Re: Re: Re: If only it (LibreOffice) didn't have such a terrible name
Suse was originally an acronym for "Software und System-Entwicklung" - would you rather have that ?
2107 posts • joined 24 Mar 2010
Suse was originally an acronym for "Software und System-Entwicklung" - would you rather have that ?
I seem to recall what they actually said originally was something along the lines of -
"We have this anomalous result which we consider is unlikely but we need input from our peers to suggest possible sources of error that we may not have already considered"
Public gardens !
"The standard specifies that PINs shall be from four to twelve digits long, noting that longer PINs are more secure but harder to use. It also notes that not all systems support entry of PINs longer than six digits."
Certainly my Swiss UBS card is 6 digits ( and I think could be longer ).
I thought UK ATMs let you enter digits and then press <enter> rather than accepting a fixed number of presses.
Real windows have panes. Windows is a pain
"The new reactors currently under consideration are Generation III+ designs."
Hauskase from the Cabane du fromage, Saas-Fee - now you're talking !
That would be ~$500 billion/year compared to NASA at ~$19 billion/year
I once saw a small child drop an ice-cream on self & pavement in Saas-Fee. The shopkeeper was out almost before the ice-cream hit the floor. The child and pavement were spotless within
Is much space debris ferromagnetic ?
You wouldn't think I was lucky if you'd heard me after I soldered it all together and it didn't work !
Not an easy thing to debug. I eventually used a crystal earpiece to go round the board and eventually found a duff 7400 - quick replace - it was all socketed - and away it went. Bloody MS BASIC had a bug in its garbage collector but that''s another story.
Years ago I built a UK101 6502-based single board computer. Times was hard and it spent most of its life with the cardboard box it came in as its 'case'
Would also be interesting to know the ratio of paper to polyprop being used.
I've got 11.4 on a range of hardware, atom netbook, celeron laptop, dual-core atom fileserver, 64AMD, dual-core 64AMD and a dual core Intel. All installed without any problems.
(BTW I've just added a cheap modern NVIDIA card to the dual core AMD and it now plays 1080/50p video perfectly with cpu use at ~5-10% using VDPAU )
.. the fact that people are willing to install a Linux on hardware that almost always they have to buy with Windows pre-installed and where most people don't care or know about Linux is a major triumph even if the desktop usage is ~1%.
I build all my own (except 1 laptop) so it's a no-brainer for me
There's an awful lot of people writing and compiling software for a desktop that you appear to think doesn't exist. Forget the enthusiast authors, major bits of software like Google Earth, Firefox, VLC, GIMP, Hugin, Thunderbird, LibreOffice, Opera are all available.
People tell me all the time that 'x' can't be done on Linux -they are almost always wrong. Only the other day someone said 3G dongles didn't work - they do., and someone else said that 1080/50p video couldn't be edited - It can.
..been rather rough in the past. I'm using 11.4 without any glitches on 6 machines. I see the latest version (12.1) has changed the management again so we'll have to see how it pans out.
It's still WAY better than total lack of management in Windows.
~200 Computational chemists at my last company all used Linux on the desktop - the software wasn't available for Windows in any case as the practitioners in this area all use Unix/Linux. The workloads were epic, I'd leave protein modeling software running for days on a dual xeon workstation or shift it if necessary to a 1024 node Linux farm.
We all Windows systems too but that was for the trivial stuff like corporate e-mail.
CERN has a very heavy use. Most scientific academics use it.
I have 6 machines and have used nothing else for years.
Use the Live-CD so you can try your hardware before actually installing
A good deal of science computing is done on RHEL or spin offs
was from someone who thinks I really use Windows in secret !!
I don't need or use WIndows.
I browse the web, watch video, process RAW photo files, edit video ( 1080/50p), design pcbs, write code, model proteins, run extensive scientific calculations, scan and print ALL without the need for WIndows
is my usual one of ignoring Windows completely.
It's worked fine for the last 6 years
The figures quoted in the article suggest the amount of energy imparted to the projectile is a small proportion of the energy used so the number of shots drops even further maybe by 20 fold
~90 J from your figures - really small, far too small
~2 kJ from http://en.wikipedia.org/wiki/Muzzle_energy for a rifle bullet
They sound impressive your numbers but let's look at them at little more closely.
A 1 tonne Mach 7.5 projectile had a kinetic energy of ~3e9 J - that's 3000 MJ - that's rather out of the range of current discussion esp. if the launch efficiency is as low as the data in the article suggests.
It is hard to beat Physics
if you make it into a sieve it will sink but it seems rather far fetched to assume that it will be hit a sufficient number of times BELOW the waterline. If its a small vessel then game over and if the projectile hits something heavy or critical that it can vaporise/ be vaporised by then ditto.
100000 tons takes a lot of sinking with small holes.
Most modern warships have relatively thin hulls. Such a slim projectile needs to hit something with substantial mass to impart a good proportion of its energy otherwise it will just go through like a rifle bullet through paper. There might be local damage but it could easily be insignificant to a ship-sized object.
