More fire damage from an axe with fire damage on it. More fire damage from a spell that deals fire damage. Same for any of the other modifiers. The only exceptions are the specific cases where Str or Dex do not boost some skill damages, or amplify the effects of +flat damage bonuses from equipment. In this section, we will cover the SVG Group Element, why it is important and how we use it within our D3.js Data Visualizations. First, we will define what the SVG Group Element is and how we will use it. Then, we will use the SVG Group Element manually to get a feel for how it works.

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• Damage Type
• Sharpness
• Elemental Value

Damage Type

When attacks strike a monster, two types of damage are dealt: Physical (Raw) damage, and Elemental damage (but only if the weapon has an Elemental attribute).

Some weapons have an abnormal status attribute instead of an Elemental attribute. These weapons will Physical damage and apply Status damage.

Physical damage includes Severing-type damage, Blunt-type damage, and Projectile-type damage. Elemental damage includes Fire, Water, Thunder, Ice, and Dragon. There are also other sources of damage such as Fixed damage and Status damage. All damage types are dealt independent of each other.

Severing

Severing (sometimes known as Cutting) damage is the primary damage type for the following weapons:

The following attacks also deal Severing damage:

• Hunting Horn's Handle Poke
• Bow's Melee Attack deals Severing damage
• Some Kinsects deal Severing damage
• Slicing shot from Bowguns

Tails can only be cut by Severing damage. This happens when sufficient Severing damage has been accumulated on the tail, which then severs it.

Blunt

Blunt damage is the primary damage type for the following weapons:

The following attacks also deal Blunt damage:

• Sword & Shield's shield-oriented attacks
  • Sword/Shield Combo
  • Shield Attack
  • Shield Bash
  • Hard Bash
  • Falling Bash
• Lance's Shield Attack
• Kinsects with Blunt attribute

Blunt weapons deal Exhaust status when they hit a monster. If they hit a monster's head, they deal Stun damage.

Projectile

Projectile damage is the primary damage type for the following weapons:

Gunlance's Shelling attacks deal Fixed damage instead of Projectile damage.

Elemental

Elemental Attributes:

• Fire
• Water
• Thunder
• Ice
• Dragon

Blademaster weapons can have an Elemental attribute, a Status attribute, or neither. Some Dual Blades have two Elemental/Status attributes, one for each blade.

The Bow may have an Elemental attribute. The Bowguns do not have natural Elemental attributes, but they can load Elemental shots that effectively functions as dealing Elemental damage when it hits a monster.

Elemental damage is mainly affected by the weapon's Elemental value and the monster's Elemental Hitzone. Abnormal Status damage is not affected by the monster's Physical or Elemental Hitzone values. Blademaster weapons have a 1-in-3 chance per hit to apply Abnormal Status damage, while Gunner weapons always apply Abnormal Status damage.

If a monster has no weakness to a specific element on their Hitzone, then no Elemental damage is dealt. The Physical damage done by the weapon is not affected, as Elemental and Physical damage are calculated separately.

Status Attacks

Abnormal Status attributes:

• Poison
• Paralysis
• Sleep
• Blast

Blademaster weapons can have an Abnormal Status attribute instead of an Elemental attribute. Bows cannot have a natural Status attribute, but may equip Status Coatings to make fired arrows apply Status damage. Equipping Status Coatings will disable the Bow's Elemental attribute temporarily. The Bowguns do not have natural Abnormal Status attributes, but can load Status shots that apply Abnormal Status damage.

For Blademaster weapons, each time an attack lands, the attack has a 1-in-3 chance of applyingAbnormal Status damage. For Gunner weapons, a successful hit will always apply Abnormal Status damage.

Applying Abnormal Status damage to a monster does not instantly activate it's effect. Instead, monsters have an innate tolerance to Status Ailments. To trigger a Status Ailment, enough Status damage must be dealt to a monster to overcome its tolerance threshold. Once a monster is affilicted with the Ailment, the accumulated Status damage is reset to 0 and additional Status damage cannot be dealt until the monster recovers. The only exception to this is Poison.

After the monster recovers, its tolerance threshold for the Ailment increases. This means it takes more Status damage must be accumulated before being able to inflict the monster with the same Ailment.

