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Editing DF2014 Talk:Weapon
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:Are these formulas even correct? Plugging in the numbers, a Gmaster average sized dwarf with a masterwork steel spear couldn't pierce copper armor. Not even with a heavy stab against a prone opponent. [[User:Ziusudra|Ziusudra]] ([[User talk:Ziusudra|talk]]) 00:54, 1 March 2017 (UTC) | :Are these formulas even correct? Plugging in the numbers, a Gmaster average sized dwarf with a masterwork steel spear couldn't pierce copper armor. Not even with a heavy stab against a prone opponent. [[User:Ziusudra|Ziusudra]] ([[User talk:Ziusudra|talk]]) 00:54, 1 March 2017 (UTC) | ||
− | :For these two to give the same value that exponent would have to be a 5 instead of a 6. | + | ::For these two to give the same value that exponent would have to be a 5 instead of a 6. |
− | :Melee Weapon Momentum: M = Skill * Size * Str * Vel / (10<sup>6</sup> * (1 + i_Size/(w_density*w_size) ) | + | ::Melee Weapon Momentum: M = Skill * Size * Str * Vel / (10<sup>6</sup> * (1 + i_Size/(w_density*w_size) ) |
− | :Dwarf Melee Momentum: M = 0.6 * Str * Vel / (1 + i_Size/(w_density*w_size) ) | + | ::Dwarf Melee Momentum: M = 0.6 * Str * Vel / (1 + i_Size/(w_density*w_size) ) |
− | :With a 5 instead that gives enough M to pierce copper without either the heavy or prone bonuses. | + | ::With a 5 instead that gives enough M to pierce copper without either the heavy or prone bonuses. |
− | :But that still gives more than a factor of 10 less than what the chart in [[Material_science#Attack_Momentum]] says. Did the densities change at some point? | + | ::But that still gives more than a factor of 10 less than what the chart in [[Material_science#Attack_Momentum]] says. Did the densities change at some point? |
− | :[[User:Ziusudra|Ziusudra]] ([[User talk:Ziusudra|talk]]) 02:07, 1 | + | ::[[User:Ziusudra|Ziusudra]] ([[User talk:Ziusudra|talk]]) 02:07, 1 March 2017 (UTC) |
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::Should be fixed now, there was an issue in an intermediate step on the [[material science]] page where the size of a dwarf was substituted as 6*10^5=600000 instead of 6*10^4=60000. | ::Should be fixed now, there was an issue in an intermediate step on the [[material science]] page where the size of a dwarf was substituted as 6*10^5=600000 instead of 6*10^4=60000. |