Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123]

Cfunctions.AddNumbers	Add two numbers with the Addition function
Cbasic.Average	Compute the cumulative average of a list of numbers
Cepisodes.AverageEpisodes	Computes the list of average values of each episode, grouped by day
Cbasic.AverageFork	Compute the cumulative average of a list of numbers
Cwidgets.AverageSlider	Display a real-time plot of the values of a slider in a Swing frame
Cmining.trenddistance.AverageValueAbsolute	Trend distance based on the average of values in a stream
Cmining.trenddistance.AverageValueRelative	Trend distance based on the average of values in a stream
Cutil.BagsContains	Usage of the Bags.contains function
Cutil.BagsFunctions	Illustrate the use of a few functions from the Bags class
Cnetwork.httppush.twinprimes.BigIntegerFunctions	Contains a few utility functions for manipulating Java's BigInteger objects
Cbasic.BinaryPush	Push events into a processor of input arity 2
Cnetwork.CompoundObject	A dummy object used to show serialization
Cfunctions.ConstantUsage	Basic usage of the ca.uqac.lif.cep.functions.Constant function
Cbasic.ContextExample	Use a processor's Context object
Cxml.ContextExample	Evaluate JPath expressions on JSON elements
Cbasic.CountDecimateLast	Behaviour of the CountDecimate processor on the last event of a stream
Cbasic.CountDecimateSimple	Use the CountDecimate processor to discard events from a stream
Ctuples.CsvReaderExample	Read tuples from a CSV file using the TupleFeeder processor
Cfunctions.CumulateAnd	Use a cumulative processor to perform the conjunction of a stream of Boolean values
Cplots.CumulativeScatterplot	Update a 2D scatterplot in realtime from two streams of numbers
Cbasic.CumulativeSum	Use a cumulative processor to compute the sum of all events received so far
Cbasic.DecimationSum	Compute the sum of every pair of successive events
Cnialm.DetectAppliance
Crobot.DetectSkidding	Detects situations where a moving robot loses traction and starts skidding
Cbasic.DuplicateContext	Duplicating processors and observing what happens to their Context object
Cbasic.DuplicateGroup	Duplicating processors without preserving their state
Cbasic.DuplicateNoState	Duplicating processors without preserving their state
Cbasic.DuplicateState	Duplicating processors and preserving their state
Cbasic.DuplicateStateQueues	Duplicating processors without preserving their state
Cartimon.Engine	Compute data about the execution of a hybrid car engine
Cmining.learning.EngineOverheatSimple	Train a classifier to predict the overheating of an engine
Cltl.EventuallySimple	Basic usage of LTL's Eventually processor
Cfinitestatemachines.ExtendedMooreMachine	Create an extended state machine with state variables
Csignal.FakeSignal
Ccomplex.FileDemo	Creates complex events out of low-level events occurring to files
Cbasic.FileReader	Read an input stream from a text file line by line and show the output
Cbasic.FilterConditionComposite	Filter a trace by evaluating a compound condition on the events of that trace
Cbasic.FilterConditionSimple	Filter a trace by evaluating a simple condition on the events of that trace
Cbasic.FilterSimple	Discard events from an input trace with the Filter processor
Cfunctions.FixedInterval	Creates a compound function (a FunctionTree) that checks if a number lies between two fixed bounds
Cfol.ForAllFunctionSimple
Cbasic.ForkMutable	See the effect of sending a mutable object into a Fork processor
Cbasic.ForkPull	Use the Fork processor to replicate input events in multiple output streams
Cbasic.ForkPush	Use the Fork processor to replicate input events in multiple output streams
Cqbf.Formula1	Solves the QBF problem for the formula: ∀x ∃y ∃z : (x ∨ y) ∧ (¬x ∨ c) ∧ (¬y ∨ ¬ z) The pipeline to solve this problem is the following:
Cfunctions.FunctionBinary	Apply a binary function on an input stream using the ApplyFunction processor
Cfunctions.FunctionChain	Pipe multiple ApplyFunction processors to perform a more complex computation over a stream
