Damage - Revision history

Jojo7682345: /* Armor degrade multiplier (ADM) */ added result to formula

2022-11-01T11:16:05Z

Armor degrade multiplier (ADM): added result to formula

← Older revision		Revision as of 14:16, 1 November 2022
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	===='''Armor degrade multiplier (ADM)'''====		===='''Armor degrade multiplier (ADM)'''====
	The formula for calculating Armor degrade multiplier:		The formula for calculating Armor degrade multiplier:
	MM * WM * CM		ADM = MM * WM * CM
	* Armor degrade multiplier is a percentage value of the Projectile Energy that actually damages the object's Armor.		* Armor degrade multiplier is a percentage value of the Projectile Energy that actually damages the object's Armor.
	* MM stands for '''Material multiplier''', which is the percentage of how much the material of the object negates Projectile energy.		* MM stands for '''Material multiplier''', which is the percentage of how much the material of the object negates Projectile energy.

DustyFB: Text replacement - "Category:Weapons" to "Category:Weaponry"

2021-07-15T07:17:36Z

Text replacement - "Category:Weapons" to "Category:Weaponry"

← Older revision		Revision as of 10:17, 15 July 2021
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	[[Category:~~Weapons~~\|Damage]]		[[Category:Weaponry\|Damage]]

DerPfandadler: Replaced PE with MPE in Armor damage [CLARIFICATION NEEDED; please do not approve]

2021-06-01T11:51:54Z

Replaced PE with MPE in Armor damage [CLARIFICATION NEEDED; please do not approve]

← Older revision		Revision as of 14:51, 1 June 2021
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	===='''Armor damage (AD)'''====		===='''Armor damage (AD)'''====
	The formula for calculating Armor damage is:		The formula for calculating Armor damage is:
	Armor damage = PE * ADM		Armor damage = MPE * ADM
	* PE stands for '''Projectile ~~energy~~'''.		* MPE stands for '''Modified Projectile Energy'''.
	* ADM stands for '''Armor degrade multiplier'''.		* ADM stands for '''Armor degrade multiplier'''.
	* The damage amount that degrades armor is calculated by multiplying incoming Projectile ~~energy~~ with the Armor degrade multiplier.		* The damage amount that degrades armor is calculated by multiplying incoming Modified Projectile Energy with the Armor degrade multiplier.

	===='''Armor value (AV)'''====		===='''Armor value (AV)'''====
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	* When object is hit by projectile, depth of potential penetration is calculated and depending on thickness on moment of impact, Projectile Energy is modified.		* When object is hit by projectile, depth of potential penetration is calculated and depending on thickness on moment of impact, Projectile Energy is modified.
	* Projectile Energy multiplier has default value of 1.0 on 12 cm thickness and can be decreased down to 0.33 multiplier at most when impact angle is low or more thicker object is struck. At maximum, the modifier can reach 100.0 value.		* Projectile Energy multiplier has default value of 1.0 on 12 cm thickness and can be decreased down to 0.33 multiplier at most when impact angle is low or more thicker object is struck. At maximum, the modifier can reach 100.0 value.
	* This increased PE doesn't affect Armor Value Degrade.
	* Modifier for thicker than 12 cm objects is 0.6		* Modifier for thicker than 12 cm objects is 0.6
	* Modifier for less than 12 cm thick objects is 1.2		* Modifier for less than 12 cm thick objects is 1.2
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	Projectile Energy Modifier(PEM) = (1+((PenDepth/12-1)*Multiple))		Projectile Energy Modifier(PEM) = (1+((PenDepth/12-1)*Multiple))

	Modified Projectile Energy = PE/PEM		Modified Projectile Energy(MPE) = PE/PEM

	== Status effects ==		== Status effects ==

VilleFB: /* Projectile energy (PE) */

2021-03-16T05:14:10Z

Projectile energy (PE)

← Older revision		Revision as of 08:14, 16 March 2021
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	===='''Projectile energy (PE)'''====		===='''Projectile energy (PE)'''====
	The formula for calculating projectile energy:		The formula for calculating projectile energy:
	Projectile Energy = (M * V² / 2) / ~~1000~~		Projectile Energy = (M * V² / 2) / 10000
	* M stands for projectile '''mass''', which is most commonly the caliber of the bullet.		* M stands for projectile '''mass''', which is most commonly the caliber of the bullet.
	* V stands for bullet '''velocity'''.		* V stands for bullet '''velocity'''.
	* For example [[Long rifle]] has muzzle velocity of 1,000 and projectile mass of 2,4 due to the caliber.		* For example [[Long rifle]] has muzzle velocity of 1,000 and projectile mass of 2,4 due to the caliber.
	** The formula would give [[Long rifle]] '''Projectile energy''' value of ~~1,200~~.		** The formula would give [[Long rifle]] '''Projectile energy''' value of 120.

