How to calculate the basic attack power

2.

All attack power = (basic damage + critical damage + white damage + additional state damage + weapon's independent attack) * percentage

all attack power is the final damage. As the name suggests, it means that your large base damage, including small base damage, yellow critical damage, white damage, and even abnormal state damage, is calculated together, and then the percentage is added. Then the damage after ascension is called final damage

this is a new damage mechanism, which is the last multiplication in the damage calculation formula. Instead of what some people think of as physical magic independence. However, this is the final multiplication. So it's not the higher you stack it, the better. Because if you don't have the yellow white explosion, it's basically no different from the Yellow word's promotion. Its use is to enhance all the attack power, so the higher the attack power of other items, the higher the cost performance

for example, you have only these two with empty tears and shadow. Then you burst out the stone of non silence. You think 18 is better than 18. However, your output is lower, because 18 white characters will be affected by daggers to 25.56

3. Lol damage algorithm

tank damage rection formula
we know that in addition to the intuitive HP, tanks have two damage rection attributes: armor and magic resistance. Their principle of action is different from that of attack and defense. Armor and magic resistance cause a percentage of physical and magic damage rection. The specific formula is as follows:
let's call armor and magic resistance defense value together for the time being, then damage rection = defense value / (defense value + 100)
for example, if a hero has 50 armor, his physical damage rection is 50 / (50 + 100) = 33.3% without other interference factors
If a hero has 50 magic resistance, his magic damage rection is 50 / (50 + 100) = 33.3% without other interference factors
just because of such a formula, As a result, tanks need armor and magic resistance to achieve the balance of survivability. Because of this formula, you can find that no matter how high the defense value is, you can't achieve complete damage rection, and the higher the defense value is, the lower the benefit is. Now the tipping point I've heard of is 160
there are 8 kinds of defense breaking attributes
the attack attributes that weaken the defense value can be divided into two categories, rection rection and penetration penetration. They are: percentage armor rection, fixed value armor rection; Percentage mana rection, colonization mana rection; Percentage armor penetration, constant armor penetration; Percentage magic resistance penetration and fixed value magic resistance penetration. It's easy for many players to ignore the difference between cuts and penetrations, which will be explained in more detail later
the commonness of rection and penetration
the commonness of rection and penetration is that their calculation formulas are the same without other interference factors
suppose that the defending hero has 100 armor / magic resistance, and the attacking hero has 30 penetration (or rection), then in fact he has 70 armor / magic resistance. It's easy to understand that if the penetration (or rection) is 45%, then the actual armor / magic resistance is 55
the difference between rection and penetration
when armor rection and magic resistance rection reach a certain amount, the target's defense value will be negative. However, armor penetration and magic resistance penetration can't make the target's defense value negative even if they are piled up a lot< When these attributes act on a target at the same time, Their calculation follows the following priority:
percentage armor rection > constant armor rection > constant armor penetration > percentage armor penetration
percentage magic resistance rection > constant magic resistance rection > constant magic resistance penetration > percentage magic resistance penetration
you can find that this priority affects armor and magic resistance, and the priority is the same. Let's take magic resistance as an example to make a small explanation
for example: the attacking hero has 10% magic resistance rection, 20 magic resistance fixed value rection, 29 fixed value magic resistance penetration and 15% magic resistance penetration. Defense heroes have 80 magic resistances
the first calculation is 80 - (80 * 0.1) = 72
the second calculation is 72-20 = 52
the third calculation is 52-29 = 23
the fourth calculation is 23 - (23 * 15%) = 19.55. So far, the actual magic resistance of the defense is only 19.55, and the magic damage rection is only 16.6% after the damage rection formula is put in.

