Modern LaTeX Replacement?
javierzinho writes "For many years I have been using LaTeX to compose scientific documents, but truly I am getting tired of its complexity. You have to install new packages for new features, compatibility issues are everywhere, you need to know commands for everything, table composition is torture, image insertion is an odyssey if you don't have the 'right' format, and you need to be a LaTeX Jedi master to create a new document class. I'm looking for a document processor (not a word processor) that is a viable replacement for LaTeX, possessing all of its advantages — consistency between text and math text, automated cross references, direct PDF creation, etc. — but that is not stuck in the 1980s with the compiler metaphor and weird font technology. An application with visual interface and so on. I've tried Scientific Word and Lyx but both are front-ends for LaTeX. Publicon only produces PDF files by exporting to LaTeX and subsequently using pdflatex. Add-ons for MS-Word are a joke, and webEq is intended for web publishing, not for PDF production. Does anybody know of a decent, scientific-structured document processor that is a modern application?"
Remember, when you're doing highly technical writing like that, you're literally out at [or beyond] the top 1% of 1%.
The sad truth of the matter is that the servicing of highly technical writers just isn't a very big market [and, barring something like artificial manipulation of the genome, will NEVER amount to a very big market], and you're gonna be lucky if anyone bothers to release a product for it.
Heck, we mathies ought to count our lucky stars that Knuth ever took the time to design TeX in the first place.
I find this funny that I just learned LaTeX two weeks ago. I ported my entire thesis over to LaTeX and have had nothing but professional and consistent results.
What's the problem with it, again? It doesn't have a fancy GUI? It works great for me.
Any replacement for LaTeX that intends to do most of the same things is pretty much doomed to be markup language, even if you dump XML pixie dust on it. XML after all is just a horrible human unreadable markup language itself.
So once one accepts that the question simplifies to can LaTeX be replaced with something more usable by humans. First off the font system is purely a legacy thing, since Tex predates pretty much all other currently popular font tech. So could LaTeX be retrofitted to use TrueType for everything? Probably. In a 100% backwards compatible way? Only if a genius pulls a freaking miracle out of his butt.
If someone were to do a total rethink/rewrite, and if said person were a genius on the level with Knuth, then by making use of what we know today a new and better typesetting system could probably be created. Getting everyone to agree on anything else would be the biggest problem.
Democrat delenda est
Anyone weigh in?
Sure. That's not even close to what this guy is looking for. LaTeX is to printed publications (or PDFs) as HTML is to a webpage. He's not looking for a program for changing fonts in a GUI. He's looking for a modern way to typeset documents kind of like going from HTML table layouts to CSS layouts. Where is badanalogyguy when you need him?
Win a signed Stephen Carpenter ESP Guitar from the Deftones: http://def-tag.com/?r=0008781
It's called typesetting and, unfortunately, LaTeX is still the freakin' best.
What do you mean by "unfortunately"?
Unfortunately no software since [LaTeX] has come close to the feature-set and quality of LaTeX.
I use both Word (2007) and LaTeX. I think you're completely and utterly wrong, and I note the complete lack of specifics in your post. Just consider this entry from the Microsoft Office Team Blog. Create a 3 column table to number an equation! You've got to be kidding me.
Layer on top of this the fact that in Office 2007 Microsoft has created a totally new equation editor that isn't compatible with its old editor. How long will this one last? Maybe they're finally turning Word into a capable, consistent tool, but it will take several more versions to be sure.
Making complicated tables in LaTeX is a pain, I'll grant that. But why don't you tell us exactly what it is that makes the latest version of Word such a capable tool for creating lengthy, cross-referenced, equation-laden documents.
It's not as bad as it seems.
Let me begin by explaining how I came to use LaTeX. One of my friends pointed me to LaTeX. I read the Not so short Guide to LaTeX and loved the thought behind it. I used it for everything. Biology, chemistry, physics, math, papers, letters, essays, type setting in other alphabets... The list goes on and on.
And I discovered something: while it has a steep learning curve, LaTeX is easy. The problem is that people don't grow up using it.
That said, there are some poorly designed packages... These can be difficult to use... Just search ctan and read documentation till you find one that you like...
Know what's harder than LaTex when you need math typeset correctly? Anything that's not LaTex.
