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  1. #11
    Player
    Dervy's Avatar
    Join Date
    Aug 2013
    Posts
    1,537
    Character
    Dervy Yakimi
    World
    Ragnarok
    Main Class
    Lancer Lv 80
    Okay, here it goes. SquareEnix looks like they may of changed more than just the stats themselves. It appears there's no longer a base damage value which my old model used to plus on top of the Strength modifier, after it's been multiplied by 0.075.

    This change to damage changes a lot of things. For example, the Strength Coefficient is now 0.011, and the Determination Coefficient is 0.0001368, which makes Determination scale almost 4.5 times less than 2.5X for Weapon Skills.

    So, here's the Updated Models, which, are a WIP:

    Weapon Skills:
    ((Potency*0.01005)*(WD*0.0400573+1)*(STR*0.1104171)*(DET*0.0001368+1)*BUFFS)-1

    Auto-Attacks:
    ((WD*0.0319937+1)*(STR*0.1387779)*(0.0001513)*BUFFS)-1

    Skillspeed Mod for DoTs:
    (1+(skillspeed-354)*0.0001285) - Note, this fits into the Buffs section.

    GCD Calculation:
    I read through a few sources about GCD on Bluegatr, Reddit and the JP one and now for GCDs I'm using:
    2.50256-(0.01*(SS-354)/26.5)

    The reason for 2.50256 is because the first 6 values of Skillspeed are valued differently. The Japanese use the 2.50256 number to by-pass the modifier for the first 6 values.

    Of course, my Damage Models only work for the Dragoon and are still a WIP, so a few numbers will change.

    Also, I spoke to Clorifex (Garlandtools guys) and he mentioned that the game uses whole numbers in every formula he's encountered so far. Oddly:
    1 / 0.0400573 = 24.96426889
    1 / 0.1104181 = 9.056486629
    1 / 0.0001368 = 7308.289367

    There's a good probability that the game actually Divides WD/STR by whole numbers, rather than multiplying by long decimals.

    So, when I rounded these values, I got this:

    ((POTENCY*0.01005)*(WD/25+1)*(STR/9.05)*(DET/7308+1)*buffs)-1

    This only gives me a 0.2 variation error over my model which multiplies values by decimals.

    Total cumulative variation error is 3.8871, which is good.

    EDIT: Updated AAs
    (0)
    Last edited by Dervy; 07-02-2015 at 10:21 AM.