==== →LIST ====
<callout type="primary" color="" icon="fa fa-book" title="Synopsis">
----
Assemble a list from its elements
</callout>

<callout color="green" icon="fa fa-indent" title="Stack Diagram">
----
^  __Input Stack__  ^^^^  ^  __Output Stack__  ^
|  **O<sub>n</sub>**  |  **...**  |  **O<sub>1</sub>**  |  **I<sub>n</sub>**  |  **→**  |  **L**  |
|  //Level n+1//  |  //...//  |  //Level 2//  |  //Level 1//  |  //→//  |  //Level 1//  |

{{page>manual:chapter6:aux:legend&nofooter&noeditbtn&inline}}

| **Keyword type**  | [[manual:chapter5:basics#commands|Command]]  ||
| **Parallel list processing capabilities**  | [[manual:chapter5:listproc#group-2commands-that-must-use-dolist-to-parallel-process|Group 2]]  | //Commands that must use //''[[manual:chapter6:lists:cmd_cmddolist|DOLIST]]''// to parallel process//  |
| **Affected by flags**  | //None//  ||














</callout>

<callout color="orangered" icon="fa fa-comment" title="Description">
----
The ''→LIST'' command combines the first **I<sub>n</sub>** elements on the stack above itself in a list.
</callout>

<callout type="success" icon="true" title="Compatibility">
----
''→LIST'' is fully equivalent to its **userRPL** counterpart.
</callout>

<callout type="info" icon="true" title="Usage">
----
**__Input__**
<code>
4:                                 '3/8'
3:                    "This is a string"
2:                              'SIN(X)'
1:                                     2
…………………………………………………………………………………………………………
→LIST                                   
</code>
\\
**__Output__**
<code>
4:                                      
3:                                      
2:                                 '3/8'
1:       { "This is a string" 'SIN(X)' }
…………………………………………………………………………………………………………
                                        
</code>
</callout>

<callout color="darkgray" icon="fa fa-hand-o-right" title="Related Commands">
----
{{page>manual:chapter6:lists&nofooter&noeditbtn&inline}}
</callout>