/* ************************************************************************** */ 
    /*                                  VINFAST                                   */ 
    /*  Description: LIN Description file                                         */ 
    /*  Configuration: VinFast                                                    */ 
    /*  Bus: LIN_1_V10_00                                                         */ 
    /*  Created: VinFast                                                  */ 
    /*                                                                            */ 
    /* ************************************************************************** */ 

LIN_description_file;
LIN_protocol_version = "2.1";
LIN_language_version = "2.1";
LIN_speed = 19.2 kbps;

Nodes { 
  Master: BCM, 5 ms, 0.1 ms;
  Slaves: SCM, BAS, RLS ;
}

Signals  {
   RS_L_WiperSpeed: 3, 0, RLS, BCM;
   RS_F_LightSensor: 2, 0, RLS, BCM;
   RS_F_RainSensor: 2, 0, RLS, BCM;
   RS_F_Communication: 1, 0, RLS, BCM;
   RS_F_Voltage: 2, 0, RLS, BCM;
   RS_St_LampReq: 2, 0, RLS, BCM;
   RS_St_CurrentRain: 3, 0, RLS, BCM;
   RS_St_SplashCmd: 2, 0, RLS, BCM;
   RS_Sol_L: 8, 0, RLS, BCM;
   RS_Sol_R: 8, 0, RLS, BCM;
   RS_TunnelDetection: 1, 0, RLS, BCM;
   RS_F_OpticalInitialization: 1, 0, RLS, BCM;
   RS_F_Temperature: 1, 0, RLS, BCM;
   RS_St_LightSensorActive: 1, 0, RLS, BCM;
   RS_F_HUD_Sensor: 1, 0, RLS, BCM;
   RS_HUD_illuminance: 16, 0, RLS, BCM;
   ERR_ST_INTL_00_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_INTL_01_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_INTL_02_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_INTL_03_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_INTL_04_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_DRS_00_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_DRS_01_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_DRS_02_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_SWS_00_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_SWS_01_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_KRL_00_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_AIC_00_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_KRL_01_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_KL_SZL_LIN: 2, 0, SCM, BCM;
   ERR_ST_DIM_SZL_LIN: 2, 0, SCM, BCM;
   OP_WISW_SZL_LIN: 8, 0, SCM, BCM;
   OP_WIPO_SZL_LIN: 3, 0, SCM, BCM;
   COMM_ERR_SZL_LIN: 1, 0, SCM, BCM;
   OP_COLS_SZL_LIN: 8, 0, SCM, BCM;
   ALIV_WISW_SZL_LIN: 4, 0, SCM, BCM;
   NOD_ERR_SZL_LIN: 2, 0, SCM, BCM;
   ST_KL_SZL_LIN: 4, 15, BCM, BAS, SCM;
   CTR_LED_STWH_SZL_LIN: 2, 3, BCM, SCM;
   CTR_LED_WI_SZL_LIN: 2, 3, BCM, SCM;
   CTR_WI_FN_SZL_LIN: 4, 15, BCM, SCM;
   BC_Button: 2, 0, SCM, BCM;
   WiperSensitivityInterval: 3, 0, BCM, RLS;
   WiperFront: 3, 0, BCM, RLS;
