Uses of Class
desmoj.core.simulator.TimeSpan

Packages that use TimeSpan

Package	Description
desmoj.core.advancedModellingFeatures	Components for advanced process synchronization and event scheduling.
desmoj.core.dist	Distributions to model stochastic effects.
desmoj.core.simulator	The core simulation infrastructure and basic components.
desmoj.core.statistic	Objects to collect statistical data.
desmoj.extensions.applicationDomains.harbour	Example model components for harbour terminal simulation.
desmoj.extensions.applicationDomains.production	Example model components for production system simulation.
desmoj.extensions.chaining	Chaining components, e.g. for generic production systems.
desmoj.extensions.crossbar	A higher-level construct to facilitate indirect process synchronization based on exchanging massages.
desmoj.extensions.scheduling	Timetables schedules to activate and passivate SimProcesses.
desmoj.extensions.space3D	Objects in a 3D space and relevant motion operations.
desmoj.extensions.visualization2d.animation.transport	Animated movement of entities and processes on routes.

Uses of TimeSpan in desmoj.core.advancedModellingFeatures

Methods in desmoj.core.advancedModellingFeatures that return TimeSpan

Modifier and Type	Method and Description
TimeSpan	WaitQueue.mAverageCoopTime() Returns the masters' (and slaves') time spent per cooperation (accounting only for the cooperation itself, excluding waiting).
TimeSpan	WaitQueue.mAverageWaitTime() Returns the average waiting time of all processes who have exited the master queue.
TimeSpan	WaitQueue.mMaxWaitTime() Returns the maximum duration in simulation time that an process has spent waiting inside the underlying master queue.
TimeSpan	WaitQueue.mStdDevWaitTime() Returns the standard deviation of the master queue's processes waiting times.
TimeSpan	WaitQueue.sAverageWaitTime() Returns the average waiting time of all processes who have exited the slave queue.
TimeSpan	WaitQueue.sMaxWaitTime() Returns the maximum duration in simulation time that an process has spent waiting inside the slave queue.
TimeSpan	WaitQueue.sStdDevWaitTime() Returns the standard deviation of the slave queue's processes waiting times.

Uses of TimeSpan in desmoj.core.dist

Methods in desmoj.core.dist that return TimeSpan

Modifier and Type	Method and Description
TimeSpan	ContDist.sampleTimeSpan() Convenience method to sample a period of random length by creating a TimeSpan whose length is determined by sampling this distribution (time unit is the experiment's reference units), thus replacing the pattern new TimeSpan(distribution.sample()).
TimeSpan	NumericalDist.sampleTimeSpan() Convenience method to sample a period of random length by creating a TimeSpan whose length is determined by sampling this distribution (time unit is the experiment's reference units), thus replacing the pattern new TimeSpan(distribution.sample()).
TimeSpan	SeriesNumerical.sampleTimeSpan() Convenience method to sample a period of random length by creating a TimeSpan whose length is determined by sampling this series (time unit is the experiment's reference units), thus replacing the pattern new TimeSpan(series.sample()).
TimeSpan	ContDist.sampleTimeSpan(java.util.concurrent.TimeUnit unit) Convenience method to sample a period of random length by creating a TimeSpan whose length is determined by sampling this distribution (time unit given explicitly as parameter), thus replacing the pattern new TimeSpan(distribution.sample(), unit).
TimeSpan	NumericalDist.sampleTimeSpan(java.util.concurrent.TimeUnit unit) Convenience method to sample a period of random length by creating a TimeSpan whose length is determined by sampling this distribution (time unit given explicitly as parameter), thus replacing the pattern new TimeSpan(distribution.sample(), unit).
TimeSpan	SeriesNumerical.sampleTimeSpan(java.util.concurrent.TimeUnit unit) Convenience method to sample a period of random length by creating a TimeSpan whose length is determined by sampling this series (time unit given explicitly as parameter), thus replacing the pattern new TimeSpan(series.sample(), unit).

