static void do_calibration_da9052(int do_calib)
{
int i, x, y;
int dx[3], dy[3];
int tx[3], ty[3];
int delta, delta_x[3], delta_y[3];
struct input_absinfo absX, absY;
if (do_calib) {
/* calculate the expected point */
x = info.xres / 4;
y = info.yres / 4;
dx[0] = x;
dy[0] = info.yres / 2;
dx[1] = info.xres / 2;
dy[1] = y;
dx[2] = info.xres - x;
dy[2] = info.yres - y;
for (i = 0; i < 3; i ++) {
draw_cross(dx[i], dy[i], 0);
get_input(&tx[i], &ty[i]);
log_write("Received x,y -> Expected x,y\n");
log_write("%d,%d -> %d,%d\n",
tx[i], ty[i], dx[i], dy[i]);
draw_cross(dx[i], dy[i], 1);
}
/* check ok, calulate the result */
delta = (tx[0] - tx[2]) * (ty[1] - ty[2])
- (tx[1] - tx[2]) * (ty[0] - ty[2]);
delta_x[0] = (dx[0] - dx[2]) * (ty[1] - ty[2])
- (dx[1] - dx[2]) * (ty[0] - ty[2]);
delta_x[1] = (tx[0] - tx[2]) * (dx[1] - dx[2])
- (tx[1] - tx[2]) * (dx[0] - dx[2]);
delta_x[2] = dx[0] * (tx[1] * ty[2] - tx[2] * ty[1]) -
dx[1] * (tx[0] * ty[2] - tx[2] * ty[0]) +
dx[2] * (tx[0] * ty[1] - tx[1] * ty[0]);
delta_y[0] = (dy[0] - dy[2]) * (ty[1] - ty[2])
- (dy[1] - dy[2]) * (ty[0] - ty[2]);
delta_y[1] = (tx[0] - tx[2]) * (dy[1] - dy[2])
- (tx[1] - tx[2]) * (dy[0] - dy[2]);
delta_y[2] = dy[0] * (tx[1] * ty[2] - tx[2] * ty[1]) -
dy[1] * (tx[0] * ty[2] - tx[2] * ty[0]) +
dy[2] * (tx[0] * ty[1] - tx[1] * ty[0]);
cal_val[0] = delta_x[0];
cal_val[1] = delta_x[1];
cal_val[2] = delta_x[2];
cal_val[3] = delta_y[0];
cal_val[4] = delta_y[1];
cal_val[5] = delta_y[2];
cal_val[6] = delta;
save_conf(cal_val);
write_conf(cal_val);
}
/* Android input framework expects values based on the absmax.
Now that the touchscreen is calibrated set the input maximum
according to screen resolution, not the touch sensor resolution */
if (ioctl(ts_fd, EVIOCGABS(ABS_X), &absX) == -1) {
log_write("EVIOCGABS( failed\n");
} else {
log_write("Modifying x.max:%i -> %i\n", absX.maximum, info.xres);
absX.maximum = info.xres;
if (ioctl(ts_fd, EVIOCSABS(ABS_X), &absX) == -1)
log_write("EVIOCSABS( failed\n");
}
if (ioctl(ts_fd, EVIOCGABS(ABS_Y), &absY) == -1) {
log_write("EVIOCGABS( failed\n");
} else {
log_write("Modifying y.max:%i -> %i\n", absY.maximum, info.yres);
absY.maximum = info.yres;
if (ioctl(ts_fd, EVIOCSABS(ABS_Y), &absY) == -1)
log_write("EVIOCSABS( failed\n");
}
}
/* show configuration dial, return 1 to cancel installation */
int
configure( void )
{
OBJECT *tree = rs_object;
int quit = 0;
int x, y, w, h, ox, oy;
MRETS mk;
int savelinear, saveudset, savetime, saveptime;
