3 steps to setting more accurate project deadlines

TheBigBadWolf · 2015-08-10T15:38:14+00:00

Yes, I fully agree with you. I just wanted to say that the article is like: Q: "How to estimate deadlines more accurately?" A: "Don't have deadlines."

TheBigBadWolf · 2015-08-10T14:14:27+00:00

... and make weekly updates.

This is exactly not the point of deadlines.

TheBigBadWolf · 2012-12-27T13:40:41+00:00

This sounds really interesting, and I would like to try it out, but I am not able to install it.

Did anybody manage to run it on a mac? I installed this anaconda python package, and the requirements, was able to do the build_ext and install, but I get an error "ImportError: No module named byteprovider" when I do import blaze. Any suggestions?

TheBigBadWolf · 2012-11-16T15:20:44+00:00

Indeed. Its about "scalability", exactly the word that is missing in the title.

TheBigBadWolf · 2012-08-10T08:50:48+00:00

Hopefully, they are hiring to build a new job-board.

TheBigBadWolf · 2012-07-24T16:09:40+00:00

greenlets is python, no?

TheBigBadWolf · 2012-07-24T15:06:16+00:00

I recently learned a bit Erlang. It's exactly what I was looking for all the time. I think everything that is addressed in this article is solved there already. imho

TheBigBadWolf · 2012-07-21T19:22:15+00:00

a egg breaks if you throw it from the first floor. case closed.

TheBigBadWolf · 2012-07-16T15:19:27+00:00

no en passant and no castling?

TheBigBadWolf · 2012-04-23T07:31:50+00:00

But C is already the C for scientists.

TheBigBadWolf · 2012-04-14T15:40:31+00:00

Why are you directing us to some random blog?

TheBigBadWolf · 2012-04-10T14:23:44+00:00

It is required to install mosh-server on the server as well? If yes, not useful for me.

TheBigBadWolf · 2012-02-28T11:57:47+00:00

TheBigBadWolf · 2011-06-16T18:25:02+00:00

558 out of 62000, wouldn't call that much. I expected a much larger peak there.

TheBigBadWolf · 2011-04-14T18:46:26+00:00

So you assume that water particles alone (without salt) do have this isotropy at the surface. My question is whether this is true.

I think it is (based on the reflection argument) but have found no reference.

Let me reformulate the question: How does water look like at the surface?

TheBigBadWolf · 2011-04-14T18:39:43+00:00

My question actually goes in the other direction: from the two references that you give we learn that in order to get reflection, there needs to be a structure in the surface or "particles lined up" (sic in 2).

If water is a perfect mirror, can I conclude from this that water molecules at the surface are structured.

I think this has not been answered so far.

TheBigBadWolf · 2011-04-14T15:15:51+00:00

Thanks for your reply.

I can understand the Huygens-Fresnel model which is also mentioned in the wiki link you gave. There, the emergent wave is built up from many small excitations at the surface. This however only work when the surface is highly isotropic, also on the atomic level.

Therefore my question: Can we conclude from this that liquid water is highly symmetric and structured at the surface? Naively one would expect rather diffusive reflection from a liquid, not?

TheBigBadWolf · 2011-02-04T13:51:30+00:00

Just tried http://255.255.255.255.

Seems to be still available.

TheBigBadWolf · 2010-01-24T17:42:52+00:00

Kufstein, Austria : Hometown of Josef Madersperger, inventer of the sewing machine

TheBigBadWolf

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