Conda install macvim6/21/2023 Note that vim-latex requires you to set some settings in your. That's how pathogen works for virtually all plugins. If you want to open ~/.vim/bundle in Finder, just type open ~/.vim/bundleĪnd you will get a nice file manager to help you. Now, I'll simply get the whole vim-latex-1.8.23-20130116.788-git2ef9956 directory and move/copy it inside ~/.vim/bundle. That's it.įor example, I got this file, vim-latex-1.8. Now, if you want to deploy any Vim plugin, just extract it and put the extracted directory under ~/.vim/bundle. Note: The only required line for pathogen to work is the first one, the other two are just some goodies I recommend. Type this command: open -e ~/.vimrcĪnd add the following lines, preferably in the beginning: execute pathogen#infect() ![]() This command will download pathogen.vim from Tim's repository and deploy it inside the autoload directory. Now, let's type this command: curl -LSso ~/.vim/autoload/pathogen.vim vim directory, if it doesn't exist), autoload and bundle inside. This will create two directories (and even the parent. The solution relies on Tim Pope's awesome pathogen plugin, which manage our runtimepath very easily.įirst of all, open your terminal and type the following: mkdir -p ~/.vim/autoload ~/.vim/bundle I don't use it, but I can provide a very clean way of deploying plugins for Vim. If you use Homebrew, there's already a formula for MacVim available, so you can run brew install macvim Getting the correct MacVim version for your operating system in the project website, unzip the archive file and drag MacVim.app to your Applications folder. For Macs, we have MacVim, and AFAIK two options are available: ![]() Usually, the installation is very straightforward for every operating system. (Imagine having to keep all of these updated and working compatibly with one another on your computer! This is the true utility of a conda environment it takes care of this for you.I suppose you already have Vim installed in your operating system. These are all the packages that conda installed to get NCO on my computer. This is an example for the ncl_stable environment. For NCO and other fairly specific software packages, conda will typically need the conda-forge channel. For packages with nothing under the “Channel” column, they were installed using the defaults channel. for ruby and vim but nothing really helped. This conveniently lists the packages installed in the current environment, their version and build information, and the channel used to install them. And surely removing macvim with brew uninstall macvim solved the issue Share Improve this answer answered at 21:20 kip2 141 3 Add a comment 2 I tried reinstalling, relinking, removing all available versions etc. To see which channels were used to install your conda packages, type conda list. Note the -c in -c conda-forge means “channel.” What this does is tells conda to look in the “conda-forge” channel (which hosts a broader range of user-created packages and unofficial versions of packages within the defaults channel). You can name them anything you like, though. I like to use the _stable suffix because it helps me mentally separate an environment related to NCO from the language itself. To create these environments yourself (base is the default, so no need to make that), follow the steps below. conda environmentīasmap (assuming you have cartopy in your base environment) I’ve learned the setup below works best for me. You could get away with combining some of them into the same one below (and I encourage you to try, because you’ll learn a lot about conda when you run into issues and have to resolve them). I typically keep at least four separate environments on a machine (in addition to the default), described below. That’s at least what I did, and I was able to finish projects that I had started with basemap but start new ones in cartopy. The solution: Install a separate cartopy environment to get used to it, and once you feel confident, change your base environment to cartopy and create a basemap_stable environment for basemap-specific tasks. ![]() Its replacement is officially cartopy, but when you try to install them both, their packages can conflict. For example, if you use basemap for plotting maps, you may have heard it’s being retired in the next couple years (see also this discussion). ![]() Installing an environment is also a great way to make the switch to a new Python library or package without breaking your installation for all your current scripts. This tells me that I currently only have a base environment, and it’s installed on my home directory at /Users/baird/miniconda3. Vcv076219:python-for-climate-scientists baird$
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