icam_f15.prg

Jobs: 38
Tables: 205

INFO

Field	Value
ECU	ICAM - Rundumsicht + Rückfahrkamera als Standalone System
ORIGIN	BMW EI-910 Wohlmuth
REVISION	5.000
AUTHOR	ALTRAN-GMBH-&-CO.-KG EI-500 Engelhaupt, ALTRAN-GMBH-&-CO.-KG EI
COMMENT	-
PACKAGE	1.46
SPRACHE	deutsch

Jobs

Index

INFO - Information SGBD
INITIALISIERUNG - Initialisierung und Kommunikationsparameter
IDENT - Identdaten UDS : $22 ReadDataByIdentifier UDS : $F150 Sub-Parameter SGBD-Index Modus: Default
FS_LESEN - Fehlerspeicher lesen (alle Fehler / Ort und Art) UDS : $19 ReadDTCInformation UDS : $02 ReadDTCByStatusMask UDS : $0C StatusMask (Bit2, Bit3) Modus: Default
FS_LESEN_DETAIL - Fehlerspeicher lesen (einzelner Fehler / Ort und Art) UDS : $19 ReadDTCInformation UDS : $04 reportDTCSnapshotRecordByDTCNumber UDS : $06 reportDTCExtendedDataRecordByDTCNumber UDS : $09 reportSeverityInformationOfDTC Modus: Default
FS_LOESCHEN - Fehlerspeicher loeschen UDS : $14 ClearDiagnosticInformation UDS : $FF DTCHighByte UDS : $FF DTCMiddleByte UDS : $FF DTCLowByte Modus: Default
PRUEFSTEMPEL_LESEN - Auslesen des Pruefstempels UDS : $22 ReadDataByIdentifier UDS : $1000 TestStamp Modus: Default
PRUEFSTEMPEL_SCHREIBEN - Beschreiben des Pruefstempels Es muessen immer alle drei Argumente im Bereich von 0-255 bzw. 0x00-0xFF uebergeben werden. UDS : $2E WriteDataByIdentifier UDS : $1000 TestStamp Modus: Default
SVK_LESEN - Informationen zur Steuergeraete-Verbau-Kennung UDS : $22 ReadDataByIdentifier UDS : $F1xx Sub-Parameter fuer SVK UDS : $F101 SVK_AKTUELL (Default) Modus: Default
STATUS_LESEN - Lesen eines oder mehrerer Stati UDS : $22 ReadDataByIdentifier
STEUERN - Vorgeben eines Status UDS : $2E WriteDataByIdentifier
SERIENNUMMER_LESEN - Seriennummer des Steuergeraets UDS : $22 ReadDataByIdentifier UDS : $F18C Sub-Parameter ECUSerialNumber Modus: Default
STEUERN_ROUTINE - Vorgeben eines Status UDS : $31 RoutineControl
FS_SPERREN - Sperren bzw. Freigeben des Fehlerspeichers UDS : $85 ControlDTCSetting UDS : $?? Sperren ($02) / Freigabe ($01) Modus: Default
IS_LESEN - Sekundaerer Fehlerspeicher lesen (alle Fehler / Ort und Art) UDS : $22 ReadDataByIdentifierRequestServiceID UDS : $2000 DataIdentifier sekundaerer Fehlerspeicher Modus: Default
IS_LESEN_DETAIL - sekundären Fehlerspeicher lesen (Info-Meldungen / Ort und Art) UDS : $22 ReadDataByIdentifier UDS : $20 dataIdentifier UDS : $00 alle Info-Meldungen anschließend UDS : $20 dataIdentifier UDS : $nn Details zur Info-Meldung an der Position n Modus: Default
IS_LOESCHEN - Infospeicher loeschen UDS : $31 RoutineControl UDS : $01 startRoutine UDS : $0F06 ClearSecondaryDTCMemory Modus: Default
STATUS_BLOCK_LESEN - Lesen eines dynamisch definierten Datenblockes UDS : $2C DynamicallyDefineDataIdentifier $03 ClearDynamicallyDefinedDataIdentifier $F300-$F3FF DynamicallyDefinedDataIdentifier UDS : $2C DynamicallyDefineDataIdentifier $01 DefineByIdentifier $F300-$F3FF DynamicallyDefinedDataIdentifier UDS : $22 ReadDataByIdentifier $F300-$F3FF DynamicallyDefinedDataIdentifier $2C$02 DefineByMemoryAddress wird nicht unterstützt 'Composite data blocks' werden nur komplett unterstützt
HERSTELLINFO_LESEN - Lieferant und Herstelldatum lesen UDS : $22 ReadDataByIdentifier UDS : $F18A SystemSupplierIdentifier UDS : $F18B ECUManufactoringData Modus: Default
DIAGNOSE_AUFRECHT - Diagnosemode des SG aufrecht erhalten UDS : $3E TesterPresent UDS : $?0 suppressPosRspMsgIndication Modus: Default
DIAGNOSE_MODE - SG in bestimmten Diagnosemode bringen UDS : $10 StartDiagnosticSession Modus: einstellbar mit diesem Job
ENERGIESPARMODE - Einstellen des Energiesparmodes UDS : $31 RoutineControlRequestServiceID UDS : $01 startRoutine UDS : $0F0C DataIdentifier ControlEnergySavingMode UDS : $?? Mode Modus : Default
STATUS_ENERGIESPARMODE - Energy-Saving-Mode auslesen UDS : $22 ReadDataByIdentifier UDS : $100A DataIdentifier EnergySavingMode Modus: Default
STATUS_BETRIEBSMODE - Aktueller Betriebsmode SG muss sich im Energiersparmode befinden UDS : $22 ReadDataByIdentifier UDS : $100E Sub-Parameter Betriebsmode Modus: Default
STEUERN_BETRIEBSMODE - Betriebsmode setzen SG muss sich im Energiersparmode befinden UDS : $31 RoutineControl UDS : $01 startRoutine UDS : $1003 DataIdentifier Betriebsmode UDS : $0? Betriebsmode Modus: Default
SENSOREN_ANZAHL_LESEN - Anzahl der intelligenten Subbussensoren lesen UDS : $22 ReadDataByIdentifier UDS : $1600 Identifier NumberofSubbusMembers Modus: Default
SENSOREN_IDENT_LESEN - Identifikation der intelligenten Subbussensoren lesen UDS : $22 ReadDataByIdentifier UDS : $1600 Identifier NumberofSubbusMembers UDS : $16xx SubbusMemberSerialNumber Modus: Default
STEUERGERAETE_RESET - Harter Reset des Steuergeraets UDS : $11 EcuReset UDS : $01 HardReset Modus: Default
STEUERN_ROE_STOP - Temporaeres Deaktivieren der aktiven Fehlermeldung UDS : $86 ResponseOnEvent $00 Stop $02 (EventWindowTime) gültig für LH Diagnosemaster V9 oder früher. (pre 35up)
STATUS_ROE_REPORT - Abfrage Status der Aktivierung der aktiven Fehlermeldung UDS: $86 ResponseOnEvent $04 report activated events [$02 eventWindowTime - infinite (nur 35up)] 35up: LH Diagnosemaster V11 oder höher pre35up: LH Diagnosemaster V6 - V9
STEUERN_ROE_START - Temporaeres Aktivieren der aktiven Fehlermeldung UDS : $86 ResponseOnEvent $05 Start $02 (EventWindowTime) gültig für LH Diagnosemaster V9 oder früher. (pre 35up)
STEUERN_ROE_PERSISTENT_STOP - Persistentes Deaktivieren der aktiven Fehlermeldung an den Diagnosemaster ueber TAS UDS : $86 ResponseOnEvent $40 Stop persistent $02 (EventWindowTime) gültig für LH Diagnosemaster V6 - V12 (Stand 2013)
STEUERN_ROE_PERSISTENT_START - Persistentes Aktivieren der aktiven Fehlermeldung an den Diagnosemaster ueber TAS UDS : $86 ResponseOnEvent $45 Start persistent $02 (EventWindowTime) gültig für LH Diagnosemaster V6 - V12 (Stand 2013)
CPS_LESEN - Codierpruefstempel lesen UDS : $22 ReadDataByIdentifier UDS : $37FE DataIdentifier Codierpruefstempel Modus: Default
DIAG_SESSION_LESEN - Aktive Diagnose-Session auslesen UDS : $22 ReadDataByIdentifier UDS : $F186 ActiveDiagnosticSession Modus: Default
FLASH_TP_LESEN - Flash Timing Parameter auslesen UDS : $22 ReadDataByIdentifier UDS : $2504 FlashTimingParameter Modus: Default
PROG_ZAEHLER_LESEN - Programmierzaehler lesen UDS : $22 ReadDataByIdentifier UDS : $2502 ProgrammingCounter Modus: Default
PROG_MAX_LESEN - Anzahl der maximal möglichen Programmiervorgänge auslesen UDS : $22 ReadDataByIdentifier UDS : $2503 ProgrammingCounter Modus: Default

INFO

Information SGBD

No arguments.

Results

Name	Type	Comment
ECU	string	Steuergerät im Klartext
ORIGIN	string	Steuergeräte-Verantwortlicher
REVISION	string	Versions-Nummer
AUTHOR	string	Namen aller Autoren
COMMENT	string	wichtige Hinweise
PACKAGE	string	Include-Paket-Nummer
SPRACHE	string	deutsch, english

INITIALISIERUNG

Initialisierung und Kommunikationsparameter

No arguments.

Results

Name	Type	Comment
DONE	int	1, wenn Okay

IDENT

Identdaten UDS : $22 ReadDataByIdentifier UDS : $F150 Sub-Parameter SGBD-Index Modus: Default

No arguments.

Results

Name	Type	Comment
ID_SG_ADR	long	Steuergeraeteadresse
ID_SGBD_INDEX	long	Index zur Erkennung der SG-Variante
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

FS_LESEN

Fehlerspeicher lesen (alle Fehler / Ort und Art) UDS : $19 ReadDTCInformation UDS : $02 ReadDTCByStatusMask UDS : $0C StatusMask (Bit2, Bit3) Modus: Default

Arguments

Name	Type	Comment
IGNORIERE_EREIGNIS_DTC	string	'IGNORIERE_EREIGNIS_DTC': Alle Ereignis DTC-Fehlereinträge werden ignoriert sonst: alle Fehlereinträge werden ausgegeben

Results

Name	Type	Comment
F_VERSION	int	Typ des Fehlerspeichers Fuer UDS immer 3
F_HEX_CODE	binary	Fehlerdaten pro Fehler als Hexcode
F_ORT_NR	long	Index fuer Fehlerort
F_ORT_TEXT	string	Fehlerort als Text table FOrtTexte ORTTEXT
F_EREIGNIS_DTC	int	0: DTC kein Ereignis DTC 1: DTC ist Ereignis DTC table FOrtTexte EREIGNIS_DTC
F_READY_NR	int	Readyness Flag (Standard-Fehlerart) als Zahl
F_READY_TEXT	string	Readyness Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_VORHANDEN_NR	int	Fehler vorhanden (Standard-Fehlerart) als Zahl
F_VORHANDEN_TEXT	string	Fehler vorhanden (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_WARNUNG_NR	int	Warnlampen Flag (Standard-Fehlerart) als Zahl
F_WARNUNG_TEXT	string	Warnlampen Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

FS_LESEN_DETAIL

Fehlerspeicher lesen (einzelner Fehler / Ort und Art) UDS : $19 ReadDTCInformation UDS : $04 reportDTCSnapshotRecordByDTCNumber UDS : $06 reportDTCExtendedDataRecordByDTCNumber UDS : $09 reportSeverityInformationOfDTC Modus: Default

Arguments

Name	Type	Comment
F_CODE	long	gewaehlter Fehlercode

Results

Name	Type	Comment
F_VERSION	int	Typ des Fehlerspeichers Fuer UDS immer 3
F_HEX_CODE	binary	Fehlerdaten pro Fehler als Hexcode
F_ORT_NR	long	Index fuer Fehlerort
F_ORT_TEXT	string	Fehlerort als Text table FOrtTexte ORTTEXT
F_EREIGNIS_DTC	int	0: DTC kein Ereignis DTC 1: DTC ist Ereignis DTC table FOrtTexte EREIGNIS_DTC
F_READY_NR	int	Readyness Flag (Standard-Fehlerart) als Zahl
F_READY_TEXT	string	Readyness Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_VORHANDEN_NR	int	Fehler vorhanden (Standard-Fehlerart) als Zahl
F_VORHANDEN_TEXT	string	Fehler vorhanden (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_WARNUNG_NR	int	Warnlampen Flag (Standard-Fehlerart) als Zahl
F_WARNUNG_TEXT	string	Warnlampen Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_HFK	int	Haeufigkeitszaehler als Zahl Wertebereich 0 - 255 Bei mehr als 255 bleibt Zaehler stehen. Kein Ueberlauf
F_HLZ	int	Heilungsszaehler als Zahl Wertebereich 0 - 255 -1: ohne Heilungsszaehler
F_UEBERLAUF	int	0: Kein Ueberlauf des Fehlerspeichers 1: Ueberlauf des Fehlerspeichers
F_FEHLERKLASSE_NR	int	0: Keine Fehlerklasse verfuegbar 1: Ueberpruefung bei naechstem Werkstattbesuch 2: Ueberpruefung bei naechstem Halt 4: Ueberpruefung sofort erforderlich !
F_FEHLERKLASSE_TEXT	string	Ausgabe der Fehlerklasse als Text table Fehlerklasse TEXT
F_UW_ANZ	int	Anzahl der Umweltbedingungen Je nach dieser Anzahl i (i = 1, 2, ...) existieren i mal folgende Results: (long) F_UWi_NR Index der i. Umweltbedingung (string) F_UWi_TEXT Text zur i. Umweltbedingung (real) F_Uwi_WERT Wert der i. Umweltbedingung (string) F_UWi_EINH Einheit der i. Umweltbedingung
F_UW_KM	long	Umweltbedingung Kilometerstand (3 Byte) Wertebereich: 0 - 16777215 km -1, wenn Kilometerstand nicht zur Verfuegung steht
F_UW_ZEIT	long	Umweltbedingung Absolute Zeit (4 Byte) Genauigkeit: in Sekunden -1, wenn Absolute Zeit nicht zur Verfuegung steht
F_SAE_CODE	unsigned int	Wertebereich 0x000000 - 0xFFFFFF externe Tabelle T_SCOD
F_SAE_CODE_STRING	string	5 stelliger Text in der Form 'Sxxxx'
F_SAE_CODE_TEXT	string	Text zu F_SAE_CODE
_RESPONSE_SNAPSHOT	binary	Hex-Antwort von SG
_RESPONSE_EXTENDED_DATA	binary	Hex-Antwort von SG
_RESPONSE_SEVERITY	binary	Hex-Antwort von SG
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

FS_LOESCHEN

Fehlerspeicher loeschen UDS : $14 ClearDiagnosticInformation UDS : $FF DTCHighByte UDS : $FF DTCMiddleByte UDS : $FF DTCLowByte Modus: Default

Arguments

Name	Type	Comment
F_CODE	long	0x??????: Angabe eines einzelnen Fehlers Default: 0xFFFFFF: alle Fehler

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

PRUEFSTEMPEL_LESEN

Auslesen des Pruefstempels UDS : $22 ReadDataByIdentifier UDS : $1000 TestStamp Modus: Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
BYTE1	int	Bereich: 0-255 bzw. 0x00-0xFF
BYTE2	int	Bereich: 0-255 bzw. 0x00-0xFF
BYTE3	int	Bereich: 0-255 bzw. 0x00-0xFF
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

PRUEFSTEMPEL_SCHREIBEN

Beschreiben des Pruefstempels Es muessen immer alle drei Argumente im Bereich von 0-255 bzw. 0x00-0xFF uebergeben werden. UDS : $2E WriteDataByIdentifier UDS : $1000 TestStamp Modus: Default

Arguments

Name	Type	Comment
BYTE1	int	Bereich: 0-255 bzw. 0x00-0xFF
BYTE2	int	Bereich: 0-255 bzw. 0x00-0xFF
BYTE3	int	Bereich: 0-255 bzw. 0x00-0xFF

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

SVK_LESEN

Informationen zur Steuergeraete-Verbau-Kennung UDS : $22 ReadDataByIdentifier UDS : $F1xx Sub-Parameter fuer SVK UDS : $F101 SVK_AKTUELL (Default) Modus: Default

Arguments

Name	Type	Comment
SVK	string	table SVK_ID BEZEICHNUNG WERT default SVK_AKTUELL

Results

Name	Type	Comment
PROG_TEST	int	Programmierabhaengigkeiten (ProgrammingDependenciesChecked) 1: IO : Signaturpruefung und ProgrammingDependenciesCheck erfolgreich 2: NIO: mindestens eine SWE fehlerhaft oder ProgrammingDependenciesCheck nicht durchgefuehrt 3: NIO: mindestens eine SWE passt nicht mit einer HWE zusammen 4: NIO: mindestens eine SWE passt nicht mit einer anderen SWE zusammen sonst: reserviert
ANZAHL_EINHEITEN	int	Anzahl der xWEn
PROG_DATUM	string	Programmierdatum (DD.MM.YY)
PROG_KM	long	KM-Stand bei Programmierung (10 KM bis 655350 KM) Inkrement sind 10 KM -1: KM-Stand wird nicht unterstuetzt
PROZESSKLASSE_WERT	int	table Prozessklassen WERT dezimale Angabe der Prozessklasse
PROZESSKLASSE_TEXT	string	table Prozessklassen BEZEICHNUNG Text-Angabe der Prozessklasse
PROZESSKLASSE_KURZTEXT	string	table Prozessklassen PROZESSKLASSE Text-Angabe des Prozessklassenkurztextes
SGBM_IDENTIFIER	string	Angabe SGBM-ID der Prozessklasse
VERSION	string	Angabe der Version der Prozessklasse
SGBM_ID	string	Angabe von Prozessklasse, SGBM-Identifier, Version
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

STATUS_LESEN

Lesen eines oder mehrerer Stati UDS : $22 ReadDataByIdentifier

Arguments

Name	Type	Comment
ARGUMENT_SPALTE	string	'ARG', 'ID', 'LABEL'
STATUS	string	Es muss mindestens ein Argument übergeben werden Es wird das zugehörige result erzeugt table SG_Funktionen ARG ID RESULTNAME RES_TABELLE ARG_TABELLE

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Antwort von SG
_RESPONSE	binary	Hex-Antwort von SG

STEUERN

Vorgeben eines Status UDS : $2E WriteDataByIdentifier

Arguments

Name	Type	Comment
ARGUMENT_SPALTE	string	'ARG', 'ID', 'LABEL'
STATUS	string	Siehe table SG_Funktionen ARG ID LABEL ARG_TABELLE
WERT	string	Es muss mindestens ein Argument übergeben werden Argumente siehe table SG_Funktionen ARG ID ARG_TABELLE

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Antwort von SG
_RESPONSE	binary	Hex-Antwort von SG

SERIENNUMMER_LESEN

Seriennummer des Steuergeraets UDS : $22 ReadDataByIdentifier UDS : $F18C Sub-Parameter ECUSerialNumber Modus: Default

No arguments.

Results

Name	Type	Comment
SERIENNUMMER	string	Seriennummer des Steuergeraets
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

STEUERN_ROUTINE

Vorgeben eines Status UDS : $31 RoutineControl

Arguments

Name	Type	Comment
ARGUMENT_SPALTE	string	'ARG', 'ID', 'LABEL'
STATUS	string	Siehe table SG_Funktionen ARG ID RES_TABELLE ARG_TABELLE
STEUERPARAMETER	string	'STR' = startRoutine 'STPR' = stopRoutine 'RRR' = requestRoutineResults
WERT	string	Argumente siehe table SG_Funktionen ARG_TABELLE

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Antwort von SG
_RESPONSE	binary	Hex-Antwort von SG

FS_SPERREN

Sperren bzw. Freigeben des Fehlerspeichers UDS : $85 ControlDTCSetting UDS : $?? Sperren ($02) / Freigabe ($01) Modus: Default

Arguments

Name	Type	Comment
SPERREN	string	"ja" -> Fehlerspeicher sperren "nein" -> Fehlerspeicher freigeben table DigitalArgument TEXT Default: "ja"

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

IS_LESEN

Sekundaerer Fehlerspeicher lesen (alle Fehler / Ort und Art) UDS : $22 ReadDataByIdentifierRequestServiceID UDS : $2000 DataIdentifier sekundaerer Fehlerspeicher Modus: Default

No arguments.

Results

Name	Type	Comment
F_VERSION	int	Typ des Fehlerspeichers Fuer UDS immer 3
F_HEX_CODE	binary	Fehlerdaten pro Fehler als Hexcode
F_ORT_NR	long	Index fuer Fehlerort
F_ORT_TEXT	string	Fehlerort als Text table FOrtTexte ORTTEXT
F_EREIGNIS_DTC	int	0: DTC kein Ereignis DTC 1: DTC ist Ereignis DTC table FOrtTexte EREIGNIS_DTC
F_READY_NR	int	Readyness Flag (Standard-Fehlerart) als Zahl
F_READY_TEXT	string	Readyness Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_VORHANDEN_NR	int	Fehler vorhanden (Standard-Fehlerart) als Zahl
F_VORHANDEN_TEXT	string	Fehler vorhanden (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_WARNUNG_NR	int	Warnlampen Flag (Standard-Fehlerart) als Zahl
F_WARNUNG_TEXT	string	Warnlampen Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

IS_LESEN_DETAIL

sekundären Fehlerspeicher lesen (Info-Meldungen / Ort und Art) UDS : $22 ReadDataByIdentifier UDS : $20 dataIdentifier UDS : $00 alle Info-Meldungen anschließend UDS : $20 dataIdentifier UDS : $nn Details zur Info-Meldung an der Position n Modus: Default

Arguments

Name	Type	Comment
F_CODE	long	gewaehlter Infocode Wenn dieser Parameter angegeben wird, wird die Position automatisch ermittelt. Es darf dann nicht argument F_POS angegeben werden
F_POS	int	gewaehlter Eintrag Wenn dieser Parameter angegeben wird, wird die Position benutzt. Wertebereich 1 - 255 Es darf dann nicht argument F_CODE angegeben werden

Results

Name	Type	Comment
F_VERSION	int	Typ des Fehlerspeichers Fuer UDS immer 3
F_HEX_CODE	binary	Fehlerdaten pro Fehler als Hexcode
F_ORT_NR	long	Index fuer Fehlerort
F_ORT_TEXT	string	Fehlerort als Text table FOrtTexte ORTTEXT
F_EREIGNIS_DTC	int	0: DTC kein Ereignis DTC 1: DTC ist Ereignis DTC table FOrtTexte EREIGNIS_DTC
F_READY_NR	int	Readyness Flag (Standard-Fehlerart) als Zahl
F_READY_TEXT	string	Readyness Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_VORHANDEN_NR	int	Fehler vorhanden (Standard-Fehlerart) als Zahl
F_VORHANDEN_TEXT	string	Fehler vorhanden (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_WARNUNG_NR	int	Warnlampen Flag (Standard-Fehlerart) als Zahl
F_WARNUNG_TEXT	string	Warnlampen Flag (Standard-Fehlerart) als Text table FArtTexte ARTTEXT
F_HFK	int	Haeufigkeitszaehler als Zahl Wertebereich 0 - 255 Bei mehr als 255 bleibt Zaehler stehen. Kein Ueberlauf
F_HLZ	int	Heilungsszaehler als Zahl Wertebereich 0 - 255 -1: ohne Heilungsszaehler
F_UEBERLAUF	int	0: Kein Ueberlauf des Fehlerspeichers 1: Ueberlauf des Fehlerspeichers
F_FEHLERKLASSE_NR	int	0: Keine Fehlerklasse verfuegbar 1: Ueberpruefung bei naechstem Werkstattbesuch 2: Ueberpruefung bei naechstem Halt 4: Ueberpruefung sofort erforderlich !
F_FEHLERKLASSE_TEXT	string	Ausgabe der Fehlerklasse als Text table Fehlerklasse TEXT
F_UW_ANZ	int	Anzahl der Umweltbedingungen Je nach dieser Anzahl i (i = 1, 2, ...) existieren i mal folgende Results: (long) F_UWi_NR Index der i. Umweltbedingung (string) F_UWi_TEXT Text zur i. Umweltbedingung (real) F_Uwi_WERT Wert der i. Umweltbedingung (string) F_UWi_EINH Einheit der i. Umweltbedingung
F_UW_KM	long	Umweltbedingung Kilometerstand (3 Byte) Wertebereich: 0 - 16777215 km -1, wenn Kilometerstand nicht zur Verfuegung steht
F_UW_ZEIT	long	Umweltbedingung Absolute Zeit (4 Byte) Genauigkeit: in Sekunden -1, wenn Absolute Zeit nicht zur Verfuegung steht
F_SAE_CODE	unsigned int	Wertebereich 0x000000 - 0xFFFFFF externe Tabelle T_SCOD
F_SAE_CODE_STRING	string	5 stelliger Text in der Form 'Sxxxx'
F_SAE_CODE_TEXT	string	Text zu F_SAE_CODE
_RESPONSE_2000	binary	Hex-Antwort von SG
_RESPONSE_200X	binary	Hex-Antwort von SG
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT

IS_LOESCHEN

Infospeicher loeschen UDS : $31 RoutineControl UDS : $01 startRoutine UDS : $0F06 ClearSecondaryDTCMemory Modus: Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

STATUS_BLOCK_LESEN

Lesen eines dynamisch definierten Datenblockes UDS : $2C DynamicallyDefineDataIdentifier $03 ClearDynamicallyDefinedDataIdentifier $F300-$F3FF DynamicallyDefinedDataIdentifier UDS : $2C DynamicallyDefineDataIdentifier $01 DefineByIdentifier $F300-$F3FF DynamicallyDefinedDataIdentifier UDS : $22 ReadDataByIdentifier $F300-$F3FF DynamicallyDefinedDataIdentifier $2C$02 DefineByMemoryAddress wird nicht unterstützt 'Composite data blocks' werden nur komplett unterstützt

Arguments

Name	Type	Comment
BLOCK_NR	long	Nummer des Blockes 0..255
NEU_DEFINIEREN	string	Wenn 'JA' oder 'YES' wird der Block im SG gelöscht und neu ins SG geschrieben Wenn 'NEIN' oder 'NO' wird der Block im SG nicht gelöscht und nicht geschrieben Anschließend wird der Block gelesen
ARGUMENT_SPALTE	string	'ARG', 'ID', 'LABEL'
STATUS	string	Es muss mindestens ein Argument übergeben werden Es wird das zugehörige Result table SG_Funktionen ARG ID RESULTNAME erzeugt

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST_1	binary	Hex-Antwort von SG
_RESPONSE_1	binary	Hex-Antwort von SG
_REQUEST_2	binary	Hex-Antwort von SG
_RESPONSE_2	binary	Hex-Antwort von SG
_REQUEST_3	binary	Hex-Antwort von SG
_RESPONSE_3	binary	Hex-Antwort von SG

HERSTELLINFO_LESEN

Lieferant und Herstelldatum lesen UDS : $22 ReadDataByIdentifier UDS : $F18A SystemSupplierIdentifier UDS : $F18B ECUManufactoringData Modus: Default

No arguments.

Results

Name	Type	Comment
ID_LIEF_NR	long	Lieferantennummer 0xFFFFFF, falls nicht vorhanden
ID_LIEF_TEXT	string	Text zu ID_LIEF_NR table Lieferanten LIEF_TEXT unbekannter Hersteller, falls nicht vorhanden
ID_DATUM	string	Herstelldatum (DD.MM.YY)
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG
_REQUEST_2	binary	Hex-Auftrag an SG
_RESPONSE_2	binary	Hex-Antwort von SG

DIAGNOSE_AUFRECHT

Diagnosemode des SG aufrecht erhalten UDS : $3E TesterPresent UDS : $?0 suppressPosRspMsgIndication Modus: Default

Arguments

Name	Type	Comment
SG_ANTWORT	string	"ja" -> SG soll antworten "nein" -> SG soll nicht antworten table DigitalArgument TEXT Default: SG soll antworten

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

DIAGNOSE_MODE

SG in bestimmten Diagnosemode bringen UDS : $10 StartDiagnosticSession Modus: einstellbar mit diesem Job

Arguments

Name	Type	Comment
MODE	string	gewuenschter Diagnose-Modus table DiagMode MODE MODE_TEXT Defaultwert: DEFAULT (DefaultMode)

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

ENERGIESPARMODE

Einstellen des Energiesparmodes UDS : $31 RoutineControlRequestServiceID UDS : $01 startRoutine UDS : $0F0C DataIdentifier ControlEnergySavingMode UDS : $?? Mode Modus : Default

Arguments

Name	Type	Comment
MODE	int	0x00: Normalmode 0x01: Fertigungsmode 0x02: Transportmode 0x03: Flashmode

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

STATUS_ENERGIESPARMODE

Energy-Saving-Mode auslesen UDS : $22 ReadDataByIdentifier UDS : $100A DataIdentifier EnergySavingMode Modus: Default

No arguments.

Results

Name	Type	Comment
STAT_ENERGIESPARMODE_WERT	int	Ausgabe des Energiesparmodes 0: Kein Energiesparmode gesetzt 1: Produktionsmode gesetzt 2: Transportmode gesetzt 3: Flashmode gesetzt -1: Mode ungueltig
STAT_ENERGIESPARMODE_TEXT	string	Text zu STAT_ENERGIESPARMODE_WERT
STAT_PRODUKTIONSMODE_EIN	int	0: Produktionsmode nicht aktiv 1: Produktionsmode aktiv
STAT_TRANSPORTMODE_EIN	int	0: Transportmode nicht aktiv 1: Transportmode aktiv
STAT_FLASHMODE_EIN	int	0: Flashmode nicht aktiv 1: Flashmode aktiv
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

STATUS_BETRIEBSMODE

Aktueller Betriebsmode SG muss sich im Energiersparmode befinden UDS : $22 ReadDataByIdentifier UDS : $100E Sub-Parameter Betriebsmode Modus: Default

No arguments.

Results

Name	Type	Comment
STAT_BETRIEBSMODE_WERT	int	Aktueller Betriebsmode table Betriebsmode WERT 0 : Kein Betriebsmode gesetzt 1 - 16: Erweiterter Betriebsmode (Bedeutung siehe Tabelle)
STAT_BETRIEBSMODE_TEXT	string	Textausgabe STAT_BETRIEBSMODE_WERT table Betriebsmode TEXT
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

STEUERN_BETRIEBSMODE

Betriebsmode setzen SG muss sich im Energiersparmode befinden UDS : $31 RoutineControl UDS : $01 startRoutine UDS : $1003 DataIdentifier Betriebsmode UDS : $0? Betriebsmode Modus: Default

Arguments

Name	Type	Comment
BETRIEBSMODE	int	Betriebsmode setzen table Betriebsmode WERT 0 : Kein Betriebsmode gesetzt 1 - 16: Erweiterter Betriebsmode (Bedeutung siehe Tabelle)

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

SENSOREN_ANZAHL_LESEN

Anzahl der intelligenten Subbussensoren lesen UDS : $22 ReadDataByIdentifier UDS : $1600 Identifier NumberofSubbusMembers Modus: Default

No arguments.

