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HVAC_M7_CAN_DBG_MATRIX/lib/candb_dbg.h

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// Generator version : v3.1
// DBC filename : CCUdbg.dbc
#pragma once
#ifdef __cplusplus
extern "C" {
#endif
#include <stdint.h>
// DBC file version
#define VER_CANDB_DBG_MAJ (0U)
#define VER_CANDB_DBG_MIN (0U)
// include current dbc-driver compilation config
#include "candb_dbg-config.h"
#ifdef CANDB_DBG_USE_DIAG_MONITORS
// This file must define:
// base monitor struct
#include "canmonitorutil.h"
#endif // CANDB_DBG_USE_DIAG_MONITORS
// DLC maximum value which is used as the limit for frame's data buffer size.
// Client can set its own value (not sure why) in driver-config
// or can test it on some limit specified by application
// e.g.: static_assert(TESTDB_MAX_DLC_VALUE <= APPLICATION_FRAME_DATA_SIZE, "Max DLC value in the driver is too big")
#ifndef CANDB_DBG_MAX_DLC_VALUE
// The value which was found out by generator (real max value)
#define CANDB_DBG_MAX_DLC_VALUE 8U
#endif
// The limit is used for setting frame's data bytes
#define CANDB_DBG_VALIDATE_DLC(msgDlc) (((msgDlc) <= (CANDB_DBG_MAX_DLC_VALUE)) ? (msgDlc) : (CANDB_DBG_MAX_DLC_VALUE))
// Initial byte value to be filles in data bytes of the frame before pack signals
// User can define its own custom value in driver-config file
#ifndef CANDB_DBG_INITIAL_BYTE_VALUE
#define CANDB_DBG_INITIAL_BYTE_VALUE 0U
#endif
// def @dbg_Logic_State CAN Message (992 0x3e0)
#define dbg_Logic_State_IDE (0U)
#define dbg_Logic_State_DLC (8U)
#define dbg_Logic_State_CANID (0x3e0U)
// Value tables for @Logic_Operation_Mode signal
#ifndef Logic_Operation_Mode_dbg_Logic_State_Full_Mode
#define Logic_Operation_Mode_dbg_Logic_State_Full_Mode (3)
#endif
#ifndef Logic_Operation_Mode_dbg_Logic_State_Reduced_Mode
#define Logic_Operation_Mode_dbg_Logic_State_Reduced_Mode (1)
#endif
#ifndef Logic_Operation_Mode_dbg_Logic_State_Off_Mode
#define Logic_Operation_Mode_dbg_Logic_State_Off_Mode (0)
#endif
// Value tables for @Logic_Amb_Level signal
#ifndef Logic_Amb_Level_dbg_Logic_State_AMB_LV5
#define Logic_Amb_Level_dbg_Logic_State_AMB_LV5 (5)
#endif
#ifndef Logic_Amb_Level_dbg_Logic_State_AMB_LV4
#define Logic_Amb_Level_dbg_Logic_State_AMB_LV4 (4)
#endif
#ifndef Logic_Amb_Level_dbg_Logic_State_AMB_LV3
#define Logic_Amb_Level_dbg_Logic_State_AMB_LV3 (3)
#endif
#ifndef Logic_Amb_Level_dbg_Logic_State_AMB_LV2
#define Logic_Amb_Level_dbg_Logic_State_AMB_LV2 (2)
#endif
#ifndef Logic_Amb_Level_dbg_Logic_State_AMB_LV1
#define Logic_Amb_Level_dbg_Logic_State_AMB_LV1 (1)
#endif
#ifndef Logic_Amb_Level_dbg_Logic_State_AMB_LV0
#define Logic_Amb_Level_dbg_Logic_State_AMB_LV0 (0)
#endif
// Value tables for @Logic_AutoDemist_Electric signal
#ifndef Logic_AutoDemist_Electric_dbg_Logic_State_On
#define Logic_AutoDemist_Electric_dbg_Logic_State_On (1)
#endif
#ifndef Logic_AutoDemist_Electric_dbg_Logic_State_OFF
#define Logic_AutoDemist_Electric_dbg_Logic_State_OFF (0)
#endif
// Value tables for @Logic_AutoDemist_Garage signal
#ifndef Logic_AutoDemist_Garage_dbg_Logic_State_On
#define Logic_AutoDemist_Garage_dbg_Logic_State_On (1)
#endif
#ifndef Logic_AutoDemist_Garage_dbg_Logic_State_OFF
#define Logic_AutoDemist_Garage_dbg_Logic_State_OFF (0)
#endif
// Value tables for @Logic_AutoDemist_Lv_Summer signal
#ifndef Logic_AutoDemist_Lv_Summer_dbg_Logic_State_AutoDemist_LV4
#define Logic_AutoDemist_Lv_Summer_dbg_Logic_State_AutoDemist_LV4 (4)
#endif
#ifndef Logic_AutoDemist_Lv_Summer_dbg_Logic_State_AutoDemist_LV3
#define Logic_AutoDemist_Lv_Summer_dbg_Logic_State_AutoDemist_LV3 (3)
#endif
#ifndef Logic_AutoDemist_Lv_Summer_dbg_Logic_State_AutoDemist_LV2
#define Logic_AutoDemist_Lv_Summer_dbg_Logic_State_AutoDemist_LV2 (2)
#endif
#ifndef Logic_AutoDemist_Lv_Summer_dbg_Logic_State_AutoDemist_LV1
#define Logic_AutoDemist_Lv_Summer_dbg_Logic_State_AutoDemist_LV1 (1)
#endif
#ifndef Logic_AutoDemist_Lv_Summer_dbg_Logic_State_AutoDemist_LV0
#define Logic_AutoDemist_Lv_Summer_dbg_Logic_State_AutoDemist_LV0 (0)
#endif
// Value tables for @Logic_RemoteStart signal
#ifndef Logic_RemoteStart_dbg_Logic_State_Remote_Starte_Step_3
#define Logic_RemoteStart_dbg_Logic_State_Remote_Starte_Step_3 (3)
#endif
#ifndef Logic_RemoteStart_dbg_Logic_State_Remote_Starte_Step_2
#define Logic_RemoteStart_dbg_Logic_State_Remote_Starte_Step_2 (2)
#endif
#ifndef Logic_RemoteStart_dbg_Logic_State_Remote_Starte_Step_1
#define Logic_RemoteStart_dbg_Logic_State_Remote_Starte_Step_1 (1)
#endif
#ifndef Logic_RemoteStart_dbg_Logic_State_Remote_Starte_Step_0
#define Logic_RemoteStart_dbg_Logic_State_Remote_Starte_Step_0 (0)
#endif
// Value tables for @Logic_Rest_Mode signal
#ifndef Logic_Rest_Mode_dbg_Logic_State_Rest_Mode_Summer
#define Logic_Rest_Mode_dbg_Logic_State_Rest_Mode_Summer (2)
#endif
#ifndef Logic_Rest_Mode_dbg_Logic_State_Rest_Mode_Winter
#define Logic_Rest_Mode_dbg_Logic_State_Rest_Mode_Winter (1)
#endif
#ifndef Logic_Rest_Mode_dbg_Logic_State_No_Rest_Mode
#define Logic_Rest_Mode_dbg_Logic_State_No_Rest_Mode (0)
#endif
// Value tables for @Logic_LoHi_Front signal
#ifndef Logic_LoHi_Front_dbg_Logic_State_HI_Full_4zone
#define Logic_LoHi_Front_dbg_Logic_State_HI_Full_4zone (99)
#endif
#ifndef Logic_LoHi_Front_dbg_Logic_State_HI_Both_Left_Right
#define Logic_LoHi_Front_dbg_Logic_State_HI_Both_Left_Right (88)
#endif
#ifndef Logic_LoHi_Front_dbg_Logic_State_HI_Left_Only
#define Logic_LoHi_Front_dbg_Logic_State_HI_Left_Only (80)
#endif
#ifndef Logic_LoHi_Front_dbg_Logic_State_LO_Full_4zone
#define Logic_LoHi_Front_dbg_Logic_State_LO_Full_4zone (22)
#endif
#ifndef Logic_LoHi_Front_dbg_Logic_State_LO_Both_Left_Right
#define Logic_LoHi_Front_dbg_Logic_State_LO_Both_Left_Right (11)
#endif
#ifndef Logic_LoHi_Front_dbg_Logic_State_LO_Left_Only
#define Logic_LoHi_Front_dbg_Logic_State_LO_Left_Only (10)
#endif
#ifndef Logic_LoHi_Front_dbg_Logic_State_HI_Right_Only
#define Logic_LoHi_Front_dbg_Logic_State_HI_Right_Only (8)
#endif
#ifndef Logic_LoHi_Front_dbg_Logic_State_LO_Right_Only
#define Logic_LoHi_Front_dbg_Logic_State_LO_Right_Only (1)
#endif
#ifndef Logic_LoHi_Front_dbg_Logic_State_IDLE_No_LoHi
#define Logic_LoHi_Front_dbg_Logic_State_IDLE_No_LoHi (0)
#endif
// Value tables for @Logic_LoHi_Rear signal
#ifndef Logic_LoHi_Rear_dbg_Logic_State_HI_Full_4zone
#define Logic_LoHi_Rear_dbg_Logic_State_HI_Full_4zone (99)
#endif
#ifndef Logic_LoHi_Rear_dbg_Logic_State_HI_Both_Left_Right
#define Logic_LoHi_Rear_dbg_Logic_State_HI_Both_Left_Right (88)
#endif
#ifndef Logic_LoHi_Rear_dbg_Logic_State_HI_Left_Only
#define Logic_LoHi_Rear_dbg_Logic_State_HI_Left_Only (80)
#endif
#ifndef Logic_LoHi_Rear_dbg_Logic_State_LO_Full_4zone
#define Logic_LoHi_Rear_dbg_Logic_State_LO_Full_4zone (22)
#endif
#ifndef Logic_LoHi_Rear_dbg_Logic_State_LO_Both_Left_Right
#define Logic_LoHi_Rear_dbg_Logic_State_LO_Both_Left_Right (11)
#endif
#ifndef Logic_LoHi_Rear_dbg_Logic_State_LO_Left_Only
#define Logic_LoHi_Rear_dbg_Logic_State_LO_Left_Only (10)
#endif
#ifndef Logic_LoHi_Rear_dbg_Logic_State_HI_Right_Only
#define Logic_LoHi_Rear_dbg_Logic_State_HI_Right_Only (8)
#endif
#ifndef Logic_LoHi_Rear_dbg_Logic_State_LO_Right_Only
#define Logic_LoHi_Rear_dbg_Logic_State_LO_Right_Only (1)
#endif
#ifndef Logic_LoHi_Rear_dbg_Logic_State_IDLE_No_LoHi
#define Logic_LoHi_Rear_dbg_Logic_State_IDLE_No_LoHi (0)
#endif
// Value tables for @Logic_2WayValve_Status signal
#ifndef Logic_2WayValve_Status_dbg_Logic_State_Open
#define Logic_2WayValve_Status_dbg_Logic_State_Open (2)
#endif
#ifndef Logic_2WayValve_Status_dbg_Logic_State_Close_Exit
#define Logic_2WayValve_Status_dbg_Logic_State_Close_Exit (1)
#endif
#ifndef Logic_2WayValve_Status_dbg_Logic_State_Close
#define Logic_2WayValve_Status_dbg_Logic_State_Close (0)
#endif
// Value tables for @Logic_Start_Ctrl_Front signal
#ifndef Logic_Start_Ctrl_Front_dbg_Logic_State_Start_Ctrl_Step3
#define Logic_Start_Ctrl_Front_dbg_Logic_State_Start_Ctrl_Step3 (4)
#endif
#ifndef Logic_Start_Ctrl_Front_dbg_Logic_State_Start_Ctrl_Step1
#define Logic_Start_Ctrl_Front_dbg_Logic_State_Start_Ctrl_Step1 (2)
#endif
#ifndef Logic_Start_Ctrl_Front_dbg_Logic_State_Start_Ctrl_Step2
#define Logic_Start_Ctrl_Front_dbg_Logic_State_Start_Ctrl_Step2 (3)
#endif
#ifndef Logic_Start_Ctrl_Front_dbg_Logic_State_Start_Ctrl_Step0
#define Logic_Start_Ctrl_Front_dbg_Logic_State_Start_Ctrl_Step0 (1)
#endif
#ifndef Logic_Start_Ctrl_Front_dbg_Logic_State_No_Start_Ctrl
#define Logic_Start_Ctrl_Front_dbg_Logic_State_No_Start_Ctrl (0)
#endif
// Value tables for @Logic_Start_Ctrl_Rear signal
#ifndef Logic_Start_Ctrl_Rear_dbg_Logic_State_Start_Ctrl_Step3
#define Logic_Start_Ctrl_Rear_dbg_Logic_State_Start_Ctrl_Step3 (4)
#endif
#ifndef Logic_Start_Ctrl_Rear_dbg_Logic_State_Start_Ctrl_Step1
#define Logic_Start_Ctrl_Rear_dbg_Logic_State_Start_Ctrl_Step1 (2)
#endif
#ifndef Logic_Start_Ctrl_Rear_dbg_Logic_State_Start_Ctrl_Step2
#define Logic_Start_Ctrl_Rear_dbg_Logic_State_Start_Ctrl_Step2 (3)
#endif
#ifndef Logic_Start_Ctrl_Rear_dbg_Logic_State_Start_Ctrl_Step0
#define Logic_Start_Ctrl_Rear_dbg_Logic_State_Start_Ctrl_Step0 (1)
#endif
#ifndef Logic_Start_Ctrl_Rear_dbg_Logic_State_No_Start_Ctrl
#define Logic_Start_Ctrl_Rear_dbg_Logic_State_No_Start_Ctrl (0)
#endif
// Value tables for @Logic_Duct_WaitCorrection_FRL signal
#ifndef Logic_Duct_WaitCorrection_FRL_dbg_Logic_State_DONE
#define Logic_Duct_WaitCorrection_FRL_dbg_Logic_State_DONE (3)
#endif
#ifndef Logic_Duct_WaitCorrection_FRL_dbg_Logic_State_CHANGE
#define Logic_Duct_WaitCorrection_FRL_dbg_Logic_State_CHANGE (2)
#endif
#ifndef Logic_Duct_WaitCorrection_FRL_dbg_Logic_State_WAIT
#define Logic_Duct_WaitCorrection_FRL_dbg_Logic_State_WAIT (1)
#endif
#ifndef Logic_Duct_WaitCorrection_FRL_dbg_Logic_State_OFF
#define Logic_Duct_WaitCorrection_FRL_dbg_Logic_State_OFF (0)
#endif
// Value tables for @Logic_Duct_WaitCorrection_FLL signal
#ifndef Logic_Duct_WaitCorrection_FLL_dbg_Logic_State_DONE
#define Logic_Duct_WaitCorrection_FLL_dbg_Logic_State_DONE (3)
#endif
#ifndef Logic_Duct_WaitCorrection_FLL_dbg_Logic_State_CHANGE
#define Logic_Duct_WaitCorrection_FLL_dbg_Logic_State_CHANGE (2)
#endif
#ifndef Logic_Duct_WaitCorrection_FLL_dbg_Logic_State_WAIT
#define Logic_Duct_WaitCorrection_FLL_dbg_Logic_State_WAIT (1)
#endif
#ifndef Logic_Duct_WaitCorrection_FLL_dbg_Logic_State_OFF
#define Logic_Duct_WaitCorrection_FLL_dbg_Logic_State_OFF (0)
#endif
// Value tables for @Logic_AutoDemist_Lv_Winter signal
#ifndef Logic_AutoDemist_Lv_Winter_dbg_Logic_State_AutoDemist_LV4
#define Logic_AutoDemist_Lv_Winter_dbg_Logic_State_AutoDemist_LV4 (4)
#endif
#ifndef Logic_AutoDemist_Lv_Winter_dbg_Logic_State_AutoDemist_LV3
#define Logic_AutoDemist_Lv_Winter_dbg_Logic_State_AutoDemist_LV3 (3)
#endif
#ifndef Logic_AutoDemist_Lv_Winter_dbg_Logic_State_AutoDemist_LV2
#define Logic_AutoDemist_Lv_Winter_dbg_Logic_State_AutoDemist_LV2 (2)
#endif
#ifndef Logic_AutoDemist_Lv_Winter_dbg_Logic_State_AutoDemist_LV1
#define Logic_AutoDemist_Lv_Winter_dbg_Logic_State_AutoDemist_LV1 (1)
#endif
#ifndef Logic_AutoDemist_Lv_Winter_dbg_Logic_State_AutoDemist_LV0
#define Logic_AutoDemist_Lv_Winter_dbg_Logic_State_AutoDemist_LV0 (0)
#endif
// Value tables for @Logic_AF_WaitCorrection_FL signal
#ifndef Logic_AF_WaitCorrection_FL_dbg_Logic_State_DONE
#define Logic_AF_WaitCorrection_FL_dbg_Logic_State_DONE (3)
#endif
#ifndef Logic_AF_WaitCorrection_FL_dbg_Logic_State_CHANGE
#define Logic_AF_WaitCorrection_FL_dbg_Logic_State_CHANGE (2)
#endif
#ifndef Logic_AF_WaitCorrection_FL_dbg_Logic_State_WAIT
#define Logic_AF_WaitCorrection_FL_dbg_Logic_State_WAIT (1)
#endif
#ifndef Logic_AF_WaitCorrection_FL_dbg_Logic_State_OFF
#define Logic_AF_WaitCorrection_FL_dbg_Logic_State_OFF (0)
#endif
// Value tables for @Logic_AF_WaitCorrection_FR signal
#ifndef Logic_AF_WaitCorrection_FR_dbg_Logic_State_DONE
#define Logic_AF_WaitCorrection_FR_dbg_Logic_State_DONE (3)
#endif
#ifndef Logic_AF_WaitCorrection_FR_dbg_Logic_State_CHANGE
#define Logic_AF_WaitCorrection_FR_dbg_Logic_State_CHANGE (2)
#endif
#ifndef Logic_AF_WaitCorrection_FR_dbg_Logic_State_WAIT
#define Logic_AF_WaitCorrection_FR_dbg_Logic_State_WAIT (1)
#endif
#ifndef Logic_AF_WaitCorrection_FR_dbg_Logic_State_OFF
#define Logic_AF_WaitCorrection_FR_dbg_Logic_State_OFF (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 3 : "Full Mode"
// 1 : "Reduced Mode"
// 0 : "Off Mode"
uint8_t Logic_Operation_Mode : 2; // Bits= 2
// 5 : "AMB_LV5"
// 4 : "AMB_LV4"
// 3 : "AMB_LV3"
// 2 : "AMB_LV2"
// 1 : "AMB_LV1"
// 0 : "AMB_LV0"
uint8_t Logic_Amb_Level : 4; // Bits= 4
// 1 : "On"
// 0 : "OFF"
uint8_t Logic_AutoDemist_Electric : 1; // Bits= 1
// 1 : "On"
// 0 : "OFF"
uint8_t Logic_AutoDemist_Garage : 1; // Bits= 1
// 4 : "AutoDemist_LV4"
// 3 : "AutoDemist_LV3"
// 2 : "AutoDemist_LV2"
// 1 : "AutoDemist_LV1"
// 0 : "AutoDemist_LV0"
uint8_t Logic_AutoDemist_Lv_Summer : 4; // Bits= 4
// 3 : "Remote Starte Step 3"
// 2 : "Remote Starte Step 2"
// 1 : "Remote Starte Step 1"
// 0 : "Remote Starte Step 0"
uint8_t Logic_RemoteStart : 2; // Bits= 2
// 2 : "Rest Mode_Summer"
// 1 : "Rest Mode_Winter"
// 0 : "No Rest Mode"
uint8_t Logic_Rest_Mode : 2; // Bits= 2
// 99 : "HI_Full_4zone"
// 88 : "HI_Both_Left_Right"
// 80 : "HI_Left_Only"
// 22 : "LO_Full_4zone"
// 11 : "LO_Both_Left_Right"
// 10 : "LO_Left_Only"
// 8 : "HI_Right_Only"
// 1 : "LO_Right_Only"
// 0 : "IDLE_No_LoHi"
uint8_t Logic_LoHi_Front; // Bits= 8
// 99 : "HI_Full_4zone"
// 88 : "HI_Both_Left_Right"
// 80 : "HI_Left_Only"
// 22 : "LO_Full_4zone"
// 11 : "LO_Both_Left_Right"
// 10 : "LO_Left_Only"
// 8 : "HI_Right_Only"
// 1 : "LO_Right_Only"
// 0 : "IDLE_No_LoHi"
uint8_t Logic_LoHi_Rear; // Bits= 8
// 2 : "Open"
// 1 : "Close_Exit"
// 0 : "Close"
uint8_t Logic_2WayValve_Status : 2; // Bits= 2
uint8_t Logic_Full_Auto_FL : 1; // Bits= 1 Unit:'(off 0, on 1)'
uint8_t Logic_Full_Auto_FR : 1; // Bits= 1 Unit:'(off 0, on 1)'
uint8_t Logic_Full_Auto_RL : 1; // Bits= 1 Unit:'(off 0, on 1)'
uint8_t Logic_Full_Auto_RR : 1; // Bits= 1 Unit:'(off 0, on 1)'
uint8_t Logic_Full_MaxAc : 1; // Bits= 1 Unit:'(off 0, on 1)'
uint8_t Logic_Full_MaxDef : 1; // Bits= 1 Unit:'(off 0, on 1)'
// 4 : "Start_Ctrl_Step3"
// 2 : "Start_Ctrl_Step1"
// 3 : "Start_Ctrl_Step2"
// 1 : "Start_Ctrl_Step0"
// 0 : "No_Start_Ctrl"
uint8_t Logic_Start_Ctrl_Front : 3; // Bits= 3
// 4 : "Start_Ctrl_Step3"
// 2 : "Start_Ctrl_Step1"
// 3 : "Start_Ctrl_Step2"
// 1 : "Start_Ctrl_Step0"
// 0 : "No_Start_Ctrl"
uint8_t Logic_Start_Ctrl_Rear : 3; // Bits= 3
uint8_t Logic_Valve_Use_DiffBlr_R2 : 1; // Bits= 1 Unit:'(off 0, on 1)'
// 3 : "DONE"
// 2 : "CHANGE"
// 1 : "WAIT"
// 0 : "OFF"
uint8_t Logic_Duct_WaitCorrection_FRL : 2; // Bits= 2
// 3 : "DONE"
// 2 : "CHANGE"
// 1 : "WAIT"
// 0 : "OFF"
uint8_t Logic_Duct_WaitCorrection_FLL : 2; // Bits= 2
// 4 : "AutoDemist_LV4"
// 3 : "AutoDemist_LV3"
// 2 : "AutoDemist_LV2"
// 1 : "AutoDemist_LV1"
// 0 : "AutoDemist_LV0"
uint8_t Logic_AutoDemist_Lv_Winter : 4; // Bits= 4
// 3 : "DONE"
// 2 : "CHANGE"
// 1 : "WAIT"
// 0 : "OFF"
uint8_t Logic_AF_WaitCorrection_FL : 2; // Bits= 2
// 3 : "DONE"
// 2 : "CHANGE"
// 1 : "WAIT"
// 0 : "OFF"
uint8_t Logic_AF_WaitCorrection_FR : 2; // Bits= 2
#else
// 3 : "Full Mode"
// 1 : "Reduced Mode"
// 0 : "Off Mode"
uint8_t Logic_Operation_Mode; // Bits= 2
// 5 : "AMB_LV5"
// 4 : "AMB_LV4"
// 3 : "AMB_LV3"
// 2 : "AMB_LV2"
// 1 : "AMB_LV1"
// 0 : "AMB_LV0"
uint8_t Logic_Amb_Level; // Bits= 4
// 1 : "On"
// 0 : "OFF"
uint8_t Logic_AutoDemist_Electric; // Bits= 1
// 1 : "On"
// 0 : "OFF"
uint8_t Logic_AutoDemist_Garage; // Bits= 1
// 4 : "AutoDemist_LV4"
// 3 : "AutoDemist_LV3"
// 2 : "AutoDemist_LV2"
// 1 : "AutoDemist_LV1"
// 0 : "AutoDemist_LV0"
uint8_t Logic_AutoDemist_Lv_Summer; // Bits= 4
// 3 : "Remote Starte Step 3"
// 2 : "Remote Starte Step 2"
// 1 : "Remote Starte Step 1"
// 0 : "Remote Starte Step 0"
uint8_t Logic_RemoteStart; // Bits= 2
// 2 : "Rest Mode_Summer"
// 1 : "Rest Mode_Winter"
// 0 : "No Rest Mode"
uint8_t Logic_Rest_Mode; // Bits= 2
// 99 : "HI_Full_4zone"
// 88 : "HI_Both_Left_Right"
// 80 : "HI_Left_Only"
// 22 : "LO_Full_4zone"
// 11 : "LO_Both_Left_Right"
// 10 : "LO_Left_Only"
// 8 : "HI_Right_Only"
// 1 : "LO_Right_Only"
// 0 : "IDLE_No_LoHi"
uint8_t Logic_LoHi_Front; // Bits= 8
// 99 : "HI_Full_4zone"
// 88 : "HI_Both_Left_Right"
// 80 : "HI_Left_Only"
// 22 : "LO_Full_4zone"
// 11 : "LO_Both_Left_Right"
// 10 : "LO_Left_Only"
// 8 : "HI_Right_Only"
// 1 : "LO_Right_Only"
// 0 : "IDLE_No_LoHi"
uint8_t Logic_LoHi_Rear; // Bits= 8
// 2 : "Open"
// 1 : "Close_Exit"
// 0 : "Close"
uint8_t Logic_2WayValve_Status; // Bits= 2
uint8_t Logic_Full_Auto_FL; // Bits= 1 Unit:'(off 0, on 1)'
uint8_t Logic_Full_Auto_FR; // Bits= 1 Unit:'(off 0, on 1)'
uint8_t Logic_Full_Auto_RL; // Bits= 1 Unit:'(off 0, on 1)'
uint8_t Logic_Full_Auto_RR; // Bits= 1 Unit:'(off 0, on 1)'
uint8_t Logic_Full_MaxAc; // Bits= 1 Unit:'(off 0, on 1)'
uint8_t Logic_Full_MaxDef; // Bits= 1 Unit:'(off 0, on 1)'
// 4 : "Start_Ctrl_Step3"
// 2 : "Start_Ctrl_Step1"
// 3 : "Start_Ctrl_Step2"
// 1 : "Start_Ctrl_Step0"
// 0 : "No_Start_Ctrl"
uint8_t Logic_Start_Ctrl_Front; // Bits= 3
// 4 : "Start_Ctrl_Step3"
// 2 : "Start_Ctrl_Step1"
// 3 : "Start_Ctrl_Step2"
// 1 : "Start_Ctrl_Step0"
// 0 : "No_Start_Ctrl"
uint8_t Logic_Start_Ctrl_Rear; // Bits= 3
uint8_t Logic_Valve_Use_DiffBlr_R2; // Bits= 1 Unit:'(off 0, on 1)'
// 3 : "DONE"
// 2 : "CHANGE"
// 1 : "WAIT"
// 0 : "OFF"
uint8_t Logic_Duct_WaitCorrection_FRL; // Bits= 2
// 3 : "DONE"
// 2 : "CHANGE"
// 1 : "WAIT"
// 0 : "OFF"
uint8_t Logic_Duct_WaitCorrection_FLL; // Bits= 2
// 4 : "AutoDemist_LV4"
// 3 : "AutoDemist_LV3"
// 2 : "AutoDemist_LV2"
// 1 : "AutoDemist_LV1"
// 0 : "AutoDemist_LV0"
uint8_t Logic_AutoDemist_Lv_Winter; // Bits= 4
// 3 : "DONE"
// 2 : "CHANGE"
// 1 : "WAIT"
// 0 : "OFF"
uint8_t Logic_AF_WaitCorrection_FL; // Bits= 2
// 3 : "DONE"
// 2 : "CHANGE"
// 1 : "WAIT"
// 0 : "OFF"
uint8_t Logic_AF_WaitCorrection_FR; // Bits= 2
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Logic_State_t;
// def @dbg_Logic_KM_Status CAN Message (993 0x3e1)
#define dbg_Logic_KM_Status_IDE (0U)
#define dbg_Logic_KM_Status_DLC (4U)
#define dbg_Logic_KM_Status_CANID (0x3e1U)
// Value tables for @Logic_KM_Mode_FL signal
#ifndef Logic_KM_Mode_FL_dbg_Logic_KM_Status_AC_Max
#define Logic_KM_Mode_FL_dbg_Logic_KM_Status_AC_Max (6)
#endif
#ifndef Logic_KM_Mode_FL_dbg_Logic_KM_Status_Fire_Extinguis
#define Logic_KM_Mode_FL_dbg_Logic_KM_Status_Fire_Extinguis (5)
#endif
#ifndef Logic_KM_Mode_FL_dbg_Logic_KM_Status_Rest_Mode
#define Logic_KM_Mode_FL_dbg_Logic_KM_Status_Rest_Mode (4)
#endif
#ifndef Logic_KM_Mode_FL_dbg_Logic_KM_Status_Auto
#define Logic_KM_Mode_FL_dbg_Logic_KM_Status_Auto (3)
#endif
#ifndef Logic_KM_Mode_FL_dbg_Logic_KM_Status_Defrost
#define Logic_KM_Mode_FL_dbg_Logic_KM_Status_Defrost (2)
#endif
#ifndef Logic_KM_Mode_FL_dbg_Logic_KM_Status_Manual
#define Logic_KM_Mode_FL_dbg_Logic_KM_Status_Manual (1)
#endif
#ifndef Logic_KM_Mode_FL_dbg_Logic_KM_Status_OFF
#define Logic_KM_Mode_FL_dbg_Logic_KM_Status_OFF (0)
#endif
// Value tables for @Logic_KM_Mode_FR signal
#ifndef Logic_KM_Mode_FR_dbg_Logic_KM_Status_AC_Max
#define Logic_KM_Mode_FR_dbg_Logic_KM_Status_AC_Max (6)
#endif
#ifndef Logic_KM_Mode_FR_dbg_Logic_KM_Status_Fire_Extinguis
#define Logic_KM_Mode_FR_dbg_Logic_KM_Status_Fire_Extinguis (5)
#endif
#ifndef Logic_KM_Mode_FR_dbg_Logic_KM_Status_Rest_Mode
#define Logic_KM_Mode_FR_dbg_Logic_KM_Status_Rest_Mode (4)
#endif
#ifndef Logic_KM_Mode_FR_dbg_Logic_KM_Status_Auto
#define Logic_KM_Mode_FR_dbg_Logic_KM_Status_Auto (3)
#endif
#ifndef Logic_KM_Mode_FR_dbg_Logic_KM_Status_Defrost
