WEBVTT

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Game Advanced
Practice On Setting the Total Attack Power of Allies and Adjusting the Balance

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GCC Academy

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Hello everyone

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This is Park Hyung-seon from Action RPG Balance Game Planning

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This time, I will talk about setting 
the total attack power of allies and adjusting the balance

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In the last lecture, we learned how to formulate

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the standard ability value, which is the strength

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 of monsters by stage in an action RPG game

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In this lecture, we will use the values ​​we created in the last lecture

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to create more detailed formulas and standards

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such as whether it can be killed with the basic attack 4 times we previously set

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and how long it takes to clear the stage

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We will set the attack power level of allies

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and calculate the damage the player can give the monster

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Numerical Setting Stage

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Adjusting the balance value

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setting the player level

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setting the monster level

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and setting the boss level

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Based on those results

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we will proceed to predict the time it takes from the start to the end of the stage

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Let me start with determining the player level

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The player's strength level is determined first

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such as how much damage per minute

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and how long they can last against enemies

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In the case of damage per minute, it is the same as damage per second

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but it refers to how much damage can be inflicted

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and how strong the allies' attack power is

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The strength of how long they can last against enemies

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is related to stamina

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It refers to how strong their stamina is

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Let's start with damage per minute again

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How strong the damage per minute

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is refers to how long they can last against enemies

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It determines the player's level

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Both damage per minute and per second are the same

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but it refers to

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how strong their attack power is

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and how high or low their player level is

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To determine how long they can last against enemies

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you can think about how strong their stamina is

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If you have a lot of stamina, you can last longer

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If you have little stamina, you can last less

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Just think about that

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The same goes for monster levels

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There are boss monsters

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regular monsters

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mid-bosses

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regular skeleton soldiers, archer soldiers

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and defensive soldiers

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There are various monsters like this

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How much damage do monsters inflict on players

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while they survive against players?

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How long can they survive

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when attacked by players?

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Likewise, there are HP and attack powers

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If you have a lot of HP, you can survive longer

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if you have little HP, you can survive less

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and if you have high attack power, you can damage players

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If not, you can give less

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These monster levels are set the same way

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Bosses can also

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be set the same way as monsters

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After setting the player, regular monster

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boss level, attack power, and HP levels

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the time it takes to kill all the regular monsters on stage

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the time it takes to fight the boss

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and these additional values

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​​are set

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Then, the time it takes to start and end the stage can be predicted

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and on the other hand, you can set

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a standard of 3 minutes or 4 minutes

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and set the remaining values ​​to that time

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Both are possible

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However, we have made it a little easier by setting the time first

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and then setting the values

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Step 1 of the numerical adjustmen

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Finding the strength of the allies

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Let's go into a little more detail

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What is the basic attack power

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what is the attack power of the accessory

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and what is the total attack power of the rune

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In this way, the total attack power of the equipment is the level of the total attack power of the allies

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However, the equipment and the bare body that takes up nothing

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can have attack power

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So, the attack power

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 is included in the swords

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or accessories worn by the allies

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and in the runes

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You have to add all the equipment

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with all the attack power

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You also have to add up the bare body attack power of the allies

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Then, you can determine how much damage is done per second

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and how much damage is done per minute

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Determine the basic attack power of the player character

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and the attack power level of items such as runes

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With the total attack power, you can find how much damage

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can be done per minute, including damage per second, DPS, and skills

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If you calculate the damage per second dps

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the damage per minute is multiplied by 60 dps

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so damage per second

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Since it's attack power per second

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60 seconds is 1 minute

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So, if you multiply it by 60, you get attack power per minute

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This is the second step to adjusting the numbers

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Let's find out the monster's defense and the number of monsters

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You can set the total effective HP based on the damage

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How much damage per second

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per minute

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reset the defense and HP of one normal monster

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set the number of normal monsters, and find the total effective HP, including the boss

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Then, you can predict the survival time and playtime from the ally character

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You can find the enemy's total HP

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 and defense level using the ally's damage

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You can find out how many normal monsters are needed in the stage

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and the effective HP of the boss monster

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Step 3

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Find the enemy's total attack power

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It is better to set the enemy's attack power as attack power per second

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If you do everything as attack power per second rather than other things

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you can make it fair and even

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Since things like animation time

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and number of hits are different

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if you just use attack power, these may not be balanced

