Library for googly eyes
Eyes.h
- Committer:
- electromotivated
- Date:
- 2015-12-15
- Revision:
- 0:06df44729143
- Child:
- 1:0791bb5735b4
File content as of revision 0:06df44729143:
/* Library for the 4DGL uLCD-144-G2 LCD Display that Makes and Contols Eyes. TODO: Allow user to define eye color, size, etc. Allow user to adjust serial baudrate, etc. */ #ifndef EYES_H #define EYES_H #include "mbed.h" #include "uLCD_4DGL.h" #include "Timeout.h" class Eyes{ public: enum EXPRESSION{NORMAL, SUPRISED, SCARED, ANGRY}; enum DIRECTION{U = 270, D = 90, L = 0, R = 180, C, UL= 315, UR= 225,DL= 45, DR = 135}; enum GESTURE{BLINK, CLOSE}; typedef struct{int x; int y;}Coord_t; /* Constructor for Eyes Objects */ Eyes(PinName tx, PinName rx, PinName reset); /* Change the active direction eyes look. @param direction The direction to look */ void look(DIRECTION direction); /* Display a gesture. BLINK is random ~100 to ~400ms. For user defined blink duration call CLOSE, then draw() some user defined time later. NOTE: Some gestures use a timer interrupt to make a callback to complete a gesture, such as BLINK. Although this should be ok, as the draw method is called on the interrupt and simply redraws eyes with current setting, the user should be aware if they are getting some weird side effects. @param gesture The gesture to display */ void gesture(GESTURE gesture); /* Draw eyes conveying given expression (keeps current look direction) @param expression The expression of the eyes */ void express(EXPRESSION expression); /* Draw Eyes. Uses the currently active direction and expression. Call this after calling express() and or look() methods, this allows greater flexibility to user and reduces calls to draw as user can set both expression and direction and make a single call to draw. */ void draw(); private: uLCD_4DGL lcd; // serial tx, serial rx, reset pin; Timeout callback_timer; EXPRESSION active_expression; DIRECTION active_direction; /*TODO: Make these user defined*/ int eye_radius; int iris_radius; int pupil_radius; /******************************/ Coord_t right_eye_center; Coord_t left_eye_center; Coord_t eye_direction_offset; // Updated by look direction // Used to apply an offset to // iris and pupils to make // eyes look in a direction }; #endif