hackaton2019

/*
 * screen_test_temperature.c
 *
 *  Created on: 2019-09-25
 *      Author: Vana Radek
 */


#include <menu_vars.h>
#include "gui.h"
#include "screen_menu.h"
#include "cmsis_os.h"
#include "hwio_a3ides.h"

#include "../Marlin/src/module/temperature.h"



static const char* period_pwm_range[] = {
		"1.5us","  3us","  6us"," 12us"," 24us"," 48us"," 97us","195us","390us",
		"780us","1.5ms","3.1ms","6.2ms"," 12ms"," 25ms"," 50ms","100ms", NULL};
static const size_t pwm_size = sizeof(period_pwm_range)/sizeof(const char*);

typedef enum{
	MI_RETURN,
	MI_NOZZLE,
	MI_HEAT_PWM_PERIOD,
	MI_HEATBED,
	MI_FAN_PWM_PERIOD,
	MI_PRINTFAN,
	MI_COOLDOWN,
	MI_COUNT
}MI_t;

void screen_test_temperature_init(screen_t* screen)
{
	screen_menu_init(screen, "TEMPERATURE", MI_COUNT, 1, 0);

	psmd->items[MI_RETURN] = menu_item_return;

	psmd->items[MI_NOZZLE] = (menu_item_t){{"Nozzle", 0, WI_SPIN}, SCREEN_MENU_NO_SCREEN};
	psmd->items[MI_NOZZLE].item.wi_spin.value = thermalManager.degTargetHotend(0)*1000;
	psmd->items[MI_NOZZLE].item.wi_spin.range = nozzle_range;

	psmd->items[MI_HEAT_PWM_PERIOD] = (menu_item_t){{"Ht. PWM T", 0, WI_SELECT}, SCREEN_MENU_NO_SCREEN};
	psmd->items[MI_HEAT_PWM_PERIOD].item.wi_switch_select.index = hwio_pwm_get_prescaler_log2(HWIO_PWM_HEATER_BED);
	psmd->items[MI_HEAT_PWM_PERIOD].item.wi_switch_select.strings = period_pwm_range;

	psmd->items[MI_HEATBED] = (menu_item_t){{"Heatbed", 0, WI_SPIN}, SCREEN_MENU_NO_SCREEN};
	psmd->items[MI_HEATBED].item.wi_spin.value = thermalManager.degTargetBed()*1000;
	psmd->items[MI_HEATBED].item.wi_spin.range = heatbed_range;

	psmd->items[MI_FAN_PWM_PERIOD] = (menu_item_t){{"Fan PWM T", 0, WI_SELECT}, SCREEN_MENU_NO_SCREEN};
	psmd->items[MI_FAN_PWM_PERIOD].item.wi_switch_select.index = hwio_pwm_get_prescaler_log2(HWIO_PWM_HEATER_BED);
	psmd->items[MI_FAN_PWM_PERIOD].item.wi_switch_select.strings = period_pwm_range;

	psmd->items[MI_PRINTFAN] = (menu_item_t){{"Print Fan", 0, WI_SPIN}, SCREEN_MENU_NO_SCREEN};
	psmd->items[MI_PRINTFAN].item.wi_spin.value = thermalManager.fan_speed[0]*1000;
	psmd->items[MI_PRINTFAN].item.wi_spin.range = printfan_range;

	psmd->items[MI_COOLDOWN] = (menu_item_t){{"Cooldown", 0, WI_LABEL}, SCREEN_MENU_NO_SCREEN};
}

int screen_test_temperature_event(screen_t* screen, window_t* window,
		uint8_t event, void* param)
{
	if (screen_menu_event(screen, window, event, param)){
		return 1;
	}

	if (event == WINDOW_EVENT_CHANGING)
	{
		switch((int)param){
		case MI_NOZZLE:
			thermalManager.setTargetHotend(psmd->items[MI_NOZZLE].item.wi_spin.value/1000, 0);
			break;
		case MI_HEATBED:
			thermalManager.setTargetBed(psmd->items[MI_HEATBED].item.wi_spin.value/1000);
			break;
		case MI_PRINTFAN:
			thermalManager.set_fan_speed(0, psmd->items[MI_PRINTFAN].item.wi_spin.value/1000);
			break;
		case MI_HEAT_PWM_PERIOD:
			hwio_pwm_set_prescaler_exp2(HWIO_PWM_HEATER_BED, psmd->items[MI_HEAT_PWM_PERIOD].item.wi_switch_select.index);
			break;
		case MI_FAN_PWM_PERIOD:
			hwio_pwm_set_prescaler_exp2(HWIO_PWM_FAN, psmd->items[MI_FAN_PWM_PERIOD].item.wi_switch_select.index);
			break;
		}
	} else if (event == WINDOW_EVENT_CLICK && (int)param == MI_COOLDOWN) {
		thermalManager.setTargetHotend(0, 0);
		thermalManager.setTargetBed(0);
		thermalManager.set_fan_speed(0, 0);
		psmd->items[MI_NOZZLE].item.wi_spin.value = 0;
		psmd->items[MI_HEATBED].item.wi_spin.value = 0;
		psmd->items[MI_PRINTFAN].item.wi_spin.value = 0;
		_window_invalidate(&(psmd->root.win));
	}

	return 0;
}

screen_t screen_test_temperature =
{
		0,
		0,
		screen_test_temperature_init,
		screen_menu_done,
		screen_menu_draw,
		screen_test_temperature_event,
		sizeof(screen_menu_data_t), //data_size
		0, //pdata
};

const screen_t* pscreen_test_temperature = &screen_test_temperature;