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So, whether it is an ally or enemy

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set the attack power value as attack power per second

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and apply the animation time or number of hits

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accordingly

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to avoid breaking the balance

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When you say how much damage you can give

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to the player during survival

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you can determine the enemy's level

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If you are going to find the total attack damage of the enemy

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in this lecture, we will set the enemy's attack power as attack power per second

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and see how much damage is given during the survival time

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Set the total effective HP based on the damage amount

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To find the total attack power of the enemy

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you need to know the damage per second and damage per minute

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set the survival time when doing nothing

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and the effective HP, basic ability, armor ability

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and accessory ability levels required for the target survival time

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We will find the defense and HP levels of the allies

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We will predict how much they can withstand the enemy

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and set the defense level to survive for the predicted time

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Set Detailed Values

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Determine the total attack power level

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You can see the character information on the left

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There is the character name, picture

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star mark

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attack power

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basic weapon, rune, and accessory

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I will say there are three runes and one accessory

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And there is the current character's basic ability

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Even if you do not equip anything, you have the basic ability

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Before equipping the item, the attack power is 500

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Look at the right side

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When you equip a sword, three runes, and an accessory

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the attack power increases from 500 to 1500

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You equip the basic weapon, three runes, and all the accessory slots

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So, comparing before and after equipping the item

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you can see that the attack power has increased due to various factors

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The elements that increase the attack power

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are the weapon, three runes, and accessories

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When you equip the corresponding elements

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the attack power of the friendly character increases

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and you can obtain them within the stage

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There is a grade at this time

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and the higher the grade, the higher the ability value

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We will set the character's total attack power by setting the character's attack power

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according to the level, as well as the ability values ​​of the weapon

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runes 1, 2, 3, and accessories

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Setting the Player's Basic Attack Power

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Set the most basic attack power according to the level

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without a weapon, rune 1, rune 2, rune 3, or accessory

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I used a simple formula

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to make the lecture progress smoothly

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but using a trend line or creating your own formula

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to make the table into a formula is better

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Let's take a look at setting the player's basic attack power

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Enter a number that you think is appropriate based on level 1

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I entered the numbers as attack power and defense power

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I will use a very simple formula

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the previous attack power plus 3

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For convenience

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However, to do it properly

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it would be much better to apply the cubic equation formula

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by adding a trend line that I explained in the previous lecture

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However, this becomes complicated

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 so I used the simple formula

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of the previous attack power plus 3 to make it easy

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So, I set the most basic attack power

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 for players at levels 1 to 100

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using the formula

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Level 1 is 50, Level 2 is 53, Level 3 is 56, and Level 20 is 107

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This way, I created attack power values

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​​from Level 1 to Level 20 that increase by three from 50

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Setting the Total Attack Power of a Player

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Sets the total attack power that appears when

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a friendly character is equipped with a weapon Rune 1, Rune 2, Rune 3, and accessory

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It is difficult to determine the attack power when equipped at all levels

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Therefore, the value is set using the setting that a certain item grade

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is equipped in a certain level range

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Let's look at it next

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Let's take an example

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When setting the total attack power of a player

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if you look at the picture on the left, it is 1500

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and equipped

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The basic ability plus the item ability is 1500

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However, the basic weapon attack power is 600

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The attack power of 3 runes is 300

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Considering each rune, there are 3 of 100 each, so it is 300

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The attack power of the accessory is 100

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So even when completely naked

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with nothing on, the attack power exists

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The value at that time was 500

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When you have all the equipment, it's 1000

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If you break it down into details

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the sword is 600

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the runes are three each of 100

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the accessories are 101, and so on

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And if you do it by rank, it'll be different

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Player level 1, 20, 40, 60, 80, 100

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There's a reason for doing it like this

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This is called sampling balancing

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To explain the concept briefly

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you create six friendly profiles like this

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But, in fact

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it's hard to balance all the player levels from 1 to 100

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Because there are too many

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So what you do is

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you want to balance all the items

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and the bare body from player level 1 to 100, but it's hard

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 so you just balance the middle section like this

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player level 1, 20, 40, 60, 80, 100

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Then, from 1 to 20

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20 to 40, 40 to 60

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60 to 80, 80, 100

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You can automate

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the middle value by doing that

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So, this is sampling balancing

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Then, you can know it like this

