds : typesRuleIds).contains(typeRuleId);
}
AndroidCamcorderProfile AndroidCamcorderProfile::get(jint cameraId, Quality quality)
{
const QString key = profileKey().arg(cameraId).arg(quality);
QMap<QString, QJNIObjectPrivate>::const_iterator it = g_camcorderProfiles->constFind(key);
if (it != g_camcorderProfiles->constEnd())
return AndroidCamcorderProfile(*it);
QJNIObjectPrivate camProfile = QJNIObjectPrivate::callStaticObjectMethod("android/media/CamcorderProfile",
"get",
"(II)Landroid/media/CamcorderProfile;",
cameraId,
quality);
return AndroidCamcorderProfile((*g_camcorderProfiles)[key] = camProfile);
}
bool CSearch::search(mapView_t *mapView, QString str, double &ra, double &dec, double &fov, mapObj_t &obj)
{
QString what = str.mid(0, 4);
str = str.mid(4);
QRegExp reg("\\b" + str + "\\b", Qt::CaseInsensitive);
str = str.simplified();
cAstro.setParam(mapView);
if (SS_CHECK_OR(SS_PLANET, what))
{
if (!str.compare("es", Qt::CaseInsensitive))
{
orbit_t o, m;
cAstro.calcPlanet(PT_MOON, &m);
cAstro.calcEarthShadow(&o, &m);
ra = o.lRD.Ra;
dec = o.lRD.Dec;
fov = getOptObjFov(o.sx / 3600.0, o.sy / 3600.0);
obj.type = MO_EARTH_SHD;
return(true);
}
}
if (SS_CHECK_OR(SS_STAR, what))
{
if (str.startsWith("HD", Qt::CaseInsensitive))
{
str = str.mid(2);
int hd = str.toInt();
int reg, index;
tychoStar_t *star;
if (cTYC.findStar(NULL, TS_HD, 0, hd, 0, 0, 0, 0, 0, 0, reg, index))
{
cTYC.getStar(&star, reg, index);
ra = star->rd.Ra;
dec = star->rd.Dec;
precess(&ra, &dec, JD2000, mapView->jd);
fov = DMS2RAD(10, 0, 0);
obj.type = MO_TYCSTAR;
obj.par1 = reg;
obj.par2 = index;
return true;
}
}
if (str.startsWith("TYC", Qt::CaseInsensitive))
{
str = str.mid(3);
QStringList list = str.split("-");
if (list.count() == 3)
{
int t1 = list[0].toInt();
int t2 = list[1].toInt();
int t3 = list[2].toInt();
int reg, index;
tychoStar_t *star;
if (cTYC.findStar(NULL, TS_TYC, 0, 0, 0, 0, t1, t2, t3, 0, reg, index))
{
cTYC.getStar(&star, reg, index);
ra = star->rd.Ra;
dec = star->rd.Dec;
precess(&ra, &dec, JD2000, mapView->jd);
fov = DMS2RAD(10, 0, 0);
obj.type = MO_TYCSTAR;
obj.par1 = reg;
obj.par2 = index;
return true;
}
}
}
if (str.startsWith("UCAC4", Qt::CaseInsensitive))
{
str = str.mid(5);
QStringList list = str.split("-");
if (list.count() == 2)
{
int zone = list[0].toInt();
int num = list[1].toInt();
ucac4Star_t star;
if (cUcac4.searchStar(zone, num, &star))
{
ra = star.rd.Ra;
dec = star.rd.Dec;
precess(&ra, &dec, JD2000, mapView->jd);
fov = DMS2RAD(0, 30, 0);
// FIX: region a poradi v GSC regionu
/*
obj.type = MO_UCAC4;
obj.par1 = star.zone;
obj.par2 = star.number;
*/
return true;
}
}
return false;
}
if (str.startsWith("USNO2", Qt::CaseInsensitive))
{
str = str.mid(5);
QStringList list = str.split("-");
if (list.count() == 2)
{
int zone = list[0].toInt();
int num = list[1].toInt();
usnoStar_t star;
if (usno.searchStar(zone, num, &star))
{
ra = star.rd.Ra;
dec = star.rd.Dec;
precess(&ra, &dec, JD2000, mapView->jd);
fov = DMS2RAD(0, 30, 0);
// FIX: region a poradi v GSC regionu
/*
obj.type = MO_USNO2;
obj.par1 = star.zone;
obj.par2 = star.number;
*/
return true;
}
}
return false;
}
if (str.startsWith("GSC", Qt::CaseInsensitive))
{
str = str.mid(3);
QStringList list = str.split("-");
if (list.count() == 2)
{
int reg = list[0].toInt();
int num = list[1].toInt();
int index;
gsc_t *star;
if (cGSC.searchStar(reg, num, &star, index))
{
ra = star->Ra;
dec = star->Dec;
precess(&ra, &dec, JD2000, mapView->jd);
fov = DMS2RAD(0, 30, 0);
obj.type = MO_GSCSTAR;
obj.par1 = reg - 1;
obj.par2 = index;
return true;
}
}
return false;
}
}
if (SS_CHECK_OR(SS_POS, what))
{
// ra/dec
{
QStringList list = str.split(' ');
if (list.count() == 6)
{
double rah, ram, ras;
double decd, decm, decs;
bool ok;
for (int i = 0; i < 6; i++)
{
list.at(0).toDouble(&ok);
