static result_t update_misc_view(void)
{
uint8_t ctl;
int16_t height;
result_t ret;
delay_ms(50);
RESULT_CHECK(sensor_read_ctl(targetSensor, &ctl), ret);
checkable_set_checked(&btnCalculateDewPoint, ctl & CFG_FLAG_DEWP? bTrue : bFalse);
checkable_set_checked(&btnEnableHeater, ctl & CFG_FLAG_HEATER? bTrue : bFalse);
if(ctl & CFG_FLAG_PNORM)
{
checkable_set_checked(&btnNormalizePressure, bTrue);
delay_ms(50);
RESULT_CHECK(sensor_get_height(targetSensor, &height), ret);
slider_set_value(&sliderHeight, height);
}
else
{
checkable_set_checked(&btnNormalizePressure, bFalse);
slider_set_value(&sliderHeight, 0);
}
return RV_OK;
}
static void update_for_cal_generic(cal_info_t *cal, uint16_t min, uint16_t max, str_format_func_t func)
{
currentCal = cal;
sliderCalMeasured1Data.min = min;
sliderCalMeasured1Data.max = max;
sliderCalMeasured1Data.formatter = func;
slider_set_value(&sliderCalMeasured1, currentCal->calPoints.measured1);
sliderCalMeasured2Data.min = min;
sliderCalMeasured2Data.max = max;
sliderCalMeasured2Data.formatter = func;
slider_set_value(&sliderCalMeasured2, currentCal->calPoints.measured2);
sliderCalReal1Data.min = min;
sliderCalReal1Data.max = max;
sliderCalReal1Data.formatter = func;
slider_set_value(&sliderCalReal1, currentCal->calPoints.real1);
sliderCalReal2Data.min = min;
sliderCalReal2Data.max = max;
sliderCalReal2Data.formatter = func;
slider_set_value(&sliderCalReal2, currentCal->calPoints.real2);
if(currentCal->enabled)
{
checkable_set_checked(&btnCalEnable, bTrue);
checkable_set_checked(&btnCalDisable, bFalse);
}
else
{
checkable_set_checked(&btnCalEnable, bFalse);
checkable_set_checked(&btnCalDisable, bTrue);
}
gui_invalidate(&sliderCalMeasured1);
gui_invalidate(&sliderCalMeasured2);
gui_invalidate(&sliderCalReal1);
gui_invalidate(&sliderCalReal2);
}
void sequencer_setup_draw()
{
slider_set_value(
&lp_tempo_slider,
millis_to_bpm(lp_sequencer.step_millis) / TEMPO_MUL);
slider_draw(&lp_tempo_slider, TEMPO_POS, TEMPO_COLOR);
slider_draw(&lp_swing_slider, SWING_POS, SWING_COLOR);
checkbox_draw(lp_flags, LP_TEMPO_BLINK, BLINK_CHECKBOX_POS);
checkbox_draw(lp_flags, LP_POSITION_BLINK, PLAYHEAD_CHECKBOX_POS);
checkbox_draw(lp_flags, LP_PORT_CHECKBOX, PORT_CHECKBOX_POS);
checkbox_draw(lp_flags, LP_SEND_CLOCK, CLOCK_CHECKBOX_POS);
checkbox_draw(lp_flags, LP_RCV_CLOCK, RCV_CLOCK_CHECKBOX_POS);
checkbox_draw(lp_flags, LP_RCV_CLOCK_PORT, RCV_CLOCK_PORT_CHECKBOX_POS);
}
static void update_date_time_view()
{
rtc_time_t now;
rtc_now(&now);
slider_set_value(&sliderYear, rtc_bcd_to_dec(now.year) + 2000);
slider_set_value(&sliderMonth, rtc_bcd_to_dec(now.month));
slider_set_value(&sliderDay, rtc_bcd_to_dec(now.day));
slider_set_value(&sliderDayWeek, rtc_bcd_to_dec(now.weekday));
slider_set_value(&sliderHour, rtc_bcd_to_dec(now.hours));
slider_set_value(&sliderMinutes, rtc_bcd_to_dec(now.minutes));
slider_set_value(&sliderSeconds, rtc_bcd_to_dec(now.seconds));
if(gui_is_current_view(&view_date_time))
gui_invalidate_all();
}
static void update_alrams_view()
{
slider_set_value(&sliderMinP, dashboardData.pressure.alarmMin);
slider_set_value(&sliderMaxP, dashboardData.pressure.alarmMax);
slider_set_value(&sliderMinH, dashboardData.humidity.alarmMin);
slider_set_value(&sliderMaxH, dashboardData.humidity.alarmMax);
slider_set_value(&sliderMinT, dashboardData.temperature.alarmMin);
slider_set_value(&sliderMaxT, dashboardData.temperature.alarmMax);
if(gui_is_current_view(&view_alarms))
gui_invalidate_all();
}
