Here comes a final remark - hopefully not too off-topic! I am also adding an attachment, a simple explanation on how this resolution is measured. Happy to consider even paying somebody for their time if they can do what I have described in my video in the able mentioned URL link. If anybody can help me in either giving me a list of functions to look at, or perhaps somebody would know exactly how to calculate the above mentioned resolution, I would gladly purchase a full licence of Mathematica and investigate this further. I am under impression that Mathematica is much more powerful, but as with anything new, it is hard for me to find a function or algorithm of how I can measure resolution of a Siemens sine-wave star, which I use in my ViDi Labs test charts ( ) and developed a little program using MatLab to find the circles in an image, and then measure resolution (or MTF = Modulation Transfer Function), based on the 10% Depth of Modulation, as described by the IEC 62676-5 standards. I am new to the Wolfram language, and I only used a trial version of the Mathematica to see if there is a way to replace my Siemens sine-wave star measurement for my test chart, using MatLab. Finance, Statistics & Business Analysis.Wolfram Knowledgebase Curated computable knowledge powering Wolfram|Alpha. Wolfram Universal Deployment System Instant deployment across cloud, desktop, mobile, and more. Wolfram Data Framework Semantic framework for real-world data.
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