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At player level 1, you get 1st grade

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at 20, you get 2nd

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The higher the grade number, 2, 3, 4, the better the item is

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So at player level 40, you get 3rd

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at 60, you get 4th grade, at 80, you get 5th

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and at player level 100, you get 6th grade plus levels

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Not only the grades but also the levels go up to 30

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That's how we make assumptions

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This is sampling balancing

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and it creates six virtual profiles of allies

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Assuming that 1, 20, 40, 60, 80, and 100

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are filled with 1st, 2nd, 3rd, 4th, 5th, and 6th grade weapons

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it creates virtual profiles of allies and balances them

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Let's express this in numbers

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When setting the player's total attack power

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the ratio of runes and weapons is set higher

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than the basic ability as it goes on

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That is, items initially take up a small percentage of the total numerical ratio

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but as the level goes up, they take up a higher percentage

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This way, players will feel the need for runes or weapons later on

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and the possibility of generating profits

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 by increasing the time spent playing the game

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00:16:54.739 --> 00:16:57.820
having to farm for them

265
00:16:57.820 --> 00:17:01.016
or purchasing cash items increases

266
00:17:02.179 --> 00:17:05.780
So, level 1, level 20, level 40, level 60, 80, 100

267
00:17:05.780 --> 00:17:09.780
if there are allies, basic attack power, nothing, bare body

268
00:17:09.780 --> 00:17:17.459
 basic weapon, rune 1 attack power, rune 2 attack power, rune 3 attack power, trinket, 3 more runes

269
00:17:17.459 --> 00:17:21.140
and divide the percentage among you

270
00:17:21.140 --> 00:17:23.333
So, there will be a total attack power

271
00:17:24.099 --> 00:17:31.663
Total 82, 171, 417, 867, 3287, 6847, and so on

272
00:17:31.663 --> 00:17:36.619
and each level has a different growth value and gets stronger

273
00:17:36.619 --> 00:17:41.762
at levels 1, 20, 40, 60, 80, and 100

274
00:17:42.500 --> 00:17:47.125
At first, the basic attack power is 61%, the basic weapon is 10%

275
00:17:47.125 --> 00:17:52.238
Rune 1 is 7%, Rune 2 is 3%, Rune 3 is 3%, and the accessory is 2%

276
00:17:52.238 --> 00:17:55.020
If you do this, then when you reach level 100

277
00:17:55.020 --> 00:17:56.856
the basic attack power will be 5%

278
00:17:57.349 --> 00:18:01.809
The basic weapon will be 29%, Rune 1 attack power will be 26%

279
00:18:02.049 --> 00:18:03.928
Rune 2 attack power will be 22%

280
00:18:04.257 --> 00:18:06.753
Rune 3 will be 15%, and the accessory will be 3%

281
00:18:06.753 --> 00:18:10.859
You can set the ratios a little differently

282
00:18:10.859 --> 00:18:13.692
This is how you set the standard

283
00:18:14.300 --> 00:18:16.150
It sets the standard attack power

284
00:18:17.300 --> 00:18:21.859
Based on the final attack power, the attack power ratio in this lecture is 1st for the weapon

285
00:18:21.859 --> 00:18:26.949
Next, Rune 1, 2, 3, Basic Stats, and Accessories will have the lowest weight

286
00:18:28.260 --> 00:18:33.025
As your level increases, the grade of the items you equip also increases

287
00:18:34.044 --> 00:18:36.353
so try increasing the values ​​appropriately

288
00:18:36.353 --> 00:18:38.640
and check the ratio they occupy

289
00:18:39.660 --> 00:18:41.682
Setting the Total Attack Power of the Player

290
00:18:42.420 --> 00:18:46.819
Based on the table shown earlier, this is a player's attack power chart

291
00:18:46.819 --> 00:18:48.877
It is drawn as a graph

292
00:18:50.300 --> 00:18:54.579
In the beginning, the proportion of the basic ability and the rune is not much different

293
00:18:54.579 --> 00:18:57.068
Rather, the basic ability is higher

294
00:18:58.500 --> 00:19:03.219
As the game progresses, the proportion and ratio of the rune and weapon increase

295
00:19:03.219 --> 00:19:07.253
and take up a higher proportion than the basic ability

296
00:19:08.099 --> 00:19:11.199
Next is calculating the skill damage

297
00:19:12.180 --> 00:19:14.732
Since you have calculated the attack power of the ally character

