Uses of Interface
org.episteme.core.measure.quantity.Time
Packages that use Time
Package
Description
Implements a comprehensive units framework enabling type-safe
Defines interfaces for physical quantities, organized by
Provides classes and interfaces for org.episteme.natural.device.sim.
Provides mathematical and analytical models for architectural engineering,
building physics, and urban history.
Provides models and simulation engines for urban traffic flow analysis.
Provides comprehensive mathematical models for economic systems, agent-based
modeling, and financial analysis.
- historical events, timelines, and chronology.
Provides the
org.episteme.social.history.time module.Temporal coordinate and interval support for historical analysis.
Provides the
org.episteme.social.politics module.Provides the
org.episteme.social.psychology module.Provides classes and interfaces for sports science, athletic performance analysis,
and competition modeling.
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Uses of Time in org.episteme.core.measure
Fields in org.episteme.core.measure with type parameters of type TimeModifier and TypeFieldDescriptionUnits.DAYDay: 1 d = 86400 sUnits.HOURHour: 1 h = 3600 sUnits.MICROSECONDMicrosecond: 1 μs = 10âÂȉ¶ sUnits.MILLISECONDMillisecond: 1 ms = 0.001 sUnits.MINUTEMinute: 1 min = 60 sUnits.NANOSECONDNanosecond: 1 ns = 10âÂȉ¹ sUnits.SAlias for SECONDUnits.SECONDThe SI unit of time: second (s).Units.WEEKWeek: 1 wk = 7 dUnits.YEARJulian Year: 1 yr = 365.25 dMethods in org.episteme.core.measure that return types with arguments of type Time -
Uses of Time in org.episteme.core.measure.quantity
Subinterfaces with type arguments of type Time in org.episteme.core.measure.quantity -
Uses of Time in org.episteme.core.measure.units
Fields in org.episteme.core.measure.units with type parameters of type Time -
Uses of Time in org.episteme.jni.jni.devices
Methods in org.episteme.jni.jni.devices that return types with arguments of type TimeMethod parameters in org.episteme.jni.jni.devices with type arguments of type Time -
Uses of Time in org.episteme.nativ.physics.classical.mechanics.collision.backends.genesis
Method parameters in org.episteme.nativ.physics.classical.mechanics.collision.backends.genesis with type arguments of type TimeModifier and TypeMethodDescriptionvoidGenesisWorld.stepSimulation(Quantity<Time> timeStep) voidGenesisWorld.stepSimulation(Quantity<Time> timeStep, int maxSubSteps, Quantity<Time> fixedTimeStep) voidNativeGenesisWorld.stepSimulation(Quantity<Time> timeStep) voidNativeGenesisWorld.stepSimulation(Quantity<Time> timeStep, int maxSubSteps, Quantity<Time> fixedTimeStep) -
Uses of Time in org.episteme.nativ.physics.classical.mechanics.collision.backends.jbullet
Method parameters in org.episteme.nativ.physics.classical.mechanics.collision.backends.jbullet with type arguments of type TimeModifier and TypeMethodDescriptionvoidJBulletWorld.stepSimulation(Quantity<Time> timeStep) voidJBulletWorld.stepSimulation(Quantity<Time> timeStep, int maxSubSteps, Quantity<Time> fixedTimeStep) -
Uses of Time in org.episteme.nativ.physics.classical.mechanics.collision.backends.ode
Method parameters in org.episteme.nativ.physics.classical.mechanics.collision.backends.ode with type arguments of type TimeModifier and TypeMethodDescriptionvoidNativeODEWorld.stepSimulation(Quantity<Time> timeStep) voidNativeODEWorld.stepSimulation(Quantity<Time> timeStep, int maxSubSteps, Quantity<Time> fixedTimeStep) voidODEWorld.stepSimulation(Quantity<Time> timeStep) voidODEWorld.stepSimulation(Quantity<Time> timeStep, int maxSubSteps, Quantity<Time> fixedTimeStep) -
Uses of Time in org.episteme.natural.device.sensors
