I realize what I'm asking you is complicated, and I appreciate the time you've taken to provide further insight into the situation. A would be Glasses and b would be Slime.Thank you all for your responses so far. Let's dissect one of basic formulas that come with RPG Maker MV - Fire 100 + a.mat 2 - b.mdf 2 What do things like a and b mean a - attacker b - defender So if Actor Glasses were to cast Fire on a Slime. It decides how much damage will opponent take or ally will heal.

The answer is, of course, '5'. So we could select the element and the formula that. A cool thing to add would be bonus damage formula. I apologize in advance for this rather long post.RPG Maker MV plugins and RPG Maker XP and VX Ace scripts. If an exact function for damage isn't readily obtainable, even an approximation would suffice.

Im trying to make a skill that gets more powerful the more MP the user.I feel there's a need to elaborate further on my situation, so that we can keep the discussion specific and not overextend ourselves. Again, comments are not meant to be explicitly typed in the formula box.I see answers encompassing swing method (positioning, angle, follow-through), defense (armor, density), weapon type, and accuracy.Hello again, I need some help with something Im still quite stumped on still. In order to make examples in this guide clear, the output will be explicitly stated within an associated comment on the same line.

I'll be using a simple formula for this. Defense / Damage Reduction - The amount and/or factor by which the unmodified damage is reduced due to the target's armor/defense rating. The shorter the time in which the momentum changes to 0, the greater the counter-force that the target must exert to stop the weapon, and so, the greater the damage.) Attack area (the larger the area, the more the attack is distributed, and less damage is inflicted), impact time (time it takes weapon to stop moving when swinging/thrusting. Strength, dexterity, arm mass and length, weapon mass and distance from pivoting point (shoulder) of weapon's center of balance, weapon velocity (for thrust) and angular velocity (for swing), and moment of Inertia (for swing) will play a positive roll in calculating this value.

This will largely be determined by quickness (a factor derived from dexterity).Because I'm choosing to deal with defense separately, it might be acceptable to consider the target to be unarmored. Dodge/Evade - chance to evade an attack. So, if the unmodified damage is 60 and the AC is 10, the final damage would be (50 - 10 * (10/50) ) * (1 - (10/50)) = 48 *. FinalAttack = (unmodified damage * (bonuses/penalties multipliers) - AC*(DMG_REDUCT) ) * (1 - DMG_REDUCT). DMG_REDUCT = ((AC / AC + 40)). A damage percentage reduction formula will be devised with lower and upper limits of 0 and 1 respectively.

The volume of the cavity created by the rifle pellet was probably ~5 times that of the pistol pellet (perhaps close to the ratio of KEs).If you look mathematically at penetration, I think you'll find that if the material is viscous and the force decelerating the projectile is close to proportional to its velocity (as perhaps expected from a fluid), the penetration depth will be proportional to the momentum m v of the projectile. However, the rifle pellet created a large conical 'wound channel' in the clay with the pellet at the top of the cone. When shooting at normal incidence on a block of clay, the interesting effect was that the penetration depth was close to identical. So as the penetration distance doubles, the damage quadruples.Anyhow, my question regarding attack damage formula can be regarded as what formula (or approximation) would represent the penetration of a melee weapon through a block of material of uniform consistency? I'm thinking KE, momentum, time it takes for momentum to go from impact momentum to 0, impact area, impact force may be things to look at when considering this.When I was young man I did a test using an air pistol (125 m/s) and a hunter's air rifle (>250 m/s). If damage is 8 for an attack that causes a gash 1 cm wide, 4 cm long, and 2 cm deep, it will be 32 for a gash 1cm wide, 4cm long and 4 cm deep. (let me know what other factors may be needed here)Though damage might not be properly defined, consider it to increase as the square of the penetration distance through a material increase.

A constant force is perhaps a simple representation of a solid material.Perhaps you could do a threshold model implementing both KE and momentum in some smart way? For example a geometric average that will only cause damage above some limit value.

Rpg Maker Mv Damage Formula