   WashMode_FW: 2, 0, BCM, RLS;
   STAT_Terminal: 3, 0, BCM, RLS;
   Wiper_Parked_Low: 1, 0, BCM, RLS;
   Temperature: 8, 0, BCM, RLS;
   VehicleSpeed: 16, 0, BCM, RLS;
   U_BATT: 14, 0, BAS, BCM;
   Reserved: 2, 0, BAS, BCM;
   I_BATT_High: 16, 0, BAS, BCM;
   I_BATT_LOW: 8, 0, BAS, BCM;
   IBATT_QUIESCENT: 8, 0, BAS, BCM;
   T_BATT: 8, 0, BAS, BCM;
   Resp_Error: 1, 0, BAS, BCM;
   FLAG_INCONSTENCY: 1, 0, BAS, BCM;
   EBS_error: 1, 0, BAS, BCM;
   FLAG_DISCONNECT: 1, 0, BAS, BCM;
   Reserved1: 4, 0, BAS, BCM;
   SOC: 8, 255, BAS, BCM;
   SOH_SUL: 8, 255, BAS, BCM;
   SOFV_StopEnable: 8, 15, BAS, BCM;
   SOFV_Restart: 8, 15, BAS, BCM;
   SOH_LAM: 8, 127, BAS, BCM;
   SOH_COR: 8, 15, BAS, BCM;
   SOC_STATE: 2, 3, BAS, BCM;
   SOH_SUL_STATE: 2, 3, BAS, BCM;
   SOFV_StopEnableState: 2, 3, BAS, BCM;
   SOFV_RestartState: 2, 3, BAS, BCM;
   SOH_LAM_STATE: 2, 3, BAS, BCM;
   SOH_COR_STATE: 2, 3, BAS, BCM;
   Q_Charge: 16, 8191, BAS, BCM;
   Q_Discharge: 16, 8191, BAS, BCM;
}

Diagnostic_signals { 
    MasterReqB0: 8, 0 ; 
    MasterReqB1: 8, 0 ; 
    MasterReqB2: 8, 0 ; 
    MasterReqB3: 8, 0 ; 
    MasterReqB4: 8, 0 ; 
    MasterReqB5: 8, 0 ; 
    MasterReqB6: 8, 0 ; 
    MasterReqB7: 8, 0 ; 
    SlaveRespB0: 8, 0 ; 
    SlaveRespB1: 8, 0 ; 
    SlaveRespB2: 8, 0 ; 
    SlaveRespB3: 8, 0 ; 
    SlaveRespB4: 8, 0 ; 
    SlaveRespB5: 8, 0 ; 
    SlaveRespB6: 8, 0 ; 
    SlaveRespB7: 8, 0 ; 
    } 

Frames  {
   CTR_SZL_LIN: 34, BCM, 2 {
           ST_KL_SZL_LIN, 0 ;
           CTR_LED_STWH_SZL_LIN, 4 ;
           CTR_LED_WI_SZL_LIN, 6 ;
           CTR_WI_FN_SZL_LIN, 12 ;
   }
   BCM_MSG: 43, BCM, 7 {
           WiperSensitivityInterval, 0 ;
           WiperFront, 3 ;
           WashMode_FW, 6 ;
           STAT_Terminal, 8 ;
           Wiper_Parked_Low, 24 ;
           Temperature, 25 ;
           VehicleSpeed, 40 ;
   }
   ERR_ST_SZL_LIN: 31, SCM, 8 {
           ERR_ST_INTL_00_SZL_LIN, 0 ;
           ERR_ST_INTL_01_SZL_LIN, 2 ;
           ERR_ST_INTL_02_SZL_LIN, 4 ;
           ERR_ST_INTL_03_SZL_LIN, 6 ;
           ERR_ST_INTL_04_SZL_LIN, 8 ;
           ERR_ST_DRS_00_SZL_LIN, 10 ;
           ERR_ST_DRS_01_SZL_LIN, 12 ;
           ERR_ST_DRS_02_SZL_LIN, 14 ;
           ERR_ST_SWS_00_SZL_LIN, 20 ;
           ERR_ST_SWS_01_SZL_LIN, 22 ;
           ERR_ST_KRL_00_SZL_LIN, 24 ;
           ERR_ST_AIC_00_SZL_LIN, 26 ;
           ERR_ST_KRL_01_SZL_LIN, 28 ;
           ERR_ST_KL_SZL_LIN, 40 ;
           ERR_ST_DIM_SZL_LIN, 42 ;
   }
   ST_SZL_LIN: 33, SCM, 8 {
           OP_WISW_SZL_LIN, 0 ;
           OP_WIPO_SZL_LIN, 8 ;
           COMM_ERR_SZL_LIN, 15 ;
           OP_COLS_SZL_LIN, 16 ;
           ALIV_WISW_SZL_LIN, 24 ;
           NOD_ERR_SZL_LIN, 30 ;
   }
   BAS_Measured_Data: 52, BAS, 8 {
           U_BATT, 0 ;
           Reserved, 14 ;
           I_BATT_High, 16 ;
           I_BATT_LOW, 32 ;