Methods in org.episteme.natural.device.sensors that return types with arguments of type TimeMethod parameters in org.episteme.natural.device.sensors with type arguments of type TimeModifier and TypeMethodDescriptionvoidSpectrometer.setIntegrationTime(Quantity<Time> time) voidOscilloscope.setTimeBase(Quantity<Time> secondsPerDivision) -
Uses of Time in org.episteme.natural.device.sim
Methods in org.episteme.natural.device.sim that return types with arguments of type TimeModifier and TypeMethodDescriptionSimulatedSpectrometer.getIntegrationTime()SimulatedOscilloscope.getTimeBase()Method parameters in org.episteme.natural.device.sim with type arguments of type TimeModifier and TypeMethodDescriptionvoidSimulatedSpectrometer.setIntegrationTime(Quantity<Time> time) voidSimulatedOscilloscope.setTimeBase(Quantity<Time> secondsPerDivision) -
Uses of Time in org.episteme.natural.earth.geophysics
Method parameters in org.episteme.natural.earth.geophysics with type arguments of type TimeModifier and TypeMethodDescriptionstatic PlateVectorPlateMotionCalculator.predictPosition(PlateVector start, Quantity<Time> duration) Projects the position of a site into the future based on its velocity vector. -
Uses of Time in org.episteme.natural.earth.seismology
Methods in org.episteme.natural.earth.seismology that return types with arguments of type TimeModifier and TypeMethodDescriptionSeismology.pWaveTravelTime(Quantity<Length> distance) P-wave travel time for crustal path.Seismology.spTimeDifference(Quantity<Length> distance) S-P time difference (used for locating earthquakes).Seismology.sWaveTravelTime(Quantity<Length> distance) S-wave travel time for crustal path.Method parameters in org.episteme.natural.earth.seismology with type arguments of type TimeModifier and TypeMethodDescriptionSeismology.distanceFromSpTime(Quantity<Time> spTime) Estimate distance from S-P time difference. -
Uses of Time in org.episteme.natural.engineering.control
Methods in org.episteme.natural.engineering.control that return types with arguments of type TimeModifier and TypeMethodDescriptionPeak time for second-order underdamped system. tp = π / wdRise time estimate for second-order system. tr ≈ (π - φ) / wdControlSystems.settlingTime(Quantity<Frequency> wn, Real zeta) Settling time (2% criterion). ts ≈ 4 / (ζ * ωn)Method parameters in org.episteme.natural.engineering.control with type arguments of type TimeModifier and TypeMethodDescriptionstatic RealFirst-order system step response. y(t) = K * (1 - e^(-t/τ))Constructor parameters in org.episteme.natural.engineering.control with type arguments of type Time -
Uses of Time in org.episteme.natural.engineering.electrical
Methods in org.episteme.natural.engineering.electrical that return types with arguments of type TimeModifier and TypeMethodDescriptionCircuitAnalysis.rcTimeConstant(Quantity<ElectricResistance> r, Quantity<ElectricCapacitance> c) RC time constant.CircuitAnalysis.rlTimeConstant(Quantity<Inductance> l, Quantity<ElectricResistance> r) RL time constant. -
Uses of Time in org.episteme.natural.medicine.epidemiology
Methods in org.episteme.natural.medicine.epidemiology that return types with arguments of type TimeModifier and TypeMethodDescriptionSIRModel.getPeakTime()Peak time estimationSEIRModel.getTime()SEIRSModel.getTime()SIRModel.getTime()Method parameters in org.episteme.natural.medicine.epidemiology with type arguments of type Time -
Uses of Time in org.episteme.natural.medicine.pharmacology
Methods in org.episteme.natural.medicine.pharmacology that return types with arguments of type TimeModifier and TypeMethodDescriptionPharmacokinetics.getHalfLife()Elimination half-life. t½ = ln(2) / kePharmacokinetics.timeToPeak(Quantity<Frequency> absorptionRate) Time to peak concentration after oral dose. tmax = ln(ka/ke) / (ka - ke)Method parameters in org.episteme.natural.medicine.pharmacology with type arguments of type TimeModifier and TypeMethodDescriptionstatic PharmacokineticsPharmacokinetics.fromHalfLife(Quantity<Time> halfLife, Quantity<Volume> volume, double bioavailability) Creates model from half-life and volume. -
