Note that most Arduino hardware does not have enough memory to buffer the thermal image. The note under the GitHub repository by 'Pure Engineering' states that: This example shows how to read the i2c ports using an Arduino. The documentation linked in the product page for the FLiR Lepton module has some example code for an Arduino =>. SparkFun has only tested the FLiR Lepton with the Raspberry Pi. raspberrypi_video” directory, you would still use the qmake & make command to make the executable. downloads/LeptonModule-master/software/raspberrypi_libs/leptonSDKEmb32PUB' in order to make the files. It looks like the directories have changed for the leptonSDKEmb32PUB folder so this tutorial is slightly outdated. Update in GitHub Repository has Changed the 'leptonSDKEmb32PUB' directory The window was bigger but the image was still pixelated after re-making the files and opening the program.

, pixel size of the imageīutton1->setGeometry(850/2-50, 725-35, 100, 30) // button position coordinates. To 2.5x the size of the original : myWidget -> setGeometry(100, 100, 850, 725) // window position coordinates, video pixel size If you want to change the window size, follow these instructions => in order to change the. The FLiR sensor will pick up the heat as soon as enough heat has been transferred to the other side. However, if you are heating the acrylic material sufficiently (like I did with the hot side of a Peltier Cooler), this will transfer heat to the other side facing the FLiR sensor. The FLiR sensor will not be able to see any heat signatures behind the acrylic. The FLiR sensor only is able to detect temperature gradients on the surface of the material. I tested a case out using a clear acrylic, FLiR attached to Raspberry Pi, and a Peltier Cooler. The FLiR Lepton's Breakout Board Dimensions are: width = ~25.11 mm Tech Support Tips/Troubleshooting/Common Issues.

Raspberry pi 3 flir thermal camera