298
00:19:15.178 --> 00:19:16.999
you need to calculate the skill damage

299
00:19:17.859 --> 00:19:23.357
and find out how much damage the character can inflict over a certain period of time

300
00:19:23.699 --> 00:19:26.493
First, when calculating the skill damage

301
00:19:27.273 --> 00:19:30.129
you need to decide whether to multiply the skill multiplier's attack power

302
00:19:30.972 --> 00:19:35.668
 or the attack power per second by the DPS

303
00:19:37.697 --> 00:19:41.134
You can simply set the skill damage as 3000

304
00:19:41.469 --> 00:19:44.081
You can set it arbitrarily like this

305
00:19:44.780 --> 00:19:48.130
Usually, skill damage can be determined by choosing one of two methods

306
00:19:48.130 --> 00:19:52.841
Aattack power of a specific skill multiplier

307
00:19:53.206 --> 00:19:56.679
or multiplying by dps

308
00:19:58.436 --> 00:19:59.541
Let's take an example

309
00:20:01.339 --> 00:20:04.648
Calculating the skill damage using the attack power based on level 1

310
00:20:05.380 --> 00:20:08.026
If the attack power is 82 at level 1

311
00:20:08.346 --> 00:20:10.013
the skill multiplier is 4.0

312
00:20:10.545 --> 00:20:11.396
the number of hits is 1

313
00:20:11.998 --> 00:20:13.953
and the number of hits is 3

314
00:20:15.271 --> 00:20:16.358
then the skill damage

315
00:20:17.140 --> 00:20:21.564
 is 82 x 4 x 3

316
00:20:21.565 --> 00:20:22.060
983

317
00:20:22.070 --> 00:20:23.477
You can set it like this

318
00:20:25.300 --> 00:20:31.241
Or the number of hits is the number of projectiles

319
00:20:31.242 --> 00:20:32.239
so it's calculated like that

320
00:20:32.239 --> 00:20:34.772
Some skills eliminate the number of hits

321
00:20:34.979 --> 00:20:37.903
and multiply by the skill multiplier

322
00:20:38.900 --> 00:20:42.986
So if there are a lot of projectiles, it increases that much

323
00:20:43.242 --> 00:20:44.969
so you can understand it like that

324
00:20:45.619 --> 00:20:48.623
The skill multiplier exists arbitrarily

325
00:20:48.623 --> 00:20:52.295
If you have an attack power

326
00:20:52.690 --> 00:20:58.643
multiply the basic attack power by the skill multiplier of 7 to give the skill damage

327
00:20:58.650 --> 00:21:00.444
You can set it like this

328
00:21:00.873 --> 00:21:02.759
So whether you set it to 7 or 4

329
00:21:03.217 --> 00:21:05.073
you have to balance it

330
00:21:06.300 --> 00:21:10.423
So, if the basic attack power is high, you lower the skill multiplier

331
00:21:10.902 --> 00:21:13.941
if the basic attack power is low, you raise the skill multiplier

332
00:21:15.180 --> 00:21:19.038
 I'll tell you how to calculate skill damage using DPS

333
00:21:20.127 --> 00:21:22.274
Attack power is based on level 1: 82

334
00:21:23.053 --> 00:21:28.560
Since four normal attacks take 2 seconds, it attacks twice per second

335
00:21:29.291 --> 00:21:33.120
DPS is 82 x 2 164

336
00:21:35.613 --> 00:21:38.186
skill multiplier 4.0, number of hits 1

337
00:21:39.088 --> 00:21:40.721
number of hits taken 3

338
00:21:41.322 --> 00:21:45.264
skill damage 164 x 4.0 x 3

339
00:21:45.500 --> 00:21:46.530
2968

340
00:21:46.531 --> 00:21:49.088
It's almost doubled

341
00:21:49.648 --> 00:21:53.541
So, there are usually several ways

342
00:21:54.635 --> 00:21:58.925
you can think of it simply

343
00:21:58.926 --> 00:22:01.525
as just considering DPS as attack power

344
00:22:01.877 --> 00:22:06.440
and multiplying it by the skill multiplier

345
00:22:07.177 --> 00:22:09.909
It would be good for you to document this part

346
00:22:09.909 --> 00:22:13.474
as a skill damage policy

347
00:22:15.192 --> 00:22:17.562
The reason for this is that the current enemy

348
00:22:17.692 --> 00:22:22.633
and ally HP and attack power levels are all calculated based on the gameplay time