Uses of TimeSpan in desmoj.core.simulator

Methods in desmoj.core.simulator that return TimeSpan

Modifier and Type	Method and Description
static TimeSpan	TimeOperations.add(TimeSpan a, TimeSpan b) Returns a new TimeSpan object representing the sum of the given TimeSpan objects.
TimeSpan	QueueBased.averageWaitTime() Returns the average waiting time of all objects who have exited the queue.
TimeSpan	TimeSpan.Builder.build() Use this method to create TimeSpan objects with the builder pattern.
static TimeSpan	TimeOperations.diff(TimeInstant a, TimeInstant b) Returns a new TimeSpan object representing the absolute difference of the given TimeInstant objects, i.e. the span of time between the two instants of time.
static TimeSpan	TimeOperations.diff(TimeSpan a, TimeSpan b) Returns a new TimeSpan object representing the absolute difference of the given TimeSpan objects.
static TimeSpan	TimeOperations.divide(TimeSpan dividend, double divisor) Returns a new TimeSpan object representing the quotient of the given TimeSpan and the divisor of type double.
static TimeSpan	TimeOperations.getEpsilonSpan() Returns the smallest distinguishable TimeSpan.
TimeSpan	QueueBased.maxWaitTime() Returns the maximum duration in simulation time that an object has spent waiting inside the underlying queue.
static TimeSpan	TimeOperations.multiply(double factor, TimeSpan span) Returns a new TimeSpan object representing the product of the given TimeSpan and the factor of type double.
static TimeSpan	TimeOperations.multiply(TimeSpan span, double factor) Returns a new TimeSpan object representing the product of the given TimeSpan and the factor of type double.
TimeSpan	QueueBased.stdDevWaitTime() Returns the standard deviation of the queue's objects waiting times.

Methods in desmoj.core.simulator with parameters of type TimeSpan

Modifier and Type	Method and Description
void	SimProcess.activate(TimeSpan dt) Schedules the SimProcess to be activated after a given span of simulation time.
static TimeInstant	TimeOperations.add(TimeInstant instant, TimeSpan span) Returns a new Time Instant determined from the instant passed to this method plus the time span passed to method.
static TimeInstant	TimeOperations.add(TimeSpan span, TimeInstant instant) Returns a new Time Instant determined from the instant passed to this method plus the time span passed to method.
static TimeSpan	TimeOperations.add(TimeSpan a, TimeSpan b) Returns a new TimeSpan object representing the sum of the given TimeSpan objects.
java.lang.String	MultiUnitTimeFormatter.buildTimeString(TimeSpan span) Returns the String-Representation of the given TimeSpan.
java.lang.String	PatternBasedTimeFormatter.buildTimeString(TimeSpan span) Returns the String-Representation of the given TimeSpan.
java.lang.String	SingleUnitTimeFormatter.buildTimeString(TimeSpan span) Returns the String-Representation of the given TimeSpan
java.lang.String	TimeFormatter.buildTimeString(TimeSpan span) Returns the String representation of the given span of time.
int	TimeSpan.compareTo(TimeSpan anotherTimeSpan) Compares the given TimeSpan to this TimeSpan.
static TimeSpan	TimeOperations.diff(TimeSpan a, TimeSpan b) Returns a new TimeSpan object representing the absolute difference of the given TimeSpan objects.
static TimeSpan	TimeOperations.divide(TimeSpan dividend, double divisor) Returns a new TimeSpan object representing the quotient of the given TimeSpan and the divisor of type double.
static double	TimeOperations.divide(TimeSpan dividend, TimeSpan divisor) Returns a new TimeSpan object representing the quotient of the given TimeSpan objects.
static java.lang.String	TimeOperations.formatTimeSpan(TimeSpan span) Formats the given span of time according to the timeFormatter.
void	SimProcess.hold(TimeSpan dt) Passivates a SimProcess for the given span of time.
ExternalEvent	SimProcess.interruptDelayed(TimeSpan delay) Schedules this process to be interrupted after the given delay.
static boolean	TimeSpan.isEqual(TimeSpan a, TimeSpan b) Indicates whether TimeSpan a is equal to TimeSpan b, i.e. they are of equal length.
static boolean	TimeSpan.isLonger(TimeSpan a, TimeSpan b) Checks if the first of two spans of simulation time is longer than the second.
static boolean	TimeSpan.isLongerOrEqual(TimeSpan a, TimeSpan b) Checks if the first of two spans of simulation time is longer than the second or equal to the second.
static boolean	TimeSpan.isShorter(TimeSpan a, TimeSpan b) Checks if the first of two spans of simulation time is shorter than the second.
static boolean	TimeSpan.isShorterOrEqual(TimeSpan a, TimeSpan b) Checks if the first of two spans of simulation time is shorter than the second or equal to the second.
static TimeSpan	TimeOperations.multiply(double factor, TimeSpan span) Returns a new TimeSpan object representing the product of the given TimeSpan and the factor of type double.
static TimeSpan	TimeOperations.multiply(TimeSpan span, double factor) Returns a new TimeSpan object representing the product of the given TimeSpan and the factor of type double.
void	SimProcess.reActivate(TimeSpan dt) Re-schedules all SimProcess activation by adding a TimeSpan to the current activation times.
void	Schedulable.reSchedule(TimeSpan dt) Re-schedules the Schedulable by shifting all EventNote by a specified TimeSpan.
<E extends Entity> void	Entity.schedule(E who2, EventOf2Entities<?,E> what, TimeSpan dt) Schedules this Entity to be manipulated by the given EventOf2Entities at the current time plus the given offset.
<E extends Entity,F extends Entity> void	Entity.schedule(E who2, F who3, EventOf3Entities<?,E,F> what, TimeSpan dt) Schedules this Entity to be manipulated by the given EventOf3Entities at the current time plus the given offset.
void	EventOf3Entities.schedule(E who1, F who2, G who3, TimeSpan dt) Schedules this event to act on the given entities at the specified point in simulation time.
void	EventOf2Entities.schedule(E who1, F who2, TimeSpan dt) Schedules this event to act the given entities at the specified point in simulation time.
void	Event.schedule(E who, TimeSpan dt) Schedules this event to act on the given Entity at the specified point in simulation time.
void	Entity.schedule(Event<?> what, TimeSpan dt) Schedules this Entity to be manipulated by the given Event at the current time plus the given offset.
void	ExternalEvent.schedule(TimeSpan dt) Schedules this external event to make the desired changes to the experiment or model at the current point of time plus the given span of time.
void	ExternalEventStop.schedule(TimeSpan dt) Schedules this external event to make the desired changes to the experiment or model at the current point of time plus the given span of time
static TimeInstant	TimeOperations.subtract(TimeInstant instant, TimeSpan span) Returns a new Time Instant determined from the instant passed to this method minus the time span passed to method.

