Input.h File Reference

Buttons and frame pacing: the Arduboy-flavoured front of the CHGame board. More...

#include <stdint.h>

Go to the source code of this file.

Classes
class	CHGame
	The board's buttons and frame clock. There is one, chgame. More...

Macros
#define	A_BUTTON   (1u << 0)
	The A button (PB1).
#define	B_BUTTON   (1u << 1)
	The B button (PB6).
#define	UP_BUTTON   (1u << 2)
	D-pad up (PB4).
#define	DOWN_BUTTON   (1u << 3)
	D-pad down (PC14).
#define	LEFT_BUTTON   (1u << 4)
	D-pad left (PB3).
#define	RIGHT_BUTTON   (1u << 5)
	D-pad right (PC15).
#define	START_BUTTON   (1u << 6)
	START (PB8). Held 3 s, it leaves for the menu (CHGame::startExits).
#define	SELECT_BUTTON   (1u << 7)
	SELECT (PB7).

Functions
uint8_t	chgame_readButtons ()
	Read the buttons straight from the hardware.
void	chgame_exitToMenu ()
	Leave the game for the bootloader's game menu.

Variables
CHGame	chgame
	The one instance: chgame.boot(), chgame.pressed() ...

Detailed Description

Buttons and frame pacing: the Arduboy-flavoured front of the CHGame board.

Started from the helper shared by CHSpriteView/CHMultiSprite/CHStlView and reworked for the casino games, which all used this copy:

• button masks are parenthesised, so ~UP_BUTTON and A|B behave;
• every query reads the state captured by pollButtons(), so a frame sees one consistent snapshot and injected input (debug protocol, simulator) behaves exactly like a real press;
• nextFrame() uses a microsecond accumulator, so 60 fps is 60.0, not the 62.5 that 1000/60 = 16 ms gave;
• a lockstep mode lets the debug protocol step the game frame by frame;
• auto-repeat for held buttons (menus, bet adjust);
• holding START for 3 s leaves for the SD game menu (startExits).