Before you start using this, be aware that this is all undocumented and unsupported functionality. It may change at any time, it may crash Mathematica, and it may bite you when you least expect it. I wouldn't be surprised if it turned out that nonstandard use messes up the internal stat of the f...
But I still cannot get this sort of stuff working:
The completions here are lists with numbers, not simply strings.
Can anyone help figure out how to do this? (@JohnFultz) I see that it should be all in the .trie files but those are binary and hard to reverse engineer. Do we need .trie files to get this working? Is there something that comes with Mathematica and allows compiling such files?
user147238
12:12 PM
Just seeing that some new videos, related to "what's new in 11", were posted yesterday on Wolfram Youtube account.
@halirutan Do you think cross-file auto-completion would be feasible in IntelliJ IDEA? I have a 3200 line file, still growing. What's really preventing me from breaking it up is that I would lose auto-completion precisely for the functions which I need to complete most often.
There are a few private package functions which are used all over the package, and would appear only in a single place after breaking up the package.
@JohnFultz There's one thing bothering me about custom auto-completion: it persists after a kernel restart. This affects GitLink as well.
@Szabolcs I think it would be even clearer if it read something like "Is your question about Mathematica software by Wolfram?" In some languages, Mathematica could be confused for "mathematics"
is it possible to get mathematica to do symbolic operations on d-dimensional vectors, where I don't actually define d? Like ideally I would just be able to do something like $Assumptions = Elem[v, Vectors[d]] and then take the Grad of v.v and get 2v
is this feasible or am i barking up the wrong tree completely?
I am trying to rearrange and manipulate some vector differential equations in Mathematica. As far as I understand you have to tell Mathematica that a variable is a vector by specifying the components of the vector. For example
r = {x, y, z};
If I want to define vector fields I have to do it in...
I am trying to rearrange and manipulate some vector differential equations in Mathematica. As far as I understand you have to tell Mathematica that a variable is a vector by specifying the components of the vector. For example
r = {x, y, z};
If I want to define vector fields I have to do it in...