	===='''Armor degrade multiplier (ADM)'''====		===='''Armor degrade multiplier (ADM)'''====

Unxepted at 11:01, 7 September 2020

2020-09-07T11:01:59Z

← Older revision		Revision as of 14:01, 7 September 2020
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	\|ru=Урон		\|ru=Урон
	\|zh-cn=伤害		\|zh-cn=伤害
			\|ua=Пошкодження
	}}		}}
	== Damage model ==		== Damage model ==

VilleFB: /* Object Thickness */

2020-08-14T08:14:48Z

Object Thickness

← Older revision		Revision as of 11:14, 14 August 2020
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	* Projectile Energy multiplier has default value of 1.0 on 12 cm thickness and can be decreased down to 0.33 multiplier at most when impact angle is low or more thicker object is struck. At maximum, the modifier can reach 100.0 value.		* Projectile Energy multiplier has default value of 1.0 on 12 cm thickness and can be decreased down to 0.33 multiplier at most when impact angle is low or more thicker object is struck. At maximum, the modifier can reach 100.0 value.
	* This increased PE doesn't affect Armor Value Degrade.		* This increased PE doesn't affect Armor Value Degrade.
			* Modifier for thicker than 12 cm objects is 0.6
			* Modifier for less than 12 cm thick objects is 1.2

			Projectile Energy Modifier(PEM) = (1+((PenDepth/12-1)*Multiple))

			Modified Projectile Energy = PE/PEM

	== Status effects ==		== Status effects ==

VilleFB: /* Object Thickness */

2020-08-14T07:59:08Z

Object Thickness

← Older revision		Revision as of 10:59, 14 August 2020
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	===='''Object Thickness'''====		===='''Object Thickness'''====
	* When object is hit by projectile, depth of potential penetration is calculated and depending on thickness on moment of impact, Projectile Energy is modified.		* When object is hit by projectile, depth of potential penetration is calculated and depending on thickness on moment of impact, Projectile Energy is modified.
	* Projectile Energy multiplier has default value of 1.0 on 12 cm thickness and can be decreased down to 0.33 multiplier at most when impact angle or more thicker object is struck. At maximum, the modifier can reach 100.0 value.		* Projectile Energy multiplier has default value of 1.0 on 12 cm thickness and can be decreased down to 0.33 multiplier at most when impact angle is low or more thicker object is struck. At maximum, the modifier can reach 100.0 value.
	* This increased PE doesn't affect Armor Value Degrade.		* This increased PE doesn't affect Armor Value Degrade.

VilleFB at 07:56, 14 August 2020

2020-08-14T07:56:42Z

@@ Line 15: / Line 15: @@
 * '''Armor Value (AV)'''
 ** Object's armor value indicating resistance to Projectile Energy
-* '''Density''' & '''Transformability'''
+* '''Density'''
-** Key material properties to define how durable material is against impacting energy.
+** Key material property to define how durable material is against impacting energy. Higher Density value increases Armor Value loss on impact.
 * '''Projectile Energy (PE)'''
 ** The total energy value when projectile hits an object.
@@ Line 45: / Line 45: @@
 #* '''NOTE!''' Heat Status will cause a negative effect on the Armor Value.
 # '''Voxel Damage''' amount is calculated from '''Projectile Energy''' exceeding the object's '''Armor''' value.
-# '''Armor Degrade Multiplier''' is calculated from '''Density''' and '''Transformability''' properties of the object's material and from the generic '''mass''' of the object.
+# '''Armor Degrade Multiplier''' is calculated from '''Density''' property of the object's material and from '''volume''' of the object.
 # '''Armor Damage''' is calculated from '''Projectile Energy''' and '''Armor Degrade Multiplier'''. The '''Armor Damage''' is reduced from current '''Armor Value'''.
@@ Line 63: / Line 63: @@
 * Armor degrade multiplier is a percentage value of the Projectile Energy that actually damages the object's Armor.
 * MM stands for '''Material multiplier''', which is the percentage of how much the material of the object negates Projectile energy.
-** '''Density''' is the most important material property resisting impacting energy.
+** '''Density''' increases damage done to Armor Value.
 * WM stands for '''Weight multiplier''', which balances armor degrade between different sized objects.
 ** Larger objects get a bonus, and sustain impacting energy more efficiently.
@@ Line 102: / Line 101: @@
 ** This means remaining energy of the bullet will be calculated again if it hits a new target.
-=== Example ===
+===='''Object Thickness'''====
+* When object is hit by projectile, depth of potential penetration is calculated and depending on thickness on moment of impact, Projectile Energy is modified.
-A table showing how shooting a Bastium plate with [[Battle rifle|battle rifle]] functions.
+* Projectile Energy multiplier has default value of 1.0 on 12 cm thickness and can be decreased down to 0.33 multiplier at most when impact angle or more thicker object is struck. At maximum, the modifier can reach 100.0 value.
-* Battle rifle has a Projectile energy (PE) of 243.
+* This increased PE doesn't affect Armor Value Degrade.
 == Status effects ==

Koron at 11:20, 27 May 2020

2020-05-27T11:20:36Z

← Older revision		Revision as of 14:20, 27 May 2020
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	{{Otherlang2		{{Otherlang2
	\|en=Damage		\|de=Damage:de
	\|ru=Урон		\|ru=Урон
	\|zh-cn=伤害		\|zh-cn=伤害

Deleted User 29475: adding link to russian translation

2020-05-17T14:11:26Z

adding link to russian translation

← Older revision		Revision as of 17:11, 17 May 2020
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	{{Otherlang2		{{Otherlang2
	\|en=Damage		\|en=Damage
			\|ru=Урон
	\|zh-cn=伤害		\|zh-cn=伤害
	}}		}}