Results

Name	Type	Comment
SENSOR_ANZAHL	long	Anzahl der intelligenten Subbussensoren
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

SENSOREN_IDENT_LESEN

Identifikation der intelligenten Subbussensoren lesen UDS : $22 ReadDataByIdentifier UDS : $1600 Identifier NumberofSubbusMembers UDS : $16xx SubbusMemberSerialNumber Modus: Default

Arguments

Name	Type	Comment
SENSOR_NR	long	optionales Argument gewuenschter Sensor xx (0x01 - 0xFF) oder VERBAUORT eines bestimmten Sensors (table VerbauortTabelle ORT)

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
SENSOR_VERBAUORT	string	Verbauort des Sensors table VerbauortTabelle ORTTEXT
SENSOR_VERBAUORT_NR	long	Verbauort-Nummer des Sensors
SENSOR_BMW_NR	string	BMW-Teilenummer des Sensors
SENSOR_PART_NR	string	Teilenummer des Sensors optional wenn SENSOR_BMW_NR gueltig wenn Teilenummer vom Sensor nicht verfuegbar dann '--'
SENSOR_LIN_2_0_FORMAT	int	1: Die optionalen Daten des Sensors (Hersteller, Seriennummer, ...) werden in LIN_2_Format geliefert 0: Optionale Daten nicht im LIN_2_Format (nur Defaultwerte werden ausgegeben)
SENSOR_HERSTELLER_NR	long	Lieferantennummer des Herstellers wenn Hersteller-Nummer nicht verfuegbar, dann 0
SENSOR_HERSTELLER_TEXT	string	Textausgabe Lieferant wenn Softwarestand nicht verfuegbar, dann 'Information nicht verfuegbar'
SENSOR_FUNKTIONS_NR	long	Funktionsnummer des Sensors wenn Funktions-Nummer nicht verfuegbar, dann 0
SENSOR_VARIANTEN_NR	long	Variantennummer des Sensors wenn Varianten-Nummer nicht verfuegbar, dann 0
SENSOR_PROD_DATUM	string	Produnktionsdatum (DD.MM.YY) des Sensors wenn Produktions-Datum nicht verfuegbar, dann '--'
SENSOR_SERIEN_NR	string	Seriennummer des Sensors wenn Serien-Nummer nicht verfuegbar, dann '--'
SENSOR_SW_RELEASE_NR	string	Softwarestand des Sensors wenn Softwarestand nicht verfuegbar, dann '--'
SENSOR_HW_RELEASE_NR	string	Hardwarestand des Sensors wenn Softwarestand nicht verfuegbar, dann '--'
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG
_REQUEST_2	binary	Hex-Auftrag an SG
_RESPONSE_2	binary	Hex-Antwort von SG

STEUERGERAETE_RESET

Harter Reset des Steuergeraets UDS : $11 EcuReset UDS : $01 HardReset Modus: Default

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

STEUERN_ROE_STOP

Temporaeres Deaktivieren der aktiven Fehlermeldung UDS : $86 ResponseOnEvent $00 Stop $02 (EventWindowTime) gültig für LH Diagnosemaster V9 oder früher. (pre 35up)

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

STATUS_ROE_REPORT

Abfrage Status der Aktivierung der aktiven Fehlermeldung UDS: $86 ResponseOnEvent $04 report activated events [$02 eventWindowTime - infinite (nur 35up)] 35up: LH Diagnosemaster V11 oder höher pre35up: LH Diagnosemaster V6 - V9

No arguments.

Results

Name	Type	Comment
STAT_ROE_AKTIV	char	0x00 = Aktive Fehlermeldung deaktiviert 0x01 = Aktive Fehlermeldung aktiviert 0xFF = Status der aktiven Fehlermeldung nicht feststellbar
STAT_ROE_AKTIV_TEXT	string	Interpretation von STAT_ROE_AKTIV table UDS_TAB_ROE_AKTIV TEXT
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

STEUERN_ROE_START

Temporaeres Aktivieren der aktiven Fehlermeldung UDS : $86 ResponseOnEvent $05 Start $02 (EventWindowTime) gültig für LH Diagnosemaster V9 oder früher. (pre 35up)

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

STEUERN_ROE_PERSISTENT_STOP

Persistentes Deaktivieren der aktiven Fehlermeldung an den Diagnosemaster ueber TAS UDS : $86 ResponseOnEvent $40 Stop persistent $02 (EventWindowTime) gültig für LH Diagnosemaster V6 - V12 (Stand 2013)

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

STEUERN_ROE_PERSISTENT_START

Persistentes Aktivieren der aktiven Fehlermeldung an den Diagnosemaster ueber TAS UDS : $86 ResponseOnEvent $45 Start persistent $02 (EventWindowTime) gültig für LH Diagnosemaster V6 - V12 (Stand 2013)

No arguments.

Results

Name	Type	Comment
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

CPS_LESEN

Codierpruefstempel lesen UDS : $22 ReadDataByIdentifier UDS : $37FE DataIdentifier Codierpruefstempel Modus: Default

No arguments.

Results

Name	Type	Comment
CPS	string	Codierpruefstempel 7-stellig
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

DIAG_SESSION_LESEN

Aktive Diagnose-Session auslesen UDS : $22 ReadDataByIdentifier UDS : $F186 ActiveDiagnosticSession Modus: Default

No arguments.

Results

Name	Type	Comment
DIAG_SESSION_WERT	int	Diagnose-Session (1 Byte)
DIAG_SESSION_TEXT	string	Diagnose-Session als Text
DIAG_DETAIL_WERT	int	Details zur Diagnose-Session (1 Byte)
DIAG_DETAIL_TEXT	string	Details zur Diagnose-Session als Text
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

FLASH_TP_LESEN

Flash Timing Parameter auslesen UDS : $22 ReadDataByIdentifier UDS : $2504 FlashTimingParameter Modus: Default

No arguments.

Results

Name	Type	Comment
FLASH_LOESCHEN	int	EraseMemoryTime (2 Byte)
FLASH_TEST	int	CheckMemoryTime (2 Byte)
FLASH_BOOT	int	BootloaderInstallationTime (2 Byte)
FLASH_AUTHENT	int	AuthenticationTime (2 Byte)
FLASH_RESET	int	ResetTime (2 Byte)
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

PROG_ZAEHLER_LESEN

Programmierzaehler lesen UDS : $22 ReadDataByIdentifier UDS : $2502 ProgrammingCounter Modus: Default

No arguments.

Results

Name	Type	Comment
PROG_ZAEHLER_STATUS_WERT	int	Status, wie oft das SG programmierbar ist
PROG_ZAEHLER_STATUS_TEXT	string	Status, wie oft das SG programmierbar ist
PROG_ZAEHLER	int	Programmierzaehler
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

PROG_MAX_LESEN

Anzahl der maximal möglichen Programmiervorgänge auslesen UDS : $22 ReadDataByIdentifier UDS : $2503 ProgrammingCounter Modus: Default

No arguments.

Results

Name	Type	Comment
PROG_MAX	long	maximal mögliche Programmiervorgänge Sonderfall 0xFFFF: Anzahl der Programmiervorgänge unbegrenzt
JOB_STATUS	string	OKAY, wenn fehlerfrei table JobResult STATUS_TEXT
_REQUEST	binary	Hex-Auftrag an SG
_RESPONSE	binary	Hex-Antwort von SG

Tables

Index

JOBRESULT (76 × 2)
LIEFERANTEN (136 × 2)
FARTTEXTE (35 × 2)
DIGITALARGUMENT (17 × 2)
PROZESSKLASSEN (26 × 3)
SVK_ID (65 × 2)
DTCEXTENDEDDATARECORDNUMBER (5 × 3)
DTCSNAPSHOTIDENTIFIER (5 × 9)
FEHLERKLASSE (5 × 2)
DIAGMODE (12 × 3)
VERBAUORTTABELLE (209 × 3)
PARTNRTABELLE (1 × 3)
LIEFERANTENLIN (181 × 2)
IARTTEXTE (18 × 2)
UDS_TAB_ROE_AKTIV (3 × 2)
ARG_0X40C6_D (1 × 12)
ARG_0X4104_D (1 × 12)
ARG_0X4107_D (1 × 12)
ARG_0X4109_D (1 × 12)
ARG_0X4120_D (1 × 12)
ARG_0X4121_D (1 × 12)
ARG_0X4125_D (1 × 12)
ARG_0X4127_D (1 × 12)
ARG_0X4128_D (3 × 12)
ARG_0X4129_D (3 × 12)
ARG_0X412A_D (4 × 12)
ARG_0X412B_D (2 × 12)
ARG_0X412C_D (4 × 12)
ARG_0X412D_D (4 × 12)
ARG_0X413D_D (8 × 12)
ARG_0X413E_D (24 × 12)
ARG_0X4140_D (4 × 12)
ARG_0X4143_D (2 × 12)
ARG_0X4144_D (1 × 12)
ARG_0X4146_D (12 × 12)
ARG_0X4148_D (20 × 12)
ARG_0X4149_D (12 × 12)
ARG_0X414B_D (32 × 12)
ARG_0X414C_D (1 × 12)
ARG_0X414E_D (16 × 12)
ARG_0X414F_D (6 × 12)
ARG_0X4150_D (8 × 12)
ARG_0X4151_D (4 × 12)
ARG_0X4152_D (4 × 12)
ARG_0X4154_D (16 × 12)
ARG_0X4160_D (1 × 12)
ARG_0X416B_D (1 × 12)
ARG_0X416C_D (4 × 12)
ARG_0X416D_D (1 × 12)
ARG_0X416E_D (4 × 12)
ARG_0X416F_D (6 × 12)
ARG_0X4171_D (1 × 12)
ARG_0X4176_D (2 × 12)
ARG_0X4177_D (2 × 12)
ARG_0X4179_D (6 × 12)
ARG_0X417A_D (6 × 12)
ARG_0X417B_D (16 × 12)
ARG_0X417C_D (2 × 12)
ARG_0X4180_D (2 × 12)
ARG_0X4181_D (11 × 12)
ARG_0X4182_D (2 × 12)
ARG_0X4184_D (1 × 12)
ARG_0X4185_D (4 × 12)
ARG_0X4189_D (1 × 12)
ARG_0X418A_D (2 × 12)
ARG_0X418C_D (1 × 12)
ARG_0X418D_D (2 × 12)
ARG_0X418E_D (1 × 12)
ARG_0X4190_D (22 × 12)
ARG_0X4191_D (8 × 12)
ARG_0X4192_D (4 × 12)
ARG_0X4193_D (4 × 12)
ARG_0X4194_D (1 × 12)
ARG_0X4195_D (1 × 12)
ARG_0X4196_D (1 × 12)
ARG_0X4197_D (5 × 12)
ARG_0X419B_D (1 × 12)
ARG_0X419C_D (24 × 12)
ARG_0X419D_D (24 × 12)
ARG_0X41A0_D (1 × 12)
ARG_0XA01A_R (3 × 14)
ARG_0XA01B_R (1 × 14)
ARG_0XA301_R (1 × 14)
ARG_0XA305_R (1 × 14)
ARG_0XA307_R (1 × 14)
ARG_0XD38E_D (1 × 12)
ARG_0XD3B4_D (3 × 12)
ARG_0XF000_R (3 × 14)
ARG_0XF001_R (4 × 14)
ARG_0XF100_R (1 × 14)
ARG_0XF101_R (6 × 14)
ARG_0XF102_R (6 × 14)
ARG_0XF103_R (2 × 14)
BETRIEBSMODE (6 × 3)
FDETAILSTRUKTUR (6 × 2)
FORTTEXTE (62 × 3)
FUMWELTTEXTE (10 × 9)
IDETAILSTRUKTUR (4 × 2)
IORTTEXTE (58 × 3)
IUMWELTTEXTE (14 × 9)
JOBRESULTEXTENDED (1 × 2)
RES_0X412E_D (3 × 10)
RES_0X412F_D (3 × 10)
RES_0X4130_D (4 × 10)
RES_0X4131_D (2 × 10)
RES_0X4132_D (4 × 10)
RES_0X4133_D (4 × 10)
RES_0X413D_D (8 × 10)
RES_0X413E_D (24 × 10)
RES_0X413F_D (16 × 10)
RES_0X4140_D (4 × 10)
RES_0X4141_D (8 × 10)
RES_0X4143_D (2 × 10)
RES_0X4144_D (1 × 10)
RES_0X4146_D (12 × 10)
RES_0X4147_D (16 × 10)
RES_0X4148_D (20 × 10)
RES_0X4149_D (12 × 10)
RES_0X414B_D (32 × 10)
RES_0X414C_D (1 × 10)
RES_0X414E_D (16 × 10)
RES_0X414F_D (6 × 10)
RES_0X4150_D (8 × 10)
RES_0X4151_D (4 × 10)
RES_0X4152_D (4 × 10)
RES_0X4154_D (16 × 10)
RES_0X416B_D (1 × 10)
RES_0X416C_D (4 × 10)
RES_0X416D_D (1 × 10)
RES_0X416E_D (4 × 10)
RES_0X416F_D (6 × 10)
RES_0X4174_D (4 × 10)
RES_0X4176_D (2 × 10)
RES_0X4177_D (2 × 10)
RES_0X4179_D (6 × 10)
RES_0X417A_D (6 × 10)
RES_0X417B_D (16 × 10)
RES_0X417C_D (2 × 10)
RES_0X4180_D (2 × 10)
RES_0X4181_D (11 × 10)
RES_0X4182_D (2 × 10)
RES_0X4184_D (1 × 10)
RES_0X4185_D (4 × 10)
RES_0X4186_D (12 × 10)
RES_0X4187_D (84 × 10)
RES_0X4188_D (3 × 10)
RES_0X4189_D (1 × 10)
RES_0X418A_D (2 × 10)
RES_0X418C_D (1 × 10)
RES_0X418D_D (2 × 10)
RES_0X418E_D (1 × 10)
RES_0X418F_D (15 × 10)
RES_0X4190_D (22 × 10)
RES_0X4191_D (8 × 10)
RES_0X4192_D (4 × 10)
RES_0X4193_D (4 × 10)
RES_0X4198_D (3 × 10)
RES_0X4199_D (3 × 10)
RES_0X419A_D (3 × 10)
RES_0X419C_D (24 × 10)
RES_0X419D_D (24 × 10)
RES_0X41A0_D (1 × 10)
RES_0X41A4_D (4 × 10)
RES_0X41A5_D (4 × 10)
RES_0XA01B_R (5 × 13)
RES_0XA302_R (6 × 13)
RES_0XA305_R (15 × 13)
RES_0XA307_R (4 × 13)
RES_0XD37F_D (6 × 10)
RES_0XD3A1_D (6 × 10)
RES_0XD3D6_D (4 × 10)
RES_0XD3D7_D (4 × 10)
RES_0XD3D8_D (4 × 10)
RES_0XD3D9_D (4 × 10)
RES_0XD3DA_D (6 × 10)
RES_0XF000_R (1 × 13)
RES_0XF100_R (4 × 13)
RES_0XF103_R (1 × 13)
SG_FUNKTIONEN (131 × 16)
TAB_CAMERA_UPDATE (5 × 2)
TAB_CAMERA_UPDATE_STATE (5 × 2)
TAB_CAM_ERROR (6 × 2)
TAB_DET_ERROR_ID (1 × 2)
TAB_DET_MODULE_ID (1 × 2)
TAB_DSP_RESET_TYPE (3 × 2)
TAB_ECU_RESET_TYPE (9 × 2)
TAB_ECU_VARIANT (5 × 2)
TAB_ERROR_TYPE (4 × 2)
TAB_FUSI_ERROR (7 × 2)
TAB_HANDSHAKE_HOST_VM (4 × 2)
TAB_ICAM_KONFIG (5 × 2)
TAB_ICAM_VERBINDUNG (4 × 2)
TAB_KAMERA_ICAM (7 × 2)
TAB_KAMERA_TESTBILD (6 × 2)
TAB_KAM_DATEN (3 × 2)
TAB_KAM_ETHERNET (4 × 2)
TAB_KAM_VERSORGUNG (4 × 2)
TAB_QUALITAET_ONLINEKALIBRIERUNG (6 × 2)
TAB_TRSVC_AUTOADR (6 × 2)
TAB_TRSVC_TESTBILD (2 × 2)
TAB_VERBINDUNGSFEHLER_FBAS (5 × 2)
TLEITUNGFEHLERART (6 × 2)
TSIGNALART (9 × 2)
TTESTSTATUS (6 × 2)
TVIDEOAUSGANG (11 × 2)

JOBRESULT

Dimensions: 76 rows × 2 columns

SB	STATUS_TEXT
0x10	ERROR_ECU_GENERAL_REJECT
0x11	ERROR_ECU_SERVICE_NOT_SUPPORTED
0x12	ERROR_ECU_SUB_FUNCTION_NOT_SUPPORTED
0x13	ERROR_ECU_INCORRECT_MESSAGE_LENGTH_OR_INVALID_FORMAT
0x14	ERROR_ECU_RESPONSE_TOO_LONG
0x21	ERROR_ECU_BUSY_REPEAT_REQUEST
0x22	ERROR_ECU_CONDITIONS_NOT_CORRECT
0x24	ERROR_ECU_REQUEST_SEQUENCE_ERROR
0x25	ERROR_ECU_NO_RESPONSE_FROM_SUBNET_COMPONENT
0x26	ERROR_ECU_FAILURE_PREVENTS_EXECUTION_OF_REQUESTED_ACTION
0x31	ERROR_ECU_REQUEST_OUT_OF_RANGE
0x33	ERROR_ECU_SECURITY_ACCESS_DENIED
0x35	ERROR_ECU_INVALID_KEY
0x36	ERROR_ECU_EXCEED_NUMBER_OF_ATTEMPTS
0x37	ERROR_ECU_REQUIRED_TIME_DELAY_NOT_EXPIRED
0x70	ERROR_ECU_UPLOAD_DOWNLOAD_NOT_ACCEPTED
0x71	ERROR_ECU_TRANSFER_DATA_SUSPENDED
0x72	ERROR_ECU_GENERAL_PROGRAMMING_FAILURE
0x73	ERROR_ECU_WRONG_BLOCK_SEQUENCE_COUNTER
0x78	ERROR_ECU_REQUEST_CORRECTLY_RECEIVED__RESPONSE_PENDING
0x7E	ERROR_ECU_SUB_FUNCTION_NOT_SUPPORTED_IN_ACTIVE_SESSION
0x7F	ERROR_ECU_SERVICE_NOT_SUPPORTED_IN_ACTIVE_SESSION
0x81	ERROR_ECU_RPM_TOO_HIGH
0x82	ERROR_ECU_RPM_TOO_LOW
0x83	ERROR_ECU_ENGINE_IS_RUNNING
0x84	ERROR_ECU_ENGINE_IS_NOT_RUNNING
0x85	ERROR_ECU_ENGINE_RUN_TIME_TOO_LOW
0x86	ERROR_ECU_TEMPERATURE_TOO_HIGH
0x87	ERROR_ECU_TEMPERATURE_TOO_LOW
0x88	ERROR_ECU_VEHICLE_SPEED_TOO_HIGH
0x89	ERROR_ECU_VEHICLE_SPEED_TOO_LOW
0x8A	ERROR_ECU_THROTTLE_PEDAL_TOO_HIGH
0x8B	ERROR_ECU_THROTTLE_PEDAL_TOO_LOW
0x8C	ERROR_ECU_TRANSMISSION_RANGE_NOT_IN_NEUTRAL
0x8D	ERROR_ECU_TRANSMISSION_RANGE_NOT_IN_GEAR
0x8F	ERROR_ECU_BRAKE_SWITCH_NOT_CLOSED
0x90	ERROR_ECU_SHIFTER_LEVER_NOT_IN_PARK
0x91	ERROR_ECU_TORQUE_CONVERTER_CLUTCH_LOCKED
0x92	ERROR_ECU_VOLTAGE_TOO_HIGH
0x93	ERROR_ECU_VOLTAGE_TOO_LOW
?00?	OKAY
?01?	ERROR_ECU_NO_RESPONSE
?02?	ERROR_ECU_INCORRECT_LEN
?03?	ERROR_ECU_INCORRECT_RESPONSE_ID
?04?	ERROR_ECU_TA_RESPONSE_NOT_SA_REQUEST
?05?	ERROR_ECU_SA_RESPONSE_NOT_TA_REQUEST
?06?	ERROR_ECU_RESPONSE_INCORRECT_DATA_IDENTIFIER
?07?	ERROR_ECU_RESPONSE_TOO_MUCH_DATA
?08?	ERROR_ECU_RESPONSE_TOO_LESS_DATA
?09?	ERROR_ECU_RESPONSE_VALUE_OUT_OF_RANGE
?0A?	ERROR_TABLE
?10?	ERROR_F_CODE
?12?	ERROR_INTERPRETATION
?13?	ERROR_F_POS
?14?	ERROR_ECU_RESPONSE_INCORRECT_IO_CONTROL_PARAMETER
?15?	ERROR_ECU_RESPONSE_INCORRECT_ROUTINE_CONTROL_TYPE
?16?	ERROR_ECU_RESPONSE_INCORRECT_SUB_FUNCTION
?17?	ERROR_ECU_RESPONSE_INCORRECT_DYNAMICALLY_DEFINED_DATA_IDENTIFIER
?18?	ERROR_ECU_RESPONSE_NO_STRING_END_CHAR
?19?	ERROR_ECU_RESPONSE_INCORRECT_ROUTINE_IDENTIFIER
?1A?	ERROR_ECU_RESPONSE_INCORRECT_RESET_TYPE
?1B?	ERROR_ECU_RESPONSE_INCORRECT_SERIAL_NUMBER_FORMAT
?1C?	ERROR_ECU_RESPONSE_INCORRECT_DTC_BY_STATUS_MASK
?1D?	ERROR_ECU_RESPONSE_INCORRECT_DTC_STATUS_AVAILABILITY_MASK
?1E?	ERROR_ECU_RESPONSE_INCORRECT_ROUTINE_CONTROL_IDENTIFIER
?50?	ERROR_BYTE1
?51?	ERROR_BYTE2
?52?	ERROR_BYTE3
?60?	ERROR_VERIFY
?61?	ERROR_ECU_RESPONSE_ZGW
?62?	ERROR_ECU_RESPONSE_BACKUP
?70?	ERROR_CALID_CVN_INCORRECT_LEN
?80?	ERROR_SVK_INCORRECT_LEN
?81?	ERROR_SVK_INCORRECT_FINGERPRINT
?F0?	ERROR_ARGUMENT
0xXY	ERROR_ECU_UNKNOWN_NEGATIVE_RESPONSE

LIEFERANTEN

Dimensions: 136 rows × 2 columns

LIEF_NR	LIEF_TEXT
0x000001	Reinshagen => Delphi
0x000002	Kostal
0x000003	Hella
0x000004	Siemens
0x000005	Eaton
0x000006	UTA
0x000007	Helbako
0x000008	Bosch
0x000009	Loewe => Lear
0x000010	VDO
0x000011	Valeo
0x000012	MBB
0x000013	Kammerer
0x000014	SWF
0x000015	Blaupunkt
0x000016	Philips
0x000017	Alpine
0x000018	Continental Teves
0x000019	Elektromatik Suedafrika
0x000020	Becker
0x000021	Preh
0x000022	Alps
0x000023	Motorola
0x000024	Temic
0x000025	Webasto
0x000026	MotoMeter
0x000027	Delphi PHI
0x000028	DODUCO => BERU
0x000029	DENSO
0x000030	NEC
0x000031	DASA
0x000032	Pioneer
0x000033	Jatco
0x000034	Fuba
0x000035	UK-NSI
0x000036	AABG
0x000037	Dunlop
0x000038	Sachs
0x000039	ITT
0x000040	FTE
0x000041	Megamos
0x000042	TRW
0x000043	Wabco
0x000044	ISAD Electronic Systems
0x000045	HEC (Hella Electronics Corporation)
0x000046	Gemel
0x000047	ZF
0x000048	GMPT
0x000049	Harman Kardon
0x000050	Remes
0x000051	ZF Lenksysteme
0x000052	Magneti Marelli
0x000053	Borg Instruments
0x000054	GETRAG
0x000055	BHTC (Behr Hella Thermocontrol)
0x000056	Siemens VDO Automotive
0x000057	Visteon
0x000058	Autoliv
0x000059	Haberl
0x000060	Magna Steyr
0x000061	Marquardt
0x000062	AB-Elektronik
0x000063	Siemens VDO Borg
0x000064	Hirschmann Electronics
0x000065	Hoerbiger Electronics
0x000066	Thyssen Krupp Automotive Mechatronics
0x000067	Gentex GmbH
0x000068	Atena GmbH
0x000069	Magna-Donelly
0x000070	Koyo Steering Europe
0x000071	NSI B.V
0x000072	AISIN AW CO.LTD
0x000073	Shorlock
0x000074	Schrader
0x000075	BERU Electronics GmbH
0x000076	CEL
0x000077	Audio Mobil
0x000078	rd electronic
0x000079	iSYS RTS GmbH
0x000080	Westfalia Automotive GmbH
0x000081	Tyco Electronics
0x000082	Paragon AG
0x000083	IEE S.A
0x000084	TEMIC AUTOMOTIVE of NA
0x000085	AKsys GmbH
0x000086	META System
0x000087	Hülsbeck & Fürst GmbH & Co KG
0x000088	Mann & Hummel Automotive GmbH
0x000089	Brose Fahrzeugteile GmbH & Co
0x000090	Keihin
0x000091	Vimercati S.p.A.
0x000092	CRH
0x000093	TPO Display Corp.
0x000094	KÜSTER Automotive Control
0x000095	Hitachi Automotive
0x000096	Continental Automotive
0x000097	TI-Automotive
0x000098	Hydro
0x000099	Johnson Controls
0x00009A	Takata- Petri
0x00009B	Mitsubishi Electric B.V. (Melco)
0x00009C	Autokabel
0x00009D	GKN-Driveline
0x00009E	Zollner Elektronik AG
0x00009F	PEIKER acustics GmbH
0x0000A0	Bosal-Oris
0x0000A1	Cobasys
0x0000A2	Lighting Reutlingen GmbH
0x0000A3	CONTI VDO
0x0000A4	ADC Automotive Distance Control Systems GmbH
0x0000A5	Funkwerk Dabendorf GmbH
0x0000A6	Lame
0x0000A7	Magna/Closures
0x0000A8	Wanyu
0x0000A9	Thyssen Krupp Presta
0x0000AA	ArvinMeritor
0x0000AB	Kongsberg Automotive GmbH
0x0000AC	SMR Automotive Mirrors
0x0000AD	So.Ge.Mi.
0x0000AE	MTA
0x0000AF	Alfmeier
0x0000B0	ELTEK VALERE DEUTSCHLAND GMBH
0x0000B1	Omron Automotive Electronics Europe Group
0x0000B2	ASK
0x0000B3	CML Innovative Technologies GmbH & Co. KG
0x0000B4	APAG Elektronik AG
0x0000B5	Nexteer Automotive World Headquarters
0x0000B6	Hans Widmaier
0x0000B7	Robert Bosch Battery Systems GmbH
0x0000B8	KYOCERA Display Corporation
0x0000B9	MAGNA Powertrain AG & Co KG
0x0000BA	BorgWarner
0x0000BB	BMW - Fahrzeugsimulator
0x0000BC	Benteler Duncan Plant
0x0000BD	U-Shin
0xFFFFFF	unbekannter Hersteller

FARTTEXTE

Dimensions: 35 rows × 2 columns

ARTNR	ARTTEXT
0x00	keine Fehlerart verfügbar
0x04	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x05	Fehler momentan vorhanden und bereits gespeichert
0x08	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x09	Fehler momentan vorhanden und bereits gespeichert
0x0C	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x0D	Fehler momentan vorhanden und bereits gespeichert
0x20	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x21	Fehler momentan vorhanden und bereits gespeichert
0x24	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x25	Fehler momentan vorhanden und bereits gespeichert
0x28	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x29	Fehler momentan vorhanden und bereits gespeichert
0x2C	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x2D	Fehler momentan vorhanden und bereits gespeichert
0x40	unbekannte Fehlerart
0x44	Fehler gespeichert
0x45	Fehler gespeichert
0x48	Fehler gespeichert
0x49	Fehler gespeichert
0x4C	Fehler gespeichert
0x4D	Fehler gespeichert
0x60	Fehler gespeichert
0x61	Fehler gespeichert
0x64	Fehler gespeichert
0x65	Fehler gespeichert
0x68	Fehler gespeichert
0x69	Fehler gespeichert
0x6C	Fehler gespeichert
0x6D	Fehler gespeichert
0x10	Testbedingungen erfüllt
0x11	Testbedingungen noch nicht erfüllt
0x80	Fehler würde kein Aufleuchten einer Warnlampe verursachen
0x81	Fehler würde das Aufleuchten einer Warnlampe verursachen
0xFF	unbekannte Fehlerart

DIGITALARGUMENT

Dimensions: 17 rows × 2 columns

TEXT	WERT
ein	1
aus	0
ja	1
nein	0
auf	1
ab	0
an	1
yes	1
no	0
on	1
off	0
up	1
down	0
true	1
false	0
1	1
0	0

PROZESSKLASSEN

Dimensions: 26 rows × 3 columns

WERT	PROZESSKLASSE	BEZEICHNUNG
0x00	-	ungueltig
0x01	HWEL	Hardware (Elektronik)
0x02	HWAP	Hardwareauspraegung
0x03	HWFR	Hardwarefarbe
0x05	CAFD	Codierdaten
0x06	BTLD	Bootloader
0x08	SWFL	Software ECU Speicherimage
0x09	SWFF	Flash File Software
0x0A	SWPF	Pruefsoftware
0x0B	ONPS	Onboard Programmiersystem
0x0F	FAFP	FA2FP
0x1A	TLRT	Temporaere Loeschroutine
0x1B	TPRG	Temporaere Programmierroutine
0x07	FLSL	Flashloader Slave
0x0C	IBAD	Interaktive Betriebsanleitung Daten
0x10	FCFA	Freischaltcode Fahrzeug-Auftrag
0x1C	BLUP	Bootloader-Update Applikation
0x1D	FLUP	Flashloader-Update Applikation
0xC0	SWUP	Software-Update Package
0xC1	SWIP	Index Software-Update Package
0xA0	ENTD	Entertainment Daten
0xA1	NAVD	Navigation Daten
0xA2	FCFN	Freischaltcode Funktion
0x04	GWTB	Gateway-Tabelle
0x0D	SWFK	BEGU: Detaillierung auf SWE-Ebene
0xFF	-	ungueltig