           IBATT_QUIESCENT, 40 ;
           T_BATT, 48 ;
           Resp_Error, 56 ;
           FLAG_INCONSTENCY, 57 ;
           EBS_error, 58 ;
           FLAG_DISCONNECT, 59 ;
           Reserved1, 60 ;
   }
   BAS_SOC_information: 53, BAS, 8 {
           SOC, 0 ;
           SOH_SUL, 8 ;
           SOFV_StopEnable, 16 ;
           SOFV_Restart, 24 ;
           SOH_LAM, 32 ;
           SOH_COR, 40 ;
           SOC_STATE, 50 ;
           SOH_SUL_STATE, 52 ;
           SOFV_StopEnableState, 54 ;
           SOFV_RestartState, 56 ;
           SOH_LAM_STATE, 58 ;
           SOH_COR_STATE, 60 ;
   }
   BAS_Battery_Data: 54, BAS, 8 {
           Q_Charge, 0 ;
           Q_Discharge, 16 ;
   }
   RS_SENSOR_01: 14, RLS, 8 {
           RS_L_WiperSpeed, 0 ;
           RS_F_LightSensor, 3 ;
           RS_F_RainSensor, 5 ;
           RS_F_Communication, 7 ;
           RS_F_Voltage, 8 ;
           RS_St_LampReq, 11 ;
           RS_St_CurrentRain, 13 ;
           RS_St_SplashCmd, 24 ;
           RS_Sol_L, 26 ;
           RS_Sol_R, 34 ;
           RS_TunnelDetection, 42 ;
           RS_F_OpticalInitialization, 43 ;
           RS_F_Temperature, 44 ;
           RS_St_LightSensorActive, 45 ;
           RS_F_HUD_Sensor, 46 ;
           RS_HUD_illuminance, 47 ;
   }
   SCM_BC_Button: 35, SCM, 8 {
           BC_Button, 0 ;
   }
}

Diagnostic_frames {
    MasterReq: 0x3c {
        MasterReqB0, 0 ;
        MasterReqB1, 8 ;
        MasterReqB2, 16 ;
        MasterReqB3, 24 ;
        MasterReqB4, 32 ;
        MasterReqB5, 40 ;
        MasterReqB6, 48 ;
        MasterReqB7, 56 ;
    }
    SlaveResp: 0x3d {
        SlaveRespB0, 0 ;
        SlaveRespB1, 8 ;
        SlaveRespB2, 16 ;
        SlaveRespB3, 24 ;
        SlaveRespB4, 32 ;
        SlaveRespB5, 40 ;
        SlaveRespB6, 48 ;
        SlaveRespB7, 56 ;
    }
    }

Node_attributes  {
    SCM{
       LIN_protocol = "2.1";
       configured_NAD = 0x21;
       initial_NAD = 0x21; 
       product_id = 0xB, 0x1301, 0; 
       response_error = COMM_ERR_SZL_LIN;
       fault_state_signals =  IntTest;
       P2_min = 150 ms;
       ST_min = 15 ms;
N_As_timeout = 1000 ms ;
    N_Cr_timeout = 1000 ms ;
       configurable_frames {ERR_ST_SZL_LIN ;
ST_SZL_LIN ;
CTR_SZL_LIN;
BCM_MSG ;
SCM_BC_Button ;
 }
}
    BAS{
       LIN_protocol = "2.1";
       configured_NAD = 0x47;
       initial_NAD = 0x47; 
       product_id = 0x2, 0x1400, 0; 
       response_error = Resp_Error;
       fault_state_signals =  IntTest;
       P2_min = 150 ms;
       ST_min = 15 ms;
 N_As_timeout = 1000 ms ;
    N_Cr_timeout = 1000 ms ;
       configurable_frames {BAS_SOC_information ;
BAS_Battery_Data ;
BAS_Measured_Data ;
CTR_SZL_LIN ;
 }
}
    RLS{
       LIN_protocol = "2.1";
       configured_NAD = 0x1B;
       initial_NAD = 0x1B; 
       product_id = 0x5, 0x1, 1; 