349
00:22:23.380 --> 00:22:26.001
so to enter a fairer number

350
00:22:26.002 --> 00:22:28.259
it is better to multiply DPS by the skill multiplier and multiply it

351
00:22:28.974 --> 00:22:33.003
So that we will proceed like this in the lecture

352
00:22:33.523 --> 00:22:37.170
However, you do not necessarily need to multiply DPS to obtain skill damage

353
00:22:37.339 --> 00:22:41.302
Depending on the planning intention, you can calculate it by multiplying the basic attack power

354
00:22:41.302 --> 00:22:46.049
This will vary depending on the program you design

355
00:22:46.986 --> 00:22:48.715
Damage per minute is easy

356
00:22:48.715 --> 00:22:53.184
To find damage per minute, first calculate DPS damage per second

357
00:22:54.162 --> 00:22:57.085
and calculate DPS based on the basic attack

358
00:22:57.257 --> 00:23:00.221
You can multiply dps by 60 to obtain damage per minute

359
00:23:01.214 --> 00:23:04.369
The character attacks 4 times in 2 seconds

360
00:23:04.370 --> 00:23:09.069
Since it attacks twice per second, you can calculate it

361
00:23:09.095 --> 00:23:10.375
by multiplying the attack power by 2

362
00:23:12.084 --> 00:23:13.399
Calculating DPS

363
00:23:14.579 --> 00:23:18.055
Similar to what I said before

364
00:23:19.061 --> 00:23:22.714
All four basic attacks are performed within 2 seconds

365
00:23:22.714 --> 00:23:24.031
including animation speed

366
00:23:24.752 --> 00:23:28.244
the total basic attack damage is the character's total attack power times 4

367
00:23:29.260 --> 00:23:31.337
a total of 2 attacks per second

368
00:23:31.338 --> 00:23:33.174
Allied characters attack twice per second

369
00:23:33.199 --> 00:23:36.764
DPS damage per second is the character's total attack power times 2

370
00:23:37.660 --> 00:23:43.162
DPS basic attack is according to levels 1, 20, 40, 60, 80, and 100

371
00:23:43.939 --> 00:23:51.869
I multiplied it like this and calculated it

372
00:23:51.870 --> 00:23:54.364
as 164, 342, 834, 1734, 6574, 13694

373
00:23:55.060 --> 00:23:57.154
Calculating Skill Damage

374
00:23:58.194 --> 00:24:03.830
You need to check how much damage a character can give in 1 minute

375
00:24:05.721 --> 00:24:08.175
Skills have various elements

376
00:24:08.558 --> 00:24:13.059
Depending on those elements, the amount of damage the skill gives is greatly affected

377
00:24:14.420 --> 00:24:18.307
Since the components of the skill change depending on the battle system plan

378
00:24:19.035 --> 00:24:21.758
collaboration with the system planner is essential

379
00:24:22.099 --> 00:24:28.127
If possible, it is best if the balance planner has experience in system planning

380
00:24:28.128 --> 00:24:31.213
It is difficult to balance without knowing the system plan

381
00:24:33.166 --> 00:24:38.998
This lecture will look at the skill components for calculating skill damage

382
00:24:40.461 --> 00:24:43.846
It is a skill with a cooldown of 20 seconds that attacks and kills three people at once

383
00:24:43.846 --> 00:24:46.155
It is a large amount of damage that can defeat a normal monster

384
00:24:47.979 --> 00:24:49.626
Skill components

385
00:24:49.627 --> 00:24:54.645
The total skill damage is the number of attackers times the damage given to 1 person

386
00:24:55.420 --> 00:24:58.886
the number of hits is 1 time, the skill multiplier is 4.1

387
00:24:59.423 --> 00:25:01.552
4.0, and the cooldown is 20 seconds

388
00:25:01.552 --> 00:25:03.303
There are various factors like this

389
00:25:04.780 --> 00:25:08.537
 Before and after using the skill

390
00:25:10.099 --> 00:25:11.206
The skill concept

391
00:25:11.427 --> 00:25:15.981
is a skill that quickly stabs a monster with a sword 4 times