Uses of Time in org.episteme.natural.physics.astronomy
Fields in org.episteme.natural.physics.astronomy with type parameters of type TimeModifier and TypeFieldDescriptionAstronomyConstants.DAY_DURATIONAstronomyConstants.GAUSSIAN_YEARGaussian year (period of ideal particle in circular orbit).AstronomyConstants.JULIAN_YEARStandard Julian year (exactly 365.25 days).AstronomyConstants.SIDEREAL_DAYSideral day (rotation of Earth relative to fixed stars).AstronomyConstants.SIDEREAL_YEARSidereal year (orbital period relative to fixed stars).AstronomyConstants.TROPICAL_YEARTropical year (period between successive vernal equinoxes).Methods in org.episteme.natural.physics.astronomy that return types with arguments of type TimeMethod parameters in org.episteme.natural.physics.astronomy with type arguments of type TimeModifier and TypeMethodDescriptionvoidCelestialBody.setRotationPeriod(Quantity<Time> rotationPeriod) -
Uses of Time in org.episteme.natural.physics.astronomy.mechanics
Methods in org.episteme.natural.physics.astronomy.mechanics that return types with arguments of type TimeModifier and TypeMethodDescriptionOrbitalMechanics.hohmannTransferTime(Real r1, Real r2, Real mu) Hohmann transfer time (half the period of transfer orbit).OrbitalMechanics.orbitalPeriod(Real semiMajorAxis, Real mu) Kepler's Third Law: Orbital period from semi-major axis.OrbitalMechanics.orbitalPeriodEarth(Real semiMajorAxis) Orbital period for Earth-orbiting satellite.OrbitalMechanics.synodicPeriod(Real period1, Real period2) Synodic period between two orbiting bodies. 1/T_syn = |1/T1 - 1/T2|Method parameters in org.episteme.natural.physics.astronomy.mechanics with type arguments of type Time -
Uses of Time in org.episteme.natural.physics.classical.mechanics
Methods in org.episteme.natural.physics.classical.mechanics that return types with arguments of type TimeModifier and TypeMethodDescriptionProjectileMotion.getTimeOfFlight()Calculates time of flight until ground. -
Uses of Time in org.episteme.natural.physics.classical.mechanics.collision
Method parameters in org.episteme.natural.physics.classical.mechanics.collision with type arguments of type TimeModifier and TypeMethodDescriptionvoidPhysicsWorldBridge.stepSimulation(Quantity<Time> timeStep) Steps the simulation forward in time.voidPhysicsWorldBridge.stepSimulation(Quantity<Time> timeStep, int maxSubSteps, Quantity<Time> fixedTimeStep) Steps the simulation with fixed time steps and max substeps. -
Uses of Time in org.episteme.natural.physics.loaders
Methods in org.episteme.natural.physics.loaders that return types with arguments of type TimeModifier and TypeMethodDescriptionExoplanetInfo.getOrbitalPeriod()Returns orbital period as type-safe Quantity in seconds. -
Uses of Time in org.episteme.natural.physics.nuclear
Methods in org.episteme.natural.physics.nuclear that return types with arguments of type TimeModifier and TypeMethodDescriptionRadioactiveDecay.getHalfLifeQuantity()RadioactiveDecay.timeForFraction(Real fraction) Time for specific fraction to remain. -
Uses of Time in org.episteme.social.architecture
Methods in org.episteme.social.architecture that return types with arguments of type Time -
Uses of Time in org.episteme.social.architecture.traffic
Method parameters in org.episteme.social.architecture.traffic with type arguments of type Time -
Uses of Time in org.episteme.social.economics
Methods in org.episteme.social.economics that return types with arguments of type TimeModifier and TypeMethodDescriptionPotentialResource.getDecayTime()Worker.getWorkedHours()Returns the number of hours worked per year.Method parameters in org.episteme.social.economics with type arguments of type TimeModifier and TypeMethodDescriptionvoidPotentialResource.setDecayTime(Quantity<Time> decayTime) voidWorker.setWorkedHours(Quantity<Time> workedHours) Sets the number of hours worked per year. -