#define Logic_KM_Mode_FR_dbg_Logic_KM_Status_Defrost (2)
#endif
#ifndef Logic_KM_Mode_FR_dbg_Logic_KM_Status_Manual
#define Logic_KM_Mode_FR_dbg_Logic_KM_Status_Manual (1)
#endif
#ifndef Logic_KM_Mode_FR_dbg_Logic_KM_Status_OFF
#define Logic_KM_Mode_FR_dbg_Logic_KM_Status_OFF (0)
#endif
// Value tables for @Logic_KM_Mode_RL signal
#ifndef Logic_KM_Mode_RL_dbg_Logic_KM_Status_AC_Max
#define Logic_KM_Mode_RL_dbg_Logic_KM_Status_AC_Max (6)
#endif
#ifndef Logic_KM_Mode_RL_dbg_Logic_KM_Status_Fire_Extinguis
#define Logic_KM_Mode_RL_dbg_Logic_KM_Status_Fire_Extinguis (5)
#endif
#ifndef Logic_KM_Mode_RL_dbg_Logic_KM_Status_Rest_Mode
#define Logic_KM_Mode_RL_dbg_Logic_KM_Status_Rest_Mode (4)
#endif
#ifndef Logic_KM_Mode_RL_dbg_Logic_KM_Status_Auto
#define Logic_KM_Mode_RL_dbg_Logic_KM_Status_Auto (3)
#endif
#ifndef Logic_KM_Mode_RL_dbg_Logic_KM_Status_Defrost
#define Logic_KM_Mode_RL_dbg_Logic_KM_Status_Defrost (2)
#endif
#ifndef Logic_KM_Mode_RL_dbg_Logic_KM_Status_Manual
#define Logic_KM_Mode_RL_dbg_Logic_KM_Status_Manual (1)
#endif
#ifndef Logic_KM_Mode_RL_dbg_Logic_KM_Status_OFF
#define Logic_KM_Mode_RL_dbg_Logic_KM_Status_OFF (0)
#endif
// Value tables for @Logic_KM_Mode_RR signal
#ifndef Logic_KM_Mode_RR_dbg_Logic_KM_Status_AC_Max
#define Logic_KM_Mode_RR_dbg_Logic_KM_Status_AC_Max (6)
#endif
#ifndef Logic_KM_Mode_RR_dbg_Logic_KM_Status_Fire_Extinguis
#define Logic_KM_Mode_RR_dbg_Logic_KM_Status_Fire_Extinguis (5)
#endif
#ifndef Logic_KM_Mode_RR_dbg_Logic_KM_Status_Rest_Mode
#define Logic_KM_Mode_RR_dbg_Logic_KM_Status_Rest_Mode (4)
#endif
#ifndef Logic_KM_Mode_RR_dbg_Logic_KM_Status_Auto
#define Logic_KM_Mode_RR_dbg_Logic_KM_Status_Auto (3)
#endif
#ifndef Logic_KM_Mode_RR_dbg_Logic_KM_Status_Defrost
#define Logic_KM_Mode_RR_dbg_Logic_KM_Status_Defrost (2)
#endif
#ifndef Logic_KM_Mode_RR_dbg_Logic_KM_Status_Manual
#define Logic_KM_Mode_RR_dbg_Logic_KM_Status_Manual (1)
#endif
#ifndef Logic_KM_Mode_RR_dbg_Logic_KM_Status_OFF
#define Logic_KM_Mode_RR_dbg_Logic_KM_Status_OFF (0)
#endif
// Value tables for @Logic_KM_Blower_FL signal
#ifndef Logic_KM_Blower_FL_dbg_Logic_KM_Status_AC_Max
#define Logic_KM_Blower_FL_dbg_Logic_KM_Status_AC_Max (6)
#endif
#ifndef Logic_KM_Blower_FL_dbg_Logic_KM_Status_Fire_Extinguis
#define Logic_KM_Blower_FL_dbg_Logic_KM_Status_Fire_Extinguis (5)
#endif
#ifndef Logic_KM_Blower_FL_dbg_Logic_KM_Status_Rest_Mode
#define Logic_KM_Blower_FL_dbg_Logic_KM_Status_Rest_Mode (4)
#endif
#ifndef Logic_KM_Blower_FL_dbg_Logic_KM_Status_Auto
#define Logic_KM_Blower_FL_dbg_Logic_KM_Status_Auto (3)
#endif
#ifndef Logic_KM_Blower_FL_dbg_Logic_KM_Status_Defrost
#define Logic_KM_Blower_FL_dbg_Logic_KM_Status_Defrost (2)
#endif
#ifndef Logic_KM_Blower_FL_dbg_Logic_KM_Status_Manual
#define Logic_KM_Blower_FL_dbg_Logic_KM_Status_Manual (1)
#endif
#ifndef Logic_KM_Blower_FL_dbg_Logic_KM_Status_OFF
#define Logic_KM_Blower_FL_dbg_Logic_KM_Status_OFF (0)
#endif
// Value tables for @Logic_KM_Blower_FR signal
#ifndef Logic_KM_Blower_FR_dbg_Logic_KM_Status_AC_Max
#define Logic_KM_Blower_FR_dbg_Logic_KM_Status_AC_Max (6)
#endif
#ifndef Logic_KM_Blower_FR_dbg_Logic_KM_Status_Fire_Extinguis
#define Logic_KM_Blower_FR_dbg_Logic_KM_Status_Fire_Extinguis (5)
#endif
#ifndef Logic_KM_Blower_FR_dbg_Logic_KM_Status_Rest_Mode
#define Logic_KM_Blower_FR_dbg_Logic_KM_Status_Rest_Mode (4)
#endif
#ifndef Logic_KM_Blower_FR_dbg_Logic_KM_Status_Auto
#define Logic_KM_Blower_FR_dbg_Logic_KM_Status_Auto (3)
#endif
#ifndef Logic_KM_Blower_FR_dbg_Logic_KM_Status_Defrost
#define Logic_KM_Blower_FR_dbg_Logic_KM_Status_Defrost (2)
#endif
#ifndef Logic_KM_Blower_FR_dbg_Logic_KM_Status_Manual
#define Logic_KM_Blower_FR_dbg_Logic_KM_Status_Manual (1)
#endif
#ifndef Logic_KM_Blower_FR_dbg_Logic_KM_Status_OFF
#define Logic_KM_Blower_FR_dbg_Logic_KM_Status_OFF (0)
#endif
// Value tables for @Logic_KM_Blower_RL signal
#ifndef Logic_KM_Blower_RL_dbg_Logic_KM_Status_AC_Max
#define Logic_KM_Blower_RL_dbg_Logic_KM_Status_AC_Max (6)
#endif
#ifndef Logic_KM_Blower_RL_dbg_Logic_KM_Status_Fire_Extinguis
#define Logic_KM_Blower_RL_dbg_Logic_KM_Status_Fire_Extinguis (5)
#endif
#ifndef Logic_KM_Blower_RL_dbg_Logic_KM_Status_Rest_Mode
#define Logic_KM_Blower_RL_dbg_Logic_KM_Status_Rest_Mode (4)
#endif
#ifndef Logic_KM_Blower_RL_dbg_Logic_KM_Status_Auto
#define Logic_KM_Blower_RL_dbg_Logic_KM_Status_Auto (3)
#endif
#ifndef Logic_KM_Blower_RL_dbg_Logic_KM_Status_Defrost
#define Logic_KM_Blower_RL_dbg_Logic_KM_Status_Defrost (2)
#endif
#ifndef Logic_KM_Blower_RL_dbg_Logic_KM_Status_Manual
#define Logic_KM_Blower_RL_dbg_Logic_KM_Status_Manual (1)
#endif
#ifndef Logic_KM_Blower_RL_dbg_Logic_KM_Status_OFF
#define Logic_KM_Blower_RL_dbg_Logic_KM_Status_OFF (0)
#endif
// Value tables for @Logic_KM_Blower_RR signal
#ifndef Logic_KM_Blower_RR_dbg_Logic_KM_Status_AC_Max
#define Logic_KM_Blower_RR_dbg_Logic_KM_Status_AC_Max (6)
#endif
#ifndef Logic_KM_Blower_RR_dbg_Logic_KM_Status_Fire_Extinguis
#define Logic_KM_Blower_RR_dbg_Logic_KM_Status_Fire_Extinguis (5)
#endif
#ifndef Logic_KM_Blower_RR_dbg_Logic_KM_Status_Rest_Mode
#define Logic_KM_Blower_RR_dbg_Logic_KM_Status_Rest_Mode (4)
#endif
#ifndef Logic_KM_Blower_RR_dbg_Logic_KM_Status_Auto
#define Logic_KM_Blower_RR_dbg_Logic_KM_Status_Auto (3)
#endif
#ifndef Logic_KM_Blower_RR_dbg_Logic_KM_Status_Defrost
#define Logic_KM_Blower_RR_dbg_Logic_KM_Status_Defrost (2)
#endif
#ifndef Logic_KM_Blower_RR_dbg_Logic_KM_Status_Manual
#define Logic_KM_Blower_RR_dbg_Logic_KM_Status_Manual (1)
#endif
#ifndef Logic_KM_Blower_RR_dbg_Logic_KM_Status_OFF
#define Logic_KM_Blower_RR_dbg_Logic_KM_Status_OFF (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Mode_FL : 4; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Mode_FR : 4; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Mode_RL : 4; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Mode_RR : 4; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Blower_FL : 4; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Blower_FR : 4; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Blower_RL : 4; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Blower_RR : 4; // Bits= 4
#else
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Mode_FL; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Mode_FR; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Mode_RL; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Mode_RR; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Blower_FL; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Blower_FR; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Blower_RL; // Bits= 4
// 6 : "AC_Max"
// 5 : "Fire_Extinguis"
// 4 : "Rest_Mode"
// 3 : "Auto"
// 2 : "Defrost"
// 1 : "Manual"
// 0 : "OFF"
uint8_t Logic_KM_Blower_RR; // Bits= 4
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Logic_KM_Status_t;
// def @dbg_Logic_Valve CAN Message (994 0x3e2)
#define dbg_Logic_Valve_IDE (0U)
#define dbg_Logic_Valve_DLC (6U)
#define dbg_Logic_Valve_CANID (0x3e2U)
// Value tables for @Logic_Valve_Index_FL signal
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Bi2Valve_manual
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Bi2Valve_manual (200)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Vent_manual
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Vent_manual (190)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Bi2Valve_3
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Bi2Valve_3 (180)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Vent_3
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Vent_3 (170)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Bi2Valve_2
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Bi2Valve_2 (160)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Vent_2
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Vent_2 (150)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Fo2Valve
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Fo2Valve (140)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Bi2Valve
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Bi2Valve (130)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Vent
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Re_Vent (120)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_BiValve_manual
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_BiValve_manual (110)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Hi2Valve
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Hi2Valve (100)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Tr2Valve
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Tr2Valve (90)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_De2Valve
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_De2Valve (80)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Fd2Valve
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Fd2Valve (70)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Fo2Valve
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Fo2Valve (60)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_AF2Valve_Summer
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_AF2Valve_Summer (50)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_AF2Valve
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_AF2Valve (40)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Bi2Valve
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Bi2Valve (30)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_BiValve
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_BiValve (20)
#endif
#ifndef Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Ve2Valve
#define Logic_Valve_Index_FL_dbg_Logic_Valve__Fr_Ve2Valve (10)
#endif
// Value tables for @Logic_Valve_Index_FR signal
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Bi2Valve_manual
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Bi2Valve_manual (200)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Vent_manual
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Vent_manual (190)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Bi2Valve_3
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Bi2Valve_3 (180)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Vent_3
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Vent_3 (170)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Bi2Valve_2
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Bi2Valve_2 (160)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Vent_2
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Vent_2 (150)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Fo2Valve
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Fo2Valve (140)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Bi2Valve
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Bi2Valve (130)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Vent
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Re_Vent (120)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_BiValve_manual
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_BiValve_manual (110)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Hi2Valve
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Hi2Valve (100)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Tr2Valve
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Tr2Valve (90)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_De2Valve
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_De2Valve (80)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Fd2Valve
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Fd2Valve (70)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Fo2Valve
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Fo2Valve (60)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_AF2Valve_Summer
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_AF2Valve_Summer (50)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_AF2Valve
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_AF2Valve (40)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Bi2Valve
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Bi2Valve (30)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_BiValve
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_BiValve (20)
#endif
#ifndef Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Ve2Valve
#define Logic_Valve_Index_FR_dbg_Logic_Valve__Fr_Ve2Valve (10)
#endif
// Value tables for @Logic_Valve_Index_RL signal
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Bi2Valve_manual
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Bi2Valve_manual (200)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Vent_manual
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Vent_manual (190)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Bi2Valve_3
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Bi2Valve_3 (180)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Vent_3
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Vent_3 (170)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Bi2Valve_2
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Bi2Valve_2 (160)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Vent_2
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Vent_2 (150)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Fo2Valve
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Fo2Valve (140)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Bi2Valve
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Bi2Valve (130)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Vent
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Re_Vent (120)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_BiValve_manual
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_BiValve_manual (110)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Hi2Valve
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Hi2Valve (100)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Tr2Valve
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Tr2Valve (90)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_De2Valve
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_De2Valve (80)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Fd2Valve
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Fd2Valve (70)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Fo2Valve
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Fo2Valve (60)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_AF2Valve_Summer
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_AF2Valve_Summer (50)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_AF2Valve
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_AF2Valve (40)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Bi2Valve
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Bi2Valve (30)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_BiValve
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_BiValve (20)
#endif
#ifndef Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Ve2Valve
#define Logic_Valve_Index_RL_dbg_Logic_Valve__Fr_Ve2Valve (10)
#endif
// Value tables for @Logic_Valve_Index_RR signal
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Bi2Valve_manual
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Bi2Valve_manual (200)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Vent_manual
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Vent_manual (190)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Bi2Valve_3
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Bi2Valve_3 (180)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Vent_3
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Vent_3 (170)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Bi2Valve_2
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Bi2Valve_2 (160)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Vent_2
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Vent_2 (150)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Fo2Valve
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Fo2Valve (140)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Bi2Valve
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Bi2Valve (130)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Vent
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Re_Vent (120)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_BiValve_manual
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_BiValve_manual (110)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Hi2Valve
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Hi2Valve (100)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Tr2Valve
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Tr2Valve (90)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_De2Valve
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_De2Valve (80)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Fd2Valve
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Fd2Valve (70)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Fo2Valve
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Fo2Valve (60)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_AF2Valve_Summer
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_AF2Valve_Summer (50)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_AF2Valve
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_AF2Valve (40)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Bi2Valve
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Bi2Valve (30)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_BiValve
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_BiValve (20)
#endif
#ifndef Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Ve2Valve
#define Logic_Valve_Index_RR_dbg_Logic_Valve__Fr_Ve2Valve (10)
#endif
// Value tables for @Logic_Valve_Direction_FL signal
#ifndef Logic_Valve_Direction_FL_dbg_Logic_Valve_TriLevel__GlassVentFoot
#define Logic_Valve_Direction_FL_dbg_Logic_Valve_TriLevel__GlassVentFoot (6)
#endif
#ifndef Logic_Valve_Direction_FL_dbg_Logic_Valve_HiLevel__GlassVent
#define Logic_Valve_Direction_FL_dbg_Logic_Valve_HiLevel__GlassVent (5)
#endif
#ifndef Logic_Valve_Direction_FL_dbg_Logic_Valve_Def__Glass
#define Logic_Valve_Direction_FL_dbg_Logic_Valve_Def__Glass (4)
#endif
#ifndef Logic_Valve_Direction_FL_dbg_Logic_Valve_FDef__GlassFoot
#define Logic_Valve_Direction_FL_dbg_Logic_Valve_FDef__GlassFoot (3)
#endif
#ifndef Logic_Valve_Direction_FL_dbg_Logic_Valve_Foot__Floor
#define Logic_Valve_Direction_FL_dbg_Logic_Valve_Foot__Floor (2)
#endif
#ifndef Logic_Valve_Direction_FL_dbg_Logic_Valve_BiLevel
#define Logic_Valve_Direction_FL_dbg_Logic_Valve_BiLevel (1)
#endif
#ifndef Logic_Valve_Direction_FL_dbg_Logic_Valve_Face__Vent
#define Logic_Valve_Direction_FL_dbg_Logic_Valve_Face__Vent (0)
#endif
// Value tables for @Logic_Valve_Direction_FR signal
#ifndef Logic_Valve_Direction_FR_dbg_Logic_Valve_TriLevel__GlassVentFoot
#define Logic_Valve_Direction_FR_dbg_Logic_Valve_TriLevel__GlassVentFoot (6)
#endif
#ifndef Logic_Valve_Direction_FR_dbg_Logic_Valve_HiLevel__GlassVent
#define Logic_Valve_Direction_FR_dbg_Logic_Valve_HiLevel__GlassVent (5)
#endif
#ifndef Logic_Valve_Direction_FR_dbg_Logic_Valve_Def__Glass
#define Logic_Valve_Direction_FR_dbg_Logic_Valve_Def__Glass (4)
#endif
#ifndef Logic_Valve_Direction_FR_dbg_Logic_Valve_FDef__GlassFoot
#define Logic_Valve_Direction_FR_dbg_Logic_Valve_FDef__GlassFoot (3)
#endif
#ifndef Logic_Valve_Direction_FR_dbg_Logic_Valve_Foot__Floor
#define Logic_Valve_Direction_FR_dbg_Logic_Valve_Foot__Floor (2)
#endif
#ifndef Logic_Valve_Direction_FR_dbg_Logic_Valve_BiLevel
#define Logic_Valve_Direction_FR_dbg_Logic_Valve_BiLevel (1)
#endif
