BerryIMU for the Raspberry Pi

New Kickstarter Launched – BerryIMU

An accelerometer, gyroscope and magnetometer which is specifically designed for the Raspberry Pi.

 

What is it?

BerryIMU is an inertial measurement unit, or IMU, that measures and reports on velocity, orientation and gravitational forces, using a combination of an accelerometer, gyroscope and a magnetometer.

IMUs can be found in devices like, quad copters, smart phones, segways, Wii Remote etc.. and are used to sense movement and orientation.

BerryIMU for the raspberry pi

Adding BerryIMU to your Pi will open up a whole new world of possibilities.

BerryIMU is specifically designed for the Raspberry Pi and is designed to take some of the complexity out of IMUs and to try and make them more enjoyable to use. BerryIMU includes the latest and greatest sensor ICs.

Head on over to Kickstarter.com to check it out;
https://www.kickstarter.com/projects/2135028730/berryimu-orientation-sensor-for-the-raspberry-pi

xstroke PiScreen Raspberry Pi

Raspberry Pi with stroke and Gesture Recognition

If you are using a touchscreen with your Raspberry Pi, then this guide is for you.

Xstroke (Gesture recognition) is the perfect tool to help you get more out of your touhscreen. I am using a PiScreen

Gesture recognition allows you to draw “strokes” on your touchscreen, which get interpreted as commands or text. Xstroke allows these to be entered anywhere on the screen. In some cases, Xstroke can be used instead of a keyboard.


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Xstroke Raspberry Pi

PiScreen – 3.5″ TFT(480×320) with touch control for the Raspberry Pi – Kickstarter launched

We have launched a Kickstarter campaign for a 3.5″ TFT (480×320) with touch control, we have given it the name of PiScreen.

PiScreen includes a 3.5″ TFT with touchscreen control, PCB and components needed to add this display to a Raspberry Pi.

PiScreen connects right on top of the Raspberry Pi GPIO pins

 

The TFT used is the best quality we have seen so far.

TFT TFT TFT
PiScreenKit PiScreenKit

Some specifics;
Touch Screen Resistive
Display construction 480 * 320 DOTS
LCD Controller ILI9481
Touch Screen ControllerXPT2046
Display Color Multicolor, 65536 colors

Head on over and check it out.https://www.kickstarter.com/projects/2135028730/piscreen-a-35-tft-with-touchscreen-for-the-raspber

IRimage2001-opt

How to Control the GPIO on a Raspberry Pi with an IR Remote

In this post I demonstrate how to use an infrared remote to control the GPIO on a Raspberry Pi.

Normally a remote would be used to control a TV card or XMBC, however they also provide a good interface to control the GPIO on a Raspberry Pi.
Adafruit has a Mini Remote and IR sensor which are perfect for this.

IR ReceiverMini Remote

In this example we will use the remote to control a number of LEDs connected to some GPIOs on a Raspberry Pi.

Connect the IR Sensor to the Raspberry Pi

Connecting the IR sensor to a Raspberry Pi is very easy as there are only 3 pins on the sensor, GND, 3v and Output. We will connect the output to GPIO 18. You can choose another pin, just take note of it as you will need to specify this pin when installing LIRC.
We will also connected up three LEDs to GPIOs 23, 24 & 25, and a 270Ω on the GND sound of each LED.

IRwiring2

Here is my setup;

OLED.front 823back_LRG

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Blip, blop, bloop…