Feature Requests
admin Administator 58 posts |
You’ll note that another bug that I fixed, in the same commit, was Maruku’s section numbering (disabled by default; see |
Andrew Stacey 118 posts |
I was checking this forum to see if you’d posted a notice that you’d fixed the bug, but I didn’t see that you’d edited your previous comment rather than posting a new one - and at the start of the week then I don’t always click through links or check RSS feeds. All of my instiki installations are now up to date. Thanks. |
Bernhard Sta...
4 posts
edited almost 3 years ago |
That’s true, my description is underspecified - it was just some ideas shooting through my head that I didn’t formulate clearly, and I also didn’t research existing approaches. The problem can be described as follows: Both mathematical concepts and their presentation are moving targets. Mathematical notation is developed together with mathematical concepts and is permanently being refined afterwards, as one can witness in the discussions on nLab. Notations are the “interface” through which humans interact with mathematical concepts, so elegant, intuitive, consistent notations are important for understanding them. However, it has been a time-consuming job to keep notations consistent and to update existing work to new notations, effectively impeding the improvement of notation and in the end mathematics itself - at least because of time wasted, and IMO also by suboptimal notation leading to suboptimal intuition. I think that this is a consequence of a deeper problem, namely that authors have to manipulate the presentation of the mathematical concepts they describe. My opinion is that in collaborative mathematics platforms, article authors should rather manipulate the mathematical concepts themselves. TeX-derived typesetting systems are very good at typesetting mathematical notation and should be used for presentation, but when describing mathematical concepts, you shouldn’t be bothered with such details. Rather than using TeX, I’d suggest using syntax customized for the respective field of mathematics. What I wanted to point out is that software for collaborative mathematics platforms like nLab may offer the chance to solve that problem and maybe even endorse improvement of mathematical notation by making a clear distinction between mathematical notation on the one hand, and mathematical presentation on the other hand. Mathematical concepts would be stored using a schema/ontology spanning all fields of mathematics. Mathematical notation (=wiki syntax) defined for each respective field of mathematics could then be used to write about these concepts. The presentation would be implemented using transformation from the schema/ontology to MathML or TeX or whatever. Once there is a mechanism for representing ontologies/schemata of mathematical concepts, it becomes possible for authors to choose any notation offered, or define their own. When the notation is changed to a newer version, automatic migration schemes may enable easier switching to new notation. And as for the presentation, the reader could then himself decide whether he prefers the comma category written using a downwards arrow or a slash. I actually found a project that might have similar aims, namely SWiM. But what I see in the related article doesn’t really look like what I’d expect from a wiki - the source code in the screenshot on page 4 looks worse than LISP, in my eyes. I think that this problem is caused by forcing authors to use some one-size-fits-all notation of OpenMath or similar, so my suggestion should make such a wiki usable. |
Andrew Stacey 118 posts |
Not sure if this is a bug or a feature request … Google searches now include author information which it tries to glean from the page. It would appear that it uses the “Revised by XYZ” information to do this. It’s been suggested that this is because that is in a div with class name I’ll report back on whether or not it works. If it does, consider this a feature request for changing |
distler Moderator 91 posts |
That seems a pretty thin reed on which to base a request for changing the class names we use. Google is pretty cagey about what algorithms they use. I’m kinda dubious about this one. |
Andrew Stacey 118 posts |
Okay, so that was a pretty dubious feature request! How about this one: if a page exists (meaning, really exists - not just a redirect) then a request to (This came up most recently because a Google search for a page led to the |
distler Moderator 91 posts | |
Andrew Stacey 118 posts |
Thanks. |
tanzer 36 posts |
Background: The Azimuth wiki is getting consistently hit by a spammer promoting “coffre fort.” I’ll do what I can with keyword blocking, but the guy is creative with words. Main point: The IPs are all in the database at www.stopforumspam.com. Possible feature request: Option to have this web service called when validating an IP address. One question is what the performance hit would be – what is the uptime of this service, and what is its response time. A drawback of doing this is introducing a further dependence through the internet on an external system. |
distler Moderator 91 posts |
Try adding the entry
to the If that works, we can incorporate that in an update to Instiki. If not, we can look into implementing the API. |
tanzer 36 posts |
Thanks! |