Physics Engine - Revision history

Montario: /* GTA IV */

2013-06-19T16:04:55Z

GTA IV

← Older revision		Revision as of 16:04, 19 June 2013
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	==GTA IV==		==GTA IV==
	[[Grand Theft Auto IV]] uses the [[Rockstar Advanced Game Engine]], which includes a proprietary physics engine, and runs along with the [[Euphoria]] animation engine. Improvements to the physics engine has been vast. The engine still suffers from some anomalies experienced in previous games but they have been dramatically reduced.		[[Grand Theft Auto IV]] uses the [[Rockstar Advanced Game Engine]], which includes a proprietary physics engine, [[Bullet Physics Library\|Bullet]], and runs along with the [[Euphoria]] animation engine. Improvements to the physics engine has been vast. The engine still suffers from some anomalies experienced in previous games but they have been dramatically reduced.

	Most dynamic objects will experience gravity, even if not acted by the environment. Dynamic objects placed above other dynamic objects will travel in tandem. The water has been dramatically improved. When objects land in water, the water will ripple and create a wave in response.		Most dynamic objects will experience gravity, even if not acted by the environment. Dynamic objects placed above other dynamic objects will travel in tandem. The water has been dramatically improved. When objects land in water, the water will ripple and create a wave in response.

GTAJJJ at 09:40, 29 January 2011

2011-01-29T09:40:38Z

← Older revision		Revision as of 09:40, 29 January 2011
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	~~{{expand}}~~
	A '''physics engine''' is an approximate simulation of certain simple physical systems. These includes objects collisions and fluid dynamics.		A '''physics engine''' is an approximate simulation of certain simple physical systems. These includes objects collisions and fluid dynamics.

Spaceeinstein: complete revision, please expand

2010-08-04T16:23:44Z

complete revision, please expand

← Older revision		Revision as of 16:23, 4 August 2010
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			{{expand}}
			A '''physics engine''' is an approximate simulation of certain simple physical systems. These includes objects collisions and fluid dynamics.

			==GTA III — GTA Vice City Stories==
			From GTA III up to GTA Vice City Stories (excluding GTA Advance), their physics engines are most likely similar with very little improvements over the year. The engine is probably built in house since [[Renderware]] was mostly used for models and textures in these GTA games.

			Object collisions were extremely crude. Dynamic objects and vehicles will obey the perceived laws of physics under normal conditions. They can bounce of other objects and slide against other objects. Dynamic objects will not experience gravity unless affected by the environment. If a dynamic object is placed incorrectly above ground, the object can appear to hover above the ground. The collision models were made not to match the model of the object exactly. This caused many anomalies, including the appearance of going through objects, invisible walls, and the appearance of standing on air. Dynamic objects also have problems when colliding at high speeds. This can cause objects to get stuck within other objects or can cause objects to go through other objects entirely.

	~~A '''~~physics ~~engine '''is the primary mechanism for~~ the ~~gameplay~~ of ~~a video game which comprises~~ the ~~algorithms for collision detection, gravity, motion~~, ~~effects of these on~~ the ~~geometry, etcetera. It is responsible for determining~~ the ~~physical aspects~~ of a ~~game~~ and ~~those aspects' effect on~~ the ~~dynamics of the game~~.		The physics of the vehicles has improved with each iteration of the games. In GTA III, the engine fully supports the basic physics of four-wheeled land vehicles and a crude support of airborne vehicles like the [[Dodo]] and the [[Helicopter (GTA III)\|police helicopter]]. GTA Vice City introduced support for two-wheeled motor vehicles and a more proper way to support airborne vehicles.
	==GTA ~~III Era==~~

	~~From~~ [[Grand Theft Auto ~~III~~]] to [[~~Grand Theft Auto: Vice City Stories~~]], ~~the~~ physics ~~were limited due to hardware. Pedestrians would lie on top of vehicles~~, ~~staying in~~ the ~~same position until they fell off, where they would later get up. Every pedestrian and character would use a specific~~ animation ~~for each action~~. ~~Some of these actions were updated~~ to ~~look more realistic (for example, running~~ in ~~San Andreas, and throwing a person out of a car in Liberty City Stories.) San Andreas' physics were a little different than~~ previous games, but they ~~were still prerecorded. Players would often fall in a straight line. However, this was changed in [[Grand Theft Auto IV]], with the series' new RAGE and Euphoria physics system~~.		==GTA IV==
	~~==GTA IV Era==~~		[[Grand Theft Auto IV]] uses the [[Rockstar Advanced Game Engine]], which includes a proprietary physics engine, and runs along with the [[Euphoria]] animation engine. Improvements to the physics engine has been vast. The engine still suffers from some anomalies experienced in previous games but they have been dramatically reduced.

