selftest_temp.h File Reference

#include <inttypes.h>
#include "gui.h"
#include "wizard_types.h"

Go to the source code of this file.

Classes
struct	selftest_temp_screen_t
struct	selftest_temp_data_t

Functions
void	wizard_init_screen_selftest_temp (int16_t id_body, selftest_temp_screen_t *p_screen, selftest_temp_data_t *p_data)
int	wizard_selftest_temp_nozzle (int16_t id_body, selftest_temp_screen_t *p_screen, selftest_temp_data_t *p_data)
int	wizard_selftest_temp_bed (int16_t id_body, selftest_temp_screen_t *p_screen, selftest_temp_data_t *p_data)
int	wizard_selftest_temp (int16_t id_body, selftest_temp_screen_t *p_screen, selftest_temp_data_t *p_data)

Function Documentation

wizard_init_screen_selftest_temp()

void wizard_init_screen_selftest_temp	(	int16_t	id_body,
		selftest_temp_screen_t *	p_screen,
		selftest_temp_data_t *	p_data
	)

                                                                                                                       {
    _wizard_temp_actualize_temperatures(p_data);
    int16_t id;
    //  point_ui16_t pt,pt2;
    window_destroy_children(id_body);
    window_show(id_body);
    window_invalidate(id_body);
 
    uint16_t y = 40;
    uint16_t x = WIZARD_MARGIN_LEFT;
    uint16_t row_h = 22;
 
    id = window_create_ptr(WINDOW_CLS_TEXT, id_body, rect_ui16(x, y, WIZARD_X_SPACE, row_h * 2), &(p_screen->text_checking_temp));
    window_set_text(id,
        "Checking hotend and\n"
        "heatbed heaters");
    window_set_alignment(id, ALIGN_CENTER);
 
    y += row_h * 2;
    id = window_create_ptr(WINDOW_CLS_PROGRESS, id_body, rect_ui16(x, y, WIZARD_X_SPACE, 8), &(p_screen->progress));
}

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wizard_selftest_temp_nozzle()

int wizard_selftest_temp_nozzle	(	int16_t	id_body,
		selftest_temp_screen_t *	p_screen,
		selftest_temp_data_t *	p_data
	)

                                                                                                                 {
    if (_is_test_done(p_data->state_temp_nozzle))
        return 100;
    int progress = wizard_timer(&p_screen->timer_noz, _HEAT_TIME_MS_NOZ, &(p_data->state_temp_nozzle), _WIZ_TIMER);
    if (progress >= 99) {
        if ((p_data->temp_noz >= _PASS_MIN_TEMP_NOZ) && (p_data->temp_noz <= _PASS_MAX_TEMP_NOZ)) {
            p_data->state_temp_nozzle = _TEST_PASSED;
        } else {
            p_data->state_temp_nozzle = _TEST_FAILED;
        }
 
        marlin_gcode("M104 S0"); // nozzle temp 0
        progress = 100;
    }
    return progress;
}

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wizard_selftest_temp_bed()

int wizard_selftest_temp_bed	(	int16_t	id_body,
		selftest_temp_screen_t *	p_screen,
		selftest_temp_data_t *	p_data
	)

                                                                                                              {
    if (_is_test_done(p_data->state_temp_bed))
        return 100;
    int progress = wizard_timer(&p_screen->timer_bed, _HEAT_TIME_MS_BED, &(p_data->state_temp_bed), _WIZ_TIMER);
    if (progress >= 99) {
        if ((p_data->temp_bed >= _PASS_MIN_TEMP_BED) && (p_data->temp_bed <= _PASS_MAX_TEMP_BED)) {
            p_data->state_temp_bed = _TEST_PASSED;
        } else {
            p_data->state_temp_bed = _TEST_FAILED;
        }
 
        marlin_gcode("M140 S0"); // bed temp 0
        progress = 100;
    }
    return progress;
}

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wizard_selftest_temp()

int wizard_selftest_temp	(	int16_t	id_body,
		selftest_temp_screen_t *	p_screen,
		selftest_temp_data_t *	p_data
	)

                                                                                                          {
    int progress_preheat_noz = 0;
    int progress_preheat_bed = 0;
    int progress_noz = 0;
    int progress_bed = 0;
 
    _wizard_temp_actualize_temperatures(p_data);
 
    if ((p_data->state_preheat_nozzle == _TEST_START) && (p_data->state_preheat_bed == _TEST_START)) {
        p_data->temp_noz = 0;
        p_data->temp_bed = 0;
        //turn heaters on
        // i should not reach those temeratures
        marlin_gcode_printf("M104 S%d", _MAX_TEMP_NOZ); // nozzle temp
        marlin_gcode_printf("M140 S%d", _MAX_TEMP_BED); // bed temp
        wizard_init_screen_selftest_temp(id_body, p_screen, p_data);
    }
 
    if (!_is_test_done(p_data->state_preheat_nozzle)) {
        progress_preheat_noz = wizard_selftest_preheat_nozzle(id_body, p_screen, p_data);
    } else {
        progress_preheat_noz = 100;
    }
 
    if (!_is_test_done(p_data->state_preheat_bed)) {
        progress_preheat_bed = wizard_selftest_preheat_bed(id_body, p_screen, p_data);
    } else {
        progress_preheat_bed = 100;
    }
 
    if (p_data->state_preheat_nozzle == _TEST_PASSED) {
        progress_noz = wizard_selftest_temp_nozzle(id_body, p_screen, p_data);
    }
    if (p_data->state_preheat_bed == _TEST_PASSED) {
        progress_bed = wizard_selftest_temp_bed(id_body, p_screen, p_data);
    }
 
    int progress = (progress_preheat_noz * _MAX_PREHEAT_TIME_MS_NOZ + progress_preheat_bed * _MAX_PREHEAT_TIME_MS_BED + progress_bed * _HEAT_TIME_MS_BED + progress_noz * _HEAT_TIME_MS_NOZ) / (_MAX_PREHEAT_TIME_MS_NOZ + _MAX_PREHEAT_TIME_MS_BED + _HEAT_TIME_MS_BED + _HEAT_TIME_MS_NOZ);
 
    if (p_data->state_preheat_nozzle == _TEST_FAILED)
        progress = 100;
    if (p_data->state_preheat_bed == _TEST_FAILED)
        progress = 100;
    if (p_data->state_temp_nozzle == _TEST_FAILED)
        progress = 100;
    if (p_data->state_temp_bed == _TEST_FAILED)
        progress = 100;
 
    window_set_value(p_screen->progress.win.id, (float)progress);
    if (progress == 100) {
        //turn heaters off
        marlin_gcode("M104 S0"); //nozzle temp 0
        marlin_gcode("M140 S0"); //bed temp 0
    }
 
    return progress;
}

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