All Classes and Interfaces

Class
Description
A representation of the model object ' Absolute Sin'.
An implementation of the model object ' Absolute Sin'.
This is the item provider adapter for a AbsoluteSin object.
A representation of the model object ' Absolute Value Function'.
An implementation of the model object ' Absolute Value Function'.
This is the item provider adapter for a AbsoluteValueFunction object.
The activator class controls the plug-in life cycle.
The activator class controls the plug-in life cycle.
 
Generates an arrival rate file and chart by sampling a Descartes Load Intensity Model using a given ModelEvaluator.
Provides utility to get arrival rates from a file.
A representation of the model object ' Arrival Rates From File'.
An implementation of the model object ' Arrival Rates From File'.
This is the item provider adapter for a ArrivalRatesFromFile object.
Comparator for Comparing ArrivalRateTuples based on their time stamps.
A container class containing an arrival rate and its time-stamp.
Extracts a DLIM instance based on the Simple Extraction Model using binary splits.
A representation of the model object ' Burst'.
An implementation of the model object ' Burst'.
This is the item provider adapter for a Burst object.
Is thrown during errors in calibration of interpolated Functions (i.e.
Provides methods for the calibration of interpolated function attributes.
A representation of the literals of the enumeration ' Clock Type', and utility methods for working with them.
A representation of the model object ' Combinator'.
An implementation of the model object ' Combinator'.
This is the item provider adapter for a Combinator object.
Class for creating arrival rate lists from a DLIM instance by concurrently evaluating multiple regions of the model.
A representation of the model object ' Constant'.
An implementation of the model object ' Constant'.
This is the item provider adapter for a Constant object.
A representation of the model object ' Custom Function'.
Default arrival rate reader.
Calculates the difference between a DLIM and an arrival rate .txt file.
This is the action bar contributor for the Dlim model editor.
The Adapter Factory for the model.
Exports a simple Arrival Rate file with time-stamps for the respective arrival rates.
Exports a simple Arrival Rate file with time-stamps for the respective arrival rates.
This is an example of a Dlim model editor.
This is the central singleton for the Dlim editor plugin.
The actual implementation of the Eclipse Plugin.
This is the central singleton for the Dlim edit plugin.
The actual implementation of the Eclipse Plugin.
Exports request time-stamps with a equal distance within each sampled arrival rate interval.
Exports request time-stamps with a equal distance within each sampled arrival rate interval.
The Factory for the model.
An implementation of the model Factory.
This class provides resource and path utilities within an Eclipse project.
This is the factory that is used to provide the interfaces needed to support Viewers.
This is a simple wizard for creating a new model file.
Exports request time-stamps by deriving the inter-arrival time for each time stamp separately.
The Package for the model.
Defines literals for the meta objects that represent each class, each feature of each class, each operation of each class, each enum, and each data type
An implementation of the model Package.
This is the central singleton for the Dlim model plugin.
The actual implementation of the Eclipse Plugin.
Base class for exporting request time-stamps.
The Switch for the model's inheritance hierarchy.
Exports request time-stamps with a uniformly random distance within each sampled arrival rate interval.
Exports request time-stamps with a uniformly random distance within each sampled arrival rate interval.
 
The Validator for the model.
Creates a time-stamp file from an arrival rate list.
A representation of the model object ' Exponential Increase And Decline'.
An implementation of the model object ' Exponential Increase And Decline'.
This is the item provider adapter for a ExponentialIncreaseAndDecline object.
A representation of the model object ' Exponential Increase Logarithmic Decline'.
An implementation of the model object ' Exponential Increase Logarithmic Decline'.
This is the item provider adapter for a ExponentialIncreaseLogarithmicDecline object.
A representation of the model object ' Exponential Trend'.
An implementation of the model object ' Exponential Trend'.
This is the item provider adapter for a ExponentialTrend object.
Contains an Exporter implementing the Exporter extension point.
Handles all implementations of the Exporter extension point.
Contains an Extractor that implements the Extractor extension point.
Handles all registered implementations of the Extractor extension point.
A representation of the model object ' Function'.
An implementation of the model object ' Function'.
This is the item provider adapter for a Function object.
Calculates and returns the arrival rate values for all simple Functions.
Contains the results of the extraction process, to be used for the new Dlim Model Wizard.
This Interface must be implemented for the Extractor extension point.
This Interface must be implemented for the implementation of the Extractor extension point.
This Interface must be implemented for the Extractor extension point.
Provides constants for the different sampling modes.
A representation of the model object ' Linear Increase And Decline'.
An implementation of the model object ' Linear Increase And Decline'.
This is the item provider adapter for a LinearIncreaseAndDecline object.
A representation of the model object ' Linear Trend'.
An implementation of the model object ' Linear Trend'.
This is the item provider adapter for a LinearTrend object.
A representation of the model object ' Logarithmic Trend'.
An implementation of the model object ' Logarithmic Trend'.
This is the item provider adapter for a LogarithmicTrend object.
Simple class for common mathematical util functions.
Takes a Descartes Load Intensity Model and provides the ability to sample its arrival rates at set points in time.
Provides utility methods for model evaluation.
Offers the default model extraction processes as used by the dlim.exporter plugin.
A representation of the model object ' Noise'.
An implementation of the model object ' Noise'.
This is the item provider adapter for a Noise object.
A representation of the model object ' Normal Noise'.
An implementation of the model object ' Normal Noise'.
This is the item provider adapter for a NormalNoise object.
A representation of the literals of the enumeration ' Operator', and utility methods for working with them.
Extracts a DLIM instance based on the Periodic Extraction Model.
A representation of the model object ' Polynomial'.
A representation of the model object ' Polynomial Factor'.
An implementation of the model object ' Polynomial Factor'.
This is the item provider adapter for a PolynomialFactor object.
An implementation of the model object ' Polynomial'.
This is the item provider adapter for a Polynomial object.
This class provides resource and path utilities within an Eclipse project.
Provides utilities for file reading.
A representation of the model object ' Reference Clock Object'.
An implementation of the model object ' Reference Clock Object'.
This is the item provider adapter for a ReferenceClockObject object.
Reads a time-stamp series into an arrival rate series.
A representation of the model object ' Seasonal'.
An implementation of the model object ' Seasonal'.
This is the item provider adapter for a Seasonal object.
A representation of the model object ' Sequence'.
An implementation of the model object ' Sequence'.
This is the item provider adapter for a Sequence object.
Default implementation of the IDlimExtractor interface for the Extractor extension point.
Extracts a DLIM instance based on the Simple Extraction Model.
A representation of the model object ' Sin'.
An implementation of the model object ' Sin'.
This is the item provider adapter for a Sin object.
A representation of the model object ' Sin Trend'.
An implementation of the model object ' Sin Trend'.
This is the item provider adapter for a SinTrend object.
A representation of the model object ' Element'.
An implementation of the model object ' Time Dependent Function Container'.
This is the item provider adapter for a TimeDependentFunctionContainer object.
Provides all logic necessary to set the derived time attributes within Sequences and Elements.
Creates a time-stamp file from an arrival rate list.
A representation of the model object ' Trend'.
An implementation of the model object ' Trend'.
This is the item provider adapter for a Trend object.
Creates a time-stamp file from an arrival rate list.
A representation of the model object ' Uniform Noise'.
An implementation of the model object ' Uniform Noise'.
This is the item provider adapter for a UniformNoise object.
A representation of the model object ' Univariate Function'.
An implementation of the model object ' Univariate Function'.
This is the item provider adapter for a UnivariateFunction object.