dwg
Posts: 265
Joined: 1/22/2008 Status: offline
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quote:
ORIGINAL: el cid again One might replace many small bombs with one device - but if one were "honest" about it - one would calculate statistically what the effect of the many small ones would be and give that value to the one device. But what that value is depends on whether you are attacking a point or area target. For an area target the entire stick is likely to be effective, with the damage based on the anti-soft capability of the entire stick rather than a single bomb. For a point target, such as a ship, it's likely only one bomb of the stick will hit, so damage should be modeled on that basis and the penetration should certainly be based on the single weapon rather than being cumulative. You might want to allow for the possibility of more than one bomb hitting, but that's a complex modeling issue in its own right. And then there are bombing attacks against hard area targets, like a tank regiment, which split the difference and allow the possibility of multiple, but still limited, hits while requiring us to consider penetration, not just anti-soft values. So that's at least three different values for your 'honest' answer. The problem is that without knowing the details of the bombing algorithms we don't know how much of this is built into the code, and how much is built into the data. I'd certainly push most of these factors into the algorithm and just leave the raw data based around an individual weapon as I believe that gives both greatest accuracy and greatest flexibility, but I don't know how the original WITP coders did it, which means we change things at the risk of finding the programme responding in very unexpected ways. quote:
Otherwise - it isn't modeling the same weapon - but creating a new - and ficitonal - one. All our weapons are 'fictional' they attempt to take a real world example with many complex issues and convert them into a computer model with only a handful of simplified ones. Modelling 20 bombs as a single weapon is no more 'fictional' than modelling them as 20 single ones.
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