View source for Start tidalcycles and superdirt for the first time

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There are two steps to starting up TidalCycles each time:

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# Start SuperCollider and start SuperDirt within SuperCollider.
# Start TidalCycles inside your editor

= Start SuperDirt inside SuperCollider = <!--T:18-->

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There are two ways to start SuperDirt; you can either run it through the SuperCollider IDE or using SuperCollider's interpreter <code>sclang</code> in a terminal. New users are recommended to use the IDE.

== Using the SuperCollider IDE == <!--T:20-->

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To start SuperDirt, paste the following code into a SuperCollider window (for macOS users > 10.14.6, you'll probably need to copy the startup script https://github.com/musikinformatik/SuperDirt/blob/develop/superdirt_startup.scd and paste it to  ~/Library/Application\ Support/SuperCollider/startup.scd):

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SuperDirt.start

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Then click on the code, hold down shift and press enter. The post window should show the SuperDirt startup progress, and at the end you should see:

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SuperDirt: listening to Tidal on port 57120

=== Automatic SuperDirt Startup in the IDE === <!--T:25-->

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If you want SuperDirt to start automatically when you open SuperCollider, add the <code>SuperDirt.start</code> line to the SuperCollider startup file. You can edit the SuperCollider startup file from within SuperCollider itself by choosing File -> Open Startup File from the top menu. If you wish to use a more comprehensive SuperDirt startup file with more options,
[https://github.com/musikinformatik/SuperDirt/blob/master/superdirt_startup.scd refer to this example].

== Using the SuperCollider terminal interpreter == <!--T:27-->

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You can start SuperDirt using this [https://raw.githubusercontent.com/musikinformatik/SuperDirt/develop/superdirt_startup.scd startup script] by simply typing <code>sclang superdirt_startup.scd</code> in a terminal.

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Once everything's loaded, you should be able to find the following statement in the output:

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SuperDirt: listening to Tidal on port 57120

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The default startup script is pretty simple, it provides two orbits and loads the default samples but you might want to edit it to configure [[Custom Samples]] (and add orbits as well).


= Start TidalCycles inside your text editor = <!--T:32-->

== Instructions for Atom == <!--T:39-->

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# Start Atom
# create a new file and save it with a filename that ends in .tidal, e.g. test.tidal.
# open the Packages menu and select TidalCycles -> Boot TidalCycles. A small window will open at the bottom of the window containing the `t>` prompt (and hopefully no error messages).

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Try running a simple pattern by typing in the code below and holding down shift and pressing enter to evaluate it (Holding down control and pressing enter will also work, this evaluates multiple lines).

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d1 $ sound "bd sn"

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If you hear sound, congratulations!

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If you get stuck, you are very welcome to ask questions and share problems on the forum, or on the #tidal channel of the [https://talk.lurk.org/channel/tidal Lurk RocketChat].

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As is common with free software, you have alternative choices for the different components that make up a TidalCycles system. Atom and SuperDirt might be all you ever need, but there are other editors and synths you can use.

== Instructions for Emacs == <!--T:33-->

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Head over to the [[Linux installation]] to install the Emacs plugin if you haven't done it already. Once the Tidal plugin is installed, all you need to do is to open a <code>*.tidal</code> file and press <code>C-c C-s</code> to start Tidal in Emacs. If everything went fine you should see Tidal's output showing up in a separate window.

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You can now simply press <code>C-return</code> to evaluate any statement under your cursor. You can try this one as an example to check that everything runs fine:

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d1 $ sound "bd sn"

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You should hear a electronic bass drum sound followed by a snare sound.
Then evaluate the following to stop all your instruments :

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hush

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