       response_error = RS_F_Communication;
       fault_state_signals =  IntTest;
       P2_min = 50 ms;
       ST_min = 0 ms;
    N_As_timeout = 1000 ms ;
    N_Cr_timeout = 1000 ms ;
       configurable_frames {RS_SENSOR_01 ;
BCM_MSG ;
 }
}
}

Schedule_tables {
    DIAG {
        SlaveResp delay 10 ms ;
        MasterReq delay 10 ms ;
        }
    RUN_MAIN {
        CTR_SZL_LIN delay 10 ms ;
        BCM_MSG delay 10 ms ;
        ERR_ST_SZL_LIN delay 10 ms ;
        ST_SZL_LIN delay 10 ms ;
        BCM_MSG delay 10 ms ;
        BAS_Measured_Data delay 10 ms ;
        BAS_SOC_information delay 10 ms ;
        BAS_Battery_Data delay 10 ms ;
        BCM_MSG delay 10 ms ;
        RS_SENSOR_01 delay 10 ms ;
        SCM_BC_Button delay 10 ms ;
        }
}

Signal_encoding_types {
RS_L_WiperSpeed_Encoding {
   logical_value, 0, "OFF" ;
   logical_value, 1, "Low speed Signal" ;
   logical_value, 2, "low speed continuous" ;
   logical_value, 3, "high speed continuous" ;
   logical_value, 4, "Reserved" ;
   logical_value, 5, "Reserved" ;
   logical_value, 6, "Reserved" ;
   logical_value, 7, "Signal invalid" ;
}
RS_F_LightSensor_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "The light sensor error" ;
   logical_value, 2, "Reserved" ;
   logical_value, 3, "Signal invalid" ;
}
RS_F_RainSensor_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Rain Sensor error" ;
   logical_value, 2, "Reserved" ;
   logical_value, 3, "Signal Invalid" ;
}
RS_F_Communication_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Communication Error" ;
}
RS_F_Voltage_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "high voltage fault" ;
   logical_value, 2, "low voltage fault" ;
   logical_value, 3, "Signal Invalid" ;
}
RS_St_LampReq_Encoding {
   logical_value, 0, "Lamp Off" ;
   logical_value, 1, "Lamp On" ;
   logical_value, 2, "Reserved" ;
   logical_value, 3, "Signal invalid" ;
}
RS_St_CurrentRain_Encoding {
   logical_value, 0, "No Rain" ;
   logical_value, 1, "Level 1 (Light rain)" ;
   logical_value, 2, "level 2(moderate rain)" ;
   logical_value, 3, "level 3(heavy rain)" ;
   logical_value, 4, "Reserved" ;
   logical_value, 5, "Reserved" ;
   logical_value, 6, "Reserved" ;
   logical_value, 7, "Signal Invalid" ;
}
RS_St_SplashCmd_Encoding {
   logical_value, 0, "splash off" ;
   logical_value, 1, "splash on" ;
   logical_value, 2, "Reserved" ;
   logical_value, 3, "Signal Invalid" ;
}
RS_Sol_L_Encoding {
   physical_value, 0, 50, 5.0, 0.0, "W/m^2" ;
   logical_value, 254, "HW failure solar sensor" ;
   logical_value, 255, "Signal Invalid" ;
}
RS_Sol_R_Encoding {
   physical_value, 0, 50, 5.0, 0.0, "W/m^2" ;
   logical_value, 254, "HW failure solar sensor" ;
   logical_value, 255, "Signal Invalid" ;
}
RS_TunnelDetection_Encoding {
   logical_value, 0, "No Tunnel Detection" ;
