BQN-J dictionary

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 <h2 id="how-do-i-get-started">How do I get started?</h2>
 <p><em>Writing good learning material for a programming language is a pretty huge task, so neither the tutorials nor the documentation are complete. With some willingness to experiment and possibly outside knowledge of array programming, it's enough to get by, just not smooth sailing.</em></p>
 <p>BQN's <a href="tutorial/index.html"><strong>tutorials</strong></a> are intended as an introduction to array programming with BQN. They assume only knowledge of elementary mathematics, but will probably be hard to follow if you have <em>no</em> programming experience. BQN has a lot in common with dynamically-typed functional languages like Lisp, Julia, or Javascript, so knowledge of these languages will be particularly helpful. However, there's a significant (but shrinking) gap between the last tutorial and existing documentation. If you're motivated, you may be able to get across by reading material on other array languages like APL, J, NumPy, or Julia.</p>
-<p>If you're already an array programmer, then you're in better shape: the current <a href="doc/index.html"><strong>documentation</strong></a> covers nearly all differences from APL, and the BQN-Dyalog APL <a href="doc/fromDyalog.html">dictionary</a> might also be a useful resource. However, you should be aware of two key differences between BQN and existing array languages beyond just the changes of <a href="doc/primitive.html">primitives</a>—if these differences don't seem important to you then you don't understand them! BQN's <a href="doc/based.html">based array model</a> is different from both a flat array model like J and a nested one like APL2, Dyalog, or GNU APL in that it has true non-array values (plain numbers and characters) that are different from depth-0 scalars. BQN also uses <a href="doc/context.html">syntactic roles</a> rather than dynamic type to determine how values interact, that is, what's an argument or operand and so on. This system, along with lexical closures, means BQN fully supports Lisp-style <a href="doc/functional.html">functional programming</a>.</p>
+<p>If you're already an array programmer, then you're in better shape: the current <a href="doc/index.html"><strong>documentation</strong></a> covers nearly all differences from APL, and the <a href="doc/fromDyalog.html">BQN-Dyalog APL</a> or <a href="doc/fromJ.html">BQN-J</a> dictionary might also be a useful resource. However, you should be aware of two key differences between BQN and existing array languages beyond just the changes of <a href="doc/primitive.html">primitives</a>—if these differences don't seem important to you then you don't understand them! BQN's <a href="doc/based.html">based array model</a> is different from both a flat array model like J and a nested one like APL2, Dyalog, or GNU APL in that it has true non-array values (plain numbers and characters) that are different from depth-0 scalars. BQN also uses <a href="doc/context.html">syntactic roles</a> rather than dynamic type to determine how values interact, that is, what's an argument or operand and so on. This system, along with lexical closures, means BQN fully supports Lisp-style <a href="doc/functional.html">functional programming</a>.</p>
 <p>A useful tool for both beginners and experienced users is <a href="https://mlochbaum.github.io/bqncrate/"><strong>BQNcrate</strong></a>, a searchable collection of BQN snippets to solve particular tasks. If you have a question about how you might approach a problem, give it a try by typing in a relevant keyword or two.</p>
 <h2 id="where-can-i-find-bqn-users">Where can I find BQN users?</h2>
 <p>Most BQN users are active on the <a href="https://chat.stackexchange.com/rooms/52405/the-apl-orchard">APL Orchard</a> forum. If you (like me) don't have a Stack Overflow or Stack Exchange account with a few points you'll have to send an email to get forum access; see the instructions in the room description. You can also chat there by IRC: a bot mirrors messages back and forth to the #apl freenode channel. The <a href="https://matrix.org/">Matrix</a> channel #apl:matrix.org is similarly linked.</p>