Package | Description |
---|---|
de.enflexit.eom.database |
This package provides classes to connect the EOM with a database by using Hibernate.
|
de.enflexit.eom.database.converter |
This package contain Hibernate mapping converter
|
de.enflexit.eom.database.gui |
This package provides classes for the visualization in the context of a database usage.
|
energy |
This is the starting main package for the Energy Option Model (EOM) that provides the main classes
for the application for single technical systems and other.
|
energy.agentgui |
In this package the class filter for the EOM are defined that should be determined by the AWB's BundleEvaluator.
|
energy.agentgui.classFilter |
This package provides the Agent.Workbench (AWB) NetworkComponentAdapter and allows the usage of the EOM within the AWB network model.
|
energy.agentgui.distribution |
Here, a JADE service is defined that allows the usage of the EOM with respect to the license in a distributed manner.
|
energy.calculations |
In this package the abstract super classes for individual calculations are provides.
|
energy.classLoadService |
This package contains the interface and the local implementation to load classes by name.
|
energy.domain |
This Packed provides classes for the Domain Settings that are the default data models for the
EnergyInterface and their EnergyCarrier . |
energy.domain.goods.cement |
This package contains the needed classes to define the domain (flow parameters) of the cement production.
|
energy.domain.gui |
This Packed provides visual classes for the configuration of the domain settings that are the detail data models for the
EnergyInterface and their EnergyCarrier . |
energy.evaluation |
This package provides the main classes for the evaluation of a single
TechnicalSystem . |
energy.evaluation.gui |
Here, the UI classes for the evaluation are located, while special parts are located in further sub packages.
|
energy.evaluation.gui.costs |
Here, the UI classes for
CostModel can be found. |
energy.evaluation.gui.graph |
Here, the graph UI classes for the 'Variability' and the 'Delta Costs' can be found.
|
energy.evaluation.gui.io |
Here, the UI classes for calculated or predicted measurements can be found.
|
energy.evaluation.gui.results |
Here, the UI classes are located that help to visualise evaluation results (e.g. charts).
|
energy.evaluation.gui.stateKey |
Here, the UI classes are located that help to configure the settings for the state identification.
|
energy.evaluation.gui.strategies |
Here, the UI classes are located that allow to assign evaluation strategies to a single system definition.
|
energy.evaluation.gui.targetStates |
With the UI classes here, the different system states can be configured that have to be considered during an evaluation.
|
energy.optionModel |
In this package the option model classes are located that were derived from the XML scheme.
|
energy.optionModel.geo |
This package provides the base classes for geographical coordinates and their configuration.
|
energy.optionModel.gui |
Here, the UI classes for the base mode are located, while special parts are located in further sub packages.
|
energy.optionModel.gui.common |
Here, some common UI classes are located that can be reused application-wide.
|
energy.optionModel.gui.components |
This package provides some specific part component classes for the application.
|
energy.optionModel.gui.flow |
This package provides UI classes to configure the energy flows setting for the base model.
|
energy.optionModel.gui.graph |
This package provides UI classes for the state graph of the base model.
|
energy.optionModel.gui.imaging |
Here, classes are located that enable an image preview for an image file selection within a
FileView . |
energy.optionModel.gui.img |
In this package the image files of the application are located.
|
energy.optionModel.gui.sysVariables |
With the classes of this package, the fixed or variable setpoint configuration for a
State can be configured. |
energy.optionModel.gui.variableState |
With the classes of this package, the list of
SystemVariableDefinition 's can be configured. |
energy.persistence |
This package provides the main class to open or load files for a
TechnicalSystem . |
energy.persistence.service |
This package contains the base service interfaces to extend the persistence capabilities of the EOM.
|
energy.persistence.version096 | |
energy.samples.calculations |
This package provides example classes for
AbstractOptionModelCalculation . |
energy.samples.groupStrategies |
This package provides examples classes for
AbstractGroupEvaluationStrategy . |
energy.samples.staticModel |
This package provides an example for an individual static model and its visualisation within the dialog for the system variable definitions.
|
energy.samples.strategies |
This package provides several strategy examples, with an extension of the class
AbstractEvaluationStrategy . |
energy.schedule |
This is the main package for the application of
ScheduleList instances. |
energy.schedule.csv |
This package contains classes that manage the import of
ScheduleList s from CSV files |
energy.schedule.csv.gui |
This package contains GUI components for controlling the import of
ScheduleList s from CSV files |
energy.schedule.gui |
Here, the UI classes for the handling of
ScheduleList instances are located. |
energy.validation |
This package provides classes that evaluate the consistency of a
TechnicalSystem definition. |
energygroup |
This is the main package for the application of
TechnicalSystemGroup instances. |
energygroup.calculation |
In this package the classes for calculating within a
TechnicalSystemGroup can be found. |
energygroup.evaluation |
This package provides the main classes for the evaluation of a
TechnicalSystemGroup . |
energygroup.evaluation.decisionTree | |
energygroup.gui |
Here, the UI classes for the handling of
TechnicalSystemGroup instances are located. |
energygroup.sequentialNetworks |
This package contains help classes for a sequential Network Calculation
|