screen_menu_calibration.c File Reference

#include "gui.h"
#include "screen_menu.h"
#include "marlin_client.h"
#include "wizard/wizard.h"
#include "window_dlg_wait.h"
#include "menu_vars.h"

Enumerations
enum	MI_t {   MI_RETURN, MI_RETURN, MI_WIZARD, MI_Z_OFFSET,   MI_AUTO_HOME, MI_MESH_BED, MI_SELFTEST, MI_CALIB_FIRST,   MI_RETURN, MI_LOAD, MI_UNLOAD, MI_CHANGE,   MI_PURGE, MI_RETURN, MI_ALWAYS, MI_ON_RESTART,   MI_COUNT, MI_RETURN, MI_SYS_INFO, MI_VERSIONS,   MI_RETURN, MI_MOVE_X, MI_MOVE_Y, MI_MOVE_Z,   MI_MOVE_E, MI_RETURN, MI_SYS_RESET, MI_CLR_EEPROM,   MI_WDG_TEST, MI_PLL, MI_SSCG, MI_SSCG_FREQ,   MI_SSCG_DEPTH, MI_SPI_PRESC, MI_MESH, MI_BSOD,   MI_BSOD_HARD_FAULT, MI_COUNT, MI_RETURN, MI_TEMPERATURE,   MI_MOVE_AXIS, MI_DISABLE_STEP, MI_FACTORY_DEFAULTS, MI_FW_UPDATE,   MI_FILAMENT_SENSOR, MI_TIMEOUT, MI_LAN_SETTINGS, MI_RETURN,   MI_NOZZLE, MI_HEATBED, MI_PRINTFAN, MI_COOLDOWN,   MI_RETURN, MI_NOZZLE, MI_HEAT_PWM_PERIOD, MI_HEATBED,   MI_FAN_PWM_PERIOD, MI_PRINTFAN, MI_COOLDOWN, MI_COUNT }

Functions
void	screen_menu_calibration_init (screen_t *screen)
int	screen_menu_calibration_event (screen_t *screen, window_t *window, uint8_t event, void *param)

Variables
const menu_item_t	_menu_calibration_items []
screen_t	screen_menu_calibration
const screen_t *	pscreen_menu_calibration = &screen_menu_calibration

Enumeration Type Documentation

MI_t

enum MI_t

Enumerator
MI_RETURN
MI_RETURN
MI_WIZARD
MI_Z_OFFSET
MI_AUTO_HOME
MI_MESH_BED
MI_SELFTEST
MI_CALIB_FIRST
MI_RETURN
MI_LOAD
MI_UNLOAD
MI_CHANGE
MI_PURGE
MI_RETURN
MI_ALWAYS
MI_ON_RESTART
MI_COUNT
MI_RETURN
MI_SYS_INFO
MI_VERSIONS
MI_RETURN
MI_MOVE_X
MI_MOVE_Y
MI_MOVE_Z
MI_MOVE_E
MI_RETURN
MI_SYS_RESET
MI_CLR_EEPROM
MI_WDG_TEST
MI_PLL
MI_SSCG
MI_SSCG_FREQ
MI_SSCG_DEPTH
MI_SPI_PRESC
MI_MESH
MI_BSOD
MI_BSOD_HARD_FAULT
MI_COUNT
MI_RETURN
MI_TEMPERATURE
MI_MOVE_AXIS
MI_DISABLE_STEP
MI_FACTORY_DEFAULTS
MI_FW_UPDATE
MI_FILAMENT_SENSOR
MI_TIMEOUT
MI_LAN_SETTINGS
MI_RETURN
MI_NOZZLE
MI_HEATBED
MI_PRINTFAN
MI_COOLDOWN
MI_RETURN
MI_NOZZLE
MI_HEAT_PWM_PERIOD
MI_HEATBED
MI_FAN_PWM_PERIOD
MI_PRINTFAN
MI_COOLDOWN
MI_COUNT

