@halirutan I would suggest keeping a single source of uptodate info for the plugin (your website) and shortening the answer. You can repurpose it to focus on the "killer features" the plugin provides (the "elevator pitch"), a few nice demo gifs and not bother with the details of smaller features. If someone isn't impressed by the context aware highlighting, intelligent refactoring, etc., matching braces isn't going to help :)

You can leave helpful pointers to your website where they can find a tutorial or more detailed info, the youtube videos, etc. Maybe also include how they can start contributing (that's what you need the most now!). You can always update the post when the next killer feature is available (unit tests, debugging...) so it doesn't lose relevance or become stale

@sblom Sounds good!

@rm-rf Thank you. This what I thought as well, but I wanted to clear this with you guys first.

@Mr.Wizard No problem.

Hi! How can I get the solubility value of nitrogen in water at 10 degree Celsius? With Mathematica of course.

Anyone here?

@MatsGranvik It seems as this isn't available:

@MatsGranvik docs.engineeringtoolbox.com/documents/1148/…

@MichaelHale He wanted a solution with Mathematica!!!

Import["http://docs.engineeringtoolbox.com/documents/1148/solubility-n2-water.png"]

@MichaelHale :D

Lol, clever

@MichaelHale You mean it can be read from the image?

With a lot of coding I guess.

@halirutan I meant to ping you.

@MatsGranvik mathematica.stackexchange.com/questions/1524/…

@MatsGranvik No, I was just making a joke. It seems there is no direct way to get this information from Mathematica and you should just take the information from Michaels image

ok

Insoluble is a result, but it doesn't agree with engineeringtoolbox.com.

I see.

@MatsGranvik Yep, so you can get an answer with Mathematica but it's not right hehe. Honestly it would probably be better if it just said missing.

It said missing according to the comment here: mathematica.stackexchange.com/questions/80586/…

@Pickett @MatsGranvik "If less than 0.1 g dissolves in 100 mL solvent, the substance is said to be insoluble or, more exactly, sparingly soluble."

chem.wisc.edu/deptfiles/genchem/sstutorial/Text11/Tx112/…

@MatsGranvik I hadn't seen that question/answer, there's a good answer. The comment isn't using W|A, it is not for sure that ChemicalData and W|A have exactly the same data or that W|A can't tell you more (like in this case - no data, but it knew that it was insoluble.)

@MichaelHale Mystery solved!

I'm thankful Mma didn't choose such a notation...

@kirma It's great for code golfing :)

@Pickett Heh... :)

Now press the small + left of the slider

I have a problem with intermittent aborts and crashes while using FindCycle. It's difficult to find a procedure that is guaranteed to reproduce this but I've found the following to do it in a couple of times. Anyone care to try this? Of course, save all your work first.

Twiddling with the numbers in RandomGraph may provoke the problem if the current ones don't 'work' for you.

The above three blocks need to be executed in order. The crash/Abort either occurs at the second or third block, and the first block seems to be necessary in most cases.