Uses of TimeSpan in desmoj.core.statistic

Methods in desmoj.core.statistic that return TimeSpan

Modifier and Type	Method and Description
TimeSpan	HistogramAccumulate.getObservationsInCell(int cell) Returns the observations made for the given cell, so far.
TimeSpan	Accumulate.getPeriodMeasured() Returns the period measured (excluding pauses).

Methods in desmoj.core.statistic with parameters of type TimeSpan

Modifier and Type	Method and Description
void	Aggregate.update(TimeSpan t)
abstract void	StatisticObjectSupportingTimeSpans.update(TimeSpan t) Updates this data collector object with a specific TimeSpan.
void	TimeSeries.update(TimeSpan t)
void	ValueStatistics.update(TimeSpan t)

Uses of TimeSpan in desmoj.extensions.applicationDomains.harbour

Methods in desmoj.extensions.applicationDomains.harbour with parameters of type TimeSpan

Modifier and Type	Method and Description
void	Crane.drive(TimeSpan time) This method describes the driving of the crane ( crane speader).
void	Crane.load(TimeSpan time) This method describes the loading action of this crane.
void	InternalTransporter.pickDown(TimeSpan time) This method describes the unloading of the internal transporter.
void	InternalTransporter.pickUp(TimeSpan time) This method describes the loading of the internal transporter.
void	Crane.unload(TimeSpan time) This method describes the unloading action of this crane.

Uses of TimeSpan in desmoj.extensions.applicationDomains.production

Methods in desmoj.extensions.applicationDomains.production that return TimeSpan

Modifier and Type	Method and Description
TimeSpan	SimpleTransporter.getReturnTimeSample() Returns a TimeSpan object representing the time it takes the SimpleTransporter to return to his home base ( TransportJunction) after having transported the goods to some place.
TimeSpan	RestockProcessMT.getReviewSpan() Returns the time span between every replenishment of the Stock.
TimeSpan	RestockProcessQT.getReviewSpan() Returns the time span between every replenishment of the Stock.
TimeSpan	WorkStation.mAverageWaitTime() Returns the average waiting time of all processes who have exited the master queue.
TimeSpan	WorkStation.mMaxWaitTime() Returns the maximum duration in simulation time that an process has spent waiting inside the underlying master queue.
TimeSpan	WorkStation.mStdDevWaitTime() Returns the standard deviation of the master queue's processes waiting times.
TimeSpan	WorkStation.sAverageWaitTime(int index) Returns the average waiting time of all processes who have exited the slave queue indicated by the index..
TimeSpan	WorkStation.sMaxWaitTime(int index) Returns the maximum duration in simulation time that an process has spent waiting inside the slave queue indicated by the index.
TimeSpan	WorkStation.sStdDevWaitTime(int index) Returns the standard deviation of the slave queue's processes waiting times.