A hypergenius that could not only exceed Knuth (Knuth, for Bob's sake!), but do it without resting on the established highest technology in the field (i.e. TeX and packages built around it)
I don't know about that. I think a more ordinary genius could do it, simply because they have the wisdom of Knuth plus others to build from, even if they reject the technical base of LaTeX, but incorporate the ideas and theories behind it.
Still, it would be quite an achievement, and I still agree with you that a full-on replacement is unlikely in the foreseeable future.
I can't help but question the complaints on the complexity.
I'm a hard-core TeX user. Not a LaTeX user (sorry, I disagree violently with Leslie Lamport's aesthetics, and the code just isn't solid enough), but a TeX user.
Although TeX may be at times frustrating, there are two things that I know to be true, and provide comfort:
1. Although there may be opacity in the system, logic and rationality pervades its design, so that, given sufficient time and effort, I can understand exactly what, how, and why something works or does not work the way it does. This is huge. I will never, ever, understand many of the operational choices in OpenOffice and Word because they are not based on a rational, logical framework, leading to the impression that they are both horribly idiosyncratic.
2. TeX is bug free. If text isn't laying out the way I want it to, it's because my code is not correct, not because there's some problem with TeX. In contrast, I've lost track of the number of bugs I've seen in OO and Word.
You can, and should, clamor that LaTeX is not bug free. It isn't, and very often the packages distributed for it are riddled with bugs. The IEEE Transactions class is one, embarrassing, example. But then, if you roll your own packages, like me, you have no one else to blame when they don't work correctly, and can take comfort that when they do, you've done a good job and your documents are beautiful.
The biggest problem with any of the WYSIWYG editors I've used (and, having typeset two conference proceedings that solicited contributions in LaTeX and Word, I've seen many and varied instances of this) is that the settings are not explicitly represented in the visible document, and so become hidden and often missed. If you aren't careful, it's very easy to have one paragraph appear in a slightly different font than the next, or to have one stretch of lines be ragged right and the rest be fully justified, or have the hyphenation settings change from one portion of the document to the next. It's horrible, and fixing this is a royal pain. Having explicit formatting within a compiler paradigm is the only way to go when producing professional quality documents.
Put my fist through my alarm clock with its ding-dong death inside my ear. - The Blackjacks.
The best (only?) way to learn and write in LaTeX is to take another person's example file, and modify it with your own text.
When it comes to typesetting, never do anything yourself. Steal, steal, steal.
No shit. This is bizarre to me:
For many years I have been using LaTeX to compose scientific documents, but truly I am getting tired of its complexity. You have to install new packages for new features, compatibility issues are everywhere
LaTeX is the pinnacle of "what you did 10 years ago will work beautifully today". If you are installing new packages willy-nilly, something is horribly wrong.
I have assignments I wrote for a group theory class in 1993 that render exactly the same today as they did then. That is, in fact, the reason that Metafont uses e (2.718...) and TeX uses pi (3.1415...) as their version numbers. There are no changes in functionality these days; they only correct true bugs.
Indeed, Knuth has said the reason for that is so that documents written today will render the same in 20 or 100 years. New versions are legally not allowed to change the behavior or typesetting of the program without changing the name to something other than TeX. And as a user, that's completely true. If you learned it in 1995, you know it now.
The story is really, truly bizarre to me. Given that it's railing against a central tenet of TeX, I would expect some explanation other than "truth by assertion".
rage, rage against the dying of the light
> I don't know if this is the case for you, but I find most people who find LaTeX hard are using it wrongly.
Very true words. The whole idea of LaTeX is that it does all the formatting work for you. So complaining about "complexity" is really missing the issue: LaTeX is as complex as necessary for the task. Use it wisely, and it will go a long way.
If you do not want to deal with the complexity of different styles, then a front end like LyX can hide a lot of it. You still get high quality results, you can switch between styles, and you can use additional features manually if necessary. This does not mean that LyX is without fault, but I think it is a step in the right direction (very much unlike Word).
Concerning the OP's question about a document processor without the "compiler metaphor" (and it is a paradigm, not a metaphor)... there is no such thing. The whole idea of a document processor is that things are done right, and not fast. Doing this in real time is just asking for trouble. So you either end up with a draft view as in LyX, or with a sluggish real time preview (as you find in a few LaTeX editors). Anyway, with a document processor you are supposed to put down semantics, and not form, so looking at the exact final form is wasted precision. If you want to have certain things in certain places, LaTeX has commands and overrides to achieve that.