             {
    MI_RETURN,
    MI_WIZARD,
    MI_Z_OFFSET,
    MI_AUTO_HOME,
    MI_MESH_BED,
    MI_SELFTEST,
//  MI_CALIB_XYZ,
#ifdef WIZARD_Z_CALIBRATION
//  MI_CALIB_Z,
#endif
    //  MI_CALIB_XY,
    MI_CALIB_FIRST,
} MI_t;

Function Documentation

screen_menu_calibration_init()

void screen_menu_calibration_init

(

screen_t *

screen

)

                                                    {
    marlin_vars_t *vars;
    int count = sizeof(_menu_calibration_items) / sizeof(menu_item_t);
    screen_menu_init(screen, "CALIBRATION", count + 1, 0, 0);
    psmd->items[MI_RETURN] = menu_item_return;
    memcpy(psmd->items + 1, _menu_calibration_items, count * sizeof(menu_item_t));
 
    vars = marlin_update_vars(MARLIN_VAR_MSK(MARLIN_VAR_Z_OFFSET));
    psmd->items[MI_Z_OFFSET].item.wi_spin_fl.value = vars->z_offset;
    psmd->items[MI_Z_OFFSET].item.wi_spin_fl.prt_format = zoffset_fl_format;
    psmd->items[MI_Z_OFFSET].item.wi_spin_fl.range = zoffset_fl_range;
}

Here is the call graph for this function:

screen_menu_calibration_event()

int screen_menu_calibration_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) && ((int)param == MI_Z_OFFSET))
        marlin_set_z_offset(psmd->items[MI_Z_OFFSET].item.wi_spin_fl.value);
    else if ((event == WINDOW_EVENT_CHANGE) && ((int)param == MI_Z_OFFSET))
        marlin_gcode("M500"); // store config when lose capture
    else if (event == WINDOW_EVENT_CLICK) {
        switch ((int)param) {
        case MI_WIZARD:
            wizard_run_complete();
            break;
        case MI_AUTO_HOME:
            marlin_gcode("G28");
            gui_dlg_wait(gui_marlin_busy_callback);
            break;
        case MI_MESH_BED:
            marlin_gcode("G28");
            marlin_gcode("G29");
            gui_dlg_wait(gui_marlin_busy_callback);
            break;
        case MI_SELFTEST:
            wizard_run_selftest();
            break;
            /*          case MI_CALIB_XYZ:   wizard_run_xyzcalib(); break;
#ifdef WIZARD_Z_CALIBRATION
            case MI_CALIB_Z:     wizard_run_xyzcalib_z(); break;
#endif
            case MI_CALIB_XY:    wizard_run_xyzcalib_xy(); break;*/
        case MI_CALIB_FIRST:
            wizard_run_firstlay();
            break;
        }
    }
    return 0;
}

Here is the call graph for this function:

Variable Documentation

_menu_calibration_items

const menu_item_t _menu_calibration_items[]

Initial value:

= {
    { { "Wizard", 0, WI_LABEL }, SCREEN_MENU_NO_SCREEN },
    { { "Z-offset", 0, WI_SPIN_FL }, SCREEN_MENU_NO_SCREEN }, 
    { { "Auto Home", 0, WI_LABEL }, SCREEN_MENU_NO_SCREEN },
    { { "Mesh Bed Level.", 0, WI_LABEL }, SCREEN_MENU_NO_SCREEN },
    { { "SelfTest", 0, WI_LABEL }, SCREEN_MENU_NO_SCREEN },
 
 
 
 
    
    { { "First Layer Cal.", 0, WI_LABEL }, SCREEN_MENU_NO_SCREEN },
}

screen_menu_calibration

screen_t screen_menu_calibration

Initial value:

= {
    0,
    0,
    screen_menu_calibration_init,
    screen_menu_done,
    screen_menu_draw,
    screen_menu_calibration_event,
    sizeof(screen_menu_data_t), 
    0, 
}

pscreen_menu_calibration

const screen_t* pscreen_menu_calibration = &screen_menu_calibration