Methods in desmoj.extensions.applicationDomains.production with parameters of type TimeSpan

Modifier and Type	Method and Description
void	RestockProcessMT.setReviewSpan(TimeSpan newReviewSpan) Sets the review period to a new value.
void	RestockProcessQT.setReviewSpan(TimeSpan newReviewSpan) Sets the review period to a new value.

Constructors in desmoj.extensions.applicationDomains.production with parameters of type TimeSpan

Constructor and Description
RestockProcessMT(Model owner, java.lang.String name, long mil, TimeSpan t, Stock client, boolean showInTrace) Constructs a RestockProcessMT which restocks a client Stock after a fixed time period up to a maximum inventory level.
RestockProcessMT(Model owner, java.lang.String name, long mil, TimeSpan t, Stock client, NumericalDist<?> lt, boolean showInTrace) Constructs a RestockProcessMT which restocks a client Stock after a fixed time period up to a maximum inventory level.
RestockProcessQT(Model owner, java.lang.String name, long q, TimeSpan t, Stock client, boolean showInTrace) Constructs a RestockProcessQT which restocks a client Stock after a fixed time period with a fixed quantity of units.
RestockProcessQT(Model owner, java.lang.String name, long q, TimeSpan t, Stock client, NumericalDist<?> lt, boolean showInTrace) Constructs a RestockProcessQT which restocks a client Stock after a fixed time period with a fixed quantity of units.

Uses of TimeSpan in desmoj.extensions.chaining

Methods in desmoj.extensions.chaining that return TimeSpan

Modifier and Type	Method and Description
TimeSpan	SplitterOutput.getTransportTime() gets the transport time of the station

Uses of TimeSpan in desmoj.extensions.crossbar

Methods in desmoj.extensions.crossbar with parameters of type TimeSpan

Modifier and Type	Method and Description
CrossbarMessage	MessageCrossbar.waitForMessage(java.util.List<MessageChannel<T>> channelsToWaitOn, TimeSpan maxWaitTime) Wait for a CrossbarMessage on the specified message channels, thereby passivating the current process.
CrossbarMessage	MessageChannel.waitForMessage(TimeSpan maxWaitTime) Wait for a CrossbarMessage on this channel, thereby passivating the current process.

Uses of TimeSpan in desmoj.extensions.scheduling

Constructors in desmoj.extensions.scheduling with parameters of type TimeSpan

Constructor and Description
EntitySchedule(Model owner, TimeSpan fromBeginOfDay, TimeSpan untilBeginOfDay) Default Schedule ohne Zeitbeschraenkung, werktags mit default Zeitzone
EntityScheduleEntry(Model model, TimeSpan fromBeginOfDay, TimeSpan untilBeginOfDay) Create an schedule entry with daily time border.
EntityScheduleEntry(Model model, TimeSpan fromBeginOfDay, TimeSpan untilBeginOfDay, double value)
EntityScheduleEntry(Model model, TimeSpan fromBeginOfDay, TimeSpan untilBeginOfDay, java.lang.Object value) Create an schedule entry with daily time border and an entry value.

Uses of TimeSpan in desmoj.extensions.space3D

Methods in desmoj.extensions.space3D that return TimeSpan

Modifier and Type	Method and Description
TimeSpan	Movement.getAccDuration() Gets the duration of the acceleration phase.
TimeSpan	Movement.getDecDuration() Gets the duration of the deceleration phase.
TimeSpan	Movement.getMaxSpeedDuration() Gets the duration when the movement has the maximum speed.
TimeSpan	Movement.getTotalDuration() Gets the total duration which is the sum of all the 3 phases.

