Panoramic Multispectral Imaging photography is the method I use for art documentation as it’s fast and lightweight. I already published about it “A Practical Guide to Panoramic Multispectral Imaging” and I posted on this subject throughout my blog: “Panoramic Infrared Reflectography. Arduino electronics”, “Panoramic Infrared Reflectography for painting documentation”, “Gigapan, High Resolution Imaging made easy” I’m addressing in
Arduino makes electronics easy for everybody! It is both hardware (a circuit board) and software (a programming environment). ARDUINO allows anybody – just by learning a simplified programming language – to connect electronics and electrical devices together and give them instructions. Your PC, lamps, sensors, ..it’s just up to your creativity. As defined in the developers’ site “Arduino
This post compares an InGaAs camera – used for Infrared Reflectography (IRR) with a Digital camera modified for Infrared photography (IR). An InGaAs camera is your choice when it comes to imaging underdrawings. Though, the advantages of the InGaAs camera, even if real, are limited. So, we should be aware of them before we decide
I already blogged on using Gigapan Pro Panoramic head with a modified digital camera for multispectral imaging. This blog is about using the same head with an InGaAs camera for fast Panoramic Infrared Reflectography. Multispectral imaging at the highest resolution possible and in the shortest time is a great advantage for documentation of large collections. There