Crowd simulation - Revision history

Abel Maciel: /* Recommended Reading */

2016-10-21T17:22:32Z

‎Recommended Reading

Abel Maciel at 17:02, 21 October 2016

2016-10-21T17:02:53Z

Abel Maciel: /* Path finding algorithms in crow simulation */

2016-10-21T17:01:36Z

‎Path finding algorithms in crow simulation

Abel Maciel at 17:00, 21 October 2016

2016-10-21T17:00:57Z

Abel Maciel: /* Methods */

2016-10-21T16:55:53Z

‎Methods

Abel Maciel: Created page with "Crowd simulation is the process of simulating the movement of a large number of entities or characters; this technique is now commonly used in 3D computer graphics for film. W..."

2016-10-21T16:54:48Z

Created page with "Crowd simulation is the process of simulating the movement of a large number of entities or characters; this technique is now commonly used in 3D computer graphics for film. W..."

New page

Crowd simulation is the process of simulating the movement of a large number of entities or characters; this technique is now commonly used in 3D computer graphics for film. While simulating crowds, observed human behavior and interactions are taken into account to replicate collective behavior. It is a method of creating virtual cinematography.

The need for crowd simulation arises when a scene calls for more characters than can be practically animated using conventional systems, such as skeletons/bones. Simulating crowds offer the advantages of being cost effective as well as allow for total control of each simulated character or agent.

=Methods=
*[Real-time crowd], E.G: NHL 2017
*[Path finding algorithms in crow simulation

*[[Graph search]]
*[[Potential Field algorithm]] (low computational cost)
*[[combined potential field]]
*[[Flow field pathfinding algorithm]]
*[[Influencec Maps (Pathfinding Algorithm)]]
*Pherormone Gradient, Deposition and difusion;
*Can be a graph, mesh, etc.
*search for video: 'The core meachnics of influence mapping'
*[[Collaborative deffusion (Repenning)]]
*[[Continuum Crowds]] (Popovic et al.)
* [[Functional Crowds]]
Crowds habiting spaces;

← Older revision		Revision as of 17:22, 21 October 2016
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	=Recommended Reading=		=Recommended Reading=
−	~~[https://en.wikipedia.org/wiki/Style_guide Wikipedia MoS]~~

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 The need for crowd simulation arises when a scene calls for more characters than can be practically animated using conventional systems, such as skeletons/bones. Simulating crowds offer the advantages of being cost effective as well as allow for total control of each simulated character or agent.
 =Synonyms=
 Compulsory.Equivalent topics in order of similitude,listed from equivalent to least equivalent. Hyperlinked.
 =Definition=
 Compulsory. An abstract defining the topic and outlining the main ''Propositions'' of the topic.
 =Motivation & Background=

@@ Line 4: / Line 4: @@
 =Methods=
 =Synonyms=
 Compulsory.Equivalent topics in order of similitude,listed from equivalent to least equivalent. Hyperlinked.

← Older revision		Revision as of 17:00, 21 October 2016
Line 17:		Line 17:
	* [[Functional Crowds]]		* [[Functional Crowds]]
	Crowds habiting spaces;		Crowds habiting spaces;
		+	=Synonyms=
		+	Compulsory.Equivalent topics in order of similitude,listed from equivalent to least equivalent. Hyperlinked.
		+	=Definition=
		+	Compulsory. An abstract defining the topic and outlining the main ''Propositions'' of the topic.
		+
		+	=Motivation & Background=
		+	The theoretical framework, reasoning, Intellectual background. Includes detailed '''Characteristics''' and '''Theory'''.
		+
		+	=Structures=
		+	The mechanism depiction of the topic clarifying.
		+
		+	==Principle==
		+	Generality of the method or theory.
		+
		+	==Precision==
		+	Generality of the method or theory.
		+
		+	==Generality==
		+	Generality of the method or theory.
		+
		+	=Application=
		+	==Examples==
		+	=Future Directions=
		+	=Cross-References=
		+	*[[Space Syntax]];
		+
		+	=Recommended Reading=
		+	[https://en.wikipedia.org/wiki/Style_guide Wikipedia MoS]

@@ Line 4: / Line 4: @@
 =Methods=
-*[Real-time crowd], E.G: NHL 2017
+==[[Path finding algorithms in crow simulation]]==
 		*[[Graph search]]
 		*[[Potential Field algorithm]] (low computational cost)