DX CTH Formula Preliminary Results (in General)

Target DX: 100
As you can see, it's linear up until a ratio of 1, at which point the formula becomes BTH + f(Ratio), where f(1) = 0 and f(x) -> 100. In other words, above a ratio of 1, dex CTH differs exactly by how much BTH differs. It's every bit as hard to get an extra CTH for an ELB as a MH. More to come later.

So linear if you have lower dex and exponential if you have more dex.

Excellent work!

I guess after 2x dex advantage things quickly become more horizontal on the top of the curve.

As promised. DX -> DX CTH formula.
When ratio < 1, Dex CTH = BTH * Ratio.
When ratio > 1, Dex CTH = BTH + 100(1 - 1/Ratio^2.2).
Data set and fit:
The last column is the rounded values for the formula.

And sorry about breaking page widths.

Brilliant work. Not bad for just a few hours of available time.

CTH of a 100DX attacker if defending.

Did anyone put this in the wiki?

Going into melee reduces DX, CTH, and PTH all by 60%.
vs 20 DX:
428 ranged CTH: 199 from DX, 229 from +.
231 melee CTH: 139 from DX, 92 from +.

Lower than 1.0 archery decreases both CTH and PTH.
+0 short bow: 18 CTH
+10 short bow: 20 CTH

^ So does that mean it doesn't actually lower your DX? Just your DX cth?

Archery doesn't touch your DX, but affects CTH and PTH. Going into melee drops all three.

Sorry, that should read BTH and PTH.