Methods in desmoj.extensions.space3D with parameters of type TimeSpan

Modifier and Type	Method and Description
static Movement	KinematicsCalculations.configureMovement(Movement movement, double totalDistance, double initialSpeed, double maxSpeed, double acc, double dec, TimeSpan totalSimDuration) Configures the Movement object based on the track length, the start speed, the maximum speed, the acceleration, the deceleration and a given total duration.
static Movement	KinematicsCalculations.configureMovement(Movement movement, double totalDistance, double initialSpeed, double acc, double dec, TimeSpan totalSimDuration) Configures the Movement object based on the track length, the start speed, the acceleration, the deceleration and a given total duration.
static double	KinematicsCalculations.getAcceleration(double initialSpeed, double endSpeed, TimeSpan duration) Gets the acceleration value based on the initial, the end speed and the acceleration duration.
void	MovableSpatialEntity.move(SpatialObject destination, java.lang.String entryPointName, TimeSpan duration, boolean focusOnTrack)
void	MovableSpatialObject.move(SpatialObject destination, java.lang.String entryPointName, TimeSpan duration, boolean focusOnTrack) Move the object to the position of another SpatialObject with a specified duration.
void	MovableSpatialSimProcess.move(SpatialObject destination, java.lang.String entryPointName, TimeSpan duration, boolean focusOnTrack)
void	MovableSpatialEntity.move(SpatialObject destination, java.lang.String entryPointName, TimeSpan duration, double maxSpeed, double acc, double dec, boolean focusOnTrack)
void	MovableSpatialObject.move(SpatialObject destination, java.lang.String entryPointName, TimeSpan duration, double maxSpeed, double acc, double dec, boolean focusOnTrack) Move the object to the position of another SpatialObject with specific attributes.
void	MovableSpatialSimProcess.move(SpatialObject destination, java.lang.String entryPointName, TimeSpan duration, double maxSpeed, double acc, double dec, boolean focusOnTrack)
void	MovableSpatialSimProcess.moveConcurrent(SpatialObject destination, java.lang.String entryPointName, TimeSpan duration, boolean focusOnTrack) Move the object to the position of another SpatialObject with a specified duration.
void	MovableSpatialSimProcess.moveConcurrent(SpatialObject destination, java.lang.String entryPointName, TimeSpan duration, double maxSpeed, double acc, double dec, boolean focusOnTrack) Move the object to the position of another SpatialObject with specific attributes.
void	MovableSpatialEntity.rotX(double angle, TimeSpan duration)
void	MovableSpatialObject.rotX(double angle, TimeSpan duration) Rotates the object about the x-axis using an animation.
void	MovableSpatialSimProcess.rotX(double angle, TimeSpan duration)
void	MovableSpatialSimProcess.rotXConcurrent(double angle, TimeSpan duration) Rotates the object about the x-axis using an animation.
void	MovableSpatialEntity.rotY(double angle, TimeSpan duration)
void	MovableSpatialObject.rotY(double angle, TimeSpan duration) Rotates the object about the y-axis using an animation.
void	MovableSpatialSimProcess.rotY(double angle, TimeSpan duration)
void	MovableSpatialSimProcess.rotYConcurrent(double angle, TimeSpan duration) Rotates the object about the y-axis using an animation.
void	MovableSpatialEntity.rotZ(double angle, TimeSpan duration)
void	MovableSpatialObject.rotZ(double angle, TimeSpan duration) Rotates the object about the z-axis using an animation.
void	MovableSpatialSimProcess.rotZ(double angle, TimeSpan duration)
void	MovableSpatialSimProcess.rotZConcurrent(double angle, TimeSpan duration) Rotates the object about the z-axis using an animation.
void	Movement.setAccDuration(TimeSpan accDuration) Sets the acceleration duration
void	Movement.setDecDuration(TimeSpan decDuration) Sets the deceleration duration.
void	Movement.setMaxSpeedDuration(TimeSpan maxSpeedDuration) Sets the duration of the maximum speed.

Constructors in desmoj.extensions.space3D with parameters of type TimeSpan

Constructor and Description
Movement(Track track, TimeSpan accDuration, TimeSpan maxSpeedDuration, TimeSpan decDuration, double initialSpeed, double maxSpeed, double endSpeed) It constructs a Movement object with given speed and duration of each phases.

Uses of TimeSpan in desmoj.extensions.visualization2d.animation.transport

Methods in desmoj.extensions.visualization2d.animation.transport with parameters of type TimeSpan

Modifier and Type	Method and Description
boolean	TransportRouteAnimation.insert(E entity, TimeSpan routeTime) Insert an entity at begin of route.