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Showing content from https://github.com/supercollider/scel below:

GitHub - supercollider/scel: Supercollider emacs package

SuperCollider/Emacs interface

There are 3 options for installation:

1. Using SuperCollider Quarks (recommended)
2. From debian package supercollider-emacs
3. From source

Option #1 is the best cross-platform option, and is recommended. Whatever option you choose, make sure not to mix installation methods. In particular, do not install the Quark if you already have the supercollider-emacs package or if you compiled SuperCollider with the -DSC_EL=ON option. Otherwise you will get an error from SuperCollider about duplicated classes.

The repository contains two subprojects. /el contains the emacs-lisp implementation. /sc contains the SuperCollider code required to implement the Emacs interface. SuperCollider has its own package system called Quarks, which we can use to install both halves.

Evaluate this code in the SuperCollider GUI by pasting it and pressing shift+enter:

Quarks.install("https://github.com/supercollider/scel");

The scel repository will be downloaded to your local file system and the path will be added to your currently used sclang_conf.yaml file. (You can find its location by evaluating Platform.userConfigDir)

Next, find out where scel was installed. You will use this install-path in your emacs config.

Quarks.folder.postln;

// -> /Users/<username>/Library/Application Support/SuperCollider/downloaded-quarks

Now in your emacs config, add the /el subdirectory to your load path

;; in ~/.emacs

;; Paste path from above, appending "/scel/el"
(add-to-list 'load-path "/Users/<username>/Library/Application Support/SuperCollider/downloaded-quarks/scel/el")
(require 'sclang)

If sclang executable is not on your path, you may need to add it to your exec-path.

;; in ~/.emacs
(setq exec-path (append exec-path '("/Applications/SuperCollider.app/Contents/MacOS/")))

It's completely possible to install with straight.el, use-package, doom, etc. Instructions for doing so are beyond the scope of this README, but note that autoloads are implemented for entry-point functions so if you like to have a speedy start-up time you can use the :defer t option.

There is a debian package which provides emacs integration called supercollider-emacs. Option #1 will likely be more recent, but if you prefer you can install the package with:

sudo apt install supercollider-emacs

If you are building SuperCollider from source, you can optionally compile and install this library along with it. The cmake -DSC_EL flag controls whether scel will be compiled. On Linux machines -DSC_EL=ON by default. See the supercollider README files for more info.

;; in ~/.emacs
(add-to-list 'load-path "/usr/local/share/emacs/site-lisp/SuperCollider/") ;; path will depend on your compilation settings
(require 'sclang)

There are two options for SuperCollider help files. They can be opened in the help browser that ships with SuperCollider, or if you prefer an emacs-only workflow they can be opened using the w3m browser. The browse-in-emacs option requires an additional dependency.

;; in ~/.emacs
(require 'w3m)

The main function which starts interacting with the sclang interpreter is sclang-start. You can execute that anywhere with M-x sclang-start, or from within a .scd buffer by pressing C-c C-o.

If you know you want to launch sclang when you start emacs you can use the -f option to execute that function right away:

# in your terminal
emacs -f sclang-start

To fine-tune the installation from within emacs' graphical customization interface, type:

M-x sclang-customize

NOTE: If you use an sclang configuration file different from the default sclang_conf.yaml, you need to specify it in scel by customizing the sclang-library-configuration-file variable. Otherwise, even after installing the Quark in SuperCollider, you won't be able to run sclang code in emacs.

Inside an sclang-mode buffer (e.g. by editing a .sc file), execute

C-h m

and a window with key bindings in sclang-mode will pop up.

C-x C-h lets you search for a help file

C-M-h opens or switches to the Help browser (if no Help file has been opened, the default Help file will be opened).

E copies the buffer, puts it in text mode and sclang-minor-mode, to enable you to edit the code parts to try out variations of the provided code in the help file. With C-M-h you can then return to the Help browser and browse further from the Help file.

C-c C-e allows you to edit the source of the HTML file, for example if you want to improve it and commit it to the repository.

To enable moving around in the help file with arrow keys add the following in your ~/.emacs:

(eval-after-load "w3m"
 '(progn
 (define-key w3m-mode-map [left] 'backward-char)
 (define-key w3m-mode-map [right] 'forward-char)
 (define-key w3m-mode-map [up] 'previous-line)
 (define-key w3m-mode-map [down] 'next-line)))

This ensures that the arrow keys are just for moving through the document, and not from hyperlink to hyperlink, which is the default in w3m-mode.

In the post buffer window, right-click on the server name; by default the two servers internal and localhost are available. You will get a menu with common server control operations.

To select another server, step through the server list by left-clicking on the server name.

Servers instantiated from the language will automatically be available in the mode line.

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