Zan (CBR1000F) - www.zanziba.prodigynet.co.uk/Pictures made up the following gibberish: At this point, I feel morally obliged to evengalise Gravity. I won't though... http://lightning.prohosting.com/~tbates/gravity/super.html ....ok, I lied... It's simply the most powerful, intuitive amd easy to use newsreader I've ever had the pleasure to use. I switched to it about six years ago and despite trying a few alternatives (Agent, pan and knews), I keep coming back to Gravity.
Which version of pan you using? Can't recall if it was 0.13 or 0.1something else, but it was a little unstable (unsurprisingly) and even though I managed to configure it to be 80% Gravity-like, the scoring/scoring colouration wasn't quite there. I did then try running Gravity under wine but that was too painful. I'm back on Windoze at the moment and keep Linux on my laptop.
Well, ackshirley, as others have mentioned, some newsreaders don't seem to care about the trailing CR. Gravity, otoh, does.
Cab says... I'm doing what ukrm does best, letting the reader do the thinking. It has to be, when was the last time you saw any terrorist sit and clean his weapon after use?
You're not far wrong. I know - the old gimmer keeps getting younger in appearance: there must be a deeply, deeply fucked portrait in an attic in Oz somewhere.
even 0.14, but I have been using it since 0.12 or there abouts with no problem. I don't overly use the colours. I've got wine, but as the only app I want to run is a really really badly written one I don't use it on the laptop. The laptop runs Solaris 10 exclusivly with Solaris 9 on my desktop ('cos I can't be arsed upgrading yet :=) )
It's entirely possible at any point on the earth, given the height of the bridge and of our observation point. I'm struggling to remember the height above sea level, but it must be several hundred metres, plus the bridge itself rising 341m from the valley floor. The road where I though I saw it from is also 'several' hundred metres above sea level. The simplest equation, assuming curvature at the equator and no refractive dip, shows us that two points would have to be 1000 metres above sea level to be visible in a straight line at 100 miles. Using 'normal' values for dip[1] this would drop to around 950m. So it's quite feasible, but actually much more unlikely that you'd have a clear enough atmosphere to actuall see clearly that far. Which I guess is what you're referring to about the arctic circle, unless you're suggesting that the 'flatter' curvature of the earth would be significant. Which it would, of course, but only within a relatively small amount of variation. [1] There can be a significant 'dip' in apparent horizon due to refraction, such that light actually travels in a curve following the Earth's surface. In extreme conditions this can approach the same radius of curvature as the earth, so there would be _no_ horizon. Maybe this is what you're alluding to in the Arctic? -- _______ ..'_/_|_\_'. Ace (brucedotrogers a.t rochedotcom) \`\ | /`/ GSX-R1000K3 `\\ | //' BOTAFOT#3, SbS#2, UKRMMA#13, DFV#8, SKA#2 `\|/` `