Bullet penetrability - Revision history

Lou Montana: Text replacement - "Link\|https:\/\/en\.wikipedia\.org\/([^w][^i])" to "Link|https://en.wikipedia.org/wiki/$1"

2023-02-23T21:11:00Z

Text replacement - "Link\|https:\/\/en\.wikipedia\.org\/([^w][^i])" to "Link|https://en.wikipedia.org/wiki/$1"

← Older revision		Revision as of 23:11, 23 February 2023
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	If the speed is distinctively lower then it will not cause wounds anymore.		If the speed is distinctively lower then it will not cause wounds anymore.

	For simplification it is possible calculate '''impact depth value''' via Newton's formula about impact depth for projectiles at high velocities {{Link\|https://en.wikipedia.org/Impact_depth\|Penetration at Wikipedia}} which says,		For simplification it is possible calculate '''impact depth value''' via Newton's formula about impact depth for projectiles at high velocities {{Link\|https://en.wikipedia.org/wiki/Impact_depth\|Penetration at Wikipedia}} which says,
	depth will be simply multiple of relative density difference from both objects and lengh of projectile. "For example. 4x denser bullet with length 10mm will penetrate 40mm."		depth will be simply multiple of relative density difference from both objects and lengh of projectile. "For example. 4x denser bullet with length 10mm will penetrate 40mm."

Lou Montana: Text replacement - "\{\{Wikipedia \| ([a-zA-Z0-9_#]+) \| ([a-zA-Z0-9_ #]+) *\}\}" to "{{Link|https://en.wikipedia.org/$1|$2}}"

2023-02-23T21:02:27Z

Text replacement - "\{\{Wikipedia *\| *([a-zA-Z0-9_#]+) *\| *([a-zA-Z0-9_ #]+) *\}\}" to "{{Link|https://en.wikipedia.org/$1|$2}}"

← Older revision		Revision as of 23:02, 23 February 2023
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	If the speed is distinctively lower then it will not cause wounds anymore.		If the speed is distinctively lower then it will not cause wounds anymore.

	For simplification it is possible calculate '''impact depth value''' via Newton's formula about impact depth for projectiles at high velocities {{~~Wikipedia~~\|Impact_depth\|Penetration at Wikipedia}} which says,		For simplification it is possible calculate '''impact depth value''' via Newton's formula about impact depth for projectiles at high velocities {{Link\|https://en.wikipedia.org/Impact_depth\|Penetration at Wikipedia}} which says,
	depth will be simply multiple of relative density difference from both objects and lengh of projectile. "For example. 4x denser bullet with length 10mm will penetrate 40mm."		depth will be simply multiple of relative density difference from both objects and lengh of projectile. "For example. 4x denser bullet with length 10mm will penetrate 40mm."

Lou Montana: Text replacement - "\[https?\:\/\/en\.wikipedia\.org\/wiki\/([^ ]+) (.+)\]" to "{{Wikipedia|$1|$2}}"

2021-05-30T14:57:06Z

Text replacement - "\[https?\:\/\/en\.wikipedia\.org\/wiki\/([^ ]+) (.+)\]" to "{{Wikipedia|$1|$2}}"

← Older revision		Revision as of 16:57, 30 May 2021
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	If the speed is distinctively lower then it will not cause wounds anymore.		If the speed is distinctively lower then it will not cause wounds anymore.

	For simplification it is possible calculate '''impact depth value''' via Newton's formula about impact depth for projectiles at high velocities ~~[http://en.wikipedia.org/wiki/~~Impact_depth Penetration at Wikipedia] which says,		For simplification it is possible calculate '''impact depth value''' via Newton's formula about impact depth for projectiles at high velocities {{Wikipedia\|Impact_depth\|Penetration at Wikipedia}} which says,
	depth will be simply multiple of relative density difference from both objects and lengh of projectile. "For example. 4x denser bullet with length 10mm will penetrate 40mm."		depth will be simply multiple of relative density difference from both objects and lengh of projectile. "For example. 4x denser bullet with length 10mm will penetrate 40mm."

