RapidSTM32¶

The content presented in this RapidSTM32 wiki describes our very first blockset and should be used as a concept and historical reference only. The software is no longer available.

View table of content.View table of content.

Frequently Asked Questions¶

This section explains a few frequently asked questions.

Learn RapidSTM32 in A Day¶

This tutorial aims at teaching beginners how to use RapidSTM32 Blockset in ONE DAY (approximately 6 hours). After completing the tutorials, you will have enough basic knowledge to use the Blockset to implement a variety of basic but useful applications such as:

• Real-time data acquisition into Matlab/Simulink
• Add your own signal processing algorithm in Matlab (m-script) language
• Control external hardware from Simulink
• Use digital input/output ports
• Generate PWM signals
• Simulate and actually display some data on a character LCD
• Send data to a PC via USB as a (Virtual) COM port
• Understand the basic architecture of the generated code
• Create an arbitrary function generator with Digital to Analog Module
• Create a data logger to micro SD card

Yes!! all those within 6 hours, no kidding. We are truly taking about Rapid Prototyping . That's Why our duck can peel banana skin? :)

Common "How to"

This section shows basic common "how to" required for most RapidSTM32 projects.

1. Getting Ready (Setting up for RapidSTM32 Blockset)]]
2. Create a new model and set it to use RapidSTM32 target
3. Set FiO Std in USB In Application Programming (IAP) Mode
4. Initiate the Build Process
5. Set FiO Std in Run Custom User Program Mode
6. Set FiO Std in Mass Storage Device Mode

Advanced "How to"

This section shows some useful "how to" for advanced users.

1. Create a blank template for manual C coding for use with FiO boards
2. Modify or add custom C code for FiO Boards from Keil RVMDK
3. Generate and use the generated C code with Non-FiO Boards

RapidSTM32 Blockset Reference

This section provides reference information about the Blockset and its usages.

1. RapidSTM32 Basics
2. Command-Line Function Reference
   • Communication
   • Programming
3. Block Reference
   • Add-on Modules
   • Device Configuration
   • On-Chip Peripherals

Sample Projects

This section shows various sample projects from basic interfaces to external hardware/peripherals to a complete Automatic Control and Digital Signal Processing (DSP) design and analysis projects. These projects aims at showing the work flow and benefits of Model-based design and Rapid Prototyping at works. Before diving in these sample projects, it is recommended that you familiarize yourself with RapidSTM32 from Learn RapidSTM32 in A Day.

Sample projects are as follows.

• A Fault-Tolerant Fuel Control System (Integrate RapidSTM32 Blockset with existing Simulink demos)
• Measure water level with a pressure sensor
• [[Open Loop Example: FiO ADC to Simulink Scope and Simulink Slide bar to PWM]]
• [[Closed Loop Example: FiO ADC to Simulink algorithm to FiO PWM]]
• A simple GPS Simulation Model
• GPS data logger

RapidSTM32 Training

This page list available training workshop and materials. Example workshop include:

HIL Basic Concept Workshop
RapidSTM32 Community
This section shows:

RapidSTM32 Users List
Contributions from RapidSTM32 community
Download Repository
Blockset download
Demo files download
Training videos download