#ifndef Logic_Valve_Direction_FR_dbg_Logic_Valve_Face__Vent
#define Logic_Valve_Direction_FR_dbg_Logic_Valve_Face__Vent (0)
#endif
// Value tables for @Logic_Valve_Direction_RL signal
#ifndef Logic_Valve_Direction_RL_dbg_Logic_Valve_TriLevel__GlassVentFoot
#define Logic_Valve_Direction_RL_dbg_Logic_Valve_TriLevel__GlassVentFoot (6)
#endif
#ifndef Logic_Valve_Direction_RL_dbg_Logic_Valve_HiLevel__GlassVent
#define Logic_Valve_Direction_RL_dbg_Logic_Valve_HiLevel__GlassVent (5)
#endif
#ifndef Logic_Valve_Direction_RL_dbg_Logic_Valve_Def__Glass
#define Logic_Valve_Direction_RL_dbg_Logic_Valve_Def__Glass (4)
#endif
#ifndef Logic_Valve_Direction_RL_dbg_Logic_Valve_FDef__GlassFoot
#define Logic_Valve_Direction_RL_dbg_Logic_Valve_FDef__GlassFoot (3)
#endif
#ifndef Logic_Valve_Direction_RL_dbg_Logic_Valve_Foot__Floor
#define Logic_Valve_Direction_RL_dbg_Logic_Valve_Foot__Floor (2)
#endif
#ifndef Logic_Valve_Direction_RL_dbg_Logic_Valve_BiLevel
#define Logic_Valve_Direction_RL_dbg_Logic_Valve_BiLevel (1)
#endif
#ifndef Logic_Valve_Direction_RL_dbg_Logic_Valve_Face__Vent
#define Logic_Valve_Direction_RL_dbg_Logic_Valve_Face__Vent (0)
#endif
// Value tables for @Logic_Valve_Direction_RR signal
#ifndef Logic_Valve_Direction_RR_dbg_Logic_Valve_TriLevel__GlassVentFoot
#define Logic_Valve_Direction_RR_dbg_Logic_Valve_TriLevel__GlassVentFoot (6)
#endif
#ifndef Logic_Valve_Direction_RR_dbg_Logic_Valve_HiLevel__GlassVent
#define Logic_Valve_Direction_RR_dbg_Logic_Valve_HiLevel__GlassVent (5)
#endif
#ifndef Logic_Valve_Direction_RR_dbg_Logic_Valve_Def__Glass
#define Logic_Valve_Direction_RR_dbg_Logic_Valve_Def__Glass (4)
#endif
#ifndef Logic_Valve_Direction_RR_dbg_Logic_Valve_FDef__GlassFoot
#define Logic_Valve_Direction_RR_dbg_Logic_Valve_FDef__GlassFoot (3)
#endif
#ifndef Logic_Valve_Direction_RR_dbg_Logic_Valve_Foot__Floor
#define Logic_Valve_Direction_RR_dbg_Logic_Valve_Foot__Floor (2)
#endif
#ifndef Logic_Valve_Direction_RR_dbg_Logic_Valve_BiLevel
#define Logic_Valve_Direction_RR_dbg_Logic_Valve_BiLevel (1)
#endif
#ifndef Logic_Valve_Direction_RR_dbg_Logic_Valve_Face__Vent
#define Logic_Valve_Direction_RR_dbg_Logic_Valve_Face__Vent (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 200 : "200_Re_Bi2Valve manual"
// 190 : "190_Re_Vent manual"
// 180 : "180_Re_Bi2Valve_3"
// 170 : "170_Re_Vent_3"
// 160 : "160_Re_Bi2Valve_2"
// 150 : "150_Re_Vent_2"
// 140 : "140_Re_Fo2Valve"
// 130 : "130_Re_Bi2Valve"
// 120 : "120_Re_Vent"
// 110 : "110_Fr_BiValve manual"
// 100 : "100_Fr_Hi2Valve"
// 90 : "090_Fr_Tr2Valve"
// 80 : "080_Fr_De2Valve"
// 70 : "070_Fr_Fd2Valve"
// 60 : "060_Fr_Fo2Valve"
// 50 : "050_Fr_AF2Valve_Summer"
// 40 : "040_Fr_AF2Valve"
// 30 : "030_Fr_Bi2Valve"
// 20 : "020_Fr_BiValve"
// 10 : "010_Fr_Ve2Valve"
uint8_t Logic_Valve_Index_FL; // Bits= 8
// 200 : "200_Re_Bi2Valve manual"
// 190 : "190_Re_Vent manual"
// 180 : "180_Re_Bi2Valve_3"
// 170 : "170_Re_Vent_3"
// 160 : "160_Re_Bi2Valve_2"
// 150 : "150_Re_Vent_2"
// 140 : "140_Re_Fo2Valve"
// 130 : "130_Re_Bi2Valve"
// 120 : "120_Re_Vent"
// 110 : "110_Fr_BiValve manual"
// 100 : "100_Fr_Hi2Valve"
// 90 : "090_Fr_Tr2Valve"
// 80 : "080_Fr_De2Valve"
// 70 : "070_Fr_Fd2Valve"
// 60 : "060_Fr_Fo2Valve"
// 50 : "050_Fr_AF2Valve_Summer"
// 40 : "040_Fr_AF2Valve"
// 30 : "030_Fr_Bi2Valve"
// 20 : "020_Fr_BiValve"
// 10 : "010_Fr_Ve2Valve"
uint8_t Logic_Valve_Index_FR; // Bits= 8
// 200 : "200_Re_Bi2Valve manual"
// 190 : "190_Re_Vent manual"
// 180 : "180_Re_Bi2Valve_3"
// 170 : "170_Re_Vent_3"
// 160 : "160_Re_Bi2Valve_2"
// 150 : "150_Re_Vent_2"
// 140 : "140_Re_Fo2Valve"
// 130 : "130_Re_Bi2Valve"
// 120 : "120_Re_Vent"
// 110 : "110_Fr_BiValve manual"
// 100 : "100_Fr_Hi2Valve"
// 90 : "090_Fr_Tr2Valve"
// 80 : "080_Fr_De2Valve"
// 70 : "070_Fr_Fd2Valve"
// 60 : "060_Fr_Fo2Valve"
// 50 : "050_Fr_AF2Valve_Summer"
// 40 : "040_Fr_AF2Valve"
// 30 : "030_Fr_Bi2Valve"
// 20 : "020_Fr_BiValve"
// 10 : "010_Fr_Ve2Valve"
uint8_t Logic_Valve_Index_RL; // Bits= 8
// 200 : "200_Re_Bi2Valve manual"
// 190 : "190_Re_Vent manual"
// 180 : "180_Re_Bi2Valve_3"
// 170 : "170_Re_Vent_3"
// 160 : "160_Re_Bi2Valve_2"
// 150 : "150_Re_Vent_2"
// 140 : "140_Re_Fo2Valve"
// 130 : "130_Re_Bi2Valve"
// 120 : "120_Re_Vent"
// 110 : "110_Fr_BiValve manual"
// 100 : "100_Fr_Hi2Valve"
// 90 : "090_Fr_Tr2Valve"
// 80 : "080_Fr_De2Valve"
// 70 : "070_Fr_Fd2Valve"
// 60 : "060_Fr_Fo2Valve"
// 50 : "050_Fr_AF2Valve_Summer"
// 40 : "040_Fr_AF2Valve"
// 30 : "030_Fr_Bi2Valve"
// 20 : "020_Fr_BiValve"
// 10 : "010_Fr_Ve2Valve"
uint8_t Logic_Valve_Index_RR; // Bits= 8
// 6 : "Tri-Level / Glass&Vent&Foot"
// 5 : "Hi-Level / Glass&Vent"
// 4 : "Def / Glass"
// 3 : "FDef / Glass&Foot"
// 2 : "Foot / Floor"
// 1 : "Bi-Level"
// 0 : "Face / Vent"
uint8_t Logic_Valve_Direction_FL : 4; // Bits= 4 Unit:'-'
// 6 : "Tri-Level / Glass&Vent&Foot"
// 5 : "Hi-Level / Glass&Vent"
// 4 : "Def / Glass"
// 3 : "FDef / Glass&Foot"
// 2 : "Foot / Floor"
// 1 : "Bi-Level"
// 0 : "Face / Vent"
uint8_t Logic_Valve_Direction_FR : 4; // Bits= 4 Unit:'-'
// 6 : "Tri-Level / Glass&Vent&Foot"
// 5 : "Hi-Level / Glass&Vent"
// 4 : "Def / Glass"
// 3 : "FDef / Glass&Foot"
// 2 : "Foot / Floor"
// 1 : "Bi-Level"
// 0 : "Face / Vent"
uint8_t Logic_Valve_Direction_RL : 4; // Bits= 4 Unit:'-'
// 6 : "Tri-Level / Glass&Vent&Foot"
// 5 : "Hi-Level / Glass&Vent"
// 4 : "Def / Glass"
// 3 : "FDef / Glass&Foot"
// 2 : "Foot / Floor"
// 1 : "Bi-Level"
// 0 : "Face / Vent"
uint8_t Logic_Valve_Direction_RR : 4; // Bits= 4 Unit:'-'
#else
// 200 : "200_Re_Bi2Valve manual"
// 190 : "190_Re_Vent manual"
// 180 : "180_Re_Bi2Valve_3"
// 170 : "170_Re_Vent_3"
// 160 : "160_Re_Bi2Valve_2"
// 150 : "150_Re_Vent_2"
// 140 : "140_Re_Fo2Valve"
// 130 : "130_Re_Bi2Valve"
// 120 : "120_Re_Vent"
// 110 : "110_Fr_BiValve manual"
// 100 : "100_Fr_Hi2Valve"
// 90 : "090_Fr_Tr2Valve"
// 80 : "080_Fr_De2Valve"
// 70 : "070_Fr_Fd2Valve"
// 60 : "060_Fr_Fo2Valve"
// 50 : "050_Fr_AF2Valve_Summer"
// 40 : "040_Fr_AF2Valve"
// 30 : "030_Fr_Bi2Valve"
// 20 : "020_Fr_BiValve"
// 10 : "010_Fr_Ve2Valve"
uint8_t Logic_Valve_Index_FL; // Bits= 8
// 200 : "200_Re_Bi2Valve manual"
// 190 : "190_Re_Vent manual"
// 180 : "180_Re_Bi2Valve_3"
// 170 : "170_Re_Vent_3"
// 160 : "160_Re_Bi2Valve_2"
// 150 : "150_Re_Vent_2"
// 140 : "140_Re_Fo2Valve"
// 130 : "130_Re_Bi2Valve"
// 120 : "120_Re_Vent"
// 110 : "110_Fr_BiValve manual"
// 100 : "100_Fr_Hi2Valve"
// 90 : "090_Fr_Tr2Valve"
// 80 : "080_Fr_De2Valve"
// 70 : "070_Fr_Fd2Valve"
// 60 : "060_Fr_Fo2Valve"
// 50 : "050_Fr_AF2Valve_Summer"
// 40 : "040_Fr_AF2Valve"
// 30 : "030_Fr_Bi2Valve"
// 20 : "020_Fr_BiValve"
// 10 : "010_Fr_Ve2Valve"
uint8_t Logic_Valve_Index_FR; // Bits= 8
// 200 : "200_Re_Bi2Valve manual"
// 190 : "190_Re_Vent manual"
// 180 : "180_Re_Bi2Valve_3"
// 170 : "170_Re_Vent_3"
// 160 : "160_Re_Bi2Valve_2"
// 150 : "150_Re_Vent_2"
// 140 : "140_Re_Fo2Valve"
// 130 : "130_Re_Bi2Valve"
// 120 : "120_Re_Vent"
// 110 : "110_Fr_BiValve manual"
// 100 : "100_Fr_Hi2Valve"
// 90 : "090_Fr_Tr2Valve"
// 80 : "080_Fr_De2Valve"
// 70 : "070_Fr_Fd2Valve"
// 60 : "060_Fr_Fo2Valve"
// 50 : "050_Fr_AF2Valve_Summer"
// 40 : "040_Fr_AF2Valve"
// 30 : "030_Fr_Bi2Valve"
// 20 : "020_Fr_BiValve"
// 10 : "010_Fr_Ve2Valve"
uint8_t Logic_Valve_Index_RL; // Bits= 8
// 200 : "200_Re_Bi2Valve manual"
// 190 : "190_Re_Vent manual"
// 180 : "180_Re_Bi2Valve_3"
// 170 : "170_Re_Vent_3"
// 160 : "160_Re_Bi2Valve_2"
// 150 : "150_Re_Vent_2"
// 140 : "140_Re_Fo2Valve"
// 130 : "130_Re_Bi2Valve"
// 120 : "120_Re_Vent"
// 110 : "110_Fr_BiValve manual"
// 100 : "100_Fr_Hi2Valve"
// 90 : "090_Fr_Tr2Valve"
// 80 : "080_Fr_De2Valve"
// 70 : "070_Fr_Fd2Valve"
// 60 : "060_Fr_Fo2Valve"
// 50 : "050_Fr_AF2Valve_Summer"
// 40 : "040_Fr_AF2Valve"
// 30 : "030_Fr_Bi2Valve"
// 20 : "020_Fr_BiValve"
// 10 : "010_Fr_Ve2Valve"
uint8_t Logic_Valve_Index_RR; // Bits= 8
// 6 : "Tri-Level / Glass&Vent&Foot"
// 5 : "Hi-Level / Glass&Vent"
// 4 : "Def / Glass"
// 3 : "FDef / Glass&Foot"
// 2 : "Foot / Floor"
// 1 : "Bi-Level"
// 0 : "Face / Vent"
uint8_t Logic_Valve_Direction_FL; // Bits= 4 Unit:'-'
// 6 : "Tri-Level / Glass&Vent&Foot"
// 5 : "Hi-Level / Glass&Vent"
// 4 : "Def / Glass"
// 3 : "FDef / Glass&Foot"
// 2 : "Foot / Floor"
// 1 : "Bi-Level"
// 0 : "Face / Vent"
uint8_t Logic_Valve_Direction_FR; // Bits= 4 Unit:'-'
// 6 : "Tri-Level / Glass&Vent&Foot"
// 5 : "Hi-Level / Glass&Vent"
// 4 : "Def / Glass"
// 3 : "FDef / Glass&Foot"
// 2 : "Foot / Floor"
// 1 : "Bi-Level"
// 0 : "Face / Vent"
uint8_t Logic_Valve_Direction_RL; // Bits= 4 Unit:'-'
// 6 : "Tri-Level / Glass&Vent&Foot"
// 5 : "Hi-Level / Glass&Vent"
// 4 : "Def / Glass"
// 3 : "FDef / Glass&Foot"
// 2 : "Foot / Floor"
// 1 : "Bi-Level"
// 0 : "Face / Vent"
uint8_t Logic_Valve_Direction_RR; // Bits= 4 Unit:'-'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Logic_Valve_t;
// def @dbg_Logic_Blower CAN Message (995 0x3e3)
#define dbg_Logic_Blower_IDE (0U)
#define dbg_Logic_Blower_DLC (8U)
#define dbg_Logic_Blower_CANID (0x3e3U)
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
uint8_t Logic_Blower_Step_FL : 4; // Bits= 4
uint8_t Logic_Blower_Step_FR : 4; // Bits= 4
uint8_t Logic_Blower_Step_RL : 4; // Bits= 4
uint8_t Logic_Blower_Step_RR : 4; // Bits= 4
uint8_t Logic_Blower_Pwm_Front; // Bits= 8 Unit:'%'
uint8_t Logic_Blower_Pwm_Rear; // Bits= 8 Unit:'%'
uint8_t Logic_Blower_AF_FL; // Bits= 8 Unit:'AF'
uint8_t Logic_Blower_AF_FR; // Bits= 8 Unit:'AF'
uint8_t Logic_Blower_AF_RL; // Bits= 8 Unit:'AF'
uint8_t Logic_Blower_AF_RR; // Bits= 8 Unit:'AF'
#else
uint8_t Logic_Blower_Step_FL; // Bits= 4
uint8_t Logic_Blower_Step_FR; // Bits= 4
uint8_t Logic_Blower_Step_RL; // Bits= 4
uint8_t Logic_Blower_Step_RR; // Bits= 4
uint8_t Logic_Blower_Pwm_Front; // Bits= 8 Unit:'%'
uint8_t Logic_Blower_Pwm_Rear; // Bits= 8 Unit:'%'
uint8_t Logic_Blower_AF_FL; // Bits= 8 Unit:'AF'
uint8_t Logic_Blower_AF_FR; // Bits= 8 Unit:'AF'
uint8_t Logic_Blower_AF_RL; // Bits= 8 Unit:'AF'
uint8_t Logic_Blower_AF_RR; // Bits= 8 Unit:'AF'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Logic_Blower_t;
// def @dbg_Logic_Ac CAN Message (996 0x3e4)
#define dbg_Logic_Ac_IDE (0U)
#define dbg_Logic_Ac_DLC (4U)
#define dbg_Logic_Ac_CANID (0x3e4U)
// Value tables for @Logic_Ac_Req_Front signal
#ifndef Logic_Ac_Req_Front_dbg_Logic_Ac_On
#define Logic_Ac_Req_Front_dbg_Logic_Ac_On (1)
#endif
#ifndef Logic_Ac_Req_Front_dbg_Logic_Ac_Off
#define Logic_Ac_Req_Front_dbg_Logic_Ac_Off (0)
#endif
// Value tables for @Logic_Ac_Txv_Front signal
#ifndef Logic_Ac_Txv_Front_dbg_Logic_Ac_On
#define Logic_Ac_Txv_Front_dbg_Logic_Ac_On (1)
#endif
#ifndef Logic_Ac_Txv_Front_dbg_Logic_Ac_Off
#define Logic_Ac_Txv_Front_dbg_Logic_Ac_Off (0)
#endif
// Value tables for @Logic_Ac_Txv_Rear signal
#ifndef Logic_Ac_Txv_Rear_dbg_Logic_Ac_On
#define Logic_Ac_Txv_Rear_dbg_Logic_Ac_On (1)
#endif
#ifndef Logic_Ac_Txv_Rear_dbg_Logic_Ac_Off
#define Logic_Ac_Txv_Rear_dbg_Logic_Ac_Off (0)
#endif
// Value tables for @Logic_Ac_Req_Rear signal
#ifndef Logic_Ac_Req_Rear_dbg_Logic_Ac_On
#define Logic_Ac_Req_Rear_dbg_Logic_Ac_On (1)
#endif
#ifndef Logic_Ac_Req_Rear_dbg_Logic_Ac_Off
#define Logic_Ac_Req_Rear_dbg_Logic_Ac_Off (0)
#endif
// Value tables for @Logic_Ac_Req_Chiller signal
#ifndef Logic_Ac_Req_Chiller_dbg_Logic_Ac_On
#define Logic_Ac_Req_Chiller_dbg_Logic_Ac_On (1)
#endif
#ifndef Logic_Ac_Req_Chiller_dbg_Logic_Ac_Off
#define Logic_Ac_Req_Chiller_dbg_Logic_Ac_Off (0)
#endif
// Value tables for @Logic_Ac_Txv_Chiller signal
#ifndef Logic_Ac_Txv_Chiller_dbg_Logic_Ac_On
#define Logic_Ac_Txv_Chiller_dbg_Logic_Ac_On (1)
#endif
#ifndef Logic_Ac_Txv_Chiller_dbg_Logic_Ac_Off
#define Logic_Ac_Txv_Chiller_dbg_Logic_Ac_Off (0)
#endif
// Value tables for @Logic_Ac_EvaCtrl signal
#ifndef Logic_Ac_EvaCtrl_dbg_Logic_Ac_Both_On_but_olny_Rear_works
#define Logic_Ac_EvaCtrl_dbg_Logic_Ac_Both_On_but_olny_Rear_works (7)
#endif
#ifndef Logic_Ac_EvaCtrl_dbg_Logic_Ac_Both_On_but_olny_Front_works
#define Logic_Ac_EvaCtrl_dbg_Logic_Ac_Both_On_but_olny_Front_works (6)
#endif
#ifndef Logic_Ac_EvaCtrl_dbg_Logic_Ac_Both_On_with_Rear_FB
#define Logic_Ac_EvaCtrl_dbg_Logic_Ac_Both_On_with_Rear_FB (5)
#endif
#ifndef Logic_Ac_EvaCtrl_dbg_Logic_Ac_Both_On_with_Front_FB
#define Logic_Ac_EvaCtrl_dbg_Logic_Ac_Both_On_with_Front_FB (4)
#endif
#ifndef Logic_Ac_EvaCtrl_dbg_Logic_Ac_Only_Rear_On
#define Logic_Ac_EvaCtrl_dbg_Logic_Ac_Only_Rear_On (3)
#endif
#ifndef Logic_Ac_EvaCtrl_dbg_Logic_Ac_Only_Front_On
#define Logic_Ac_EvaCtrl_dbg_Logic_Ac_Only_Front_On (2)
#endif
#ifndef Logic_Ac_EvaCtrl_dbg_Logic_Ac_Only_Chiller_On
#define Logic_Ac_EvaCtrl_dbg_Logic_Ac_Only_Chiller_On (1)
#endif
#ifndef Logic_Ac_EvaCtrl_dbg_Logic_Ac_All_Off
#define Logic_Ac_EvaCtrl_dbg_Logic_Ac_All_Off (0)
#endif
// signal: @Logic_Ac_Comp_LimitRpm_ro
#define CANDB_DBG_Logic_Ac_Comp_LimitRpm_ro_CovFactor (50)
#define CANDB_DBG_Logic_Ac_Comp_LimitRpm_ro_toS(x) ( (uint8_t) ((x) / (50)) )
#define CANDB_DBG_Logic_Ac_Comp_LimitRpm_ro_fromS(x) ( ((x) * (50)) )
// Value tables for @Logic_Ac_WinterSts_Front signal
#ifndef Logic_Ac_WinterSts_Front_dbg_Logic_Ac_ON_atWinter
#define Logic_Ac_WinterSts_Front_dbg_Logic_Ac_ON_atWinter (3)
#endif
#ifndef Logic_Ac_WinterSts_Front_dbg_Logic_Ac_OFF_atWinter
#define Logic_Ac_WinterSts_Front_dbg_Logic_Ac_OFF_atWinter (2)
#endif
#ifndef Logic_Ac_WinterSts_Front_dbg_Logic_Ac_Not_Used
#define Logic_Ac_WinterSts_Front_dbg_Logic_Ac_Not_Used (1)
#endif
#ifndef Logic_Ac_WinterSts_Front_dbg_Logic_Ac_No_Winter
#define Logic_Ac_WinterSts_Front_dbg_Logic_Ac_No_Winter (0)
#endif
// Value tables for @Logic_Ac_WinterSts_Rear signal
#ifndef Logic_Ac_WinterSts_Rear_dbg_Logic_Ac_ON_atWinter
#define Logic_Ac_WinterSts_Rear_dbg_Logic_Ac_ON_atWinter (3)
#endif
#ifndef Logic_Ac_WinterSts_Rear_dbg_Logic_Ac_OFF_atWinter
#define Logic_Ac_WinterSts_Rear_dbg_Logic_Ac_OFF_atWinter (2)
#endif
#ifndef Logic_Ac_WinterSts_Rear_dbg_Logic_Ac_Not_Used
#define Logic_Ac_WinterSts_Rear_dbg_Logic_Ac_Not_Used (1)
#endif
#ifndef Logic_Ac_WinterSts_Rear_dbg_Logic_Ac_No_Winter
#define Logic_Ac_WinterSts_Rear_dbg_Logic_Ac_No_Winter (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Req_Front : 1; // Bits= 1 Unit:'(off 0, on 1)'
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Txv_Front : 1; // Bits= 1 Unit:'(off 0, on 1)'
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Txv_Rear : 1; // Bits= 1 Unit:'(off 0, on 1)'
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Req_Rear : 1; // Bits= 1 Unit:'(off 0, on 1)'
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Req_Chiller : 1; // Bits= 1 Unit:'(off 0, on 1)'
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Txv_Chiller : 1; // Bits= 1 Unit:'(off 0, on 1)'
// 7 : "Both On but olny Rear works"
// 6 : "Both On but olny Front works"
// 5 : "Both On with Rear FB"
// 4 : "Both On with Front FB"
// 3 : "Only Rear On"
// 2 : "Only Front On"
// 1 : "Only Chiller On"
// 0 : "All Off"
uint8_t Logic_Ac_EvaCtrl : 4; // Bits= 4
uint8_t Logic_Ac_Comp_EmrStop_Reason : 4; // Bits= 4
uint8_t Logic_Ac_Comp_LimitRpm_ro; // Bits= 8 Factor= 50 Unit:'rpm'
#ifdef CANDB_DBG_USE_SIGFLOAT
uint16_t Logic_Ac_Comp_LimitRpm_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t Logic_Ac_Txv_Closed_bySen : 1; // Bits= 1
uint8_t Logic_Ac_Comp_Protection_Level : 2; // Bits= 2 Unit:'Lv'
// 3 : "ON_atWinter"
// 2 : "OFF_atWinter"
// 1 : "Not_Used"
// 0 : "No_Winter"
uint8_t Logic_Ac_WinterSts_Front : 2; // Bits= 2
// 3 : "ON_atWinter"
// 2 : "OFF_atWinter"
// 1 : "Not_Used"
// 0 : "No_Winter"
uint8_t Logic_Ac_WinterSts_Rear : 2; // Bits= 2
#else
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Req_Front; // Bits= 1 Unit:'(off 0, on 1)'
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Txv_Front; // Bits= 1 Unit:'(off 0, on 1)'
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Txv_Rear; // Bits= 1 Unit:'(off 0, on 1)'
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Req_Rear; // Bits= 1 Unit:'(off 0, on 1)'
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Req_Chiller; // Bits= 1 Unit:'(off 0, on 1)'
// 1 : "On"
// 0 : "Off"
uint8_t Logic_Ac_Txv_Chiller; // Bits= 1 Unit:'(off 0, on 1)'
// 7 : "Both On but olny Rear works"
// 6 : "Both On but olny Front works"
// 5 : "Both On with Rear FB"
// 4 : "Both On with Front FB"
// 3 : "Only Rear On"
// 2 : "Only Front On"
// 1 : "Only Chiller On"
// 0 : "All Off"
uint8_t Logic_Ac_EvaCtrl; // Bits= 4
uint8_t Logic_Ac_Comp_EmrStop_Reason; // Bits= 4
uint8_t Logic_Ac_Comp_LimitRpm_ro; // Bits= 8 Factor= 50 Unit:'rpm'
#ifdef CANDB_DBG_USE_SIGFLOAT
uint16_t Logic_Ac_Comp_LimitRpm_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t Logic_Ac_Txv_Closed_bySen; // Bits= 1
uint8_t Logic_Ac_Comp_Protection_Level; // Bits= 2 Unit:'Lv'
// 3 : "ON_atWinter"
// 2 : "OFF_atWinter"
// 1 : "Not_Used"
// 0 : "No_Winter"
uint8_t Logic_Ac_WinterSts_Front; // Bits= 2
// 3 : "ON_atWinter"
// 2 : "OFF_atWinter"
// 1 : "Not_Used"
// 0 : "No_Winter"
uint8_t Logic_Ac_WinterSts_Rear; // Bits= 2
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Logic_Ac_t;
// def @dbg_Logic_Rec CAN Message (997 0x3e5)
#define dbg_Logic_Rec_IDE (0U)
#define dbg_Logic_Rec_DLC (3U)
#define dbg_Logic_Rec_CANID (0x3e5U)
// Value tables for @Logic_Rec_Idx signal
#ifndef Logic_Rec_Idx_dbg_Logic_Rec_REC
#define Logic_Rec_Idx_dbg_Logic_Rec_REC (1)
#endif
#ifndef Logic_Rec_Idx_dbg_Logic_Rec_FRESH
#define Logic_Rec_Idx_dbg_Logic_Rec_FRESH (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 1 : "REC"
// 0 : "FRESH"
uint8_t Logic_Rec_Idx : 1; // Bits= 1
uint8_t Logic_Rec_Partial_Spd_Sts : 1; // Bits= 1
uint8_t Logic_Rec_Partial_Winter : 1; // Bits= 1
uint8_t Logic_Rec_Partial_Summer : 2; // Bits= 2
uint8_t Logic_Rec_FreshAirPurge_Sts : 4; // Bits= 4
#else
// 1 : "REC"
// 0 : "FRESH"
uint8_t Logic_Rec_Idx; // Bits= 1
uint8_t Logic_Rec_Partial_Spd_Sts; // Bits= 1
uint8_t Logic_Rec_Partial_Winter; // Bits= 1
uint8_t Logic_Rec_Partial_Summer; // Bits= 2
uint8_t Logic_Rec_FreshAirPurge_Sts; // Bits= 4
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Logic_Rec_t;
// def @dbg_DiffBlr_ValveOpen CAN Message (998 0x3e6)
#define dbg_DiffBlr_ValveOpen_IDE (0U)
#define dbg_DiffBlr_ValveOpen_DLC (8U)
#define dbg_DiffBlr_ValveOpen_CANID (0x3e6U)
#define dbg_DiffBlr_ValveOpen_CYC (200U)
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// MULTIPLEX master signal
uint8_t Logic_ValveOpen_MultMsg_Idx : 2; // Bits= 2
// multiplex variable
uint8_t Logic_ValveOpen_R2_SFL; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R1_SFL; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R2_CFL; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R1_CFL; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R2_CFR; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R1_CFR; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R2_SFR; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R1_SFR; // Bits= 8 Unit:'%'
#else
// MULTIPLEX master signal
uint8_t Logic_ValveOpen_MultMsg_Idx; // Bits= 2
// multiplex variable
uint8_t Logic_ValveOpen_R2_SFL; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R1_SFL; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R2_CFL; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R1_CFL; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R2_CFR; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R1_CFR; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R2_SFR; // Bits= 8 Unit:'%'
// multiplex variable
uint8_t Logic_ValveOpen_R1_SFR; // Bits= 8 Unit:'%'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_DiffBlr_ValveOpen_t;
// This is a message for not used signals, created by Vector CANdb++ DBC OLE DB Provider.
