Vectors and Matrices

Nonscalar values

Vectors and matrices combine separate scalar data into a single, multidimensional signal. Modify individual elements or perform arithmetic on entire vectors and matrices. In C charts, use MATLAB^® functions to perform standard matrix multiplication and division.

Topics

Vectors and Matrices in Stateflow Charts

Process multidimensional signals.

Specify Size of Stateflow Data

Specify the size of your Stateflow^® data.

Supported Operations for Vectors and Matrices

Perform mathematical computations on vector and matrix operands.

Declare Variable-Size Data in Stateflow Charts

Define inputs and outputs whose size can change at run time.

Featured Examples

Model the Dynamics of Moving Billiard Balls

Model the opening shot in a billiards game by using continuous-time matrix variables. In the model, a Stateflow® chart simulates the dynamics of a hybrid system that has a large number of discontinuities. For more information, see Continuous-Time Modeling in Stateflow.

Open Model

Detect Valid Transmission Data by Using Frame Synchronization

Process complex data in a Stateflow® chart. The model uses vectors of complex data to find a fixed pattern in a signal from a communication system.

Open Model

Compute Output Based on Size of Input Signal

Declare variable-size data in a chart and compute output in MATLAB functions.

Open Model

Stateflow Documentation

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