How do you calculate armor damage reduction?

How Do You Calculate Armor Damage Reduction?

In the world of gaming, armor is an essential element that helps to reduce damage taken by players. Whether you’re engaging in battles, exploring perilous territories, or exploring the realm of online role-playing games, understanding how armor damage reduction works can be a crucial aspect of your survival and success.

The Basics of Armor Damage Reduction

Before delving into the intricacies of calculating armor damage reduction, let’s first take a closer look at how armor works in general.

• What is armor?: Armor is an item that can be worn by characters in various settings, such as fantasy fiction, tabletop gaming, video games, and more.
• What does it do?: Armor can reduce damage taken by players, which is a direct result of absorbing or scattering the incoming attack.
• How does it work?: When a player dons armor, it alters the impact of incoming damage, typically reducing the effect of each attack.

To calculate armor damage reduction, we must understand the mechanics at play.

The Four-Step Process

For calculating armor damage reduction, we must follow a structured approach.

Step 1: Determine the Target’s HP (Health Points)

First, it’s crucial to identify the target’s health points or HP. This will establish the amount of damage necessary to cause a critical condition or result in the elimination of the target.

As you can see, targets with lower health points typically require more significant damage thresholds to result in a critical hit.

Step 2: Determine the Strength of the Attack

Following the first step, calculate the strength of the attacking force or spell. Determine the maximum amount of damage the attack can inflict based on various factors such as the strength of the combatant, magical properties of the spell, or type of projectile being used (e.g., arrows).

Establishing these boundaries allows for a clearer understanding of how much damage can be realistically inflicted on a target.

Step 3: Apply the Armor’s Evasion Mechanic

Introduce the armor’s role in absorbing or scattering part of the attack. We’ll utilize a percentage mechanic to achieve this. This signifies the degree to which the armor reduces incoming damage.

• Armored Evasion (AE): An armor class 1 character has 5% reduction, an armor class 2 character has 15% reduction, and an armor class 3 character has 30% reduction, and so on.

With this system in place, we’ll multiply the attacker’s maximum damage by the given evasion percentage. This figure represents the effective damage transferred to the target.

• Armor Effective Damage: (Maximum Attack Damage – (Armor Evasion ÷ 100 * Maximum Attack Damage))

Suppose a target is hit by a Basic Attack (AS 150, Min 50, Max 100) from a character without armor (0% AR). Calculate the damage effectively transferred as:

• Armor Effective Damage = (100 (Max AS) – 0% of 100) = 100 (Min, Max)

To account for the target’s health points and the presence of armor, we multiply the damage transferred by (1 – Target’s Resilience/100%) to reach the final effect.

Calculate the effective damage based on the damage absorbed by armor, adjusted according to resilience, and subtract it from the target’s health. This reveals whether the result is critical, a result of minor harm, or even negligible impact.

These calculations might appear complex; however, following the same process as presented here, with slight modifications to accommodate differences in settings or mechanics, you’ll gain a mastery of how armor damage reduction works and better understand why certain character choices can benefit or hinder the player.