Cfunctions.FunctionTreeUsage	Use a FunctionTree to create a complex function
Cfunctions.FunctionUsage	Show the basic usage of Function objects
Csignal.GenerateSignalGrouped
Cwidgets.GetValueSlider	Get the value of a Swing widget and use it as a source of events
Cltl.GloballySimple	Basic usage of LTL's Globally processor
Cbasic.GroupBinary	Encapsulate a chain of processors into a Group, with an output arity of 2
Cbasic.GroupSimple	Encapsulate a chain of processors into a Group
Ctweets.Hashtags
Cbasic.HelloWorld	Basic example for testing the setup
Cbasic.IncorrectPiping	Pipe processors with non-matching event types
Cfunctions.Interval	Creates a compound function (a FunctionTree) that checks if a number lies between two other numbers
Ccomplex.IteratorDemo	Creates complex events out of low-level events occurring to Java iterators
Cjson.JPathExample	Evaluate JPath expressions on JSON elements
Cbasic.KeepLastPull	Use the KeepLast processor to keep the last event of an input stream
Cbasic.KeepLastPush	Push events to the KeepLast processor
Cmining.extraction.KmeansSymbolDistribution	Create clusters over the distribution of symbols in a set of input streams
Cstockticker.LandmarkQuery
Csignal.LimitExample
Cio.LineReaderExample	Read lines from a text file and convert them into numbers
Cwidgets.ListenerSourceExample	Wrap a Swing widget into a BeepBeep event Source
Cutil.MapPutInto	Use the PutInto processor to update a map from two input streams
Cepisodes.MaxEpisode	Computes the maximum value of all episodes in each day
Cmining.extraction.MaxMiningFunction	Create a mining function that computes the maximum value of all sequences
Cmining.extraction.MaxMiningFunctionProcessor	Create a mining function from BeepBeep processors
Cmining.trenddistance.MaxSymbols	Trend distance based on the maximum number of distinct symbols in a stream
Cdiagnose.MeasureThroughput	Measure the number of events per second at some point in a processor chain
Cmisc.temperature.Monitoring
Cmisc.temperature.MonitoringEvent	Parent class of all the input events in this example
Cauction.MonotonicBid	Checks that all bids in an auction system are monotonic, i.e
Cplots.MouseHeatmap	Displays the trail of the mouse pointer inside a heat map
Ccustomprocessors.MyMaxExample
Cltl.Nested	Basic usage of LTL's Until processor
Cfol.NestedQuantifiers
Cltl.NextSimple	Basic usage of LTL's Next processor
Cltl.OpenClose	Using an LTL expression to filter events in an input stream
Cnetwork.httppush.PackerExample	Use a packer to send events in batch and reduce the number of HTTP requests
Cutil.PackExample	Use the Pack processor to accumulate events into a list
Cutil.PackUnpack	See the effect of chaining a Pack processor to an Unpack processor
Cdsl.ParserExample	Use the Bullwinkle parser to parse simple arithmetic expressions
Cxml.Parsing	Parse XML strings
Cjson.Parsing	Parse JSON strings
Cbasic.PartialEvaluation
Cmining.PatternMiningFunctionProcessor	Create a mining function from BeepBeep processors
Csignal.PeakExample
Csignal.PersistExample
Cbasic.PipingBinary	Pipe processors together using the Connector object
Cbasic.PipingBinaryWait	Pipe processors together using the Connector object
Cbasic.PipingUnary	Pipe processors together using the Connector object
Cbasic.PipingUnaryIncorrect	Pipe processors together using the Connector object
Cbasic.PipingUnaryMissing	Instantiates two processors, but forgets to connect them
Cbasic.PipingUnaryPush	Pipe processors together using the Connector object
Cfunctions.PlaceholderUsage	Use the ArgumentPlaceholder function to refer to the i-th argument of a function
Csignal.PlateauExample
Cvoyager.PlotSpeed	Detect planetary encounters of Voyager 2 by analyzing its distance from the Earth
Ccustomprocessors.Point
Cbasic.PointDistance	Calculate the Euclidean distance of each two successive points in an input trace of (x,y) coordinates
Cepisodes.PressureEvent	Abstract class representing events in a pressure stream