392
00:25:16.116 --> 00:25:19.382
Number of attackers 1, number of hits 4

393
00:25:19.382 --> 00:25:21.342
Cooldown 15 seconds, skill multiplier 2.0

394
00:25:22.540 --> 00:25:23.545
Skill concept

395
00:25:23.546 --> 00:25:25.655
A skill that inflicts great damage on multiple people

396
00:25:25.655 --> 00:25:28.505
Number of strikers: 5, number of strikes: 1

397
00:25:29.082 --> 00:25:31.978
Cooldown: 40 seconds, skill multiplier: 6.5

398
00:25:33.438 --> 00:25:35.967
You can set the range data like this once

399
00:25:37.826 --> 00:25:43.527
Let me explain the skill damage table

400
00:25:45.526 --> 00:25:52.038
If you look on the left, there are various columns and types

401
00:25:53.260 --> 00:25:57.385
These are also sampling balances

402
00:25:58.260 --> 00:26:08.535
It creates samples based on levels 1, 20, 40, 60, 80, and 100

403
00:26:08.535 --> 00:26:09.885
It creates samples of intensity

404
00:26:09.889 --> 00:26:16.916
So, if you set the skill intensity of allies like this

405
00:26:17.739 --> 00:26:22.910
and say that the intermediate balance is the intermediate value, it will be correct

406
00:26:22.911 --> 00:26:25.339
So, instead of balancing everything

407
00:26:26.020 --> 00:26:29.321
you create about 6 allied profiles

408
00:26:30.126 --> 00:26:36.855
you create about 6 allied profiles, and if it's level 100, you create it like this: level 1, 20, 40, 60, 80, 100

409
00:26:39.099 --> 00:26:46.031
DPS has 164, 342, 834, 1734, 6574, and 13694

410
00:26:47.321 --> 00:26:55.380
for levels 1, 20, 40, 60, 80, and 100

411
00:26:56.900 --> 00:27:02.333
Then, let's look at the various values ​​for skill 1

412
00:27:02.579 --> 00:27:04.575
Skill 1 total damage

413
00:27:05.207 --> 00:27:10.258
then skill 1 single damage

414
00:27:10.481 --> 00:27:14.576
skill 1 number of strikers, number of strikes, cooldown

415
00:27:14.577 --> 00:27:16.642
You can see it like this

416
00:27:18.020 --> 00:27:21.360
So now the total damage is 2624

417
00:27:21.801 --> 00:27:24.205
Skill 1 damage is 656

418
00:27:24.365 --> 00:27:25.748
Number of strikers is 4

419
00:27:25.749 --> 00:27:27.343
Number of strikes is 1

420
00:27:28.140 --> 00:27:29.605
Number of skills is 4.0

421
00:27:29.606 --> 00:27:33.965
Number of skills is a multiplying number

422
00:27:34.739 --> 00:27:36.095
It's a multiplying number

423
00:27:36.096 --> 00:27:37.954
 and the cooldown is 20 seconds

424
00:27:37.954 --> 00:27:39.444
That's how you can get it

425
00:27:40.270 --> 00:27:41.792
So you can also get

426
00:27:43.699 --> 00:27:46.536
the percentage of the total

427
00:27:47.230 --> 00:27:51.992
 If you set various values ​​in settings like this

428
00:27:52.420 --> 00:27:57.790
you can get damage for skills 2 and 3 and damage for each level

429
00:27:59.260 --> 00:28:03.123
So you should set the DPS and skill damage by level

430
00:28:03.124 --> 00:28:06.913
the percentage of total damage each skill takes, etc.,

431
00:28:07.300 --> 00:28:09.048
make a whole table

432
00:28:09.815 --> 00:28:13.332
and leave the formula for calculating skill damage

433
00:28:13.332 --> 00:28:15.463
as a policy document

434
00:28:15.463 --> 00:28:22.437
For example, DPS times the number of skills is the damage of the skill

435
00:28:22.948 --> 00:28:26.789
and if there are multiple projectiles, you can multiply by the number of projectiles

436
00:28:26.789 --> 00:28:30.917
If not, you can multiply by 1

437
00:28:30.918 --> 00:28:32.836
or if there are simultaneous hits

438
00:28:33.660 --> 00:28:35.467
even if there are no projectiles

439
00:28:36.012 --> 00:28:42.749
you can treat the simultaneous hits as the number of projectiles and multiply them the same way