Its also an unguided shell equivalent so it need to follow a ballistic curve and allow for the curvature of the earth. This is likely to increase errors in aiming.
For close quarter defence there might be a different picture.
I calculate the 1 ton kinetic energy as ~1.5MJ so there is a large mismatch somewhere
(Imperial AND SI units - urrgh!!)
It is used all day - if we leave for more than a short time it's put to sleep as are the desktops if they are on. Only the low-power Atom file/odds&sods server runs all the time
What's so special about that ?
We have an old laptop running OpenSUSE 11.4 that's left on during the day and sleeps at night - it's hardly ever turned off it might be restarted once a month usually because it's been left unplugged.
That mirrors my experiences with various laptops/desktop but most often when Windows Update fails and the Recovery fails and there is, of course, no install disk. In each case a Linux Live-CD has recovered the data, and even reformatted the apparently ailing disk and the system has then gone on to a long useful Linux life. In fact I'm writing this on one now ~3 years after it's 'accident'
My normal distro is OpenSUSE. If you use the DVD download that has 3 webservers including Apache2 available on disk. They are not installed by default - why would they be but available for a few clicks.
Incidently the most dangerous contaminants of food are natural, although generally caused by poor storage etc. Materials like aflatoxins ( must be less than 20 ppb in food) make many man-made poisons, let alone food additives, look quite bland.
Carcinogens in food ARE an important issue - but are they actually a significant risk?
Lots of things are easy to measure to measure to extremely low levels e.g certain chemicals and ionizing radiation. Problem is assessing the consequences.
With carcinogens a 'predicitive' test that has been used widely is the Ames test named after its inventor, which actually show the mutagenic effect of a chemical. Find an active and the supposition was that almost no level was 'safe'
Years later Bruce Ames published a long review of carcinogenic challenges and demonstrated that biological systems have a threshold level below which almost no damage is important and the system generally self-repairs.
So carcinogens are important but the risks are probably far lower than the popular perception.
is readily available e.g.
No hardware assisted encoding but I use it for 1080/50p encoding and it works well, if rather slowly, on anything less then top-notch kit. Playback on VDPAU/Nvidia assisted decode is excellent using ~5-10% cpu even on an old dual core AMD 64
There certainly have been ARM versions
You need to use liquid crystal glasses NOT beer goggles
can produce that effect. I've spent a lot of time looking at 3D chemical graphics of various types over the last 30 years and have got used to the games they can play. If you cross your eyes or defocus them you might well find the images shift around to give the impression that you are looking from below. Try changing the size or darkening the room.
Thanks for that, pity it was so small.
Having done this quiz I guess one problem is that it isn't against the clock so I had plenty of time to scrutinize the pages and particularly the URLs. In some ways it was easy to spot the phishing sites but verifying that a genuine site was genuine was harder - spot the phish and you're done but on the 'good' sites it took more searching to convince me that there wasn't some trick.
But how many people did your survey cover ?
Not on my system mate
Just like the desktop ?
Just card in/out - no PIN
Spent ~£380 recently going Calais-Switzerland-Riviera-Auvergne-Calais with the largest single item ~£40 all without PIN or signature - I guess they have the reg. plate captured though.
Both electricity/gas I put the readings in on-line, bill gets paid by DD, meterman turns up about a week later. Being going on for ~ 2/3 years
It didn't read like a joke
sudo version 1.7.6p2
"daringly innovative; on the cutting edge. "
Your point is ?
And I have been on this site for a number of years. And there does seem to be a tendency for posters to get their facts wrong - often wildly so.
Recently someone claimed that the NEO was 6 miles in diameter where most info sources were saying ~11m or bus sized
er ? 11 metres is closer
"The asteroid, estimated to be about 11m (36ft) in diameter, was first detected on Wednesday."
"A small asteroid the size of a city bus zoomed between Earth and the moon's orbit Friday (Jan. 25)"
I agree about the nuck though
Quite the reverse.
A charged comb will lift a feather ( against the force of gravity) but the uncharged comb doesn't
I think the problem is that the rock is most to be both an irregular shape and likely to be tumbling so to attach any form of propulsion to it and then stabilize and steer it is going to be mighty hard
It does sound fanciful doesn't it ?. Nevertheless that is exactly what is being proposed in the document referenced in the article under the title "Gravity Tractor"
"..minimize fuel consumption and maximize the asteroid’s deflection? What are the trade-offs between the mass of the tractor, the distance between the tractor and the NEO, the control laws, and the time required to produce the required deflection? Reliability is a crucial issue given the long periods (several years to a decade) typically required for gravity traction to produce the required deflection. What are the requirements for autonomous spacecraft control procedures to manage hovering station keeping and maintain stability of the traction system over a long period of time in the (verynearby) presence of an irregular rotating mass?"
e.g. the Linux kernel Oh wait !