   logical_value, 1, "Tunnel Detection" ;
}
RS_F_OpticalInitialization_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Optical Initialization Error" ;
}
RS_F_Temperature_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Temperature Error" ;
}
RS_St_LightSensorActive_Encoding {
   logical_value, 0, "Not active" ;
   logical_value, 1, "Light Sensor actived" ;
}
RS_F_HUD_Sensor_Encoding {
   physical_value, 0, 1, 1.0, 0.0, "cd/m2" ;
   logical_value, 0, "No error" ;
   logical_value, 1, "HUD error" ;
}
RS_HUD_illuminance_Encoding {
   physical_value, 0, 10000, 1.0, 0.0, "cd/m2" ;
   logical_value, 65535, "Invalid" ;
}
ERR_ST_INTL_00_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_INTL_01_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_INTL_02_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_INTL_03_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_INTL_04_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_DRS_00_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_DRS_01_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_DRS_02_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_SWS_00_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_SWS_01_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_KRL_00_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_AIC_00_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_KRL_01_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_KL_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
ERR_ST_DIM_SZL_LIN_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error Active" ;
   logical_value, 3, "Signal Invalid" ;
}
OP_WISW_SZL_LIN_Encoding {
   logical_value, 0, "No action" ;
   logical_value, 255, "Signal Invalid" ;
}
OP_WIPO_SZL_LIN_Encoding {
   logical_value, 0, "Step 1" ;
   logical_value, 1, "Step 2" ;
   logical_value, 2, "Step 3" ;
   logical_value, 4, "Step 4" ;
   logical_value, 7, "Signal Invalid" ;
}
COMM_ERR_SZL_LIN_Encoding {
   logical_value, 0, "No error" ;
   logical_value, 1, "Error active" ;
}
OP_COLS_SZL_LIN_Encoding {
   logical_value, 0, "No action" ;
   logical_value, 255, "Signal Invalid" ;
}
NOD_ERR_SZL_LIN_Encoding {
   logical_value, 0, "NO error" ;
   logical_value, 1, "error aktiv" ;
   logical_value,  2, "error Stat change" ;
   logical_value, 3, "Signal invalid" ;
}
ST_KL_SZL_LIN_Encoding {
   logical_value, 0, "Init" ;
   logical_value, 1, "Reserve" ;
   logical_value, 2, "KL30" ;
   logical_value, 3, "KL30F-change" ;
   logical_value, 4, "KL30F-ON" ;
   logical_value, 5, "KL30B-change" ;
   logical_value, 6, "KL30B-ON" ;
   logical_value, 7, "KLR-change" ;
   logical_value, 8, "KLR-ON" ;
   logical_value, 9, "KL15-change" ;
   logical_value, 10, "KL15-ON" ;
   logical_value, 11, "KL15-delay" ;
   logical_value, 12, "KL15-change" ;
   logical_value, 13, "KL15-ON" ;