if( ma_info == &start ) /* ma_info points at our start */
ObString(OK) = (char *)(rs_frstr[INSTRING]);
/* set accel buttons */
savelinear = ma_info->linear;
set_accelbox( savelinear );
/* set screensave buttons */
saveudset = ma_info->udset;
set_screenbox( saveudset );
savetime = (ma_info->timeout)/3600;
sl_x( SAVEBOX, savetime, SAVE_MIN, SAVE_MAX );
/* set modem switch */
if( ma_info->watch ) {
Select(MODEM);
} else {
Deselect(MODEM);
}
/* set stacy options box */
if( ma_info->stacy ) {
ObFlags( SWITCH ) = ObFlags( LITE ) = TOUCHEXIT;
if( ma_info->stacmask & SH_SCREEN ) Select( SWITCH );
if( ma_info->stacmask & SH_LIGHT ) Select( LITE );
} else {
ObFlags(SWITCH) = ObFlags(LITE) = NONE;
ObState(SWITCH) = ObState(LITE) = DISABLED; /* deselects */
}
/* set up park box */
Supexec((long(*)())get_parktime);
if( parktime >= 0 ) parktime = ma_info->savepark;
saveptime = parktime;
if( saveptime == 0 ) saveptime = 1;
set_parkbox();
if( parktime >= 0 )
sl_x( PARKBOX, parktime, PARK_MIN, PARK_MAX );
/* set appropriate icons */
graf_handle( &x, &y, &w, &h );
if( y < 16 ) {
/* if char cell is < 16 pixels high, use 8 pixel icons */
ObSpec(IACCOFF).bitblk = (BITBLK *)(rs_frimg[ACCOFF8]);
ObSpec(IACCSLOW).bitblk = (BITBLK *)(rs_frimg[ACCSLOW8]);
ObSpec(IACCFAST).bitblk = (BITBLK *)(rs_frimg[ACCFAST8]);
ObSpec(ISCREEN).bitblk = (BITBLK *)(rs_frimg[SCREEN8]);
ObSpec(SAVEUP).bitblk = (BITBLK *)(rs_frimg[TIMEHI8]);
ObSpec(SAVEDOWN).bitblk = (BITBLK *)(rs_frimg[TIMELO8]);
ObSpec(IMODEM).bitblk = (BITBLK *)(rs_frimg[MODEM8]);
ObSpec(IPARK).bitblk = (BITBLK *)(rs_frimg[PARK8]);
ObSpec(PARKUP).bitblk = (BITBLK *)(rs_frimg[TIMEHI8]);
ObSpec(PARKDOWN).bitblk = (BITBLK *)(rs_frimg[TIMELO8]);
ObSpec(ILITE).bitblk = (BITBLK *)(rs_frimg[LITE8]);
ObSpec(ISWITCH).bitblk = (BITBLK *)(rs_frimg[SCREEN8]);
}
form_center( rs_object, &x, &y, &w, &h );
form_dial( FMD_START, 0, 0, 0, 0, x, y, w, h );
form_dial( FMD_GROW, 0, 0, 0, 0, x, y, w, h );
objc_draw( tree, 0, MAX_DEPTH, x, y, w, h );
graf_mouse( ARROW, 0L );
do {
switch( form_do( rs_object, 0 ) & 0x7fff ) {
case LITE:
if( IsSelected(LITE) ) { /* deselecting */
/* don't allow user to select screensave without litesave */
Deselect(SWITCH);
Deselect(LITE);
} else {
Select(LITE);
}
Objc_draw( tree, STACOPTS, MAX_DEPTH, NULL );
break;
case SWITCH:
if( IsSelected(SWITCH) ) { /* deselecting */
Deselect(SWITCH);
} else {
/* don't allow user to select screensave without litesave */
Select(LITE);