	~~[[Grand Theft Auto IV]] uses~~ the ~~Euphoria engine as its proprietary physics engine~~. This engine uses information on the human muscle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. ~~This engine creates animations that never repeat~~. ~~New animations include [[Niko Bellic\|Niko]] crashing from~~ the ~~windshield of his car,~~ and ~~realistically falling off~~ a ~~bike~~. ~~Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is~~ a ~~lot more~~ realistic. ~~Falling from helicopters and hitting a building on the way down~~ will ~~send the player spinning and spiraling to~~ the ground. As most people may have noticed in the game, animations are created "on the fly", which means that the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash, instead of ~~prerecorded animations~~. ~~Light impacts would push people~~ out of ~~the way, while large, forceful impacts send people hurling several feet in the direction of the crash~~.		Most dynamic objects will experience gravity, even if not acted by the environment. Dynamic objects placed above other dynamic objects will travel in tandem. The water has been dramatically improved. When objects land in water, the water will ripple and create a wave in response.

			The introduction of Euphoria lets characters be able to interact with the environment in a physically realistic way. Dead characters will conform with the environment instead of laying flat. Characters bailing out of vehicles or falling off a building will bounce off objects.
	[[Category:Gameplay]]		[[Category:Gameplay]]
	[[Category:Game Engines]]		[[Category:Game Engines]]

Gta-mysteries: /* GTA IV Era */

2010-07-24T06:37:14Z

GTA IV Era

← Older revision		Revision as of 06:37, 24 July 2010
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	==GTA IV Era==		==GTA IV Era==

	[[Grand Theft Auto IV]] uses the Euphoria engine as its proprietary physics engine. This engine uses information on the human muscle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is a lot more realistic. Falling from helicopters and hitting a building on the way down will send the player spinning and spiraling to the ground. As most people may have noticed in the game, animations are created "on the fly", which means that the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash, instead of prerecorded animations. Light impacts would push people out of the way, while large, forceful impacts send people hurling several feet in the direction of the crash.		[[Grand Theft Auto IV]] uses the Euphoria engine as its proprietary physics engine. This engine uses information on the human muscle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko Bellic\|Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is a lot more realistic. Falling from helicopters and hitting a building on the way down will send the player spinning and spiraling to the ground. As most people may have noticed in the game, animations are created "on the fly", which means that the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash, instead of prerecorded animations. Light impacts would push people out of the way, while large, forceful impacts send people hurling several feet in the direction of the crash.
	[[Category:Gameplay]]		[[Category:Gameplay]]
	[[Category:Game Engines]]		[[Category:Game Engines]]

Gboyers: Adding categories

2010-04-30T09:20:58Z

Adding categories

← Older revision		Revision as of 09:20, 30 April 2010
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	[[Grand Theft Auto IV]] uses the Euphoria engine as its proprietary physics engine. This engine uses information on the human muscle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is a lot more realistic. Falling from helicopters and hitting a building on the way down will send the player spinning and spiraling to the ground. As most people may have noticed in the game, animations are created "on the fly", which means that the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash, instead of prerecorded animations. Light impacts would push people out of the way, while large, forceful impacts send people hurling several feet in the direction of the crash.		[[Grand Theft Auto IV]] uses the Euphoria engine as its proprietary physics engine. This engine uses information on the human muscle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is a lot more realistic. Falling from helicopters and hitting a building on the way down will send the player spinning and spiraling to the ground. As most people may have noticed in the game, animations are created "on the fly", which means that the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash, instead of prerecorded animations. Light impacts would push people out of the way, while large, forceful impacts send people hurling several feet in the direction of the crash.
			[[Category:Gameplay]]
			[[Category:Game Engines]]

gtw>GTA all day at 00:33, 29 April 2010

2010-04-29T00:33:11Z

← Older revision		Revision as of 00:33, 29 April 2010
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	~~{{Cleanup\|Blatant bias towards the GTA IV physics engine - all articles should be written from a neutral perspective.}}~~