   logical_value, 14, "error" ;
   logical_value, 15, "Signal invalid" ;
}
CTR_LED_STWH_SZL_LIN_Encoding {
   logical_value, 0, "LED OFF" ;
   logical_value, 1, "LED ON" ;
   logical_value, 3, "Signal invalid" ;
}
CTR_LED_WI_SZL_LIN_Encoding {
   logical_value, 0, "LED OFF" ;
   logical_value, 1, "LED ON" ;
   logical_value, 3, "Signal invalid" ;
}
CTR_WI_FN_SZL_LIN_Encoding {
   logical_value, 0, "No action" ;
   logical_value, 1, "Intervall/Automatic" ;
   logical_value, 2, "Step 1" ;
   logical_value, 3, "Step 2" ;
   logical_value, 8, "Tipp wipe" ;
   logical_value, 15, "Signal Invalid" ;
}
BC_Button_Encoding {
   logical_value, 0, "Button not Pressed" ;
   logical_value, 1, "Short Press" ;
   logical_value, 2, "Long Press" ;
   logical_value, 3, "Signal invalid" ;
}
WiperSensitivityInterval_Encoding {
   logical_value, 0, "Reserved" ;
   logical_value, 1, "Step 1" ;
   logical_value, 2, "Step 2" ;
   logical_value, 3, "Step 3" ;
   logical_value, 4, "Step 4" ;
   logical_value, 5, "Reserved" ;
   logical_value, 6, "Reserved" ;
   logical_value, 7, "Invalid" ;
}
WiperFront_Encoding {
   logical_value, 0, "OFF" ;
   logical_value, 1, "Mist" ;
   logical_value, 2, "IntermittentAuto" ;
   logical_value, 3, "Low Speed" ;
   logical_value, 4, "High Speed" ;
   logical_value, 5, "Reserved" ;
   logical_value, 6, "Reserved" ;
   logical_value, 7, "Invalid" ;
}
WashMode_FW_Encoding {
   logical_value, 0, "Wash normal OFF" ;
   logical_value, 1, "Wash normal ON" ;
   logical_value, 2, "Reserved" ;
   logical_value, 3, "Invalid" ;
}
STAT_Terminal_Encoding {
   physical_value, 0, 7, 1.0, 0.0, "Bit" ;
   logical_value, 7, "Signal invalid" ;
   logical_value, 6, "Reserved" ;
   logical_value, 5, "Reserved" ;
   logical_value, 4, "SW Update OTA" ;
   logical_value, 3, "Engine start (eMotor running)" ;
   logical_value, 2, "ON (Driver Present)" ;
   logical_value, 1, "ACC (Park)" ;
   logical_value, 0, "OFF(Comfort Enable)" ;
}
Wiper_Parked_Low_Encoding {
   logical_value, 0, "else" ;
   logical_value, 1, "Wiper lever in parking position" ;
}
Temperature_Encoding {
   physical_value, 0, 250, 0.5, -40.0, "Degree C" ;
}
VehicleSpeed_Encoding {
   physical_value, 0, 22400, 0.015625, 0.0, "km/h" ;
}
U_BATT_Encoding {
   physical_value, 0, 15360, 0.0009765625, 3.0, "V" ;
   logical_value, 16363, "Invalid" ;
}
I_BATT_High_Encoding {
   physical_value, 0, 65533, 0.03125, -1536.0, "A" ;
   logical_value, 65534, "Signal out of range" ;
   logical_value, 65535, "Invalid" ;
}
I_BATT_LOW_Encoding {
   physical_value, 0, 254, 0.1220703125, -15.625, "mA" ;
}
IBATT_QUIESCENT_Encoding {
   physical_value, 0, 252, 0.00390625, 0.0, "A" ;
   logical_value, 253, "Outside quiescent current range" ;
   logical_value, 254, "Reserved" ;
   logical_value, 255, "Invalid" ;
}
T_BATT_Encoding {