Select(SWITCH);
}
Objc_draw( tree, STACOPTS, MAX_DEPTH, NULL );
break;
case SCREEN:
/* floggle the bit */
ma_info->udset ^= 1;
ma_info->updown = ma_info->udset;
set_screenbox( ma_info->udset );
Objc_draw( tree, SCRNSECT, MAX_DEPTH, NULL);
break;
case ACCOFF:
ma_info->linear = -1;
break;
case ACCSLOW:
ma_info->linear = 1;
break;
case ACCFAST:
ma_info->linear = 0;
break;
case SAVEUP:
sl_arrow( SAVEBOX, SAVEUP, 1, SAVE_MIN, SAVE_MAX, &savetime );
break;
case SAVEDOWN:
sl_arrow( SAVEBOX, SAVEDOWN, -1, SAVE_MIN, SAVE_MAX, &savetime );
break;
case SAVESLID:
sl_drag( SAVEBOX, SAVE_MIN, SAVE_MAX, &savetime );
break;
case SAVEBOX:
Graf_mkstate( &mk );
objc_offset( tree, SAVESLID, &ox, &oy );
if( mk.x < ox )
oy = -SAVE_PAGE;
else
oy = SAVE_PAGE;
sl_arrow( SAVEBOX, -1, oy, SAVE_MIN, SAVE_MAX, &savetime );
break;
case PARK:
if( IsSelected( PARK ) ) { /* deselecting */
saveptime = parktime;
parktime = 0;
} else {
parktime = saveptime;
sl_x( PARKBOX, parktime, PARK_MIN, PARK_MAX );
}
set_parkbox();
Objc_draw( tree, PARKSECT, MAX_DEPTH, NULL );
break;
case PARKUP:
sl_arrow( PARKBOX, PARKUP, 1, PARK_MIN, PARK_MAX, &parktime );
break;
case PARKDOWN:
sl_arrow( PARKBOX, PARKDOWN, -1, PARK_MIN, PARK_MAX, &parktime );
break;
case PARKSLID:
sl_drag( PARKBOX, PARK_MIN, PARK_MAX, &parktime );
break;
case PARKBOX:
Graf_mkstate( &mk );
objc_offset( tree, PARKSLID, &ox, &oy );
if( mk.x < ox )
oy = -PARK_PAGE;
else
oy = PARK_PAGE;
sl_arrow( PARKBOX, -1, oy, PARK_MIN, PARK_MAX, &parktime );
break;
case SAVE:
save_conf( savetime );
rs_object[SAVE].ob_state = NORMAL;
Objc_draw( tree, ROOT, MAX_DEPTH, NULL );
break;
case OK:
quit = OK;
break;
case CANCEL:
quit = CANCEL;
break;
}
/* delay after touchexit objects */
wait_bup();
} while (!quit);
form_dial( FMD_SHRINK, 0, 0, 0, 0, x, y, w, h );
form_dial( FMD_FINISH, 0, 0, 0, 0, x, y, w, h );
if( quit == CANCEL ) {
ma_info->updown = ma_info->udset = saveudset;
ma_info->linear = savelinear;
} else {
if( IsSelected(MODEM) ) ma_info->watch = 1;
else ma_info->watch = 0;
if( ma_info->stacy ) {
if( IsSelected(SWITCH) ) {
ma_info->stacmask |= SH_SCREEN;
} else {
ma_info->stacmask &= ~SH_SCREEN;
}
if( IsSelected(LITE) ) {
ma_info->stacmask |= SH_LIGHT;
} else {
ma_info->stacmask &= ~SH_LIGHT;
}
}
ma_info->timeout = savetime * 3600;
ma_info->savepark = parktime;
Supexec((long(*)())set_ptime);
}
return (quit == CANCEL);
}
static int do_calibration(void)
{
int i, x, y;
int dx[6], dy[6];
int tx[6], ty[6];
