The rich information and fluid interactivity of Google Maps can bring the user experience of your data applications to the next level. The DGLux5 Google Map component lets you quickly and easily tie a map to your complex data sets, so that in just minutes, you can visualize your geographic data the way it should be seen. To get even more flexibility, you can even access the Google Maps API to implement your own custom JavaScript solutions.

We just did two projects for our Raspberry Pi running DSA. First, we created a quick browser application that lets you draw pictures on the Sense HAT’s LED matrix by pointing and clicking. Second, we made some logic that moves a pixel on the Sense HAT using the joystick—this tutorial lays the groundwork for developing 2-D LED games and more. We did both these projects in the drag-and-drop visual programming environment of DGLux5, so you don’t need to know any code to follow along.

Distributed Services Architecture (DSA) is is an open-source platform that facilitates communication among devices, logic, and applications in the IoT. You can download it here.

DGLux5 is a drag-and-drop, rapid development platform especially for data-driven applications and the Internet of Things. DGLux5 licenses are free for students and educators.

SA 

We installed DSA and DGLux5 on our Raspberry Pi 2. Watch the video below to see how we did it!

Distributed Services Architecture (DSA) is an open-source platform that facilitates communication among devices, logic, and applications in the IoT. You can download it here.

UPDATE: You can use these same steps, with a few modifications, to install DSA on DGBox or BeagleBone.

In DGLux5, creating a custom gauge is as easy as grouping some components, editing some properties, and dragging and dropping a data point. In the video below, we take things a little further by making our gauge into a reusable symbol—and still, the process takes only a few minutes.