![]() |
VieSched++
VieVS VLBI Scheduling Software
|
▼NVieVS | Namespace VieVS is used for all defined classes |
CAbstractAntenna | Representation of a VLBI antenna |
CAbstractCableWrap | Representation of an VLBI cable wrap |
CAbstractFlux | Representation of source flux |
CAbstractHorizonMask | Representation of VLBI horizon mask |
►CAbstractSource | Representation of an abstract source which can be scheduled |
CAntenna_AzEl | Azimuth, elevation antenna |
CAntenna_GGAO | |
CAntenna_HaDc | Hour angle, declination antenna |
CAntenna_XYew | X, Y east west antenna |
CAst | Create Operation in Ast format |
CAstrometricCalibratorBlock | Calibrator block |
CAstronomicalParameters | Astronomical parameters needed for scheduling |
►CBaseline | Representation of a VLBI baseline |
►CBbc | BBC section of observing mode |
CCableWrap_AzEl | Azimuth, elevation cable wrap |
CCableWrap_HaDc | Hour angle, declination cable wrap |
CCableWrap_XYew | X, Y east west cable wrap |
CCalibratorBlock | Define calibrator blocks |
CEquipment | Representation of VLBI equipment |
CEquipment_elDependent | Representation of elevation dependent VLBI equipment |
CFlags | VieSched++ flags |
CFlux_B | Baseline length based flux information |
CFlux_M | Model based flux information |
CFocusCorners | |
►CFreq | FREQ section of observing mode |
►CHighImpactScanDescriptor | Define high impact scans |
CHorizonMask_line | Line based horizon mask |
CHorizonMask_step | Step based horizon mask |
►CIf | IF section of observing mode |
►CInitializer | This is the VLBI initializer that creats every objects and passes them to the VLBI_scheduler |
►CLogParser | Parser for station log files |
CLookupTable | Fast lookup tables with reduced accuracy |
CMode | MODE block |
►CMultiScheduling | Representation of VLBI multi scheduling tool |
CNetwork | Representation of a VLBI network |
CObservation | Representation of a VLBI observation |
CObservingMode | Observing modes |
COperationNotes | Create Operation notes output or skdsum output |
COutput | This is the VLBI output class that creates all output files |
CParameterGroup | Objects represents a group of any type (station, source, baseline) used only for creating and reading of the parameter.xlm file |
►CParameterSettings | This class stores all setup information and writes a VieSchedpp.xml file |
CParameterSetup | Representation of a setup in parameter.xml file |
CPointingVector | Representation of VLBI pointing vector |
CPosition | Representation of VLBI station position |
►CQuasar | |
CSatellite | |
►CScan | Representation of a VLBI scan |
CScanTimes | Representation of the VLBI scan time |
►CScheduler | This is the VLBI scheduling class which is responsible for the scan selection and the creation of the schedule |
►CSimulator | Main class for simulations |
CSkd | This is the VLBI skd-output class |
CSkdCatalogReader | Sked catalog reader class |
CSkdParser | Skd output file parser |
CSkyCoverage | Representation of the VLBI sky coverage object |
CSNR_table | Produces a SNR table for comparison with correlator |
►CSolver | Main class for least squares solver |
CSourceList | Representation of a SourceList |
CSourceStatistics | Creates the source statistics output file |
►CStation | Representation of a VLBI station |
CStationEndposition | Information about which station can be used for fillin mode and how much time is available |
CSubcon | Representation of a VLBI subcon |
CSubnetting | Class Subnetting |
CSubnetting_minIdle | Class Subnetting_minIdle |
CSubnetting_percent | Class Subnetting_percent |
CTimeSystem | This class holds importang time information |
►CTrack | Track section of observing mode |
CUnknown | This class defines one unknown parameter used during parameter estimation |
CVex | This is the VLBI vex-output class |
CVieSchedpp | This is the VieSched++ core class |
CVieVS_NamedObject | VieVS base object with name |
CVieVS_Object | VieVS base object |
CWeightFactors | Storage of all VLBI weight factors |
CCoordGeodetic | Stores a geodetic location (latitude, longitude, altitude) |
CCoordTopocentric | Stores a topocentric location (azimuth, elevation, range and range rate) |
CDateTime | Represents an instance in time |
CDecayedException | The exception that the SGP4 class throws when a satellite decays |
CEci | Stores an Earth-centered inertial position for a particular time |
CfocusCorners | Algorithm which focuses corners of commonly visible sky. Primary use-case for intensive sessions |
CiauASTROM | |
CiauLDBODY | |
CObserver | Stores an observers location in Eci coordinates |
COrbitalElements | The extracted orbital elements used by the SGP4 propagator |
CSatelliteException | The exception that the SGP4 class throws upon an error |
▼CSGP4 | The simplified perturbations model 4 propagater |
CCommonConstants | |
CDeepSpaceConstants | |
CIntegratorParams | |
CNearSpaceConstants | |
CSolarPosition | Find the position of the sun |
CTimeSpan | Represents a time interval |
CTle | Processes a two-line element set used to convey OrbitalElements |
CTleException | The exception that the Tle class throws on an error |
CVector | Generic vector |