Cio.PrintStdout	Print events to the standard input
Cbasic.ProcessorId	Example showing how to access the unique ID of a processor
Cbasic.ProcessorIdGroup	Example showing how the IDs of processors behave when multiple instances are created
Cbasic.PullHard	Illustration of the difference between using pull() and pullSoft() on a Pullable object
Cbasic.PullSoft	Illustration of the difference between using pull() and pullSoft() on a Pullable object
Cbasic.PullWithoutSource	What happens when trying to pull events on a processor connected to no input
Cnetwork.httppush.PushLocalSerialize	In this example, Machine A and Machine B are actually the same host; they just listen to different TCP ports on the same computer
Cnetwork.httppush.PushLocalSimple	In this example, Machine A and Machine B are actually the same host; they just listen to different TCP ports on the same computer
Cnetwork.httppush.PushMachineA	This is the same example as PushLocalSerialize, but with the "Machine A" and "Machine B" parts of the chain split into two independent programs, with some user interaction added
Cnetwork.httppush.PushMachineB	This is the same example as PushLocalSerialize, but with the "Machine A" and "Machine B" parts of the chain split into two independent programs, with some user interaction added
Cbasic.PushWithoutSink	What happens when trying to push events on a processor connected to no output
Cutil.PutIntoExample
Cbasic.QueueSinkUsage	Push events into a QueueSink processor
Cbasic.QueueSourceUsage	Pull events from the QueueSource processor
Cvoyager.RadialAcceleration	Detect planetary encounters of Voyager 2 by analyzing its distance from the Earth
Cio.ReadHttp	Read bytes from a remote source using HTTP
Cio.ReadStdin	Read bytes from the standard input (
Cio.ReadTokens	Read complete comma-separated tokens from the standard input
Ctweets.Relationships
Cbasic.ResetWindow	Usage of a processor's reset() method
Crobot.RobotEvent	Event representing the status of a fictional robot that moves in a two-dimensional space
Cutil.RunOnExample	Apply a processor on collections of events using the RunOn processor
Cmining.SequenceReader	Utility class that creates a set of sequences from a file
Cwidgets.SetValueSlider	Set the value of a widget using a stream of events
Cbasic.SimpleFunction	Use the FunctionProcessor to apply a function to each input event
Cfinitestatemachines.SimpleMooreMachine	Check the proper ordering of next/hasNext strings
Cfinitestatemachines.SimpleMooreMachineCompact	Similar to SimpleMooreMachine, but with a bit of code written to avoid repetitions
Cpingus.SkillChart
Cbasic.SlicerCollapse	Apply an aggregation function on the output of a slicer
Cbasic.SlicerOddEven	Use the SlicerMap to compute the sum of odd and even numbers separately
Cbasic.SlicerSimple	Use the SlicerMap to perform a computation on multiple subsets of an input stream
Cstockticker.SnapshotQuery
Cjdbc.SourceExample
Ccustomprocessors.StatefulDuplication
Chl7.StdevExample
Ctuples.SumAttributes	Compute the sum of two tuple attributes using the GetAttribute function
Ctuples.SumAttributesTree	Compute the sum of two tuple attributes using the GetAttribute function
Cbasic.SumTwo	Use the Trim and Fork processors to compute the sum of two successive events
Cmining.trenddistance.SymbolDistribution	Trend distance based on the statistical distribution of symbols in a stream
Cmining.trenddistance.SymbolDistributionClusters	Trend distance based on the statistical distribution of symbols in a stream
Cmisc.Temperature
Cmisc.temperature.TemperatureAlert	A temperature alert message
Cmisc.temperature.TemperatureWarning	A temperature warning message
Csignal.ThresholdExample
Cutil.ToListExample	Create a stream of lists from the input of multiple processors, using the ToList function
Cbasic.TrimPull	Use the Trim processor to discard events from the beginning of a stream
Cbasic.TrimPush	Use the Trim processor to discard events from the beginning of a stream
