WeaponScript.Inertia - Revision history

Thexa4 at 20:11, 24 June 2017

2017-06-24T20:11:54Z

← Older revision		Revision as of 20:11, 24 June 2017
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	{{VehicleWeaponCharacteristicsWeapons}}		{{VehicleWeaponCharacteristicsWeapons}}
	==Inertia==		==Inertia==
	{{Note\|This variable ~~only applies to cannons, artillery shells~~ and ~~grenades~~.}}		{{Note\|This variable is obsolete and doesn't work.}}

	Affects how the speed of the vehicle affects the momentum of the projectile. For example, a higher inertia means vehicle speed will affect the trajectory of the projectile, possibly causing it to veer off from a straight line or shoot farther or shorter. Defauls to 0.		Affects how the speed of the vehicle affects the momentum of the projectile. For example, a higher inertia means vehicle speed will affect the trajectory of the projectile, possibly causing it to veer off from a straight line or shoot farther or shorter. Defauls to 0.

Gilmore110j at 14:36, 2 June 2010

2010-06-02T14:36:53Z

← Older revision		Revision as of 14:36, 2 June 2010
Line 5:		Line 5:
	{{Note\|This variable only applies to cannons, artillery shells and grenades.}}		{{Note\|This variable only applies to cannons, artillery shells and grenades.}}

	Affects how the speed of the vehicle affects the momentum of the projectile. For example, a higher inertia means vehicle speed will affect the trajectory of the projectile, possibly causing it to veer off from a straight line or shoot farther or shorter.		Affects how the speed of the vehicle affects the momentum of the projectile. For example, a higher inertia means vehicle speed will affect the trajectory of the projectile, possibly causing it to veer off from a straight line or shoot farther or shorter. Defauls to 0.

Gilmore110j: Created Page.

2010-06-02T14:28:47Z

Created Page.

New page

{{ScriptingDocumentation}}
{{VehicleWeaponCharacteristicsDocumentation}}
{{VehicleWeaponCharacteristicsWeapons}}
==Inertia==
{{Note|This variable only applies to cannons, artillery shells and grenades.}}

Affects how the speed of the vehicle affects the momentum of the projectile. For example, a higher inertia means vehicle speed will affect the trajectory of the projectile, possibly causing it to veer off from a straight line or shoot farther or shorter.