440
00:28:42.751 --> 00:28:46.054
If there is such a policy, you can get the damage

441
00:28:46.876 --> 00:28:51.586
So, the number of hits refers to the number of hits that can be made simultaneously

442
00:28:51.971 --> 00:29:00.921
Here, DPS times 164 times the number of skills 4.0

443
00:29:00.939 --> 00:29:05.489
The number of hits four will give you the damage

444
00:29:05.900 --> 00:29:11.714
In the case of cooldown, if it is 20 seconds, you can use it once every 20 seconds

445
00:29:12.328 --> 00:29:17.760
So, the longer the cooldown, the lower the damage

446
00:29:18.306 --> 00:29:22.534
the shorter the cooldown, the higher the damage

447
00:29:22.535 --> 00:29:27.798
This is because the shorter the cooldown per minute, the more times you can use it

448
00:29:30.691 --> 00:29:34.403
Calculating the damage per minute a player can give to a monster

449
00:29:36.051 --> 00:29:39.219
Performing a total of 2 attacks per second

450
00:29:39.220 --> 00:29:43.388
Assuming that the player character attacks twice per second

451
00:29:44.300 --> 00:29:48.315
if the player attacks a monster with a basic attack for 1 minute

452
00:29:49.317 --> 00:29:51.154
since he attacks twice per second

453
00:29:51.396 --> 00:29:55.414
we can calculate the basic attack damage for 1 minute by multiplying 2 by 60

454
00:29:57.144 --> 00:30:02.281
Since we calculated the DPS using the nature of the basic attack that attacks twice per second

455
00:30:02.783 --> 00:30:05.998
we can also calculate the damage per minute

456
00:30:06.905 --> 00:30:08.071
Attacks twice per second

457
00:30:08.503 --> 00:30:12.663
It deals damage with a basic attack for 60 minutes

458
00:30:13.237 --> 00:30:16.037
So 2 by 60

459
00:30:16.500 --> 00:30:21.730
A total of 120 basic attacks, DPS times 60 damage per minute

460
00:30:22.293 --> 00:30:26.235
This is how it works

461
00:30:27.668 --> 00:30:31.237
The amount of damage per minute a player can give to a monster

462
00:30:32.203 --> 00:30:36.500
and the skill can be used once every 20 seconds

463
00:30:36.501 --> 00:30:39.496
The skill can be used a total of 3 times in 1 minute

464
00:30:39.496 --> 00:30:41.320
The cooldown is 20 seconds

465
00:30:42.381 --> 00:30:46.006
Based on level 1, the total damage of skill 1 is 2624

466
00:30:46.674 --> 00:30:51.632
Based on 1 minute, the skill can be used 3 times, once every 20 seconds for 1 minute

467
00:30:52.517 --> 00:30:54.823
The damage per minute of skill 1

468
00:30:56.073 --> 00:30:59.426
is 3 times 2624, which is 7870

469
00:31:00.339 --> 00:31:03.144
Here is how you can calculate the damage per minute of skill 1

470
00:31:04.019 --> 00:31:06.432
If you divide it by 60

471
00:31:06.433 --> 00:31:08.995
you can calculate the damage per second of that skill

472
00:31:09.219 --> 00:31:14.054
If you divide 7870 by 60, you get 131.2

473
00:31:14.412 --> 00:31:18.150
That is now the skill's DPS damage per second

474
00:31:19.673 --> 00:31:23.285
Using the previous method

475
00:31:23.694 --> 00:31:26.830
you can calculate the damage per minute of each skill

476
00:31:27.419 --> 00:31:32.202
and the damage per minute of the basic attack and then add them to get the total damage per minute

477
00:31:33.179 --> 00:31:35.430
It would be good to make a table of the damage

478
00:31:35.534 --> 00:31:40.076
and check the skills and basic attack ratio

479
00:31:40.950 --> 00:31:46.044
So, divide the ratio of the total damage per minute of each skill and basic attack

480
00:31:46.044 --> 00:31:49.148
 into a percentage

481
00:31:49.989 --> 00:31:53.483
You can calculate the total damage by calculating the damage per minute of the basic attack

482
00:31:53.625 --> 00:31:56.335
the damage per minute of the skill,

483
00:31:57.929 --> 00:32:00.560
the damage per minute of the skill 3, and so on