Cnetwork.httppush.twinprimes.TwinPrimesA	The code for Machine A in the twin prime example
Cnetwork.httppush.twinprimes.TwinPrimesB	The code for Machine B in the twin prime example
Cutil.UnpackExample	Use the Unpack processor to feed events from a stream of lists
Cutil.UnpackPush	See the effect of using the Unpack processor in push mode
Cltl.UntilSimple	Basic usage of LTL's Until processor
Cplots.UpdateTableStreamExample	Update a table from two streams of numbers
Cchess.WhiteVsBlack	Process a database of chess games to calculate the number of white wins vs
Cbasic.WindowAverage	Compute the cumulative average of a list of numbers over a sliding window
Cbasic.WindowEven	Use a Window processor to perform a computation over a sliding window of events that are not numeric
Cstockticker.WindowQuery
Cplots.WindowScatterplot	Update a windowed 2D scatterplot in realtime from two streams of numbers
Cbasic.WindowSimple	Use a Window processor to perform a computation over a sliding window of events
Cbasic.WithoutPump	Print events from a queue source without the use of a pump
Cbasic.WithPump	Print events from a queue source with the use of a Pump processor
Cbasic.WithTank
Cxml.XPathExample	Evaluate JPath expressions on JSON elements
►CBinaryFunction
Cfunctions.custom.BinaryCutString
Cfunctions.Maximum	Binary function that returns the maximum of two values
Cvoyager.FormatDate	Receives two arguments: one of a year number, and another with a number of days in the year
►CFunction
Ccustomprocessors.TriangleArea
Cfunctions.custom.CustomDouble
Cfunctions.custom.CutString
►CFunctionTree
Cfunctions.custom.CustomFunctionTree
Cpingus.Collides	Predicate |x1-x2| < 6 ∧ |y1-y2| < 10
Cpingus.DistanceX	Function |x1-x2|
►CGrammarObjectBuilder
Cdsl.ArithmeticBuilder	Use a GrammarObjectBuilder to parse and evaluate a string in Polish notation
Cdsl.ArithmeticBuilderIncorrect	Shows what happens when a GrammarObjectBuilder incorrectly manipulates its object stack
Cdsl.ArithmeticBuilderPop	Use a GrammarObjectBuilder to parse and evaluate a string in Polish notation
Cdsl.Calculator	Use the ArithmeticBuilder as an interactive calculator
►CGroupProcessor
Ccustomprocessors.CounterGroup	This processor simply generates the trace of numbers 0, 1, 2, ..
Chl7.StatMoment
Chl7.Stdev
Cpingus.TurnAround
Cplots.RandomTwoD	Generates a random stream of x-y pairs
Cqbf.InputVariable
Cqbf.QuantifiedBooleanVariable
Csignal.GenerateSignal
Csignal.GenerateSignalNoise
Csignal.PlotSignal
Cvoyager.Slope	Computes the slope between two successive points in a data stream (which is simply the difference between point xi+1 and point xi)
Cwidgets.Average	Group processor that computes the cumulative average of a stream of numbers
►CGroupProcessorBuilder
Cdsl.ComplexProcessorBuilder
Cdsl.SimpleProcessorBuilder
►CMooreMachine
Cnialm.ApplianceMooreMachine
►CPassthroughFunction
Cfunctions.Polynomial	Use an StreamVariable and a FunctionTree to create the polynomial function x2+3
►CSink
Cplots.BitmapJFrame	Receives a byte array as an input, and shows it in a Swing window as a picture
►CSource
Cmisc.temperature.MonitoringEventSource
Cstockticker.TickerFeed
►CSynchronousProcessor
Ccustomprocessors.CounterSingle	This processor simply generates the trace of numbers 0, 1, 2, ..
Ccustomprocessors.EuclideanDistance
Ccustomprocessors.MyMax
Ccustomprocessors.MyProcessor	A minimal synchronous processor implementation that does nothing
Ccustomprocessors.OutIfPositive
Ccustomprocessors.SplitPoint
Ccustomprocessors.StringLength
►Ccustomprocessors.Stuttering
Ccustomprocessors.StutteringCopy
►CUnaryFunction
Cfunctions.custom.UnaryDouble
Cfunctions.IsPrime	Create a custom unary function that checks if a number is prime
Crobot.ArcTanVector	Function that calculates the angle of a two-dimensional vector
Crobot.Modulus	Function that calculates the modulus of a two dimensional vector
►CUniformProcessor
Cplots.RandomMutator	Processor that converts any input into a random integer