nn::hid::CTR

Description

Namespace for the CTR's HID (Human Interface Device) functionality.
(This can also be written without the ::CTR portion.)

Classes

`nn::hid::CTR::Accelerometer`	Class that contains the resources required for getting sampling data from the accelerometer. Use the `nn::hid::CTR::GetAccelerometer` function to get a reference to a valid instance.
`nn::hid::CTR::AccelerometerReader`	Class for loading sampling data from the accelerometer.
`nn::hid::CTR::DebugPad`	A class that has the resources necessary to get sampling data from the debug pad (a game controller used for debugging). Call `nn::hid::CTR::GetDebugPad` to get a reference to a valid instance.
`nn::hid::CTR::DebugPadReader`	Class for loading sampling data from the game controller used for debugging (the debug pad).
`nn::hid::CTR::Gyroscope`	The class with the resources necessary to get sampling data from the gyro sensor. Use the `nn::hid::CTR::GetGyroscope` function to get a reference to a valid instance of this class.
`nn::hid::CTR::GyroscopeReader`	Class for loading sampling data from the gyro sensor.
`nn::hid::CTR::HidBase`	Base HID class.
`nn::hid::CTR::Pad`	Class that contains the resources required for getting sampling data from the buttons and the Circle Pad. Use the `nn::hid::CTR::GetPad` function to get a reference to a valid instance.
`nn::hid::CTR::PadReader`	Class for loading sampling data from the game pad (which consists of the buttons and the Circle Pad).
`nn::hid::CTR::TouchPanel`	Class that contains the resources required for getting sampling data from the Touch Screen. Use the `nn::hid::CTR::GetTouchPanel` function to get a reference to a valid instance.
`nn::hid::CTR::TouchPanelReader`	Class for loading sampling data from the Touch Screen.

Structures

`nn::hid::CTR::AnalogStickStatus`	Structure used to store sampling data from the Circle Pad.
`nn::hid::CTR::PadStatus`	Structure used to store sampling data from the buttons and the Circle Pad.
`nn::hid::CTR::TouchPanelStatus`	Structure used to store sampling data from the Touch Screen.
`nn::hid::CTR::AccelerometerStatus`	Structure used to store sampling data from the accelerometer.
`nn::hid::CTR::AccelerationFloat`	Structure used to store the acceleration (in g's) from the accelerometer.
`nn::hid::CTR::Direction`	Structure storing the 3D attitude.
`nn::hid::CTR::GyroscopeStatus`	Structure for storing the gyro information.
`nn::hid::CTR::DebugPadStatus`	Structure used to store sampling data from the buttons and Circle Pad on the debug pad.

Enumerated Types

	`ZeroDriftMode`	Enumerated type for setting the strength of the correction for zero-point drift.

Constants

	`MAX_OF_ACCELEROMETER_VALUE`	Absolute value of the maximum value that the accelerometer can detect.
	`ACCELEROMETER_VALUE_PER_1G`	Accelerometer value equivalent to 1 g of acceleration.
	`MAX_OF_ACCELEROMETER_PLAY`	Maximum value for the play range of the accelerometer.
	`MAX_OF_ACCELEROMETER_SENSITIVITY`	Maximum value for the accelerometer sensitivity.
	`BUTTON_A`	A Button.
	`BUTTON_B`	B Button.
	`BUTTON_START`	START Button
	`BUTTON_RIGHT`	Right on the +Control Pad.
	`BUTTON_LEFT`	Left on the +Control Pad.
	`BUTTON_UP`	Up on the +Control Pad.
	`BUTTON_DOWN`	Down on the +Control Pad.
	`BUTTON_R`	R Button.
	`BUTTON_L`	L Button.
	`BUTTON_X`	X Button.
	`BUTTON_Y`	Y Button.
	`BUTTON_DEBUG`	DEBUG Button.
	`BUTTON_EMULATION_RIGHT`	Right on the emulated +Control Pad, using the Circle Pad input.
	`BUTTON_EMULATION_LEFT`	Left on the emulated +Control Pad, using the Circle Pad input.
	`BUTTON_EMULATION_UP`	Up on the emulated +Control Pad, using the Circle Pad input.
	`BUTTON_EMULATION_DOWN`	Down on the emulated +Control Pad, using the Circle Pad input.
	`BUTTON_MASK`	Input mask that includes everything other than the +Control Pad (the +Control Pad includes emulation).
	`PLUS_BUTTON_MASK`	Input mask for the +Control Pad (excluding emulation).
	`PLUS_BUTTON_EMULATION_MASK`	Input mask for +Control Pad emulation.
	`ALL_MASK`	All input.
	`DEBUG_PAD_BUTTON_UP`	Up on the +Control Pad of the debug pad.
	`DEBUG_PAD_BUTTON_LEFT`	Left on the +Control Pad of the debug pad.
	`DEBUG_PAD_TRIGGER_ZR`	The ZR Button on the debug pad.
	`DEBUG_PAD_BUTTON_X`	The X Button on the debug pad.
	`DEBUG_PAD_BUTTON_A`	The A Button on the debug pad.
	`DEBUG_PAD_BUTTON_Y`	The Y Button on the debug pad.
	`DEBUG_PAD_BUTTON_B`	The B Button on the debug pad.
	`DEBUG_PAD_TRIGGER_ZL`	The ZL Button on the debug pad.
	`DEBUG_PAD_TRIGGER_R`	The R Button on the debug pad.
	`DEBUG_PAD_BUTTON_PLUS`	The + Button on the debug pad.
	`DEBUG_PAD_BUTTON_HOME`	The HOME Button on the debug pad.
	`DEBUG_PAD_BUTTON_MINUS`	The - Button on the debug pad.
	`DEBUG_PAD_TRIGGER_L`	The L Button on the debug pad.
	`DEBUG_PAD_BUTTON_DOWN`	Down on the +Control Pad of the debug pad.
	`DEBUG_PAD_BUTTON_RIGHT`	Right on the +Control Pad of the debug pad.
	`MIN_OF_STICK_CLAMP_MODE_CIRCLE`	The minimum play that is appropriate for circular clamping of the Circle Pad.
	`MIN_OF_STICK_CLAMP_MODE_CROSS`	The minimum play that is appropriate for cross-shaped (+Control Pad-shaped) clamping of the Circle Pad.
	`LIMIT_OF_STICK_CLAMP_MAX`	Maximum value for Circle Pad clamping.

Functions

Initialize/Finalize
	`Initialize`	Initializes the HID library and enables loading of the sampling data.
	`Finalize`	Terminates the HID library.
Other
	`GetPad`	Gets a reference to an instance of the `Pad` class.
	`GetTouchPanel`	Gets a reference to an instance of the `TouchPanel` class.
	`GetAccelerometer`	Gets a reference to an instance of the `Accelerometer` class.
	`GetGyroscope`	Gets a reference to an instance of the `Gyroscope` class.
	`GetDebugPad`	Gets a reference to an instance of the `DebugPad` class.

`nn::hid::CTR` Namespace

Description

Classes

Structures

Enumerated Types

Constants

Functions

Revision History

nn::hid::CTR Namespace

Description

Classes

Structures

Enumerated Types

Constants

Functions

Revision History

`nn::hid::CTR` Namespace