if (!ok)
{
break;
}
}
if (ok)
{
rah = list.at(0).toDouble();
ram = list.at(1).toDouble();
ras = list.at(2).toDouble();
decd = list.at(3).toDouble();
decm = list.at(4).toDouble();
decs = list.at(5).toDouble();
double mra = HMS2RAD(qAbs(rah), qAbs(ram), qAbs(ras));
double mdec = DMS2RAD(qAbs(decd), qAbs(decm), qAbs(decs));
if (decd < 0)
{
mdec = -mdec;
}
if (mra >= 0 && mra <= R360 && mdec >= -R90 && mdec <= R90)
{
ra = mra;
dec = mdec;
fov = CM_UNDEF;
if (mapView->epochJ2000 && mapView->coordType == SMCT_RA_DEC)
{
precess(&ra, &dec, JD2000, mapView->jd);
}
return true;
}
}
}
}
}
QApplication::processEvents();
if (SS_CHECK_OR(SS_CONSTEL, what))
{
// constellation
if (constFind(str, ra, dec, fov, mapView->jd))
return(true);
}
QApplication::processEvents();
if (SS_CHECK_OR(SS_STAR_NAME, what))
{
// star names
for (int i = 0; i < cTYC.tNames.count(); i++)
{
int offs = cTYC.tNames[i]->supIndex;
QString name = cTYC.getStarName(&cTYC.pSupplement[offs]);
if (!str.compare(name, Qt::CaseInsensitive))
{
ra = cTYC.tNames[i]->rd.Ra;
dec = cTYC.tNames[i]->rd.Dec;
precess(&ra, &dec, JD2000, mapView->jd);
fov = D2R(30);
int reg, index;
if (cTYC.findStar(NULL, TS_TYC, 0, 0, 0, 0, cTYC.tNames[i]->tyc1, cTYC.tNames[i]->tyc2, cTYC.tNames[i]->tyc3, 0, reg, index))
{
obj.type = MO_TYCSTAR;
obj.par1 = reg;
obj.par2 = index;
}
return(true);
}
}
}
QApplication::processEvents();
if (SS_CHECK_OR(SS_PLANET, what))
{
// search planet/sun/moon
for (int i = PT_SUN; i <= PT_MOON; i++)
{
orbit_t o;
cAstro.setParam(mapView);
cAstro.calcPlanet(i, &o);
QString name = o.name;
QString english = o.englishName;
if (!str.compare(name, Qt::CaseInsensitive) ||
!str.compare(english, Qt::CaseInsensitive))
{
ra = o.lRD.Ra;
dec = o.lRD.Dec;
fov = getOptObjFov(o.sx / 3600.0, o.sy / 3600.0);
obj.type = MO_PLANET;
obj.par1 = i;
obj.par2 = 0;
return(true);
}
}
}
QApplication::processEvents();
if (SS_CHECK_OR(SS_DSO, what))
{
// dso
dso_t *dso;
int index;
if (cDSO.findDSO((char *)qPrintable(str), &dso, index) != -1)
{
ra = dso->rd.Ra;
dec = dso->rd.Dec;
precess(&ra, &dec, JD2000, mapView->jd);
fov = getOptObjFov(dso->sx / 3600., dso->sy / 3600.);
obj.type = MO_DSO;
obj.par1 = (qint64)dso;
obj.par2 = 0;
return(true);
}
}
QApplication::processEvents();
if (SS_CHECK_OR(SS_ART_SAT, what))
{
// satellites
QString satName = str;
sgp4.setObserver(mapView);
for (int i = 0; i < sgp4.count(); i++)
{
satellite_t out;
radec_t rd;
if (sgp4.getName(i).compare(satName, Qt::CaseInsensitive) == 0)
{
if (sgp4.solve(i, mapView, &out))
{
cAstro.convAA2RDRef(out.azimuth, out.elevation, &rd.Ra, &rd.Dec);
ra = rd.Ra;
dec = rd.Dec;
fov = getOptObjFov(0, 0, D2R(2.5));
obj.type = MO_SATELLITE;
obj.par1 = i;
obj.par2 = 0;
return true;
}
}
}
}
QApplication::processEvents();
if (SS_CHECK_OR(SS_ASTER, what))
{
// asteroids
for (int i = 0; i < tAsteroids.count(); i++)
{
asteroid_t *a = &tAsteroids[i];
if (!a->selected)
continue;
if (QString(a->name).contains(reg) || a->name == str)
{
qDebug() << a->name << reg;
astSolve(a, mapView->jd);
ra = a->orbit.lRD.Ra;
dec = a->orbit.lRD.Dec;
fov = AST_ZOOM;
obj.type = MO_ASTER;
obj.par1 = i;
obj.par2 = (qint64)a;
return(true);
}
}
}
QApplication::processEvents();
if (SS_CHECK_OR(SS_COMET, what))
{
// comets
for (int i = 0; i < tComets.count(); i++)
{
comet_t *a = &tComets[i];
if (!a->selected)
continue;
if (QString(a->name).contains(reg) || a->name == str)
{
comSolve(a, mapView->jd);
ra = a->orbit.lRD.Ra;
dec = a->orbit.lRD.Dec;
fov = qMin(COM_ZOOM, 8 * D2R(a->orbit.params[2] / 3600.));
obj.type = MO_COMET;
obj.par1 = i;
obj.par2 = (qint64)a;
return(true);
}
}
}
QApplication::processEvents();
if (SS_CHECK_OR(SS_LUNAR_FEAT, what))
{
if (cLunarFeatures.search(str, mapView, ra, dec, fov))
{
return(true);
}
}
return(false);
}
