Sense HAT
Use the Raspberry Pi®’s add-on Sense HAT Board
Use and control Raspberry Pi's Sense HAT board.
Functions
sensehat | Create a Sense HAT object passing raspi object |
readHumidity | Read the humidity value from the Humidity sensor |
readPressure | Read the pressure value from the Air Pressure sensor |
readTemperature | Read the temperature value from the Humidity sensor or the Air Pressure sensor |
readAngularVelocity | Read angular velocity measured by the gyroscope along x, y, and z axes |
readAcceleration | Read acceleration measured by the Accelerometer along x, y, and z axes |
readMagneticField | Read the magnetic field measured by the Magnetometer along the x, y and z axis |
readJoystick | Read the status of the joystick |
displayImage | Display an image on the Raspberry Pi hardware or on the LED Matrix of SenseHAT |
writePixel | Write the specified color to an individual pixel at the specified row and column of LED Matrix |
clearLEDMatrix | Clears the entire LED matrix and sets the all the pixels to blank ([0, 0, 0]) |
displayMessage | Scrolls a text message across the LED Matrix |
Objects
raspi | Connection to Raspberry Pi board |
Featured Examples
Working with Raspberry Pi Sense HAT
Read the sensor values, read the position of joystick and control the LED Matrix on Raspberry Pi® Sense HAT using MATLAB® Support Package for Raspberry Pi Hardware.
Auto Rotate LED Matrix Display
Use MATLAB® to read the accelerometer on the Raspberry Pi® Sense HAT and control the rotation of the image displayed on the LED matrix.
Transfer Data over TCP/IP Between Raspberry Pi Sense HAT and Android Device
Use MATLAB® commands to send data over TCP/IP from Raspberry Pi® Sense HAT to an Android™ device and also receive RGB color values from the Android device and display the same on the LED matrix of Sense HAT.