// def @dbg_Act0 CAN Message (1008 0x3f0)
#define dbg_Act0_IDE (0U)
#define dbg_Act0_DLC (8U)
#define dbg_Act0_CANID (0x3f0U)
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
uint8_t dbg_Act00_Def; // Bits= 8 Unit:'%'
uint8_t dbg_Act01_Vent_SFL; // Bits= 8 Unit:'%'
uint8_t dbg_Act02_Vent_CFL; // Bits= 8 Unit:'%'
uint8_t dbg_Act03_Foot_1FL; // Bits= 8 Unit:'%'
uint8_t dbg_Act04_Foot_2FL; // Bits= 8 Unit:'%'
uint8_t dbg_Act05_Vent_CFR; // Bits= 8 Unit:'%'
uint8_t dbg_Act06_Vent_SFR; // Bits= 8 Unit:'%'
uint8_t dbg_Act07_Foot_1FR; // Bits= 8 Unit:'%'
#else
uint8_t dbg_Act00_Def; // Bits= 8 Unit:'%'
uint8_t dbg_Act01_Vent_SFL; // Bits= 8 Unit:'%'
uint8_t dbg_Act02_Vent_CFL; // Bits= 8 Unit:'%'
uint8_t dbg_Act03_Foot_1FL; // Bits= 8 Unit:'%'
uint8_t dbg_Act04_Foot_2FL; // Bits= 8 Unit:'%'
uint8_t dbg_Act05_Vent_CFR; // Bits= 8 Unit:'%'
uint8_t dbg_Act06_Vent_SFR; // Bits= 8 Unit:'%'
uint8_t dbg_Act07_Foot_1FR; // Bits= 8 Unit:'%'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Act0_t;
// def @dbg_Act1 CAN Message (1009 0x3f1)
#define dbg_Act1_IDE (0U)
#define dbg_Act1_DLC (8U)
#define dbg_Act1_CANID (0x3f1U)
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
uint8_t dbg_Act08_Foot_2FR; // Bits= 8 Unit:'%'
uint8_t dbg_Act09_Vent_SRL; // Bits= 8 Unit:'%'
uint8_t dbg_Act10_Vent_CRL; // Bits= 8 Unit:'%'
uint8_t dbg_Act11_Foot_RL; // Bits= 8 Unit:'%'
uint8_t dbg_Act12_Vent_CRR; // Bits= 8 Unit:'%'
uint8_t dbg_Act13_Vent_SRR; // Bits= 8 Unit:'%'
uint8_t dbg_Act14_Foot_RR; // Bits= 8 Unit:'%'
uint8_t dbg_Act15_TempU_FL; // Bits= 8 Unit:'%'
#else
uint8_t dbg_Act08_Foot_2FR; // Bits= 8 Unit:'%'
uint8_t dbg_Act09_Vent_SRL; // Bits= 8 Unit:'%'
uint8_t dbg_Act10_Vent_CRL; // Bits= 8 Unit:'%'
uint8_t dbg_Act11_Foot_RL; // Bits= 8 Unit:'%'
uint8_t dbg_Act12_Vent_CRR; // Bits= 8 Unit:'%'
uint8_t dbg_Act13_Vent_SRR; // Bits= 8 Unit:'%'
uint8_t dbg_Act14_Foot_RR; // Bits= 8 Unit:'%'
uint8_t dbg_Act15_TempU_FL; // Bits= 8 Unit:'%'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Act1_t;
// def @dbg_Act2 CAN Message (1010 0x3f2)
#define dbg_Act2_IDE (0U)
#define dbg_Act2_DLC (8U)
#define dbg_Act2_CANID (0x3f2U)
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
uint8_t dbg_Act16_TempL_FL; // Bits= 8 Unit:'%'
uint8_t dbg_Act17_TempU_FR; // Bits= 8 Unit:'%'
uint8_t dbg_Act18_TempL_FR; // Bits= 8 Unit:'%'
uint8_t dbg_Act19_Temp_RL; // Bits= 8 Unit:'%'
uint8_t dbg_Act20_Temp_RR; // Bits= 8 Unit:'%'
uint8_t dbg_Act21_Rec; // Bits= 8 Unit:'%'
uint8_t dbg_Act22_OSA; // Bits= 8 Unit:'%'
uint8_t dbg_Act23_SealingValve; // Bits= 8 Unit:'%'
#else
uint8_t dbg_Act16_TempL_FL; // Bits= 8 Unit:'%'
uint8_t dbg_Act17_TempU_FR; // Bits= 8 Unit:'%'
uint8_t dbg_Act18_TempL_FR; // Bits= 8 Unit:'%'
uint8_t dbg_Act19_Temp_RL; // Bits= 8 Unit:'%'
uint8_t dbg_Act20_Temp_RR; // Bits= 8 Unit:'%'
uint8_t dbg_Act21_Rec; // Bits= 8 Unit:'%'
uint8_t dbg_Act22_OSA; // Bits= 8 Unit:'%'
uint8_t dbg_Act23_SealingValve; // Bits= 8 Unit:'%'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Act2_t;
// def @dbg_Sen_Amb CAN Message (1011 0x3f3)
#define dbg_Sen_Amb_IDE (0U)
#define dbg_Sen_Amb_DLC (6U)
#define dbg_Sen_Amb_CANID (0x3f3U)
// signal: @dbg_Sen_Amb_ro
#define CANDB_DBG_dbg_Sen_Amb_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Amb_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Amb_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Amb_Raw_ro
#define CANDB_DBG_dbg_Sen_Amb_Raw_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Amb_Raw_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Amb_Raw_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Amb_Tg_ro
#define CANDB_DBG_dbg_Amb_Tg_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Amb_Tg_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Amb_Tg_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
int16_t dbg_Sen_Amb_ro; // [-] Bits=16 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Amb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Sen_Amb_Raw_ro; // [-] Bits=16 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Amb_Raw_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Amb_Tg_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Amb_Tg_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#else
int16_t dbg_Sen_Amb_ro; // [-] Bits=16 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Amb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Sen_Amb_Raw_ro; // [-] Bits=16 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Amb_Raw_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Amb_Tg_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Amb_Tg_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Sen_Amb_t;
// def @dbg_Sen_0 CAN Message (1016 0x3f8)
#define dbg_Sen_0_IDE (0U)
#define dbg_Sen_0_DLC (8U)
#define dbg_Sen_0_CANID (0x3f8U)
#define dbg_Sen_0_CYC (1000U)
// signal: @dbg_Sen_BattVolt_ro
#define CANDB_DBG_dbg_Sen_BattVolt_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_BattVolt_ro_toS(x) ( (uint8_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_BattVolt_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Pressure_ro
#define CANDB_DBG_dbg_Sen_Pressure_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Pressure_ro_toS(x) ( (uint16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Pressure_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
uint8_t dbg_Sen_BattVolt_ro; // Bits= 8 Factor= 0.1 Unit:'Volt'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_BattVolt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint16_t dbg_Sen_Pressure_ro; // Bits=12 Factor= 0.1 Unit:'ATM'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Pressure_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint16_t dbg_Sen_Sun_L; // Bits=16 Unit:'W/m2'
uint16_t dbg_Sen_Sun_R; // Bits=16 Unit:'W/m2'
#else
uint8_t dbg_Sen_BattVolt_ro; // Bits= 8 Factor= 0.1 Unit:'Volt'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_BattVolt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint16_t dbg_Sen_Pressure_ro; // Bits=12 Factor= 0.1 Unit:'ATM'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Pressure_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint16_t dbg_Sen_Sun_L; // Bits=16 Unit:'W/m2'
uint16_t dbg_Sen_Sun_R; // Bits=16 Unit:'W/m2'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Sen_0_t;
// def @dbg_CCU_IO CAN Message (1019 0x3fb)
#define dbg_CCU_IO_IDE (0U)
#define dbg_CCU_IO_DLC (6U)
#define dbg_CCU_IO_CANID (0x3fbU)
// Value tables for @dbg_IO_Txv_F signal
#ifndef dbg_IO_Txv_F_dbg_CCU_IO_On
#define dbg_IO_Txv_F_dbg_CCU_IO_On (1)
#endif
#ifndef dbg_IO_Txv_F_dbg_CCU_IO_Off
#define dbg_IO_Txv_F_dbg_CCU_IO_Off (0)
#endif
// Value tables for @dbg_IO_Txv_R signal
#ifndef dbg_IO_Txv_R_dbg_CCU_IO_On
#define dbg_IO_Txv_R_dbg_CCU_IO_On (1)
#endif
#ifndef dbg_IO_Txv_R_dbg_CCU_IO_Off
#define dbg_IO_Txv_R_dbg_CCU_IO_Off (0)
#endif
// Value tables for @dbg_IO_Txv_Ch signal
#ifndef dbg_IO_Txv_Ch_dbg_CCU_IO_On
#define dbg_IO_Txv_Ch_dbg_CCU_IO_On (1)
#endif
#ifndef dbg_IO_Txv_Ch_dbg_CCU_IO_Off
#define dbg_IO_Txv_Ch_dbg_CCU_IO_Off (0)
#endif
// Value tables for @dbg_IO_2WayValve signal
#ifndef dbg_IO_2WayValve_dbg_CCU_IO_Open
#define dbg_IO_2WayValve_dbg_CCU_IO_Open (1)
#endif
#ifndef dbg_IO_2WayValve_dbg_CCU_IO_Close
#define dbg_IO_2WayValve_dbg_CCU_IO_Close (0)
#endif
// Value tables for @dbg_IO_IncarMotor_F signal
#ifndef dbg_IO_IncarMotor_F_dbg_CCU_IO_On
#define dbg_IO_IncarMotor_F_dbg_CCU_IO_On (1)
#endif
#ifndef dbg_IO_IncarMotor_F_dbg_CCU_IO_Off
#define dbg_IO_IncarMotor_F_dbg_CCU_IO_Off (0)
#endif
// Value tables for @dbg_IO_IncarMotor_R signal
#ifndef dbg_IO_IncarMotor_R_dbg_CCU_IO_On
#define dbg_IO_IncarMotor_R_dbg_CCU_IO_On (1)
#endif
#ifndef dbg_IO_IncarMotor_R_dbg_CCU_IO_Off
#define dbg_IO_IncarMotor_R_dbg_CCU_IO_Off (0)
#endif
// signal: @dbg_SetTemp_FL_ro
#define CANDB_DBG_dbg_SetTemp_FL_ro_CovFactor (0.5)
#define CANDB_DBG_dbg_SetTemp_FL_ro_toS(x) ( (uint8_t) (((x) - (16.0)) / (0.5)) )
#define CANDB_DBG_dbg_SetTemp_FL_ro_fromS(x) ( (((x) * (0.5)) + (16.0)) )
// signal: @dbg_SetTemp_FR_ro
#define CANDB_DBG_dbg_SetTemp_FR_ro_CovFactor (0.5)
#define CANDB_DBG_dbg_SetTemp_FR_ro_toS(x) ( (uint8_t) (((x) - (16.0)) / (0.5)) )
#define CANDB_DBG_dbg_SetTemp_FR_ro_fromS(x) ( (((x) * (0.5)) + (16.0)) )
// signal: @dbg_SetTemp_RL_ro
#define CANDB_DBG_dbg_SetTemp_RL_ro_CovFactor (0.5)
#define CANDB_DBG_dbg_SetTemp_RL_ro_toS(x) ( (uint8_t) (((x) - (16.0)) / (0.5)) )
#define CANDB_DBG_dbg_SetTemp_RL_ro_fromS(x) ( (((x) * (0.5)) + (16.0)) )
// signal: @dbg_SetTemp_RR_ro
#define CANDB_DBG_dbg_SetTemp_RR_ro_CovFactor (0.5)
#define CANDB_DBG_dbg_SetTemp_RR_ro_toS(x) ( (uint8_t) (((x) - (16.0)) / (0.5)) )
#define CANDB_DBG_dbg_SetTemp_RR_ro_fromS(x) ( (((x) * (0.5)) + (16.0)) )
// Value tables for @dbg_IO_Input_Emergency signal
#ifndef dbg_IO_Input_Emergency_dbg_CCU_IO_On
#define dbg_IO_Input_Emergency_dbg_CCU_IO_On (1)
#endif
#ifndef dbg_IO_Input_Emergency_dbg_CCU_IO_Off
#define dbg_IO_Input_Emergency_dbg_CCU_IO_Off (0)
#endif
// Value tables for @dbg_IO_Input_FireExtinguisher signal
#ifndef dbg_IO_Input_FireExtinguisher_dbg_CCU_IO_On
#define dbg_IO_Input_FireExtinguisher_dbg_CCU_IO_On (1)
#endif
#ifndef dbg_IO_Input_FireExtinguisher_dbg_CCU_IO_Off
#define dbg_IO_Input_FireExtinguisher_dbg_CCU_IO_Off (0)
#endif
// Value tables for @dbg_IO_Install_Sealing_Valve signal
#ifndef dbg_IO_Install_Sealing_Valve_dbg_CCU_IO_On
#define dbg_IO_Install_Sealing_Valve_dbg_CCU_IO_On (1)
#endif
#ifndef dbg_IO_Install_Sealing_Valve_dbg_CCU_IO_Off
#define dbg_IO_Install_Sealing_Valve_dbg_CCU_IO_Off (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Txv_F : 1; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Txv_R : 1; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Txv_Ch : 1; // Bits= 1
// 1 : "Open"
// 0 : "Close"
uint8_t dbg_IO_2WayValve : 1; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_IncarMotor_F : 1; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_IncarMotor_R : 1; // Bits= 1
uint8_t dbg_SetTemp_FL_ro; // Bits= 8 Offset= 16.0 Factor= 0.5 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_SetTemp_FL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t dbg_SetTemp_FR_ro; // Bits= 8 Offset= 16.0 Factor= 0.5 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_SetTemp_FR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t dbg_SetTemp_RL_ro; // Bits= 8 Offset= 16.0 Factor= 0.5 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_SetTemp_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t dbg_SetTemp_RR_ro; // Bits= 8 Offset= 16.0 Factor= 0.5 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_SetTemp_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Input_Emergency : 1; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Input_FireExtinguisher : 1; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Install_Sealing_Valve : 1; // Bits= 1
#else
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Txv_F; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Txv_R; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Txv_Ch; // Bits= 1
// 1 : "Open"
// 0 : "Close"
uint8_t dbg_IO_2WayValve; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_IncarMotor_F; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_IncarMotor_R; // Bits= 1
uint8_t dbg_SetTemp_FL_ro; // Bits= 8 Offset= 16.0 Factor= 0.5 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_SetTemp_FL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t dbg_SetTemp_FR_ro; // Bits= 8 Offset= 16.0 Factor= 0.5 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_SetTemp_FR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t dbg_SetTemp_RL_ro; // Bits= 8 Offset= 16.0 Factor= 0.5 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_SetTemp_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t dbg_SetTemp_RR_ro; // Bits= 8 Offset= 16.0 Factor= 0.5 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_SetTemp_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Input_Emergency; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Input_FireExtinguisher; // Bits= 1
// 1 : "On"
// 0 : "Off"
uint8_t dbg_IO_Install_Sealing_Valve; // Bits= 1
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_CCU_IO_t;
// def @dbg_CCU_Info CAN Message (1020 0x3fc)
#define dbg_CCU_Info_IDE (0U)
#define dbg_CCU_Info_DLC (8U)
#define dbg_CCU_Info_CANID (0x3fcU)
#define dbg_CCU_Info_CYC (1000U)
// Value tables for @dbg_Info_ActivatedCAL signal
#ifndef dbg_Info_ActivatedCAL_dbg_CCU_Info_MPV_Cal
#define dbg_Info_ActivatedCAL_dbg_CCU_Info_MPV_Cal (5)
#endif
#ifndef dbg_Info_ActivatedCAL_dbg_CCU_Info_SUV_Cal
#define dbg_Info_ActivatedCAL_dbg_CCU_Info_SUV_Cal (4)
#endif
#ifndef dbg_Info_ActivatedCAL_dbg_CCU_Info_Limo_Cal
#define dbg_Info_ActivatedCAL_dbg_CCU_Info_Limo_Cal (3)
#endif
#ifndef dbg_Info_ActivatedCAL_dbg_CCU_Info_SedanH_Cal
#define dbg_Info_ActivatedCAL_dbg_CCU_Info_SedanH_Cal (2)
#endif
#ifndef dbg_Info_ActivatedCAL_dbg_CCU_Info_SedanL_Cal
#define dbg_Info_ActivatedCAL_dbg_CCU_Info_SedanL_Cal (1)
#endif
#ifndef dbg_Info_ActivatedCAL_dbg_CCU_Info_Base_Cal
#define dbg_Info_ActivatedCAL_dbg_CCU_Info_Base_Cal (0)
#endif
// Value tables for @dbg_Info_CCU_Aroma_Cfg signal
#ifndef dbg_Info_CCU_Aroma_Cfg_dbg_CCU_Info_Incomplete
#define dbg_Info_CCU_Aroma_Cfg_dbg_CCU_Info_Incomplete (15)
#endif
#ifndef dbg_Info_CCU_Aroma_Cfg_dbg_CCU_Info_Present
#define dbg_Info_CCU_Aroma_Cfg_dbg_CCU_Info_Present (1)
#endif
#ifndef dbg_Info_CCU_Aroma_Cfg_dbg_CCU_Info_Not_Present
#define dbg_Info_CCU_Aroma_Cfg_dbg_CCU_Info_Not_Present (0)
#endif
// Value tables for @dbg_Info_CCU_Algorithm_Cfg signal
#ifndef dbg_Info_CCU_Algorithm_Cfg_dbg_CCU_Info_Incomplete
#define dbg_Info_CCU_Algorithm_Cfg_dbg_CCU_Info_Incomplete (15)
#endif
#ifndef dbg_Info_CCU_Algorithm_Cfg_dbg_CCU_Info_Limousine_Variant
#define dbg_Info_CCU_Algorithm_Cfg_dbg_CCU_Info_Limousine_Variant (1)
#endif
#ifndef dbg_Info_CCU_Algorithm_Cfg_dbg_CCU_Info_Stadard_Variant
#define dbg_Info_CCU_Algorithm_Cfg_dbg_CCU_Info_Stadard_Variant (0)
#endif
// Value tables for @dbg_Info_VehicleBody signal
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_MPVTabletka_29
#define dbg_Info_VehicleBody_dbg_CCU_Info_MPVTabletka_29 (12857)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_MPVOrbita_28
#define dbg_Info_VehicleBody_dbg_CCU_Info_MPVOrbita_28 (12856)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_MPVArmored4SEAT_27
#define dbg_Info_VehicleBody_dbg_CCU_Info_MPVArmored4SEAT_27 (12855)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_MPVArmored9SEAT_23
#define dbg_Info_VehicleBody_dbg_CCU_Info_MPVArmored9SEAT_23 (12851)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_MPVNonArmored9SEAT_22
#define dbg_Info_VehicleBody_dbg_CCU_Info_MPVNonArmored9SEAT_22 (12850)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_MPVArmored8SEAT_21
#define dbg_Info_VehicleBody_dbg_CCU_Info_MPVArmored8SEAT_21 (12849)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_MPVNonArmored4SEAT_20
#define dbg_Info_VehicleBody_dbg_CCU_Info_MPVNonArmored4SEAT_20 (12848)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_SUVArmored__13
#define dbg_Info_VehicleBody_dbg_CCU_Info_SUVArmored__13 (12595)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_SUVNonArmored_12
#define dbg_Info_VehicleBody_dbg_CCU_Info_SUVNonArmored_12 (12594)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_LimoArmoredV8CiVil_0C_NotUsed
#define dbg_Info_VehicleBody_dbg_CCU_Info_LimoArmoredV8CiVil_0C_NotUsed (12355)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_CabrioShow_0B_NotUsed_Phase1
#define dbg_Info_VehicleBody_dbg_CCU_Info_CabrioShow_0B_NotUsed_Phase1 (12354)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_SedanLongArmored_0A
#define dbg_Info_VehicleBody_dbg_CCU_Info_SedanLongArmored_0A (12353)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_SedanLong__09
#define dbg_Info_VehicleBody_dbg_CCU_Info_SedanLong__09 (12345)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_Sedan4x2__08_NotUsed_Phase1
#define dbg_Info_VehicleBody_dbg_CCU_Info_Sedan4x2__08_NotUsed_Phase1 (12344)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_Cabrio_05
#define dbg_Info_VehicleBody_dbg_CCU_Info_Cabrio_05 (12341)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_LimoArmoredV8_04
#define dbg_Info_VehicleBody_dbg_CCU_Info_LimoArmoredV8_04 (12340)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_LimoArmoredV12_03
#define dbg_Info_VehicleBody_dbg_CCU_Info_LimoArmoredV12_03 (12339)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_SedanArmored__01
#define dbg_Info_VehicleBody_dbg_CCU_Info_SedanArmored__01 (12337)
#endif
#ifndef dbg_Info_VehicleBody_dbg_CCU_Info_SedanNonArmored00
#define dbg_Info_VehicleBody_dbg_CCU_Info_SedanNonArmored00 (12336)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// MULTIPLEX master signal
uint8_t dbg_Info_MultMsg_Idx : 2; // Bits= 2
// multiplex variable
uint32_t dbg_Info_Calibration_Ver_Date; // Bits=22 Unit:'yymmdd'
// multiplex variable
uint32_t dbg_Info_CCU_SW_Ver_Date; // Bits=22 Unit:'yymmdd'
// multiplex variable
uint8_t dbg_Info_Calibration_Ver_Rev; // Bits= 8 Unit:'Rev.'
