ROT - Revision history

MarkJFox: 20 revisions imported

2025-03-31T20:03:11Z

20 revisions imported

← Older revision	Revision as of 22:03, 31 March 2025
(No difference)

en>Testid123 at 12:47, 17 December 2024

2024-12-17T12:47:55Z

← Older revision		Revision as of 14:47, 17 December 2024
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	\|rp=yes		\|rp=yes
	}}		}}

	== On Infantry/Vehicle/Aircraft/Building Types ==		== On Infantry/Vehicle/Aircraft/Building Types ==
			Determines the Rate Of Turn of this object and/or its turret, if applicable. Bigger number = faster turn.<br>
	Determines the Rate Of Turn of this object and/or its turret, if applicable. Bigger number = faster turn.		ROT=0 seems to have the same effect as the highest values (32767 or 2147483647).<br>
			for [[Red Alert]] ROT=0 This will make [[VehicleTypes]] unable to move. Can only attack and turn the turret slowly.<br>[[File:ROT=0 (Ra1).gif]]<br>
	ROT=0 seems to have the same effect as the highest values (32767 or 2147483647).

	for [[Red Alert]] ROT=0 This will make [[VehicleTypes]] unable to move. Can only attack and turn the turret slowly.

	[[File:ROT=0 (Ra1).gif]]

	==On Projectiles==		==On Projectiles==

	A non-zero value means this projectile can home-in on its target. A value of 0 disables homing behavior and leaves the projectile to fly straight. Note that this method of straight flight is buggy in TS and ever since.		A non-zero value means this projectile can home-in on its target. A value of 0 disables homing behavior and leaves the projectile to fly straight. Note that this method of straight flight is buggy in TS and ever since.

Line 40:		Line 33:

	===Notes===		===Notes===
	* Setting a predefined flight path (via {{f\|Arcing\|yes\|link}} / {{f\|Lobber\|yes\|link}} and similar) will make the game ignore any <tt>ROT</tt> set on the projectile; the flight path determined by the former two tags takes precedence.		* Setting a predefined flight path (via {{f\|Arcing\|yes\|link}} / {{f\|Lobber\|yes\|link}} and similar) will make the game ignore any <tt>ROT</tt> set on the projectile; the flight path determined by the former two tags takes precedence.<br>
			* If the target is destroyed before this projectile can hit, the projectile will simply disappear (in TS) or explode mid-flight.<br>
	* If the target is destroyed before this projectile can hit, the projectile will simply disappear (in TS) or explode mid-flight.		*After many tests, '''ROT''' increasing or decreasing did not have any effect on [[InfantryTypes]].<br>

en>Testid123 at 15:36, 22 July 2024

2024-07-22T15:36:17Z

← Older revision		Revision as of 17:36, 22 July 2024
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	for [[Red Alert]] ROT=0 This will make [[VehicleTypes]] unable to move. Can only attack and turn the turret slowly.		for [[Red Alert]] ROT=0 This will make [[VehicleTypes]] unable to move. Can only attack and turn the turret slowly.

			[[File:ROT=0 (Ra1).gif]]

	==On Projectiles==		==On Projectiles==

en>Testid123 at 15:34, 22 July 2024

2024-07-22T15:34:43Z

← Older revision		Revision as of 17:34, 22 July 2024
Line 19:		Line 19:

	ROT=0 seems to have the same effect as the highest values (32767 or 2147483647).		ROT=0 seems to have the same effect as the highest values (32767 or 2147483647).

			for [[Red Alert]] ROT=0 This will make [[VehicleTypes]] unable to move. Can only attack and turn the turret slowly.

	==On Projectiles==		==On Projectiles==

en>Crimsonum: Correction, and removed redundant information

2022-07-27T19:19:10Z

Correction, and removed redundant information

← Older revision		Revision as of 21:19, 27 July 2022
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	A non-zero value means this projectile can home-in on its target. A value of 0 disables homing behavior and leaves the projectile to fly straight. Note that this method of straight flight is buggy in TS and ever since.		A non-zero value means this projectile can home-in on its target. A value of 0 disables homing behavior and leaves the projectile to fly straight. Note that this method of straight flight is buggy in TS and ever since.