int delta, delta_x[6], delta_y[6];
int status=0;
/* calculate the expected point */
x = info.xres / 4;
y = info.yres / 4;
dx[0] = x;
dy[0] = info.yres / 2;
dx[1] = info.xres / 2;
dy[1] = y;
dx[2] = info.xres - x;
dy[2] = info.yres - y;
dx[3] = 400;
dy[3] = 360;
dx[4] = 200;
dy[4] = 360;
dx[5] = 600;
dy[5] = 240;
retry:
for (i = 0; i < 3; i ++) {
draw_cross(dx[i], dy[i], 0);
get_input(&tx[i], &ty[i]);
log_write("get event: %d,%d -> %d,%d\n", tx[i], ty[i], dx[i], dy[i]);
draw_cross(dx[i], dy[i], 1);
}
if( (dx[0] == 0) || (dx[1] == 0) || (dx[2] == 0) || (dy[0] == 0) || (dy[1] == 0) || (dy[2] == 0)){
log_write("Calibration Got ZERO Value\n");
goto retry;
}
if( (dy[0] < dy[1]) && (dy[1] - dy[0] < 10)){
log_write("Point 0 and Point 1 Get too Closed\n");
goto retry;
}else if( dy[0] > dx[1]){
goto retry;
}
if( (dy[1] < dy[2]) && (dy[2] - dy[1] < 10))
goto retry;
else if( dy[1] > dy[2])
goto retry;
/* check ok, calulate the result */
delta = (tx[0] - tx[2]) * (ty[1] - ty[2])
- (tx[1] - tx[2]) * (ty[0] - ty[2]);
delta_x[0] = (dx[0] - dx[2]) * (ty[1] - ty[2])
- (dx[1] - dx[2]) * (ty[0] - ty[2]);
delta_x[1] = (tx[0] - tx[2]) * (dx[1] - dx[2])
- (tx[1] - tx[2]) * (dx[0] - dx[2]);
delta_x[2] = dx[0] * (tx[1] * ty[2] - tx[2] * ty[1]) -
dx[1] * (tx[0] * ty[2] - tx[2] * ty[0]) +
dx[2] * (tx[0] * ty[1] - tx[1] * ty[0]);
delta_y[0] = (dy[0] - dy[2]) * (ty[1] - ty[2])
- (dy[1] - dy[2]) * (ty[0] - ty[2]);
delta_y[1] = (tx[0] - tx[2]) * (dy[1] - dy[2])
- (tx[1] - tx[2]) * (dy[0] - dy[2]);
delta_y[2] = dy[0] * (tx[1] * ty[2] - tx[2] * ty[1]) -
dy[1] * (tx[0] * ty[2] - tx[2] * ty[0]) +
dy[2] * (tx[0] * ty[1] - tx[1] * ty[0]);
cal_val[0] = delta_x[0];
cal_val[1] = delta_x[1];
cal_val[2] = delta_x[2];
cal_val[3] = delta_y[0];
cal_val[4] = delta_y[1];
cal_val[5] = delta_y[2];
cal_val[6] = delta;
for (i = 3; i < 6; i ++) {
draw_cross(dx[i], dy[i], 0);
get_input(&tx[i], &ty[i]);
get_calibration_value(&tx[i],&ty[i]);
if(tx[i] >= dx[i] )
status = (tx[i] - dx[i] > status) ? tx[i] - dx[i]: status;
else if(dx[i] > tx[i] ){
status = (dx[i] - tx[i] > status) ? dx[i] - tx[i]: status;
}
if(ty[i] >= dy[i] )
status = (ty[i] - dy[i] > status) ? ty[i] - dy[i]: status;
else if(dy[i] > ty[i] ){
status = (dy[i] - ty[i] > status) ? dy[i] - ty[i]: status;
}
log_write("get event: %d,%d -> %d,%d status=%d\n", tx[i], ty[i], dx[i], dy[i],status);
draw_cross(dx[i], dy[i], 1);
}
if(status > DIFF_VALUE){
return status;
}
save_conf(cal_val);
write_conf(cal_val);
return 0;
}