![]() ![]() Now, open it on your computer and mobile. Next, visit the website of Remote Mouse and install the software on your Windows PC. It supports Windows Phone, Android as well as iPhone. Set Remote Mouse on both mobile and desktop and connect them remotelyįirst, visit your Phone’s Store to install the Remote Mouse app on your device. To begin using it, first, you need to set it up on both, your mobile phone as well as your computer. There are many apps to control your computer remotely, but Remote Mouse has some additional features which make it acceptable to everyone. Convert mobile phone into mouse and keyboard ![]() You need to install this app on your mobile and the software on your Desktop. The NeoPixel also indicates whether or not you are dragging the mouse or clicking it.If we want to stop a video or want to move to the next slide, which may be running on our Windows desktop, then we need to go to the desktop to do so manually. Have you ever thought of doing these tasks by just sitting at your place? Using Remote Mouse you can use your mobile phone or tablet as a set of mouse and keyboard to operate your computer. All of our example code has been written for the Adafruit Mini Remote Control shown on the right but you can modify the code to use any ordinary TV remote if it uses a protocol supported by IRLib.Īlthough it is not 100% necessary, we will also add 2 NeoPixel's as indicator lights that will help you know whether or not you are in mouse mode or keyboard mode and if you have pressed the Control, Alt, or Shift buttons. You will need some sort of infrared remote control. You will need an IR sensor such as the TSOP38238 shown at the right. We will be using Arduino Micro however the code will work identically with an Arduino Leonardo and the Leonardo portion of the Arduino Yun. For now we are sticking to the ATmega32u4 based boards. If we can resolve those problems at a later date we will update this tutorial. However there appeared to be some conflicts between IRLib infrared library and the Pro Trinket mouse and keyboard libraries. We originally intended this tutorial to have support for Pro Trinket as well as any ATmega32u4 based boards such as the Arduino Leonardo, Arduino Micro, and Arduino Yun. I use it every day and I could not have written this tutorial without it. If you're interested, here is a link to my personal blog about how this project was originally developed. I originally developed this project because it helps me overcome my disability and allows me to do productive things like write tutorials for the Adafruit Learning System. I can however use a traditional TV remote by poking at the buttons with a stick in my mouth. However the mouse commands for that software have limits or are somewhat inconvenient to use. I control my computer using dictation software. As a result of my disability, I cannot use a traditional mouse. However for me the ability to do mouse and keyboard remotely is much more personal. Or perhaps you've set up your Raspberry Pi as a media server or you have some sort of Home Theater PC connected to your TV. Suppose you're making a PowerPoint presentation and you don't want to be stuck standing next to the laptop as you click through the slides. There are a variety of reasons why you might want to create an infrared remote control mouse or keyboard. In this tutorial we're going to use the mouse and keyboard emulation abilities of a variety of Arduino devices combined within infrared receiver to make a remote control mouse with some keyboard commands thrown in for good measure. ![]()
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