static void health_handler(HealthEventType event, void *context) {
// Which type of event occurred?
switch(event) {
case HealthEventSignificantUpdate:
break;
case HealthEventMovementUpdate:
update_steps();
break;
case HealthEventSleepUpdate:
break;
}
}
bool DeltaGantry::get_move(LinearMove &move)
{
if (!update_next_pos()) {
return false;
}
update_next_steps();
update_next_unit_direction();
update_steps(move.steps);
move.cruise_speed = std::min(requested_speed,
length/min_time(move.steps));
move.acceleration = std::min(requested_acc,
length/min_time2(move.steps));
move.entry_speed = max_entry_speed(requested_acc);
move.length = length;
last = next;
return true;
}
static void create_step(GRect bounds){
// Create temperature Layer
step_layer = text_layer_create(
GRect(0, 25, bounds.size.w, 25));
// Style the text
set_layer_defaults(step_layer);
// Apply to TextLayer
text_layer_set_font(step_layer, time_font_18);
#if defined(PBL_HEALTH)
// Attempt to subscribe
if(!health_service_events_subscribe(health_handler, NULL)) {
text_layer_set_text(step_layer, ":/");
}
#else
text_layer_set_text(step_layer, "");
#endif
update_steps();
}
static void tick_handler(struct tm *tick_time, TimeUnits units_changed) {
update_time();
update_steps();
update_date();
}
void health_handler(HealthEventType event, void *context) {
if(event != HealthEventSleepUpdate) {
update_steps((int) health_service_sum_today(HealthMetricStepCount));
}
}