	===ROT=1===		===Special Cases===
	~~ROT 1 appears to be a special case:~~		====ROT=1====
	* A projectile with a ROT of 1 will follow what appears to be a straight line to its target (seen on the Cyborg Commando in [[Tiberian Sun]]). Actually, at extended ranges and low speeds, even projectiles with ROT=1 will adjust their trajectory to accomodate for changes in the target's position, but this is not usually visible. However, projectiles with ROT=1 will have no height deviation from their firing point, unlike missiles with higher ROT, which will fly upwards to hit the target in an arc.		* A projectile with a ROT of 1 will follow what appears to be a straight line to its target (seen on the Cyborg Commando in [[Tiberian Sun]]). Actually, at extended ranges and low speeds, even projectiles with ROT=1 will adjust their trajectory to accomodate for changes in the target's position, but this is not usually visible. However, projectiles with ROT=1 will have no height deviation from their firing point, unlike missiles with higher ROT, which will fly upwards to hit the target in an arc.
	* Setting ROT to 1 appears to make the projectile default to a high acceleration, meaning that it will be fired at a low speed and accelerate as it moves towards its target, though modifying the {{Tt\|Acceleration}} tag can prevent this in order to generate a smoother flight.		* Setting ROT to 1 appears to make the projectile default to a high acceleration, meaning that it will be fired at a low speed and accelerate as it moves towards its target, though modifying the {{Tt\|Acceleration}} tag can prevent this in order to generate a smoother flight.
	** Projectiles with an ROT of 1 are known to act strangely when fired at certain angles or distances. They will sometimes "overshoot" their target and fly on past the map boundaries, but re-enter the map later, hitting their target. Other unusual behaviour has been observed regarding flight characteristics, especially when an ROT of 1 is coupled with <tt>[[AA]]=yes</tt> or <tt>[[Inaccurate]]=yes</tt> / <tt>[[FlakScatter]]=yes</tt>, though this might hold true for all projectiles with a ROT greater than 0 and Inaccurate or FlakScatter (needs testing). The most obscure effects are obtained by firing an inaccurate / flakscattering projectile with an ROT of 1 from aircraft, which will give an extreme form of the "''Circling Missile bug''".		** Projectiles with an ROT of 1 are known to act strangely when fired at certain angles or distances. They will sometimes "overshoot" their target and fly on past the map boundaries, but re-enter the map later, hitting their target. Other unusual behaviour has been observed regarding flight characteristics, especially when an ROT of 1 is coupled with <tt>[[AA]]=yes</tt> or <tt>[[Inaccurate]]=yes</tt> / <tt>[[FlakScatter]]=yes</tt>, though this might hold true for all projectiles with a ROT greater than 0 and Inaccurate or FlakScatter (needs testing). The most obscure effects are obtained by firing an inaccurate / flakscattering projectile with an ROT of 1 from aircraft, which will give an extreme form of the "''Circling Missile bug''".

	===ROT=0===		====ROT=0====
	* On aircraft, a weapon with a projectile with an ROT of 0 will cause the aircraft to fire the weapon in a strafing pattern of single projectiles (ignoring {{Tt\|Burst}} on everything but the first shot) until either the weapon has been fired five times, the target was destroyed, or the unit aborts its attack mission. It will repeat this for every point of {{Tt\|Ammo}} the aircraft carries. This is consistent with the common firing pattern of Bomber aircraft.		On aircraft, a weapon with a projectile with an ROT of 0 will cause the aircraft to fire the weapon in a strafing pattern of single projectiles (ignoring {{Tt\|Burst}} on everything but the first shot) until either the weapon has been fired five times, the target was destroyed, or the unit aborts its attack mission. It will repeat this for every point of {{Tt\|Ammo}} the aircraft carries. This is consistent with the common firing pattern of Bomber aircraft.

			'''Note:''' At least in {{ts}}, this behavior applies to both {{f\|ROT\|0}} and {{f\|ROT\|1}} projectiles. The difference being that {{f\|ROT\|1}} projectiles home in on the target to some extent, while {{f\|ROT\|0}} fall straight to the ground.

	===Notes===		===Notes===
	* Setting a predefined flight path (via {{f\|Arcing\|yes\|link}} / {{f\|Lobber\|yes\|link}} and similar) will make the game ignore any <tt>ROT</tt> set on the projectile; the flight path determined by the former two tags takes precedence.		* Setting a predefined flight path (via {{f\|Arcing\|yes\|link}} / {{f\|Lobber\|yes\|link}} and similar) will make the game ignore any <tt>ROT</tt> set on the projectile; the flight path determined by the former two tags takes precedence.