SVK_ID

Dimensions: 65 rows × 2 columns

WERT	BEZEICHNUNG
0x01	SVK_AKTUELL
0x02	SVK_SUPPLIER
0x03	SVK_WERK
0x04	SVK_BACKUP_01
0x05	SVK_BACKUP_02
0x06	SVK_BACKUP_03
0x07	SVK_BACKUP_04
0x08	SVK_BACKUP_05
0x09	SVK_BACKUP_06
0x0A	SVK_BACKUP_07
0x0B	SVK_BACKUP_08
0x0C	SVK_BACKUP_09
0x0D	SVK_BACKUP_10
0x0E	SVK_BACKUP_11
0x0F	SVK_BACKUP_12
0x10	SVK_BACKUP_13
0x11	SVK_BACKUP_14
0x12	SVK_BACKUP_15
0x13	SVK_BACKUP_16
0x14	SVK_BACKUP_17
0x15	SVK_BACKUP_18
0x16	SVK_BACKUP_19
0x17	SVK_BACKUP_20
0x18	SVK_BACKUP_21
0x19	SVK_BACKUP_22
0x1A	SVK_BACKUP_23
0x1B	SVK_BACKUP_24
0x1C	SVK_BACKUP_25
0x1D	SVK_BACKUP_26
0x1E	SVK_BACKUP_27
0x1F	SVK_BACKUP_28
0x20	SVK_BACKUP_29
0x21	SVK_BACKUP_30
0x22	SVK_BACKUP_31
0x23	SVK_BACKUP_32
0x24	SVK_BACKUP_33
0x25	SVK_BACKUP_34
0x26	SVK_BACKUP_35
0x27	SVK_BACKUP_36
0x28	SVK_BACKUP_37
0x29	SVK_BACKUP_38
0x2A	SVK_BACKUP_39
0x2B	SVK_BACKUP_40
0x2C	SVK_BACKUP_41
0x2D	SVK_BACKUP_42
0x2E	SVK_BACKUP_43
0x2F	SVK_BACKUP_44
0x30	SVK_BACKUP_45
0x31	SVK_BACKUP_46
0x32	SVK_BACKUP_47
0x33	SVK_BACKUP_48
0x34	SVK_BACKUP_49
0x35	SVK_BACKUP_50
0x36	SVK_BACKUP_51
0x37	SVK_BACKUP_52
0x38	SVK_BACKUP_53
0x39	SVK_BACKUP_54
0x3A	SVK_BACKUP_55
0x3B	SVK_BACKUP_56
0x3C	SVK_BACKUP_57
0x3D	SVK_BACKUP_58
0x3E	SVK_BACKUP_59
0x3F	SVK_BACKUP_60
0x40	SVK_BACKUP_61
0xXY	ERROR_UNKNOWN

DTCEXTENDEDDATARECORDNUMBER

Dimensions: 5 rows × 3 columns

WERT	TEXT	ANZ_BYTE
0x00	ISO_RESERVED	0
0x01	CONDITION_BYTE	1
0x02	HFK	1
0x03	HLZ	1
0xFF	RECORD_UNKNOWN	0

DTCSNAPSHOTIDENTIFIER

Dimensions: 5 rows × 9 columns

UWNR	UWTEXT	UW_EINH	L/H	UWTYP	NAME	MUL	DIV
0x1700	KM_STAND	0-n	-	0xFFFFFF	-	1	1
0x1701	ABS_ZEIT	0-n	-	0xFFFFFFFF	-	1	1
0x1702	SAE_CODE	0-n	-	0xFFFFFF	-	1	1
0x1731	Fehlerklasse_DTC	-	-	u char	-	1	1
0xFFFF	IDENTIFIER_UNKNOWN	-	-	0xFFFFFF	-	1	1

FEHLERKLASSE

Dimensions: 5 rows × 2 columns

NR	TEXT
0x00	Keine Fehlerklasse verfuegbar
0x01	Ueberpruefung bei naechstem Werkstattbesuch
0x02	Ueberpruefung bei naechstem Halt
0x04	Ueberpruefung sofort erforderlich !
0xFF	unbekannte Fehlerklasse

DIAGMODE

Dimensions: 12 rows × 3 columns

NR	MODE	MODE_TEXT
0x00	UNGUELTIG	DefaultMode
0x01	DEFAULT	DefaultMode
0x02	ECUPM	ECUProgrammingMode
0x03	ECUEXTDIAG	ECUExtendedDiagnosticSession
0x04	ECUSSDS	ECUSafetySystemDiagnosticSession
0x40	ECUEOL	ECUEndOfLineSession
0x41	ECUCODE	ECUCodingSession
0x42	ECUSWT	ECUSwtSession
0x43	ECUHDD	ECUHDDDownloadSession
0x4F	ECUDEVELOP	ECUDevelopmentSession
0x5F	ECUGDM	ECUGarageDiagnoseMode
0xXY	--	unbekannter Diagnose-Mode

VERBAUORTTABELLE

Dimensions: 209 rows × 3 columns

ORT	ORTTEXT	LIN_2_FORMAT
0x0100	Batteriesensor BSD	-
0x0150	Ölqualitätsensor BSD	-
0x0200	Elektrische Wasserpumpe BSD	-
0x0250	Elektrische Kraftstoffpumpe BSD	-
0x0300	Generator 1	-
0x0350	Generator 2	-
0x03A0	Druck- Temperatursensor Tank	1
0x03C0	EAC-Sensor	-
0x0400	Schaltzentrum Lenksäule	-
0x0500	DSC Sensor-Cluster	-
0x0600	Nahbereichsradarsensor links	-
0x0700	Nahbereichsradarsensor rechts	-
0x0800	Funkempfänger	-
0x0900	Elektrische Lenksäulenverriegelung	-
0x0A00	Regen- Lichtsensor	-
0x290A00	DSC Hydraulikblock	-
0x0B00	Nightvision Kamera	-
0x0C00	TLC Kamera	-
0x0D00	Spurwechselradarsensor hinten links	-
0x0E00	Heckklima Bedienteil rechts	1
0x0F00	Rearview Kamera hinten	1
0x0F80	Frontview Kamera vorne	1
0x1000	Topview Kamera Außenspiegel links	1
0x1100	Topview Kamera Außenspiegel rechts	1
0x1200	Sideview Kamera Stoßfänger vorne links	1
0x1210	Sideview Kamera Kotflügel vorne links	1
0x1300	Sideview Kamera Stoßfänger vorne rechts	1
0x1310	Sideview Kamera Kotflügel vorne rechts	1
0x1400	Wischermotor	1
0x1500	Regen- Lichtsensor	1
0x1600	Innenspiegel	1
0x1700	Garagentoröffner	1
0x1800	AUC-Sensor	1
0x1900	Druck- Temperatursensor	1
0x1A20	Schalterblock Sitzheizung hinten links	1
0x1A40	Schalterblock Sitzheizung hinten rechts	1
0x1A60	Sitzheizung Fahrer	1
0x1A80	Sitzheizung Beifahrer	1
0x1AA0	Sitzheizung Fahrer hinten	1
0x1AC0	Sitzheizung Beifahrer hinten	1
0x1B00	Schalterblock Sitzmemory/-massage Fahrer	1
0x1C00	Schalterblock Sitzmemory/-massage Beifahrer	1
0x1C80	Sitzverstellschalter Beifahrer über Fond	1
0x1D00	Sonnenrollo Seitenfenster Fahrer	1
0x1E00	Sonnenrollo Seitenfenster Beifahrer	1
0x1E40	Heckklappenemblem	1
0x1F00	KAFAS Kamera	1
0x2000	Automatische Anhängevorrichtung	1
0x2100	SINE	1
0x2110	DWA Mikrowellensensor vorne rechts	1
0x2120	DWA Mikrowellensensor hinten rechts	1
0x2130	DWA Mikrowellensensor hinten links	1
0x2140	DWA Mikrowellensensor vorne links	1
0x2150	DWA Mikrowellensensor hinten	1
0x2180	DWA Ultraschallsensor	1
0x2200	Aussenspiegel Fahrer	-
0x2300	Aussenspiegel Beifahrer	-
0x2400	Schaltzentrum Tür	1
0x2500	Schalterblock Sitz Fahrer	1
0x2600	Schalterblock Sitz Beifahrer	1
0x2700	Gurtbringer Fahrer	1
0x2800	Gurtbringer Beifahrer	1
0x2900	Treibermodul Scheinwerfer links	1
0x2A00	Treibermodul Scheinwerfer rechts	1
0x2B00	Bedieneinheit Fahrerassistenzsysteme	1
0x2C00	Bedieneinheit Licht	1
0x2D00	Smart Opener	1
0x2E00	LED-Hauptlicht-Modul links	1
0x2F00	LED-Hauptlicht-Modul rechts	1
0x0910	Elektrische Lenksäulenverriegelung	1
0x3200	Funkempfänger	1
0x3300	Funkempfänger 2	1
0x3400	Türgriffelektronik Fahrer	-
0x3500	Türgriffelektronik Beifahrer	-
0x3600	Türgriffelektronik Fahrer hinten	-
0x3700	Türgriffelektronik Beifahrer hinten	-
0x3800	Telestart-Handsender 1	-
0x3900	Telestart-Handsender 2	-
0x3A00	Fond-Fernbedienung	-
0x3B00	Elektrische Wasserpumpe	1
0x3B10	Elektrische Wasserpumpe 1	1
0x3B20	Elektrische Wasserpumpe 2	1
0x3B80	Elektrische Zusatzwasserpumpe	1
0x3C00	Batteriesensor LIN	-
0x3D00	Aktives Kühlklappensystem	1
0x3D80	Lüfter	1
0x3D88	Lüfter 2	1
0x3E00	PCU(DCDC)	1
0x3E80	DCDC Versorgung Zustartbatterie	1
0x3F00	Startergenerator	1
0x3F80	Generator	1
0x4000	Sitzverstellschalter Fahrer	1
0x4100	Sitzverstellschalter Beifahrer	1
0x4200	Sitzverstellschalter Fahrer hinten	1
0x4300	Sitzverstellschalter Beifahrer hinten	1
0x4400	Gepäckraumschalter links	1
0x4500	Gepäckraumschalter rechts	1
0x4600	Nackenwärmer	1
0x4700	Nackenwärmer Bedienschalter	1
0x4A00	Fond-Klimaanlage	1
0x4B00	Elektrischer Klimakompressor	1
0x4C00	Klimabedienteil	1
0x4D00	Gebläseregler	1
0x4E00	Klappenmotor	0
0x4F00	Elektrischer Kältemittelverdichter eKMV	1
0x4F80	Elektrischer Zuheizer PTC	1
0x6000	Standheizung	1
0x6100	Wärmepumpe	1
0x6200	elektrischer Durchlaufheizer	1
0x6300	Ionisator	1
0x6400	Bedufter	1
0x6500	Sense-Touch-Modul links	1
0x6600	Sense-Touch-Modul rechts	1
0x5000	PMA Sensor links	1
0x5100	PMA Sensor rechts	1
0x5200	CID-Klappe	-
0x5300	Schaltzentrum Lenksäule	1
0x5400	Multifunktionslenkrad	1
0x5500	Lenkradelektronik	1
0x5600	CID	-
0x5700	Satellit Upfront links	0
0x5708	Satellit Upfront rechts	0
0x5710	Satellit Tür links	0
0x5718	Satellit Tür rechts	0
0x5720	Satellit B-Säule links X	0
0x5728	Satellit B-Säule rechts X	0
0x5730	Satellit B-Säule links Y	0
0x5738	Satellit B-Säule rechts Y	0
0x5740	Satellit Zentralsensor X	0
0x5748	Satellit Zentralsensor Y	0
0x5750	Satellit Zentralsensor Low g Y	0
0x5758	Satellit Zentralsensor Low g Z	0
0x5760	Satellit Zentralsensor Roll Achse	0
0x5768	Fussgängerschutz Sensor links	0
0x5770	Fussgängerschutz Sensor rechts	0
0x5778	Fussgängerschutz Sensor mitte	0
0x5780	Fussgängerschutzsensor statisch	0
0x5788	Satellit C-Säule links Y	0
0x5790	Satellit C-Säule rechts Y	0
0x5798	Satellit Zentrale Körperschall	0
0x57A0	Kapazitive Insassen- Sensorik CIS	1
0x57A8	Sitzbelegungserkennung Beifahrer SBR	1
0x57B0	Fussgängerschutzsensor dynamisch 1	0
0x57B8	Fussgängerschutzsensor dynamisch 2	0
0x5800	HUD	1
0x5900	Audio-Bedienteil	1
0x5A00	Innenlichtelektronik	1
0x5A20	Innenlichteinheit 2	1
0x5A30	Innenlichteinheit 3	1
0x5B00	Zentralinstrument	1
0x5B40	CID	1
0x5B80	Fondmonitor links	1
0x5BC0	Fondmonitor rechts	1
0x5C00	Elektrische Lenksäulenverstellung ELSV	1
0x5D00	Hands-Off Detection HOD	1
0x5E01	Innenbeleuchtung Fußraum Fahrer vorne	1
0x5E02	Innenbeleuchtung Fußraum Fahrer hinten	1
0x5E03	Innenbeleuchtung Fußraum Beifahrer vorne	1
0x5E04	Innenbeleuchtung Fußraum Beifahrer hinten	1
0x5E05	Innenbeleuchtung Fahrertür vorne oben	1
0x5E06	Innenbeleuchtung Fahrertür vorne Mitte	1
0x5E07	Innenbeleuchtung Fahrertür vorne unten	1
0x5E08	Innenbeleuchtung Fahrertür vorne Kartentasche	1
0x5E09	Innenbeleuchtung Fahrertür hinten oben	1
0x5E0A	Innenbeleuchtung Fahrertür hinten unten	1
0x5E0B	Innenbeleuchtung Fahrertür hinten Kartentasche	1
0x5E0C	Innenbeleuchtung Beifahrertür vorne oben	1
0x5E0D	Innenbeleuchtung Beifahrertür vorne Mitte	1
0x5E0E	Innenbeleuchtung Beifahrertür vorne unten	1
0x5E0F	Innenbeleuchtung Beifahrertür vorne Kartentasche	1
0x5E10	Innenbeleuchtung Beifahrertür hinten oben	1
0x5E11	Innenbeleuchtung Beifahrertür hinten unten	1
0x5E12	Innenbeleuchtung Beifahrertür hinten Kartentasche	1
0x5E13	Innenbeleuchtung I-Tafel Fahrer oben	1
0x5E14	Innenbeleuchtung I-Tafel Fahrer unten	1
0x5E15	Innenbeleuchtung I-Tafel oben Mitte	1
0x5E16	Innenbeleuchtung I-Tafel unten Mitte	1
0x5E17	Innenbeleuchtung I-Tafel oben Beifahrer	1
0x5E18	Innenbeleuchtung I-Tafel unten Beifahrer	1
0x5E19	Innenbeleuchtung B-Säule Fahrer	1
0x5E1A	Innenbeleuchtung B-Säule Beifahrer	1
0x5E1B	Innenbeleuchtung Lehne Fahrersitz	1
0x5E1C	Innenbeleuchtung Lehne Beifahrersitz	1
0x5E1D	Innenbeleuchtung Centerstack	1
0x5E1E	Innenbeleuchtung Mittelkonsole Ablagefach	1
0x5E1F	Innenbeleuchtung Gangwahlschalter links	1
0x5E20	Innenbeleuchtung Gangwahlschalter rechts	1
0x5E80	Stromverteiler hinten	1
0x5EA0	Wireless Charging Ablage	-
0x5F00	Integrierte Fensterheber Elektronik Fahrer	1
0x5F10	Integrierte Fensterheber Elektronik Beifahrer	1
0x5F20	Integrierte Fensterheber Elektronik Fahrer hinten	1
0x5F30	Integrierte Fensterheber Elektronik Beifahrer hinten	1
0x5F40	Schalterblock Sitzmemory Fahrer	1
0x5F50	Schalterblock Sitzmemory Beifahrer	1
0x5F60	Schalterblock Sitzmemory Fahrer hinten	1
0x5F70	Schalterblock Sitzmemory Beifahrer hinten	1
0x5F80	Sonnenrollo Seitenfenster Fahrer	1
0x5F90	Sonnenrollo Seitenfenster Beifahrer	1
0x5FA0	Bedieneinheit Mittelkonsole	1
0x5FB0	WB und SARAH Schalter	1
0x7000	Abschattungs-Elektronik-Dach	1
0x7040	Frontwischermotor	1
0x7100	NFC Leser Innenraum vorne	1
0x7200	Spurwechselradarsensor vorne rechts	1
0x7208	Spurwechselradarsensor vorne links	1
0x7210	Spurwechselradarsensor hinten rechts (Master)	1
0x7218	Spurwechselradarsensor hinten links	1
0xFFFF	unbekannter Verbauort	-

PARTNRTABELLE

Dimensions: 1 rows × 3 columns

PART_NR	BMW_NR	KOMMENTAR
--	--	unbekannte Teilenummer

LIEFERANTENLIN

Dimensions: 181 rows × 2 columns

LIEF_NR	LIEF_TEXT
0x0001	Audi
0x0002	BMW
0x0003	Daimler AG
0x0004	Motorola
0x0005	VCT/Mentor Graphics
0x0006	VW (VW-Group)
0x0007	Volvo Cars (Ford Group)
0x000B	Freescale Semiconductor
0x0011	NXP Semiconductors
0x0012	ST Microelectronics
0x0013	Melexis GmbH
0x0014	Microchip Technology Inc
0x0015	Centro Ricerche FIAT
0x0016	Renesas Technology Europe GmbH - Mitsubishi
0x0017	Atmel Germany GmbH
0x0018	Magneti Marelli S.p. A
0x0019	NEC Electronics GmbH
0x001A	Fujitsu Microelectronics Europe GmbH
0x001B	Adam Opel AG
0x001C	Infineon Technologies AG
0x001D	AMI Semiconductor Belguim BVBA
0x001E	Vector Informatik GmbH
0x001F	Brose Fahrzeugteile GmbH & Co
0x0020	Zentrum Mikroelektronik Dresden AG
0x0021	ihr GmbH
0x0022	Visteon Deutschland GmbH
0x0023	Elmos Semiconductor AG
0x0024	ON Semiconductor Germany GmbH
0x0025	Denso Corporation
0x0026	C&S Group GmbH
0x0027	Renault SA
0x0028	Renesas Technology Europe Ltd - Hitachi
0x0029	Yazaki Europe Ltd
0x002A	Trinamic Microchips GmbH
0x002B	Allegro Microsystems, Inc
0x002C	Toyota Motor Engineering and Manufacturing Europe N.V / S.A
0x002D	PSA Peugeot Citroën
0x002E	Forschungs - und Transferzentrum e.V. der Westsächsische Hochschule Zwickau
0x002F	Micron Electronic Devices AG
0x0030	Delphi Deutschland GmbH
0x0031	Texas Instruments Deutschland GmbH
0x0032	Maxim Integrated Products
0x0033	Bertrandt GmbH
0x0034	PKC Group Oyi
0x0035	BayTech IKs
0x0036	Hella KGaA & Co.
0x0037	Continental Automotive
0x0038	Johnson Controls GmbH
0x0039	Toshiba Electronics Europe GmbH
0x003A	Analog Devices
0x003B	TRW Automotive Electronics & Components GmbH & Co. KG
0x003C	Advanced Data Controls, Corp.
0x003D	GÖPEL electronic GmbH
0x003E	Dr. Ing. h.c. F. Porsche AG
0x003F	Marquardt GmbH
0x0040	ETAS GmbH - Robert Bosch
0x0041	Micronas GmbH
0x0042	Preh GmbH
0x0043	GENTEX CORPORATION
0x0044	ZF Lenksysteme GmbH
0x0045	Nagares S.A.
0x0046	MAN Nutzfahrzeuge AG
0x0047	BITRON SpA BU Grugliasco
0x0048	Pierburg GmbH
0x0049	Alps Electrics Co., Ltd
0x004A	Beru Electronics GmbH
0x004B	Paragon AG
0x004C	Silicon Laboratories
0x004D	Sensata Technologies Holland B.V.
0x004E	Meta System S.p.A
0x004F	DST Dräxlmaier Systemtechnik GmbH
0x0050	Grupo Antolin Ingenieria, S.A.
0x0051	MAGNA-Donnelly GmbH&Co.KG
0x0052	IEE S.A.
0x0053	austriamicrosystems AG
0x0054	Agilent Technologies, Inc.
0x0055	Lear Corporation
0x0056	KOSTAL Ireland GmbH
0x0057	LIPOWSKY Industrie-Elektronik GmbH
0x0058	Sanken Electric Co.,Ltd
0x0059	Elektrobit Automotive GmbH
0x005A	VIMERCATI S.p.A.
0x005B	VOLVO Technology Schweden
0x005C	SMSC Europe GmbH
0x0060	Sitronic GmbH & Co. KG
0x0061	Flextronics / Sidler Automotive GmbH & Co. KG
0x0062	EAO Automotive GmbH & Co. KG
0x0063	helag-electronic gmbh
0x0064	Magna Electronics
0x0065	INTEVA Products, LLC
0x0066	Valeo SA
0x0067	Defond Holding / BJAutomotive / DAC
0x0068	Industrie Saleri S. p. A.
0x0069	ROHM Semicon GmbH
0x0070	Alfmeier Präzision AG
0x0071	Sanden Corporation
0x0072	Huf Hülsbeck & Fürst GmbH & Co. KG
0x0073	ebm-papst St. Georgen GmbH & Co. KG
0x0074	CATEM
0x0075	OMRON Automotive Electronics Technology GmbH
0x0076	Johnson Electric International
0x0077	A123 Systems
0x0078	IPG Automotive GmbH, Karlsruhe
0x0079	Daesung Electric Co. Ltd.
0x007B	Bury GmbH & Co. KG
0x007A	Kromberg & Schubert GmbH & Co. KG
0x007E	Measurement Specialties Inc (MEAS)
0x007F	MRS Electronic GmbH
0x0082	Dale Electronics Inc
0x0083	Mirror Controls international
0x0084	Keboda Technology Co. Ltd.
0x0085	SPD Control Systems Corporation
0x0087	Röchling Automotive AG & Co. KG
0x0088	AEV s.r.o
0x0089	Kongsberg Automotive AB/Mullsjö Works
0x008A	May & Scofield Ltd
0x008C	C&S Technology Inc
0x008D	RDC Semiconductor Co., Ltd
0x008E	Webasto AG
0x008F	Accel Elektronika UAB
0x0090	FICOSA International S.A.
0x0093	Phoenix International
0x0094	John Deere
0x0095	Grayhill Inc
0x0096	AppliedSensor GmbH
0x0097	UST Umweltsensortechnik GmbH
0x0098	Digades GmbH
0x009A	TriMark Corporation
0x009B	KB Auto Tech Co., Ltd.
0x0099	Thomson Linear Motion
0x009C	Methode Electronics, Inc
0x0101	Huber Automotive AG
0x009D	Danlaw, Inc.
0x0100	Isabellenhuette Heusler GmbH & Co. KG
0x0102	Precision Motors Deutsche Minebea GmbH
0x009F	Fujikoki Corporation
0x0103	TK Holdings Inc., Electronics
0x0104	Cobra Automotive Technologies S.P.A.
0x0105	Embed Limited
0x0106	Kissling Elektrotechnik GmbH
0x0107	Autoliv B.V. & Co. KG
0x0108	PST Electronics
0x0109	BCA Leisure Ltd
0x010A	APAG Elektronik AG
0x010B	RAFI GmbH & Co. KG
0x010C	Sonceboz AutomotiveSA
0x010D	i2s Intelligente Sensorsysteme Dresden GmbH
0x010E	AGM Automotive, Inc.
0x010F	S&T Motiv
0x0111	UG Systems GmbH & Co. KG
0x0113	CHANGJIANG AUTOMOBILE ELECTRONIC SYSTEM CO.,LTD
0x0114	MES S.A.
0x0115	SL Corporation
0x0116	Dura Automotive Systems
0x0118	Delta Electronics, Inc.
0x0119	Penny and Giles Controls Ltd
0x011A	Curtiss Wright Controls Industrial
0x011B	HKR Seuffer Automotive GmbH & Co. KG
0x011C	DMK U.S.A. Inc
0x0120	Littelfuse
0x0121	Hyundai MOBIS
0x0122	Alpine Electronics of America
0x0123	Ford Motor Company
0x0124	Hangzhou Sanhua Research Inst. Co, Ltd.
0x0125	Delvis
0x0126	Louko
0x0127	Etratech
0x0128	HiRain
0x0129	elobau GmbH & Co. KG
0x012A	I.G.Bauerhin GmbH
0x012B	HANS WIDMAIER
0x012C	Gentherm Inc
0x012D	LINAK A/S
0x012E	Casco Products Corporation
0x012F	Bühler Motor GmbH
0x0130	SphereDesign GmbH
0x0131	Cooper Standard
0x0132	KÜSTER Automotive Control Systems GmbH
0x0133	SEWS-Components Europe B.V.
0x0134	OLHO tronic GmbH
0xFFFF	unbekannter Hersteller

IARTTEXTE

Dimensions: 18 rows × 2 columns

ARTNR	ARTTEXT
0x00	keine Fehlerart verfügbar
0x04	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x05	Fehler momentan vorhanden und bereits gespeichert
0x08	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x09	Fehler momentan vorhanden und bereits gespeichert
0x0C	Fehler momentan nicht vorhanden, aber bereits gespeichert
0x0D	Fehler momentan vorhanden und bereits gespeichert
0x44	Fehler gespeichert
0x45	Fehler gespeichert
0x48	Fehler gespeichert
0x49	Fehler gespeichert
0x4C	Fehler gespeichert
0x4D	Fehler gespeichert
0x10	Testbedingungen erfüllt
0x11	Testbedingungen noch nicht erfüllt
0x80	Fehler würde kein Aufleuchten einer Warnlampe verursachen
0x81	Fehler würde das Aufleuchten einer Warnlampe verursachen
0xFF	unbekannte Fehlerart

UDS_TAB_ROE_AKTIV

Dimensions: 3 rows × 2 columns

NR	TEXT
0x00	Aktive Fehlermeldung deaktiviert
0x01	Aktive Fehlermeldung aktiviert
0xFF	Status der aktiven Fehlermeldung nicht feststellbar

ARG_0X40C6_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STATISTICS_SCREEN	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	show current Statistics (inkl. Frames per Second) as Overlay in Output-Image 0 = off 1 = Basic statistic

ARG_0X4104_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
POI_DATABASE	DATA	high	data[168]	-	-	1.0	1.0	0.0	-	-	WriteData char[167]

ARG_0X4107_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
POI_ID	-	high	unsigned char	-	-	1.0	1.0	0.0	1.0	12.0	ID for the to be deleted POI

ARG_0X4109_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
POI_ID	-	high	unsigned char	-	-	1.0	1.0	0.0	1.0	12.0	WriteData

ARG_0X4120_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
DURATION	s	high	unsigned char	-	-	1.0	1.0	0.0	-	-	0-254: Time in second 255: During the complete drive cycle

ARG_0X4121_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
LASTPOS	DATA	high	data[11]	-	-	1.0	1.0	0.0	-	-	LAT, LON, HDG, ALT

ARG_0X4125_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
SET_AUTO_ACTIV	0/1	high	unsigned char	-	-	-	-	-	-	-	WriteData

ARG_0X4127_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
SET_QUAL_TOLERANCE	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	WriteData

ARG_0X4128_D

Dimensions: 3 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
MAJOR_X0_MEMBPARAM	m	high	unsigned char	-	-	1.0	1.0	-	-	WriteData
MAJOR_X1_MEMBPARAM	m	high	unsigned char	-	-	1.0	1.0	-	-	WriteData
MAJOR_Y_MEMBPARAM	-	high	unsigned char	-	-	1.0	1.0	-	-	WriteData

ARG_0X4129_D

Dimensions: 3 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
MINOR_X0_MEMBPARAM	m	high	unsigned char	-	-	1.0	1.0	-	-	WriteData
MINOR_X1_MEMBPARAM	m	high	unsigned char	-	-	1.0	1.0	-	-	WriteData
MINOR_Y_MEMBPARAM	-	high	unsigned char	-	-	1.0	1.0	-	-	WriteData

ARG_0X412A_D

Dimensions: 4 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
HEADING_X0_MEMBPARAM	°	high	unsigned char	-	-	1.0	1.5	-	-	WriteData
HEADING_X1_MEMBPARAM	°	high	unsigned char	-	-	1.0	1.5	-	-	WriteData
HEADING_X2_MEMBPARAM	°	high	unsigned char	-	-	1.0	1.5	-	-	WriteData
HEADING_Y_MEMBPARAM	-	high	unsigned char	-	-	1.0	1.0	-	-	WriteData

ARG_0X412B_D

Dimensions: 2 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
SPEED_X0_MEMBPARAM	km/h	high	unsigned int	-	-	1.0	0.0156	0.0	-	-	WriteData
SPEED_Y_MEMBPARAM	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	WriteData

ARG_0X412C_D

Dimensions: 4 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
ACC_X0_MEMBPARAM	m/s²	high	unsigned int	-	-	1.0	0.0020	32500.0	-	-	WriteData
ACC_X1_MEMBPARAM	m/s²	high	unsigned int	-	-	1.0	0.0020	32500.0	-	-	WriteData
ACC_X2_MEMBPARAM	m/s²	high	unsigned int	-	-	1.0	0.0020	32500.0	-	-	WriteData
ACC_Y_MEMBPARAM	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	WriteData

ARG_0X412D_D

Dimensions: 4 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
ALT_X0_MEMBPARAM	m	high	int	-	-	1.0	1.0	-	-	WriteData
ALT_X1_MEMBPARAM	m	high	int	-	-	1.0	1.0	-	-	WriteData
ALT_X2_MEMBPARAM	m	high	int	-	-	1.0	1.0	-	-	WriteData
ALT_Y_MEMBPARAM	-	high	unsigned char	-	-	1.0	1.0	-	-	WriteData