	A '''physics engine '''is the primary mechanism for the gameplay of a video game which comprises the algorithms for collision detection, gravity, motion, effects of these on the geometry, etcetera. It is responsible for determining the physical aspects of a game and those aspects' effect on the dynamics of the game.		A '''physics engine '''is the primary mechanism for the gameplay of a video game which comprises the algorithms for collision detection, gravity, motion, effects of these on the geometry, etcetera. It is responsible for determining the physical aspects of a game and those aspects' effect on the dynamics of the game.

gtw>GTA all day at 00:32, 29 April 2010

2010-04-29T00:32:58Z

← Older revision		Revision as of 00:32, 29 April 2010
Line 1:		Line 1:
	{{Cleanup\|Blatant bias towards the GTA IV physics engine - all articles should be written from a neutral perspective.}}		{{Cleanup\|Blatant bias towards the GTA IV physics engine - all articles should be written from a neutral perspective.}}

	A '''physics engine'''is the primary mechanism for the gameplay of a video game which comprises the algorithms for collision detection, gravity, motion, effects of these on the geometry, etcetera. It is responsible for determining the physical aspects of a game and those aspects' effect on the dynamics of the game.		A '''physics engine '''is the primary mechanism for the gameplay of a video game which comprises the algorithms for collision detection, gravity, motion, effects of these on the geometry, etcetera. It is responsible for determining the physical aspects of a game and those aspects' effect on the dynamics of the game.
			==GTA III Era==

	From [[Grand Theft Auto III]] to [[Grand Theft Auto: Vice City Stories]], the physics were ~~unrealistic~~ due to hardware ~~limitations~~. Pedestrians would lie on top of vehicles, staying in the same position until they fell off, where they would later get up. Every pedestrian and character would use a specific animation for each action. Some of these actions were updated to look more realistic (for example, running in San Andreas, and throwing a person out of a car in Liberty City Stories.) ~~The physics in GTA III era were very bland, and GTA SA the physics often had glitches.~~ San Andreas' physics were a little ~~better~~ than previous games, but they were still prerecorded~~. Also physics that involved falling were unrealistic~~. Players would often fall in a straight line. However, this was changed in [[Grand Theft Auto IV]], with the series' new RAGE and Euphoria physics system.		From [[Grand Theft Auto III]] to [[Grand Theft Auto: Vice City Stories]], the physics were limited due to hardware. Pedestrians would lie on top of vehicles, staying in the same position until they fell off, where they would later get up. Every pedestrian and character would use a specific animation for each action. Some of these actions were updated to look more realistic (for example, running in San Andreas, and throwing a person out of a car in Liberty City Stories.) San Andreas' physics were a little different than previous games, but they were still prerecorded. Players would often fall in a straight line. However, this was changed in [[Grand Theft Auto IV]], with the series' new RAGE and Euphoria physics system.
			==GTA IV Era==

	[[Grand Theft Auto IV]] uses the Euphoria engine as its proprietary physics engine. This engine uses information on the human muscle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is a lot more realistic. Falling from helicopters and hitting a building on the way down will send the player spinning and spiraling to the ground. As most people may have noticed in the game, animations are created "on the fly", which means that the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash, instead of prerecorded animations. Light impacts would push people out of the way, while large, forceful impacts send people hurling several feet in the direction of the crash.		[[Grand Theft Auto IV]] uses the Euphoria engine as its proprietary physics engine. This engine uses information on the human muscle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is a lot more realistic. Falling from helicopters and hitting a building on the way down will send the player spinning and spiraling to the ground. As most people may have noticed in the game, animations are created "on the fly", which means that the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash, instead of prerecorded animations. Light impacts would push people out of the way, while large, forceful impacts send people hurling several feet in the direction of the crash.

gtw>Hardrock182: + {{Cleanup}}

2009-12-30T12:51:31Z

+ {{Cleanup}}

← Older revision		Revision as of 12:51, 30 December 2009
Line 1:		Line 1:
	A '''physics engine;'''is the primary mechanism for the gameplay of a video game which comprises the algorithms for collision detection, gravity, motion, effects of these on the geometry, etcetera. It is responsible for determining the physical aspects of a game and those aspects' effect on the dynamics of the game.		{{Cleanup\|Blatant bias towards the GTA IV physics engine - all articles should be written from a neutral perspective.}}

			A '''physics engine'''is the primary mechanism for the gameplay of a video game which comprises the algorithms for collision detection, gravity, motion, effects of these on the geometry, etcetera. It is responsible for determining the physical aspects of a game and those aspects' effect on the dynamics of the game.