   physical_value, 0, 145, 1.0, -40.0, "Degree C" ;
   logical_value, 255, "Invalid" ;
}
Resp_Error_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error" ;
}
FLAG_INCONSTENCY_Encoding {
   logical_value, 0, "No battery inconsistency" ;
   logical_value, 1, "Battery inconsistency" ;
}
EBS_error_Encoding {
   logical_value, 0, "No Error" ;
   logical_value, 1, "Error" ;
}
FLAG_DISCONNECT_Encoding {
   logical_value, 0, "No battery disconnection" ;
   logical_value, 1, "Battery disconnection" ;
}
SOC_Encoding {
   physical_value, 0, 100, 1.0, 0.0, "%" ;
   logical_value, 255, "Signal invalid" ;
}
SOH_SUL_Encoding {
   physical_value, 0, 100, 1.0, 0.0, "%" ;
   logical_value, 255, "Signal invalid" ;
}
SOFV_StopEnable_Encoding {
   physical_value, 0, 254, 0.0625, 0.0, "V" ;
   logical_value, 255, "Signal invalid" ;
}
SOFV_Restart_Encoding {
   physical_value, 0, 254, 0.0625, 0.0, "V" ;
   logical_value, 255, "Signal invalid" ;
}
SOH_LAM_Encoding {
   physical_value, 0, 508, 0.5, 0.0, "Ah" ;
   logical_value, 255, "Signal invalid" ;
}
SOH_COR_Encoding {
   physical_value, 0, 254, 0.0625, 0.0, "V" ;
   logical_value, 255, "Signal invalid" ;
}
SOC_STATE_Encoding {
   logical_value, 0, "deviation > 15%, " ;
   logical_value, 1, "deviation < 15%" ;
   logical_value, 2, "deviation < 10%" ;
   logical_value, 3, "invalid" ;
}
SOH_SUL_STATE_Encoding {
   logical_value, 0, "Not learned" ;
   logical_value, 1, "Learned" ;
   logical_value, 2, "Reserved" ;
   logical_value, 3, "Signal invalid" ;
}
SOFV_StopEnableState_Encoding {
   logical_value, 0, "inaccurate" ;
   logical_value, 1, "accurate (deviation < 400mV)" ;
   logical_value, 2, "Reserved" ;
   logical_value, 3, "invalid" ;
}
SOFV_RestartState_Encoding {
   logical_value, 0, "inaccurate" ;
   logical_value, 1, "accurate (deviation < 400mV)" ;
   logical_value, 2, "Reserved" ;
   logical_value, 3, "invalid" ;
}
SOH_LAM_STATE_Encoding {
   logical_value, 0, "Not learned at all" ;
   logical_value, 1, "Learned at last once" ;
   logical_value, 2, "Reserved" ;
   logical_value, 3, "Signal invalid" ;
}
SOH_COR_STATE_Encoding {
   logical_value, 0, "Not learned at all" ;
   logical_value, 1, "Inaccurate" ;
   logical_value, 2, "Accurate (deviation <400mV)" ;
   logical_value, 3, "Signal invalid" ;
}
Q_Charge_Encoding {
   physical_value, 0, 65534, 0.125, 0.0, "Ah" ;
   logical_value, 65535, "Invalid" ;
}
Q_Discharge_Encoding {
   physical_value, 0, 65534, 0.125, 0.0, "Ah" ;
   logical_value, 65535, "Invalid" ;
}
}

Signal_representation {
RS_L_WiperSpeed_Encoding: RS_L_WiperSpeed ;
RS_F_LightSensor_Encoding: RS_F_LightSensor ;
RS_F_RainSensor_Encoding: RS_F_RainSensor ;
RS_F_Communication_Encoding: RS_F_Communication ;
RS_F_Voltage_Encoding: RS_F_Voltage ;
RS_St_LampReq_Encoding: RS_St_LampReq ;
RS_St_CurrentRain_Encoding: RS_St_CurrentRain ;