ARG_0X413D_D

Dimensions: 8 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
PARALLEL_LINES_ERR_SCALE	-	high	motorola float	-	-	1.0	1.0	-	-	Byte 0-3: FLOAT ParallelLinesErrScale
FIXED_DIST_ERR_SCALE	-	high	motorola float	-	-	1.0	1.0	-	-	Byte 4-7: FLOAT FixedDistErrScale
ORTHOGONAL_LINES_ERR_SCALE	-	high	motorola float	-	-	1.0	1.0	-	-	Byte 8-11: FLOAT OrthogonalLinesErrScale
PARALLEL_LINES_TO_X_AXIS_SCALE	-	high	motorola float	-	-	1.0	1.0	-	-	Byte 12-15: FLOAT ParallelLinesToXaxisErrScale
POS_VAR_SCALE	-	high	motorola float	-	-	1.0	1.0	-	-	Byte 16-19: FLOAT PosVarScale
ROT_VAR_SCALE	-	high	motorola float	-	-	1.0	1.0	-	-	Byte 20-23: FLOAT RotVarScale
MAX_ROT_DELTA	-	high	motorola float	-	-	1.0	1.0	-	-	Byte 24-27: FLOAT MaxRotDelta
MAX_POS_DELTA	-	high	motorola float	-	-	1.0	1.0	-	-	Byte 28-31: FLOAT MaxPosDelta

ARG_0X413E_D

Dimensions: 24 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_X_POSITION_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	X position (mm)
STAT_Y_POSITION_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	Y position (mm)
STAT_Z_POSITION_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	Z position (mm)
STAT_X_ROTATION_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	X rotation deg
STAT_Z1_ROTATION_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	Z1 rotation deg
STAT_Z2_ROTATION_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	Z2 rotation deg
STAT_X_POSITION_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	X position (mm)
STAT_Y_POSITION_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	Y position (mm)
STAT_Z_POSITION_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	Z position (mm)
STAT_X_ROTATION_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	X rotation deg
STAT_Z1_ROTATION_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	Z1 rotation deg
STAT_Z2_ROTATION_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	Z2 rotation deg
STAT_X_POSITION_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	X position (mm)
STAT_Y_POSITION_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	Y position (mm)
STAT_Z_POSITION_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	Z position (mm)
STAT_X_ROTATION_RV_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	X rotation deg
STAT_Z1_ROTATION_RV_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	Z1 rotation deg
STAT_Z2_ROTATION_RV_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	Z2 rotation deg
STAT_X_POSITION_SVL_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	X position (mm)
STAT_Y_POSITION_SVL_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	Y position (mm)
STAT_Z_POSITION_SVL_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	Z position (mm)
STAT_X_ROTATION_SVL_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	X rotation deg
STAT_Z1_ROTATION_SVL_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	Z1 rotation deg
STAT_Z2_ROTATION_SVL_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	Z2 rotation deg

ARG_0X4140_D

Dimensions: 4 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
CYCLES_COMPLETED_RV_CAM	-	high	unsigned int	-	-	1.0	1.0	-	-	Cycles completed for Rearview camera
CYCLES_COMPLETED_TVR_CAM	-	high	unsigned int	-	-	1.0	1.0	-	-	Cycles completed for Topview right camera
CYCLES_COMPLETED_TVL_CAM	-	high	unsigned int	-	-	1.0	1.0	-	-	Cycles completed for Topview left camera
CYCLES_COMPLETED_FV_CAM	-	high	unsigned int	-	-	1.0	1.0	-	-	Cycles completed for Frontview camera

ARG_0X4143_D

Dimensions: 2 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STAT_DUMMY	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	Dummy value
STAT_PGM_HEIGHT_CALCULATION_ENABLE_WERT	HEX	high	unsigned char	-	-	-	-	-	-	-	bit 0: TVL bit 1: TVR bit 2: Rearview bit 3: Frontview

ARG_0X4144_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STAT_ATC_KERB_REJECTION_ENABLE_WERT	HEX	high	unsigned char	-	-	-	-	-	-	-	Bit 1: RV camera Bit 2: TVL camera Bit 3: TVR camera

ARG_0X4146_D

Dimensions: 12 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_MIN_NUMBER_OBSERVATIONS_VALID_TRACK_RV	-	high	unsigned int	-	-	1.0	1.0	-	-	min_number_of_observations_for_valid_track for rearview
STAT_MAX_NUMBER_OBSERVATIONS_VALID_TRACK_RV	-	high	unsigned int	-	-	1.0	1.0	-	-	max_number_of_observations_for_valid_track for rearview
STAT_MAX_NUMBER_TRACKS_CALIBRATION_RV	-	high	unsigned int	-	-	1.0	1.0	-	-	max_number_tracks_per_calibration for rearview
STAT_MIN_NUMBER_OBSERVATIONS_VALID_TRACK_TVR	-	high	unsigned int	-	-	1.0	1.0	-	-	min_number_of_observations_for_valid_track for topview right
STAT_MAX_NUMBER_OBSERVATIONS_VALID_TRACK_TVR	-	high	unsigned int	-	-	1.0	1.0	-	-	max_number_of_observations_for_valid_track for topview right
STAT_MAX_NUMBER_TRACKS_CALIBRATION_TVR	-	high	unsigned int	-	-	1.0	1.0	-	-	max_number_tracks_per_calibration for topview right
STAT_MIN_NUMBER_OBSERVATIONS_VALID_TRACK_TVL	-	high	unsigned int	-	-	1.0	1.0	-	-	min_number_of_observations_for_valid_track for topview left
STAT_MAX_NUMBER_OBSERVATIONS_VALID_TRACK_TVL	-	high	unsigned int	-	-	1.0	1.0	-	-	max_number_of_observations_for_valid_track for topview left
STAT_MAX_NUMBER_TRACKS_CALIBRATION_TVL	-	high	unsigned int	-	-	1.0	1.0	-	-	max_number_tracks_per_calibration for topview left
STAT_MIN_NUMBER_OBSERVATIONS_VALID_TRACK_FV	-	high	unsigned int	-	-	1.0	1.0	-	-	min_number_of_observations_for_valid_track for frontview
STAT_MAX_NUMBER_OBSERVATIONS_VALID_TRACK_FV	-	high	unsigned int	-	-	1.0	1.0	-	-	max_number_of_observations_for_valid_track for frontview
STAT_MAX_NUMBER_TRACKS_CALIBRATION_FV	-	high	unsigned int	-	-	1.0	1.0	-	-	max_number_tracks_per_calibration for frontview

ARG_0X4148_D

Dimensions: 20 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_FILTER_TIME_CONSTANT_0_RV	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant0 for rearview
STAT_FILTER_TIME_CONSTANT_1_RV	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant1 for rearview
STAT_FILTER_TIME_CONSTANT_2_RV	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant2 for rearview
STAT_FILTERING_PERIOD_FRAMES_NUMBER_0_RV	-	high	unsigned int	-	-	1.0	1.0	-	-	filtering_period_frames_number0 for rearview
STAT_FILTERING_PERIOD_FRAMES_NUMBER_1_RV	-	high	unsigned int	-	-	1.0	1.0	-	-	filtering_period_frames_number1 for rearview
STAT_FILTER_TIME_CONSTANT_0_TVR	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant0 for topview right
STAT_FILTER_TIME_CONSTANT_1_TVR	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant1 for topview right
STAT_FILTER_TIME_CONSTANT_2_TVR	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant2 for topview right
STAT_FILTERING_PERIOD_FRAMES_NUMBER_0_TVR	-	high	unsigned int	-	-	1.0	1.0	-	-	filtering_period_frames_number0 for topview right
STAT_FILTERING_PERIOD_FRAMES_NUMBER_1_TVR	-	high	unsigned int	-	-	1.0	1.0	-	-	filtering_period_frames_number1 for topview right
STAT_FILTER_TIME_CONSTANT_0_TVL	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant0 for topview left
STAT_FILTER_TIME_CONSTANT_1_TVL	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant1 for topview left
STAT_FILTER_TIME_CONSTANT_2_TVL	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant2 for topview left
STAT_FILTERING_PERIOD_FRAMES_NUMBER_0_TVL	-	high	unsigned int	-	-	1.0	1.0	-	-	filtering_period_frames_number0 for topview left
STAT_FILTERING_PERIOD_FRAMES_NUMBER_1_TVL	-	high	unsigned int	-	-	1.0	1.0	-	-	filtering_period_frames_number1 for topview left
STAT_FILTER_TIME_CONSTANT_0_FV	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant0 for Frontview
STAT_FILTER_TIME_CONSTANT_1_FV	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant1 for Frontview
STAT_FILTER_TIME_CONSTANT_2_FV	-	high	unsigned long	-	-	1.0	1.0	-	-	filter_time_constant2 for Frontview
STAT_FILTERING_PERIOD_FRAMES_NUMBER_0_FV	-	high	unsigned int	-	-	1.0	1.0	-	-	filtering_period_frames_number0 for Frontview
STAT_FILTERING_PERIOD_FRAMES_NUMBER_1_FV	-	high	unsigned int	-	-	1.0	1.0	-	-	filtering_period_frames_number1 for Frontview

ARG_0X4149_D

Dimensions: 12 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STAT_MIN_NUM_LINES	-	high	unsigned int	-	-	1.0	1.0	0.0	-	-	selMinNumLines
STAT_MAX_NUM_LINES	-	high	unsigned int	-	-	1.0	1.0	0.0	-	-	selMaxNumLines
STAT_MIN_CAM_OFFSET_X_MM_WERT	mm	high	motorola float	-	-	1.0	1.0	0.0	-	-	selMinCamOffsetXmm
STAT_MAX_CAM_OFFSET_X_MM_WERT	mm	high	motorola float	-	-	1.0	1.0	0.0	-	-	selMaxCamOffsetXmm
STAT_MIN_CAN_OFFSET_Y_MM_WERT	mm	high	motorola float	-	-	1.0	1.0	0.0	-	-	selMinCamOffsetYmm
STAT_MAX_CAM_OFFSET_Y_MM_WERT	mm	high	motorola float	-	-	1.0	1.0	0.0	-	-	selMaxCamOffsetYmm
STAT_MIN_ANGLE_DEG_WERT	°	high	motorola float	-	-	1.0	1.0	0.0	-	-	selMinAngleDeg
STAT_MAX_ANGLE_DEG_WERT	°	high	motorola float	-	-	1.0	1.0	0.0	-	-	selMaxAngleDeg
STAT_CAM1	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	selCam1
STAT_CAM2	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	selCam2
STAT_CAM3	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	selCam3
STAT_VERTICAL	0/1	high	unsigned char	-	-	-	-	-	-	-	selVertical

ARG_0X414B_D

Dimensions: 32 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
TVL_LMD_NB_HORIZONTAL_SCANS	-	high	unsigned int	-	-	1.0	1.0	-	-	TVL LMD parameters Byte 0-1: Number of horizontal scans
TVL_LMD_NB_VERTICAL_SCANS	-	high	unsigned int	-	-	1.0	1.0	-	-	TVL LMD parameters Byte 2-3: Number of vertical scans
TVL_LMD_MIN_LINE_WIDTH	-	high	motorola float	-	-	1.0	1.0	-	-	TVL LMD parameters Byte 4-7: Minimum Line Width
TVL_LMD_MAX_LINE_WIDTH	-	high	motorola float	-	-	1.0	1.0	-	-	TVL LMD parameters Byte 8-11: Maximum Line Width
TVL_LMD_NUMBER_OF_LUM_THRES_REGIONS	-	high	unsigned char	-	-	1.0	1.0	-	-	TVL LMD parameters Byte 12: Number of LumThreshRegions
TVL_LMD_EDGE_THRESHOLD	-	high	unsigned char	-	-	1.0	1.0	-	-	TVL LMD parameters Byte 13: edgeThreshold
TVL_LMD_HOUGH_THRESHOLD	-	high	unsigned char	-	-	1.0	1.0	-	-	TVL LMD parameters Byte 14: houghThreshold
TVL_LMD_MAX_HOUGH_NOISE	-	high	unsigned int	-	-	1.0	1.0	-	-	TVL LMD parameters Byte 15-16: maxHoughNoise
TVR_LMD_NB_HORIZONTAL_SCANS	-	high	unsigned int	-	-	1.0	1.0	-	-	TVR LMD parameters Byte 0-1: Number of horizontal scans
TVR_LMD_NB_VERTICAL_SCANS	-	high	unsigned int	-	-	1.0	1.0	-	-	TVR LMD parameters Byte 2-3: Number of vertical scans
TVR_LMD_MIN_LINE_WIDTH	-	high	motorola float	-	-	1.0	1.0	-	-	TVR LMD parameters Byte 4-7: Minimum Line Width
TVR_LMD_MAX_LINE_WIDTH	-	high	motorola float	-	-	1.0	1.0	-	-	TVR LMD parameters Byte 8-11: Maximum Line Width
TVR_LMD_NUMBER_OF_LUM_THRES_REGIONS	-	high	unsigned char	-	-	1.0	1.0	-	-	TVR LMD parameters Byte 12: Number of LumThreshRegions
TVR_LMD_EDGE_THRESHOLD	-	high	unsigned char	-	-	1.0	1.0	-	-	TVR LMD parameters Byte 13: edgeThreshold
TVR_LMD_HOUGH_THRESHOLD	-	high	unsigned char	-	-	1.0	1.0	-	-	TVR LMD parameters Byte 14: houghThreshold
TVR_LMD_MAX_HOUGH_NOISE	-	high	unsigned int	-	-	1.0	1.0	-	-	TVR LMD parameters Byte 15-16: maxHoughNoise
RV_LMD_NB_HORIZONTAL_SCANS	-	high	unsigned int	-	-	1.0	1.0	-	-	RV LMD parameters Byte 0-1: Number of horizontal scans
RV_LMD_NB_VERTICAL_SCANS	-	high	unsigned int	-	-	1.0	1.0	-	-	RV LMD parameters Byte 2-3: Number of vertical scans
RV_LMD_MIN_LINE_WIDTH	-	high	motorola float	-	-	1.0	1.0	-	-	RV LMD parameters Byte 4-7: Minimum Line Width
RV_LMD_MAX_LINE_WIDTH	-	high	motorola float	-	-	1.0	1.0	-	-	RV LMD parameters Byte 8-11: Maximum Line Width
RV_LMD_NUMBER_OF_LUM_THRES_REGIONS	-	high	unsigned char	-	-	1.0	1.0	-	-	RV LMD parameters Byte 12: Number of LumThreshRegions
RV_LMD_EDGE_THRESHOLD	-	high	unsigned char	-	-	1.0	1.0	-	-	RV LMD parameters Byte 13: edgeThreshold
RV_LMD_HOUGH_THRESHOLD	-	high	unsigned char	-	-	1.0	1.0	-	-	RV LMD parameters Byte 14: houghThreshold
RV_LMD_MAX_HOUGH_NOISE	-	high	unsigned int	-	-	1.0	1.0	-	-	RV LMD parameters Byte 15-16: maxHoughNoise
FV_LMD_NB_HORIZONTAL_SCANS	-	high	unsigned int	-	-	1.0	1.0	-	-	FV LMD parameters - Place holder Byte 0-1: Number of horizontal scans
FV_LMD_NB_VERTICAL_SCANS	-	high	unsigned int	-	-	1.0	1.0	-	-	FV LMD parameters - Place holder Byte 2-3: Number of vertical scans
FV_LMD_MIN_LINE_WIDTH	-	high	motorola float	-	-	1.0	1.0	-	-	FV LMD parameters - Place holder Byte 4-7: Minimum Line Width
FV_LMD_MAX_LINE_WIDTH	-	high	motorola float	-	-	1.0	1.0	-	-	FV LMD parameters - Place holder Byte 8-11: Maximum Line Width
FV_LMD_NUMBER_OF_LUM_THRES_REGIONS	-	high	unsigned char	-	-	1.0	1.0	-	-	FV LMD parameters - Place holder Byte 12: Number of LumThreshRegions
FV_LMD_EDGE_THRESHOLD	-	high	unsigned char	-	-	1.0	1.0	-	-	FV LMD parameters - Place holder Byte 13: edgeThreshold
FV_LMD_HOUGH_THRESHOLD	-	high	unsigned char	-	-	1.0	1.0	-	-	FV LMD parameters - Place holder Byte 14: houghThreshold
FV_LMD_MAX_HOUGH_NOISE	-	high	unsigned int	-	-	1.0	1.0	-	-	FV LMD parameters - Place holder Byte 15-16: maxHoughNoise

ARG_0X414C_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STAT_ATC_ALGORITHM_WERT	HEX	high	unsigned char	-	-	-	-	-	-	-	bit7: pgmEnabled bit6: lmcEnabled bit5: xx bit4: xx bit3: xx bit2: xx bit1: xx bit0: xx

ARG_0X414E_D

Dimensions: 16 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_ROT_DEVIATION_X_RV_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	RV X Rotational deviation
STAT_ROT_DEVIATION_Y_RV_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	RV Y Rotational deviation
STAT_ROT_DEVIATION_Z_RV_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	RV Z rotational deviation
STAT_HEIGHT_DEVIATION_Z_RV_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	RV Height deviation (Z position)
STAT_ROT_DEVIATION_X_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	TVR X Rotational deviation
STAT_ROT_DEVIATION_Y_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	TVR Y Rotational deviation
STAT_ROT_DEVIATION_Z_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	TVR Z rotational deviation
STAT_HEIGHT_DEVIATION_Z_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	TVR Height deviation (Z position)
STAT_ROT_DEVIATION_X_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	TVL X Rotational deviation
STAT_ROT_DEVIATION_Y_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	TVL Y Rotational deviation
STAT_ROT_DEVIATION_Z_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	TVL Z rotational deviation
STAT_HEIGHT_DEVIATION_Z_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	TVL Height deviation (Z position)
STAT_ROT_DEVIATION_X_FV_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	FV X Rotational deviation
STAT_ROT_DEVIATION_Y_FV_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	FV Y Rotational deviation
STAT_ROT_DEVIATION_Z_FV_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	FV Z rotational deviation
STAT_HEIGHT_DEVIATION_Z_FV_WERT	°	high	motorola float	-	-	1.0	1.0	-	-	FV Height deviation (Z position)

ARG_0X414F_D

Dimensions: 6 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
MIN_SPEED_LMC	km/h	high	unsigned int	-	-	1.0	1.0	-	-	MIN_SPEED_LMC
MAX_SPEED_LMC	km/h	high	unsigned int	-	-	1.0	1.0	-	-	MAX_SPEED_LMC
MAX_STEERING_LMC	°	high	motorola float	-	-	1.0	1.0	-	-	MAX_STEERING_LMC
MIN_SPEED_PGM	km/h	high	unsigned int	-	-	1.0	1.0	-	-	MIN_SPEED_PGM
MAX_SPEED_PGM	km/h	high	unsigned int	-	-	1.0	1.0	-	-	MAX_SPEED_PGM
MAX_STEERING_PGM	°	high	motorola float	-	-	1.0	1.0	-	-	MAX_STEERING_PGM

ARG_0X4150_D

Dimensions: 8 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_COMPLETED_TRACKS_RV	-	high	unsigned int	-	-	1.0	1.0	-	-	Number of completed tracks in last calibration for RV camera
STAT_ANALYSED_FRAMES_RV	-	high	unsigned int	-	-	1.0	1.0	-	-	Number of frames analysed in last calibration for RV camera
STAT_COMPLETED_TRACKS_TVR	-	high	unsigned int	-	-	1.0	1.0	-	-	Number of completed tracks in last calibration for TVR camera
STAT_ANALYSED_FRAMES_TVR	-	high	unsigned int	-	-	1.0	1.0	-	-	Number of frames analysed in last calibration for TVR camera
STAT_COMPLETED_TRACKS_TVL	-	high	unsigned int	-	-	1.0	1.0	-	-	Number of completed tracks in last calibration for TVL camera
STAT_ANALYSED_FRAMES_TVL	-	high	unsigned int	-	-	1.0	1.0	-	-	Number of frames analysed in last calibration for TVL camera
STAT_COMPLETED_TRACKS_FV	-	high	unsigned int	-	-	1.0	1.0	-	-	Number of completed tracks in last calibration for FV camera
STAT_ANALYSED_FRAMES_FV	-	high	unsigned int	-	-	1.0	1.0	-	-	Number of frames analysed in last calibration for FV camera

ARG_0X4151_D

Dimensions: 4 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_CALIBRATION_QUALITY_RV	-	high	unsigned char	-	-	1.0	1.0	-	-	Calibration quality of rear camera
STAT_CALIBRATION_QUALITY_TVR	-	high	unsigned char	-	-	1.0	1.0	-	-	Calibration quality of Topvview right camera
STAT_CALIBRATION_QUALITY_TVL	-	high	unsigned char	-	-	1.0	1.0	-	-	Calibration quality of Topview left camera
STAT_CALIBRATION_QUALITY_FV	-	high	unsigned char	-	-	1.0	1.0	-	-	Calibration quality of Frontview camera

ARG_0X4152_D

Dimensions: 4 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_CALIBRATION_CONFIDENCE_REARVIEW	-	high	unsigned char	-	-	1.0	1.0	-	-	Calibration confidence of rear camera
STAT_CALIBRATION_CONFIDENCE_TOPVIEW_RIGHT	-	high	unsigned char	-	-	1.0	1.0	-	-	Calibration confidence of topview right camera
STAT_CALIBRATION_CONFIDENCE_TOPVIEW_LEFT	-	high	unsigned char	-	-	1.0	1.0	-	-	Calibration confidence of topview left camera
STAT_CALIBRATION_CONFIDENCE_FRONTVIEW	-	high	unsigned char	-	-	1.0	1.0	-	-	Calibration confidence of frontview camera

ARG_0X4154_D

Dimensions: 16 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_X_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_first_x_mm for rearview camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_Y_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_first_Y_mm for rearview camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_X_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_last_x_mm for rearview camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_Y_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_last_y_mm for rearview camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_X_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_first_x_mm for topview right camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_Y_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_first_Y_mm for topview right camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_X_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_last_x_mm for topview right camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_Y_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_last_y_mm for topview right camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_X_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_first_x_mm for topview left camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_Y_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_first_Y_mm for topview left camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_X_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_last_x_mm for topview left camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_Y_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_last_y_mm for topview left camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_X_FV_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_first_x_mm for frontview camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_Y_FV_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_first_Y_mm for frontview camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_X_FV_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_last_x_mm for frontview camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_Y_FV_WERT	mm	high	motorola float	-	-	1.0	1.0	-	-	initial_track_position_target_last_y_mm for frontview camera

ARG_0X4160_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
RECW_TRIGGER_WARNING	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	Triggers a warning for 3 seconds (1 = Trigger warning; 2 = Trigger acute warning)

ARG_0X416B_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
CTA_FRONT_ACTIVATION	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	0 = Disactivate 1 = Activate

ARG_0X416C_D

Dimensions: 4 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_FUNC_MODE	-	high	unsigned char	-	-	1.0	1.0	-	-	Algorithm function mode (0 = Normal Mode; 1 = Debug mode)
STAT_DEBUG_VISUAL_CONTENT	-	high	unsigned char	-	-	1.0	1.0	-	-	specify the graphical overlay (ROIs, etc) to be drawn in debug mode
STAT_LOW_LIGHT_MODE_ENABLE	-	high	unsigned char	-	-	1.0	1.0	-	-	enable/disable lowlight operational mode
STAT_RATE_DIVIDER	-	high	unsigned char	-	-	1.0	1.0	-	-	specifies the n in process every nth frame

ARG_0X416D_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
CTA_REAR_ACTIVATION	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	0 = Disactivate 1 = Activate

ARG_0X416E_D

Dimensions: 4 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_FUNC_MODE	-	high	unsigned char	-	-	1.0	1.0	-	-	Algorithm function mode (0 = Normal Mode; 1 = Debug mode)
STAT_DEBUG_VISUAL_CONTENT	-	high	unsigned char	-	-	1.0	1.0	-	-	specify the graphical overlay (ROIs, etc) to be drawn in debug mode
STAT_LOW_LIGHT_MODE_ENABLE	-	high	unsigned char	-	-	1.0	1.0	-	-	enable/disable lowlight operational mode
STAT_RATE_DIVIDER	-	high	unsigned char	-	-	1.0	1.0	-	-	specifies the n in process every nth frame

ARG_0X416F_D

Dimensions: 6 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
MAX_ALERT_TTC_50MS	-	high	unsigned char	-	-	1.0	1.0	-	-	Max time to display overlay for detected object crossing (multiple of 50ms)
MIN_ALERT_TTC_50MS	-	high	unsigned char	-	-	1.0	1.0	-	-	Min time to display overlay for detected object crossing (multiple of 50ms)
SAFETY_AREA_DM	-	high	unsigned char	-	-	1.0	1.0	-	-	Size of the safety area in decimeters
SAFETY_AREA_MULTIPLIER	-	high	unsigned char	-	-	1.0	1.0	-	-	The multiplier for the ego speed values for size of safety area
ALERT_HYSTERESIS	-	high	unsigned char	-	-	1.0	1.0	-	-	The hystersis time for the alert
ALERT_HYSTERESIS_MULTIPLIER	-	high	unsigned char	-	-	1.0	1.0	-	-	The multiplier for the crossing speed values for hysteresis alert

ARG_0X4171_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
SET_CANDEBUG	0/1	high	char	-	-	-	-	-	-	-	Setzen von CANDEBUG

ARG_0X4176_D

Dimensions: 2 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
ACTIVATION_SPEED_FORWARD_KMH	km/h	high	unsigned char	-	-	1.0	1.0	0.0	-	-	maximum speed in forward direction for which CTA will be available
ACTIVATION_SPEED_BACKWARD_KMH	km/h	high	unsigned char	-	-	1.0	1.0	0.0	-	-	maximum speed in backward direction for which CTA will be available

ARG_0X4177_D

Dimensions: 2 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
LD_MODE	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	Byte Value: 0 = Disable; 1 = Normal mode; 2 = Debug mode
LD_ARG	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	Bit Mask: 0 = HMI; 1 = ROI; 2 = BLOBS; 3 = ALL LINES; 4 = VALID LINES; 5 = VANISHING POINT RECTANGLE; 6 = LANE DATA; 7 = PROFILING

ARG_0X4179_D

Dimensions: 6 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
MAX_ALERT_TTC_50MS	-	high	unsigned char	-	-	1.0	1.0	-	-	Max time to display overlay for detected object crossing (multiple of 50ms)
MIN_ALERT_TTC_50MS	-	high	unsigned char	-	-	1.0	1.0	-	-	Min time to display overlay for detected object crossing (multiple of 50ms)
SAFETY_AREA_DM	-	high	unsigned char	-	-	1.0	1.0	-	-	Size of the safety area in decimeters
SAFETY_AREA_MULTIPLIER	-	high	unsigned char	-	-	1.0	1.0	-	-	The multiplier for the ego speed values for size of safety area
ALERT_HYSTERESIS	-	high	unsigned char	-	-	1.0	1.0	-	-	The hystersis time for the alert
ALERT_HYSTERESIS_MULTIPLIER	-	high	unsigned char	-	-	1.0	1.0	-	-	The multiplier for the crossing speed values for hysteresis alert

ARG_0X417A_D

Dimensions: 6 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
ALGORITHM_REAR	HEX	high	unsigned int	-	-	-	-	-	-	-	Algorithm bit mask of rear view
ALGORITHM_TOP	HEX	high	unsigned int	-	-	-	-	-	-	-	Algorithm bit mask of top view
ALGORITHM_REAR_ZOOM	HEX	high	unsigned int	-	-	-	-	-	-	-	Algorithm bit mask of rear zoom view
ALGORITHM_IDLE	HEX	high	unsigned int	-	-	-	-	-	-	-	Algorithm bit mask of idle view
ALGORITHM_SIDE	HEX	high	unsigned int	-	-	-	-	-	-	-	Algorithm bit mask of side view
ALGORITHM_SIDE_REAR	HEX	high	unsigned int	-	-	-	-	-	-	-	Algorithm bit mask of side rear view

ARG_0X417B_D

Dimensions: 16 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
ROT_X_DEG_LEFT	°	high	motorola float	-	-	1.0	1.0	-	-	value in rot_x_deg_left
ROT_Z1_DEG_LEFT	°	high	motorola float	-	-	1.0	1.0	-	-	rot_z1_deg_left
ROT_Z2_DEG_LEFT	°	high	motorola float	-	-	1.0	1.0	-	-	rot_z2_deg_left
CENTRE_X_MM_LEFT	mm	high	unsigned long	-	-	1.0	1.0	-	-	centre_x_mm_left
CENTRE_Y_MM_LEFT	mm	high	unsigned long	-	-	1.0	1.0	-	-	centre_y_mm_left
CENTRE_Z_MM_LEFT	mm	high	unsigned long	-	-	1.0	1.0	-	-	centre_z_mm_left
WIDTH_MM_LEFT	mm	high	unsigned long	-	-	1.0	1.0	-	-	width_mm_left
HEIGHT_MM_LEFT	mm	high	unsigned long	-	-	1.0	1.0	-	-	height_mm_left
ROT_X_DEG_RIGHT	°	high	motorola float	-	-	1.0	1.0	-	-	rot_x_deg_right
ROT_Z1_DEG_RIGHT	°	high	motorola float	-	-	1.0	1.0	-	-	rot_z1_deg_right
ROT_Z2_DEG_RIGHT	°	high	motorola float	-	-	1.0	1.0	-	-	rot_z2_deg_right
CENTRE_X_MM_RIGHT	mm	high	unsigned long	-	-	1.0	1.0	-	-	centre_x_mm_right
CENTRE_Y_MM_RIGHT	mm	high	unsigned long	-	-	1.0	1.0	-	-	centre_y_mm_right
CENTRE_Z_MM_RIGHT	mm	high	unsigned long	-	-	1.0	1.0	-	-	centre_z_mm_right
WIDTH_MM_RIGHT	mm	high	unsigned long	-	-	1.0	1.0	-	-	width_mm_right
HEIGHT_MM_RIGHT	mm	high	unsigned long	-	-	1.0	1.0	-	-	height_mm_right

ARG_0X417C_D

Dimensions: 2 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
ACTIVATION_SPEED_LIMIT	km/h	high	unsigned char	-	-	1.0	1.0	0.0	-	-	S.V. activation speed limit
DEACTIVATION_SPEED_LIMIT	km/h	high	unsigned char	-	-	1.0	1.0	0.0	-	-	S.V. deactivation speed limit

ARG_0X4180_D

Dimensions: 2 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
ACTIVATION_SPEED_FORWARD	km/h	high	unsigned char	-	-	1.0	1.0	0.0	-	-	maximum speed in forward direction for which CTA will be available
ACTIVATION_SPEED_BACKWARD	km/h	high	unsigned char	-	-	1.0	1.0	0.0	-	-	maximum speed in backward direction for which CTA will be available