Uses of Time in org.episteme.social.history
Fields in org.episteme.social.history with type parameters of type TimeModifier and TypeFieldDescriptionHistoryConstants.EARTH_AGEEstimated age of the Earth (~4.54 billion years).HistoryConstants.JULIAN_YEARNumber of seconds in a standard Julian year.HistoryConstants.SOLAR_SYSTEM_AGEEstimated age of the Solar System (~4.571 billion years).HistoryConstants.UNIVERSE_AGEEstimated age of the Universe (v2024 estimate: ~13.787 billion years). -
Uses of Time in org.episteme.social.history.clock
Fields in org.episteme.social.history.clock with type parameters of type TimeModifier and TypeFieldDescriptionChineseTime.CHINESE_DAYUnit for one Chinese day (100 'ke').ChineseTime.CHINESE_FENUnit for one Chinese 'fen' (60 Chinese seconds).ChineseTime.CHINESE_KEUnit for one Chinese 'ke' (60 'fen').ChineseTime.CHINESE_MILLISECONDUnit for one Chinese millisecond.ChineseTime.CHINESE_SECONDThe base unit for Chinese seconds (approx. 0.24 standard seconds).HexadecimalTime.HEX_DAYUnit for one hexadecimal day (16 hex hours).HexadecimalTime.HEX_HOURUnit for one hexadecimal hour (16 hex maximes).HexadecimalTime.HEX_MAXIMEUnit for one hexadecimal maxime (16 hex minutes).HexadecimalTime.HEX_MILLISECONDUnit for one hexadecimal millisecond.HexadecimalTime.HEX_MINUTEUnit for one hexadecimal minute (16 hex seconds).HexadecimalTime.HEX_SECONDBase unit for hexadecimal seconds (1.318359375 SI seconds).Methods in org.episteme.social.history.clock that return types with arguments of type Time -
Uses of Time in org.episteme.social.history.time
Methods in org.episteme.social.history.time that return types with arguments of type Time -
Uses of Time in org.episteme.social.politics
Methods in org.episteme.social.politics that return types with arguments of type TimeMethod parameters in org.episteme.social.politics with type arguments of type Time -
Uses of Time in org.episteme.social.psychology
Methods in org.episteme.social.psychology that return types with arguments of type TimeModifier and TypeMethodDescriptionReactionTimeAnalysis.fittsLaw(Quantity<Time> a, Quantity<Time> b, Quantity<Length> d, Quantity<Length> w) Models movement time to a target using Fitts's Law.Models decision time based on the number of choices using Hick's Law.ReactionTimeAnalysis.typicalSimpleRT(int age) Provides a rough estimate of Simple Reaction Time (SRT) based on age.Method parameters in org.episteme.social.psychology with type arguments of type Time -
Uses of Time in org.episteme.social.sports
Methods in org.episteme.social.sports that return types with arguments of type TimeModifier and TypeMethodDescriptionTrainingPeriodization.WorkoutSession.duration()Returns the value of thedurationrecord component.TrainingPeriodization.TrainingWeek.volume()Returns the value of thevolumerecord component.Method parameters in org.episteme.social.sports with type arguments of type TimeModifier and TypeMethodDescriptionQuantity<?> FatigueRecoveryModel.predictPerformance(Quantity<Time> restTime) Predicts athletic performance using Banister's Performance Model.Constructor parameters in org.episteme.social.sports with type arguments of type TimeModifierConstructorDescriptionTrainingWeek(int weekNumber, TrainingPeriodization.MesoPhase phase, TrainingPeriodization.TrainingLoad load, Quantity<Time> volume, double intensityAvg, String focus, List<String> keyWorkouts) Creates an instance of aTrainingWeekrecord class.WorkoutSession(String name, String type, Quantity<Time> duration, double intensity, String description, List<String> exercises) Creates an instance of aWorkoutSessionrecord class.