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IL-2 Sturmovik The famous combat flight simulator. |
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#1
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More importantly the fishies should be correct with accurate swim models and respond appropriately to the bait used by the player ![]() |
#2
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Since Oleg is modelling the entire globe, I assume he will be allowing for continental drift in his maps too.
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#3
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http://www.physorg.com/news8917.html |
#4
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You know, whilst I accept that the majority of requests for "fine detail/tuning" are made in jest, some are no doubt made seriously.
As far as I 'm concerned, I would like to see a flight sim released that has good FM's, graphics etc (ie by Oleg's standards ... which we know are excellent!). I want to see SOW before I get too much older and would be happy to pay reasonable prices for subsequent add-on's. So what I'm suggesting is that we encourage Oleg to get the product done (to his very high & exacting standards) and let the sim "develop" further thereafter. |
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Bingo.
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#6
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Congratulations to the villagers of Ellesborough, Buckinghamshire. Following the publication of our last friday update, these special guests have received the extreme honour, of becoming exclusive virtual members of the BoBSoWNoSe * community. Ellesborough Neighbourhood looking southbound : ![]() * BoB SoW North Sector : )) At 51°N, even during winter solstice, I doubt the sun peeps above the horizon, to the south ?? ![]() ... Last edited by Rodolphe; 07-13-2010 at 05:07 PM. |
#7
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The earth's ecliptic plane (ie, the plane where the sun's trajectory in relation to the earth lies, if we where to consider the earth as stationary and the sun as moving in relation to it) is near the equator. The equatorial plane doesn't coincide with the ecliptic one because of the tilt in the earth's axis, but it is close.
As such, the sun might move east to west during the day, but its apparent trajectory is always offset towards the equator, regardless of where the observer is standing. What this means is that for an observer in the north hemisphere the sun's apparent trajectory is still an east to west arc across the sky, but this arc is offset to the south. Notice, the arc is offset...the rise and sundown points are still east and west, it's the arc that connects them that exhibits the shift towards the equator. For a southern hemisphere observer it's similar but offset to the north. Now, i don't know exactly how high the sun should be, or how much to the south the arc of its apparent trajectory lies in the place we see in the screenshots, but there definitely should be a shift to the south in regards to the sun's trajectory across the sky. Pretty impressive that they model such things if you ask me, as that could hint at more nifty features for the future...night bombing missions and navigating by the stars anyone? ![]() |
#8
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How did you figure out that Ellesborough location? I think you are right about the location, BTW. You can see a river doing a bend in the screenshots, and if you check on Google maps you can see that the River Thames does that same bend! It's funny becuase I would have guessed that the screenshots would have been taken from a location much further to the south - but maybe I am forgetting that England really is quite a small place - there is some statistic like no place in England is more than 100 km from the sea....... (or something like that). |
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