For all Ailments (except Blast), the accumulated Status damage disappears gradually due to the monster's tolerances. Overcoming this gradual decay is necessary to successfully trigger a Status Ailment on a monster.

Factors for Damage Calculation

The following factors influence damage calculations:

BM = Blademaster

Attack Value

The Attack value of the Hunter is calculated from the Hunter's equipped weapon, offensive boosts (e.g. being in DB's Archdemon Mode or having a HH attack buff), equipped skills, items, and Food skills. When damage is calculated, only True values are used, and the Displayed Attack value is adjusted down by the Display Multiplier.

Motion Values

All weapon attacks have a Motion Value (MV), which determines what proportion of the Attack value is used in damage calculations. For example, a weaker move with 40 MV uses applies 40% of the Attack Value in calculating damage, while a stronger move with 80 MV applies 80% of the Attack Value in calculating damage.

In general, slow weapons make up for their slower attacks with larger MVs, and fast weapons make up for their faster attacks with smaller MVs.

Sharpness

Sharpness describes how sharp a weapon is. Sharper weapons deal more damage and are less likely to bounce when hitting tough body parts.

Weapon Sharpness is split into discrete colors (see below). Different colors provide different multipliers to the damage dealt by the player.

In addition to lower damage, weaker Sharpness colors causes some weapons to lose functionality. For example, at Orange Sharpness, the Gunlance's shells will deal less damage, the Switch Axe may bounce while in Sword mode, and the Dual Blades will not complete its full Blade Dance animation. At Red Sharpness, the Gunlance cannot shell.

Sharpness Gauge and Consumption

Each weapon can only make a specific amount of hits in a specific sharpness color before it dulls and and the sharpness color is lowered. Sharpness is consumed when a player lands an attack, but some shield attacks from the SnS and Lance do not deplete Sharpness.

Although most attacks deplete Sharpness by one per hit, some weapons have attacks that deplete Sharpness faster:

*Charge Blade with Elemental Boost doesn't lose Sharpness when guarding.** Doesn't lose sharpness when blocking roars, wind pressure, or tremors.

Sharpness can be restored by sharpening the weapon with a Whetstone.

Weapon Adjustment

Certain attacks have inherent damage bonuses:

Sharpness Adjustment

Some moves modify Sharpness, which affects both damage output and the liklihood to bounce.

* Lance/Hitzone Selection

Critical Hits and Feeble Hits

When an attack makes a Critical Hit, additional damage is dealt. When an attack makes a Feeble Hit, damage is reduced.

Critical Hits occur when a weapon has a positive Affinity value. Positive Affinity refers to the probability of making a Critical Hit on an attack. For example, a weapon with 20% Affinity will have a 20% chance of dealing a Critical Hit on an attack. Higher Affinity values will increase the likelihood of dealing a Critical Hit. A successful Critical Hit applies a +25% bonus to the weapon's Attack Value when calculating damage.

Feeble Hits occur when a weapon has a negative Affinity value. Negative Affinity refers to the probability of making a Feeble Hit on an attack. For example, a weapon with -20% affinity has a 20% chance of dealing a Feeble Hit. Lower negative Affinity Values increase the likelihood of dealing Feeble Hits. A Feeble Hit applies a -25% debuff to the weapon's Attack Value when calculating damage.

The below table briefly illustrates the interaction between Affinity and the probability of making a Critical or Feeble Hit:

Some skills influence Affinity values:

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Monster Hitzone

Monsters are comprised of different body parts, and each part has has different weaknesses to Physical damage and Elemental damage. The Physical weakness of a Hitzone does not affect it's Elemental weakness, and vice versa. If a Hitzone is not weak to a specific Element (i.e. a Hitzone value of 0), then no Elemental damage is dealt, but Physical damage is not impacted.

The higher the Hitzone value, the weaker it is. For example, if a monster's head has Hitzone values of 20/50/40 (corresponding to the Severing, Blunt, and Projectile damage types respectively), then Severing-type attacks deal 20% of its damage, Blunt-type attacks deal 50% of its damage, and Projectile-type attacks deal 40% of its damage.

A Hitzone is generally considered vulnerable when its Physical Hitzone value is 45 or higher or when its Elemental Hitzone value is 20 or higher.