// multiplex variable
uint8_t dbg_Info_CCU_SW_Ver_Rev; // Bits= 8 Unit:'Rev.'
// 5 : "MPV_Cal"
// 4 : "SUV_Cal"
// 3 : "Limo_Cal"
// 2 : "SedanH_Cal"
// 1 : "SedanL_Cal"
// 0 : "Base_Cal"
// multiplex variable
uint8_t dbg_Info_ActivatedCAL : 4; // Bits= 4 Unit:'Num'
// multiplex variable
uint32_t dbg_Info_MBD_Ver_Date; // Bits=22 Unit:'yymmdd'
// 15 : "Incomplete"
// 1 : "Present"
// 0 : "Not_Present"
// multiplex variable
uint8_t dbg_Info_CCU_Aroma_Cfg : 4; // Bits= 4
// 15 : "Incomplete"
// 1 : "Limousine_Variant"
// 0 : "Stadard_Variant"
// multiplex variable
uint8_t dbg_Info_CCU_Algorithm_Cfg : 4; // Bits= 4
// 12857 : "MPVTabletka ='29'"
// 12856 : "MPVOrbita ='28'"
// 12855 : "MPVArmored4SEAT ='27'"
// 12851 : "MPVArmored9SEAT ='23'"
// 12850 : "MPVNonArmored9SEAT ='22'"
// 12849 : "MPVArmored8SEAT ='21'"
// 12848 : "MPVNonArmored4SEAT ='20'"
// 12595 : "SUVArmored = '13'"
// 12594 : "SUVNonArmored ='12'"
// 12355 : "LimoArmoredV8CiVil ='0C'_NotUsed"
// 12354 : "CabrioShow ='0B'_NotUsed_Phase1"
// 12353 : "SedanLongArmored ='0A'"
// 12345 : "SedanLong = '09'"
// 12344 : "Sedan4x2 = '08'_NotUsed_Phase1"
// 12341 : "Cabrio ='05'"
// 12340 : "LimoArmoredV8 ='04'"
// 12339 : "LimoArmoredV12 ='03'"
// 12337 : "SedanArmored = '01'"
// 12336 : "SedanNonArmored='00'"
// multiplex variable
uint16_t dbg_Info_VehicleBody; // Bits=16 Unit:'Vehicle'
// multiplex variable
uint8_t dbg_Info_MBD_Ver_Rev; // Bits= 8 Unit:'Rev.'
#else
// MULTIPLEX master signal
uint8_t dbg_Info_MultMsg_Idx; // Bits= 2
// multiplex variable
uint32_t dbg_Info_Calibration_Ver_Date; // Bits=22 Unit:'yymmdd'
// multiplex variable
uint32_t dbg_Info_CCU_SW_Ver_Date; // Bits=22 Unit:'yymmdd'
// multiplex variable
uint8_t dbg_Info_Calibration_Ver_Rev; // Bits= 8 Unit:'Rev.'
// multiplex variable
uint8_t dbg_Info_CCU_SW_Ver_Rev; // Bits= 8 Unit:'Rev.'
// 5 : "MPV_Cal"
// 4 : "SUV_Cal"
// 3 : "Limo_Cal"
// 2 : "SedanH_Cal"
// 1 : "SedanL_Cal"
// 0 : "Base_Cal"
// multiplex variable
uint8_t dbg_Info_ActivatedCAL; // Bits= 4 Unit:'Num'
// multiplex variable
uint32_t dbg_Info_MBD_Ver_Date; // Bits=22 Unit:'yymmdd'
// 15 : "Incomplete"
// 1 : "Present"
// 0 : "Not_Present"
// multiplex variable
uint8_t dbg_Info_CCU_Aroma_Cfg; // Bits= 4
// 15 : "Incomplete"
// 1 : "Limousine_Variant"
// 0 : "Stadard_Variant"
// multiplex variable
uint8_t dbg_Info_CCU_Algorithm_Cfg; // Bits= 4
// 12857 : "MPVTabletka ='29'"
// 12856 : "MPVOrbita ='28'"
// 12855 : "MPVArmored4SEAT ='27'"
// 12851 : "MPVArmored9SEAT ='23'"
// 12850 : "MPVNonArmored9SEAT ='22'"
// 12849 : "MPVArmored8SEAT ='21'"
// 12848 : "MPVNonArmored4SEAT ='20'"
// 12595 : "SUVArmored = '13'"
// 12594 : "SUVNonArmored ='12'"
// 12355 : "LimoArmoredV8CiVil ='0C'_NotUsed"
// 12354 : "CabrioShow ='0B'_NotUsed_Phase1"
// 12353 : "SedanLongArmored ='0A'"
// 12345 : "SedanLong = '09'"
// 12344 : "Sedan4x2 = '08'_NotUsed_Phase1"
// 12341 : "Cabrio ='05'"
// 12340 : "LimoArmoredV8 ='04'"
// 12339 : "LimoArmoredV12 ='03'"
// 12337 : "SedanArmored = '01'"
// 12336 : "SedanNonArmored='00'"
// multiplex variable
uint16_t dbg_Info_VehicleBody; // Bits=16 Unit:'Vehicle'
// multiplex variable
uint8_t dbg_Info_MBD_Ver_Rev; // Bits= 8 Unit:'Rev.'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_CCU_Info_t;
// def @dbg_Drs CAN Message (1021 0x3fd)
#define dbg_Drs_IDE (0U)
#define dbg_Drs_DLC (8U)
#define dbg_Drs_CANID (0x3fdU)
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
uint8_t dbg_Drs_0_SFL_DL : 7; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_1_CFL_FPL : 7; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_2_CFR_FPR : 7; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_3_SFR_DR : 7; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_4_SRL_RLB : 7; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_5_CRL_FCL : 7; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_6_CRR_FCR : 7; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_7_SRR_RRB : 7; // Bits= 7 Unit:'%'
#else
uint8_t dbg_Drs_0_SFL_DL; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_1_CFL_FPL; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_2_CFR_FPR; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_3_SFR_DR; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_4_SRL_RLB; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_5_CRL_FCL; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_6_CRR_FCR; // Bits= 7 Unit:'%'
uint8_t dbg_Drs_7_SRR_RRB; // Bits= 7 Unit:'%'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Drs_t;
// def @dbg_Sen_Incar CAN Message (1023 0x3ff)
#define dbg_Sen_Incar_IDE (0U)
#define dbg_Sen_Incar_DLC (8U)
#define dbg_Sen_Incar_CANID (0x3ffU)
#define dbg_Sen_Incar_CYC (250U)
// signal: @dbg_Sen_Incar_Raw_FL_ro
#define CANDB_DBG_dbg_Sen_Incar_Raw_FL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Incar_Raw_FL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Incar_Raw_FL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Incar_FL_ro
#define CANDB_DBG_dbg_Sen_Incar_FL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Incar_FL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Incar_FL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Incar_Raw_FR_ro
#define CANDB_DBG_dbg_Sen_Incar_Raw_FR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Incar_Raw_FR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Incar_Raw_FR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Incar_FR_ro
#define CANDB_DBG_dbg_Sen_Incar_FR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Incar_FR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Incar_FR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Incar_Raw_RL_ro
#define CANDB_DBG_dbg_Sen_Incar_Raw_RL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Incar_Raw_RL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Incar_Raw_RL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Incar_RL_ro
#define CANDB_DBG_dbg_Sen_Incar_RL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Incar_RL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Incar_RL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Incar_Raw_RR_ro
#define CANDB_DBG_dbg_Sen_Incar_Raw_RR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Incar_Raw_RR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Incar_Raw_RR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Incar_RR_ro
#define CANDB_DBG_dbg_Sen_Incar_RR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Incar_RR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Incar_RR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// MULTIPLEX master signal
uint8_t dbg_Sen_Incar_MultMsg_Idx : 2; // Bits= 2
// multiplex variable
int16_t dbg_Sen_Incar_Raw_FL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_Raw_FL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_FL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_FL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_Raw_FR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_Raw_FR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_FR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_FR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_Raw_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_Raw_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_Raw_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_Raw_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#else
// MULTIPLEX master signal
uint8_t dbg_Sen_Incar_MultMsg_Idx; // Bits= 2
// multiplex variable
int16_t dbg_Sen_Incar_Raw_FL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_Raw_FL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_FL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_FL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_Raw_FR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_Raw_FR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_FR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_FR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_Raw_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_Raw_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_Raw_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_Raw_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Incar_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Incar_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Sen_Incar_t;
// def @dbg_Cmd_Act_Information CAN Message (1024 0x400)
#define dbg_Cmd_Act_Information_IDE (0U)
#define dbg_Cmd_Act_Information_DLC (8U)
#define dbg_Cmd_Act_Information_CANID (0x400U)
// Value tables for @Cmd_Target_Act_Index signal
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information_AutoChange
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information_AutoChange (63)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__SealingValve
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__SealingValve (23)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__OSA
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__OSA (22)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Rec
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Rec (21)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Temp_RR
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Temp_RR (20)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Temp_RL
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Temp_RL (19)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__TempL_FR
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__TempL_FR (18)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__TempU_FR
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__TempU_FR (17)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__TempL_FL
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__TempL_FL (16)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__TempU_FL
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__TempU_FL (15)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_RR
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_RR (14)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_SRR
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_SRR (13)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_CRR
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_CRR (12)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_RL
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_RL (11)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_CRL
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_CRL (10)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_SRL
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_SRL (9)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_2FR
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_2FR (8)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_1FR
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_1FR (7)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_SFR
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_SFR (6)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_CFR
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_CFR (5)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_2FL
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_2FL (4)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_1FL
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Foot_1FL (3)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_CFL
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_CFL (2)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_SFL
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Vent_SFL (1)
#endif
#ifndef Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Def
#define Cmd_Target_Act_Index_dbg_Cmd_Act_Information__Def (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 63 : "AutoChange"
// 23 : "23_SealingValve"
// 22 : "22_OSA"
// 21 : "21_Rec"
// 20 : "20_Temp_RR"
// 19 : "19_Temp_RL"
// 18 : "18_TempL_FR"
// 17 : "17_TempU_FR"
// 16 : "16_TempL_FL"
// 15 : "15_TempU_FL"
// 14 : "14_Foot_RR"
// 13 : "13_Vent_SRR"
// 12 : "12_Vent_CRR"
// 11 : "11_Foot_RL"
// 10 : "10_Vent_CRL"
// 9 : "09_Vent_SRL"
// 8 : "08_Foot_2FR"
// 7 : "07_Foot_1FR"
// 6 : "06_Vent_SFR"
// 5 : "05_Vent_CFR"
// 4 : "04_Foot_2FL"
// 3 : "03_Foot_1FL"
// 2 : "02_Vent_CFL"
// 1 : "01_Vent_SFL"
// 0 : "00_Def"
uint8_t Cmd_Target_Act_Index : 6; // Bits= 6 Unit:'Index'
#else
// 63 : "AutoChange"
// 23 : "23_SealingValve"
// 22 : "22_OSA"
// 21 : "21_Rec"
// 20 : "20_Temp_RR"
// 19 : "19_Temp_RL"
// 18 : "18_TempL_FR"
// 17 : "17_TempU_FR"
// 16 : "16_TempL_FL"
// 15 : "15_TempU_FL"
// 14 : "14_Foot_RR"
// 13 : "13_Vent_SRR"
// 12 : "12_Vent_CRR"
// 11 : "11_Foot_RL"
// 10 : "10_Vent_CRL"
// 9 : "09_Vent_SRL"
// 8 : "08_Foot_2FR"
// 7 : "07_Foot_1FR"
// 6 : "06_Vent_SFR"
// 5 : "05_Vent_CFR"
// 4 : "04_Foot_2FL"
// 3 : "03_Foot_1FL"
// 2 : "02_Vent_CFL"
// 1 : "01_Vent_SFL"
// 0 : "00_Def"
uint8_t Cmd_Target_Act_Index; // Bits= 6 Unit:'Index'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Cmd_Act_Information_t;
// def @dbg_Info_Act1 CAN Message (1025 0x401)
#define dbg_Info_Act1_IDE (0U)
#define dbg_Info_Act1_DLC (8U)
#define dbg_Info_Act1_CANID (0x401U)
// Value tables for @dbg_Info_Act_Index signal
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__SealingValve
#define dbg_Info_Act_Index_dbg_Info_Act1__SealingValve (23)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__OSA
#define dbg_Info_Act_Index_dbg_Info_Act1__OSA (22)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Rec
#define dbg_Info_Act_Index_dbg_Info_Act1__Rec (21)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Temp_RR
#define dbg_Info_Act_Index_dbg_Info_Act1__Temp_RR (20)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Temp_RL
#define dbg_Info_Act_Index_dbg_Info_Act1__Temp_RL (19)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__TempL_FR
#define dbg_Info_Act_Index_dbg_Info_Act1__TempL_FR (18)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__TempU_FR
#define dbg_Info_Act_Index_dbg_Info_Act1__TempU_FR (17)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__TempL_FL
#define dbg_Info_Act_Index_dbg_Info_Act1__TempL_FL (16)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__TempU_FL
#define dbg_Info_Act_Index_dbg_Info_Act1__TempU_FL (15)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Foot_RR
#define dbg_Info_Act_Index_dbg_Info_Act1__Foot_RR (14)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Vent_SRR
#define dbg_Info_Act_Index_dbg_Info_Act1__Vent_SRR (13)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Vent_CRR
#define dbg_Info_Act_Index_dbg_Info_Act1__Vent_CRR (12)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Foot_RL
#define dbg_Info_Act_Index_dbg_Info_Act1__Foot_RL (11)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Vent_CRL
#define dbg_Info_Act_Index_dbg_Info_Act1__Vent_CRL (10)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Vent_SRL
#define dbg_Info_Act_Index_dbg_Info_Act1__Vent_SRL (9)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Foot_2FR
#define dbg_Info_Act_Index_dbg_Info_Act1__Foot_2FR (8)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Foot_1FR
#define dbg_Info_Act_Index_dbg_Info_Act1__Foot_1FR (7)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Vent_SFR
#define dbg_Info_Act_Index_dbg_Info_Act1__Vent_SFR (6)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Vent_CFR
#define dbg_Info_Act_Index_dbg_Info_Act1__Vent_CFR (5)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Foot_2FL
#define dbg_Info_Act_Index_dbg_Info_Act1__Foot_2FL (4)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Foot_1FL
#define dbg_Info_Act_Index_dbg_Info_Act1__Foot_1FL (3)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Vent_CFL
#define dbg_Info_Act_Index_dbg_Info_Act1__Vent_CFL (2)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Vent_SFL
#define dbg_Info_Act_Index_dbg_Info_Act1__Vent_SFL (1)
#endif
#ifndef dbg_Info_Act_Index_dbg_Info_Act1__Def
#define dbg_Info_Act_Index_dbg_Info_Act1__Def (0)
#endif
// signal: @dbg_Info_Act_App_Percent_ro
#define CANDB_DBG_dbg_Info_Act_App_Percent_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Info_Act_App_Percent_ro_toS(x) ( (uint16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Info_Act_App_Percent_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Info_Act_with_Limit_Percent_ro
#define CANDB_DBG_dbg_Info_Act_with_Limit_Percent_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Info_Act_with_Limit_Percent_ro_toS(x) ( (uint16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Info_Act_with_Limit_Percent_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 23 : "23_SealingValve"
// 22 : "22_OSA"
// 21 : "21_Rec"
// 20 : "20_Temp_RR"
// 19 : "19_Temp_RL"
// 18 : "18_TempL_FR"
// 17 : "17_TempU_FR"
// 16 : "16_TempL_FL"
// 15 : "15_TempU_FL"
// 14 : "14_Foot_RR"
// 13 : "13_Vent_SRR"
// 12 : "12_Vent_CRR"
// 11 : "11_Foot_RL"
// 10 : "10_Vent_CRL"
// 9 : "09_Vent_SRL"
// 8 : "08_Foot_2FR"
// 7 : "07_Foot_1FR"
// 6 : "06_Vent_SFR"
// 5 : "05_Vent_CFR"
// 4 : "04_Foot_2FL"
// 3 : "03_Foot_1FL"
// 2 : "02_Vent_CFL"
// 1 : "01_Vent_SFL"
// 0 : "00_Def"
uint8_t dbg_Info_Act_Index : 6; // Bits= 6 Unit:'Idx'
uint16_t dbg_Info_Act_App_Percent_ro; // Bits=10 Factor= 0.1 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Info_Act_App_Percent_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint16_t dbg_Info_Act_with_Limit_Percent_ro; // Bits=10 Factor= 0.1 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Info_Act_with_Limit_Percent_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint16_t dbg_Info_Act_Current_Count; // Bits=12 Unit:'Count'
uint16_t dbg_Info_Act_Range_Count; // Bits=12 Unit:'Count'
uint16_t dbg_Info_Act_Default_Count; // Bits=12 Unit:'Count'
#else
// 23 : "23_SealingValve"
// 22 : "22_OSA"
// 21 : "21_Rec"
// 20 : "20_Temp_RR"
// 19 : "19_Temp_RL"
// 18 : "18_TempL_FR"
// 17 : "17_TempU_FR"
// 16 : "16_TempL_FL"
// 15 : "15_TempU_FL"
// 14 : "14_Foot_RR"
// 13 : "13_Vent_SRR"
// 12 : "12_Vent_CRR"
// 11 : "11_Foot_RL"
// 10 : "10_Vent_CRL"
// 9 : "09_Vent_SRL"
// 8 : "08_Foot_2FR"
// 7 : "07_Foot_1FR"
// 6 : "06_Vent_SFR"
// 5 : "05_Vent_CFR"
// 4 : "04_Foot_2FL"
// 3 : "03_Foot_1FL"
// 2 : "02_Vent_CFL"
// 1 : "01_Vent_SFL"
// 0 : "00_Def"
uint8_t dbg_Info_Act_Index; // Bits= 6 Unit:'Idx'
uint16_t dbg_Info_Act_App_Percent_ro; // Bits=10 Factor= 0.1 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Info_Act_App_Percent_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint16_t dbg_Info_Act_with_Limit_Percent_ro; // Bits=10 Factor= 0.1 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Info_Act_with_Limit_Percent_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint16_t dbg_Info_Act_Current_Count; // Bits=12 Unit:'Count'
uint16_t dbg_Info_Act_Range_Count; // Bits=12 Unit:'Count'
uint16_t dbg_Info_Act_Default_Count; // Bits=12 Unit:'Count'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Info_Act1_t;
// def @dbg_Info_Act2 CAN Message (1026 0x402)
#define dbg_Info_Act2_IDE (0U)
#define dbg_Info_Act2_DLC (8U)
#define dbg_Info_Act2_CANID (0x402U)
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
uint8_t dbg_Info_Act_Msg_Missing_Flag : 1; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Internal_Fail_Flag : 1; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Homing_Err_Flag : 1; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Range_Err_Flag : 1; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Range_Fail_Flag : 1; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Range_Err_Operation : 1; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Range_Err_Check_Cnt; // Bits= 8 Unit:'count'
uint16_t dbg_Info_Act_Range_Err_Timer; // Bits=10 Unit:'sec'
#else
uint8_t dbg_Info_Act_Msg_Missing_Flag; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Internal_Fail_Flag; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Homing_Err_Flag; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Range_Err_Flag; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Range_Fail_Flag; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Range_Err_Operation; // Bits= 1 Unit:'(clear 0, set 1)'
uint8_t dbg_Info_Act_Range_Err_Check_Cnt; // Bits= 8 Unit:'count'
uint16_t dbg_Info_Act_Range_Err_Timer; // Bits=10 Unit:'sec'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Info_Act2_t;
// def @dbg_Sen_Eva CAN Message (1284 0x504)
#define dbg_Sen_Eva_IDE (0U)
#define dbg_Sen_Eva_DLC (8U)
#define dbg_Sen_Eva_CANID (0x504U)
// signal: @dbg_Sen_Eva_Target_ro
#define CANDB_DBG_dbg_Sen_Eva_Target_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Eva_Target_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Eva_Target_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Eva_Diff_FrontRear_ro
#define CANDB_DBG_dbg_Sen_Eva_Diff_FrontRear_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Eva_Diff_FrontRear_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Eva_Diff_FrontRear_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Eva_F_ro
#define CANDB_DBG_dbg_Sen_Eva_F_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Eva_F_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Eva_F_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Eva_R_ro
#define CANDB_DBG_dbg_Sen_Eva_R_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Eva_R_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Eva_R_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
int16_t dbg_Sen_Eva_Target_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Eva_Target_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Sen_Eva_Diff_FrontRear_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Eva_Diff_FrontRear_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Sen_Eva_F_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Eva_F_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Sen_Eva_R_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Eva_R_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#else
int16_t dbg_Sen_Eva_Target_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Eva_Target_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Sen_Eva_Diff_FrontRear_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Eva_Diff_FrontRear_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Sen_Eva_F_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Eva_F_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Sen_Eva_R_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Eva_R_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Sen_Eva_t;
// def @dbg_Sen_Duct CAN Message (1285 0x505)
#define dbg_Sen_Duct_IDE (0U)
#define dbg_Sen_Duct_DLC (8U)
#define dbg_Sen_Duct_CANID (0x505U)
#define dbg_Sen_Duct_CYC (250U)
// Value tables for @dbg_Sen_Duct_MultMsg_Idx signal
#ifndef dbg_Sen_Duct_MultMsg_Idx_dbg_Sen_Duct_RR
#define dbg_Sen_Duct_MultMsg_Idx_dbg_Sen_Duct_RR (3)
#endif
#ifndef dbg_Sen_Duct_MultMsg_Idx_dbg_Sen_Duct_RL
#define dbg_Sen_Duct_MultMsg_Idx_dbg_Sen_Duct_RL (2)
#endif
#ifndef dbg_Sen_Duct_MultMsg_Idx_dbg_Sen_Duct_FR
#define dbg_Sen_Duct_MultMsg_Idx_dbg_Sen_Duct_FR (1)
#endif
#ifndef dbg_Sen_Duct_MultMsg_Idx_dbg_Sen_Duct_FL
#define dbg_Sen_Duct_MultMsg_Idx_dbg_Sen_Duct_FL (0)
#endif
// Value tables for @dbg_Sen_Duct_FL_Fb_Select signal
#ifndef dbg_Sen_Duct_FL_Fb_Select_dbg_Sen_Duct_Side
#define dbg_Sen_Duct_FL_Fb_Select_dbg_Sen_Duct_Side (1)
#endif
#ifndef dbg_Sen_Duct_FL_Fb_Select_dbg_Sen_Duct_Central
#define dbg_Sen_Duct_FL_Fb_Select_dbg_Sen_Duct_Central (0)
#endif
// Value tables for @dbg_Sen_Duct_RR_Fb_Select signal
#ifndef dbg_Sen_Duct_RR_Fb_Select_dbg_Sen_Duct_Side
#define dbg_Sen_Duct_RR_Fb_Select_dbg_Sen_Duct_Side (1)
#endif
#ifndef dbg_Sen_Duct_RR_Fb_Select_dbg_Sen_Duct_Central
#define dbg_Sen_Duct_RR_Fb_Select_dbg_Sen_Duct_Central (0)
#endif
// Value tables for @dbg_Sen_Duct_RL_Fb_Select signal
#ifndef dbg_Sen_Duct_RL_Fb_Select_dbg_Sen_Duct_Side
#define dbg_Sen_Duct_RL_Fb_Select_dbg_Sen_Duct_Side (1)
#endif
#ifndef dbg_Sen_Duct_RL_Fb_Select_dbg_Sen_Duct_Central
#define dbg_Sen_Duct_RL_Fb_Select_dbg_Sen_Duct_Central (0)
#endif
// Value tables for @dbg_Sen_Duct_FR_Fb_Select signal
#ifndef dbg_Sen_Duct_FR_Fb_Select_dbg_Sen_Duct_Side
#define dbg_Sen_Duct_FR_Fb_Select_dbg_Sen_Duct_Side (1)
#endif
#ifndef dbg_Sen_Duct_FR_Fb_Select_dbg_Sen_Duct_Central
#define dbg_Sen_Duct_FR_Fb_Select_dbg_Sen_Duct_Central (0)
#endif
// signal: @dbg_Sen_Duct_RL_Tgt_ro
#define CANDB_DBG_dbg_Sen_Duct_RL_Tgt_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_RL_Tgt_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_RL_Tgt_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_FR_Upper_Tgt_ro
#define CANDB_DBG_dbg_Sen_Duct_FR_Upper_Tgt_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_FR_Upper_Tgt_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_FR_Upper_Tgt_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_RR_Tgt_ro
#define CANDB_DBG_dbg_Sen_Duct_RR_Tgt_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_RR_Tgt_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_RR_Tgt_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_FL_Upper_Tgt_ro
#define CANDB_DBG_dbg_Sen_Duct_FL_Upper_Tgt_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_FL_Upper_Tgt_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_FL_Upper_Tgt_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_RR_Fb_ro
#define CANDB_DBG_dbg_Sen_Duct_RR_Fb_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_RR_Fb_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_RR_Fb_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_RL_Fb_ro
#define CANDB_DBG_dbg_Sen_Duct_RL_Fb_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_RL_Fb_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_RL_Fb_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_FR_Upper_Fb_ro
#define CANDB_DBG_dbg_Sen_Duct_FR_Upper_Fb_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_FR_Upper_Fb_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_FR_Upper_Fb_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_FL_Upper_Fb_ro
#define CANDB_DBG_dbg_Sen_Duct_FL_Upper_Fb_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_FL_Upper_Fb_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_FL_Upper_Fb_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_FR_Side_Fb_ro
#define CANDB_DBG_dbg_Sen_Duct_FR_Side_Fb_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_FR_Side_Fb_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_FR_Side_Fb_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_FL_Side_Fb_ro
#define CANDB_DBG_dbg_Sen_Duct_FL_Side_Fb_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_FL_Side_Fb_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_FL_Side_Fb_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_RL_Side_Fb_ro
