DRC
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MC Annihilation - Damage Reduction Calculator
by gowcaw95.
| Range of the reduction rate | ～ ～ % |
| hp multiplier | ～ ～ |
| Damage Range | Times |
Created for Minecraft Annihilation to quickly check equipment status.
Each half of the armor icon above the health bar represents 1 Defense Point. Enter the total count into the "Defense Points" field.
Each Defense Point reduces damage by 4%.
Add up the EPF values for each armor slot and enter the total in the "Total EPF" field.
Defensive enchantments applied to armor have a value called EPF for each level. For example, with "Protection," Level 1 has an EPF of 1, Level 2 has 2, Level 3 has 3, and Level 4 has 5.
* The EPF values for each equipment slot are summed up to a maximum of 25, multiplied by a random number between 0.5 and 1.0, rounded up to the nearest whole number, and capped at 20. This is the Effective EPF Value.
Damage not reduced by the base defense value is further reduced by Effective EPF Value × 4% (meaning each EPF1 provides a 2–4% reduction).
Enter the level value of the resistance effect as is.
It reduces damage by 20% per level.
The reduction rates shown from left to right represent the minimum, average, and maximum values.
This is because a random number is applied during the calculation of enchantment effects, so the reduction rate is not always constant.
The damage range therefore indicates the range of possible damage amounts.
The calculation formula has been verified.
The HP multiplier is the conversion of HP to its unarmored state, based on the damage reduction rate.
From left to right, it shows the cases for the minimum, average, and maximum damage reduction rates.
When the damage reduction rate is 80%, the HP multiplier is 5; this means that 1 HP at an HP multiplier of 5 is equivalent to 5 HP in the unarmored state (HP multiplier of 1).
Attack Power ÷ HP Multiplier yields the damage taken. Additionally, the HP Multiplier makes it easier to intuitively and accurately understand the status of your equipment.
*Please note that the formula may not be entirely accurate; we will continue to verify it over time. We apologize for any inconvenience.
You can calculate Attack Power using the ADC tool linked below.
Each half of the armor icon above the health bar represents 1 Defense Point. Enter the total count into the "Defense Points" field.
Each Defense Point reduces damage by 4%.
Add up the EPF values for each armor slot and enter the total in the "Total EPF" field.
Defensive enchantments applied to armor have a value called EPF for each level. For example, with "Protection," Level 1 has an EPF of 1, Level 2 has 2, Level 3 has 3, and Level 4 has 5.
* The EPF values for each equipment slot are summed up to a maximum of 25, multiplied by a random number between 0.5 and 1.0, rounded up to the nearest whole number, and capped at 20. This is the Effective EPF Value.
Damage not reduced by the base defense value is further reduced by Effective EPF Value × 4% (meaning each EPF1 provides a 2–4% reduction).
Enter the level value of the resistance effect as is.
It reduces damage by 20% per level.
The reduction rates shown from left to right represent the minimum, average, and maximum values.
This is because a random number is applied during the calculation of enchantment effects, so the reduction rate is not always constant.
The damage range therefore indicates the range of possible damage amounts.
The calculation formula has been verified.
The HP multiplier is the conversion of HP to its unarmored state, based on the damage reduction rate.
From left to right, it shows the cases for the minimum, average, and maximum damage reduction rates.
When the damage reduction rate is 80%, the HP multiplier is 5; this means that 1 HP at an HP multiplier of 5 is equivalent to 5 HP in the unarmored state (HP multiplier of 1).
Attack Power ÷ HP Multiplier yields the damage taken. Additionally, the HP Multiplier makes it easier to intuitively and accurately understand the status of your equipment.
*Please note that the formula may not be entirely accurate; we will continue to verify it over time. We apologize for any inconvenience.
You can calculate Attack Power using the ADC tool linked below.
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