484
00:32:02.739 --> 00:32:06.523
Set the 1-minute damage of skills 1, 2, and 3

485
00:32:07.009 --> 00:32:11.096
 in percentages at levels

486
00:32:11.096 --> 00:32:13.770
1, 20, 40, 60, 80, and 100

487
00:32:15.140 --> 00:32:17.753
Then, a graph like this will appear

488
00:32:18.875 --> 00:32:20.631
showing the damage per minute of normal attacks

489
00:32:20.632 --> 00:32:22.048
1-minute damage of skill 1

490
00:32:22.048 --> 00:32:23.710
1-minute damage of skill 2

491
00:32:23.711 --> 00:32:26.141
and 1-minute damage of skill 3

492
00:32:26.488 --> 00:32:31.608
and showing the percentages for levels 1, 20, 40, 60, 80, and 100

493
00:32:31.608 --> 00:32:35.689
and showing the increasing values

494
00:32:36.564 --> 00:32:38.841
You can see the damage the player gives at each level

495
00:32:38.841 --> 00:32:42.251
divided into skills and basic attacks, as well as the ratio

496
00:32:43.180 --> 00:32:46.678
You can also see the damage per minute by level

497
00:32:46.679 --> 00:32:49.178
ou can see that

498
00:32:49.714 --> 00:32:54.376
 the total damage per minute chart increases as the level increases

499
00:32:55.561 --> 00:32:57.567
That's it for this lecture

500
00:32:57.568 --> 00:32:59.395
Thank you for your hard work in the class

501
00:32:59.396 --> 00:33:00.345
Thank you

502
00:33:00.426 --> 00:33:01.747
Step to set the numerical value
1. Find the strength of the ally
Set the basic attack power of the player character and the attack power level of item

503
00:33:01.747 --> 00:33:02.932
including damage per second, DPS, and skills, to determine how much damage can be done per minute

504
00:33:02.940 --> 00:33:03.640
2. Find the defense power and number of monsters
Using the damage to the allies, find the total HP and defense level of the enemies

505
00:33:03.640 --> 00:33:04.503
Find out how many normal monsters are needed in the stage, the effective HP of the boss monster, etc.

506
00:33:04.503 --> 00:33:05.411
3. Find the total attack power of the enemies
To see how much damage is given during the survival time

507
00:33:05.411 --> 00:33:06.140
Detailed numerical setting
Total attack power level setting
Elements that increase attack power include weapon+rune 1+rune 2+rune 3+accessories

508
00:33:06.140 --> 00:33:06.842
By equipping these elements, the attack power of friendly characters increases, and can be obtained within the stage

509
00:33:06.842 --> 00:33:07.797
Setting the player's basic attack power
Set the most basic attack power according to level without a weapon, rune 1, rune 2, rune 3, or accessory

510
00:33:07.807 --> 00:33:08.239
I used a simple formula to make the lecture progress smoothly, but it is better to use a trend line or create your own formula and make the table into a formula

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Set the total attack power of the player
Set the total attack power that appears when a friendly character is equipped with a weapon, rune 1, rune 2, rune 3, or accessory

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It is difficult to find out the attack power when equipped at all levels. That is why the values ​​are set using the setting that equips a certain grade of item in a certain level range

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As the game progresses, the ratio of runes and weapons is set higher than the basic ability value

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Calculating Skill Damage
Now that we have the attack power of the friendly character, we need to calculate the skill damage and see how much damage the character can deal over a certain period of time

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First, when calculating skill damage, we need to decide whether to multiply the skill multiplier's attack power itself or multiply it by the attack power per second

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Calculating DPS
To know the damage per minute, you must first calculate the damage per second
DPS is calculated based on the basic attack

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Since the character attacks with 4 hits in 2 seconds, you can calculate DPS by multiplying the attack power by 2, which means that the character attacks with 2 hits in 1 second

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Calculating skill damage
You need to check how much damage a character can give in 1 minute

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There are several factors in a skill, and depending on those factors, the amount of damage a skill gives greatly affects the damage it gives

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Find the amount of damage per minute that a player can give to a monster
You can find the total damage per minute by calculating the damage per minute of each skill and the damage per minute of the basic attack, then adding them all up

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It is recommended to check the damage in a table and check the ratio of skills and basic attacks