Library for ELEC2645 Gamepad PCB. University of Leeds
Dependents: Project_MaZe1_copy Labirint Game_Controller_Project 200943373MAZE ... more
Gamepad.h
- Committer:
- eencae
- Date:
- 2017-02-07
- Revision:
- 10:a13d2f9d8a14
- Parent:
- 9:893189072e89
- Child:
- 11:ff86b2ffce01
File content as of revision 10:a13d2f9d8a14:
#ifndef GAMEPAD_H #define GAMEPAD_H #include "mbed.h" #define TOL 0.1f #define RAD2DEG 57.2957795131f /** Enum for direction */ enum Direction { CENTRE, /**< joystick centred */ N, /**< pushed North (0)*/ NE, /**< pushed North-East (45) */ E, /**< pushed East (90) */ SE, /**< pushed South-East (135) */ S, /**< pushed South (180) */ SW, /**< pushed South-West (225) */ W, /**< pushed West (270) */ NW /**< pushed North-West (315) */ }; /** Vector 2D struct */ struct Vector2D { float x; /**< float for x value */ float y; /**< float for y value */ }; /** Polar coordinate struct */ struct Polar { float mag; /**< float for magnitude */ float angle; /**< float for angle (in degrees) */ }; /** Gamepad Class @brief Library for interfacing with ELEC2645 Gamepad PCB, University of Leeds @author Dr Craig A. Evans @date Febraury 2017 */ class Gamepad { public: /** Constructor */ Gamepad(); /** Destructor */ ~Gamepad(); /** Initialise all peripherals and configure interrupts */ void init(); /** Turn all LEDs on */ void leds_on(); /** Turn all LEDs off */ void leds_off(); /** Set all LEDs to duty-cycle *@param value in range 0.0 to 1.0 */ void leds(float val); /** Set LED to duty-cycle *@param value in range 0.0 to 1.0 */ void led1(float val); /** Set LED to duty-cycle *@param value in range 0.0 to 1.0 */ void led2(float val); /** Set LED to duty-cycle *@param value in range 0.0 to 1.0 */ void led3(float val); /** Set LED to duty-cycle *@param value in range 0.0 to 1.0 */ void led4(float val); /** Set LED to duty-cycle *@param value in range 0.0 to 1.0 */ void led5(float val); /** Set LED to duty-cycle *@param value in range 0.0 to 1.0 */ void led6(float val); /** Read potentiometer *@returns potentiometer value in range 0.0 to 1.0 */ float read_pot(); /** Play tone on piezo * @param frequency in Hz * @param duration of tone in seconds */ void tone(float frequency, float duration); /** Check if A button pressed * @returns true if yes, false if no */ bool a_pressed(); /** Check if B button pressed * @returns true if yes, false if no */ bool b_pressed(); /** Check if X button pressed * @returns true if yes, false if no */ bool x_pressed(); /** Check if Y button pressed * @returns true if yes, false if no */ bool y_pressed(); /** Check if L button pressed * @returns true if yes, false if no */ bool l_pressed(); /** Check if R button pressed * @returns true if yes, false if no */ bool r_pressed(); /** Check if Back button pressed * @returns true if yes, false if no */ bool back_pressed(); /** Check if Start button pressed * @returns true if yes, false if no */ bool start_pressed(); /** Check if Joystick button pressed * @returns true if yes, false if no */ bool joystick_pressed(); /** Get magnitude of joystick movement * @returns value in range 0.0 to 1.0 */ float get_mag(); /** Get angle of joystick movement * @returns value in range 0.0 to 359.9. 0.0 corresponds to N, 180.0 to S. -1.0 is central */ float get_angle(); /** Gets joystick direction * @returns an enum: CENTRE, N, NE, E, SE, S, SW, W, NW, */ Direction get_direction(); // N,NE,E,SE etc. /** Gets raw cartesian co-ordinates of joystick * @returns a struct with x,y members, each in the range 0.0 to 1.0 */ Vector2D get_coord(); // cartesian co-ordinates x,y /** Gets cartesian coordinates mapped to circular grid * @returns a struct with x,y members, each in the range 0.0 to 1.0 */ Vector2D get_mapped_coord(); // x,y mapped to circle /** Gets polar coordinates of the joystick * @returns a struct contains mag and angle */ Polar get_polar(); // mag and angle in struct form private: PwmOut *_led1; PwmOut *_led2; PwmOut *_led3; PwmOut *_led4; PwmOut *_led5; PwmOut *_led6; InterruptIn *button_A; InterruptIn *button_B; InterruptIn *button_X; InterruptIn *button_Y; InterruptIn *button_back; InterruptIn *button_start; InterruptIn *button_L; InterruptIn *button_R; InterruptIn *button_joystick; AnalogIn *vert; AnalogIn *horiz; PwmOut *buzzer; AnalogIn *pot; Timeout *timeout; void init_buttons(); void tone_off(); void a_isr(); void b_isr(); void x_isr(); void y_isr(); void l_isr(); void r_isr(); void back_isr(); void start_isr(); void joy_isr(); bool a_flag,b_flag,x_flag,y_flag,l_flag,r_flag,back_flag,start_flag,joy_flag; // centred x,y values float _x0; float _y0; }; #endif