ARG_0X4181_D

Dimensions: 11 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
IQ_THRESHOLD_1	-	high	unsigned char	-	-	1.0	1.0	-	-	IQ_Threshold_1
IQ_THRESHOLD_2	-	high	unsigned char	-	-	1.0	1.0	-	-	IQ_Threshold_2
IQ_THRESHOLD_3	-	high	unsigned char	-	-	1.0	1.0	-	-	IQ_Threshold_3
IQ_TIME_THRESHOLD_100MS	-	high	unsigned char	-	-	1.0	1.0	-	-	IQ_Time_Threshold_100ms
ARBC_QUALITY_THRESHOLD	-	high	unsigned char	-	-	1.0	1.0	-	-	ARBC_Quality_Threshold
ARBC_TIME_THRESHOLD_100MS	-	high	unsigned char	-	-	1.0	1.0	-	-	ARBC_Time_Threshold_100ms
SD_SD2BITSTILEINFO_0	DATA	high	data[8]	-	-	1.0	1.0	-	-	SD_sd2BitsTileInfo_0
SD_SD2BITSTILEINFO_1	DATA	high	data[8]	-	-	1.0	1.0	-	-	SD_sd2BitsTileInfo_1
SD_TIME_THRESHOLD_100MS	-	high	unsigned char	-	-	1.0	1.0	-	-	SD_Time_Threshold_100ms
AW_THRESHOLD	-	high	unsigned char	-	-	1.0	1.0	-	-	AW_threshold
AW_TIME_THRESHOLD_100MS	-	high	unsigned char	-	-	1.0	1.0	-	-	AW_Time_Threshold_100ms

ARG_0X4182_D

Dimensions: 2 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STAT_RECW_MODE	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	0 = Disable 1 = Normal mode 2 = Debug mode
STAT_RECW_ARG_DEBUG	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	Bit Mask: 0 = Adaboost bounding boxes 1 = Tracked bounding boxes 2= Show primary target information only

ARG_0X4184_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
SET_SAW_DEBUG_MSSG	0/1	high	unsigned char	-	-	-	-	-	-	-	0= disable 1 = enable Default = TRUE

ARG_0X4185_D

Dimensions: 4 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STAT_DBG_OVERLAY_SHOW	0/1	high	unsigned char	-	-	-	-	-	-	-	Show debug overlay Default: TRUE
STAT_DBG_OVERLAYS_CAMERA	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	Debug Overlays Camera Default: 1
STAT_DBG_OVERLAYS_PLAYMODE	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	Debug Overlays Play Mode Default: 100
STAT_DBG_OVERLAYS_SHOW_PROC_TIME	0/1	high	unsigned char	-	-	-	-	-	-	-	Debug overlays show proc time Default = TRUE

ARG_0X4189_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
DEBUG_OUTPUT_ENABLE	0/1	high	unsigned char	-	-	-	-	-	-	-	0 = Disable 1 = Enable

ARG_0X418A_D

Dimensions: 2 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
SHOW_WARN_SYMBOL	0/1	high	unsigned char	-	-	-	-	-	-	-	Whether to show the warning symbol or not
SHOW_NA_SYMBOL	0/1	high	unsigned char	-	-	-	-	-	-	-	Whether to show the non-availability symbol

ARG_0X418C_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STAT_DEBUG_OUTPUT_ENABLE	0/1	high	unsigned char	-	-	-	-	-	-	-	0 = Disable 1 = Enable

ARG_0X418D_D

Dimensions: 2 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STAT_SHOW_WARN_SYMBOL	0/1	high	unsigned char	-	-	-	-	-	-	-	Whether to show the warning symbol or not
STAT_SHOW_NA_SYMBOL	0/1	high	unsigned char	-	-	-	-	-	-	-	Whether to show the non-availability symbol

ARG_0X418E_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STAT_AVAILABILITY_CHECK_MODE_1	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	0 = normal 1 = on 2 = off

ARG_0X4190_D

Dimensions: 22 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
HMI_CONTROL_MASTER	-	high	unsigned char	-	-	1.0	1.0	-	-	hmiControlMaster Default: 255
INAVAILABLITY_ICON_POSITION_XY_1	-	high	unsigned int	-	-	1.0	1.0	-	-	inavailablityIconPositionXY Default = 0
INAVAILABLITY_ICON_POSITION_XY_2	-	high	unsigned int	-	-	1.0	1.0	-	-	inavailablityIconPositionXY Default = 0
WARNING_AREA_LONGITUNAL_START_MM	mm	high	int	-	-	1.0	1.0	-	-	warningAreaLongitunalStart_mm Default = 0 (0m)
WARNING_AREA_LONGITUNAL_END_TIME_100MS	ms	high	unsigned char	-	-	1.0	1.0	-	-	warningAreaLongitunalEnd_time_100ms Default = 15
WARNING_AREA_LONGITUNAL_END_MIN_MM	mm	high	int	-	-	1.0	1.0	-	-	warningAreaLongitunalEnd_min_mm Default = 3000 (3m)
WARNING_AREA_LATERAL_EXTRA_WIDTH_STATIC_MM	mm	high	unsigned char	-	-	1.0	1.0	-	-	warningAreaLateralExtraWidthStatic_mm Default = 100 (0.1 m)
WARNING_AREA_LATERAL_EXTRA_WIDTH_DYNAMIC_MM	mm	high	unsigned char	-	-	1.0	1.0	-	-	warningAreaLateralExtraWidthDynamic_mm Default = 0
WARNING_ZONE_NUMBER_OF_STRIPES	-	high	unsigned char	-	-	1.0	1.0	-	-	warningZoneNumberOfStripes Default = 10
WARNING_ZONE_NUMBER_OF_SIDE_STRIPES	-	high	unsigned char	-	-	1.0	1.0	-	-	warningZoneNumberOfSideSripes Default = 2
WARNING_ZONE_STRIPE_WIDTH	DATA	high	data[10]	-	-	1.0	1.0	-	-	warningZoneStripeWidth Default = 255u,255u,255u,255u,255u,255u,255u,255u,255u,255u
WARNING_ELEMENT_WIDTH_FRACTION	-	high	unsigned char	-	-	1.0	1.0	-	-	warningElementWidthFraction Default = 255
WARNING_ELEMENT_ASPECT_RATIO_10TH	-	high	unsigned char	-	-	1.0	1.0	-	-	warningElementAspectRatio_10th Default = 30
INTERSECTION_MIN_STRIPE_OVERLAP_255THS	-	high	unsigned char	-	-	1.0	1.0	-	-	intersectionMinStripeOverlap_255ths Default = 16 (10%)
WARNING_ELEMENT_TRANSPARENCY_TOP	-	high	unsigned char	-	-	1.0	1.0	-	-	warningElementTransparencyTop Default = 255
WARNING_ELEMENT_TRANSPARENCY_BOT	-	high	unsigned char	-	-	1.0	1.0	-	-	warningElementTransparencyBot Default = 0
HMI_CELL_COLOURS_01_RGBA	DATA	high	data[4]	-	-	1.0	1.0	-	-	hmiCellColours01_rgba Default = 255u,0u,0u,255u
HMI_CELL_COLOURS_02_RGBA	DATA	high	data[4]	-	-	1.0	1.0	-	-	hmiCellColours02_rgba Default = 255u,255u,0u,255u
HMI_CELL_COLOURS_03_RGBA	DATA	high	data[4]	-	-	1.0	1.0	-	-	hmiCellColours03_rgba Default = 0u,255u,0u,255u
HMI_CELL_COLOURS_DIST_01_MM	mm	high	int	-	-	1.0	1.0	-	-	hmiCellColours_dist01_mm Default = 0
HMI_CELL_COLOURS_DIST_02_MM	mm	high	int	-	-	1.0	1.0	-	-	hmiCellColours_dist02_mm Default = 5000
HMI_CELL_COLOURS_DIST_03_MM	mm	high	int	-	-	1.0	1.0	-	-	hmiCellColours_dist03_mm Default = 10000

ARG_0X4191_D

Dimensions: 8 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
ENABLE_VISUAL	0/1	high	unsigned char	-	-	-	-	-	-	-	enableVisual Default = TRUE
ENABLE_ULTRASONIC	0/1	high	unsigned char	-	-	-	-	-	-	-	enableUltrasonic Default = TRUE
DEBUG_OUTPUT_ENABLE	0/1	high	unsigned char	-	-	-	-	-	-	-	debugOutputEnable Default = TRUE
DEBUG_VISUAL_CONTENT	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	debugVisualContent Default = 1
LOW_LIGHT_MODE_ENABLE	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	lowLightModeEnable Default = 0
PARAMETER_SET_ID	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	parameterSetID Default = 1
CAMERA_MASK	-	high	unsigned long	-	-	1.0	1.0	0.0	-	-	cameraMask Default = 2
RATE_DIVIDER	-	high	unsigned long	-	-	1.0	1.0	0.0	-	-	rateDivider Default = 1

ARG_0X4192_D

Dimensions: 4 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
X1_PX	-	high	unsigned int	-	-	1.0	1.0	-	-	x1_px Default = 200
Y1_PX	-	high	unsigned int	-	-	1.0	1.0	-	-	y1_px Default = 192
WIDTH_PX	-	high	unsigned int	-	-	1.0	1.0	-	-	width_px Default = 896
HEIGHT_PX	-	high	unsigned int	-	-	1.0	1.0	-	-	height_px Default = 384

ARG_0X4193_D

Dimensions: 4 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
BIT_MASK_REARVIEW	-	high	unsigned int	-	-	1.0	1.0	-	-	Algorithm bit mask of rear view
BIT_MASK_TOPVIEW	-	high	unsigned int	-	-	1.0	1.0	-	-	Algorithm bit mask of top view
BIT_MASK_SIDEVIEW	-	high	unsigned int	-	-	1.0	1.0	-	-	Algorithm bit mask of side view
BIT_MASK_IDLEVIEW	-	high	unsigned int	-	-	1.0	1.0	-	-	Algorithm bit mask of idle view

ARG_0X4194_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
SAW_RESET_TIMES	0/1	high	unsigned char	-	-	-	-	-	-	-	Reset SAW Times

ARG_0X4195_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STAT_CALIBRATION_INFO_ON_RV_SCREEN_ENABLED	0/1	high	unsigned char	-	-	-	-	-	-	-	calibration_info_on_rv_screen_enabled

ARG_0X4196_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
STAT_CALIBRATION_HELPER_LINES_ENABLED	0/1	high	unsigned char	-	-	-	-	-	-	-	calibration_helper_lines_enabled

ARG_0X4197_D

Dimensions: 5 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_VLINE_Y_COORD_WERT	mm	high	int	-	-	1.0	1.0	-	-	vline_y_coord_mm
STAT_VLINE_WIDTH_WERT	mm	high	int	-	-	1.0	1.0	-	-	vline_width_mm
STAT_HLINE_X_COORD0_WERT	mm	high	int	-	-	1.0	1.0	-	-	hline_x_coord0_mm
STAT_HLINE_X_COORD1_WERT	mm	high	int	-	-	1.0	1.0	-	-	hline_x_coord1_mm
STAT_HLINE_WIDTH_WERT	mm	high	int	-	-	1.0	1.0	-	-	hline_width_mm

ARG_0X419B_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
PORT_ACTIVATION	HEX	high	unsigned char	-	-	-	-	-	-	-	0x00 disable Gigabit port 0x01 enable Gigabit port and enable packets mirroring 0x02 enable Gigabit port and enable debug info output 0x03 enable Gigabit port and enable packets mirroring and enable debug info output

ARG_0X419C_D

Dimensions: 24 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
RV_NUMBER_OF_SUCCESSFUL_CALIBRATIONS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_successful_calibrations
RV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations
RV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WITHOUT_TRACKS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations_without_tracks
RV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_DEADJUSTED	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations_deadjusted
RV_RESULT_OF_LAST_CALIBRATION	-	high	unsigned char	-	-	1.0	1.0	-	-	result_of_last_calibration
RV_ODOMETER_VALUE_OF_MATURE_CALIBRATION_KM	-	high	unsigned long	-	-	1.0	1.0	-	-	odometer_value_of_mature_calibration_km
TVL_NUMBER_OF_SUCCESSFUL_CALIBRATIONS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_successful_calibrations
TVL_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations
TVL_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WITHOUT_TRACKS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations_without_tracks
TVL_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_DEADJUSTED	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations_deadjusted
TVL_RESULT_OF_LAST_CALIBRATION	-	high	unsigned char	-	-	1.0	1.0	-	-	result_of_last_calibration
TVL_ODOMETER_VALUE_OF_MATURE_CALIBRATION_KM	-	high	unsigned long	-	-	1.0	1.0	-	-	odometer_value_of_mature_calibration_km
TVR_NUMBER_OF_SUCCESSFUL_CALIBRATIONS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_successful_calibrations
TVR_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations
TVR_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WITHOUT_TRACKS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations_without_tracks
TVR_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_DEADJUSTED	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations_deadjusted
TVR_RESULT_OF_LAST_CALIBRATION	-	high	unsigned char	-	-	1.0	1.0	-	-	result_of_last_calibration
TVR_ODOMETER_VALUE_OF_MATURE_CALIBRATION_KM	-	high	unsigned long	-	-	1.0	1.0	-	-	odometer_value_of_mature_calibration_km
FV_NUMBER_OF_SUCCESSFUL_CALIBRATIONS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_successful_calibrations
FV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations
FV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WITHOUT_TRACKS	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations_without_tracks
FV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_DEADJUSTED	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_unsuccessful_calibrations_deadjusted
FV_RESULT_OF_LAST_CALIBRATION	-	high	unsigned char	-	-	1.0	1.0	-	-	result_of_last_calibration
FV_ODOMETER_VALUE_OF_MATURE_CALIBRATION_KM	-	high	unsigned long	-	-	1.0	1.0	-	-	odometer_value_of_mature_calibration_km

ARG_0X419D_D

Dimensions: 24 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
RV_EXCESS_DEVIATION_THRESHOLD_DEG_1	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
RV_EXCESS_DEVIATION_THRESHOLD_DEG_2	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
RV_EXCESS_DEVIATION_THRESHOLD_DEG_3	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
RV_NUMBER_OF_CYCLES_FOR_MATURE_CALIBRATION	-	high	unsigned char	-	-	1.0	1.0	-	-	number_of_cycles_for_mature_calibration
RV_NUMBER_OF_CYCLES_FOR_UNABLE_TO_CALIBRATE	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_cycles_for_unable_to_calibrate
RV_NUMBER_OF_CYCLES_FOR_DEADJUSTED_CAMERA	-	high	unsigned char	-	-	1.0	1.0	-	-	number_of_cycles_for_deadjusted_camera
TVL_EXCESS_DEVIATION_THRESHOLD_DEG_1	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
TVL_EXCESS_DEVIATION_THRESHOLD_DEG_2	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
TVL_EXCESS_DEVIATION_THRESHOLD_DEG_3	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
TVL_NUMBER_OF_CYCLES_FOR_MATURE_CALIBRATION	-	high	unsigned char	-	-	1.0	1.0	-	-	number_of_cycles_for_mature_calibration
TVL_NUMBER_OF_CYCLES_FOR_UNABLE_TO_CALIBRATE	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_cycles_for_unable_to_calibrate
TVL_NUMBER_OF_CYCLES_FOR_DEADJUSTED_CAMERA	-	high	unsigned char	-	-	1.0	1.0	-	-	number_of_cycles_for_deadjusted_camera
TVR_EXCESS_DEVIATION_THRESHOLD_DEG_1	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
TVR_EXCESS_DEVIATION_THRESHOLD_DEG_2	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
TVR_EXCESS_DEVIATION_THRESHOLD_DEG_3	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
TVR_NUMBER_OF_CYCLES_FOR_MATURE_CALIBRATION	-	high	unsigned char	-	-	1.0	1.0	-	-	number_of_cycles_for_mature_calibration
TVR_NUMBER_OF_CYCLES_FOR_UNABLE_TO_CALIBRATE	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_cycles_for_unable_to_calibrate
TVR_NUMBER_OF_CYCLES_FOR_DEADJUSTED_CAMERA	-	high	unsigned char	-	-	1.0	1.0	-	-	number_of_cycles_for_deadjusted_camera
FV_EXCESS_DEVIATION_THRESHOLD_DEG_1	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
FV_EXCESS_DEVIATION_THRESHOLD_DEG_2	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
FV_EXCESS_DEVIATION_THRESHOLD_DEG_3	-	high	unsigned char	-	-	1.0	1.0	-	-	excess_deviation_threshold_deg[3]
FV_NUMBER_OF_CYCLES_FOR_MATURE_CALIBRATION	-	high	unsigned char	-	-	1.0	1.0	-	-	number_of_cycles_for_mature_calibration
FV_NUMBER_OF_CYCLES_FOR_UNABLE_TO_CALIBRATE	-	high	unsigned int	-	-	1.0	1.0	-	-	number_of_cycles_for_unable_to_calibrate
FV_NUMBER_OF_CYCLES_FOR_DEADJUSTED_CAMERA	-	high	unsigned char	-	-	1.0	1.0	-	-	number_of_cycles_for_deadjusted_camera

ARG_0X41A0_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
FEATURE_BITMASK	-	high	unsigned int	-	-	1.0	1.0	0.0	-	-	bit0: IPC watchdog enable 0x0001 Enable/disable for IPC watchdog bit1: sysmon enable 0x0002 Enable/disable for visionMid system monitoring bit15: video output disconnection enable 0x8000 Enable/disable for the disconnection of video output in idle mode

ARG_0XA01A_R

Dimensions: 3 rows × 14 columns

ARG	STR	STPR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
ARG_SIGNALART	+	-	0-n	-	unsigned char	-	TSignalArt	1.0	1.0	-	-	Art der Signalausgabe.
ARG_AUSGANG	+	+	0-n	-	unsigned int	-	TVideoAusgang	1.0	1.0	-	-	Default: 0 Alle Ausgänge des Steuergerätes müssen einzeln und kombiniert anwählbar sein.
ARG_TIMEOUT	+	-	-	-	unsigned char	-	-	1.0	1.0	-	-	Wertebereich: 0-30,255 0 schaltet wieder auf Normalbetrieb. 255 schaltet das Signal ohne einen TIMEOUT. Ansonsten legt dies Zahl die Sekunden fest, die das Testbild ausgegeben wird. Default: 255 Wird dieser Parameter nicht angegeben, erfolgt eine Ausgabe, bis: -der Job erneut mit Parameter 0 aufgerufen wird -das Steuergerät neu startet (Aufwachen, Reset, &)

ARG_0XA01B_R

Dimensions: 1 rows × 14 columns

ARG	STR	STPR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
ARG_AUSGANG	+	-	-	-	unsigned int	-	-	1.0	1.0	0.0	-	-	Wählt den zu testenden Ausgang. Tabelle TVideoAusgang

ARG_0XA301_R

Dimensions: 1 rows × 14 columns

ARG	STR	STPR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
SOURCE	+	-	-	-	unsigned char	-	-	1.0	1.0	0.0	-	-	Gibt an, welche Quelle für den Videoausgang verwendet werden soll: 0 = ECU-Testbild generiert von DSP 1 = Testbild der RV-Kamera 2 = Testbild der TV_L-Kamera 3 = Testbild der TV_R-Kamera 4 = Testbild der SV_L-Kamera 5 = Testbild der SV_R-Kamera 6 = Testbild der FV-Kamera 7 = ECU-Testbild generiert von NTSC-Encoder

ARG_0XA305_R

Dimensions: 1 rows × 14 columns

ARG	STR	STPR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
KAMERA	+	-	0-n	high	unsigned char	-	TAB_KAMERA_ICAM	-	-	-	-	-	Gewählte Kamera für die Abfrage der Kameradaten. Siehe TAB_KAMERA_ICAM

ARG_0XA307_R

Dimensions: 1 rows × 14 columns

ARG	STR	STPR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
CAMERA	+	-	0-n	high	unsigned char	-	TAB_CAMERA_UPDATE	-	-	-	-	-	Kamera

ARG_0XD38E_D

Dimensions: 1 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
KAMERA	0-n	-	unsigned char	-	TAB_KAMERA_ICAM	-	-	-	-	-	Gewählte Kamera für RESET von Kamerakalibrierdaten. Siehe TAB_KAMERA_ICAM

ARG_0XD3B4_D

Dimensions: 3 rows × 12 columns

ARG	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
KAMERA	0-n	-	unsigned char	-	TAB_KAMERA_TESTBILD	-	-	-	-	-	Gibt an, welche Kamera ein Testbild ausgeben soll: siehe Tabelle TAB_KAMERA_TESTBILD
TESTBILD	0-n	-	unsigned char	-	TAB_TRSVC_TESTBILD	-	-	-	-	-	0 = Realbild, 1 = Testbild (Farbeverlauf und Text welche Kamera)
TIMEOUT	s	-	unsigned char	-	-	1.0	1.0	0.0	-	-	Ausgabezeit für das Testbild in Sekunden fest. Default: 10, Bereich: 1-30, 0 = Normalbetrieb, 255 ohne Timeout.

ARG_0XF000_R

Dimensions: 3 rows × 14 columns

ARG	STR	STPR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
ECU_ID	+	-	HEX	high	unsigned char	-	-	-	-	-	-	-	ECU ID
DEVICE_ID	+	-	HEX	high	unsigned char	-	-	-	-	-	-	-	Device Id
REG_ADDR	+	-	HEX	high	unsigned int	-	-	-	-	-	-	-	Register Address (lsb, msb)

ARG_0XF001_R

Dimensions: 4 rows × 14 columns

ARG	STR	STPR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
ECU_ID	+	-	HEX	high	unsigned char	-	-	-	-	-	-	-	ECU ID
DEVICE_ID	+	-	HEX	high	unsigned char	-	-	-	-	-	-	-	Device Id
REG_ADDR	+	-	HEX	high	unsigned int	-	-	-	-	-	-	-	Register Address (lsb, msb)
DATA	+	-	HEX	high	unsigned char	-	-	-	-	-	-	-	Data

ARG_0XF100_R

Dimensions: 1 rows × 14 columns

ARG	STR	STPR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
MODULE_ID	+	-	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	ACAN_MODULE_ID 0x01U APPM_MODULE_ID 0x02U AppPIA_MODULE_ID 0x03U CFGH_MODULE_ID 0x04U DGN_MODULE_ID 0x05U ERRH_MODULE_ID 0x06U PBA_MODULE_ID 0x07U PBAIF_MODULE_ID 0x08U SSM_MODULE_ID 0x09U VDC_MODULE_ID 0x0AU

ARG_0XF101_R

Dimensions: 6 rows × 14 columns

ARG	STR	STPR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
STAT_POI_DATA_LAT_WERT	-	-	-	high	long	-	-	1.0	1.0	-	-	Latitude
STAT_POI_DATA_LON_WERT	-	-	-	high	long	-	-	1.0	1.0	-	-	Longitude
STAT_POI_DATA_HDG_WERT	-	-	-	high	unsigned char	-	-	1.5	1.0	-	-	HDG
STAT_POI_DATA_ALT_WERT	-	-	-	high	int	-	-	1.0	1.0	-	-	Altitude
STAT_POI_DATA_QUA_WERT	-	-	-	high	unsigned int	-	-	1.0	1.0	-	-	Qualifier 0--- ---- ---1 Dead Reckoning kalibriert 0--- ---- --1- GPS 2D Fix 0--- ---- -1-- GPS 3D Fix 0--- ---- 1--- Differential GPS 0--- ---1 ---- Onroad/Offroad 0--- 000- ---- Longitude Standard deviation error 0--- 111- ---- 0000 ---- ---- Lateral Standard deviation error 0111 ---- ---- 1111 1111 1111 Signal ungültig 1111 1111 1110 Signal nicht verfügbar
POI_ID	+	-	-	high	unsigned char	-	-	1.0	1.0	1.0	12.0	POI Identifier

ARG_0XF102_R

Dimensions: 6 rows × 14 columns

ARG	STR	STPR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	MIN	MAX	INFO
POI_ID	+	-	-	high	unsigned char	-	-	1.0	1.0	-	-	POI Identifier
POI_DATA_LAT	+	-	-	high	long	-	-	1.0	1.0	-	-	Latitude
POI_DATA_LON	+	-	-	high	long	-	-	1.0	1.0	-	-	Longitude
POI_DATA_HDG	+	-	-	high	unsigned char	-	-	1.0	1.5	-	-	HDG
POI_DATA_ALT	+	-	-	high	int	-	-	1.0	1.0	-	-	Altitude
_POI_DATA_QUA	+	-	-	high	unsigned int	-	-	1.0	1.0	-	-	Qualifier 0--- ---- ---1 Dead Reckoning kalibriert 0--- ---- --1- GPS 2D Fix 0--- ---- -1-- GPS 3D Fix 0--- ---- 1--- Differential GPS 0--- ---1 ---- Onroad/Offroad 0--- 000- ---- Longitude Standard deviation error 0--- 111- ---- 0000 ---- ---- Lateral Standard deviation error 0111 ---- ---- 1111 1111 1111 Signal ungültig 1111 1111 1110 Signal nicht verfügbar

ARG_0XF103_R

Dimensions: 2 rows × 14 columns

ARG	STR	STPR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	MIN	MAX	INFO
COMMAND_ID	+	-	-	high	unsigned char	-	-	1.0	1.0	0.0	-	-	0 nothing 1 activation_rq 2 AddPoi without Quality Check 3 PbaStartup 4 ¿ ¿ 255
COMMAND_PARAMETER	+	-	DATA	high	data[4]	-	-	1.0	1.0	0.0	-	-	WriteData

BETRIEBSMODE

Dimensions: 6 rows × 3 columns

WERT	TEXT	BEDEUTUNG
0x00	Allgemeiner Fertigungs- und Energiesparmode	Hier deaktivierte Funktionen gemäß FeTra-Liste festhalten
0x01	Spezieller Energiesparmode	-
0x02	ECOS-Mode	-
0x03	MOST-Mode	-
0x04	Rollenmode	-
0xFF	ungültiger Betriebsmode	ungültig

FDETAILSTRUKTUR

Dimensions: 6 rows × 2 columns

NAME	TYP
F_UWB_ERW	ja
SAE_CODE	nein
F_HLZ	nein
F_SEVERITY	nein
F_UWB_SATZ	2
F_HLZ_VIEW	nein

FORTTEXTE

Dimensions: 62 rows × 3 columns

ORT	ORTTEXT	EREIGNIS_DTC
0x020600	Energiesparmode aktiv	0
0x020608	Codierung: Steuergerät ist nicht codiert	0
0x020609	Codierung: Fehler bei Codierdatentransaktion aufgetreten	0
0x02060A	Codierung: Signatur der Codierdaten ungültig	0
0x02060B	Codierung: Codierdaten passen nicht zum Fahrzeug	0
0x02060C	Codierung: Unplausible Daten während Codierdatentransaktion	0
0x02FF06	Dummy-Fehlerspeichereintrag im Komponentenfehlerbereich nur für Testzwecke	1
0x800B80	Top View Kamera rechts: Kalibrierungs- oder Justagefehler erkannt	0
0x800B81	Top View Kamera links: Kalibrierungs- oder Justagefehler erkannt	0
0x800B82	Top View Kamera rechts: Verbindungsfehler	0
0x800B83	Top View Kamera links: Verbindungsfehler	0
0x800B86	Rear View Kamera: Verbindungsfehler	0
0x800B96	Rear View Kamera: Kalibrierungs- oder Justagefehler erkannt	0
0x800B9A	Interner Steuergerätefehler	0
0x800B9B	EEPROM Synchronization Error	0
0x800B9E	Überspannung erkannt	1
0x800B9F	Unterspannung erkannt	1
0x800BA1	Top View Kamera rechts: Interne Kamerafehler	0
0x800BA2	Top View Kamera links: Interne Kamerafehler	0
0x800BA5	Rear View Kamera: Interne Kamerafehler	0
0x800BA9	FBAS-Ausgang 1: Ausgang fehlerhaft	0
0x800BAF	Rear View Kamera: Sensor Blindheit erkannt	1
0x800BDD	Top View Kamera links: Kamera nicht angelernt	0
0x800BDE	Top View Kamera rechts: Kamera nicht angelernt	0
0x800BE1	Rear View Kamera: Kamera nicht angelernt	0
0x800BE2	Front View Kamera: Verbindungsfehler	0
0x800BE4	Front View Kamera: Sensor Blindheit erkannt	1
0x800BE5	Front View Kamera: Kalibrierungs- oder Justagefehler erkannt	0
0x800BE6	Front View Kamera: Kamera nicht angelernt	0
0x800BE9	Front View Kamera: Interne Kamerafehler	0
0xCA8468	BODY-CAN Control Module Bus OFF	0
0xCA8514	B2-CAN Control Module Bus OFF	0
0xCA8BFF	Dummy-Fehlerspeichereintrag im Netzwerkfehlerbereich nur für Testzwecke	1
0xCA9400	Botschaft (328h, Relativzeit): Timeout	1
0xCA9401	Botschaft (330h, Kilometerstand, Reichweite): Timeout	1
0xCA9402	Botschaft (1A1h, Geschwindigkeit Fahrzeug): Timeout	1
0xCA9405	Botschaft (387h, Bedienung Taster SideView): Timeout	1
0xCA9406	Botschaft (302h, IST Lenkwinkel CAN): Timeout	1
0xCA9407	Botschaft (12Fh, Klemmen): Timeout	1
0xCA9408	Botschaft (2E4h, Status Anhänger): Timeout	1
0xCA940A	Botschaft (3F9h, Daten Antriebsstrang 2): Timeout	1
0xCA940D	Botschaft (2FCh, ZV und Klappenzustand): Timeout	1
0xCA9422	Botschaft (36Dh, Abstandsmeldung PDC): Timeout	1
0xCA9427	Botschaft (2C1h, Status Aktivierung Funktion Parken2): Timeout	1
0xCA9428	Botschaft (377h, Status Funktion PDC): Timeout	1
0xCA9429	Botschaft (3B0h, Status Gang Rueckwaerts): Timeout	1
0xCA942A	Botschaft (199h, Längbeschleunigung Schwerpunkt): Timeout	1
0xCAAC00	Signal (328h, Sekundenzähler SysFkt): Ungültig	1
0xCAAC01	Signal (330h, Kilometerstand/Reichweite): Ungültig	1
0xCAAC02	Signal (1A1h, Geschwindigkeit Fahrzeug): Ungültig	1
0xCAAC05	Signal (387h, Bedienung Taster SideView): Ungültig	1
0xCAAC06	Signal (302h, IST Lenkwinkel CAN): Ungültig	1
0xCAAC07	Signal (12Fh, Klemmen): Ungültig	1
0xCAAC08	Signal (2E4h, Status Anhänger): Ungültig	1
0xCAAC0A	Signal (3F9h, Daten Antriebsstrang): Ungültig	1
0xCAAC0D	Signal (2FCh, ZV und Klappenzustand): Ungültig	1
0xCAAC0E	Signal (36Dh, Abstandsmeldung PDC): Ungültig	1
0xCAAC12	Signal (3B0h, Status Gang Rueckwaerts): Ungültig	1
0xCAAC13	Signal (2C1h, Status Aktivierung Funktion Parken2): Ungültig	1
0xCAAC14	Signal (377h, Status Funktion PDC): Ungültig	1
0xCAAC15	Signal (199h, Längbeschleunigung Schwerpunkt): Ungültig	1
0xFFFFFF	unbekannter Fehlerort	0