#define CANDB_DBG_dbg_Sen_Duct_RL_Side_Fb_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_RL_Side_Fb_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_RL_Side_Fb_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_RR_Side_Fb_ro
#define CANDB_DBG_dbg_Sen_Duct_RR_Side_Fb_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_RR_Side_Fb_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_RR_Side_Fb_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_FR_Lower_Tgt_ro
#define CANDB_DBG_dbg_Sen_Duct_FR_Lower_Tgt_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_FR_Lower_Tgt_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_FR_Lower_Tgt_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_FL_Lower_Tgt_ro
#define CANDB_DBG_dbg_Sen_Duct_FL_Lower_Tgt_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_FL_Lower_Tgt_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_FL_Lower_Tgt_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_FR_Lower_Fb_ro
#define CANDB_DBG_dbg_Sen_Duct_FR_Lower_Fb_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_FR_Lower_Fb_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_FR_Lower_Fb_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_Duct_FL_Lower_Fb_ro
#define CANDB_DBG_dbg_Sen_Duct_FL_Lower_Fb_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_Duct_FL_Lower_Fb_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_Duct_FL_Lower_Fb_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 3 : "RR"
// 2 : "RL"
// 1 : "FR"
// 0 : "FL"
// MULTIPLEX master signal
uint8_t dbg_Sen_Duct_MultMsg_Idx : 2; // Bits= 2
// 1 : "Side"
// 0 : "Central"
// multiplex variable
uint8_t dbg_Sen_Duct_FL_Fb_Select : 1; // Bits= 1 Unit:'(central 0, side 1)'
// 1 : "Side"
// 0 : "Central"
// multiplex variable
uint8_t dbg_Sen_Duct_RR_Fb_Select : 1; // Bits= 1 Unit:'(central 0, side 1)'
// 1 : "Side"
// 0 : "Central"
// multiplex variable
uint8_t dbg_Sen_Duct_RL_Fb_Select : 1; // Bits= 1 Unit:'(central 0, side 1)'
// 1 : "Side"
// 0 : "Central"
// multiplex variable
uint8_t dbg_Sen_Duct_FR_Fb_Select : 1; // Bits= 1 Unit:'(central 0, side 1)'
// multiplex variable
int16_t dbg_Sen_Duct_RL_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RL_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FR_Upper_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FR_Upper_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_RR_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RR_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FL_Upper_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FL_Upper_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_RR_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RR_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_RL_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RL_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FR_Upper_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FR_Upper_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FL_Upper_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FL_Upper_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FR_Side_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FR_Side_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FL_Side_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FL_Side_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_RL_Side_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RL_Side_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_RR_Side_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RR_Side_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FR_Lower_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FR_Lower_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FL_Lower_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FL_Lower_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FR_Lower_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FR_Lower_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FL_Lower_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FL_Lower_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#else
// 3 : "RR"
// 2 : "RL"
// 1 : "FR"
// 0 : "FL"
// MULTIPLEX master signal
uint8_t dbg_Sen_Duct_MultMsg_Idx; // Bits= 2
// 1 : "Side"
// 0 : "Central"
// multiplex variable
uint8_t dbg_Sen_Duct_FL_Fb_Select; // Bits= 1 Unit:'(central 0, side 1)'
// 1 : "Side"
// 0 : "Central"
// multiplex variable
uint8_t dbg_Sen_Duct_RR_Fb_Select; // Bits= 1 Unit:'(central 0, side 1)'
// 1 : "Side"
// 0 : "Central"
// multiplex variable
uint8_t dbg_Sen_Duct_RL_Fb_Select; // Bits= 1 Unit:'(central 0, side 1)'
// 1 : "Side"
// 0 : "Central"
// multiplex variable
uint8_t dbg_Sen_Duct_FR_Fb_Select; // Bits= 1 Unit:'(central 0, side 1)'
// multiplex variable
int16_t dbg_Sen_Duct_RL_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RL_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FR_Upper_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FR_Upper_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_RR_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RR_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FL_Upper_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FL_Upper_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_RR_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RR_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_RL_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RL_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FR_Upper_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FR_Upper_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FL_Upper_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FL_Upper_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FR_Side_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FR_Side_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FL_Side_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FL_Side_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_RL_Side_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RL_Side_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_RR_Side_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_RR_Side_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FR_Lower_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FR_Lower_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FL_Lower_Tgt_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FL_Lower_Tgt_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FR_Lower_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FR_Lower_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Sen_Duct_FL_Lower_Fb_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_Duct_FL_Lower_Fb_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Sen_Duct_t;
// def @dbg_Sen_Demist CAN Message (1289 0x509)
#define dbg_Sen_Demist_IDE (0U)
#define dbg_Sen_Demist_DLC (6U)
#define dbg_Sen_Demist_CANID (0x509U)
// signal: @dbg_Sen_DewPoint_Diff_ro
#define CANDB_DBG_dbg_Sen_DewPoint_Diff_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_DewPoint_Diff_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_DewPoint_Diff_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_WindShield_Humidity_ro
#define CANDB_DBG_dbg_Sen_WindShield_Humidity_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_WindShield_Humidity_ro_toS(x) ( (uint16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_WindShield_Humidity_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Sen_WindShield_Temp_ro
#define CANDB_DBG_dbg_Sen_WindShield_Temp_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Sen_WindShield_Temp_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Sen_WindShield_Temp_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
int16_t dbg_Sen_DewPoint_Diff_ro; // [-] Bits=16 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_DewPoint_Diff_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint16_t dbg_Sen_WindShield_Humidity_ro; // Bits=10 Factor= 0.1 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_WindShield_Humidity_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Sen_WindShield_Temp_ro; // [-] Bits=16 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_WindShield_Temp_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#else
int16_t dbg_Sen_DewPoint_Diff_ro; // [-] Bits=16 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_DewPoint_Diff_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint16_t dbg_Sen_WindShield_Humidity_ro; // Bits=10 Factor= 0.1 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_WindShield_Humidity_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Sen_WindShield_Temp_ro; // [-] Bits=16 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Sen_WindShield_Temp_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Sen_Demist_t;
// def @dbg_LIN_AirQS_Stat CAN Message (1296 0x510)
#define dbg_LIN_AirQS_Stat_IDE (0U)
#define dbg_LIN_AirQS_Stat_DLC (3U)
#define dbg_LIN_AirQS_Stat_CANID (0x510U)
// Value tables for @LIN_AirQS_LinRespErr_Stat signal
#ifndef LIN_AirQS_LinRespErr_Stat_dbg_LIN_AirQS_Stat_Error
#define LIN_AirQS_LinRespErr_Stat_dbg_LIN_AirQS_Stat_Error (1)
#endif
#ifndef LIN_AirQS_LinRespErr_Stat_dbg_LIN_AirQS_Stat_No_Error
#define LIN_AirQS_LinRespErr_Stat_dbg_LIN_AirQS_Stat_No_Error (0)
#endif
// Value tables for @LIN_AirQualSen_Stat signal
#ifndef LIN_AirQualSen_Stat_dbg_LIN_AirQS_Stat_Sensor_is_off_standby_mode
#define LIN_AirQualSen_Stat_dbg_LIN_AirQS_Stat_Sensor_is_off_standby_mode (2)
#endif
#ifndef LIN_AirQualSen_Stat_dbg_LIN_AirQS_Stat_Sensor_is_on_active_mode
#define LIN_AirQualSen_Stat_dbg_LIN_AirQS_Stat_Sensor_is_on_active_mode (1)
#endif
#ifndef LIN_AirQualSen_Stat_dbg_LIN_AirQS_Stat_Initializing
#define LIN_AirQualSen_Stat_dbg_LIN_AirQS_Stat_Initializing (0)
#endif
// Value tables for @LIN_AirQualSenCombined_Val signal
#ifndef LIN_AirQualSenCombined_Val_dbg_LIN_AirQS_Stat_Low_air_quality_
#define LIN_AirQualSenCombined_Val_dbg_LIN_AirQS_Stat_Low_air_quality_ (3)
#endif
#ifndef LIN_AirQualSenCombined_Val_dbg_LIN_AirQS_Stat_Medium_air_quality
#define LIN_AirQualSenCombined_Val_dbg_LIN_AirQS_Stat_Medium_air_quality (2)
#endif
#ifndef LIN_AirQualSenCombined_Val_dbg_LIN_AirQS_Stat_Hight_air_quality
#define LIN_AirQualSenCombined_Val_dbg_LIN_AirQS_Stat_Hight_air_quality (1)
#endif
#ifndef LIN_AirQualSenCombined_Val_dbg_LIN_AirQS_Stat_No_Clean_air
#define LIN_AirQualSenCombined_Val_dbg_LIN_AirQS_Stat_No_Clean_air (0)
#endif
// Value tables for @LIN_AirQualSen_Error_Stat signal
#ifndef LIN_AirQualSen_Error_Stat_dbg_LIN_AirQS_Stat_Component_malfunction
#define LIN_AirQualSen_Error_Stat_dbg_LIN_AirQS_Stat_Component_malfunction (3)
#endif
#ifndef LIN_AirQualSen_Error_Stat_dbg_LIN_AirQS_Stat_Supply_chain_short
#define LIN_AirQualSen_Error_Stat_dbg_LIN_AirQS_Stat_Supply_chain_short (2)
#endif
#ifndef LIN_AirQualSen_Error_Stat_dbg_LIN_AirQS_Stat_Supply_chain_break
#define LIN_AirQualSen_Error_Stat_dbg_LIN_AirQS_Stat_Supply_chain_break (1)
#endif
#ifndef LIN_AirQualSen_Error_Stat_dbg_LIN_AirQS_Stat_No_error
#define LIN_AirQualSen_Error_Stat_dbg_LIN_AirQS_Stat_No_error (0)
#endif
// Value tables for @LIN_AirQualSenCOlvl_Val signal
#ifndef LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_10_100_pollunion_
#define LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_10_100_pollunion_ (10)
#endif
#ifndef LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_9_90_pollunion_
#define LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_9_90_pollunion_ (9)
#endif
#ifndef LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_8_80_pollunion_
#define LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_8_80_pollunion_ (8)
#endif
#ifndef LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_7_70_pollunion_
#define LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_7_70_pollunion_ (7)
#endif
#ifndef LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_6_60_pollunion_
#define LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_6_60_pollunion_ (6)
#endif
#ifndef LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_5_50_pollunion
#define LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_5_50_pollunion (5)
#endif
#ifndef LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_4_40_pollunion_
#define LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_4_40_pollunion_ (4)
#endif
#ifndef LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_3_30_pollunion
#define LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_3_30_pollunion (3)
#endif
#ifndef LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_2_20_pollunion
#define LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_2_20_pollunion (2)
#endif
#ifndef LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_1_10_pollunion_
#define LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_1_10_pollunion_ (1)
#endif
#ifndef LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_0_clean_air
#define LIN_AirQualSenCOlvl_Val_dbg_LIN_AirQS_Stat_Level_0_clean_air (0)
#endif
// Value tables for @LIN_AirQualSenNOxlvl_Val signal
#ifndef LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_10_100_pollunion_
#define LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_10_100_pollunion_ (10)
#endif
#ifndef LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_9_90_pollunion_
#define LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_9_90_pollunion_ (9)
#endif
#ifndef LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_8_80_pollunion_
#define LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_8_80_pollunion_ (8)
#endif
#ifndef LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_7_70_pollunion_
#define LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_7_70_pollunion_ (7)
#endif
#ifndef LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_6_60_pollunion_
#define LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_6_60_pollunion_ (6)
#endif
#ifndef LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_5_50_pollunion
#define LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_5_50_pollunion (5)
#endif
#ifndef LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_4_40_pollunion_
#define LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_4_40_pollunion_ (4)
#endif
#ifndef LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_3_30_pollunion
#define LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_3_30_pollunion (3)
#endif
#ifndef LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_2_20_pollunion
#define LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_2_20_pollunion (2)
#endif
#ifndef LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_1_10_pollunion_
#define LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_1_10_pollunion_ (1)
#endif
#ifndef LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_0_clean_air
#define LIN_AirQualSenNOxlvl_Val_dbg_LIN_AirQS_Stat_Level_0_clean_air (0)
#endif
// Value tables for @LIN_AirQualSenNH3lvl_Val signal
#ifndef LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_10_100_pollunion_
#define LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_10_100_pollunion_ (10)
#endif
#ifndef LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_9_90_pollunion_
#define LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_9_90_pollunion_ (9)
#endif
#ifndef LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_8_80_pollunion_
#define LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_8_80_pollunion_ (8)
#endif
#ifndef LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_7_70_pollunion_
#define LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_7_70_pollunion_ (7)
#endif
#ifndef LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_6_60_pollunion_
#define LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_6_60_pollunion_ (6)
#endif
#ifndef LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_5_50_pollunion
#define LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_5_50_pollunion (5)
#endif
#ifndef LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_4_40_pollunion_
#define LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_4_40_pollunion_ (4)
#endif
#ifndef LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_3_30_pollunion
#define LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_3_30_pollunion (3)
#endif
#ifndef LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_2_20_pollunion
#define LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_2_20_pollunion (2)
#endif
#ifndef LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_1_10_pollunion_
#define LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_1_10_pollunion_ (1)
#endif
#ifndef LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_0_clean_air
#define LIN_AirQualSenNH3lvl_Val_dbg_LIN_AirQS_Stat_Level_0_clean_air (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 1 : "Error"
// 0 : "No_Error"
uint8_t LIN_AirQS_LinRespErr_Stat : 1; // Bits= 1
// 2 : "Sensor is off (standby mode)"
// 1 : "Sensor is on (active mode)"
// 0 : "Initializing"
uint8_t LIN_AirQualSen_Stat : 2; // Bits= 2
// 3 : "Low air quality "
// 2 : "Medium air quality"
// 1 : "Hight air quality"
// 0 : "No (Clean air)"
uint8_t LIN_AirQualSenCombined_Val : 2; // Bits= 2
// 3 : "Component malfunction"
// 2 : "Supply chain short"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_AirQualSen_Error_Stat : 2; // Bits= 2
// 10 : "Level 10 (100% pollunion) "
// 9 : "Level 9 (90% pollunion) "
// 8 : "Level 8 (80% pollunion) "
// 7 : "Level 7 (70% pollunion) "
// 6 : "Level 6 (60% pollunion) "
// 5 : "Level 5 (50% pollunion)"
// 4 : "Level 4 (40% pollunion) "
// 3 : "Level 3 (30% pollunion)"
// 2 : "Level 2 (20% pollunion)"
// 1 : "Level 1 (10% pollunion) "
// 0 : "Level 0 (clean air)"
uint8_t LIN_AirQualSenCOlvl_Val : 4; // Bits= 4
// 10 : "Level 10 (100% pollunion) "
// 9 : "Level 9 (90% pollunion) "
// 8 : "Level 8 (80% pollunion) "
// 7 : "Level 7 (70% pollunion) "
// 6 : "Level 6 (60% pollunion) "
// 5 : "Level 5 (50% pollunion)"
// 4 : "Level 4 (40% pollunion) "
// 3 : "Level 3 (30% pollunion)"
// 2 : "Level 2 (20% pollunion)"
// 1 : "Level 1 (10% pollunion) "
// 0 : "Level 0 (clean air)"
uint8_t LIN_AirQualSenNOxlvl_Val : 4; // Bits= 4
// 10 : "Level 10 (100% pollunion) "
// 9 : "Level 9 (90% pollunion) "
// 8 : "Level 8 (80% pollunion) "
// 7 : "Level 7 (70% pollunion) "
// 6 : "Level 6 (60% pollunion) "
// 5 : "Level 5 (50% pollunion)"
// 4 : "Level 4 (40% pollunion) "
// 3 : "Level 3 (30% pollunion)"
// 2 : "Level 2 (20% pollunion)"
// 1 : "Level 1 (10% pollunion) "
// 0 : "Level 0 (clean air)"
uint8_t LIN_AirQualSenNH3lvl_Val : 4; // Bits= 4
#else
// 1 : "Error"
// 0 : "No_Error"
uint8_t LIN_AirQS_LinRespErr_Stat; // Bits= 1
// 2 : "Sensor is off (standby mode)"
// 1 : "Sensor is on (active mode)"
// 0 : "Initializing"
uint8_t LIN_AirQualSen_Stat; // Bits= 2
// 3 : "Low air quality "
// 2 : "Medium air quality"
// 1 : "Hight air quality"
// 0 : "No (Clean air)"
uint8_t LIN_AirQualSenCombined_Val; // Bits= 2
// 3 : "Component malfunction"
// 2 : "Supply chain short"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_AirQualSen_Error_Stat; // Bits= 2
// 10 : "Level 10 (100% pollunion) "
// 9 : "Level 9 (90% pollunion) "
// 8 : "Level 8 (80% pollunion) "
// 7 : "Level 7 (70% pollunion) "
// 6 : "Level 6 (60% pollunion) "
// 5 : "Level 5 (50% pollunion)"
// 4 : "Level 4 (40% pollunion) "
// 3 : "Level 3 (30% pollunion)"
// 2 : "Level 2 (20% pollunion)"
// 1 : "Level 1 (10% pollunion) "
// 0 : "Level 0 (clean air)"
uint8_t LIN_AirQualSenCOlvl_Val; // Bits= 4
// 10 : "Level 10 (100% pollunion) "
// 9 : "Level 9 (90% pollunion) "
// 8 : "Level 8 (80% pollunion) "
// 7 : "Level 7 (70% pollunion) "
// 6 : "Level 6 (60% pollunion) "
// 5 : "Level 5 (50% pollunion)"
// 4 : "Level 4 (40% pollunion) "
// 3 : "Level 3 (30% pollunion)"
// 2 : "Level 2 (20% pollunion)"
// 1 : "Level 1 (10% pollunion) "
// 0 : "Level 0 (clean air)"
uint8_t LIN_AirQualSenNOxlvl_Val; // Bits= 4
// 10 : "Level 10 (100% pollunion) "
// 9 : "Level 9 (90% pollunion) "
// 8 : "Level 8 (80% pollunion) "
// 7 : "Level 7 (70% pollunion) "
// 6 : "Level 6 (60% pollunion) "
// 5 : "Level 5 (50% pollunion)"
// 4 : "Level 4 (40% pollunion) "
// 3 : "Level 3 (30% pollunion)"
// 2 : "Level 2 (20% pollunion)"
// 1 : "Level 1 (10% pollunion) "
// 0 : "Level 0 (clean air)"
uint8_t LIN_AirQualSenNH3lvl_Val; // Bits= 4
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_LIN_AirQS_Stat_t;
// def @dbg_LIN_Aroma_Stat CAN Message (1297 0x511)
#define dbg_LIN_Aroma_Stat_IDE (0U)
#define dbg_LIN_Aroma_Stat_DLC (5U)
#define dbg_LIN_Aroma_Stat_CANID (0x511U)
// Value tables for @LIN_AromaLinRespErr_Stat signal
#ifndef LIN_AromaLinRespErr_Stat_dbg_LIN_Aroma_Stat_Error
#define LIN_AromaLinRespErr_Stat_dbg_LIN_Aroma_Stat_Error (1)
#endif
#ifndef LIN_AromaLinRespErr_Stat_dbg_LIN_Aroma_Stat_No_Error
#define LIN_AromaLinRespErr_Stat_dbg_LIN_Aroma_Stat_No_Error (0)
#endif
// Value tables for @LIN_Aroma_1CartridgeSw signal
#ifndef LIN_Aroma_1CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_removed
#define LIN_Aroma_1CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_removed (1)
#endif
#ifndef LIN_Aroma_1CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_installed
#define LIN_Aroma_1CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_installed (0)
#endif
// Value tables for @LIN_Aroma_2CartridgeSw signal
#ifndef LIN_Aroma_2CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_removed
#define LIN_Aroma_2CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_removed (1)
#endif
#ifndef LIN_Aroma_2CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_installed
#define LIN_Aroma_2CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_installed (0)
#endif
// Value tables for @LIN_Aroma_3CartridgeSw signal
#ifndef LIN_Aroma_3CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_removed
#define LIN_Aroma_3CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_removed (1)
#endif
#ifndef LIN_Aroma_3CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_installed
#define LIN_Aroma_3CartridgeSw_dbg_LIN_Aroma_Stat_Cartridge_installed (0)
#endif
// Value tables for @LIN_Aroma_Error_Stat signal
#ifndef LIN_Aroma_Error_Stat_dbg_LIN_Aroma_Stat_Aroma_malfunction
#define LIN_Aroma_Error_Stat_dbg_LIN_Aroma_Stat_Aroma_malfunction (3)
#endif
#ifndef LIN_Aroma_Error_Stat_dbg_LIN_Aroma_Stat_Supply_chain_short_circuit
#define LIN_Aroma_Error_Stat_dbg_LIN_Aroma_Stat_Supply_chain_short_circuit (2)
#endif
#ifndef LIN_Aroma_Error_Stat_dbg_LIN_Aroma_Stat_Supply_chain_break
#define LIN_Aroma_Error_Stat_dbg_LIN_Aroma_Stat_Supply_chain_break (1)
#endif
#ifndef LIN_Aroma_Error_Stat_dbg_LIN_Aroma_Stat_No_error
#define LIN_Aroma_Error_Stat_dbg_LIN_Aroma_Stat_No_error (0)
#endif
// Value tables for @LIN_Aroma_Intens signal
#ifndef LIN_Aroma_Intens_dbg_LIN_Aroma_Stat_Aroma_malfunction
#define LIN_Aroma_Intens_dbg_LIN_Aroma_Stat_Aroma_malfunction (3)
#endif
#ifndef LIN_Aroma_Intens_dbg_LIN_Aroma_Stat_Aromatization_mode_2_step
#define LIN_Aroma_Intens_dbg_LIN_Aroma_Stat_Aromatization_mode_2_step (2)
#endif
#ifndef LIN_Aroma_Intens_dbg_LIN_Aroma_Stat_Aromatization_mode_1_step
#define LIN_Aroma_Intens_dbg_LIN_Aroma_Stat_Aromatization_mode_1_step (1)
#endif
#ifndef LIN_Aroma_Intens_dbg_LIN_Aroma_Stat_Aromatization_off
#define LIN_Aroma_Intens_dbg_LIN_Aroma_Stat_Aromatization_off (0)
#endif
// Value tables for @LIN_Aroma_CartridgeSel signal
#ifndef LIN_Aroma_CartridgeSel_dbg_LIN_Aroma_Stat_Third_cartridge_selected
#define LIN_Aroma_CartridgeSel_dbg_LIN_Aroma_Stat_Third_cartridge_selected (3)
#endif
#ifndef LIN_Aroma_CartridgeSel_dbg_LIN_Aroma_Stat_Second_cartridge_selected
#define LIN_Aroma_CartridgeSel_dbg_LIN_Aroma_Stat_Second_cartridge_selected (2)
#endif
#ifndef LIN_Aroma_CartridgeSel_dbg_LIN_Aroma_Stat_First_cartridge_selected
#define LIN_Aroma_CartridgeSel_dbg_LIN_Aroma_Stat_First_cartridge_selected (1)
#endif
#ifndef LIN_Aroma_CartridgeSel_dbg_LIN_Aroma_Stat_No_cartridge_selected
#define LIN_Aroma_CartridgeSel_dbg_LIN_Aroma_Stat_No_cartridge_selected (0)
#endif
// Value tables for @LIN_Aroma_1CartridgeFlavor signal
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_16
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_16 (15)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_15
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_15 (14)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_14
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_14 (13)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_13
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_13 (12)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_12
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_12 (11)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_11
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_11 (10)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_10
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_10 (9)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_9
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_9 (8)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_8
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_8 (7)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_7
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_7 (6)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_6
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_6 (5)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_5
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_5 (4)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_4
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_4 (3)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_3
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_3 (2)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_2
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_2 (1)
#endif
#ifndef LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_1
#define LIN_Aroma_1CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_1 (0)
#endif
// Value tables for @LIN_Aroma_2CartridgeFlavor signal
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_16
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_16 (15)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_15
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_15 (14)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_14
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_14 (13)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_13