	From [[Grand Theft Auto III]] to [[Grand Theft Auto: Vice City Stories]], the physics were unrealistic due to hardware limitations. Pedestrians would lie on top of vehicles, staying in the same position until they fell off, where they would later get up. Every pedestrian and character would use a specific animation for each action. Some of these actions were updated to look more realistic (for example, running in San Andreas, and throwing a person out of a car in Liberty City Stories.) The physics in GTA III era were very bland, and GTA SA the physics often had glitches. San Andreas' physics were a little better than previous games, but they were still prerecorded. Also physics that involved falling were unrealistic. Players would often fall in a straight line. However, this was changed in [[Grand Theft Auto IV]], with the series' new RAGE and Euphoria physics system.		From [[Grand Theft Auto III]] to [[Grand Theft Auto: Vice City Stories]], the physics were unrealistic due to hardware limitations. Pedestrians would lie on top of vehicles, staying in the same position until they fell off, where they would later get up. Every pedestrian and character would use a specific animation for each action. Some of these actions were updated to look more realistic (for example, running in San Andreas, and throwing a person out of a car in Liberty City Stories.) The physics in GTA III era were very bland, and GTA SA the physics often had glitches. San Andreas' physics were a little better than previous games, but they were still prerecorded. Also physics that involved falling were unrealistic. Players would often fall in a straight line. However, this was changed in [[Grand Theft Auto IV]], with the series' new RAGE and Euphoria physics system.

	[[Grand Theft Auto IV]] uses the Euphoria engine as its proprietary physics engine. This engine uses information on the human muscle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is a lot more realistic. Falling from helicopters and hitting a building on the way down will send the player spinning and spiraling to the ground. As most people may have noticed in the game, animations are created "on the fly", which means that the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash, instead of prerecorded animations. Light impacts would push people out of the way, while large, forceful impacts send people hurling several feet in the direction of the crash.		[[Grand Theft Auto IV]] uses the Euphoria engine as its proprietary physics engine. This engine uses information on the human muscle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is a lot more realistic. Falling from helicopters and hitting a building on the way down will send the player spinning and spiraling to the ground. As most people may have noticed in the game, animations are created "on the fly", which means that the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash, instead of prerecorded animations. Light impacts would push people out of the way, while large, forceful impacts send people hurling several feet in the direction of the crash.

gtw>Scrab Crab at 14:55, 27 December 2009

2009-12-27T14:55:07Z

← Older revision		Revision as of 14:55, 27 December 2009
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	A '''physics engine~~&nbsp~~;'''is the primary mechanism for the gameplay of a video game which comprises the algorithms for collision detection, gravity, motion, effects of these on the geometry. etcetera. It is responsible for determining the physical aspects of a game and those aspects' effect on the dynamics of the game.		A '''physics engine;'''is the primary mechanism for the gameplay of a video game which comprises the algorithms for collision detection, gravity, motion, effects of these on the geometry, etcetera. It is responsible for determining the physical aspects of a game and those aspects' effect on the dynamics of the game.

	From [[Grand Theft Auto III]] to [[Grand Theft Auto: Vice City Stories]], the physics were unrealistic due to hardware limitations. Pedestrians would lie on top of vehicles, staying in the same position until they ~~were dragged~~ off, where they would later get up. Every pedestrian and character would use a specific animation for each action. Some of these actions were updated to look more realistic (for example, running in San Andreas, and throwing a person out of a car in Liberty City Stories.) The physics in GTA~~ ~~III era were very bland~~. In~~ GTA~~ ~~SA the physics often had glitches. San Andreas' physics were a little better than previous games~~. But~~ still ~~remained~~ prerecorded ~~and boring~~. Also physics that involved falling were unrealistic. Players would often fall in a straight line. However this was changed in ~~the fourth series of GTA~~ with the series' new RAGE and Euphoria physics' system.		From [[Grand Theft Auto III]] to [[Grand Theft Auto: Vice City Stories]], the physics were unrealistic due to hardware limitations. Pedestrians would lie on top of vehicles, staying in the same position until they fell off, where they would later get up. Every pedestrian and character would use a specific animation for each action. Some of these actions were updated to look more realistic (for example, running in San Andreas, and throwing a person out of a car in Liberty City Stories.) The physics in GTA III era were very bland, and GTA SA the physics often had glitches. San Andreas' physics were a little better than previous games, but they were still prerecorded. Also physics that involved falling were unrealistic. Players would often fall in a straight line. However, this was changed in [[Grand Theft Auto IV]], with the series' new RAGE and Euphoria physics system.

