Uses of Class
stella.merit.AbstractMerit

Packages that use AbstractMerit

Package	Description
stella.merit

Uses of AbstractMerit in stella.merit

Subclasses of AbstractMerit in stella.merit

Modifier and Type	Class and Description
class	AbstractNightMerit
class	AbstractPhaseMerit An abstract class that calculates the current phase of an object.
class	AfterPickMerit This merit represents a merit that grows/shrinks after a first successful observation of a target.
class	AfterTimeMerit This merit represents a merit that grows/shrinks after a specified time and dwindles out.
class	AirmassMerit A merit calculating its gain from the actual airmass to the target compared to the minimal airmass it might get.
class	AtTimeMerit A class defining a time-slot merit that peaks around a given date.
class	AvoidanceMerit A merit calculating its gain from the distance to a certain location in the sky.
class	AvoidObservablesMerit This merit features a list of targets names that render this merit zero, if any of them is observable.
class	BearingMerit A merit calculating its gain from the desired bearing direction.
class	BeforeAfterMerit A class defining a time-slot merit that allows observation either after or before a time defined with BeforeAfterMerit.KEY_T0.
class	BlockMerit A class defining a time-slot merit for a target that should be observed repetitive each night in the similar block fashion.
class	BlockTimeMerit This merit represents a merit that toggles between zero and 1 on jd0, stays at 1 for the specified number of days and than falls to zero again.
class	ChunkTimeMerit This merit represents a merit that allows putting together chunks of observing periods by featuring a list of block-start JDs and a length parameter (days), either given as a single value or as a list of equal length than jd0.
class	ConsecutiveMerit A consecutive merit guarantees a merit that is raised from the scale factor after it has been successfully observed for at least ConsecutiveMerit.KEY_SUCCESSCOUNT times.
class	ConstantMerit A class defining a constant merit.
class	DarkSkyMerit A dark sky merit combines an AirmassMerit and a SunAvoidanceMerit such, that it acts like the latter if the sun is higher than DarkSkyMerit.KEY_DARKLIMIT above the horizon, and as the former in the opposite case.
class	DawnMerit A dusk merit acts like a time out merit during night time, but on dawn it ignores its timeout and returns always its maximum.
class	EvenlySpacedMerit A class defining evently spaced time slot merits.
class	ExpressionMerit An arbitrary double expression that is parseable to a single number at run-time.
class	FixedBlockMerit A flavour of the EvenlySpacedMerit.
class	FixedDelayMerit A flavour of the EvenlySpacedMerit.
class	FixedRateMerit A flavour of the EvenlySpacedMerit.
class	FollowingProgramMerit A following program merit guarantees a merit that is only higher then zero if another target FollowingProgramMerit.KEY_COMPLETED has been completed.
class	ForcedSwitchOnMerit A class defining a time-slot merit for calibration observations that should not start before a named switch ForcedSwitchOnMerit.KEY_SWITCH is true and has been toggled to true at least ForcedSwitchOnMerit.KEY_ONFOR milliseconds.
class	ForcedTimeoutMerit A class defining a time-slot merit for a continuos observations with a forced time-out after the last successful observation.
class	JdMerit A class defining a time-slot merit that is active only within the defined span.
class	JdModulusMerit A class defining a time-slot merit that is one if the modulus of the integer of the actual Jd with JdModulusMerit.KEY_MODULUS yields JdModulusMerit.KEY_REMAINDER, zero otherwise.
class	MeridianTransitMerit A merit calculating its gain from the actual distance of the meridian to the target, but using different law on the east and on the west side of the meridian.
class	MiddayMerit A merit that peaks around the true midday, i.e.
class	MidnightMerit A merit that is peaks around the true midnight, i.e.
class	ModulusMerit A class defining a time-slot merit that is a repetition of on/off states.
class	MoonAvoidanceMerit A merit that calculates its gain from the distance of the target to the sun.
class	NightlyMerit A class defining a time-slot merit for a target that should be observed up to KEY_PERNIGHT times in a night, at least separated by NightlyMerit.KEY_TIMEOUT.
class	NightOptimalAirmassMerit A merit calculating its gain such that a single observation in a given night should be performed, if combined with an appropriately high ranked constant merit.
class	NightOptimalMerit A merit calculating its gain such that a single observation in a given night should be performed, if combined with an appropriately high ranked constant merit.
class	NightStretchMerit A class defining a time-slot merit for a target that should be observed up to KEY_PERNIGHT times in a night, at least separated by #KEY_TIMEOUT.
class	NumberMerit A class defining a decreasing merit as the number of successful observations of the target increases.
class	OneObservationMerit A class defining a one-observation merit.
class	OppositionMerit A merit calculating its merit from the opposition time of the target.
class	PatternMerit This class can be used to implement a single observational pattern.
class	PerNightBlockMerit A class defining a time-slot merit for a target that should be observed up to KEY_PERNIGHT blocks in a night, at least separated by PerNightBlockMerit.KEY_TIMEOUT.
class	PerNightMerit A class defining a time-slot merit for a target that should be observed up to KEY_PERNIGHT times in a night, at least separated by PerNightMerit.KEY_TIMEOUT.
class	PhaseAvoidanceMerit A class defining a time-slot merit that allows observation of a target at all phases except the ones states in the avoidance list.
class	PhaseCoherentMerit A class defining a time-slot merit that allows observation of a target that requires phase-coherent observations.
class	PhaseFillerMerit A class that tries to match observations such, that phase gaps are minimized.
class	PhaseMerit A class defining a time-slot merit that allows observation of a target that requires phased observations.
class	PickRaiseMerit This merit represents a merit that grows/shrinks after a first successful observation of a target.
class	PriorityJumpMerit A simple priority merit.
class	PriorityMerit A simple priority merit.
class	RandomizeGroupMerit This merit keeps all targets within a group at the same number of nightly observations.
class	RandomMerit A merit calculating a random gain between zero and RandomMerit.KEY_IMPACT.
class	RandomSpacedMerit
class	RepetitiveMerit This class can be used to implement a repetive pattern of observations.
class	SlewTimeMerit A merit calculating its gain from the actual pointing position of the telescope to the position of the new target.
class	SouthMerit A merit calculating its gain from the actual distance of the meridian to the target.
class	SuccessorCloseMerit A close successor merit guarantees a merit that is only higher then zero if another target SuccessorCloseMerit.KEY_SUCCEED has been successfully observed for at least SuccessorCloseMerit.KEY_SUCCESSCOUNT times within a time span of SuccessorCloseMerit.KEY_SUCCESSTIME.
class	SuccessorMerit A successor merit guarantees a merit that is only higher then zero if another target SuccessorMerit.KEY_SUCCEED has been successfully observed for at least SuccessorMerit.KEY_SUCCESSCOUNT times.
class	SunAvoidanceMerit A merit that calculates its gain from the distance of the target to the sun.
class	TerminalMerit A merit calculating its timeslot as being constant until a certain time in the future, then rather appruptely falling to zero.
class	TransitMerit A class defining a time-slot merit that allows observation of a transiting target.
class	TransitOnOffMerit This merit is identically to the TransitMerit except that it allows for a single 'off' observation within one period of an succsessful tranist observation.
class	UserMerit A user merit for balancing user-based target selection.
class	WindowMerit A merit calculating its gain from the remaining observation time of the target.
class	ZenithMerit A merit calculating its gain from the actual airmass to the target.