	~~{{NeedsTesting}}~~		* If the target is destroyed before this projectile can hit, the projectile will simply disappear (in TS) or explode mid-flight.
	* ~~setting {{f\|Ranged\|yes\|link}} forces the projectile to respect the weapon's {{f\|Range\|link}} setting, meaning it can only follow a target so long as~~ the target is ~~within the weapon's range from the location it was fired from. Reaching the limits of~~ this ~~range will cause the~~ projectile ~~to detonate. If "''Ranged=''" is set to "''no''"~~, the projectile will ~~follow its target indefinitely until it is either triggered to detonate~~ (~~by hitting the target, Proxy fuse or maybe some other trigger mechanic that can be coded) or is destroyed (say by Firestorm~~) or ~~the the target is destroyed by other means, which will cause the projectile to instantly detonate (which is true for any homing projectile)~~.

en>McPwny: fixed misinfo about ROT and the TS era hack for aircraft firing paterns

2022-07-26T14:41:31Z

fixed misinfo about ROT and the TS era hack for aircraft firing paterns

← Older revision		Revision as of 16:41, 26 July 2022
Line 27:		Line 27:
	ROT 1 appears to be a special case:		ROT 1 appears to be a special case:
	* A projectile with a ROT of 1 will follow what appears to be a straight line to its target (seen on the Cyborg Commando in [[Tiberian Sun]]). Actually, at extended ranges and low speeds, even projectiles with ROT=1 will adjust their trajectory to accomodate for changes in the target's position, but this is not usually visible. However, projectiles with ROT=1 will have no height deviation from their firing point, unlike missiles with higher ROT, which will fly upwards to hit the target in an arc.		* A projectile with a ROT of 1 will follow what appears to be a straight line to its target (seen on the Cyborg Commando in [[Tiberian Sun]]). Actually, at extended ranges and low speeds, even projectiles with ROT=1 will adjust their trajectory to accomodate for changes in the target's position, but this is not usually visible. However, projectiles with ROT=1 will have no height deviation from their firing point, unlike missiles with higher ROT, which will fly upwards to hit the target in an arc.
	* On aircraft, a weapon with a projectile with an ROT of 1 will cause the aircraft to fire the weapon in a strafing pattern of single projectiles (ignoring {{Tt\|Burst}} on everything but the first shot) until either the weapon has been fired five times, the target was destroyed, or the unit aborts its attack mission. It will repeat this for every point of {{Tt\|Ammo}} the aircraft carries. This is consistent with the common firing pattern of Bomber aircraft.
	* Setting ROT to 1 appears to make the projectile default to a high acceleration, meaning that it will be fired at a low speed and accelerate as it moves towards its target, though modifying the {{Tt\|Acceleration}} tag can prevent this in order to generate a smoother flight.		* Setting ROT to 1 appears to make the projectile default to a high acceleration, meaning that it will be fired at a low speed and accelerate as it moves towards its target, though modifying the {{Tt\|Acceleration}} tag can prevent this in order to generate a smoother flight.
	** Projectiles with an ROT of 1 are known to act strangely when fired at certain angles or distances. They will sometimes "overshoot" their target and fly on past the map boundaries, but re-enter the map later, hitting their target. Other unusual behaviour has been observed regarding flight characteristics, especially when an ROT of 1 is coupled with <tt>[[AA]]=yes</tt> or <tt>[[Inaccurate]]=yes</tt> / <tt>[[FlakScatter]]=yes</tt>, though this might hold true for all projectiles with a ROT greater than 0 and Inaccurate or FlakScatter (needs testing). The most obscure effects are obtained by firing an inaccurate / flakscattering projectile with an ROT of 1 from aircraft, which will give an extreme form of the "''Circling Missile bug''".		** Projectiles with an ROT of 1 are known to act strangely when fired at certain angles or distances. They will sometimes "overshoot" their target and fly on past the map boundaries, but re-enter the map later, hitting their target. Other unusual behaviour has been observed regarding flight characteristics, especially when an ROT of 1 is coupled with <tt>[[AA]]=yes</tt> or <tt>[[Inaccurate]]=yes</tt> / <tt>[[FlakScatter]]=yes</tt>, though this might hold true for all projectiles with a ROT greater than 0 and Inaccurate or FlakScatter (needs testing). The most obscure effects are obtained by firing an inaccurate / flakscattering projectile with an ROT of 1 from aircraft, which will give an extreme form of the "''Circling Missile bug''".

