![]() ![]() I imagine it's meant to work well with the tiny screens that Raspberry Pi computers are typically used for. But your Raspbian seems to be using a text size of 17 pixels which is quite large (or more reasonable 14 under KDE). From your story I can read that your Debian PC indeed has a text size of 12 pixels. We design the UX to be optimal at 12 pixels per em. Typically this is about 12 pixels per em if the screen is not specifically high-DPI. The minimum size of Cura's main window is set to 80x48em. This includes the minimum size of the window, lest elements not fit on the window any more. To make the interface fit, every size is adjusted. 4k monitors) and Cura will listen to that. The font can be adjusted by the user in their OS to make it legible for people with bad eye sight (accessibility) or different screen pixel resolutions (e.g. Might need to investigate building it ("After all, how hard can that be?" )-: but the other alternative would be finding which Python and/or Qt files were responsible for the overall UI.Ĭura's interface scales with the font size of your system. but investigating shows that there isn't a variant targeting ARM. On the Raspberry Pi the configuration file claims that I've been offered the chance to upgrade to that. On x86_64 Cura reports that 4.12.1 is available. I'll raise it on Github once I've looked for any issues already open, but there's a risk that this will turn out to be dependant on the window manager or pre-existing shell variables. The same version running on a laptop with Bullseye+KDE will reduce to 960x576. Thanks for that, hence via Debian's package search I get to It's possible that there is a more recent version than Debian provide, so might be worth building that yourself. It is in other tools category and is available to all software users as a free download.We follow upstream Debian, and we won't have specifically targeted this app for anything special, so it'll just be what came from upstream. Ultimaker Cura is licensed as freeware for PC or laptop with Windows 32 bit and 64 bit operating system. This is simply a reliable, all-in-one software program for 3D printing projects. The software goes on to support multiple file types, including OBJ, STL, X3D, X3D, BMP, 3MF, JPG, and more. More so, you can seamlessly integrate this software with all Ultimaker products plus, it supports Siemens NX, SolidWorks, Autodesk Inventor, etc., for extensive integration with other services, including CAD. The “Custom mode” contains over 400 configurable control settings for granular. This software prepares prints in just a few clicks, and it comes with on-demand intent profiles print specific apps. ![]() Interestingly, this software supports CAD integration for easier workflows hence, you can quickly move CAD projects into Ultimaker Cura and continue editing from where you stopped.įurthermore, this program supports a bleeding-edge, open-source slicing engine that has been updated and optimized for optimal performance over the years. The program features a well-arranged interface, from where you can easily access all the built-in tools the program has to offer. It works seamlessly and provides more flexibility than the alternatives you may find out there. This is inarguably the most used 3D printing software for PC users. If you’ve ever had to deal with a 3D printing project, you’d understand better the importance of this software.
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