FUMWELTTEXTE

Dimensions: 10 rows × 9 columns

UWNR	UWTEXT	UW_EINH	L/H	UWTYP	NAME	MUL	DIV	ADD
0x1610	DEJUSTAGE	0/1	High	0x01	-	-	-	-
0x1611	KALIBRIERUNG	0/1	High	0x01	-	-	-	-
0x1612	KAMERAVERSORGUNG	0-n	High	0xFF	TAB_KAM_VERSORGUNG	-	-	-
0x1613	KAMERADATEN	0-n	High	0xFF	TAB_KAM_DATEN	-	-	-
0x1614	UEBERTEMPERATUR	°C	High	signed char	-	1.0	1.0	0.0
0x1615	VERBINDUNGSFEHLER	0-n	High	0xFF	TAB_VERBINDUNGSFEHLER_FBAS	-	-	-
0x161D	CAM_ETHERNET_LINES	0-n	High	0xFF	TAB_KAM_ETHERNET	-	-	-
0x4407	SW_Updatestatus	0/1	High	0xFF	-	-	-	-
0x4408	Cam_internal_error_status	0/1	High	0xFFFF	-	-	-	-
0xXYXY	UWB_UNKNOWN	-	-	-	-	-	-	-

IDETAILSTRUKTUR

Dimensions: 4 rows × 2 columns

NAME	TYP
F_UWB_ERW	ja
SAE_CODE	nein
F_HLZ	nein
F_SEVERITY	nein

IORTTEXTE

Dimensions: 58 rows × 3 columns

ORT	ORTTEXT	EREIGNIS_DTC
0x000002	ECUM_E_RAM_CHECKED_FAILED	0
0x000033	CANSM_E_MODE_CHANGE_NETWORK_0	0
0x000035	CANSM_E_SETTRSCVMODE_NETWORK_0	0
0x000085	MCU_E_LCLOCK_1_FAILURE	0
0x000086	MCU_E_HCLOCK_1_FAILURE	0
0x000087	MCU_E_RCCLOCK_1_FAILURE	0
0x000088	MCU_E_LOCK_1_FAILURE	0
0x00008A	MCU_E_TIMEOUT_OSC_STABILITY	0
0x00A8F8	MCU_E_HCLOCK_0_FAILURE	0
0x00CC78	MCU_E_LOCK_0_FAILURE	0
0x00D0AF	MCU_E_RCCLOCK_0_FAILURE	0
0x060013	DM_EVENT_ZEITBOTSCHAFTTIMEOUT	0
0x0D9964	MCU_E_LCLOCK_0_FAILURE	0
0x800AAC	VM Versorgungs Fehler	0
0x800B9D	ECU Over Temperature	0
0x800BA7	Host Internal Voltages	0
0x800BA8	HOST RAM Error	0
0x800BC2	Botschaft (Fahrzeugzustand, 0x3A0) fehlt	1
0x800BCA	PBA: Time out Fehler bei Übertragung des POI Datenbank	1
0x800BCB	Cross Traffic Alert Rear (CTA rear) internal error	0
0x800BCC	PBA: Mismatch der Datenbankgröße zwischen HU und Host-Komponent	1
0x800BCE	PBA: no GPS1 message received for more then 1min, value for timeout TIMEOUT_GPSDATA_RECEPTION	1
0x800BCF	Cross Traffic Alert Front (CTA front) internal error	0
0x800BD0	Interner Softwarefehler	0
0x800BD5	PBA_Interner_Fehler	1
0x800BD6	ECU_RESET_REASON	0
0x800BF0	Rear View Kamera: PTP Abweichung	0
0x800BF1	Top View Kamera rechts: PTP Abweichung	0
0x800BF2	Top View Kamera links: PTP Abweichung	0
0x800BF3	Front View Kamera: PTP Abweichung	0
0x800C00	Kamera MAC-Adresse nicht eindeutig	0
0x813380	MCU_E_QUARTZ_FAILURE	0
0x81D009	MCU_E_TIMEOUT_TRANSITION	0
0x8BAC40	DM_EVENT_ZEITBOTSCHAFTTIMEOUT	0
0x8BAC43	DM_Queue_DELETED	0
0x8BAC45	DM_Queue_FULL	0
0x8BAC50	ECUM_E_ALL_RUN_REQUESTS_KILLED	0
0x8BAC51	FEE_E_WRITE_FAILED	0
0x8BAC53	FLS_E_COMPARE_FAILED	0
0x8BAC55	FLS_E_ERASE_FAILED	0
0x8BAC57	FLS_E_READ_FAILED	0
0x8BAC59	FLS_E_WRITE_FAILED	0
0x8BAC63	IPDUM_E_TRANSMIT_FAILED	0
0x8BAC66	MCU_E_CLOCK_FAILURE	0
0x8BAC70	NVM_E_INTEGRITY_FAILED	0
0x8BAC73	NVM_E_REQ_FAILED	0
0x8BAC78	PIA_E_IO_ERROR	0
0x8BAC79	PDB_PROFILE_IO_ERROR	0
0x8BAC82	VSM_EVENT_VEHICLESTATE	0
0x8BAC83	WDG_E_DISABLE_REJECTED	0
0x8BAC84	WDG_E_MODE_SWITCH_FAILED	0
0x8BAC85	WDGM_E_ALIVE_SUPERVISION	0
0x8BAC86	WDGM_E_SET_MODE	0
0xCA942C	Botschaft (34Ah, NAV_GPS1): Timeout	1
0xCA942D	Botschaft (34Ch, NAV_GPS2): Timeout	1
0xCAAC17	Signal (34Ah, NAV_GPS1): Ungültig	1
0xCAAC18	Signal (34Ch, NAV_GPS2): Ungültig	1
0xFFFFFF	unbekannter Fehlerort	0

IUMWELTTEXTE

Dimensions: 14 rows × 9 columns

UWNR	UWTEXT	UW_EINH	L/H	UWTYP	NAME	MUL	DIV	ADD
0x4400	Softwarefehler BLUE_SCREEN	0-n	High	0xFF	TAB_CAM_ERROR	-	-	-
0x4402	Softwarefehler FUSI	0-n	High	0xFF	TAB_FUSI_ERROR	-	-	-
0x4403	Softwarefehler RPC	0-n	High	0xFF	TAB_CAM_ERROR	-	-	-
0x4404	Softwarefehler PTP-Master	0-n	High	0xFF	TAB_CAM_ERROR	-	-	-
0x4405	Softwarefehler IMAGER_SYNC_ERROR	0-n	High	0xFF	TAB_CAM_ERROR	-	-	-
0x4406	PTP_Deviation	0/1	High	0xFF	-	-	-	-
0x4409	Handshaking Host - VM	0-n	High	0xFF	TAB_HANDSHAKE_HOST_VM	-	-	-
0x440B	DEM_FFS_DID_VM_POWER_CONDITION	0/1	High	0xFF	-	-	-	-
0x4410	Fehlerart des Reset	0-n	High	0xFF	TAB_ERROR_TYPE	-	-	-
0x4411	Art des DSP Reset	0-n	High	0xFF	TAB_DSP_RESET_TYPE	-	-	-
0x4412	Art des ECU Reset	0-n	High	0xFF	TAB_ECU_RESET_TYPE	-	-	-
0x4413	DET Module ID	0-n	High	0xFF	TAB_DET_MODULE_ID	-	-	-
0x4414	DET error ID	0-n	High	0xFF	TAB_DET_ERROR_ID	-	-	-
0xXYXY	UWB_UNKNOWN	-	-	-	-	-	-	-

JOBRESULTEXTENDED

Dimensions: 1 rows × 2 columns

SB	STATUS_TEXT
0xXY	ERROR_UNKNOWN

RES_0X412E_D

Dimensions: 3 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_MAJOR_X0_MEMBPARAM_WERT	m	high	unsigned char	-	-	1.0	1.0	ReadData
STAT_MAJOR_X1_MEMBPARAM_WERT	m	high	unsigned char	-	-	1.0	1.0	ReadData
STAT_MAJOR_Y_MEMBPARAM_WERT	-	high	unsigned char	-	-	1.0	1.0	ReadData

RES_0X412F_D

Dimensions: 3 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_MINOR_X0_MEMBPARAM_WERT	m	high	unsigned char	-	-	1.0	1.0	ReadData
STAT_MINOR_X1_MEMBPARAM_WERT	m	high	unsigned char	-	-	1.0	1.0	ReadData
STAT_MINOR_Y_MEMBPARAM_WERT	-	high	unsigned char	-	-	1.0	1.0	ReadData

RES_0X4130_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_HEADING_X0_MEMBPARAM_WERT	°	high	unsigned char	-	-	1.5	1.0	ReadData
STAT_HEADING_X1_MEMBPARAM_WERT	°	high	unsigned char	-	-	1.5	1.0	ReadData
STAT_HEADING_X2_MEMBPARAM_WERT	°	high	unsigned char	-	-	1.5	1.0	ReadData
STAT_HEADING_Y_MEMBPARAM_WERT	-	high	unsigned char	-	-	1.0	1.0	ReadData

RES_0X4131_D

Dimensions: 2 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_SPEED_X0_MEMBPARAM_WERT	km/h	high	unsigned int	-	-	0.0156	1.0	0.0	ReadData
STAT_SPEED_Y_MEMBPARAM_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	ReadData

RES_0X4132_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_ACC_X0_MEMBPARAM_WERT	m/s²	high	unsigned int	-	-	0.0020	1.0	-65.0	ReadData
STAT_ACC_X1_MEMBPARAM_WERT	m/s²	high	unsigned int	-	-	0.0020	1.0	-65.0	ReadData
STAT_ACC_X2_MEMBPARAM_WERT	m/s²	high	unsigned int	-	-	0.0020	1.0	-65.0	ReadData
STAT_ACC_Y_MEMBPARAM_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	ReadData

RES_0X4133_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_ALT_X0_MEMBPARAM_1_WERT	m	high	int	-	-	1.0	1.0	ReadData
STAT_ALT_X1_MEMBPARAM_1_WERT	m	high	int	-	-	1.0	1.0	ReadData
STAT_ALT_X2_MEMBPARAM_1_WERT	m	high	int	-	-	1.0	1.0	ReadData
STAT_ALT_Y_MEMBPARAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	ReadData

RES_0X413D_D

Dimensions: 8 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_PARALLEL_LINES_ERR_SCALE_WERT	-	high	motorola float	-	-	1.0	1.0	Byte 0-3: FLOAT ParallelLinesErrScale
STAT_FIXED_DIST_ERR_SCALE_WERT	-	high	motorola float	-	-	1.0	1.0	Byte 4-7: FLOAT FixedDistErrScale
STAT_ORTHOGONAL_LINES_ERR_SCALE_WERT	-	high	motorola float	-	-	1.0	1.0	Byte 8-11: FLOAT OrthogonalLinesErrScale
STAT_PARALLEL_LINES_TO_X_AXIS_SCALE_WERT	-	high	motorola float	-	-	1.0	1.0	Byte 12-15: FLOAT ParallelLinesToXaxisErrScale
STAT_POS_VAR_SCALE_WERT	-	high	motorola float	-	-	1.0	1.0	Byte 16-19: FLOAT PosVarScale
STAT_ROT_VAR_SCALE_WERT	-	high	motorola float	-	-	1.0	1.0	Byte 20-23: FLOAT RotVarScale
STAT_MAX_ROT_DELTA_WERT	-	high	motorola float	-	-	1.0	1.0	Byte 24-27: FLOAT MaxRotDelta
STAT_MAX_POS_DELTA_WERT	-	high	motorola float	-	-	1.0	1.0	Byte 28-31: FLOAT MaxPosDelta

RES_0X413E_D

Dimensions: 24 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_X_POSITION_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	X position (mm)
STAT_Y_POSITION_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	Y position (mm)
STAT_Z_POSITION_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	Z position (mm)
STAT_X_ROTATION_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	X rotation deg
STAT_Z1_ROTATION_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	Z1 rotation deg
STAT_Z2_ROTATION_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	Z2 rotation deg
STAT_X_POSITION_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	X position (mm)
STAT_Y_POSITION_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	Y position (mm)
STAT_Z_POSITION_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	Z position (mm)
STAT_X_ROTATION_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	X rotation deg
STAT_Z1_ROTATION_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	Z1 rotation deg
STAT_Z2_ROTATION_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	Z2 rotation deg
STAT_X_POSITION_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	X position (mm)
STAT_Y_POSITION_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	Y position (mm)
STAT_Z_POSITION_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	Z position (mm)
STAT_X_ROTATION_RV_WERT	°	high	motorola float	-	-	1.0	1.0	X rotation deg
STAT_Z1_ROTATION_RV_WERT	°	high	motorola float	-	-	1.0	1.0	Z1 rotation deg
STAT_Z2_ROTATION_RV_WERT	°	high	motorola float	-	-	1.0	1.0	Z2 rotation deg
STAT_X_POSITION_SVL_WERT	mm	high	motorola float	-	-	1.0	1.0	X position (mm)
STAT_Y_POSITION_SVL_WERT	mm	high	motorola float	-	-	1.0	1.0	Y position (mm)
STAT_Z_POSITION_SVL_WERT	mm	high	motorola float	-	-	1.0	1.0	Z position (mm)
STAT_X_ROTATION_SVL_WERT	°	high	motorola float	-	-	1.0	1.0	X rotation deg
STAT_Z1_ROTATION_SVL_WERT	°	high	motorola float	-	-	1.0	1.0	Z1 rotation deg
STAT_Z2_ROTATION_SVL_WERT	°	high	motorola float	-	-	1.0	1.0	Z2 rotation deg

RES_0X413F_D

Dimensions: 16 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_ROT_DEVIATION_X_RV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from X in PGM calibration for RV in degress
STAT_ROT_DEVIATION_Y_RV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Y in PGM calibration for RV in degress
STAT_ROT_DEVIATION_Z_RV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Z in PGM calibration for RV in degress
STAT_POSITION_Z_RV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Position diviation from Z in PGM calibration for RV in degrees
STAT_ROT_DEVIATION_X_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from X in PGM calibration for TVR in degress
STAT_ROT_DEVIATION_Y_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Y in PGM calibration for TVR in degress
STAT_ROT_DEVIATION_Z_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Z in PGM calibration for TVR in degress
STAT_POSITION_Z_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	Current Position diviation from Z in PGM calibration for TVR in degrees
STAT_ROT_DEVIATION_X_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from X in PGM calibration for TVL in degress
STAT_ROT_DEVIATION_Y_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Y in PGM calibration for TVL in degress
STAT_ROT_DEVIATION_Z_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Z in PGM calibration for TVL in degress
STAT_POSITION_Z_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	Current Position diviation from Z in PGM calibration for TVL in degrees
STAT_ROT_DEVIATION_X_FV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from X in PGM calibration for FV in degress
STAT_ROT_DEVIATION_Y_FV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Y in PGM calibration for FV in degress
STAT_ROT_DEVIATION_Z_FV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Z in PGM calibration for FV in degress
STAT_POSITION_Z_FV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Position diviation from Z in PGM calibration for FV in degrees

RES_0X4140_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_CYCLES_COMPLETED_RV_CAM_WERT	-	high	unsigned int	-	-	1.0	1.0	Cycles completed for Rearview camera
STAT_CYCLES_COMPLETED_TVR_CAM_WERT	-	high	unsigned int	-	-	1.0	1.0	Cycles completed for Topview right camera
STAT_CYCLES_COMPLETED_TVL_CAM_WERT	-	high	unsigned int	-	-	1.0	1.0	Cycles completed for Topview left camera
STAT_CYCLES_COMPLETED_FV_CAM_WERT	-	high	unsigned int	-	-	1.0	1.0	Cycles completed for Frontview camera

RES_0X4141_D

Dimensions: 8 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_NUMBER_COMPLETED_TRACKS_CURRENT_CALIB_RV_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of completed tracks in current calibration for RV camera
STAT_NUMBER_FRAMES_ANALYSED_CURRENT_CALIB_RV_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of frames analysed in current calibration for RV camera
STAT_NUMBER_COMPLETED_TRACKS_CURRENT_CALIB_TVR_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of completed tracks in current calibration for Topview right camera
STAT_NUMBER_FRAMES_ANALYSED_CURRENT_CALIB_TVR_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of frames analysed in current calibration for Topview right camera
STAT_NUMBER_COMPLETED_TRACKS_CURRENT_CALIB_TVL_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of completed tracks in current calibration for Topview left camera
STAT_NUMBER_FRAMES_ANALYSED_CURRENT_CALIB_TVL_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of frames analysed in current calibration for Topview left camera
STAT_NUMBER_COMPLETED_TRACKS_CURRENT_CALIB_FV_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of completed tracks in current calibration for Frontview camera
STAT_NUMBER_FRAMES_ANALYSED_CURRENT_CALIB_FV_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of frames analysed in current calibration for Frontview camera

RES_0X4143_D

Dimensions: 2 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_DUMMY_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	Dummy value
STAT_PGM_HEIGHT_CALCULATION_ENABLE_WERT	HEX	high	unsigned char	-	-	-	-	-	bit 0: TVL bit 1: TVR bit 2: Rearview bit 3: Frontview

RES_0X4144_D

Dimensions: 1 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_ATC_KERB_REJECTION_ENABLE_WERT	HEX	high	unsigned char	-	-	-	-	-	Bit 1: RV camera Bit 2: TVL camera Bit 3: TVR camera

RES_0X4146_D

Dimensions: 12 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_MIN_NUMBER_OBSERVATIONS_VALID_TRACK_RV_WERT	-	high	unsigned int	-	-	1.0	1.0	min_number_of_observations_for_valid_track for rearview
STAT_MAX_NUMBER_OBSERVATIONS_VALID_TRACK_RV_WERT	-	high	unsigned int	-	-	1.0	1.0	max_number_of_observations_for_valid_track for rearview
STAT_MAX_NUMBER_TRACKS_CALIBRATION_RV_WERT	-	high	unsigned int	-	-	1.0	1.0	max_number_tracks_per_calibration for rearview
STAT_MIN_NUMBER_OBSERVATIONS_VALID_TRACK_TVR_WERT	-	high	unsigned int	-	-	1.0	1.0	min_number_of_observations_for_valid_track for topview right
STAT_MAX_NUMBER_OBSERVATIONS_VALID_TRACK_TVR_WERT	-	high	unsigned int	-	-	1.0	1.0	max_number_of_observations_for_valid_track for topview right
STAT_MAX_NUMBER_TRACKS_CALIBRATION_TVR_WERT	-	high	unsigned int	-	-	1.0	1.0	max_number_tracks_per_calibration for topview right
STAT_MIN_NUMBER_OBSERVATIONS_VALID_TRACK_TVL_WERT	-	high	unsigned int	-	-	1.0	1.0	min_number_of_observations_for_valid_track for topview left
STAT_MAX_NUMBER_OBSERVATIONS_VALID_TRACK_TVL_WERT	-	high	unsigned int	-	-	1.0	1.0	max_number_of_observations_for_valid_track for topview left
STAT_MAX_NUMBER_TRACKS_CALIBRATION_TVL_WERT	-	high	unsigned int	-	-	1.0	1.0	max_number_tracks_per_calibration for topview left
STAT_MIN_NUMBER_OBSERVATIONS_VALID_TRACK_FV_WERT	-	high	unsigned int	-	-	1.0	1.0	min_number_of_observations_for_valid_track for frontview
STAT_MAX_NUMBER_OBSERVATIONS_VALID_TRACK_FV_WERT	-	high	unsigned int	-	-	1.0	1.0	max_number_of_observations_for_valid_track for frontview
STAT_MAX_NUMBER_TRACKS_CALIBRATION_FV_WERT	-	high	unsigned int	-	-	1.0	1.0	max_number_tracks_per_calibration for frontview

RES_0X4147_D

Dimensions: 16 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_ROT_DEVIATION_X_RV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from X in PGM calibration for RV in degress
STAT_ROT_DEVIATION_Y_RV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Y in PGM calibration for RV in degress
STAT_ROT_DEVIATION_Z_RV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Z in PGM calibration for RV in degress
STAT_POSITION_Z_RV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Position diviation from Z in PGM calibration for RV in degrees
STAT_ROT_DEVIATION_X_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from X in PGM calibration for TVR in degress
STAT_ROT_DEVIATION_Y_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Y in PGM calibration for TVR in degress
STAT_ROT_DEVIATION_Z_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Z in PGM calibration for TVR in degress
STAT_POSITION_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	Current Position diviation from Z in PGM calibration for TVR in degrees
STAT_ROT_DEVIATION_X_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from X in PGM calibration for TVL in degress
STAT_ROT_DEVIATION_Y_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Y in PGM calibration for TVL in degress
STAT_ROT_DEVIATION_Z_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Z in PGM calibration for TVL in degress
STAT_POSITION_Z_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	Current Position diviation from Z in PGM calibration for TVL in degrees
STAT_ROT_DEVIATION_X_FV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from X in PGM calibration for FV in degress
STAT_ROT_DEVIATION_Y_FV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Y in PGM calibration for FV in degress
STAT_ROT_DEVIATION_Z_FV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Rotatational deviation from Z in PGM calibration for FV in degress
STAT_POSITION_Z_FV_WERT	°	high	motorola float	-	-	1.0	1.0	Current Position diviation from Z in PGM calibration for FV in degrees

RES_0X4148_D

Dimensions: 20 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_FILTER_TIME_CONSTANT_0_RV_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant0 for rearview
STAT_FILTER_TIME_CONSTANT_1_RV_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant1 for rearview
STAT_FILTER_TIME_CONSTANT_2_RV_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant2 for rearview
STAT_FILTERING_PERIOD_FRAMES_NUMBER_0_RV_WERT	-	high	unsigned int	-	-	1.0	1.0	filtering_period_frames_number0 for rearview
STAT_FILTERING_PERIOD_FRAMES_NUMBER_1_RV_WERT	-	high	unsigned int	-	-	1.0	1.0	filtering_period_frames_number1 for rearview
STAT_FILTER_TIME_CONSTANT_0_TVR_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant0 for topview right
STAT_FILTER_TIME_CONSTANT_1_TVR_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant1 for topview right
STAT_FILTER_TIME_CONSTANT_2_TVR_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant2 for topview right
STAT_FILTERING_PERIOD_FRAMES_NUMBER_0_TVR_WERT	-	high	unsigned int	-	-	1.0	1.0	filtering_period_frames_number0 for topview right
STAT_FILTERING_PERIOD_FRAMES_NUMBER_1_TVR_WERT	-	high	unsigned int	-	-	1.0	1.0	filtering_period_frames_number1 for topview right
STAT_FILTER_TIME_CONSTANT_0_TVL_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant0 for topview left
STAT_FILTER_TIME_CONSTANT_1_TVL_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant1 for topview left
STAT_FILTER_TIME_CONSTANT_2_TVL_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant2 for topview left
STAT_FILTERING_PERIOD_FRAMES_NUMBER_0_TVL_WERT	-	high	unsigned int	-	-	1.0	1.0	filtering_period_frames_number0 for topview left
STAT_FILTERING_PERIOD_FRAMES_NUMBER_1_TVL_WERT	-	high	unsigned int	-	-	1.0	1.0	filtering_period_frames_number1 for topview left
STAT_FILTER_TIME_CONSTANT_0_FV_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant0 for Frontview
STAT_FILTER_TIME_CONSTANT_1_FV_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant1 for frontview
STAT_FILTER_TIME_CONSTANT_2_FV_WERT	-	high	unsigned long	-	-	1.0	1.0	filter_time_constant2 for Frontview
STAT_FILTERING_PERIOD_FRAMES_NUMBER_0_FV_WERT	-	high	unsigned int	-	-	1.0	1.0	filtering_period_frames_number0 for frontview
STAT_FILTERING_PERIOD_FRAMES_NUMBER_1_FV_WERT	-	high	unsigned int	-	-	1.0	1.0	filtering_period_frames_number1 for Frontview

RES_0X4149_D

Dimensions: 12 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_MIN_NUM_LINES_WERT	-	high	unsigned int	-	-	1.0	1.0	selMinNumLines
STAT_MAX_NUM_LINES_WERT	-	high	unsigned int	-	-	1.0	1.0	selMaxNumLines
STAT_MIN_CAM_OFFSET_X_MM_WERT	mm	high	motorola float	-	-	1.0	1.0	selMinCamOffsetXmm
STAT_MAX_CAM_OFFSET_X_MM_WERT	mm	high	motorola float	-	-	1.0	1.0	selMaxCamOffsetXmm
STAT_MIN_CAN_OFFSET_Y_MM_WERT	mm	high	motorola float	-	-	1.0	1.0	selMinCamOffsetYmm
STAT_MAX_CAM_OFFSET_Y_MM_WERT	mm	high	motorola float	-	-	1.0	1.0	selMaxCamOffsetYmm
STAT_MIN_ANGLE_DEG_WERT	°	high	motorola float	-	-	1.0	1.0	selMinAngleDeg
STAT_MAX_ANGLE_DEG_WERT	°	high	motorola float	-	-	1.0	1.0	selMaxAngleDeg
STAT_CAM1_WERT	-	high	unsigned char	-	-	1.0	1.0	selCam1
STAT_CAM2_WERT	-	high	unsigned char	-	-	1.0	1.0	selCam2
STAT_CAM3_WERT	-	high	unsigned char	-	-	1.0	1.0	selCam3
STAT_VERTICAL_WERT	-	high	unsigned char	-	-	1.0	1.0	selVertical

RES_0X414B_D

Dimensions: 32 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_TVL_LMD_NB_HORIZONTAL_SCANS_WERT	-	high	unsigned int	-	-	1.0	1.0	TVL LMD parameters Byte 0-1: Number of horizontal scans
STAT_TVL_LMD_NB_VERTICAL_SCANS_WERT	-	high	unsigned int	-	-	1.0	1.0	TVL LMD parameters Byte 2-3: Number of vertical scans
STAT_TVL_LMD_MIN_LINE_WIDTH_WERT	-	high	motorola float	-	-	1.0	1.0	TVL LMD parameters Byte 4-7: Minimum Line Width
STAT_TVL_LMD_MAX_LINE_WIDTH_WERT	-	high	motorola float	-	-	1.0	1.0	TVL LMD parameters Byte 8-11: Maximum Line Width
STAT_TVL_LMD_NUMBER_OF_LUM_THRES_REGIONS_WERT	-	high	unsigned char	-	-	1.0	1.0	TVL LMD parameters Byte 12: Number of LumThreshRegions
STAT_TVL_LMD_EDGE_THRESHOLD_WERT	-	high	unsigned char	-	-	1.0	1.0	TVL LMD parameters Byte 13: edgeThreshold
STAT_TVL_LMD_HOUGH_THRESHOLD_WERT	-	high	unsigned char	-	-	1.0	1.0	TVL LMD parameters Byte 14: houghThreshold
STAT_TVL_LMD_MAX_HOUGH_NOISE_WERT	-	high	unsigned int	-	-	1.0	1.0	TVL LMD parameters Byte 15-16: maxHoughNoise
STAT_TVR_LMD_NB_HORIZONTAL_SCANS_WERT	-	high	unsigned int	-	-	1.0	1.0	TVR LMD parameters Byte 0-1: Number of horizontal scans
STAT_TVR_LMD_NB_VERTICAL_SCANS_WERT	-	high	unsigned int	-	-	1.0	1.0	TVR LMD parameters Byte 2-3: Number of vertical scans
STAT_TVR_LMD_MIN_LINE_WIDTH_WERT	-	high	motorola float	-	-	1.0	1.0	TVR LMD parameters Byte 4-7: Minimum Line Width
STAT_TVR_LMD_MAX_LINE_WIDTH_WERT	-	high	motorola float	-	-	1.0	1.0	TVR LMD parameters Byte 8-11: Maximum Line Width
STAT_TVR_LMD_NUMBER_OF_LUM_THRES_REGIONS_WERT	-	high	unsigned char	-	-	1.0	1.0	TVR LMD parameters Byte 12: Number of LumThreshRegions
STAT_TVR_LMD_EDGE_THRESHOLD_WERT	-	high	unsigned char	-	-	1.0	1.0	TVR LMD parameters Byte 13: edgeThreshold
STAT_TVR_LMD_HOUGH_THRESHOLD_WERT	-	high	unsigned char	-	-	1.0	1.0	TVR LMD parameters Byte 14: houghThreshold
STAT_TVR_LMD_MAX_HOUGH_NOISE_WERT	-	high	unsigned int	-	-	1.0	1.0	TVR LMD parameters Byte 15-16: maxHoughNoise
STAT_RV_LMD_NB_HORIZONTAL_SCANS_WERT	-	high	unsigned int	-	-	1.0	1.0	RV LMD parameters Byte 0-1: Number of horizontal scans
STAT_RV_LMD_NB_VERTICAL_SCANS_WERT	-	high	unsigned int	-	-	1.0	1.0	RV LMD parameters Byte 2-3: Number of vertical scans
STAT_RV_LMD_MIN_LINE_WIDTH_WERT	-	high	motorola float	-	-	1.0	1.0	RV LMD parameters Byte 4-7: Minimum Line Width
STAT_RV_LMD_MAX_LINE_WIDTH_WERT	-	high	motorola float	-	-	1.0	1.0	RV LMD parameters Byte 8-11: Maximum Line Width
STAT_RV_LMD_NUMBER_OF_LUM_THRES_REGIONS_WERT	-	high	unsigned char	-	-	1.0	1.0	RV LMD parameters Byte 12: Number of LumThreshRegions
STAT_RV_LMD_EDGE_THRESHOLD_WERT	-	high	unsigned char	-	-	1.0	1.0	RV LMD parameters Byte 13: edgeThreshold
STAT_RV_LMD_HOUGH_THRESHOLD_WERT	-	high	unsigned char	-	-	1.0	1.0	RV LMD parameters Byte 14: houghThreshold
STAT_RV_LMD_MAX_HOUGH_NOISE_WERT	-	high	unsigned int	-	-	1.0	1.0	RV LMD parameters Byte 15-16: maxHoughNoise
STAT_FV_LMD_NB_HORIZONTAL_SCANS_WERT	-	high	unsigned int	-	-	1.0	1.0	FV LMD parameters - Place holder Byte 0-1: Number of horizontal scans
STAT_FV_LMD_NB_VERTICAL_SCANS_WERT	-	high	unsigned int	-	-	1.0	1.0	FV LMD parameters - Place holder Byte 2-3: Number of vertical scans
STAT_FV_LMD_MIN_LINE_WIDTH_WERT	-	high	motorola float	-	-	1.0	1.0	FV LMD parameters - Place holder Byte 4-7: Minimum Line Width
STAT_FV_LMD_MAX_LINE_WIDTH_WERT	-	high	motorola float	-	-	1.0	1.0	FV LMD parameters - Place holder Byte 8-11: Maximum Line Width
STAT_FV_LMD_NUMBER_OF_LUM_THRES_REGIONS_WERT	-	high	unsigned char	-	-	1.0	1.0	FV LMD parameters - Place holder Byte 12: Number of LumThreshRegions
STAT_FV_LMD_EDGE_THRESHOLD_WERT	-	high	unsigned char	-	-	1.0	1.0	FV LMD parameters - Place holder Byte 13: edgeThreshold
STAT_FV_LMD_HOUGH_THRESHOLD_WERT	-	high	unsigned char	-	-	1.0	1.0	FV LMD parameters - Place holder Byte 14: houghThreshold
STAT_FV_LMD_MAX_HOUGH_NOISE_WERT	-	high	unsigned int	-	-	1.0	1.0	FV LMD parameters - Place holder Byte 15-16: maxHoughNoise

