/* Sweep2wake main function */
void detect_sweep2wake(int sweep_coord, int sweep_height, unsigned long time, int i)
{
int swap_temp1, swap_temp2;
//int prev_coord = 0, next_coord = 0;
bool single_touch = is_single_touch();
#if DEBUG
pr_info("[sweep2wake]: sweep_coord,sweep_height(%4d,%4d) single:%s\n",
sweep_coord, sweep_height, (single_touch) ? "true" : "false");
#endif
if (s2w_swap_coord == 1) {
//swap the coordinate system
pr_info("line : %d | func : %s\n", __LINE__, __func__);
swap_temp1 = sweep_coord;
swap_temp2 = sweep_height;
sweep_height = swap_temp1;
sweep_coord = swap_temp2;
}
//left->right
if ((scr_suspended == true) && (sweep2wake > 0) && sweep_height > s2w_height_adjust) {
printk("[sweep2wake]:left to right x,y(%d,%d) jiffies:%lu\n", sweep_coord, sweep_height, time);
if (sweep_coord < 100) {
tripon = 1;
triptime = time;
} else if (tripon == 1 && sweep_coord > 100 && time - triptime < 25) {
tripon = 2;
} else if (tripon == 2 && sweep_coord > 200 && time - triptime < 50) {
tripon = 3;
} else if (tripon == 3 && sweep_coord > 300 && time - triptime < S2W_TIMEOUT) {
printk(KERN_INFO "[sweep2wake]: ON");
sweep2wake_pwrtrigger();
}
//right->left
} else if ((scr_suspended == false) && (sweep2wake > 1) && sweep_height > s2w_height_adjust) {
printk("[sweep2wake]:right to left x,y(%d,%d) jiffies:%lu\n", sweep_coord, sweep_height, time);
if (sweep_coord > 400) {
tripoff = 1;
triptime = time;
} else if (tripoff == 1 && sweep_coord < 400 && time - triptime < 25) {
tripoff = 2;
} else if (tripoff == 2 && sweep_coord < 300 && time - triptime < 50) {
tripoff = 3;
} else if (tripoff == 3 && sweep_coord < 200 && (time - triptime < S2W_TIMEOUT)) {
printk(KERN_INFO "[sweep2wake]: OFF");
sweep2wake_pwrtrigger();
}
}
}
/* Sweep2wake main function */
void detect_sweep2wake(int sweep_coord, int sweep_height, struct lge_touch_data *ts)
{
int swap_temp1, swap_temp2;
int prev_coord = 0, next_coord = 0;
bool single_touch = is_single_touch(ts);
#if DEBUG
pr_info("[sweep2wake]: sweep_coord,sweep_height(%4d,%4d) single:%s\n",
sweep_coord, sweep_height, (single_touch) ? "true" : "false");
#endif
if (s2w_swap_coord == 1) {
//swap the coordinate system
swap_temp1 = sweep_coord;
swap_temp2 = sweep_height;
sweep_height = swap_temp1;
sweep_coord = swap_temp2;
}
//power on
if ((single_touch) && (scr_suspended == true) && (s2w_switch > 0)) {
prev_coord = 0;
next_coord = s2w_start_posn;
if ((barrier[0] == true) ||
((sweep_coord > prev_coord) &&
(sweep_coord < next_coord))) {
prev_coord = next_coord;
next_coord = s2w_mid_posn;
barrier[0] = true;
if ((barrier[1] == true) ||
((sweep_coord > prev_coord) &&
(sweep_coord < next_coord))) {
prev_coord = next_coord;
barrier[1] = true;
if ((sweep_coord > prev_coord)) {
if (sweep_coord > s2w_end_posn) {
if (exec_count) {
printk(KERN_INFO "[sweep2wake]: ON");
sweep2wake_pwrtrigger();
exec_count = false;
}
}
}
}
}
//power off
} else if ((single_touch) && (scr_suspended == false) && (s2w_switch > 0)) {
if (s2w_swap_coord == 1) {
//swap back for off scenario ONLY
swap_temp1 = sweep_coord;
swap_temp2 = sweep_height;
sweep_height = swap_temp1;
sweep_coord = swap_temp2;
}
scr_on_touch=true;
prev_coord = (DEFAULT_S2W_X_MAX - DEFAULT_S2W_X_FINAL);
next_coord = DEFAULT_S2W_X_B2;
if ((barrier[0] == true) ||
((sweep_coord < prev_coord) &&
(sweep_coord > next_coord) &&
(sweep_height > DEFAULT_S2W_Y_LIMIT))) {
prev_coord = next_coord;
next_coord = DEFAULT_S2W_X_B1;
barrier[0] = true;
if ((barrier[1] == true) ||
((sweep_coord < prev_coord) &&
(sweep_coord > next_coord) &&
(sweep_height > DEFAULT_S2W_Y_LIMIT))) {
prev_coord = next_coord;
barrier[1] = true;
if ((sweep_coord < prev_coord) &&
(sweep_height > DEFAULT_S2W_Y_LIMIT)) {
if (sweep_coord < DEFAULT_S2W_X_FINAL) {
if (exec_count) {
printk(KERN_INFO "[sweep2wake]: OFF");
sweep2wake_pwrtrigger();
exec_count = false;
}
}
}
}
}
}
}
/* Sweep2wake main function */
void detect_sweep2wake(int x, int y, struct lge_touch_data *ts)
{
int prevx = 0, nextx = 0;
bool single_touch = is_single_touch(ts);
#if DEBUG
pr_info("[sweep2wake]: x,y(%4d,%4d) single:%s\n",
x, y, (single_touch) ? "true" : "false");
#endif
//left->right
if ((single_touch) && (scr_suspended == true) && (s2w_switch > 0)) {
prevx = 0;
nextx = S2W_X_B1;
if ((barrier[0] == true) ||
((x > prevx) &&
(x < nextx) &&
(y > 0))) {
prevx = nextx;
nextx = S2W_X_B2;
barrier[0] = true;
if ((barrier[1] == true) ||
((x > prevx) &&
(x < nextx) &&
(y > 0))) {
prevx = nextx;
barrier[1] = true;
if ((x > prevx) &&
(y > 0)) {
if (x > (S2W_X_MAX - S2W_X_FINAL)) {
if (exec_count) {
printk(KERN_INFO "[sweep2wake]: ON");
sweep2wake_pwrtrigger();
exec_count = false;
}
}
}
}
}
//right->left
} else if ((single_touch) && (scr_suspended == false) && (s2w_switch > 0)) {
scr_on_touch=true;
prevx = (S2W_X_MAX - S2W_X_FINAL);
nextx = S2W_X_B2;
if ((barrier[0] == true) ||
((x < prevx) &&
(x > nextx) &&
(y > S2W_Y_LIMIT))) {
prevx = nextx;
nextx = S2W_X_B1;
barrier[0] = true;
if ((barrier[1] == true) ||
((x < prevx) &&
(x > nextx) &&
(y > S2W_Y_LIMIT))) {
prevx = nextx;
barrier[1] = true;
if ((x < prevx) &&
(y > S2W_Y_LIMIT)) {
if (x < S2W_X_FINAL) {
if (exec_count) {
printk(KERN_INFO "[sweep2wake]: OFF");
sweep2wake_pwrtrigger();
exec_count = false;
}
}
}
}
}
}
}