			===ROT=0===
			* On aircraft, a weapon with a projectile with an ROT of 0 will cause the aircraft to fire the weapon in a strafing pattern of single projectiles (ignoring {{Tt\|Burst}} on everything but the first shot) until either the weapon has been fired five times, the target was destroyed, or the unit aborts its attack mission. It will repeat this for every point of {{Tt\|Ammo}} the aircraft carries. This is consistent with the common firing pattern of Bomber aircraft.

	===Notes===		===Notes===

en>TAK02: ROT=0 works

2020-10-23T11:15:44Z

ROT=0 works

← Older revision		Revision as of 13:15, 23 October 2020
Line 17:		Line 17:

	Determines the Rate Of Turn of this object and/or its turret, if applicable. Bigger number = faster turn.		Determines the Rate Of Turn of this object and/or its turret, if applicable. Bigger number = faster turn.

			ROT=0 seems to have the same effect as the highest values (32767 or 2147483647).

	==On Projectiles==		==On Projectiles==

en>Millefeuille at 13:29, 20 December 2015

2015-12-20T13:29:12Z

← Older revision		Revision as of 15:29, 20 December 2015
Line 18:		Line 18:
	Determines the Rate Of Turn of this object and/or its turret, if applicable. Bigger number = faster turn.		Determines the Rate Of Turn of this object and/or its turret, if applicable. Bigger number = faster turn.

	== On Projectiles ==		==On Projectiles==

	A non-zero value means this projectile can home-in on its target. A value of 0 disables homing behavior and leaves the projectile to fly straight. Note that this method of straight flight is buggy in TS and ever since.		A non-zero value means this projectile can home-in on its target. A value of 0 disables homing behavior and leaves the projectile to fly straight. Note that this method of straight flight is buggy in TS and ever since.

	* ROT 1 appears to be a special case:		===ROT=1===
	** On aircraft, a projectile with an ROT of 1 will~~, for each unit of ammo~~ the aircraft ~~carries,~~ fire the weapon in a strafing pattern of single projectiles (ignoring {{Tt\|Burst}}) until either the weapon has been fired five times, the target was destroyed, or the unit aborts its attack mission.		ROT 1 appears to be a special case:
	** On other objects, a projectile with ~~a ROT~~ of ~~1 will be fired in a straight line on their target (seen on the Cyborg Commando in [[Tiberian Sun]])~~.		* A projectile with a ROT of 1 will follow what appears to be a straight line to its target (seen on the Cyborg Commando in [[Tiberian Sun]]). Actually, at extended ranges and low speeds, even projectiles with ROT=1 will adjust their trajectory to accomodate for changes in the target's position, but this is not usually visible. However, projectiles with ROT=1 will have no height deviation from their firing point, unlike missiles with higher ROT, which will fly upwards to hit the target in an arc.
	** Setting ROT to 1 appears to make the projectile default to a high acceleration, meaning that it will be fired at a low speed and accelerate as it moves towards its target, though modifying the {{Tt\|Acceleration}} tag can prevent this in order to generate a smoother flight.		* On aircraft, a weapon with a projectile with an ROT of 1 will cause the aircraft to fire the weapon in a strafing pattern of single projectiles (ignoring {{Tt\|Burst}} on everything but the first shot) until either the weapon has been fired five times, the target was destroyed, or the unit aborts its attack mission. It will repeat this for every point of {{Tt\|Ammo}} the aircraft carries. This is consistent with the common firing pattern of Bomber aircraft.
			* Setting ROT to 1 appears to make the projectile default to a high acceleration, meaning that it will be fired at a low speed and accelerate as it moves towards its target, though modifying the {{Tt\|Acceleration}} tag can prevent this in order to generate a smoother flight.
	** Projectiles with an ROT of 1 are known to act strangely when fired at certain angles or distances. They will sometimes "overshoot" their target and fly on past the map boundaries, but re-enter the map later, hitting their target. Other unusual behaviour has been observed regarding flight characteristics, especially when an ROT of 1 is coupled with <tt>[[AA]]=yes</tt> or <tt>[[Inaccurate]]=yes</tt> / <tt>[[FlakScatter]]=yes</tt>, though this might hold true for all projectiles with a ROT greater than 0 and Inaccurate or FlakScatter (needs testing). The most obscure effects are obtained by firing an inaccurate / flakscattering projectile with an ROT of 1 from aircraft, which will give an extreme form of the "''Circling Missile bug''".		** Projectiles with an ROT of 1 are known to act strangely when fired at certain angles or distances. They will sometimes "overshoot" their target and fly on past the map boundaries, but re-enter the map later, hitting their target. Other unusual behaviour has been observed regarding flight characteristics, especially when an ROT of 1 is coupled with <tt>[[AA]]=yes</tt> or <tt>[[Inaccurate]]=yes</tt> / <tt>[[FlakScatter]]=yes</tt>, though this might hold true for all projectiles with a ROT greater than 0 and Inaccurate or FlakScatter (needs testing). The most obscure effects are obtained by firing an inaccurate / flakscattering projectile with an ROT of 1 from aircraft, which will give an extreme form of the "''Circling Missile bug''".
	~~<br>~~
	~~Mind that:~~		===Notes===
	* ~~setting~~ a predefined flight path (via {{f\|Arcing\|yes\|link}} / {{f\|Lobber\|yes\|link}} and similar) will make the game ignore any <tt>ROT</tt> set on the projectile; the flight path determined by the former two tags takes precedence.		* Setting a predefined flight path (via {{f\|Arcing\|yes\|link}} / {{f\|Lobber\|yes\|link}} and similar) will make the game ignore any <tt>ROT</tt> set on the projectile; the flight path determined by the former two tags takes precedence.

