Other POSTFEKO Application Macros

A collection of smaller POSTFEKO アプリケーションマクロ are available, but these macros do not include step-by-step instructions.

Copy Graph Formatting

This アプリケーションマクロ copies selected properties from the reference graph to the selected target graphs. It allows you to change the window caption and graph title with ease. Supported graph types are Cartesian graph, polar graph and Smith chart.

Advanced Field Processing

This アプリケーションマクロ calculates simple statistical parameters, for example, median, minimum, maximum, average, cumulative distribution function (CDF) and histogram for far fields and near fields for any given configuration.

Average Gain

This アプリケーションマクロ calculates the average gain or average realised gain over frequency or angular range.

Calculate Mixed Mode S-Parameters

This アプリケーションマクロ converts 4-port single-ended S-parameters to mixed-mode (differential and common mode) S-parameters and plots the single-ended and mixed-mode S-parameters on a Cartesian graph and Smith chart.

Calculate Zin from Rho

This アプリケーションマクロ converts the co-polarised reflection coefficient to an equivalent input impedance relative to the free-space impedance.

Calculate Percentage Gain above Threshold

This アプリケーションマクロ calculates the percentage far field samples that are above a specified threshold and displays the total gain that is above or equal to the threshold on a 3D ビュー.

Maximum Coupling from Two Port S-Parameters

This アプリケーションマクロ calculates the maximum coupling between two ports from S-parameter data.

Convert S-Parameters to Y and Z-Parameters

This アプリケーションマクロ converts the selected S-parameters to Z- and Y-parameters.

RCS Upsampling

This アプリケーションマクロ resamples a monostatic radar cross-section (RCS) through half-period interpolation via the fast Fourier transform (FFT).

Filter Near Fields

This アプリケーションマクロ filters a near field result based on a specified threshold or range.

Parameter Sweep - Resource Usage

This アプリケーションマクロ plots the memory and runtime of permutations of a parameter sweep.
Note: Run Parameter Sweep: Create Models to set up the CADFEKO model.

Energy Density Calculator

This アプリケーションマクロ calculates the equivalent energy densities from a near field data set.

Group Delay Calculator

This アプリケーションマクロ calculates the group delay from S-parameters for an arbitrary N-port system.

Calculate Skin Depth

This アプリケーションマクロ calculates the skin depth from either resistivity or conductivity.

Plot Smith Chart Reference Circle

This アプリケーションマクロ to adds a reference trace (circle) on a Smith chart. The resulting trace can also be copied to a Cartesian graph resulting in a straight line on the Cartesian graph.

3D View Synchroniser

This アプリケーションマクロ synchronises all 3D views model orientation in the POSTFEKO session to the reference view.

DRE File Import

This アプリケーションマクロ imports a data set from a DRE file into POSTFEKO.

DRE File Export

This アプリケーションマクロ exports a data set to DRE file format from POSTFEKO.

Import Altair WinProp Trajectory Results

This アプリケーションマクロ imports Altair WinProp trajectory results into POSTFEKO. The results are normally from a virtual drive test where one evaluates wireless connectivity along a trajectory, for example, a trajectory of several kilometres length near an LTE base station in a (sub)urban scenario.

Import Altair WinProp Trajectory Results from Measurements

This アプリケーションマクロ imports trajectory results from measurements (.asc) into POSTFEKO. The results are normally from a virtual drive test where one evaluates wireless connectivity along a trajectory, for example, a trajectory of several kilometres length near an LTE base station in a (sub)urban scenario.

Combine Far Field Equivalent Sources

This アプリケーションマクロ combines the receiving antenna results of the far field equivalent sources split over frequency.
Note: Run Create Far Field Equivalent Sources Split Over Frequency to set up the CADFEKO model.

Parameter Sweep: Combine Results

This アプリケーションマクロ merges different permutations of a parametric model generated by the associated CADFEKO parameter sweep macro.
Note: Run Parameter Sweep: Create Models to set up the CADFEKO model.

Create an Altair HyperStudy Extraction Script

This アプリケーションマクロ generates an Altair HyperStudy extraction script that reads the trace data from a Cartesian graph or polar graph. It requires that the name of the .pfs file and Feko model match, and are stored at the same location.