7. Input types

Detailed Description

Input types

Modules
	class GameControllerLayout
	Data of layouts for known controllers.

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Class Documentation

game_abs_pointer_event

struct game_abs_pointer_event

Class Members
bool	pressed
float	x
float	y

game_accelerometer_event

struct game_accelerometer_event

Class Members
float	x
float	y
float	z

game_analog_button_event

struct game_analog_button_event

Class Members
float	magnitude

game_analog_stick_event

struct game_analog_stick_event

Class Members
float	x
float	y

game_axis_event

struct game_axis_event

Class Members
float	position

game_digital_button_event

struct game_digital_button_event

Class Members
bool	pressed

game_input_device

struct game_input_device

Device that can provide input.

Class Members
const char *	controller_id	ID used in the Kodi controller API.
const char *	port_address
struct game_input_port *	available_ports
unsigned int	port_count

game_input_event

struct game_input_event

Class Members
GAME_INPUT_EVENT_SOURCE	type
const char *	controller_id
GAME_PORT_TYPE	port_type
const char *	port_address
const char *	feature_name
union game_input_event	__unnamed__

game_input_event.__unnamed7__

union game_input_event.__unnamed7__

Class Members
struct game_digital_button_event	digital_button
struct game_analog_button_event	analog_button
struct game_axis_event	axis
struct game_analog_stick_event	analog_stick
struct game_accelerometer_event	accelerometer
struct game_key_event	key
struct game_rel_pointer_event	rel_pointer
struct game_abs_pointer_event	abs_pointer
struct game_motor_event	motor

game_input_port

struct game_input_port

Port that can provide input.

Ports can accept multiple devices and devices can have multiple ports, so the topology of possible configurations is a tree structure of alternating port and device nodes.

Class Members
GAME_PORT_TYPE	type
const char *	port_id	Required for GAME_PORT_CONTROLLER type.
game_input_device *	accepted_devices
unsigned int	device_count

game_input_topology

struct game_input_topology

The input topology is the possible ways to connect input devices.

This represents the logical topology, which is the possible connections that the game client's logic can handle. It is strictly a subset of the physical topology. Loops are not allowed.

Class Members
game_input_port *	ports	The list of ports on the virtual game console.
unsigned int	port_count	The number of ports.
int	player_limit	A limit on the number of input-providing devices, or -1 for no limit.

game_key_event

struct game_key_event

Class Members
bool	pressed
uint32_t	unicode	If the keypress generates a printing character. The unicode value contains the character generated. If the key is a non-printing character, e.g. a function or arrow key, the unicode value is zero.
GAME_KEY_MOD	modifiers

game_motor_event

struct game_motor_event

Class Members
float	magnitude

game_rel_pointer_event

struct game_rel_pointer_event

Class Members
int	x
int	y

Enumeration Type Documentation

GAME_PORT_TYPE

enum GAME_PORT_TYPE

Type of port on the virtual game console.

Enumerator
GAME_PORT_UNKNOWN	Game port unknown.
GAME_PORT_KEYBOARD	Game port Keyboard.
GAME_PORT_MOUSE	Game port mouse.
GAME_PORT_CONTROLLER	Game port controller.