	{{NeedsTesting}}		{{NeedsTesting}}
	* setting {{f\|Ranged\|yes\|link}} forces the projectile to respect the weapon's {{f\|Range\|link}} setting, meaning it can only follow a target so long as the target is within the weapon's range from the location it was fired from. Reaching the limits of this range will cause the projectile to detonate. If "''Ranged=''" is set to "''no''", the projectile will follow its target indefinitely until it is either triggered to detonate (by hitting the target, Proxy fuse or maybe some other trigger mechanic that can be coded) or is destroyed (say by Firestorm) or the the target is destroyed by other means, which will cause the projectile to instantly detonate (which is true for any homing projectile).		* setting {{f\|Ranged\|yes\|link}} forces the projectile to respect the weapon's {{f\|Range\|link}} setting, meaning it can only follow a target so long as the target is within the weapon's range from the location it was fired from. Reaching the limits of this range will cause the projectile to detonate. If "''Ranged=''" is set to "''no''", the projectile will follow its target indefinitely until it is either triggered to detonate (by hitting the target, Proxy fuse or maybe some other trigger mechanic that can be coded) or is destroyed (say by Firestorm) or the the target is destroyed by other means, which will cause the projectile to instantly detonate (which is true for any homing projectile).

en>NewMillennium: /* On Projectiles */

2011-03-24T11:45:48Z

On Projectiles

← Older revision		Revision as of 13:45, 24 March 2011
Line 23:		Line 23:

	* ROT 1 appears to be a special case:		* ROT 1 appears to be a special case:
	** On aircraft, a projectile with an ROT of 1 will fire the weapon in a strafing pattern of single projectiles (ignoring {{Tt\|Burst}}) until the weapon has been fired five times.		** On aircraft, a projectile with an ROT of 1 will, for each unit of ammo the aircraft carries, fire the weapon in a strafing pattern of single projectiles (ignoring {{Tt\|Burst}}) until either the weapon has been fired five times, the target was destroyed, or the unit aborts its attack mission.
	** On other objects, a projectile with a ROT of 1 will be fired in a straight line on their target (seen on the Cyborg Commando in [[Tiberian Sun]]).		** On other objects, a projectile with a ROT of 1 will be fired in a straight line on their target (seen on the Cyborg Commando in [[Tiberian Sun]]).
	** Setting ROT to 1 appears to make the projectile default to a high acceleration, meaning that it will be fired at a low speed and accelerate as it moves towards its target, though modifying the {{Tt\|Acceleration}} tag can prevent this in order to generate a smoother flight.		** Setting ROT to 1 appears to make the projectile default to a high acceleration, meaning that it will be fired at a low speed and accelerate as it moves towards its target, though modifying the {{Tt\|Acceleration}} tag can prevent this in order to generate a smoother flight.

en>NewMillennium: /* On Projectiles */

2011-03-24T11:39:40Z

On Projectiles

← Older revision		Revision as of 13:39, 24 March 2011
Line 23:		Line 23:

