doxygen/html/calibrate_8h_source.html

 #ifndef _CALIBRATE_H_
 #define _CALIBRATE_H_

 /* calibrate.c */
 MEMSPACE int tft_check_calibrated ( window *win );
 MEMSPACE int tft_touch_calibrate ( window *win );
 MEMSPACE int tft_touch_map ( window *win , int16_t *X , int16_t *Y );
 MEMSPACE int tft_map_test ( window *win , int points );
 MEMSPACE int tft_touch_xy_raw ( window *win , uint16_t *X , uint16_t *Y );
 MEMSPACE int tft_touch_xy ( window *win , uint16_t *X , uint16_t *Y );
 MEMSPACE int tft_touch_key ( window *win , uint16_t *X , uint16_t *Y );

 #endif // _CALIBRATE_H_


tft_touch_map
MEMSPACE int tft_touch_map(window *win, int16_t *X, int16_t *Y)

uint16_t
unsigned short uint16_t
Definition: send.c:18

X
Cordic_T X
Main Cordic routine - used for basic trig and vector rotations We use fixed point numbers...
Definition: cordic.c:102

Y
Cordic_T Y
Definition: cordic.c:102

tft_touch_xy_raw
MEMSPACE int tft_touch_xy_raw(window *win, uint16_t *X, uint16_t *Y)

tft_check_calibrated
MEMSPACE int tft_check_calibrated(window *win)

tft_map_test
MEMSPACE int tft_map_test(window *win, int points)

MEMSPACE
#define MEMSPACE
Definition: cpu.h:25

tft_touch_xy
MEMSPACE int tft_touch_xy(window *win, uint16_t *X, uint16_t *Y)

window
Definition: ili9341.h:34

tft_touch_key
MEMSPACE int tft_touch_key(window *win, uint16_t *X, uint16_t *Y)

tft_touch_calibrate
MEMSPACE int tft_touch_calibrate(window *win)