VisSim/PowerPack

Signal noise is attenuated via the meanSmooth and medianSmooth blocks

Simultaneous equations are solved via the linearSolve block

The polyFit block outputs best-fit coefficients and a signal with simulation time as the independent variable
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Blocks and utilities for VisSim users
VisSim\PowerPack contains essential blocks and utilities for all VisSim
users. Based on popular demand, the PowerPack contains functions that
enhance the modelling experience for all VisSim users.
Features
Communicate with the serial port
The ReadComm and WriteComm blocks exchange data
with the Serial Port
Distributed Computing
Blocks that synchronise simulations on different
computers on a peer- to-peer basis
Eigenvalues and Eigenvectors
The Eigen block calculates the eigenvalues
and eigenvectors of a square matrix
Polynomial Fitting
The PolyFit block fits a polynomial with a user-specified order to data
Principal Component Analysis
The PrincipalComponent block simplifies
multidimensional data via principal component analysis
Smoothing Signals via a Trailing Median
The MedianSmooth block smooths an input signal
via a trailing median
Smoothing Data via a Trailing Mean
The MeanSmooth block smooths an input signal via
a trailing mean
Solving Linear Systems
The LinearSolve block solves systems of linear
equations, including the least-squares solution to an over-determined
system, and the minimum norm solution to an underdetermined system
Solving Polynomials
The PolyRoots block finds the real and imaginary roots of polynomials
Sorting Data
The VectorSort block sorts a vector input (or signals bundled
into a vector) into ascending order
Spline Fitting
The SplineFit block fits linear, cubic and parabolic splines to data
Grid Control
Enter matrices and vectors, and copy/paste data to and from Excel and
Mathcad, using a simple spreadsheet-type table
VisSim combines the simplicity and clarity of a block diagram interface
with a high performance mathematical engineer. It provides fast and accurate
results for linear, nonlinear, continuous time, discrete time, SISO,
MIMO, multirate and hybrid system design. |