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  1. evaluate(): the core body of the PMP with the mathematical formulation of its physical behavior;
  2. consistencyCheck(): the check of consistency / validity of the input parameters ;
  3. description(): the unique name of the PMP and an optional description (but highly recommended in order to show the user its characteristics and its scope of application);
  4. Input: the input parameters of the PMP (see section ‎14.3.1).

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Figure 330331: basic structure of the PMP

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  • LinkResult
    all information about the link condition that the PMP is assigned to
  • Boolean b (on the above example already renamed) flag whether variations have to be considered by the model

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An example of a PMP (simple Dual-Slop model, similar to IEEE 802.11 Model C) is presented below. Note that the consistency check is separately shown in section ‎14.3.2. The input parameter are presented in Figure 331 332 and the algorithm is presented in Figure 332333. The panel of the simple Dual-Slop model in SEAMCAT is shown in Figure 333334.

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Figure 331332: Description and input interface (The parameter variations can be pre-set by the PMP)


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Figure 332333: Algorithm implementation in the method evaluate() (the yellow marked condition lets the PMP stop calculations in case true, due to not consistent with the scope of application)


 

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Figure 333334: PMP configuration panel