micro:Touch Keyboard - Math & Automatic Touch Keyboard for micro:bit

This article guides users on programming RGB LEDs with micro:bit, detailing hardware and software setup, wiring, and sample code for controlling LED colors and brightness.

This article provides a comprehensive guide to reading keyboard values using micro:bit in basic mode. The guide covers hardware and software preparation, including the installation of the Makecode library and integration with the Mind+ platform. It offers a clear wiring diagram and showcases sample code for reading numerical values from key inputs. The result section demonstrates how pressing a key on the micro:bit board will return its corresponding numerical value, making it an excellent resource for beginners looking to explore the capabilities of the micro:bit and expand their programming skills.

The article provides a step-by-step guide on using example code to detect key touches on a micro:bit and trigger events, with instructions on hardware and software setup, including Makecode and Mind+ platforms.

The article provides detailed instructions on using the micro:bit to read key values in Math mode, utilizing Makecode graphical programming and Mind+ platform. It includes hardware and software preparation, library installation, and sample code for key value reading, emphasizing the integration of touch keys on the automatic expansion board.

This guide demonstrates how to use Makecode to detect key touches on a micro:bit and display a heart pattern on its LED matrix when key 2 is touched, including necessary hardware and software preparations.

This article provides a comprehensive guide on setting up and programming a motor with a micro:bit using a Math & Automatic expansion board, including hardware requirements, wiring diagrams, and Makecode programming instructions.

This article offers a detailed guide on integrating a servo motor with the micro:bit using Makecode and Mind+. It covers hardware and software preparation, wiring setup, and provides a sample code to execute the servo's rotation when a key is touched.

This article provides a detailed guide on setting up a vibration motor with a micro:bit using Makecode, covering hardware and software preparation, wiring instructions, and sample code execution.

This article provides instructions and code to create a colorful waterfall light effect with micro:bit using Makecode graphical programming, detailing hardware and software preparations, wiring diagrams, and sample code for vibrant LED displays.

This article provides detailed instructions on setting up a countdown timer using micro:bit and Makecode, including hardware and software preparation, with integrated RGB LEDs showing random colors as part of the timer operation.

This guide offers a step-by-step approach to creating interactive touch music projects using micro:bit, a buzzer, and Makecode programming. It covers essential hardware and software preparations, wiring diagrams, and provides sample code to facilitate the creation of sound-responsive projects.

This guide provides an example code for controlling a motor using micro:bit, detailing hardware setup, software preparation, and wiring diagrams to adjust motor speed from 0 to 255 using touch keys.

This guide offers a step-by-step tutorial on using two micro:bit boards to create a remote wireless handle for a Maqueen car, utilizing the Makecode platform, Mind+ software, and the Math & Automatic expansion board. It includes hardware and software preparation, installation of necessary libraries, wiring instructions, and sample code to program the car's movements using a touch keypad.

This article guides you through creating a Lucky Number game using micro:bit, involving hardware setup, software preparation, wiring, and executing sample code to display random numbers with interactive LED and buzzer feedback.

The article offers a detailed guide on constructing a micro:bit-powered anti-thief lock, including necessary hardware components, software tools like Makecode and Mind+, wiring instructions, and example code to program the lock. Users can learn how to set up the system, enter passwords through a touch key, and receive feedback via LED patterns and buzzer sounds, ensuring a practical and effective security solution for various applications.

This article guides readers through setting up and coding a number guessing game using micro:bit, providing hardware/software preparation, wiring diagrams, and sample code to create an interactive project.

This article provides a comprehensive guide on using micro:bit for comparing numbers, featuring detailed hardware and software preparations, including installation of the Makecode library, and sample code that allows users to interactively display results on an LED panel based on random number comparisons.

Math Game Application: Whack a Mole.

This article offers a detailed guide on executing addition operations using the micro:bit and Makecode platform, focusing on hardware and software setup, code implementation, and result display on the micro:bit LED matrix.

This article provides a comprehensive guide on transforming a micro:bit into a Math Calculator using a math expansion board and Makecode programming. It includes hardware and software preparation, wiring instructions, sample code, and operation results, enabling users to perform calculations and display results using the micro:bit LED matrix. Ideal for educational projects and DIY enthusiasts looking to enhance their coding skills and explore micro:bit functionalities.

The article offers a comprehensive guide to setting up and playing Blackjack on micro:bit, including hardware and software preparation, wiring instructions, library installation, and example code for a two-player mode.

Calculation Competition: Multiply operation.

Calculation Competition: Subtraction operation.

Calculation Competition: Division operation.