However, this is 2020 so it seems like there should be a software solution. The ladder scenario is unpopular because it would need (a) a ladder and (b) a new camera and lens, and the lighting becomes much trickier. There are various solutions to this (shoot from the top of a ladder with grown-up camer with a telephoto lens aimed at the product on the floor, for example, or even better, sell "pregnant" notebooks with bulgy sides so they look flat in the photos, then blame the customer's monitor for the deception.) Explore the capabilities of Artec Studio 3D scanning software: perform basic editing of 3D models and create high-quality 3D models using data collected. In the case of common flat plate tests and axially-oriented tests of pipes and similar products, leg length, reflector depth, and surface distance can be calculated through simple trigonometry. I live with it, but it would be nice fix it. Curved Surface Correction (CSC) Curved surface correction (CSC) software is used to provide accurate measurement of reflector depth and position when working on curved test pieces. The phone is about 200mm from the product and the result is that the sides of the notebooks in the image curve inwards a smidge. My product is, unfortunately, note books, which are rectangles. It is efficient and produces a good result except for one minor problem. I take the photos with an iPhone then fix alignment, colour, and cropping and remove the background in software. I use Pixelmator to post-process product photos.
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