How to code a MATLAB/SIMULINK automation from scratch

Description

In this course, you will :

• How to create a GUI-based automation from scratch using hand-coded m-scripting.
• How to interact with the MATLAB script and the SIMULINK model.
• How to use the command line console and useful MATLAB built-in commands/functions.
• Be able to observe line-by-line coding, debug with breakpoints, analyse potential logic issues, and fix bugs.

Syllabus :

1. Create Basic GUI components

• Create a Basic Figure
• Create tables in the figure
• Create Push Button to interact with the table
• Program the Add Row Push Button Callback

 

2. Push Buttons and Callback Programming

• Program the Delete Row Push Button Callback
• Program the Add Column Push Button Callback
• Program the Delete Column Push Button Callback
• Debugging using Breakpoints: Quick Debugging of the Add Row Callback
• Create and Position the Add/Delete Row/Column Push Buttons for the second table

 

3. Import and Export of Simulation Data

• Create an Import Push Button for the Input Table
• Program the Import Input Push Button Callback
• Program the Export Input Push Button Callback
• Create Export/Import Output Push Button and Callbacks
• Set few more properties of Push Buttons

 

4. Initialize the MATLAB-SIMULINK interface

• How to interact with a SIMULINK model
• Create the Transfer Data Push Button
• Program the Transfer Data Callback: Set Start Time, End time, Step Time of model
• Make directories and get the interpolated time data
• Program the for loop: Interpolate the data values as desired

 

5. Working with Pre-Simulation Data

• Verify interpolated data values
• Save timed data to a MAT file
• Debug and verify the MAT file data
• Create the Input Subsystem in the SIMULINK model for data transfer
• Create SIMULINK blocks for routing input data

 

6. Programmatic Data routing for Simulation

• Set block parameters for input data routing
• Connect the blocks in the Input subsystem
• Create SIMULINK blocks for routing output data
• Set block parameters and connect blocks for output data routing
• Find a subsystem inside the model, verify routing of input and output data

 

7. Programmatic Simulation and Verification of Data

• Initialize model parameters, Simulate model, and observe MAT file data
• Create Push Button for programmatic simulation
• Program the Start Simulate Callback, Verify output MAT file data after execution
• Create Stop Simulate Push Button, Verify output MAT after callback execution
• Table CellSelectionCallback

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