I have been looking for an InGaAs camera specifically useful for Panoramic Infrared Reflectography. I currently own an Indigo System camera 320×256 pixels which does its work pretty well. I would like to upgrade to a 640×512 pixels camera, the advantages being obvious: bigger images mean less stitching. I don’t plan to buy
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
Since I launched the blog I’ve been asked for hints and recommendations from people interested in Technical Imaging of Art, which means multispectral imaging and the other photographic techniques such as RTI. I’ve been happy to provide as much support I could by emails and Skype calls. Though, I found out some professionals, collectors and
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
Just published on e-Conservation Magazine, vol 25, “A Practical Guide to Panoramic Multispectral Imaging”. I’ve been posting on panoramic infrared reflectography and panoramic multispectral imaging since October 2012. In this paper on e-conservation magazine I give much more details. I like e-conservation Magazine, their mission and their style. I appreciate also the editorials of Rui