	[[Grand Theft Auto IV]] uses the Euphoria~~ ~~engine~~ ~~as its proprietary physics engine.~~ ~~This~~ ~~engine uses~~ ~~information~~ ~~on the human ~~mucle~~ and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is ~~alot~~ more realistic. Falling from helicopters and hitting a building on the way down will send the player spinning and spiraling to the ground. As most people may have noticed in the game, animations are created "on the fly"~~. Which~~ means ~~instead of prerecorded animations,~~ the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash. Light impacts would push people out of the way, while large, forceful impacts send people hurling several feet in the direction of the crash.		[[Grand Theft Auto IV]] uses the Euphoria engine as its proprietary physics engine. This engine uses information on the human muscle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is a lot more realistic. Falling from helicopters and hitting a building on the way down will send the player spinning and spiraling to the ground. As most people may have noticed in the game, animations are created "on the fly", which means that the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash, instead of prerecorded animations. Light impacts would push people out of the way, while large, forceful impacts send people hurling several feet in the direction of the crash.

	~~{{stub}}~~

gtw>GTA69 at 12:14, 27 December 2009

2009-12-27T12:14:39Z

← Older revision		Revision as of 12:14, 27 December 2009
Line 1:		Line 1:
	A '''physics engine '''is the primary mechanism for the gameplay of a video game which comprises the algorithms for collision detection, gravity, motion, effects of these on the geometry. etcetera. It is responsible for determining the physical aspects of a game and those aspects' effect on the dynamics of the game.		A '''physics engine '''is the primary mechanism for the gameplay of a video game which comprises the algorithms for collision detection, gravity, motion, effects of these on the geometry. etcetera. It is responsible for determining the physical aspects of a game and those aspects' effect on the dynamics of the game.

	From [[Grand Theft Auto III]] to [[Grand Theft Auto: Vice City Stories]], the physics were unrealistic due to hardware limitations. Pedestrians would lie on top of vehicles, staying in the same position until they were dragged off, where they would later get up. Every pedestrian and character would use a specific animation for each action. Some of these actions were updated to look more realistic (for example, running in San Andreas, and throwing a person out of a car in Liberty City Stories.)		From [[Grand Theft Auto III]] to [[Grand Theft Auto: Vice City Stories]], the physics were unrealistic due to hardware limitations. Pedestrians would lie on top of vehicles, staying in the same position until they were dragged off, where they would later get up. Every pedestrian and character would use a specific animation for each action. Some of these actions were updated to look more realistic (for example, running in San Andreas, and throwing a person out of a car in Liberty City Stories.) The physics in GTA III era were very bland. In GTA SA the physics often had glitches. San Andreas' physics were a little better than previous games. But still remained prerecorded and boring. Also physics that involved falling were unrealistic. Players would often fall in a straight line. However this was changed in the fourth series of GTA with the series' new RAGE and Euphoria physics' system.

	[[Grand Theft Auto IV]] uses the Euphoria engine as its proprietary physics engine. This engine uses information on the human mucle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them.		[[Grand Theft Auto IV]] uses the Euphoria engine as its proprietary physics engine. This engine uses information on the human mucle and skeletal systems and the physics of the real world, combined with new software that uses more accurate techniques for collision detection to deliver more realistic movement than regular animations. This engine creates animations that never repeat. New animations include [[Niko]] crashing from the windshield of his car, and realistically falling off a bike. Cars also feel like they have some weight on them. Rather than feeling like gliding on rails. Falling as mentioned above is alot more realistic. Falling from helicopters and hitting a building on the way down will send the player spinning and spiraling to the ground. As most people may have noticed in the game, animations are created "on the fly". Which means instead of prerecorded animations, the players' falls, crashes, and any other impacts depend on speed, angle, and force of the crash. Light impacts would push people out of the way, while large, forceful impacts send people hurling several feet in the direction of the crash.

	{{stub}}		{{stub}}