Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 123]

▼Npk
▼Noptions
CoptionsCereal	The data structure holding all of the options settings
▼Nutilities
CDisplayInfo	Class for storing and managing all game data and states. Game is implemented as a Singleton and also uses the State pattern along with ScreenState subclasses
CAmbientLight	Class for initializing and using OpenGL ambient lighting
CArena
CBullet
CCamera
CCharacterBody	A class representing a Box2D dynamic body with special fixtures and data used to track collisions and respond to them in a way that is appropriate to the game rather than what is correct for the physical simulation
CCharacterController
CCharacterSelectScreen
CDiffuseLight	Class for creating an OpenGL diffuse light
CDrawable	Interface for creating drawable entities. Part of the Decorator pattern for drawable objects used in the game
CDynamicBody	A class wrapper to ease the instantiation and use of Box2D dynamic bodies. It also performs conversions between meters in physics space and pixels in screen space automatically
CFont	A class implemented using the Facade pattern used for loading SDL TTF_Font data
CGame	Class for storing and managing all game data and states. Game is implemented as a Singleton and also uses the State pattern along with ScreenState subclasses
CGameController	Convenience class for abstracting functionality that already exists in SDL
CGhost
CGLDrawable
CGLFrameAnimation
CGLRect	Useful for defining size and origin of an OpenGL object
CGLSprite
CGLStates	Stores the states used to draw OpenGL objects
CGLTexture	Class for creating textures usable with OpenGL from SDL
CGLTransformable	Decorator class for creating easing OpenGL transformations for game objects
CGLTransformData	Transform data for GLTransformable objects. Used by the GLTransformable class internally, but usable in isolation as well
CHUD
CKinematicBody	A class wrapper to ease the instantiation and use of Box2D kinematic bodies. It also performs conversions between meters in physics space and pixels in screen space automatically
CLevelSelectScreen	ScreenState subclass used for the Level Select state
CMaterial	Class for creating an OpenGL material with specular lighting (reflection)
CMesh	Class for building OpenGL generic geometry
CMovingPlaform
COptionsScreen
CRectangleShape	Create a drawable RectangleShape using OpenGL. For more complex OpenGL geometry see the Mesh class
CScreenState	Abstract class for screen states, necessary for implementing the State pattern along with the Game class
CSensorData	A class wrapping some user data for Box2D fixtures. Includes data for number of contacts being made to the sensor and an ID useful for identifying fixtures when a contact triggers a Box2D contact listener event
CShader	Class for supporting OpenGL GLSL shaders
CSprite	Drawable sprite using a Texture as its drawable resource. Part of the Decorator pattern along with the Drawable class
CspriteData	Data necessary for representing the Sprite
CStaticPlatform
CText	Drawable text using a Texture as its drawable resource. Part of the Decorator pattern along with the Drawable class
CtextData	Data necessary for representing the Text
CTexture	A class implemented using the Facade pattern used for loading SDL_Texture data
CThwomp
CTransform	Transform used to manipulate the position, scale, center, and rotation of objects
CtransformData	Data used for transformations
CTriangleShape	Create a drawable TriangleShape using OpenGL. Useful for basic test programs, but not very flexible - it will create only isosceles triangles. For more complex OpenGL geometry see the Mesh class
CWalker
CWindow	Class for SDL window creation and management, implemented using the Facade pattern to provide a more intuitive interface
Cb2ContactListener
CLevelScreen	ScreenState subclass used for the Level state
CMenuScreen	SceenState subclass used for the Menu state
CMovingPlatform	A class for creating a moving platform using a Box2D kinematic body and an OpenGL sprite
CStaticBody	A class wrapper to ease the instantiation and use of Box2D static bodies. It also performs conversions between meters in physics space and pixels in screen space automatically