void chrono_reset_button() {
// Resets the chronometer to 0 time.
PblTm time;
get_time(&time);
chrono_running = false;
chrono_lap_paused = false;
chrono_start_seconds = 0;
chrono_hold_seconds = 0;
vibes_double_pulse();
update_hands(&time);
}
void chrono_lap_button() {
PblTm time;
int seconds;
get_time(&time);
if (chrono_lap_paused) {
// If we were already paused, this resumes the motion, jumping
// ahead to the currently elapsed time.
chrono_lap_paused = false;
vibes_enqueue_custom_pattern(tap);
update_hands(&time);
} else {
// If we were not already paused, this pauses the hands here (but
// does not stop the timer).
seconds = get_time_seconds(&time);
chrono_hold_seconds = seconds - chrono_start_seconds;
chrono_lap_paused = true;
vibes_enqueue_custom_pattern(tap);
update_hands(&time);
}
}
void chrono_reset_button() {
// Resets the chronometer to 0 time.
time_t now;
struct tm *this_time;
now = time(NULL);
this_time = localtime(&now);
chrono_data.running = false;
chrono_data.lap_paused = false;
chrono_data.start_ms = 0;
chrono_data.hold_ms = 0;
memset(&chrono_data.laps[0], 0, sizeof(chrono_data.laps[0]) * CHRONO_MAX_LAPS);
vibes_double_pulse();
update_chrono_laps_time();
update_hands(this_time);
reset_tick_timer();
}
// Compute new hand positions once a minute (or once a second).
void handle_tick(AppContextRef ctx, PebbleTickEvent *t) {
(void)ctx;
update_hands(t->tick_time);
}
