To transfer your Python code from the Vittascience interface:

1. Click on the "Download..." button.
2. Connect your TI-83 Premium CE Python Edition calculator to the computer using the USB cable.
3. Open the TI Connect CE software.
4. Drag the downloaded program (.py) onto the calculator (in the TI Connect CE software) to copy it.
5. Wait for the download to end.
6. Unplug your calculator and connect your BBC micro:bit board.
7. Open the Python application (prgm key) and launch your program.

To transfer your .hex program without the card being connected to the interface:

1. Connect your micro:bit card to a USB port.
2. Download the .hex file to your computer, wherever you want. By default, the file will be saved in the Downloads folder.
3. Drag and drop to the device named MICROBIT.
4. After a ten-second download, the program will automatically launch on the micro:bit card.

To save Vittascience project and get it back on interface

1. Click on the Download project button.
2. Save your file whenever you want on your computer. This C++ file contain the script of your program and the blocs. The header of file has a string with all information of your Vittascience project.
3. When you come back to the interface, just click on button to open your project and use the From your computer part.
4. Drag and drop your (.ino) file in the area.
5. Click on Yes to import the project.

Welcome into the interface Vittascience for Arduino

To learn more about C++ features available with Arduino, see the official documentation or the Vittascience glossary

Questions about libraries? You can view or download them from our Github repository.

Need help? Ask your questions or share your comments with the community on our Discord network.

Find many tutorials to make it easier to get started with Vittascience in the Resources center.

We are here to answer your questions, do not hesitate to contact us.🙂

Welcome to the Wifi simulator for ESP32 chips.

This window appears when one of the [server] blocks is used in the IDE. It simulates the behavior of a browser (via a phone, tablet or computer) that connects to the network created by the ESP32 chip.
The entry url: is the url address of the server For example: http://192.168.1.10.
With each new http request received, the web page is displayed according to the data sent by the server.
< /br>You can use the button to reset the connection.

You can use our multi-card interface, by clicking on the Multi mode button at the bottom of the simulator. This mode becomes interesting if you wish to perform the simulation of a client-server for example.

Do not hesitate to follow the tutorial Client-Server Simulation for more details.