Lou Montana: Text replacement - "^ " to ""

2021-01-31T19:30:27Z

Text replacement - "^ " to ""

← Older revision		Revision as of 21:30, 31 January 2021
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	=== Actual engine state ===		=== Actual engine state ===

Lou Montana: Text replacement - " (={2,})([^ = ])(.)([^ = ])(={2,}) " to " $1 $2$3$4 $5 "

2021-01-31T17:32:21Z

Text replacement - " (={2,})([^ = ])(.*)([^ = ])(={2,}) * " to " $1 $2$3$4 $5 "

← Older revision		Revision as of 19:32, 31 January 2021
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	===Actual engine state===		=== Actual engine state ===

	Bullets from rifles and also machine-guns have set inside config mostly speed 900 m/s.		Bullets from rifles and also machine-guns have set inside config mostly speed 900 m/s.

R3vo: Text replacement - " it's" to " it is"

2020-09-07T16:39:04Z

Text replacement - " it's" to " it is"

← Older revision		Revision as of 18:39, 7 September 2020
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	If the speed is distinctively lower then it will not cause wounds anymore.		If the speed is distinctively lower then it will not cause wounds anymore.

	For simplification it's possible calculate '''impact depth value''' via Newton's formula about impact depth for projectiles at high velocities [http://en.wikipedia.org/wiki/Impact_depth Penetration at Wikipedia] which says,		For simplification it is possible calculate '''impact depth value''' via Newton's formula about impact depth for projectiles at high velocities [http://en.wikipedia.org/wiki/Impact_depth Penetration at Wikipedia] which says,
	depth will be simply multiple of relative density difference from both objects and lengh of projectile. "For example. 4x denser bullet with length 10mm will penetrate 40mm."		depth will be simply multiple of relative density difference from both objects and lengh of projectile. "For example. 4x denser bullet with length 10mm will penetrate 40mm."

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	This value determine how many millimeters flies bullet with speed 1000m/s fired from rifle before it stops. For setting this value we consider average bullet to be standard 7.62 NATO munition.		This value determine how many millimeters flies bullet with speed 1000m/s fired from rifle before it stops. For setting this value we consider average bullet to be standard 7.62 NATO munition.

	By this it's possible very roughly estimate penetration for chosen average caliber.		By this it is possible very roughly estimate penetration for chosen average caliber.

	3cm bullet with density 8 g/cm3		3cm bullet with density 8 g/cm3

Lou Montana: Text replacement - "Category:Arma 2: Editing" to "{{GameCategory|arma2|Editing}}"

2020-07-27T22:40:20Z

Text replacement - "Category:Arma 2: Editing" to "{{GameCategory|arma2|Editing}}"

← Older revision		Revision as of 00:40, 28 July 2020
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	* if the thickenss is bigger than volume of the component, volume is used		* if the thickenss is bigger than volume of the component, volume is used

	~~[[Category:Arma 2:~~ Editing]]		{{GameCategory\|arma2\|Editing}}

Lou Montana: Text replacement - "[[Category:ArmA 2: Editing" to "[[Category:Arma 2: Editing"

2020-03-12T22:24:58Z

Text replacement - "[[Category:ArmA 2: Editing" to "[[Category:Arma 2: Editing"

← Older revision		Revision as of 00:24, 13 March 2020
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	* if the thickenss is bigger than volume of the component, volume is used		* if the thickenss is bigger than volume of the component, volume is used

	[[Category:~~ArmA~~ 2: Editing]]		[[Category:Arma 2: Editing]]

Dwarden: Text replace - "{{enHeader}}" to ""

2011-11-28T18:33:58Z

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← Older revision		Revision as of 20:33, 28 November 2011
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	~~{{enHeader}}~~

	===Actual engine state===		===Actual engine state===

Dwarden at 10:51, 11 August 2010

2010-08-11T10:51:00Z

← Older revision		Revision as of 12:51, 11 August 2010
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	It's needed to count that engine till this time counts all components as absolutely homogeneous and theirs volume on models is very often bigger than real material thickness visible ingame on the model.		It's needed to count that engine till this time counts all components as absolutely homogeneous and theirs volume on models is very often bigger than real material thickness visible ingame on the model.
	Parameter thickness, which is possible to find in some *.bisurf files started to work since Arrowhead. It defines inhomogeneous component.		Parameter '''thickness''', which is possible to find in some *.bisurf files started to work since Arrowhead. It defines inhomogeneous component.
	Plus to keep backward compatibility, arrowhead started to use alternate definition in bulletPenetrabilityWithThickness parameter.		Plus to keep backward compatibility, arrowhead started to use alternate definition in '''bulletPenetrabilityWithThickness''' parameter.
	* only first face hit in the component shape is calculated (just one surface)		* only first face hit in the component shape is calculated (just one surface)
	* thickeness <= 0, component is homogenous		* thickeness <= 0, component is homogenous