_phi_ | JASTRONOMY::angle_type | protected |
_theta_ | JASTRONOMY::angle_type | protected |
angle_type() | JASTRONOMY::angle_type | inlineprotected |
angle_type(const double theta, const double phi) | JASTRONOMY::angle_type | inlineprotected |
angle_type_rad() | JASTRONOMY::angle_type_rad | inline |
angle_type_rad(const double theta, const double phi) | JASTRONOMY::angle_type_rad | inline |
angle_type_rad(const angle_type_deg &angle) | JASTRONOMY::angle_type_rad | |
eccentricity | JASTRONOMY::JEllipsoid | |
equals(const angle_type &angle, const double precision=std::numeric_limits< double >::min()) const | JASTRONOMY::angle_type | inline |
getDot(const JGeographicalLocation &location) const | JASTRONOMY::JGeographicalLocation | inline |
getEllipsoid() const | JASTRONOMY::JEllipsoid | inline |
getGeographicalLocation() const | JASTRONOMY::JGeographicalLocation | inline |
getLatitude() const | JASTRONOMY::JGeographicalLocation | inline |
getLongitude() const | JASTRONOMY::JGeographicalLocation | inline |
getNeutrinoDirection(const double t1_s, const JSourceLocation &pos) const | JASTRONOMY::JAstronomy | inline |
getSourceLocation(const double t1_s, const JNeutrinoDirection &dir) const | JASTRONOMY::JAstronomy | inline |
JAstronomy(const JGeographicalLocation &location, const JEllipsoid &ellipsoid=EARTH_WGS84) | JASTRONOMY::JAstronomy | inline |
JGeographicalLocation() | JASTRONOMY::JGeographicalLocation | inline |
JGeographicalLocation(const double latitude, const double longitude) | JASTRONOMY::JGeographicalLocation | inline |
JGeographicalLocation(const int degreesNorth, const int minutesNorth, const int degreesEast, const int minutesEast) | JASTRONOMY::JGeographicalLocation | inline |
JGeographicalLocation(const JAngle3D &angle) | JASTRONOMY::JGeographicalLocation | inline |
operator JAngle3D() const | JASTRONOMY::JGeographicalLocation | inline |
radius_m | JASTRONOMY::JEllipsoid | |
set(const angle_type_deg &angle) | JASTRONOMY::angle_type_rad | inline |