RES_0X414C_D

Dimensions: 1 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_ATC_ALGORITHM_WERT	HEX	high	unsigned char	-	-	-	-	-	bit7: pgmEnabled bit6: lmcEnabled bit5: xx bit4: xx bit3: xx bit2: xx bit1: xx bit0: xx

RES_0X414E_D

Dimensions: 16 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_ROT_DEVIATION_X_RV_WERT	°	high	motorola float	-	-	1.0	1.0	RV X Rotational deviation
STAT_ROT_DEVIATION_Y_RV_WERT	°	high	motorola float	-	-	1.0	1.0	RV Y Rotational deviation
STAT_ROT_DEVIATION_Z_RV_WERT	°	high	motorola float	-	-	1.0	1.0	RV Z rotational deviation
STAT_HEIGHT_DEVIATION_Z_RV_WERT	°	high	motorola float	-	-	1.0	1.0	RV Height deviation (Z position)
STAT_ROT_DEVIATION_X_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	TVR X Rotational deviation
STAT_ROT_DEVIATION_Y_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	TVR Y Rotational deviation
STAT_ROT_DEVIATION_Z_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	TVR Z rotational deviation
STAT_HEIGHT_DEVIATION_Z_TVR_WERT	°	high	motorola float	-	-	1.0	1.0	TVR Height deviation (Z position)
STAT_ROT_DEVIATION_X_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	TVL X Rotational deviation
STAT_ROT_DEVIATION_Y_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	TVL Y Rotational deviation
STAT_ROT_DEVIATION_Z_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	TVL Z rotational deviation
STAT_HEIGHT_DEVIATION_Z_TVL_WERT	°	high	motorola float	-	-	1.0	1.0	TVL Height deviation (Z position)
STAT_ROT_DEVIATION_X_FV_WERT	°	high	motorola float	-	-	1.0	1.0	FV X Rotational deviation
STAT_ROT_DEVIATION_Y_FV_WERT	°	high	motorola float	-	-	1.0	1.0	FV Y Rotational deviation
STAT_ROT_DEVIATION_Z_FV_WERT	°	high	motorola float	-	-	1.0	1.0	FV Z rotational deviation
STAT_HEIGHT_DEVIATION_Z_FV_WERT	°	high	motorola float	-	-	1.0	1.0	FV Height deviation (Z position)

RES_0X414F_D

Dimensions: 6 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_MIN_SPEED_LMC_WERT	km/h	high	unsigned int	-	-	1.0	1.0	MIN_SPEED_LMC
STAT_MAX_SPEED_LMC_WERT	km/h	high	unsigned int	-	-	1.0	1.0	MAX_SPEED_LMC
STAT_MAX_STEERING_LMC_WERT	°	high	motorola float	-	-	1.0	1.0	MAX_STEERING_LMC
STAT_MIN_SPEED_PGM_WERT	km/h	high	unsigned int	-	-	1.0	1.0	MIN_SPEED_PGM
STAT_MAX_SPEED_PGM_WERT	km/h	high	unsigned int	-	-	1.0	1.0	MAX_SPEED_PGM
STAT_MAX_STEERING_PGM_WERT	°	high	motorola float	-	-	1.0	1.0	MAX_STEERING_PGM

RES_0X4150_D

Dimensions: 8 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_COMPLETED_TRACKS_RV_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of completed tracks in last calibration for RV camera
STAT_ANALYSED_FRAMES_RV_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of frames analysed in last calibration for RV camera
STAT_COMPLETED_TRACKS_TVR_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of completed tracks in last calibration for TVR camera
STAT_ANALYSED_FRAMES_TVR_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of frames analysed in last calibration for TVR camera
STAT_COMPLETED_TRACKS_TVL_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of completed tracks in last calibration for TVL camera
STAT_ANALYSED_FRAMES_TVL_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of frames analysed in last calibration for TVL camera
STAT_COMPLETED_TRACKS_FV_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of completed tracks in last calibration for FV camera
STAT_ANALYSED_FRAMES_FV_WERT	-	high	unsigned int	-	-	1.0	1.0	Number of frames analysed in last calibration for FV camera

RES_0X4151_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_CALIBRATION_QUALITY_RV_WERT	-	high	unsigned char	-	-	1.0	1.0	Calibration quality of rear camera
STAT_CALIBRATION_QUALITY_TVR_WERT	-	high	unsigned char	-	-	1.0	1.0	Calibration quality of Topvview right camera
STAT_CALIBRATION_QUALITY_TVL_WERT	-	high	unsigned char	-	-	1.0	1.0	Calibration quality of Topview left camera
STAT_CALIBRATION_QUALITY_FV_WERT	-	high	unsigned char	-	-	1.0	1.0	Calibration quality of Frontview camera

RES_0X4152_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_CALIBRATION_CONFIDENCE_REARVIEW_WERT	-	high	unsigned char	-	-	1.0	1.0	Calibration confidence of rear camera
STAT_CALIBRATION_CONFIDENCE_TOPVIEW_RIGHT_WERT	-	high	unsigned char	-	-	1.0	1.0	Calibration confidence of topview right camera
STAT_CALIBRATION_CONFIDENCE_TOPVIEW_LEFT_WERT	-	high	unsigned char	-	-	1.0	1.0	Calibration confidence of topview left camera
STAT_CALIBRATION_CONFIDENCE_FRONTVIEW_WERT	-	high	unsigned char	-	-	1.0	1.0	Calibration confidence of frontview camera

RES_0X4154_D

Dimensions: 16 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_X_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_first_x_mm for rearview camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_Y_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_first_Y_mm for rearview camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_X_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_last_x_mm for rearview camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_Y_RV_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_last_y_mm for rearview camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_X_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_first_x_mm for topview right camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_Y_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_first_Y_mm for topview right camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_X_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_last_x_mm for topview right camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_Y_TVR_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_last_y_mm for topview right camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_X_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_first_x_mm for topview left camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_Y_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_first_Y_mm for topview left camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_X_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_last_x_mm for topview left camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_Y_TVL_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_last_y_mm for topview left camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_X_FV_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_first_x_mm for frontview camera
STAT_INITIAL_TRACK_POSITION_TARGET_FIRST_Y_FV_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_first_Y_mm for frontview camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_X_FV_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_last_x_mm for frontview camera
STAT_INITIAL_TRACK_POSITION_TARGET_LAST_Y_FV_WERT	mm	high	motorola float	-	-	1.0	1.0	initial_track_position_target_last_y_mm for frontview camera

RES_0X416B_D

Dimensions: 1 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_CTA_FRONT_ACTIVATION_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	0 = Disactivate 1 = Activate

RES_0X416C_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_FUNC_MODE_WERT	-	high	unsigned char	-	-	1.0	1.0	Algorithm function mode (0 = Normal Mode; 1 = Debug mode)
STAT_DEBUG_VISUAL_CONTENT_WERT	-	high	unsigned char	-	-	1.0	1.0	specify the graphical overlay (ROIs, etc) to be drawn in debug mode
STAT_LOW_LIGHT_MODE_ENABLE_WERT	-	high	unsigned char	-	-	1.0	1.0	enable/disable lowlight operational mode
STAT_RATE_DIVIDER_WERT	-	high	unsigned char	-	-	1.0	1.0	specifies the n in process every nth frame

RES_0X416D_D

Dimensions: 1 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_CTA_REAR_ACTIVATION_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	0 = Disactivate 1 = Activate

RES_0X416E_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_FUNC_MODE_WERT	-	high	unsigned char	-	-	1.0	1.0	Algorithm function mode (0 = Normal Mode; 1 = Debug mode)
STAT_DEBUG_VISUAL_CONTENT_WERT	-	high	unsigned char	-	-	1.0	1.0	specify the graphical overlay (ROIs, etc) to be drawn in debug mode
STAT_LOW_LIGHT_MODE_ENABLE_WERT	-	high	unsigned char	-	-	1.0	1.0	enable/disable lowlight operational mode
STAT_RATE_DIVIDER_WERT	-	high	unsigned char	-	-	1.0	1.0	specifies the n in process every nth frame

RES_0X416F_D

Dimensions: 6 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_MAX_ALERT_TTC_50MS_WERT	-	high	unsigned char	-	-	1.0	1.0	Max time to display overlay for detected object crossing (multiple of 50ms)
STAT_MIN_ALERT_TTC_50MS_WERT	-	high	unsigned char	-	-	1.0	1.0	Min time to display overlay for detected object crossing (multiple of 50ms)
STAT_SAFETY_AREA_DM_WERT	-	high	unsigned char	-	-	1.0	1.0	Size of the safety area in decimeters
STAT_SAFETY_AREA_MULTIPLIER_WERT	-	high	unsigned char	-	-	1.0	1.0	The multiplier for the ego speed values for size of safety area
STAT_ALERT_HYSTERESIS_WERT	-	high	unsigned char	-	-	1.0	1.0	The hystersis time for the alert
STAT_ALERT_HYSTERESIS_MULTIPLIER_WERT	-	high	unsigned char	-	-	1.0	1.0	The multiplier for the crossing speed values for hysteresis alert

RES_0X4174_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_PBA_VERSION_MAIN_VERSION_WERT	-	high	unsigned char	-	-	1.0	1.0	Read PBA Version - main version - sub version - patch version - Date (YYYYMMDD)
STAT_PBA_VERSION_SUB_VERSION_WERT	-	high	unsigned char	-	-	1.0	1.0	Read PBA Version - main version - sub version - patch version - Date (YYYYMMDD)
STAT_PBA_VERSION_PATCH_VERSION_WERT	-	high	unsigned char	-	-	1.0	1.0	Read PBA Version - main version - sub version - patch version - Date (YYYYMMDD)
STAT_PBA_VERSION_DATE_WERT	-	high	unsigned long	-	-	1.0	1.0	Read PBA Version - main version - sub version - patch version - Date (YYYYMMDD)

RES_0X4176_D

Dimensions: 2 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_ACTIVATION_SPEED_FORWARD_KMH_WERT	km/h	high	unsigned char	-	-	1.0	1.0	0.0	maximum speed in forward direction for which CTA will be available
STAT_ACTIVATION_SPEED_BACKWARD_KMH_WERT	km/h	high	unsigned char	-	-	1.0	1.0	0.0	maximum speed in backward direction for which CTA will be available

RES_0X4177_D

Dimensions: 2 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_LD_MODE_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	Byte Value: 0 = Disable; 1 = Normal mode; 2 = Debug mode
STAT_LD_ARG_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	Bit Mask: 0 = HMI; 1 = ROI; 2 = BLOBS; 3 = ALL LINES; 4 = VALID LINES; 5 = VANISHING POINT RECTANGLE; 6 = LANE DATA; 7 = PROFILING

RES_0X4179_D

Dimensions: 6 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_MAX_ALERT_TTC_50MS_WERT	-	high	unsigned char	-	-	1.0	1.0	Max time to display overlay for detected object crossing (multiple of 50ms)
STAT_MIN_ALERT_TTC_50MS_WERT	-	high	unsigned char	-	-	1.0	1.0	Min time to display overlay for detected object crossing (multiple of 50ms)
STAT_SAFETY_AREA_DM_WERT	-	high	unsigned char	-	-	1.0	1.0	Size of the safety area in decimeters
STAT_SAFETY_AREA_MULTIPLIER_WERT	-	high	unsigned char	-	-	1.0	1.0	The multiplier for the ego speed values for size of safety area
STAT_ALERT_HYSTERESIS_WERT	-	high	unsigned char	-	-	1.0	1.0	The hystersis time for the alert
STAT_ALERT_HYSTERESIS_MULTIPLIER_WERT	-	high	unsigned char	-	-	1.0	1.0	The multiplier for the crossing speed values for hysteresis alert

RES_0X417A_D

Dimensions: 6 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_ALGORITHM_REAR_WERT	HEX	high	unsigned int	-	-	-	-	-	Algorithm bit mask of rear view
STAT_ALGORITHM_TOP_WERT	HEX	high	unsigned int	-	-	-	-	-	Algorithm bit mask of top view
STAT_ALGORITHM_REAR_ZOOM_WERT	HEX	high	unsigned int	-	-	-	-	-	Algorithm bit mask of rear zoom view
STAT_ALGORITHM_IDLE_WERT	HEX	high	unsigned int	-	-	-	-	-	Algorithm bit mask of idle view
STAT_ALGORITHM_SIDE_WERT	HEX	high	unsigned int	-	-	-	-	-	Algorithm bit mask of side view
STAT_ALGORITHM_SIDE_REAR_WERT	HEX	high	unsigned int	-	-	-	-	-	Algorithm bit mask of side rear view

RES_0X417B_D

Dimensions: 16 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_ROT_X_DEG_LEFT_WERT	°	high	motorola float	-	-	1.0	1.0	value in rot_x_deg_left
STAT_ROT_Z1_DEG_LEFT_WERT	°	high	motorola float	-	-	1.0	1.0	rot_z1_deg_left
STAT_ROT_Z2_DEG_LEFT_WERT	°	high	motorola float	-	-	1.0	1.0	rot_z2_deg_left
STAT_CENTRE_X_MM_LEFT_WERT	mm	high	unsigned long	-	-	1.0	1.0	centre_x_mm_left
STAT_CENTRE_Y_MM_LEFT_WERT	mm	high	unsigned long	-	-	1.0	1.0	centre_y_mm_left
STAT_CENTRE_Z_MM_LEFT_WERT	mm	high	unsigned long	-	-	1.0	1.0	centre_z_mm_left
STAT_WIDTH_MM_LEFT_WERT	mm	high	unsigned long	-	-	1.0	1.0	width_mm_left
STAT_HEIGHT_MM_LEFT_WERT	mm	high	unsigned long	-	-	1.0	1.0	height_mm_left
STAT_ROT_X_DEG_RIGHT_WERT	°	high	motorola float	-	-	1.0	1.0	rot_x_deg_right
STAT_ROT_Z1_DEG_RIGHT_WERT	°	high	motorola float	-	-	1.0	1.0	rot_z1_deg_right
STAT_ROT_Z2_DEG_RIGHT_WERT	°	high	motorola float	-	-	1.0	1.0	rot_z2_deg_right
STAT_CENTRE_X_MM_RIGHT_WERT	mm	high	unsigned long	-	-	1.0	1.0	centre_x_mm_right
STAT_CENTRE_Y_MM_RIGHT_WERT	mm	high	unsigned long	-	-	1.0	1.0	centre_y_mm_right
STAT_CENTRE_Z_MM_RIGHT_WERT	mm	high	unsigned long	-	-	1.0	1.0	centre_z_mm_right
STAT_WIDTH_MM_RIGHT_WERT	mm	high	unsigned long	-	-	1.0	1.0	width_mm_right
STAT_HEIGHT_MM_RIGHT_WERT	mm	high	unsigned long	-	-	1.0	1.0	height_mm_right

RES_0X417C_D

Dimensions: 2 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_ACTIVATION_SPEED_LIMIT_WERT	km/h	high	unsigned char	-	-	1.0	1.0	0.0	S.V. activation speed limit
STAT_DEACTIVATION_SPEED_LIMIT_WERT	km/h	high	unsigned char	-	-	1.0	1.0	0.0	S.V. deactivation speed limit

RES_0X4180_D

Dimensions: 2 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_ACTIVATION_SPEED_FORWARD_WERT	km/h	high	unsigned char	-	-	1.0	1.0	0.0	maximum speed in forward direction for which CTA will be available
STAT_ACTIVATION_SPEED_BACKWARD_WERT	km/h	high	unsigned char	-	-	1.0	1.0	0.0	maximum speed in backward direction for which CTA will be available

RES_0X4181_D

Dimensions: 11 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_IQ_THRESHOLD_1_WERT	-	high	unsigned char	-	-	1.0	1.0	IQ_Threshold_1
STAT_IQ_THRESHOLD_2_WERT	-	high	unsigned char	-	-	1.0	1.0	IQ_Threshold_2
STAT_IQ_THRESHOLD_3_WERT	-	high	unsigned char	-	-	1.0	1.0	IQ_Threshold_3
STAT_IQ_TIME_THRESHOLD_100MS_WERT	-	high	unsigned char	-	-	1.0	1.0	IQ_Time_Threshold_100ms
STAT_ARBC_QUALITY_THRESHOLD_WERT	-	high	unsigned char	-	-	1.0	1.0	ARBC_Quality_Threshold
STAT_ARBC_TIME_THRESHOLD_100MS_WERT	-	high	unsigned char	-	-	1.0	1.0	ARBC_Time_Threshold_100ms
STAT_SD_SD2BITSTILEINFO_0_DATA	DATA	high	data[8]	-	-	1.0	1.0	SD_sd2BitsTileInfo_0
STAT_SD_SD2BITSTILEINFO_1_DATA	DATA	high	data[8]	-	-	1.0	1.0	SD_sd2BitsTileInfo_1
STAT_SD_TIME_THRESHOLD_100MS_WERT	-	high	unsigned char	-	-	1.0	1.0	SD_Time_Threshold_100ms
STAT_AW_THRESHOLD_WERT	-	high	unsigned char	-	-	1.0	1.0	AW_threshold
STAT_AW_TIME_THRESHOLD_100MS_WERT	-	high	unsigned char	-	-	1.0	1.0	AW_Time_Threshold_100ms

RES_0X4182_D

Dimensions: 2 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_RECW_MODE_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	0 = Disable 1 = Normal mode 2 = Debug mode
STAT_RECW_ARG_DEBUG_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	Bit Mask: 0 = Adaboost bounding boxes 1 = Tracked bounding boxes 2= Show primary target information only

RES_0X4184_D

Dimensions: 1 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_DBG_MSG_ENABLED	0/1	high	unsigned char	-	-	-	-	-	0 = enabled 1 = disbaled Default = TRUE

RES_0X4185_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_DBG_OVERLAY_SHOW	0/1	high	unsigned char	-	-	-	-	-	Show debug overlay Default: TRUE
STAT_DBG_OVERLAYS_CAMERA_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	Debug Overlays Camera Default: 1
STAT_DBG_OVERLAYS_PLAYMODE_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	Debug Overlays Play Mode Default: 100
STAT_DBG_OVERLAYS_SHOW_PROC_TIME	0/1	high	unsigned char	-	-	-	-	-	Debug overlays show proc time Default = TRUE

RES_0X4186_D

Dimensions: 12 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_AVAILABILITY_STATUS_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Not available 1 = Soiling Available 2 = Adverse Weather Available 3 = Both available
STAT_NON_AVAILABILITY_CAUSE_SOILING_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Function not ready 1 = Image Quality not good 2 = Calibration quality not good 3 = Watchdog active 4 = Timeout 5 = Function disabled 255 = N/A
STAT_NON_AVAILABILITY_CAUSE_ADVERSE_WEATHER_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Function not ready 1 = Image Quality not good 2 = Calibration quality not good 3 = Watchdog active 4 = Timeout 5 = Function disabled 255 = N/A
STAT_AVAILABILITY_STATUS_1_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Not available 1 = Soiling Available 2 = Adverse Weather Available 3 = Both available
STAT_NON_AVAILABILITY_CAUSE_SOILING_1_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Function not ready 1 = Image Quality not good 2 = Calibration quality not good 3 = Watchdog active 4 = Timeout 5 = Function disabled 255 = N/A
STAT_NON_AVAILABILITY_CAUSE_ADVERSE_WEATHER_1_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Function not ready 1 = Image Quality not good 2 = Calibration quality not good 3 = Watchdog active 4 = Timeout 5 = Function disabled 255 = N/A
STAT_AVAILABILITY_STATUS_2_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Not available 1 = Soiling Available 2 = Adverse Weather Available 3 = Both available
STAT_NON_AVAILABILITY_CAUSE_SOILING_2_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Function not ready 1 = Image Quality not good 2 = Calibration quality not good 3 = Watchdog active 4 = Timeout 5 = Function disabled 255 = N/A
STAT_NON_AVAILABILITY_CAUSE_ADVERSE_WEATHER_2_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Function not ready 1 = Image Quality not good 2 = Calibration quality not good 3 = Watchdog active 4 = Timeout 5 = Function disabled 255 = N/A
STAT_AVAILABILITY_STATUS_3_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Not available 1 = Soiling Available 2 = Adverse Weather Available 3 = Both available
STAT_NON_AVAILABILITY_CAUSE_SOILING_3_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Function not ready 1 = Image Quality not good 2 = Calibration quality not good 3 = Watchdog active 4 = Timeout 5 = Function disabled 255 = N/A
STAT_NON_AVAILABILITY_CAUSE_ADVERSE_WEATHER_3_WERT	-	high	unsigned char	-	-	1.0	1.0	0 = Function not ready 1 = Image Quality not good 2 = Calibration quality not good 3 = Watchdog active 4 = Timeout 5 = Function disabled 255 = N/A

RES_0X4187_D

Dimensions: 84 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_SD_SOILED_TIME_S_0_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_SOILED_TIME_S_1_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_SOILED_TIME_S_2_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_0_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_1_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_2_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_0_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_1_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_2_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_0_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_1_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_2_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_0_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_1_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_2_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_0_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_1_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_2_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_0_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_1_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_2_CAM_1_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_SOILED_TIME_S_0_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_SOILED_TIME_S_1_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_SOILED_TIME_S_2_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_0_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_1_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_2_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_0_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_1_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_2_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_0_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_1_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_2_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_0_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_1_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_2_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_0_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_1_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_2_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_0_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_1_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_2_CAM_2_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_SOILED_TIME_S_0_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_SOILED_TIME_S_1_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_SOILED_TIME_S_2_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_0_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_1_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_2_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_0_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_1_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_2_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_0_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_1_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_2_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_0_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_1_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_2_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_0_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_1_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_2_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_0_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_1_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_2_CAM_3_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_SOILED_TIME_S_0_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_SOILED_TIME_S_1_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_SOILED_TIME_S_2_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_0_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_1_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NOT_SOILED_TIME_S_2_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_0_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_1_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_SD_NA_TIME_S_2_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_0_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_1_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_CLEAR_TIME_S_2_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_0_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_1_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_SOMEWHAT_ADVERSE_TIME_S_2_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_0_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_1_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_ADVERSE_TIME_S_2_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_0_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_1_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0
STAT_AWD_NA_TIME_S_2_CAM_4_WERT	-	high	unsigned char	-	-	1.0	1.0	Default = 0

RES_0X4188_D

Dimensions: 3 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_SD_AVAILABLE_TIME_S_WERT	-	high	unsigned int	-	-	1.0	1.0	Default: 0
STAT_SD_NON_ROI_TILES_N_WERT	-	high	unsigned char	-	-	1.0	1.0	Default: 0
STAT_SD_SOILED_TIME_PER_TILE_S_DATA	DATA	high	data[80]	-	-	1.0	1.0	uint16 stat_sd_soiled_time_per_tile_s[40] Default: 0

RES_0X4189_D

Dimensions: 1 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_DEBUG_OUTPUT_ENABLE	0/1	high	unsigned char	-	-	-	-	-	0 = Disable 1 = Enable

RES_0X418A_D

Dimensions: 2 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_SHOW_WARN_SYMBOL	0/1	high	unsigned char	-	-	-	-	-	Whether to show the warning symbol or not
STAT_SHOW_NA_SYMBOL	0/1	high	unsigned char	-	-	-	-	-	Whether to show the non-availability symbol

RES_0X418C_D

Dimensions: 1 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_DEBUG_OUTPUT_ENABLE	0/1	high	unsigned char	-	-	-	-	-	0 = Disable 1 = Enable

RES_0X418D_D

Dimensions: 2 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_SHOW_WARN_SYMBOL	0/1	high	unsigned char	-	-	-	-	-	Whether to show the warning symbol or not
STAT_SHOW_NA_SYMBOL	0/1	high	unsigned char	-	-	-	-	-	Whether to show the non-availability symbol

RES_0X418E_D

Dimensions: 1 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_AVAILABILITY_CHECK_MODE_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	0 = normal 1 = on 2 = off

RES_0X418F_D

Dimensions: 15 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_OD_ALG_STATUS_WERT	-	high	unsigned char	-	-	1.0	1.0	odAlgStatus
STAT_N_OBJECTS_WERT	-	high	unsigned char	-	-	1.0	1.0	nObjects
STAT_OBJECT_IN_DRIVING_TUBE_WERT	-	high	unsigned char	-	-	1.0	1.0	objectInDrivingTube
STAT_OBJECT_CLOSEST_DISTANCE_WERT	mm	high	int	-	-	1.0	1.0	objectClosestDistance_mm
STAT_N_OBJECTS_MAX_WERT	-	high	unsigned char	-	-	1.0	1.0	nObjectsMax
STAT_VERSION_TEXT	TEXT	high	string[20]	-	-	1.0	1.0	Version
STAT_LOW_LIGHT_MODE_WERT	-	high	unsigned char	-	-	1.0	1.0	lowLightMode
STAT_AVAILABILITY_REASON_WERT	-	high	unsigned int	-	-	1.0	1.0	availabilityReason
STAT_RUNTIME_WERT	-	high	unsigned int	-	-	1.0	1.0	runtime_us
STAT_TIMESTAMP_DATA	DATA	high	data[8]	-	-	1.0	1.0	timestamp_us
STAT_FRAME_NUM_SYSTEM_DATA	DATA	high	data[8]	-	-	1.0	1.0	frameNum_system
STAT_FRAME_NUM_DATA	DATA	high	data[8]	-	-	1.0	1.0	frameNum
STAT_RUNTIME_BLOCKS_DATA	DATA	high	data[80]	-	-	1.0	1.0	runtimeBlocks_us
STAT_ID2NUM_WERT	-	high	unsigned char	-	-	1.0	1.0	ID2Num
STAT_ERROR_DATA	DATA	high	data[12]	-	-	1.0	1.0	Error

RES_0X4190_D

Dimensions: 22 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_HMI_CONTROL_MASTER_WERT	-	high	unsigned char	-	-	1.0	1.0	hmiControlMaster Default: 255
STAT_INAVAILABLITY_ICON_POSITION_XY_1_WERT	-	high	unsigned int	-	-	1.0	1.0	inavailablityIconPositionXY Default = 0
STAT_INAVAILABLITY_ICON_POSITION_XY_2_WERT	-	high	unsigned int	-	-	1.0	1.0	inavailablityIconPositionXY Default = 0
STAT_WARNING_AREA_LONGITUNAL_START_MM_WERT	-	high	int	-	-	1.0	1.0	warningAreaLongitunalStart_mm Default = 0 (0m)
STAT_WARNING_AREA_LONGITUNAL_END_TIME_100MS_WERT	ms	high	unsigned char	-	-	1.0	1.0	warningAreaLongitunalEnd_time_100ms Default = 15
STAT_WARNING_AREA_LONGITUNAL_END_MIN_MM_WERT	mm	high	int	-	-	1.0	1.0	warningAreaLongitunalEnd_min_mm Default = 3000 (3m)
STAT_WARNING_AREA_LATERAL_EXTRA_WIDTH_STATIC_MM_WERT	mm	high	unsigned char	-	-	1.0	1.0	warningAreaLateralExtraWidthStatic_mm Default = 100 (0.1 m)
STAT_WARNING_AREA_LATERAL_EXTRA_WIDTH_DYNAMIC_MM_WERT	mm	high	unsigned char	-	-	1.0	1.0	warningAreaLateralExtraWidthDynamic_mm Default = 0
STAT_WARNING_ZONE_NUMBER_OF_STRIPES_WERT	-	high	unsigned char	-	-	1.0	1.0	warningZoneNumberOfStripes Default = 10
STAT_WARNING_ZONE_NUMBER_OF_SIDE_STRIPES_WERT	-	high	unsigned char	-	-	1.0	1.0	warningZoneNumberOfSideSripes Default = 2
STAT_WARNING_ZONE_STRIPE_WIDTH_DATA	DATA	high	data[10]	-	-	1.0	1.0	warningZoneStripeWidth Default = 255u,255u,255u,255u,255u,255u,255u,255u,255u,255u
STAT_WARNING_ELEMENT_WIDTH_FRACTION_WERT	-	high	unsigned char	-	-	1.0	1.0	warningElementWidthFraction Default = 255
STAT_WARNING_ELEMENT_ASPECT_RATIO_10TH_WERT	-	high	unsigned char	-	-	1.0	1.0	warningElementAspectRatio_10th Default = 30
STAT_INTERSECTION_MIN_STRIPE_OVERLAP_255THS_WERT	-	high	unsigned char	-	-	1.0	1.0	intersectionMinStripeOverlap_255ths Default = 16 (10%)
STAT_WARNING_ELEMENT_TRANSPARENCY_TOP_WERT	-	high	unsigned char	-	-	1.0	1.0	warningElementTransparencyTop Default = 255
STAT_WARNING_ELEMENT_TRANSPARENCY_BOT_WERT	-	high	unsigned char	-	-	1.0	1.0	warningElementTransparencyBot Default = 0
STAT_HMI_CELL_COLOURS_01_RGBA_DATA	DATA	high	data[4]	-	-	1.0	1.0	hmiCellColours01_rgba Default = 255u,0u,0u,255u
STAT_HMI_CELL_COLOURS_02_RGBA_DATA	DATA	high	data[4]	-	-	1.0	1.0	hmiCellColours02_rgba Default = 255u,255u,0u,255u
STAT_HMI_CELL_COLOURS_03_RGBA_DATA	DATA	high	data[4]	-	-	1.0	1.0	hmiCellColours03_rgba Default = 0u,255u,0u,255u
STAT_HMI_CELL_COLOURS_DIST_01_MM_WERT	mm	high	int	-	-	1.0	1.0	hmiCellColours_dist01_mm Default = 0
STAT_HMI_CELL_COLOURS_DIST_02_MM_WERT	mm	high	int	-	-	1.0	1.0	hmiCellColours_dist02_mm Default = 5000
STAT_HMI_CELL_COLOURS_DIST_03_MM_WERT	mm	high	int	-	-	1.0	1.0	hmiCellColours_dist03_mm Default = 10000

