filament_sensor.h File Reference

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Enumerations
enum	fsensor_t {   FS_NOT_INICIALIZED, FS_HAS_FILAMENT, FS_NO_FILAMENT, FS_NOT_CONNECTED,   FS_DISABLED }

Functions
fsensor_t	fs_get_state ()
int	fs_did_filament_runout ()
void	fs_send_M600_on_edge ()
void	fs_send_M600_on_level ()
void	fs_send_M600_never ()
void	fs_enable ()
void	fs_disable ()
fsensor_t	fs_wait_inicialized ()
void	fs_init_on_edge ()
void	fs_init_on_level ()
void	fs_init_never ()
void	fs_cycle ()

Enumeration Type Documentation

fsensor_t

enum fsensor_t

Enumerator
FS_NOT_INICIALIZED
FS_HAS_FILAMENT
FS_NO_FILAMENT
FS_NOT_CONNECTED
FS_DISABLED

             {
    FS_NOT_INICIALIZED, //enable enters this state too
    FS_HAS_FILAMENT,
    FS_NO_FILAMENT,
    FS_NOT_CONNECTED,
    FS_DISABLED
} fsensor_t;

Function Documentation

fs_get_state()

fsensor_t fs_get_state

(

)

                         {
    return state;
}

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fs_did_filament_runout()

int fs_did_filament_runout

(

)

                             {
    return state == FS_NO_FILAMENT;
}

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fs_send_M600_on_edge()

void fs_send_M600_on_edge

(

)

                            {
    status.send_M600_on = M600_on_edge;
}

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fs_send_M600_on_level()

void fs_send_M600_on_level

(

)

                             {
    status.send_M600_on = M600_on_level;
}

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fs_send_M600_never()

void fs_send_M600_never

(

)

                          {
    status.send_M600_on = M600_never;
}

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fs_enable()

void fs_enable

(

)

                 {
    taskENTER_CRITICAL();
    _enable();
    eeprom_set_var(EEVAR_FSENSOR_ENABLED, variant8_ui8(1));
    taskEXIT_CRITICAL();
}

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fs_disable()

void fs_disable

(

)

                  {
    taskENTER_CRITICAL();
    _disable();
    eeprom_set_var(EEVAR_FSENSOR_ENABLED, variant8_ui8(0));
    taskEXIT_CRITICAL();
}

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fs_wait_inicialized()

fsensor_t fs_wait_inicialized

(

)

                                {
    fsensor_t ret = fs_get_state();
    while (ret == FS_NOT_INICIALIZED) {
        osDelay(0); // switch to other threads
        ret = fs_get_state();
    }
    return ret;
}

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fs_init_on_edge()

void fs_init_on_edge

(

)

                       {
    _init();
    fs_send_M600_on_edge();
}

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fs_init_on_level()

void fs_init_on_level

(

)

                        {
    _init();
    fs_send_M600_on_level();
}

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fs_init_never()

void fs_init_never

(

)

                     {
    _init();
    fs_send_M600_never();
}

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fs_cycle()

void fs_cycle

(

)

                {
    //sensor is disabled (only init can enable it)
    if (state == FS_DISABLED)
        return;
 
    //sensor is enabled
    if (status.meas_cycle == 0) {
        _cycle0();
    } else {
        _cycle1();
    }
 
    //clear M600_sent status if marlin is paused
    if (marlin_update_vars(MARLIN_VAR_MSK(MARLIN_VAR_WAITUSER))->wait_user) {
        status.M600_sent = 0;
    }
}

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