2.  Welke overwegingen komen daar bij kijken?

4.  Multiplatform?  Install base -> potential user base

5.  Interpreted vs. Compiled  Scripted vs. Programmed  Speed  Flash 1  Java 10  C#100

6.  Features  Compatibility  Necessary modifications

8.  Tools  Workflow  Dynamics  Audio  Rendering  Networking  Misc

10.  Interpreted Languages (Scripting languages)

11.  Visual Scripting (kismet, virtools)

12.  UI Design Tools (scaleform)

13.  Terrain Editors

14.  WYSIWYG vs. Compiled/Built

15.  Content Pipeline

16.  Workflow Complexity vs. Feature Necessity

17.  Procedural Placement

18.  Profilers

19.  Tools  Workflow  Dynamics  Audio  Rendering  Networking  Misc

20.  Documentation & Examples  Customer Support

21.  External Tool Support

22.  Version Control Support

23.  Realtime (Online) Collaboration

24.  Tools  Workflow  Dynamics  Audio  Rendering  Networking  Misc

26.  Animation  Physics  AI  Particle Systems

27.  Skeletal Animation

28.  Motion Capture

29.  Inverse Kinematics

30.  Animation  Physics  AI  Particle Systems

31.  Collision Events

32.  Rigidbody

33.  Softbody

34.  Vehicles

35.  Animation Physics

36.  Dynamic Destruction/Deformation

37.  Cloth

38.  Animation  Physics  AI  Particle Systems

39.  Node-Pathing

40.  Mesh-Navigation

41.  Group AI, Crowd Simulation

42.  Conversation System

43.  Complex AI Behaviours  Easily extendable?

44.  Animation  Physics  AI  Particle Systems

45.  Complexity  Types  Plane  Mesh (particle of emission)  Volumetric  Tools  Physics enabled

46.  Tools  Workflow  Dynamics  Audio  Rendering  Networking  Misc

47.  3D sound  Real-time sound-filters/effects  Event Cues  Interactive Music

48.  Tools  Workflow  Dynamics  Audio  Rendering  Networking  Misc

50.  Shading  Post-Processing  HDR  Lighting  Shadowing  Hardware Tesselation  “3D”

51.  Normal Mapping

52.  Parralax/Displacement Mapping

53.  Reflections (local/global)  Cubemap Nodes  Realtime

54.  Layered Texturing

55.  Volumetric Light Beams/Shafts

56.  Caustics

57.  Fog  Volumetric  Distance based  Layered (flat plane)

58.  And many, many, many more, for example:  http://udn.epicgames.com/Three/MaterialExampl es.html http://udn.epicgames.com/Three/MaterialExampl es.html

59.  Shading  Post-Processing  HDR  Lighting  Shadowing  Hardware Tesselation  “3D”

60.  FSAA / MSAA / FXAA

61.  Deferred Rendering (no translucency!)

62.  Depth of Field

63.  (Screen Space) Ambient Occlusion

64.  Color Grading

65.  Shading  Post-Processing  HDR  Lighting  Shadowing  Hardware Tesselation  “3D”

66.  o.a. Iris Simulation

67.  Shading  Post-Processing  HDR  Lighting  Shadowing  Hardware Tesselation  “3D”

68.  Forward vs. Deferred  Combinations

69.  Global Illumination

70.  Image Based Lighting

71.  Raytracing

72.  Shading  Post-Processing  HDR  Lighting  Shadowing  Hardware Tesselation  “3D”

73.  Dynamic Shadows

74.  Hard/Soft Shadows

75.  Projected Shadows

76.  Self-shadowing

79.  Tools  Workflow  Dynamics  Audio  Rendering  Networking  Misc

80.  Local Multiplayer

81.  Networked Multiplayer

82.  Dedicated Servers

83.  Massive Multiplayer (what is this?)

84.  Persistent Worlds vs. Arena Instance

85.  Phasing (dynamic instancing of persistent environments)

86.  Built-in Chat Clients

87.  Asset Streaming

88.  In-Game Cut Scenes  Video Cut Scenes  User Generated Content  Character Customization  User Generated Levels  Multi-core CPU/GPU Support

89.  Multiplatform != Cross-platform  Features per platform  Scalability

90.  Groepjes van 2  Neem een high-level pitch  Niet conventioneel  Bedenk het team dat het gaat maken  Geen perfect fit is meest interessant  Zoek 2 mogelijke (even goede) engines  Research er elk 1, combine and compare  Pro/con, strengths/weaknesses  +- 2 A4 verslag