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Classes | |
| class | Dimension |
| Specifies a dimension for mappings (like time, frequency, etc.). More... | |
| class | DimensionSet |
| Represents a set of dimensions which is used to define over which dimensions a mapping is defined (the domain of the mapping). More... | |
| class | Argument |
| Defines an argument for a mapping. More... | |
| class | NoNextIteratorException |
| This exception is thrown by the MappingIterators when "next()" or "nextPosition()" is called although "hasNext()" would return false (means there is no next position). More... | |
| class | ConstMappingIterator |
| Defines an const iterator for a ConstMapping which is able to iterate over the Mapping. More... | |
| class | ConstMapping |
| Represents a not changeable mapping (mathematical function) from domain with at least the time to a double value. More... | |
| class | MappingIterator |
| Defines an iterator for a Mapping which is able to iterate over the Mapping. More... | |
| class | Mapping |
| Represents a changeable mapping (mathematical function) from at least time to double. More... | |
| class | SimpleConstMappingIterator |
| A fully working ConstIterator-implementation usable with almost every ConstMapping. More... | |
| class | SimpleConstMapping |
| Abstract subclass of ConstMapping which can be used as base for any ConstMapping implementation with read access of constant complexity. More... | |
| class | TimeMappingIterator< Interpolator > |
| Provides an implementation of the MappingIterator- Interface which is able to iterate over TimeMappings. More... | |
| class | TimeMapping< Interpolator > |
| Implements the Mapping-interface with an InterpolateableMap from simtime_t to double between which values can be interpolated to represent a Mapping with only time as domain. More... | |
| class | ConstantSimpleConstMapping |
| Represents a constant mathematical mapping (f(x) = c). More... | |
| class | MultiDimMappingIterator< Interpolator > |
| Implementation of the MappingIterator-interface which is able to iterate over every value in a MultiDimMapping. More... | |
| class | MultiDimMapping< Interpolator > |
| Implementation of the Mapping-interface which is able to represent arbitrary dimensional instances of Mappings by using a tree-like structure of sub-mappings, each representing the values for one of the dimensions. More... | |
| class | MappingUtils |
| Provides several utility methods for Mappings. More... | |
| class | JakesFadingMapping |
| Mapping used to represent attenuation of a signal by JakesFading. More... | |
| class | SimplePathlossConstMapping |
| Mapping that represents a Pathloss-function. More... | |
| class | SimpleTimeConstMapping |
| TODO: short description for this class. More... | |
Modules | |
| mappingDetails - mostly internal mapping classes | |
Detailed Description
The following class graph shows an overview of the most important classes used by Mappings.
There a two types of mapping interfaces, ConstMapping and Mapping. ConstMapping can represent any mathematical mapping but the the course of the mapping can't be set or changed arbitrary. This interface is meant to be used for implementations which define the course of the mapping by a concrete formula. The Mapping interface extends the ConstMapping interface by a setValue() method which can set and change the course of the represented mapping arbitrary. This interface is meant to be used for generic mapping implementations which uses methods like interpolation to be able to represent any arbitrary course of a mapping.
Every ConstMapping (and therefore every Mapping) has a DimensionSet member which defines the domain of the represented mapping. The DimensionSet class itself is an actual set of Dimension objects. Each Dimension object represents a certain dimension like time or frequency.
Further ConstMapping and Mapping define their own Iterator interfaces ConstMappingIterator and MappingIterator which define the interface for iterators over a mapping implementation.
The last important class is the Argument. It defines a position in a mappings domain by mapping a number of Dimensions to the value inside that Dimension.
