Where the engine gets implemented. More...
#include <gameEngine.h>
Inheritance diagram for Archimedes:
Public Member Functions | |
| Archimedes (Uint32 flags, const char *title, int x, int y, int w, int h) | |
| virtual void | runGameLoop () |
| void | stopGameLoop () |
| Quits the game. | |
| bool | loadTiles (std::vector< Tile * > &tileMap, const std::vector< int > &levelInfo, std::map< std::pair< int, int >, TileType > &coordinateToTileTypeMap, std::map< std::pair< int, int >, std::string > &coordinateToEventTypeMap, int TILE_COUNT, int TYPE_COUNT, int TILE_LENGTH) |
| loads tiles into tileMap. Additionally we have it loading coordinates and event maps. | |
| bool | loadImageAssets (SDL_Renderer *renderer, std::unordered_map< TextureWrapper *, std::string > textureFilePaths) |
| Loads the image assets. | |
| bool | clipSheet (int ROWS, int COLS, int BLOCK_LENGTH, int BLOCK_HEIGHT, int TYPE_COUNT, std::vector< SDL_Rect > &sheetClipped) |
| Given the sheet specs, will clip the sheet into SDL rectangles. | |
| SDL_Window * | getWindow () const |
| the public method to access the window object pointer | |
| SDL_Renderer * | getRenderer () const |
| the public method to access the renderer object pointer | |
| std::vector< int > | convertMapToVector (std::string pathName) |
| Takes in a .map file and parses it into a vector in the format that we need it. It's an intermediate step to account for variable size maps. | |
| bool | getQuit () const |
| int | getWidth () const |
| int | getHeight () const |
| void | setToQuit () |
Detailed Description
Where the engine gets implemented.
Member Function Documentation
◆ clipSheet()
| bool Archimedes::clipSheet | ( | int | ROWS, |
| int | COLS, | ||
| int | BLOCK_LENGTH, | ||
| int | BLOCK_HEIGHT, | ||
| int | TYPE_COUNT, | ||
| std::vector< SDL_Rect > & | sheetClipped | ||
| ) |
Given the sheet specs, will clip the sheet into SDL rectangles.
- Parameters
-
ROWS COLS BLOCK_LENGTH BLOCK_HEIGHT TYPE_COUNT sheetClipped
- Returns
◆ convertMapToVector()
| std::vector< int > Archimedes::convertMapToVector | ( | std::string | pathName | ) |
Takes in a .map file and parses it into a vector in the format that we need it. It's an intermediate step to account for variable size maps.
- Parameters
-
pathName
- Returns
◆ getRenderer()
| SDL_Renderer * Archimedes::getRenderer | ( | ) | const |
the public method to access the renderer object pointer
- Returns
- pointer to the engine's SDL_Renderer instance
◆ getWindow()
| SDL_Window * Archimedes::getWindow | ( | ) | const |
the public method to access the window object pointer
- Returns
- pointer to the engine's SDL_Window instance
◆ loadImageAssets()
| bool Archimedes::loadImageAssets | ( | SDL_Renderer * | renderer, |
| std::unordered_map< TextureWrapper *, std::string > | textureFilePaths | ||
| ) |
Loads the image assets.
- Parameters
-
renderer textureFilePaths
- Returns
- bool of success or failure
◆ loadTiles()
| bool Archimedes::loadTiles | ( | std::vector< Tile * > & | tileMap, |
| const std::vector< int > & | levelInfo, | ||
| std::map< std::pair< int, int >, TileType > & | coordinateToTileTypeMap, | ||
| std::map< std::pair< int, int >, std::string > & | coordinateToEventTypeMap, | ||
| int | TILE_COUNT, | ||
| int | TYPE_COUNT, | ||
| int | TILE_LENGTH | ||
| ) |
loads tiles into tileMap. Additionally we have it loading coordinates and event maps.
- Parameters
-
tileMap coordinateToTileTypeMap coordinateToEventTypeMap TILE_COUNT TYPE_COUNT TILE_LENGTH
- Returns
◆ runGameLoop()
|
virtual |
Reimplemented in DashDaCapo.
The documentation for this class was generated from the following file:
- include/gameEngine.h