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_13 (12)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_12
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_12 (11)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_11
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_11 (10)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_10
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_10 (9)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_9
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_9 (8)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_8
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_8 (7)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_7
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_7 (6)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_6
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_6 (5)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_5
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_5 (4)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_4
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_4 (3)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_3
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_3 (2)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_2
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_2 (1)
#endif
#ifndef LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_1
#define LIN_Aroma_2CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_1 (0)
#endif
// Value tables for @LIN_Aroma_3CartridgeFlavor signal
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_16
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_16 (15)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_15
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_15 (14)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_14
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_14 (13)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_13
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_13 (12)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_12
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_12 (11)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_11
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_11 (10)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_10
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_10 (9)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_9
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_9 (8)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_8
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_8 (7)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_7
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_7 (6)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_6
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_6 (5)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_5
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_5 (4)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_4
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_4 (3)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_3
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_3 (2)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_2
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_2 (1)
#endif
#ifndef LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_1
#define LIN_Aroma_3CartridgeFlavor_dbg_LIN_Aroma_Stat_Flavor_1 (0)
#endif
// signal: @LIN_Aroma_1CartridgeCapacity_ro
#define CANDB_DBG_LIN_Aroma_1CartridgeCapacity_ro_CovFactor (10)
#define CANDB_DBG_LIN_Aroma_1CartridgeCapacity_ro_toS(x) ( (uint8_t) ((x) / (10)) )
#define CANDB_DBG_LIN_Aroma_1CartridgeCapacity_ro_fromS(x) ( ((x) * (10)) )
// signal: @LIN_Aroma_2CartridgeCapacity_ro
#define CANDB_DBG_LIN_Aroma_2CartridgeCapacity_ro_CovFactor (10)
#define CANDB_DBG_LIN_Aroma_2CartridgeCapacity_ro_toS(x) ( (uint8_t) ((x) / (10)) )
#define CANDB_DBG_LIN_Aroma_2CartridgeCapacity_ro_fromS(x) ( ((x) * (10)) )
// signal: @LIN_Aroma_3CartridgeCapacity_ro
#define CANDB_DBG_LIN_Aroma_3CartridgeCapacity_ro_CovFactor (10)
#define CANDB_DBG_LIN_Aroma_3CartridgeCapacity_ro_toS(x) ( (uint8_t) ((x) / (10)) )
#define CANDB_DBG_LIN_Aroma_3CartridgeCapacity_ro_fromS(x) ( ((x) * (10)) )
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 1 : "Error"
// 0 : "No_Error"
uint8_t LIN_AromaLinRespErr_Stat : 1; // Bits= 1
// 1 : "Cartridge removed"
// 0 : "Cartridge installed"
uint8_t LIN_Aroma_1CartridgeSw : 1; // Bits= 1
// 1 : "Cartridge removed"
// 0 : "Cartridge installed"
uint8_t LIN_Aroma_2CartridgeSw : 1; // Bits= 1
// 1 : "Cartridge removed"
// 0 : "Cartridge installed"
uint8_t LIN_Aroma_3CartridgeSw : 1; // Bits= 1
// 3 : "Aroma malfunction"
// 2 : "Supply chain short circuit"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_Aroma_Error_Stat : 2; // Bits= 2
// 3 : "Aroma malfunction"
// 2 : "Aromatization mode 2 step"
// 1 : "Aromatization mode 1 step"
// 0 : "Aromatization off"
uint8_t LIN_Aroma_Intens : 2; // Bits= 2
// 3 : "Third cartridge selected"
// 2 : "Second cartridge selected"
// 1 : "First cartridge selected"
// 0 : "No cartridge selected"
uint8_t LIN_Aroma_CartridgeSel : 2; // Bits= 2
// 15 : "Flavor 16"
// 14 : "Flavor 15"
// 13 : "Flavor 14"
// 12 : "Flavor 13"
// 11 : "Flavor 12"
// 10 : "Flavor 11"
// 9 : "Flavor 10"
// 8 : "Flavor 9"
// 7 : "Flavor 8"
// 6 : "Flavor 7"
// 5 : "Flavor 6"
// 4 : "Flavor 5"
// 3 : "Flavor 4"
// 2 : "Flavor 3"
// 1 : "Flavor 2"
// 0 : "Flavor 1"
uint8_t LIN_Aroma_1CartridgeFlavor : 4; // Bits= 4
// 15 : "Flavor 16"
// 14 : "Flavor 15"
// 13 : "Flavor 14"
// 12 : "Flavor 13"
// 11 : "Flavor 12"
// 10 : "Flavor 11"
// 9 : "Flavor 10"
// 8 : "Flavor 9"
// 7 : "Flavor 8"
// 6 : "Flavor 7"
// 5 : "Flavor 6"
// 4 : "Flavor 5"
// 3 : "Flavor 4"
// 2 : "Flavor 3"
// 1 : "Flavor 2"
// 0 : "Flavor 1"
uint8_t LIN_Aroma_2CartridgeFlavor : 4; // Bits= 4
// 15 : "Flavor 16"
// 14 : "Flavor 15"
// 13 : "Flavor 14"
// 12 : "Flavor 13"
// 11 : "Flavor 12"
// 10 : "Flavor 11"
// 9 : "Flavor 10"
// 8 : "Flavor 9"
// 7 : "Flavor 8"
// 6 : "Flavor 7"
// 5 : "Flavor 6"
// 4 : "Flavor 5"
// 3 : "Flavor 4"
// 2 : "Flavor 3"
// 1 : "Flavor 2"
// 0 : "Flavor 1"
uint8_t LIN_Aroma_3CartridgeFlavor : 4; // Bits= 4
uint8_t LIN_Aroma_1CartridgeCapacity_ro : 4; // Bits= 4 Factor= 10 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
uint8_t LIN_Aroma_1CartridgeCapacity_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t LIN_Aroma_2CartridgeCapacity_ro : 4; // Bits= 4 Factor= 10 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
uint8_t LIN_Aroma_2CartridgeCapacity_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t LIN_Aroma_3CartridgeCapacity_ro : 4; // Bits= 4 Factor= 10 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
uint8_t LIN_Aroma_3CartridgeCapacity_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#else
// 1 : "Error"
// 0 : "No_Error"
uint8_t LIN_AromaLinRespErr_Stat; // Bits= 1
// 1 : "Cartridge removed"
// 0 : "Cartridge installed"
uint8_t LIN_Aroma_1CartridgeSw; // Bits= 1
// 1 : "Cartridge removed"
// 0 : "Cartridge installed"
uint8_t LIN_Aroma_2CartridgeSw; // Bits= 1
// 1 : "Cartridge removed"
// 0 : "Cartridge installed"
uint8_t LIN_Aroma_3CartridgeSw; // Bits= 1
// 3 : "Aroma malfunction"
// 2 : "Supply chain short circuit"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_Aroma_Error_Stat; // Bits= 2
// 3 : "Aroma malfunction"
// 2 : "Aromatization mode 2 step"
// 1 : "Aromatization mode 1 step"
// 0 : "Aromatization off"
uint8_t LIN_Aroma_Intens; // Bits= 2
// 3 : "Third cartridge selected"
// 2 : "Second cartridge selected"
// 1 : "First cartridge selected"
// 0 : "No cartridge selected"
uint8_t LIN_Aroma_CartridgeSel; // Bits= 2
// 15 : "Flavor 16"
// 14 : "Flavor 15"
// 13 : "Flavor 14"
// 12 : "Flavor 13"
// 11 : "Flavor 12"
// 10 : "Flavor 11"
// 9 : "Flavor 10"
// 8 : "Flavor 9"
// 7 : "Flavor 8"
// 6 : "Flavor 7"
// 5 : "Flavor 6"
// 4 : "Flavor 5"
// 3 : "Flavor 4"
// 2 : "Flavor 3"
// 1 : "Flavor 2"
// 0 : "Flavor 1"
uint8_t LIN_Aroma_1CartridgeFlavor; // Bits= 4
// 15 : "Flavor 16"
// 14 : "Flavor 15"
// 13 : "Flavor 14"
// 12 : "Flavor 13"
// 11 : "Flavor 12"
// 10 : "Flavor 11"
// 9 : "Flavor 10"
// 8 : "Flavor 9"
// 7 : "Flavor 8"
// 6 : "Flavor 7"
// 5 : "Flavor 6"
// 4 : "Flavor 5"
// 3 : "Flavor 4"
// 2 : "Flavor 3"
// 1 : "Flavor 2"
// 0 : "Flavor 1"
uint8_t LIN_Aroma_2CartridgeFlavor; // Bits= 4
// 15 : "Flavor 16"
// 14 : "Flavor 15"
// 13 : "Flavor 14"
// 12 : "Flavor 13"
// 11 : "Flavor 12"
// 10 : "Flavor 11"
// 9 : "Flavor 10"
// 8 : "Flavor 9"
// 7 : "Flavor 8"
// 6 : "Flavor 7"
// 5 : "Flavor 6"
// 4 : "Flavor 5"
// 3 : "Flavor 4"
// 2 : "Flavor 3"
// 1 : "Flavor 2"
// 0 : "Flavor 1"
uint8_t LIN_Aroma_3CartridgeFlavor; // Bits= 4
uint8_t LIN_Aroma_1CartridgeCapacity_ro; // Bits= 4 Factor= 10 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
uint8_t LIN_Aroma_1CartridgeCapacity_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t LIN_Aroma_2CartridgeCapacity_ro; // Bits= 4 Factor= 10 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
uint8_t LIN_Aroma_2CartridgeCapacity_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
uint8_t LIN_Aroma_3CartridgeCapacity_ro; // Bits= 4 Factor= 10 Unit:'%'
#ifdef CANDB_DBG_USE_SIGFLOAT
uint8_t LIN_Aroma_3CartridgeCapacity_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_LIN_Aroma_Stat_t;
// def @dbg_LIN_Ionizer_Stat CAN Message (1299 0x513)
#define dbg_LIN_Ionizer_Stat_IDE (0U)
#define dbg_LIN_Ionizer_Stat_DLC (2U)
#define dbg_LIN_Ionizer_Stat_CANID (0x513U)
// Value tables for @LIN_Ionizer_Err_Stat signal
#ifndef LIN_Ionizer_Err_Stat_dbg_LIN_Ionizer_Stat_Component_malfunction
#define LIN_Ionizer_Err_Stat_dbg_LIN_Ionizer_Stat_Component_malfunction (3)
#endif
#ifndef LIN_Ionizer_Err_Stat_dbg_LIN_Ionizer_Stat_Supply_chain_short
#define LIN_Ionizer_Err_Stat_dbg_LIN_Ionizer_Stat_Supply_chain_short (2)
#endif
#ifndef LIN_Ionizer_Err_Stat_dbg_LIN_Ionizer_Stat_Supply_chain_break
#define LIN_Ionizer_Err_Stat_dbg_LIN_Ionizer_Stat_Supply_chain_break (1)
#endif
#ifndef LIN_Ionizer_Err_Stat_dbg_LIN_Ionizer_Stat_No_error
#define LIN_Ionizer_Err_Stat_dbg_LIN_Ionizer_Stat_No_error (0)
#endif
// Value tables for @LIN_Ionizer_LinRespErr signal
#ifndef LIN_Ionizer_LinRespErr_dbg_LIN_Ionizer_Stat_Error
#define LIN_Ionizer_LinRespErr_dbg_LIN_Ionizer_Stat_Error (1)
#endif
#ifndef LIN_Ionizer_LinRespErr_dbg_LIN_Ionizer_Stat_No_Error
#define LIN_Ionizer_LinRespErr_dbg_LIN_Ionizer_Stat_No_Error (0)
#endif
// Value tables for @LIN_Ionizer_Ionization signal
#ifndef LIN_Ionizer_Ionization_dbg_LIN_Ionizer_Stat_Ionization_is_off_standby_mode
#define LIN_Ionizer_Ionization_dbg_LIN_Ionizer_Stat_Ionization_is_off_standby_mode (2)
#endif
#ifndef LIN_Ionizer_Ionization_dbg_LIN_Ionizer_Stat_Ionization_is_on_active_mode
#define LIN_Ionizer_Ionization_dbg_LIN_Ionizer_Stat_Ionization_is_on_active_mode (1)
#endif
#ifndef LIN_Ionizer_Ionization_dbg_LIN_Ionizer_Stat_Initializing
#define LIN_Ionizer_Ionization_dbg_LIN_Ionizer_Stat_Initializing (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 3 : "Component malfunction"
// 2 : "Supply chain short"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_Ionizer_Err_Stat : 2; // Bits= 2
// 1 : "Error"
// 0 : "No_Error"
uint8_t LIN_Ionizer_LinRespErr : 1; // Bits= 1
// 2 : "Ionization is off (standby mode)"
// 1 : "Ionization is on (active mode)"
// 0 : "Initializing"
uint8_t LIN_Ionizer_Ionization : 2; // Bits= 2
#else
// 3 : "Component malfunction"
// 2 : "Supply chain short"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_Ionizer_Err_Stat; // Bits= 2
// 1 : "Error"
// 0 : "No_Error"
uint8_t LIN_Ionizer_LinRespErr; // Bits= 1
// 2 : "Ionization is off (standby mode)"
// 1 : "Ionization is on (active mode)"
// 0 : "Initializing"
uint8_t LIN_Ionizer_Ionization; // Bits= 2
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_LIN_Ionizer_Stat_t;
// def @dbg_LIN_eTXV_Stat CAN Message (1300 0x514)
#define dbg_LIN_eTXV_Stat_IDE (0U)
#define dbg_LIN_eTXV_Stat_DLC (8U)
#define dbg_LIN_eTXV_Stat_CANID (0x514U)
// Value tables for @LIN_eTXV1_LinRespErr_Stat signal
#ifndef LIN_eTXV1_LinRespErr_Stat_dbg_LIN_eTXV_Stat_Error
#define LIN_eTXV1_LinRespErr_Stat_dbg_LIN_eTXV_Stat_Error (1)
#endif
#ifndef LIN_eTXV1_LinRespErr_Stat_dbg_LIN_eTXV_Stat_No_error
#define LIN_eTXV1_LinRespErr_Stat_dbg_LIN_eTXV_Stat_No_error (0)
#endif
// Value tables for @LIN_eTXVee1_Err_Stat signal
#ifndef LIN_eTXVee1_Err_Stat_dbg_LIN_eTXV_Stat_Component_malfunction
#define LIN_eTXVee1_Err_Stat_dbg_LIN_eTXV_Stat_Component_malfunction (3)
#endif
#ifndef LIN_eTXVee1_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_short_circuit
#define LIN_eTXVee1_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_short_circuit (2)
#endif
#ifndef LIN_eTXVee1_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_break
#define LIN_eTXVee1_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_break (1)
#endif
#ifndef LIN_eTXVee1_Err_Stat_dbg_LIN_eTXV_Stat_No_error
#define LIN_eTXVee1_Err_Stat_dbg_LIN_eTXV_Stat_No_error (0)
#endif
// Value tables for @LIN_eTXV2_LinRespErr_Stat signal
#ifndef LIN_eTXV2_LinRespErr_Stat_dbg_LIN_eTXV_Stat_Error
#define LIN_eTXV2_LinRespErr_Stat_dbg_LIN_eTXV_Stat_Error (1)
#endif
#ifndef LIN_eTXV2_LinRespErr_Stat_dbg_LIN_eTXV_Stat_No_error
#define LIN_eTXV2_LinRespErr_Stat_dbg_LIN_eTXV_Stat_No_error (0)
#endif
// Value tables for @LIN_eTXVee2_Err_Stat signal
#ifndef LIN_eTXVee2_Err_Stat_dbg_LIN_eTXV_Stat_Component_malfunction
#define LIN_eTXVee2_Err_Stat_dbg_LIN_eTXV_Stat_Component_malfunction (3)
#endif
#ifndef LIN_eTXVee2_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_short_circuit
#define LIN_eTXVee2_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_short_circuit (2)
#endif
#ifndef LIN_eTXVee2_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_break
#define LIN_eTXVee2_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_break (1)
#endif
#ifndef LIN_eTXVee2_Err_Stat_dbg_LIN_eTXV_Stat_No_error
#define LIN_eTXVee2_Err_Stat_dbg_LIN_eTXV_Stat_No_error (0)
#endif
// Value tables for @LIN_eTXV3_LinRespErr_Stat signal
#ifndef LIN_eTXV3_LinRespErr_Stat_dbg_LIN_eTXV_Stat_Error
#define LIN_eTXV3_LinRespErr_Stat_dbg_LIN_eTXV_Stat_Error (1)
#endif
#ifndef LIN_eTXV3_LinRespErr_Stat_dbg_LIN_eTXV_Stat_No_error
#define LIN_eTXV3_LinRespErr_Stat_dbg_LIN_eTXV_Stat_No_error (0)
#endif
// Value tables for @LIN_eTXVeeChiller1_Err_Stat signal
#ifndef LIN_eTXVeeChiller1_Err_Stat_dbg_LIN_eTXV_Stat_Component_malfunction
#define LIN_eTXVeeChiller1_Err_Stat_dbg_LIN_eTXV_Stat_Component_malfunction (3)
#endif
#ifndef LIN_eTXVeeChiller1_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_short_circuit
#define LIN_eTXVeeChiller1_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_short_circuit (2)
#endif
#ifndef LIN_eTXVeeChiller1_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_break
#define LIN_eTXVeeChiller1_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_break (1)
#endif
#ifndef LIN_eTXVeeChiller1_Err_Stat_dbg_LIN_eTXV_Stat_No_error
#define LIN_eTXVeeChiller1_Err_Stat_dbg_LIN_eTXV_Stat_No_error (0)
#endif
// Value tables for @LIN_eTXV4_LinRespErr_Stat signal
#ifndef LIN_eTXV4_LinRespErr_Stat_dbg_LIN_eTXV_Stat_Error
#define LIN_eTXV4_LinRespErr_Stat_dbg_LIN_eTXV_Stat_Error (1)
#endif
#ifndef LIN_eTXV4_LinRespErr_Stat_dbg_LIN_eTXV_Stat_No_error
#define LIN_eTXV4_LinRespErr_Stat_dbg_LIN_eTXV_Stat_No_error (0)
#endif
// Value tables for @LIN_eTXVeeChiller2_Err_Stat signal
#ifndef LIN_eTXVeeChiller2_Err_Stat_dbg_LIN_eTXV_Stat_Component_malfunction
#define LIN_eTXVeeChiller2_Err_Stat_dbg_LIN_eTXV_Stat_Component_malfunction (3)
#endif
#ifndef LIN_eTXVeeChiller2_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_short_circuit
#define LIN_eTXVeeChiller2_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_short_circuit (2)
#endif
#ifndef LIN_eTXVeeChiller2_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_break
#define LIN_eTXVeeChiller2_Err_Stat_dbg_LIN_eTXV_Stat_Supply_chain_break (1)
#endif
#ifndef LIN_eTXVeeChiller2_Err_Stat_dbg_LIN_eTXV_Stat_No_error
#define LIN_eTXVeeChiller2_Err_Stat_dbg_LIN_eTXV_Stat_No_error (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
uint8_t LIN_eTXVee1_Pos_Stat : 7; // Bits= 7 Unit:'%'
// 1 : "Error"
// 0 : "No error"
uint8_t LIN_eTXV1_LinRespErr_Stat : 1; // Bits= 1
// 3 : "Component malfunction"
// 2 : "Supply chain short circuit"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_eTXVee1_Err_Stat : 2; // Bits= 2
uint8_t LIN_eTXVee2_Pos_Stat : 7; // Bits= 7 Unit:'%'
// 1 : "Error"
// 0 : "No error"
uint8_t LIN_eTXV2_LinRespErr_Stat : 1; // Bits= 1
// 3 : "Component malfunction"
// 2 : "Supply chain short circuit"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_eTXVee2_Err_Stat : 2; // Bits= 2
uint8_t LIN_eTXVeeChiller1_Pos_Stat : 7; // Bits= 7 Unit:'%'
// 1 : "Error"
// 0 : "No error"
uint8_t LIN_eTXV3_LinRespErr_Stat : 1; // Bits= 1
// 3 : "Component malfunction"
// 2 : "Supply chain short circuit"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_eTXVeeChiller1_Err_Stat : 2; // Bits= 2
uint8_t LIN_eTXVeeChiller2_Pos_Stat : 7; // Bits= 7 Unit:'%'
// 1 : "Error"
// 0 : "No error"
uint8_t LIN_eTXV4_LinRespErr_Stat : 1; // Bits= 1
// 3 : "Component malfunction"
// 2 : "Supply chain short circuit"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_eTXVeeChiller2_Err_Stat : 2; // Bits= 2
#else
uint8_t LIN_eTXVee1_Pos_Stat; // Bits= 7 Unit:'%'
// 1 : "Error"
// 0 : "No error"
uint8_t LIN_eTXV1_LinRespErr_Stat; // Bits= 1
// 3 : "Component malfunction"
// 2 : "Supply chain short circuit"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_eTXVee1_Err_Stat; // Bits= 2
uint8_t LIN_eTXVee2_Pos_Stat; // Bits= 7 Unit:'%'
// 1 : "Error"
// 0 : "No error"
uint8_t LIN_eTXV2_LinRespErr_Stat; // Bits= 1
// 3 : "Component malfunction"
// 2 : "Supply chain short circuit"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_eTXVee2_Err_Stat; // Bits= 2
uint8_t LIN_eTXVeeChiller1_Pos_Stat; // Bits= 7 Unit:'%'
// 1 : "Error"
// 0 : "No error"
uint8_t LIN_eTXV3_LinRespErr_Stat; // Bits= 1
// 3 : "Component malfunction"
// 2 : "Supply chain short circuit"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_eTXVeeChiller1_Err_Stat; // Bits= 2
uint8_t LIN_eTXVeeChiller2_Pos_Stat; // Bits= 7 Unit:'%'
// 1 : "Error"
// 0 : "No error"
uint8_t LIN_eTXV4_LinRespErr_Stat; // Bits= 1
// 3 : "Component malfunction"
// 2 : "Supply chain short circuit"
// 1 : "Supply chain break"
// 0 : "No error"
uint8_t LIN_eTXVeeChiller2_Err_Stat; // Bits= 2
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_LIN_eTXV_Stat_t;
// def @dbg_LIN_DRS_Stat CAN Message (1304 0x518)
#define dbg_LIN_DRS_Stat_IDE (0U)
#define dbg_LIN_DRS_Stat_DLC (5U)
#define dbg_LIN_DRS_Stat_CANID (0x518U)
// signal: @LIN_DRS_BCM_IndFadingTime_ro
#define CANDB_DBG_LIN_DRS_BCM_IndFadingTime_ro_CovFactor (0.1)
#define CANDB_DBG_LIN_DRS_BCM_IndFadingTime_ro_toS(x) ( (uint8_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_LIN_DRS_BCM_IndFadingTime_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// Value tables for @LIN_DRS_BCM_SwIndIntens signal
#ifndef LIN_DRS_BCM_SwIndIntens_dbg_LIN_DRS_Stat_Low_level
#define LIN_DRS_BCM_SwIndIntens_dbg_LIN_DRS_Stat_Low_level (1)
#endif
#ifndef LIN_DRS_BCM_SwIndIntens_dbg_LIN_DRS_Stat_Hight_level
#define LIN_DRS_BCM_SwIndIntens_dbg_LIN_DRS_Stat_Hight_level (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
uint8_t LIN_DRS_DLLed1 : 1; // Bits= 1
uint8_t LIN_DRS_DLLed2 : 1; // Bits= 1
uint8_t LIN_DRS_DLLed3 : 1; // Bits= 1
uint8_t LIN_DRS_DRLed1 : 1; // Bits= 1
uint8_t LIN_DRS_DRLed2 : 1; // Bits= 1
uint8_t LIN_DRS_DRLed3 : 1; // Bits= 1
uint8_t LIN_DRS_FPLLed1 : 1; // Bits= 1
uint8_t LIN_DRS_FPLLed2 : 1; // Bits= 1
uint8_t LIN_DRS_FPLLed3 : 1; // Bits= 1
uint8_t LIN_DRS_FPRLed1 : 1; // Bits= 1
uint8_t LIN_DRS_FPRLed2 : 1; // Bits= 1
uint8_t LIN_DRS_FPRLed3 : 1; // Bits= 1
uint8_t LIN_DRS_RLBLed1 : 1; // Bits= 1
uint8_t LIN_DRS_RLBLed2 : 1; // Bits= 1
uint8_t LIN_DRS_RLBLed3 : 1; // Bits= 1
uint8_t LIN_DRS_RRBLed1 : 1; // Bits= 1
uint8_t LIN_DRS_RRBLed2 : 1; // Bits= 1
uint8_t LIN_DRS_RRBLed3 : 1; // Bits= 1
uint8_t LIN_DRS_FCLLed1 : 1; // Bits= 1
uint8_t LIN_DRS_FCLLed2 : 1; // Bits= 1
uint8_t LIN_DRS_FCLLed3 : 1; // Bits= 1
uint8_t LIN_DRS_FCRLed1 : 1; // Bits= 1
uint8_t LIN_DRS_FCRLed2 : 1; // Bits= 1
uint8_t LIN_DRS_FCRLed3 : 1; // Bits= 1
uint8_t LIN_DRS_BCM_IndFadingTime_ro : 5; // Bits= 5 Factor= 0.1 Unit:'sec'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t LIN_DRS_BCM_IndFadingTime_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// 1 : "Low level"
// 0 : "Hight level"
uint8_t LIN_DRS_BCM_SwIndIntens : 1; // Bits= 1
#else
uint8_t LIN_DRS_DLLed1; // Bits= 1
uint8_t LIN_DRS_DLLed2; // Bits= 1
uint8_t LIN_DRS_DLLed3; // Bits= 1
uint8_t LIN_DRS_DRLed1; // Bits= 1
uint8_t LIN_DRS_DRLed2; // Bits= 1
uint8_t LIN_DRS_DRLed3; // Bits= 1
uint8_t LIN_DRS_FPLLed1; // Bits= 1
uint8_t LIN_DRS_FPLLed2; // Bits= 1
uint8_t LIN_DRS_FPLLed3; // Bits= 1
uint8_t LIN_DRS_FPRLed1; // Bits= 1
uint8_t LIN_DRS_FPRLed2; // Bits= 1
uint8_t LIN_DRS_FPRLed3; // Bits= 1
uint8_t LIN_DRS_RLBLed1; // Bits= 1
uint8_t LIN_DRS_RLBLed2; // Bits= 1
uint8_t LIN_DRS_RLBLed3; // Bits= 1
uint8_t LIN_DRS_RRBLed1; // Bits= 1
uint8_t LIN_DRS_RRBLed2; // Bits= 1
uint8_t LIN_DRS_RRBLed3; // Bits= 1
uint8_t LIN_DRS_FCLLed1; // Bits= 1
uint8_t LIN_DRS_FCLLed2; // Bits= 1
uint8_t LIN_DRS_FCLLed3; // Bits= 1
uint8_t LIN_DRS_FCRLed1; // Bits= 1
uint8_t LIN_DRS_FCRLed2; // Bits= 1
uint8_t LIN_DRS_FCRLed3; // Bits= 1
uint8_t LIN_DRS_BCM_IndFadingTime_ro; // Bits= 5 Factor= 0.1 Unit:'sec'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t LIN_DRS_BCM_IndFadingTime_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// 1 : "Low level"
// 0 : "Hight level"
uint8_t LIN_DRS_BCM_SwIndIntens; // Bits= 1
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_LIN_DRS_Stat_t;
// def @dbg_Auto_AF CAN Message (1312 0x520)
#define dbg_Auto_AF_IDE (0U)
#define dbg_Auto_AF_DLC (8U)
#define dbg_Auto_AF_CANID (0x520U)
#define dbg_Auto_AF_CYC (250U)
// Value tables for @dbg_Auto_AF_MultMsg_Idx signal
#ifndef dbg_Auto_AF_MultMsg_Idx_dbg_Auto_AF_RR
#define dbg_Auto_AF_MultMsg_Idx_dbg_Auto_AF_RR (3)
#endif
#ifndef dbg_Auto_AF_MultMsg_Idx_dbg_Auto_AF_RL
#define dbg_Auto_AF_MultMsg_Idx_dbg_Auto_AF_RL (2)
#endif
#ifndef dbg_Auto_AF_MultMsg_Idx_dbg_Auto_AF_FR
#define dbg_Auto_AF_MultMsg_Idx_dbg_Auto_AF_FR (1)
#endif
#ifndef dbg_Auto_AF_MultMsg_Idx_dbg_Auto_AF_FL
#define dbg_Auto_AF_MultMsg_Idx_dbg_Auto_AF_FL (0)
#endif
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 3 : "RR"
// 2 : "RL"
// 1 : "FR"
// 0 : "FL"
// MULTIPLEX master signal
uint8_t dbg_Auto_AF_MultMsg_Idx : 2; // Bits= 2
// multiplex variable
int16_t dbg_Auto_AF_Correct_FL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Correct_FR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Correct_RL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Correct_RR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Vtg_RL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Vtg_FL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Vtg_FR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Vtg_RR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Incar_RL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Incar_FR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Incar_RR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Incar_FL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Amb_RL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Amb_FR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Sun_RR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Amb_FL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Sun_FR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Sun_RL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Amb_RR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Sun_FL; // [-] Bits=12 Unit:'AF'
#else
// 3 : "RR"
// 2 : "RL"
// 1 : "FR"
// 0 : "FL"
// MULTIPLEX master signal
uint8_t dbg_Auto_AF_MultMsg_Idx; // Bits= 2
// multiplex variable
int16_t dbg_Auto_AF_Correct_FL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Correct_FR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Correct_RL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Correct_RR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Vtg_RL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Vtg_FL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Vtg_FR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Vtg_RR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Incar_RL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Incar_FR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Incar_RR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Incar_FL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Amb_RL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Amb_FR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Sun_RR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Amb_FL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Sun_FR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Sun_RL; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Amb_RR; // [-] Bits=12 Unit:'AF'
// multiplex variable
int16_t dbg_Auto_AF_Sun_FL; // [-] Bits=12 Unit:'AF'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Auto_AF_t;
// def @dbg_Auto_Duct CAN Message (1316 0x524)
#define dbg_Auto_Duct_IDE (0U)
#define dbg_Auto_Duct_DLC (8U)
#define dbg_Auto_Duct_CANID (0x524U)
#define dbg_Auto_Duct_CYC (250U)
// Value tables for @dbg_Auto_Duct_MultMsg_Idx signal
#ifndef dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_IncarTg
#define dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_IncarTg (6)
#endif
#ifndef dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_RR
#define dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_RR (5)
#endif
#ifndef dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_RL
#define dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_RL (4)
#endif
#ifndef dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_FR_Lower
#define dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_FR_Lower (3)
#endif
#ifndef dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_FR_Upper
#define dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_FR_Upper (2)
#endif
#ifndef dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_FL_Lower
#define dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_FL_Lower (1)
#endif
#ifndef dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_FL_Upper
