![]() ![]() Your digital world is always brighter with PaintShop Pro! Make every shot your best shot with PaintShop® Pro 2023 Ultimate, an advanced photo editor delivering a versatile range of pro-level editing and graphic design tools, time-saving AI-based solutions, and a bonus pack of premium software. Create something incredible with photo editing power and intelligence for results as unique as your images. PaintShop Pro 2023 Ultimate, Photo editing software for Windows. Using RegEx for Matching and Target Folders Moving to Sub-folders based on File Name Editing your Rules from the Context Menu Overriding your Rules from the Context Menu The next time you select this type of file for a "quick move", it will apply the rule without prompt. If QuickMove has no matching rule from past actions then it will open the Rule Wizard and assist you with the creation of a rule before moving the file. How? Just right-click on a file and select QuickMove. It will also offer a list of favourite target folders for those files that don't fall into any strict category. So i suppose this is a bug (partial redundant constraints causing breakage).QuickMove is a rules based file mover that learns where to move your files to based on an initial decision from you. However your project assumes that the arc is a half circle (you used tangency constraints at the 2 points), which isn't always the case. The project you attached is correct indeed, as is my example project with the partial redundancy removed. ![]() ![]() So this should fully constrain the arc, and as chrisb had pointed out, the issue is caused by partial constraint redundancy, and not lack of constraints. The whole arc is created as external geometry in the 2nd sketch, and the normal arc is created using the external center and 2 points. The arc in the master sketch is defined through center + 2 points (a center with 2 points define exactly an arc, actually 2 complementary arcs). You need here to refer to the center and one end of the 1st arc. You cannot copy an arc with 3 points : an arc is 5 Degrees of Freedom (dof) and 3 points are 6 dof. ![]()
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