RS_St_SplashCmd_Encoding: RS_St_SplashCmd ;
RS_Sol_L_Encoding: RS_Sol_L ;
RS_Sol_R_Encoding: RS_Sol_R ;
RS_TunnelDetection_Encoding: RS_TunnelDetection ;
RS_F_OpticalInitialization_Encoding: RS_F_OpticalInitialization ;
RS_F_Temperature_Encoding: RS_F_Temperature ;
RS_St_LightSensorActive_Encoding: RS_St_LightSensorActive ;
RS_F_HUD_Sensor_Encoding: RS_F_HUD_Sensor ;
RS_HUD_illuminance_Encoding: RS_HUD_illuminance ;
ERR_ST_INTL_00_SZL_LIN_Encoding: ERR_ST_INTL_00_SZL_LIN ;
ERR_ST_INTL_01_SZL_LIN_Encoding: ERR_ST_INTL_01_SZL_LIN ;
ERR_ST_INTL_02_SZL_LIN_Encoding: ERR_ST_INTL_02_SZL_LIN ;
ERR_ST_INTL_03_SZL_LIN_Encoding: ERR_ST_INTL_03_SZL_LIN ;
ERR_ST_INTL_04_SZL_LIN_Encoding: ERR_ST_INTL_04_SZL_LIN ;
ERR_ST_DRS_00_SZL_LIN_Encoding: ERR_ST_DRS_00_SZL_LIN ;
ERR_ST_DRS_01_SZL_LIN_Encoding: ERR_ST_DRS_01_SZL_LIN ;
ERR_ST_DRS_02_SZL_LIN_Encoding: ERR_ST_DRS_02_SZL_LIN ;
ERR_ST_SWS_00_SZL_LIN_Encoding: ERR_ST_SWS_00_SZL_LIN ;
ERR_ST_SWS_01_SZL_LIN_Encoding: ERR_ST_SWS_01_SZL_LIN ;
ERR_ST_KRL_00_SZL_LIN_Encoding: ERR_ST_KRL_00_SZL_LIN ;
ERR_ST_AIC_00_SZL_LIN_Encoding: ERR_ST_AIC_00_SZL_LIN ;
ERR_ST_KRL_01_SZL_LIN_Encoding: ERR_ST_KRL_01_SZL_LIN ;
ERR_ST_KL_SZL_LIN_Encoding: ERR_ST_KL_SZL_LIN ;
ERR_ST_DIM_SZL_LIN_Encoding: ERR_ST_DIM_SZL_LIN ;
OP_WISW_SZL_LIN_Encoding: OP_WISW_SZL_LIN ;
OP_WIPO_SZL_LIN_Encoding: OP_WIPO_SZL_LIN ;
COMM_ERR_SZL_LIN_Encoding: COMM_ERR_SZL_LIN ;
OP_COLS_SZL_LIN_Encoding: OP_COLS_SZL_LIN ;
NOD_ERR_SZL_LIN_Encoding: NOD_ERR_SZL_LIN ;
ST_KL_SZL_LIN_Encoding: ST_KL_SZL_LIN ;
CTR_LED_STWH_SZL_LIN_Encoding: CTR_LED_STWH_SZL_LIN ;
CTR_LED_WI_SZL_LIN_Encoding: CTR_LED_WI_SZL_LIN ;
CTR_WI_FN_SZL_LIN_Encoding: CTR_WI_FN_SZL_LIN ;
BC_Button_Encoding: BC_Button ;
WiperSensitivityInterval_Encoding: WiperSensitivityInterval ;
WiperFront_Encoding: WiperFront ;
WashMode_FW_Encoding: WashMode_FW ;
STAT_Terminal_Encoding: STAT_Terminal ;
Wiper_Parked_Low_Encoding: Wiper_Parked_Low ;
Temperature_Encoding: Temperature ;
VehicleSpeed_Encoding: VehicleSpeed ;
U_BATT_Encoding: U_BATT ;
I_BATT_High_Encoding: I_BATT_High ;
I_BATT_LOW_Encoding: I_BATT_LOW ;
IBATT_QUIESCENT_Encoding: IBATT_QUIESCENT ;
T_BATT_Encoding: T_BATT ;
Resp_Error_Encoding: Resp_Error ;
FLAG_INCONSTENCY_Encoding: FLAG_INCONSTENCY ;
EBS_error_Encoding: EBS_error ;
FLAG_DISCONNECT_Encoding: FLAG_DISCONNECT ;
SOC_Encoding: SOC ;
SOH_SUL_Encoding: SOH_SUL ;
SOFV_StopEnable_Encoding: SOFV_StopEnable ;
SOFV_Restart_Encoding: SOFV_Restart ;
SOH_LAM_Encoding: SOH_LAM ;
SOH_COR_Encoding: SOH_COR ;
SOC_STATE_Encoding: SOC_STATE ;
SOH_SUL_STATE_Encoding: SOH_SUL_STATE ;
SOFV_StopEnableState_Encoding: SOFV_StopEnableState ;
SOFV_RestartState_Encoding: SOFV_RestartState ;
SOH_LAM_STATE_Encoding: SOH_LAM_STATE ;
SOH_COR_STATE_Encoding: SOH_COR_STATE ;
Q_Charge_Encoding: Q_Charge ;
Q_Discharge_Encoding: Q_Discharge ;
}