#define dbg_Auto_Duct_MultMsg_Idx_dbg_Auto_Duct_FL_Upper (0)
#endif
// signal: @dbg_Auto_Duct_Tgt_FL_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FL_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FL_Upper_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FL_Upper_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tg_Incar_FL_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FL_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FL_Upper_ro_toS(x) ( (int16_t) (((x) - (20.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FL_Upper_ro_fromS(x) ( (((x) * (0.1)) + (20.0)) )
// signal: @dbg_Auto_Duct_Tgt_RR_ro
#define CANDB_DBG_dbg_Auto_Duct_Tgt_RR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tgt_RR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tgt_RR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tgt_RL_ro
#define CANDB_DBG_dbg_Auto_Duct_Tgt_RL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tgt_RL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tgt_RL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tgt_FR_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FR_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FR_Upper_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FR_Upper_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tgt_FR_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FR_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FR_Lower_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FR_Lower_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tgt_FL_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FL_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FL_Lower_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tgt_FL_Lower_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tg_Incar_FR_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FR_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FR_Upper_ro_toS(x) ( (int16_t) (((x) - (20.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FR_Upper_ro_fromS(x) ( (((x) * (0.1)) + (20.0)) )
// signal: @dbg_Auto_Duct_Tg_FL_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_FL_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_FL_Upper_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_FL_Upper_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tg_FL_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_FL_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_FL_Lower_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_FL_Lower_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tg_FR_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_FR_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_FR_Lower_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_FR_Lower_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tg_FR_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_FR_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_FR_Upper_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_FR_Upper_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tg_RL_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_RL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_RL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_RL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tg_RR_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_RR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_RR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_RR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tg_Incar_FL_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FL_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FL_Lower_ro_toS(x) ( (int16_t) (((x) - (20.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FL_Lower_ro_fromS(x) ( (((x) * (0.1)) + (20.0)) )
// signal: @dbg_Auto_Duct_Incar_FL_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Incar_FL_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Incar_FL_Lower_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Incar_FL_Lower_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Incar_RR_ro
#define CANDB_DBG_dbg_Auto_Duct_Incar_RR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Incar_RR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Incar_RR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Incar_RL_ro
#define CANDB_DBG_dbg_Auto_Duct_Incar_RL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Incar_RL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Incar_RL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Incar_FR_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Incar_FR_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Incar_FR_Upper_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Incar_FR_Upper_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Incar_FR_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Incar_FR_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Incar_FR_Lower_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Incar_FR_Lower_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Incar_FL_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Incar_FL_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Incar_FL_Upper_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Incar_FL_Upper_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tg_Incar_FR_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FR_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FR_Lower_ro_toS(x) ( (int16_t) (((x) - (20.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_FR_Lower_ro_fromS(x) ( (((x) * (0.1)) + (20.0)) )
// signal: @dbg_Auto_Duct_Amb_RL_ro
#define CANDB_DBG_dbg_Auto_Duct_Amb_RL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Amb_RL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Amb_RL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Amb_FR_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Amb_FR_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Amb_FR_Upper_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Amb_FR_Upper_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Amb_FR_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Amb_FR_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Amb_FR_Lower_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Amb_FR_Lower_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Amb_RR_ro
#define CANDB_DBG_dbg_Auto_Duct_Amb_RR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Amb_RR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Amb_RR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Amb_FL_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Amb_FL_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Amb_FL_Lower_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Amb_FL_Lower_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Amb_FL_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Amb_FL_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Amb_FL_Upper_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Amb_FL_Upper_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tg_Incar_RL_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_RL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_RL_ro_toS(x) ( (int16_t) (((x) - (20.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_RL_ro_fromS(x) ( (((x) * (0.1)) + (20.0)) )
// signal: @dbg_Auto_Duct_Sun_FL_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Sun_FL_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Sun_FL_Lower_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Sun_FL_Lower_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Sun_FR_Lower_ro
#define CANDB_DBG_dbg_Auto_Duct_Sun_FR_Lower_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Sun_FR_Lower_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Sun_FR_Lower_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Sun_FR_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Sun_FR_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Sun_FR_Upper_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Sun_FR_Upper_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Sun_RL_ro
#define CANDB_DBG_dbg_Auto_Duct_Sun_RL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Sun_RL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Sun_RL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Sun_FL_Upper_ro
#define CANDB_DBG_dbg_Auto_Duct_Sun_FL_Upper_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Sun_FL_Upper_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Sun_FL_Upper_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Sun_RR_ro
#define CANDB_DBG_dbg_Auto_Duct_Sun_RR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Sun_RR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Sun_RR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Duct_Tg_Incar_RR_ro
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_RR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_RR_ro_toS(x) ( (int16_t) (((x) - (20.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Duct_Tg_Incar_RR_ro_fromS(x) ( (((x) * (0.1)) + (20.0)) )
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
// 6 : "IncarTg"
// 5 : "RR"
// 4 : "RL"
// 3 : "FR_Lower"
// 2 : "FR_Upper"
// 1 : "FL_Lower"
// 0 : "FL_Upper"
// MULTIPLEX master signal
uint8_t dbg_Auto_Duct_MultMsg_Idx : 4; // Bits= 4
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_FL_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_FL_Upper_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_FR_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_FR_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_FL_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_FR_Upper_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_FL_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_FL_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_FR_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_FR_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_FL_Lower_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_FL_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_FR_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_FR_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_FL_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_FR_Lower_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_FR_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_FR_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_FL_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_FL_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_RL_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_FL_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_FR_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_FR_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_FL_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_RR_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#else
// 6 : "IncarTg"
// 5 : "RR"
// 4 : "RL"
// 3 : "FR_Lower"
// 2 : "FR_Upper"
// 1 : "FL_Lower"
// 0 : "FL_Upper"
// MULTIPLEX master signal
uint8_t dbg_Auto_Duct_MultMsg_Idx; // Bits= 4
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_FL_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_FL_Upper_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_FR_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_FR_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tgt_FL_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tgt_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_FR_Upper_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_FL_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_FL_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_FR_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_FR_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_FL_Lower_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_FL_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_FR_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_FR_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Incar_FL_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Incar_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_FR_Lower_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_FR_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_FR_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_FL_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Amb_FL_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Amb_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_RL_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_FL_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_FL_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_FR_Lower_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_FR_Lower_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_FR_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_FR_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_RL_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_RL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_FL_Upper_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_FL_Upper_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Sun_RR_ro; // [-] Bits=12 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Sun_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
// multiplex variable
int16_t dbg_Auto_Duct_Tg_Incar_RR_ro; // [-] Bits=10 Offset= 20.0 Factor= 0.1 Unit:'<27><>'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Duct_Tg_Incar_RR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Auto_Duct_t;
// def @dbg_Auto_Valve_Plus CAN Message (1328 0x530)
#define dbg_Auto_Valve_Plus_IDE (0U)
#define dbg_Auto_Valve_Plus_DLC (8U)
#define dbg_Auto_Valve_Plus_CANID (0x530U)
// signal: @dbg_Auto_Valve_Plus_Vent_SFL_ro
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_SFL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_SFL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_SFL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Valve_Plus_Vent_CFL_ro
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_CFL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_CFL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_CFL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Valve_Plus_Foot_FL_ro
#define CANDB_DBG_dbg_Auto_Valve_Plus_Foot_FL_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Valve_Plus_Foot_FL_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Valve_Plus_Foot_FL_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Valve_Plus_Vent_SFR_ro
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_SFR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_SFR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_SFR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Valve_Plus_Vent_CFR_ro
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_CFR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_CFR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Valve_Plus_Vent_CFR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
// signal: @dbg_Auto_Valve_Plus_Foot_FR_ro
#define CANDB_DBG_dbg_Auto_Valve_Plus_Foot_FR_ro_CovFactor (0.1)
#define CANDB_DBG_dbg_Auto_Valve_Plus_Foot_FR_ro_toS(x) ( (int16_t) (((x) - (0.0)) / (0.1)) )
#define CANDB_DBG_dbg_Auto_Valve_Plus_Foot_FR_ro_fromS(x) ( (((x) * (0.1)) + (0.0)) )
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
int16_t dbg_Auto_Valve_Plus_Vent_SFL_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Vent_SFL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Auto_Valve_Plus_Vent_CFL_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Vent_CFL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Auto_Valve_Plus_Foot_FL_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Foot_FL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Auto_Valve_Plus_Vent_SFR_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Vent_SFR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Auto_Valve_Plus_Vent_CFR_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Vent_CFR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Auto_Valve_Plus_Foot_FR_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Foot_FR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#else
int16_t dbg_Auto_Valve_Plus_Vent_SFL_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Vent_SFL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Auto_Valve_Plus_Vent_CFL_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Vent_CFL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Auto_Valve_Plus_Foot_FL_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Foot_FL_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Auto_Valve_Plus_Vent_SFR_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Vent_SFR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Auto_Valve_Plus_Vent_CFR_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Vent_CFR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
int16_t dbg_Auto_Valve_Plus_Foot_FR_ro; // [-] Bits=10 Factor= 0.1 Unit:'0.1%'
#ifdef CANDB_DBG_USE_SIGFLOAT
sigfloat_t dbg_Auto_Valve_Plus_Foot_FR_phys;
#endif // CANDB_DBG_USE_SIGFLOAT
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} dbg_Auto_Valve_Plus_t;
// def @XCP_CCU_RX CAN Message (1707 0x6ab)
#define XCP_CCU_RX_IDE (0U)
#define XCP_CCU_RX_DLC (8U)
#define XCP_CCU_RX_CANID (0x6abU)
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
int64_t XcpCcuRx; // [-] Bits=64 Unit:'-'
#else
int64_t XcpCcuRx; // [-] Bits=64 Unit:'-'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} XCP_CCU_RX_t;
// def @XCP_CCU_TX CAN Message (1723 0x6bb)
#define XCP_CCU_TX_IDE (0U)
#define XCP_CCU_TX_DLC (8U)
#define XCP_CCU_TX_CANID (0x6bbU)
typedef struct
{
#ifdef CANDB_DBG_USE_BITS_SIGNAL
int64_t XcpCcuTx; // [-] Bits=64 Unit:'-'
#else
int64_t XcpCcuTx; // [-] Bits=64 Unit:'-'
#endif // CANDB_DBG_USE_BITS_SIGNAL
#ifdef CANDB_DBG_USE_DIAG_MONITORS
FrameMonitor_t mon1;
#endif // CANDB_DBG_USE_DIAG_MONITORS
} XCP_CCU_TX_t;
// Function signatures
uint32_t Unpack_dbg_Logic_State_candb_dbg(dbg_Logic_State_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Logic_State_candb_dbg(dbg_Logic_State_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Logic_State_candb_dbg(dbg_Logic_State_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Logic_KM_Status_candb_dbg(dbg_Logic_KM_Status_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Logic_KM_Status_candb_dbg(dbg_Logic_KM_Status_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Logic_KM_Status_candb_dbg(dbg_Logic_KM_Status_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Logic_Valve_candb_dbg(dbg_Logic_Valve_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Logic_Valve_candb_dbg(dbg_Logic_Valve_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Logic_Valve_candb_dbg(dbg_Logic_Valve_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Logic_Blower_candb_dbg(dbg_Logic_Blower_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Logic_Blower_candb_dbg(dbg_Logic_Blower_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Logic_Blower_candb_dbg(dbg_Logic_Blower_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Logic_Ac_candb_dbg(dbg_Logic_Ac_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Logic_Ac_candb_dbg(dbg_Logic_Ac_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Logic_Ac_candb_dbg(dbg_Logic_Ac_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Logic_Rec_candb_dbg(dbg_Logic_Rec_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Logic_Rec_candb_dbg(dbg_Logic_Rec_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Logic_Rec_candb_dbg(dbg_Logic_Rec_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_DiffBlr_ValveOpen_candb_dbg(dbg_DiffBlr_ValveOpen_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_DiffBlr_ValveOpen_candb_dbg(dbg_DiffBlr_ValveOpen_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_DiffBlr_ValveOpen_candb_dbg(dbg_DiffBlr_ValveOpen_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Act0_candb_dbg(dbg_Act0_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Act0_candb_dbg(dbg_Act0_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Act0_candb_dbg(dbg_Act0_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Act1_candb_dbg(dbg_Act1_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Act1_candb_dbg(dbg_Act1_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Act1_candb_dbg(dbg_Act1_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Act2_candb_dbg(dbg_Act2_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Act2_candb_dbg(dbg_Act2_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Act2_candb_dbg(dbg_Act2_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Sen_Amb_candb_dbg(dbg_Sen_Amb_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Sen_Amb_candb_dbg(dbg_Sen_Amb_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Sen_Amb_candb_dbg(dbg_Sen_Amb_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Sen_0_candb_dbg(dbg_Sen_0_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Sen_0_candb_dbg(dbg_Sen_0_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Sen_0_candb_dbg(dbg_Sen_0_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_CCU_IO_candb_dbg(dbg_CCU_IO_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_CCU_IO_candb_dbg(dbg_CCU_IO_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_CCU_IO_candb_dbg(dbg_CCU_IO_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_CCU_Info_candb_dbg(dbg_CCU_Info_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_CCU_Info_candb_dbg(dbg_CCU_Info_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_CCU_Info_candb_dbg(dbg_CCU_Info_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Drs_candb_dbg(dbg_Drs_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Drs_candb_dbg(dbg_Drs_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Drs_candb_dbg(dbg_Drs_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Sen_Incar_candb_dbg(dbg_Sen_Incar_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Sen_Incar_candb_dbg(dbg_Sen_Incar_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Sen_Incar_candb_dbg(dbg_Sen_Incar_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Cmd_Act_Information_candb_dbg(dbg_Cmd_Act_Information_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Cmd_Act_Information_candb_dbg(dbg_Cmd_Act_Information_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Cmd_Act_Information_candb_dbg(dbg_Cmd_Act_Information_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Info_Act1_candb_dbg(dbg_Info_Act1_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Info_Act1_candb_dbg(dbg_Info_Act1_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Info_Act1_candb_dbg(dbg_Info_Act1_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Info_Act2_candb_dbg(dbg_Info_Act2_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Info_Act2_candb_dbg(dbg_Info_Act2_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Info_Act2_candb_dbg(dbg_Info_Act2_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Sen_Eva_candb_dbg(dbg_Sen_Eva_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Sen_Eva_candb_dbg(dbg_Sen_Eva_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Sen_Eva_candb_dbg(dbg_Sen_Eva_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Sen_Duct_candb_dbg(dbg_Sen_Duct_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Sen_Duct_candb_dbg(dbg_Sen_Duct_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Sen_Duct_candb_dbg(dbg_Sen_Duct_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Sen_Demist_candb_dbg(dbg_Sen_Demist_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Sen_Demist_candb_dbg(dbg_Sen_Demist_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Sen_Demist_candb_dbg(dbg_Sen_Demist_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_LIN_AirQS_Stat_candb_dbg(dbg_LIN_AirQS_Stat_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_LIN_AirQS_Stat_candb_dbg(dbg_LIN_AirQS_Stat_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_LIN_AirQS_Stat_candb_dbg(dbg_LIN_AirQS_Stat_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_LIN_Aroma_Stat_candb_dbg(dbg_LIN_Aroma_Stat_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_LIN_Aroma_Stat_candb_dbg(dbg_LIN_Aroma_Stat_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_LIN_Aroma_Stat_candb_dbg(dbg_LIN_Aroma_Stat_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_LIN_Ionizer_Stat_candb_dbg(dbg_LIN_Ionizer_Stat_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_LIN_Ionizer_Stat_candb_dbg(dbg_LIN_Ionizer_Stat_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_LIN_Ionizer_Stat_candb_dbg(dbg_LIN_Ionizer_Stat_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_LIN_eTXV_Stat_candb_dbg(dbg_LIN_eTXV_Stat_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_LIN_eTXV_Stat_candb_dbg(dbg_LIN_eTXV_Stat_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_LIN_eTXV_Stat_candb_dbg(dbg_LIN_eTXV_Stat_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_LIN_DRS_Stat_candb_dbg(dbg_LIN_DRS_Stat_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_LIN_DRS_Stat_candb_dbg(dbg_LIN_DRS_Stat_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_LIN_DRS_Stat_candb_dbg(dbg_LIN_DRS_Stat_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Auto_AF_candb_dbg(dbg_Auto_AF_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Auto_AF_candb_dbg(dbg_Auto_AF_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Auto_AF_candb_dbg(dbg_Auto_AF_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Auto_Duct_candb_dbg(dbg_Auto_Duct_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Auto_Duct_candb_dbg(dbg_Auto_Duct_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Auto_Duct_candb_dbg(dbg_Auto_Duct_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_dbg_Auto_Valve_Plus_candb_dbg(dbg_Auto_Valve_Plus_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_dbg_Auto_Valve_Plus_candb_dbg(dbg_Auto_Valve_Plus_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_dbg_Auto_Valve_Plus_candb_dbg(dbg_Auto_Valve_Plus_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_XCP_CCU_RX_candb_dbg(XCP_CCU_RX_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_XCP_CCU_RX_candb_dbg(XCP_CCU_RX_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_XCP_CCU_RX_candb_dbg(XCP_CCU_RX_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
uint32_t Unpack_XCP_CCU_TX_candb_dbg(XCP_CCU_TX_t* _m, const uint8_t* _d, uint8_t dlc_);
#ifdef CANDB_DBG_USE_CANSTRUCT
uint32_t Pack_XCP_CCU_TX_candb_dbg(XCP_CCU_TX_t* _m, __CoderDbcCanFrame_t__* cframe);
#else
uint32_t Pack_XCP_CCU_TX_candb_dbg(XCP_CCU_TX_t* _m, uint8_t* _d, uint8_t* _len, uint8_t* _ide);
#endif // CANDB_DBG_USE_CANSTRUCT
#ifdef __cplusplus
}
#endif
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