	* ROT 1 appears to be a special case:		* ROT 1 appears to be a special case:
	** On aircraft, a projectile with an ROT of 1 will fire the weapon in a strafing pattern of single projectiles until the ~~target either moves out of range or the aircraft itself flies directly over and past the target regardless of what the weapons burst count is~~.		** On aircraft, a projectile with an ROT of 1 will fire the weapon in a strafing pattern of single projectiles (ignoring {{Tt\|Burst}}) until the weapon has been fired five times.
	** On other objects, a projectile with a ROT of 1 will be fired in a straight line on their target (seen on the Cyborg Commando in [[Tiberian Sun]]).		** On other objects, a projectile with a ROT of 1 will be fired in a straight line on their target (seen on the Cyborg Commando in [[Tiberian Sun]]).
	** Setting ROT to 1 appears to make the projectile default to a high acceleration, meaning that it will be fired at a low speed and accelerate as it moves towards its target, though modifying the {{Tt\|Acceleration}} tag can prevent this in order to generate a ~~smother~~ flight.		** Setting ROT to 1 appears to make the projectile default to a high acceleration, meaning that it will be fired at a low speed and accelerate as it moves towards its target, though modifying the {{Tt\|Acceleration}} tag can prevent this in order to generate a smoother flight.
	** Projectiles with an ROT of 1 are known to act strangely when fired at certain angles or distances. They will sometimes "overshoot" their target and fly on past the map boundaries, but re-enter the map later, hitting their target. Other unusual behaviour has been observed regarding flight characteristics, especially when an ROT of 1 is coupled with <tt>[[AA]]=yes</tt> or <tt>[[Inaccurate]]=yes</tt> / <tt>[[FlakScatter]]=yes</tt>, though this might hold true for all projectiles with a ROT greater than 0 and Inaccurate or FlakScatter (needs testing). The most obscure effects are obtained by firing an inaccurate / flakscattering projectile with an ROT of 1 from aircraft, which will give an extreme form of the "''Circling Missile bug''".		** Projectiles with an ROT of 1 are known to act strangely when fired at certain angles or distances. They will sometimes "overshoot" their target and fly on past the map boundaries, but re-enter the map later, hitting their target. Other unusual behaviour has been observed regarding flight characteristics, especially when an ROT of 1 is coupled with <tt>[[AA]]=yes</tt> or <tt>[[Inaccurate]]=yes</tt> / <tt>[[FlakScatter]]=yes</tt>, though this might hold true for all projectiles with a ROT greater than 0 and Inaccurate or FlakScatter (needs testing). The most obscure effects are obtained by firing an inaccurate / flakscattering projectile with an ROT of 1 from aircraft, which will give an extreme form of the "''Circling Missile bug''".
	<br>		<br>
	Mind that:		Mind that:
	* setting a predefined flight path (via {{f\|Arcing\|yes\|link}} / {{f\|Lobber\|yes\|link}} and similar) ~~ignores~~ the ROT ~~setting~~.		* setting a predefined flight path (via {{f\|Arcing\|yes\|link}} / {{f\|Lobber\|yes\|link}} and similar) will make the game ignore any <tt>ROT</tt> set on the projectile; the flight path determined by the former two tags takes precedence.

	{{NeedsTesting}}		{{NeedsTesting}}
	* setting {{f\|Ranged\|yes\|link}} forces the projectile to respect the weapon's {{f\|Range\|link}} setting, meaning it can only follow a target so long as the target is within the weapon's range from the location it was fired from. Reaching the limits of this range will cause the projectile to detonate. If "''Ranged=''" is set to "''no''", the projectile will follow its target indefinitely until it is either triggered to detonate (by hitting the target, Proxy fuse or maybe some other trigger mechanic that can be coded) or is destroyed (say by Firestorm) or the the target is destroyed by other means, which will cause the projectile to instantly detonate (which is true for any homing projectile).		* setting {{f\|Ranged\|yes\|link}} forces the projectile to respect the weapon's {{f\|Range\|link}} setting, meaning it can only follow a target so long as the target is within the weapon's range from the location it was fired from. Reaching the limits of this range will cause the projectile to detonate. If "''Ranged=''" is set to "''no''", the projectile will follow its target indefinitely until it is either triggered to detonate (by hitting the target, Proxy fuse or maybe some other trigger mechanic that can be coded) or is destroyed (say by Firestorm) or the the target is destroyed by other means, which will cause the projectile to instantly detonate (which is true for any homing projectile).