Elemental Value

When a weapon with an Elemental attribute lands an attack, the weapon will deal Elemental damage on top of the Physical damage it deals. Player-dealt Elemental damage does not inflict Elemental Blights on monsters.

Unlike Physical damage, Elemental damage is not affected by Motion Values. However, some weapons may confer a bonus to its Elemental damage on specific attack moves. In general, faster hitting weapons are better suited at dealing Elemental damage because they make multiple hits in the same time it takes a slower hitting weapon to make one hit.

Excluding Hunting Horn buffs, Elemental Attack buffs from Skills and Food skills are capped at a sum of +20%.

Elemental Crit Skill Adjustment

Projectile Adjustment

Critical Distance

For Gunner Weapons, Critical Distance (or Critical Range) refers to the distance at which a fired shot deals maximal damage. If the player is in Critical Distance, the aiming reticle will look like this:

Generally, being too close or too far away from the target will put the player outside of Critical Distance. Being too close or too far (i.e. outside of Critical Distance) will reduce the damage done by player Projectiles.

Critical Distance does not affect Affinity or Critical Hits.

Choose format “Mac OS Extended (Journaled)” and name it “Yosemite” and then click “Erase.”3. How to download yosemite for mac.

Rapid Fire Adjustment

The Light Bowgun is capable of Rapid Fire, where the LBG shoots multiple shots in a single burst at the cost of 1 ammo. Each individual shot fired from Rapid Fire is weaker than a single shot of the same ammo type, but if most Rapid Fire shots land, their combined damage will exceed the damage done by firing just a single shot.

Fixed Damage

Fixed damage is dealt directly to the monster and does not have a damage calculation. This means that Fixed damage attacks are not mitigated by the monster's Hitzone values or affected by the player's Attack value.

Some sources of Fixed damage, such as Gunlance shelling and Wyvern Fire, and Bowgun Sticky shot and Crag shot, also deal additional Fire damage. This additional Fire damage will be impacted by damage calculations.

by DannieRay23 - 5 years ago show comments

Hello everyone! My Name is Dannie Ray and I’ll be here every Saturday explaining all things theorycrafting so you can better understand your characters and the game you love, lets hope you haven’t forgotten all the math you’ve learned in school because we will finally have a chance to put it to good use.

Today we are going to look at Damage in Diablo 3, where does it come from? How is it calculated? How can we maximize our damage output? How can I figure out what the best possible build for me is?

All of those questions have one thing in common, and that is that they are a lot easier to answer once you know how Damage Calculations Work, so lets get into it.

Note: Remember that percentages are actually a division by 100, 500% and plain 5 are the same thing. By the same logic One Hundred Percent equals one

Stats and DPS:

There are many stats that help your DPS in one way or another, we have some that are reflected on the character sheet DPS like: Base Stat, Crit Chance, Crit Damage, Attack Speed and Min-Max Damage. We also have others that don’t, like: Elemental Damage, Specific Skill Damage, Cooldown Reduction, Resource Cost Reduction and more.

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Since this is our first rodeo, we will look at a simplified version of the problem. We will analyze our DPS when we are spamming a single skill without worrying about resources and cooldowns. This means that on this article we won’t analyze the value that Cooldown Reduction and Resource Cost reduction bring to the table. (hint: It’s way more than you think)

A later guide will work on how to calculate the damage of your actual skill rotation, but for now lets master the basic Damage Formula.

The DPS Formula:

At large, the Damage formula is just a multiplication of factors. You have your base weapon damage as a factor, your base stat as a factor, a crit derived factor, a skill weapon damage % factor, a damage to elites %, a damage to all skills factor and a few more. You have to multiply all together to figure out what your damage is going to be.

Sheet DPS = Base Stat Factor *Base Damage Factor * Crit Factor * Damage Inc. by Skills Factor * Speed Factor.

Actual DPS = Sheet DPS * Skill Weapon Damage Factor (*Damage to Elites Factor).

You might not understand what all of those factors are so let us take a quick look at each of them.

The Base Stat Factor:

Perhaps the easiest one to understand, it’s your DEX, STR or INT depending on your class.

If you are a Monk and have 7000 DEX then your Base Stat Factor is 7000% or just plain 70.

A Crusader with 5430 STR, has a Base Stat Factor of 5430% or plain 54.30.

The same applies to INT classes.

