I've created a release on my fork of the homebrew-freecad tap to include all the bottles vej created along with the one's i've built from source for macos mojave. I just build freecad myself from the 25310 commit the other (as stated before i'm still on macos mojave, but i have put together a dmg of my app bundle if your interested in giving it a try, i'm obviously using a amd64 (x86_64) based proc and not a m1 mac at the moment. You can check that the deps are linked by doingĪs some deps are only installed as keg only. make sure you double check and all the deps provided by the homebrew-freecad tap linked within your So as i told somebody else recently on this forum. If you look over the output of your cmake cmd, you might to add the below to your cmake cmdĪdd that flag to your cmake cmd and it should suppress a lot of that cmake nonsense for the time being. also you're `cmake` cmd is outputting a lot of warnings that you can suppress that are not related to your build issue. I get errors, but since your on a newer major release of the OS more than likely your build tools with support `c++17` and even newer features.Ģ. you're on macos big sur so you should be able to use newer language features of C++, i'm presently still using macos 10.14 mojave which pegs out at C++14 for most if not all features. I just skimmed over the posts in this thread, so forgive if i forget something.ġ. Scroll down to “Time for action – using leasqr”, things went through smoothly.Prefix_paths << << << << << << << << << << Disable function which are not available for Apple Silicon Now googled up “Time for action – using leasqr” and, with the first hit, Sudo cp /usr/X11/lib/libfreetype.6.dylib /usr/lib/ Sudo cp /usr/X11/lib/libfontconfig.1.dylib /usr/lib/ Octave still didn’t start and gave me some library errors. usr/local/bin/automake->/usr/local/bin/automake-1.14), for all autotool executabled. I brew installed them both, after that “brew link automate”d them with –force and then symlinked them (e.g. Downloaded to /Library/Caches/Homebrew/fltk-1.3.2.tar.gz and resumed with brew install octave.īuilding octave crashed because of outdated autotools. I tried to download the file manually which also failed. Currently as of you have to adjust the hdf5 version number to hdf5-1.8.12.tar.bz2 and remove the checksum line below. Copy hdf5.rb from into /usr/local/Library/Formula. Import the scientific computing packages, including Octave:īrew update & brew upgrade brew install gfortranĭidn’t.Rm -rf /usr/local/Cellar /usr/local/.git & brew cleanup I tried a lot and finally gave up and cleaned up the house: I had Homebrew and Git installed but nothing worked. Once installed, install the Command Line Tools from XCode’s Apple Menu > Preferences > Downloads.I’ve tried to add my experience to the Octave for Mac OS wiki page ( ). If you want to do the same, here’s a quick guide on the current pitfalls and fallacies. I had already struggled with Aquaterm in the past, so I was aware this might take some time. Working on Mac OS, you need to build that yourself as the last ‘readily packaged’ version is really old. In case someone wants to do the same – It’s straightforward but the optim toolbox only works with a current version of Octave. Remembering that there was an Octave Package called optim that contains a general fitting algorithm, I quickly decided to try that out. Taking a look at the PCA and LDA (See also, works out of the box), I discovered that I could to some pretty good guesses at a closed function form. Shepard was also very easily implemented but already pretty slow for my 100×100 grid with the ‘naïve’ canonical code. I found that Chirokov’s RBF implementation works great out of the box for me. I needed to interpolate some scattered 2d data today with a bit more sophistication than just using octave’s polyfit. A motivation article for those who are trying to install Octave on Mac OS using homebrew
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