4. The basic attack is the character's own attack, not including the equipment and rune bonus. After entering the game, the mouse is placed on the attack power, and then the basic attack comes out outside the brackets. Inside the brackets is the sub plus attack, which is the character's basic attack. The growth of basic attack is different for each hero. Every level like manwang will increase a lot of attacks, and each hero's attack growth has a fixed value, It doesn't count

5. First of all, the base of attack power is X. x is a number between the upper and lower limits of your attack. According to you, you can choose any number between 20 and 30, Both are possible. Then calculate two coefficients. The first coefficient a is to calculate the relationship between attack and defense. Light medium heavy enhanced hero unarmed ordinary 100% 150% 100% 70% 100% 100% piercing 200% 75% 100% 35% 50% 150% siege 100% 50% 100% 150% 150% magic 125% 75% 200% 35% 50% chaos 100% 100% 100% 100% 100% 100% 100% 100% spell 100% 100% 100% 100% 100% 100% 70% 100% Hero 100% 100% 100% 50% 100% 100% according to what you give, piercing is 100% for heavy armor, that is 1. The second factor B is to consider the rection of damage caused by defense value on armor or increase of damage caused by specific armor = ((armor) * 0.06) /) (1 + 0.06 * (armor) is reced for armor, The calculation formula of additional attack is: attack increase = 2-0.94 ^ (armor rection). A 1 point increase in armor reces damage taken by 5.7%. 10 points armor rection will increase the damage by 46.1% (1) if the defense is greater than 0: the percentage of damage reced = (armor value * 0.06) / (armor value * 0.06 + 1) (2) if the defense is less than 0: the increased damage = 2-0.94 ^ (- armor value) according to the value you give, the armor damage of 3 is reced by 15%. The actual damage is x * a * b = x * 1 * 0.85, X is one of 20 to 30

6. "Basic attack power" refers to the attack power data displayed in the attribute when naked, that is, the attack value displayed without wearing any equipment, that is, the white word attack power. The increase of level and yellow dot will also lead to the increase of basic attack power, which is definitely not white + main attribute additional attack power + equipment attack power.

7. Press the M key to open the personal attribute. There is a physical attack power in it. Record the value
note that the calculation method of magic class is also physical attack power
press the K key, the top row of skills has a basic mastery, click it, and the detailed data will appear on the right
Basic mastery shows increased damage, using (that percentage + 1) * physical attack power. This is the basic attack power
125% of basic attack power is (1 + basic mastery bonus) * physical attack power * 125%.

8. Who knows how to calculate? I've seen a lot of posts, but it's not right in the end. I only know that the higher the layout is, the better when you brush a picture with something you take. Most of the skills of sword spirit are physical attacks.

9. You can often see the calculation formula of the attack power of each class in the forum, but it's not like our mage. According to my observation for several months, I got the empirical formula of the mage's attack power. Although it's not very professional, the calculation result is not satisfactory.

don't waste words, now I'll turn to the main topic, just my observation, The maximum attack power of a mage is only related to the attack value of an indivial's magic attack power and skill, which is roughly as follows:

mage's maximum attack power = magic attack power * skill's attack value / 20

mage's minimum attack power = mage's maximum attack power * skill proficiency

among them, If the attacked monster is afraid of this attribute, the actual attack power = calculated attack power * 1.5:

and if the attacked monster is not afraid of this attribute, the actual attack power = calculated attack power * 0.5:

and luck has nothing to do with the highest attack value, but it is directly related to the average attack value, that is, the higher the luck, the higher the average attack value.

for example, I'm at level 70 now. My magic attack power is about 400. My basic attack power of frost attack is 100. When I play neutral monster, my maximum attack value is 400 * 100 / 20 = 2000. Minimum value = 2000 * 60% = 1200. If you go to fight fire dragon, the maximum attack value is 2000 * 1.5 = 3000, and if you fight white wolf, the maximum attack value is 2000 * 0.5 = 1000

when I changed equipment at level 70, my intelligence decreased by 4 points, but my luck increased by 6 points. As a result, my average attack power increased a lot. I used to play 1300, but now it's almost gone

from the above formula, we can see that mage's magic attack power is not as important as other classes. Take frost for example. If you add a little magic attack power, the actual attack power will increase: 100 / 20 = 5 points. If you add a little magic intensification, the actual attack power will increase: 400 / 20 = 20 points. So we poor mages don't have to work hard to improve their intelligence. It's not worth it unless you have a lot of money

10. Not counting your equipment, what is the basis, is the attack power when there is no equipment. It's only a level of attack