The Weapon Base Damage Factor:

This is the Damage your weapon says it does, plus the min-max damage on your jewelry. As you notice from the image above, damage bonus from rubies are automatically factored into the weapon.

Remember that dual wielding hits with only one weapon at the time and alternates between them, for simplicity sake we will asume you are not dual wielding.

Base Damage Factor = Weapon Damage + Jewelry Min-Max Damage.

The Crit Factor:

You likely know where to find your crit, but I’ll leave it here anyway.

This is how Critical Strikes contribute to your average damage. Imagine you have 50% Crit Chance and 200% Crit Damage. That means half your strikes are doing normal damage and half are doing 3 times its damage.

So if your base damage is 100 and you attack twice you should on average get one normal attack for 100 damage and one critical for 300 damage. That’s 400 damage over 2 strikes, or 200 average damage. You are doing double your base damage.

To get this factor you must multiply your Crit Chance and your Crit Damage and then add 1 (100%) in other words:

Crit Factor = (Crit Chance * Crit Damage) +100%

Consider the save values presented above, if you have 50% Crit Chance and 200% Crit Damage, then:

50%*200%=100%

100%+100% = 200% = 2

Your crit factor on this scenario is 2, which means your crit stats are effectively doubling your damage.

The Skill Weapon Damage Factor:

Native Skill Weapon damage, Elemental Damage % and Specific Skill Damage % highlighted.

In the Example above, Hammer of the Ancients tells us that it does 640% weapon damage as fire. That value is it’s native Skill Weapon Damage%. This can be increased with the two magic properties highlighted abovie, +Specific Skill Damage% and +Elemental Damage%. Now, none of this is shown on your sheet DPS and it’s often overlooked because of it. In reality most of what makes or breaks a build can be found on this factor.

This is made out of three subfactors:

1. Native Skill WD Subfactor: What the skill tells you, 640% for the example above
2. Specific Skill Subfactor: 100%+Specific Skill %, 112% for the example above.
3. Elemental Damage Subfactor: 100%+Elemental Damage %, 115% for the example above.

Both the Skill Subfactor and The Elemental Damage Subfactor stack additivelly within itself, if I added a 20% Fire Damage Bracers then my elemental damage would be 100% +15%+20% = 135%.

Skill Weapon Damage Factor = Native Skill Weapon Damage % * (100% +Specific Skill %) * (100%+Elemental Damage %)

That’s 824% Weapon Damage for our Example Barbarian, that’s a 8.24 factor.

The Damage Increased by Skills Factor:

Some skills will increase your total damage by a %, Barbarian’s WotB Insanity, Monk’s Combination Strike and many others contribute to this number. In the example above I’m using Fire Ally for a 10% bonus and Unity for another 10% (5% for the Enchantress and 5% for the Fire Ally), you can observe how this stacks additively with itself.

Just like Archon mentioned on an episode of Westmarch Workshop, things tend to stack additively within their own category.

Damage Increased by Skills Factor = 100% + Damage Increased by Skills%

The Damage to Elites Factor:

This is rather simple and it only applies against elites, my monk has 15% and the factor is calculated like this:

Damage to elites factor = 100% + Damage to Elites %

My monk’s Damage to Elites Factor would then be 115% or 1.15.

The Attack Speed Factor:

And to close things out we have the attack speed factor. This is the one that changes this from a Damage Formula to a DPS formula. The factor that shows how fast you attack, it’s pretty easy to calculate. It is simply your weapon’s base speed multiplied by your Increased Attack Speed. Once again, things get more complicated with Dual Wielding but we can save that for a later date.

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The Attack Speed Factor doesn’t really need to be calculated as your character sheet will tell you what it is exactly, you can find it as “Attacks Per Second”, that number is in fact your Attack Speed Factor.

Conclusions:

With all that out of the way, you can finally calculate the actual DPS you do when spamming a single skill. All you have to do is fill out the formulas presented above and multiply all of the factors together.

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Now that we know about factors, we can see things more clearly. With a bit of practice you will be able to easily see how changing one of the stats on our gear will affect our total DPS

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But this post is already too long so come back to Diablo.BlizzPro.com next week for an all new edition of Basic Theorycrafting where we will go indepth on how changing gear affects our factors and in turn our DPS.

DR23.

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