Hi Sami,
To generate C code from Simulink for use with a PIC 24 microcontroller, you can follow these general steps:
1. Model your system in Simulink: Create a Simulink model that represents your system or algorithm. Ensure that the model is compatible with the PIC 24 microcontroller's limitations, such as memory constraints and supported data types.
2. Configure the Simulink model: Set the model configuration parameters appropriately for code generation targeting the PIC 24 microcontroller. This includes selecting the appropriate solver, fixed-point settings, and code generation options. You can access the model configuration parameters by selecting "Model Configuration Parameters" from the Simulation menu in Simulink.
3. Generate C code: Use the Simulink Coder (formerly known as Real-Time Workshop) to generate C code from your Simulink model. Simulink Coder translates the model into equivalent C code that can be compiled and executed on the PIC 24 microcontroller. To generate the code, click on "Generate Code" or "Build" in the Simulink toolbar.
4. Configure the code generation settings: In the code generation settings, ensure that you select the appropriate target hardware, such as the PIC 24 microcontroller. You may need to provide specific settings or configurations related to the microcontroller, such as memory mapping or I/O pin assignments.
5. Build and compile the generated code: Use the appropriate development environment for the PIC 24 microcontroller (e.g., MPLAB IDE) to build and compile the generated C code. This step involves setting up the necessary build configurations, including the compiler settings, linker settings, and any required libraries or drivers specific to the microcontroller.
6. Transfer the compiled code to the microcontroller: After successfully compiling the code, transfer the resulting binary file (e.g., a .hex file) to the PIC 24 microcontroller. This can be done using an appropriate programming tool or hardware programmer compatible with the microcontroller.
7. Run the code on the microcontroller: Once the code is transferred to the microcontroller, power it up and execute the code. Ensure that the necessary connections and peripherals (e.g., power supply, sensors, actuators) are properly configured and connected to the microcontroller.
You can refer to this documentation for more details:
It's important to note that the specific steps and tools required may vary depending on the development environment, toolchain, and specific requirements of the PIC 24 microcontroller. It's recommended to refer to the documentation and resources provided by the microcontroller manufacturer.