RES_0X4191_D

Dimensions: 8 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_ENABLE_VISUAL	0/1	high	unsigned char	-	-	-	-	-	enableVisual Default = TRUE
STAT_ENABLE_ULTRASONIC	0/1	high	unsigned char	-	-	-	-	-	enableUltrasonic Default = TRUE
STAT_DEBUG_OUTPUT_ENABLE	0/1	high	unsigned char	-	-	-	-	-	debugOutputEnable Default = TRUE
STAT_DEBUG_VISUAL_CONTENT_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	debugVisualContent Default = 1
STAT_LOW_LIGHT_MODE_ENABLE_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	lowLightModeEnable Default = 0
STAT_PARAMETER_SET_ID_WERT	-	high	unsigned char	-	-	1.0	1.0	0.0	parameterSetID Default = 1
STAT_CAMERA_MASK_WERT	-	high	unsigned long	-	-	1.0	1.0	0.0	cameraMask Default = 2
STAT_RATE_DIVIDER_WERT	-	high	unsigned long	-	-	1.0	1.0	0.0	rateDivider Default = 1

RES_0X4192_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_X1_PX_WERT	-	high	unsigned int	-	-	1.0	1.0	x1_px Default = 200
STAT_Y1_PX_WERT	-	high	unsigned int	-	-	1.0	1.0	y1_px Default = 192
STAT_WIDTH_PX_WERT	-	high	unsigned int	-	-	1.0	1.0	width_px Default = 896
STAT_HEIGHT_PX_WERT	-	high	unsigned int	-	-	1.0	1.0	height_px Default = 384

RES_0X4193_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_BIT_MASK_REARVIEW_WERT	-	high	unsigned int	-	-	1.0	1.0	Algorithm bit mask of rear view
STAT_BIT_MASK_TOPVIEW_WERT	-	high	unsigned int	-	-	1.0	1.0	Algorithm bit mask of top view
STAT_BIT_MASK_SIDEVIEW_WERT	-	high	unsigned int	-	-	1.0	1.0	Algorithm bit mask of side view
STAT_BIT_MASK_IDLEVIEW_WERT	-	high	unsigned int	-	-	1.0	1.0	Algorithm bit mask of idle view

RES_0X4198_D

Dimensions: 3 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_SD_AVAILABLE_TIME_S_WERT	-	high	unsigned int	-	-	1.0	1.0	Default: 0
STAT_SD_NON_ROI_TILES_N_WERT	-	high	unsigned char	-	-	1.0	1.0	Default: 0
STAT_SD_SOILED_TIME_PER_TILE_S_DATA	DATA	high	data[80]	-	-	1.0	1.0	uint16 stat_sd_soiled_time_per_tile_s[40] Default: 0

RES_0X4199_D

Dimensions: 3 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_SD_AVAILABLE_TIME_S_WERT	-	high	unsigned int	-	-	1.0	1.0	Default: 0
STAT_SD_NON_ROI_TILES_N_WERT	-	high	unsigned char	-	-	1.0	1.0	Default: 0
STAT_SD_SOILED_TIME_PER_TILE_S_DATA	DATA	high	data[80]	-	-	1.0	1.0	uint16 stat_sd_soiled_time_per_tile_s[40] Default: 0

RES_0X419A_D

Dimensions: 3 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_SD_AVAILABLE_TIME_S_WERT	-	high	unsigned int	-	-	1.0	1.0	Default: 0
STAT_SD_NON_ROI_TILES_N_WERT	-	high	unsigned char	-	-	1.0	1.0	Default: 0
STAT_SD_SOILED_TIME_PER_TILE_S_DATA	DATA	high	data[80]	-	-	1.0	1.0	uint16 stat_sd_soiled_time_per_tile_s[40] Default: 0

RES_0X419C_D

Dimensions: 24 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_RV_NUMBER_OF_SUCCESSFUL_CALIBRATIONS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_successful_calibrations
STAT_RV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations
STAT_RV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WITHOUT_TRACKS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations_without_tracks
STAT_RV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_DEADJUSTED_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations_deadjusted
STAT_RV_RESULT_OF_LAST_CALIBRATION_WERT	-	high	unsigned char	-	-	1.0	1.0	result_of_last_calibration
STAT_RV_ODOMETER_VALUE_OF_MATURE_CALIBRATION_KM_WERT	-	high	unsigned long	-	-	1.0	1.0	odometer_value_of_mature_calibration_km
STAT_TVL_NUMBER_OF_SUCCESSFUL_CALIBRATIONS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_successful_calibrations
STAT_TVL_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations
STAT_TVL_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WITHOUT_TRACKS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations_without_tracks
STAT_TVL_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_DEADJUSTED_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations_deadjusted
STAT_TVL_RESULT_OF_LAST_CALIBRATION_WERT	-	high	unsigned char	-	-	1.0	1.0	result_of_last_calibration
STAT_TVL_ODOMETER_VALUE_OF_MATURE_CALIBRATION_KM_WERT	-	high	unsigned long	-	-	1.0	1.0	odometer_value_of_mature_calibration_km
STAT_TVR_NUMBER_OF_SUCCESSFUL_CALIBRATIONS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_successful_calibrations
STAT_TVR_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations
STAT_TVR_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WITHOUT_TRACKS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations_without_tracks
STAT_TVR_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_DEADJUSTED_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations_deadjusted
STAT_TVR_RESULT_OF_LAST_CALIBRATION_WERT	-	high	unsigned char	-	-	1.0	1.0	result_of_last_calibration
STAT_TVR_ODOMETER_VALUE_OF_MATURE_CALIBRATION_KM_WERT	-	high	unsigned long	-	-	1.0	1.0	odometer_value_of_mature_calibration_km
STAT_FV_NUMBER_OF_SUCCESSFUL_CALIBRATIONS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_successful_calibrations
STAT_FV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations
STAT_FV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_WITHOUT_TRACKS_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations_without_tracks
STAT_FV_NUMBER_OF_UNSUCCESSFUL_CALIBRATIONS_DEADJUSTED_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_unsuccessful_calibrations_deadjusted
STAT_FV_RESULT_OF_LAST_CALIBRATION_WERT	-	high	unsigned char	-	-	1.0	1.0	result_of_last_calibration
STAT_FV_ODOMETER_VALUE_OF_MATURE_CALIBRATION_KM_WERT	-	high	unsigned long	-	-	1.0	1.0	odometer_value_of_mature_calibration_km

RES_0X419D_D

Dimensions: 24 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_RV_EXCESS_DEVIATION_THRESHOLD_DEG_1_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_RV_EXCESS_DEVIATION_THRESHOLD_DEG_2_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_RV_EXCESS_DEVIATION_THRESHOLD_DEG_3_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_RV_NUMBER_OF_CYCLES_FOR_MATURE_CALIBRATION_WERT	-	high	unsigned char	-	-	1.0	1.0	number_of_cycles_for_mature_calibration
STAT_RV_NUMBER_OF_CYCLES_FOR_UNABLE_TO_CALIBRATE_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_cycles_for_unable_to_calibrate
STAT_RV_NUMBER_OF_CYCLES_FOR_DEADJUSTED_CAMERA_WERT	-	high	unsigned char	-	-	1.0	1.0	number_of_cycles_for_deadjusted_camera
STAT_TVL_EXCESS_DEVIATION_THRESHOLD_DEG_1_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_TVL_EXCESS_DEVIATION_THRESHOLD_DEG_2_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_TVL_EXCESS_DEVIATION_THRESHOLD_DEG_3_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_TVL_NUMBER_OF_CYCLES_FOR_MATURE_CALIBRATION_WERT	-	high	unsigned char	-	-	1.0	1.0	number_of_cycles_for_mature_calibration
STAT_TVL_NUMBER_OF_CYCLES_FOR_UNABLE_TO_CALIBRATE_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_cycles_for_unable_to_calibrate
STAT_TVL_NUMBER_OF_CYCLES_FOR_DEADJUSTED_CAMERA_WERT	-	high	unsigned char	-	-	1.0	1.0	number_of_cycles_for_deadjusted_camera
STAT_TVR_EXCESS_DEVIATION_THRESHOLD_DEG_1_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_TVR_EXCESS_DEVIATION_THRESHOLD_DEG_2_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_TVR_EXCESS_DEVIATION_THRESHOLD_DEG_3_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_TVR_NUMBER_OF_CYCLES_FOR_MATURE_CALIBRATION_WERT	-	high	unsigned char	-	-	1.0	1.0	number_of_cycles_for_mature_calibration
STAT_TVR_NUMBER_OF_CYCLES_FOR_UNABLE_TO_CALIBRATE_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_cycles_for_unable_to_calibrate
STAT_TVR_NUMBER_OF_CYCLES_FOR_DEADJUSTED_CAMERA_WERT	-	high	unsigned char	-	-	1.0	1.0	number_of_cycles_for_deadjusted_camera
STAT_FV_EXCESS_DEVIATION_THRESHOLD_DEG_1_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_FV_EXCESS_DEVIATION_THRESHOLD_DEG_2_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_FV_EXCESS_DEVIATION_THRESHOLD_DEG_3_WERT	-	high	unsigned char	-	-	1.0	1.0	excess_deviation_threshold_deg[3]
STAT_FV_NUMBER_OF_CYCLES_FOR_MATURE_CALIBRATION_WERT	-	high	unsigned char	-	-	1.0	1.0	number_of_cycles_for_mature_calibration
STAT_FV_NUMBER_OF_CYCLES_FOR_UNABLE_TO_CALIBRATE_WERT	-	high	unsigned int	-	-	1.0	1.0	number_of_cycles_for_unable_to_calibrate
STAT_FV_NUMBER_OF_CYCLES_FOR_DEADJUSTED_CAMERA_WERT	-	high	unsigned char	-	-	1.0	1.0	number_of_cycles_for_deadjusted_camera

RES_0X41A0_D

Dimensions: 1 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_FEATURE_BITMASK_WERT	HEX	high	unsigned int	-	-	-	-	-	bit0: IPC watchdog enable 0x0001 Enable/disable for IPC watchdog bit1: sysmon enable 0x0002 Enable/disable for visionMid system monitoring bit15: video output disconnection enable 0x8000 Enable/disable for the disconnection of video output in idle mode

RES_0X41A4_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_STATUS_WERT	-	high	unsigned char	-	-	1.0	1.0	Status
STAT_REASON_WERT	-	high	unsigned int	-	-	1.0	1.0	Reason
STAT_WARNING_WERT	-	high	unsigned char	-	-	1.0	1.0	Warning
STAT_OVERLAY_STATUS_WERT	-	high	unsigned char	-	-	1.0	1.0	Overlay Status

RES_0X41A5_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_STATUS_WERT	-	high	unsigned char	-	-	1.0	1.0	Status
STAT_REASON_WERT	-	high	unsigned int	-	-	1.0	1.0	Reason
STAT_WARNING_WERT	-	high	unsigned char	-	-	1.0	1.0	Warning
STAT_OVERLAY_STATUS_WERT	-	high	unsigned char	-	-	1.0	1.0	Overlay status

RES_0XA01B_R

Dimensions: 5 rows × 13 columns

RESULTNAME	STR	STPR	RRR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_AUSGANG	-	-	+	0-n	-	unsigned int	-	TVideoAusgang	1.0	1.0	0.0	Gibt wieder, als Integer, welche Ausgänge getestet wurden. 0 bedeutet alle Ausgänge wurden getestet.
STAT_TEST_VIDEOAUSGANG	-	-	+	0-n	-	unsigned char	-	TTestStatus	1.0	1.0	0.0	Gibt den Status der getesteten Ausgänge wieder. Die offene Leitung zu erkennen ist optional, zwingend ist die Erkennung von Kurzschlüssen. Nach dem Herunterfahren oder Neustart des Steuergerätes wird der Status automatisch auf 0 zurückgesetzt.
STAT_ANZAHL_FEHLERHAFTE_AUSGAENGE_WERT	-	-	+	-	-	unsigned char	-	-	1.0	1.0	0.0	Dieses Result wird mit 255 belegt, wenn STAT_TEST_VIDEOAUSGANG nicht den Wert 2 oder 3 meldet. Gibt wieder, auf wie vielen Ausgängen Fehler vorlagen.
STAT_FEHLER_1_AUSGANG	-	-	+	0-n	-	unsigned int	-	TVideoAusgang	1.0	1.0	0.0	Dieses Result wird mit 65535 belegt, wenn STAT_TEST_VIDEOAUSGANG nicht den Wert 3 (Fehler) meldet oder der Ausgang nicht existiert. Gibt wieder, als Integer, auf welchem Ausgang der X. Fehler gefunden wurde.
STAT_FEHLER_1_FEHLERART_AUSGANG	-	-	+	0-n	-	unsigned char	-	TLeitungFehlerArt	-	-	-	Dieses Result wird mit 255 belegt, wenn STAT_TEST_VIDEOAUSGANG nicht den Wert 3 (Fehler) meldet oder der Ausgang nicht existiert Gibt wieder, als Integer, welcher Art der X. Fehler war.

RES_0XA302_R

Dimensions: 6 rows × 13 columns

RESULTNAME	STR	STPR	RRR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_ADR_RV_KAM	+	-	-	0-n	-	unsigned char	-	TAB_TRSVC_AUTOADR	1.0	1.0	0.0	Ausgabe des Anlernstatus der Kamera: 0x00 = Anlernen abgeschlossen oder nicht angefordert 0x01 = Anlernen läuft 0x02 = Anlernen erfolgreich durchgeführt 0x03 = Fehler: Kamera nicht in SG kodiert 0x04 = Fehler: Kamera nicht angeschlossen 0x05 = Fehler: Falsche Kamera angeschlossen
STAT_ADR_TV_L_KAM	+	-	-	0-n	-	unsigned char	-	TAB_TRSVC_AUTOADR	1.0	1.0	0.0	Ausgabe des Anlernstatus der Kamera: 0x00 = Anlernen abgeschlossen oder nicht angefordert 0x01 = Anlernen läuft 0x02 = Anlernen erfolgreich durchgeführt 0x03 = Fehler: Kamera nicht in SG kodiert 0x04 = Fehler: Kamera nicht angeschlossen 0x05 = Fehler: Falsche Kamera angeschlossen
STAT_ADR_TV_R_KAM	+	-	-	0-n	-	unsigned char	-	TAB_TRSVC_AUTOADR	1.0	1.0	0.0	Ausgabe des Anlernstatus der Kamera: 0x00 = Anlernen abgeschlossen oder nicht angefordert 0x01 = Anlernen läuft 0x02 = Anlernen erfolgreich durchgeführt 0x03 = Fehler: Kamera nicht in SG kodiert 0x04 = Fehler: Kamera nicht angeschlossen 0x05 = Fehler: Falsche Kamera angeschlossen
STAT_ADR_SV_L_KAM	+	-	-	0-n	-	unsigned char	-	TAB_TRSVC_AUTOADR	1.0	1.0	0.0	Ausgabe des Anlernstatus der Kamera: 0x00 = Anlernen abgeschlossen oder nicht angefordert 0x01 = Anlernen läuft 0x02 = Anlernen erfolgreich durchgeführt 0x03 = Fehler: Kamera nicht in SG kodiert 0x04 = Fehler: Kamera nicht angeschlossen 0x05 = Fehler: Falsche Kamera angeschlossen
STAT_ADR_SV_R_KAM	+	-	-	0-n	-	unsigned char	-	TAB_TRSVC_AUTOADR	1.0	1.0	0.0	Ausgabe des Anlernstatus der Kamera: 0x00 = Anlernen abgeschlossen oder nicht angefordert 0x01 = Anlernen läuft 0x02 = Anlernen erfolgreich durchgeführt 0x03 = Fehler: Kamera nicht in SG kodiert 0x04 = Fehler: Kamera nicht angeschlossen 0x05 = Fehler: Falsche Kamera angeschlossen
STAT_ADR_FV_KAM	+	-	-	0-n	-	unsigned char	-	TAB_TRSVC_AUTOADR	-	-	-	Ausgabe des Anlernstatus der Kamera: 0x00 = Anlernen abgeschlossen oder nicht angefordert 0x01 = Anlernen läuft 0x02 = Anlernen erfolgreich durchgeführt 0x03 = Fehler: Kamera nicht in SG kodiert 0x04 = Fehler: Kamera nicht angeschlossen 0x05 = Fehler: Falsche Kamera angeschlossen

RES_0XA305_R

Dimensions: 15 rows × 13 columns

RESULTNAME	STR	STPR	RRR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_GEWAEHLTE_KAMERA	+	-	-	0-n	high	unsigned char	-	TAB_KAMERA_ICAM	1.0	1.0	0.0	Gewählte Kamera. Siehe TAB_KAMERA_ICAM
STAT_KAMERA_KONFIG	+	-	-	0-n	high	unsigned char	-	TAB_ICAM_KONFIG	1.0	1.0	0.0	Konfiguration von iCAM zur gewählten Kamera. Siehe TAB_ICAM_KONFIG
STAT_VERFUEGBARKEIT	+	-	-	0/1	high	unsigned char	-	-	1.0	1.0	0.0	Verfügbarkeit der Kamera: 0x00 = Kamera nicht verfügbar 0x01 = Kamera verfübar
STAT_KAMERAFEHLER	+	-	-	0/1	high	unsigned char	-	-	1.0	1.0	0.0	Fehlerstatus der Kamera: 0x00 = kein Fehler erkannt 0x01 = Fehler erkannt
STAT_VERBINDUNG	+	-	-	0-n	high	unsigned char	-	TAB_ICAM_VERBINDUNG	-	-	-	Verbindungsstatus der gewählten Kamera: Siehe TAB_ICAM_VERBINDUNG
STAT_FRAMERATE_WERT	+	-	-	-	high	unsigned int	-	-	1.0	1.0	0.0	Framerate
STAT_IMAGER_STATUS	+	-	-	0/1	high	unsigned char	-	-	1.0	1.0	0.0	Status vom Imager: 0x00 = Imager nicht aktiv 0x01 = Imager aktiv
STAT_QUALITAET_ONLINEKALIBRIERUNG	+	-	-	0-n	high	unsigned char	-	TAB_QUALITAET_ONLINEKALIBRIERUNG	1.0	1.0	0.0	Qualität der Onlinekalibrierung. Siehe TAB_QUALITAET_ONLINEKALIBRIERUNG
STAT_STROM_WERT	+	-	-	mA	high	int	-	-	1.0	1.0	0.0	Ausgabe der Stromaufnahme der Rückfahrkamera in mA. Die Stromangabe erfolgt nur für die RFK Satellitenkamera. Die RFK Standalone Variante liefert immer ungültig 0xFF zurück.
STAT_ABWEICHUNGX_WERT	+	-	-	mm	high	motorola float	-	-	1.0	1.0	0.0	Abweichung der virtuellen Kameraposition von der x-Achse
STAT_ABWEICHUNGY_WERT	+	-	-	mm	high	motorola float	-	-	1.0	1.0	0.0	Abweichung der virtuellen Kameraposition von der y-Achse
STAT_ABWEICHUNGZ_WERT	+	-	-	mm	high	motorola float	-	-	1.0	1.0	0.0	Abweichung der virtuellen Kameraposition von der z-Achse
STAT_VERDREHUNGX_WERT	+	-	-	°	low	float	-	-	1.0	1.0	0.0	Abweichung der Winkelverdrehung bis auf 10-tel Grad (z.B. 2,3 °)
STAT_VERDREHUNGY_WERT	+	-	-	°	low	float	-	-	1.0	1.0	0.0	Abweichung der Winkelverdrehung bis auf 10-tel Grad (z.B. 2,3 °)
STAT_VERDREHUNGZ_WERT	+	-	-	°	low	float	-	-	1.0	1.0	0.0	Abweichung der Winkelverdrehung bis auf 10-tel Grad (z.B. 2,3 °)

RES_0XA307_R

Dimensions: 4 rows × 13 columns

RESULTNAME	STR	STPR	RRR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_CAMERA_UPDATE_FV	-	-	+	0-n	high	unsigned char	-	TAB_CAMERA_UPDATE_STATE	-	-	-	Ergebnis vom Update der FV-Kamera
STAT_CAMERA_UPDATE_RV	-	-	+	0-n	high	unsigned char	-	TAB_CAMERA_UPDATE_STATE	-	-	-	Ergebnis vom Update der RV-Kamera
STAT_CAMERA_UPDATE_TVL	-	-	+	0-n	high	unsigned char	-	TAB_CAMERA_UPDATE_STATE	-	-	-	Ergebnis vom Update der TVL-Kamera
STAT_CAMERA_UPDATE_TVR	-	-	+	0-n	high	unsigned char	-	TAB_CAMERA_UPDATE_STATE	-	-	-	Ergebnis vom Update der TVR-Kamera

RES_0XD37F_D

Dimensions: 6 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_VORHANDEN_RV_KAMERA	0/1	-	unsigned char	-	-	-	-	-	Rückfahrkamera: 0=nicht vorhanden, 1=vorhanden
STAT_VORHANDEN_TV_L_KAMERA	0/1	-	unsigned char	-	-	-	-	-	TopView-Kamera links: 0=nicht vorhanden, 1=vorhanden
STAT_VORHANDEN_TV_R_KAMERA	0/1	-	unsigned char	-	-	-	-	-	TopView-Kamera rechts: 0=nicht vorhanden, 1=vorhanden
STAT_VORHANDEN_SV_L_KAMERA	0/1	-	unsigned char	-	-	-	-	-	SideView-Kamera links: 0=nicht vorhanden, 1=vorhanden
STAT_VORHANDEN_SV_R_KAMERA	0/1	-	unsigned char	-	-	-	-	-	SideView-Kamera rechts: 0=nicht vorhanden, 1=vorhanden
STAT_VORHANDEN_FV_KAMERA	0/1	-	unsigned char	-	-	-	-	-	FrontView-Kameras: 0=nicht vorhanden, 1=vorhanden

RES_0XD3A1_D

Dimensions: 6 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_AUTOADR_RV	0/1	-	unsigned char	-	-	-	-	-	Status Anlernen RearViewCam: 0 = Kamera nicht angelernt oder nicht verbaut 1 = Kamera angelernt
STAT_AUTOADR_TV_L	0/1	-	unsigned char	-	-	-	-	-	Status Anlernen TopViewCam links: 0 = Kamera nicht angelernt oder nicht verbaut 1 = Kamera angelernt
STAT_AUTOADR_TV_R	0/1	-	unsigned char	-	-	-	-	-	Status Anlernen TopViewCam rechts: 0 = Kamera nicht angelernt oder nicht verbaut 1 = Kamera angelernt
STAT_AUTOADR_SV_L	0/1	-	unsigned char	-	-	-	-	-	Status Anlernen SideViewCam links: 0 = Kamera nicht angelernt oder nicht verbaut 1 = Kamera angelernt
STAT_AUTOADR_SV_R	0/1	-	unsigned char	-	-	-	-	-	Status Anlernen SideViewCam rechts: 0 = Kamera nicht angelernt oder nicht verbaut 1 = Kamera angelernt
STAT_AUTOADR_FV	0/1	-	unsigned char	-	-	-	-	-	Status Anlernen FrontViewCam rechts: 0 = Kamera nicht angelernt oder nicht verbaut 1 = Kamera angelernt

RES_0XD3D6_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_SENSOR_PART_NR_TEXT	TEXT	high	string[13]	-	-	1.0	1.0	Teilenummer vom Sensor: Format KK-SSSSSSS-AA
STAT_SENSOR_SW_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Softwarestand vom Sensor: Format xx.yy.zz
STAT_SENSOR_BTLD_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Softwarestand Bootloader vom Sensor: Format xx.yy.zz
STAT_SENSOR_HW_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Hardwarestand vom Sensor: Format xx.yy.zz

RES_0XD3D7_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_SENSOR_PART_NR_TEXT	TEXT	high	string[13]	-	-	1.0	1.0	Teilenummer vom Sensor: Format KK-SSSSSSS-AA
STAT_SENSOR_SW_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Softwarestand vom Sensor: Format xx.yy.zz
STAT_SENSOR_BTLD_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Softwarestand Bootloader vom Sensor: Format xx.yy.zz
STAT_SENSOR_HW_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Hardwarestand vom Sensor: Format xx.yy.zz

RES_0XD3D8_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_SENSOR_PART_NR_TEXT	TEXT	high	string[13]	-	-	1.0	1.0	Teilenummer vom Sensor: Format KK-SSSSSSS-AA
STAT_SENSOR_SW_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Softwarestand vom Sensor: Format xx.yy.zz
STAT_SENSOR_BTLD_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Softwarestand Bootloader vom Sensor: Format xx.yy.zz
STAT_SENSOR_HW_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Hardwarestand vom Sensor: Format xx.yy.zz

RES_0XD3D9_D

Dimensions: 4 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_SENSOR_PART_NR_TEXT	TEXT	high	string[13]	-	-	1.0	1.0	Teilenummer vom Sensor: Format KK-SSSSSSS-AA
STAT_SENSOR_SW_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Softwarestand vom Sensor: Format xx.yy.zz
STAT_SENSOR_BTLD_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Softwarestand Bootloader vom Sensor: Format xx.yy.zz
STAT_SENSOR_HW_RELEASE_NR_TEXT	TEXT	high	string[8]	-	-	1.0	1.0	Hardwarestand vom Sensor: Format xx.yy.zz

RES_0XD3DA_D

Dimensions: 6 rows × 10 columns

RESULTNAME	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_CAMERA_UPDATE_NOT_REQUIRED	0/1	high	unsigned char	0x01	-	-	-	-	0 = Update nicht erforderlich 1 = Update erforderlich
STAT_CAMERA_UPDATE_FV_REQUIRED	0/1	high	unsigned char	0x01	-	-	-	-	0 = Update nicht erforderlich 1 = Update erforderlich
STAT_CAMERA_UPDATE_RV_REQUIRED	0/1	high	unsigned char	0x02	-	-	-	-	0 = Update nicht erforderlich 1 = Update erforderlich
STAT_CAMERA_UPDATE_TVL_REQUIRED	0/1	high	unsigned char	0x04	-	-	-	-	0 = Update nicht erforderlich 1 = Update erforderlich
STAT_CAMERA_UPDATE_TVR_REQUIRED	0/1	high	unsigned char	0x08	-	-	-	-	0 = Update nicht erforderlich 1 = Update erforderlich
STAT_ECU_UPDATE_REQUIRED	0/1	high	unsigned char	0x10	-	-	-	-	0 = Update nicht erforderlich 1 = Update erforderlich

RES_0XF000_R

Dimensions: 1 rows × 13 columns

RESULTNAME	STR	STPR	RRR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_REG_DATA_WERT	-	-	+	HEX	high	unsigned char	-	-	-	-	-	Register Data

RES_0XF100_R

Dimensions: 4 rows × 13 columns

RESULTNAME	STR	STPR	RRR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	INFO
STAT_MODULE_ID_WERT	-	-	+	-	high	unsigned char	-	-	1.0	1.0	Module Id: ACAN_MODULE_ID 0x01U APPM_MODULE_ID 0x02U AppPIA_MODULE_ID 0x03U CFGH_MODULE_ID 0x04U DGN_MODULE_ID 0x05U ERRH_MODULE_ID 0x06U PBA_MODULE_ID 0x07U PBAIF_MODULE_ID 0x08U SSM_MODULE_ID 0x09U VDC_MODULE_ID 0x0AU
STAT_MAJOR_VERSION_WERT	-	-	+	-	high	unsigned char	-	-	1.0	1.0	Major Version
STAT_MINOR_VERSION_WERT	-	-	+	-	high	unsigned char	-	-	1.0	1.0	Minor Version
STAT_PATCH_VERSION_WERT	-	-	+	-	high	unsigned char	-	-	1.0	1.0	Patch Version

RES_0XF103_R

Dimensions: 1 rows × 13 columns

RESULTNAME	STR	STPR	RRR	EINHEIT	L/H	DATENTYP	MASKE	NAME	MUL	DIV	ADD	INFO
STAT_COMMAND_RESULT_DATA	-	-	+	DATA	high	data[4]	-	-	1.0	1.0	0.0	ReadData

SG_FUNKTIONEN

Dimensions: 131 rows × 16 columns

ARG	ID	RESULTNAME	INFO	EINHEIT	LABEL	L/H	DATENTYP	NAME	MUL	DIV	ADD	SG_ADR	SERVICE	ARG_TABELLE	RES_TABELLE
SIGNALAUSGABE	0xA01A	-	Steuert die Videosignalausgabe eines Steuergerätes (Videoquelle).	-	-	-	-	-	-	-	-	-	31	ARG_0xA01A_R	-
TEST_VIDEOAUSGANG	0xA01B	-	Steuert und bewertet den Test der Videoeingänge.	-	-	-	-	-	-	-	-	-	31	ARG_0xA01B_R	RES_0xA01B_R
STEUERN_TESTBILD_VIDEOAUSGABE	0xA301	-	Ansteuerung der Testbilder der Videoausgabe aus verschiedenen Quellen.	-	-	-	-	-	-	-	-	-	31	ARG_0xA301_R	-
STEUERN_AUTOADR_KAMERAS	0xA302	-	Anlernvorgang für Kameras mit Adressen-Zuweisung.	-	-	-	-	-	-	-	-	-	31	-	RES_0xA302_R
KAMERA_DATEN_ICAM	0xA305	-	Kameradaten	-	-	-	-	-	-	-	-	-	31	ARG_0xA305_R	RES_0xA305_R
CAMERA_UPDATE	0xA307	-	Kamera Update Job	-	-	-	-	-	-	-	-	-	31	ARG_0xA307_R	RES_0xA307_R
AUSSTATTUNG_TRSVC	0xD37F	-	Rückgabe des Verbaus der Top-/ Side-/ Front- und RearViewkameras.	-	-	-	-	-	-	-	-	-	22	-	RES_0xD37F_D
STEUERN_KALIB_KAM_RESET	0xD38E	-	RESET der Kamera-Kalibrierung in den Anlieferzustand.	-	-	-	-	-	-	-	-	-	2E	ARG_0xD38E_D	-
AUTOADRESSIERUNG_KAMERAS	0xD3A1	-	Ausgabe Status Autoadressierung der Kameras.	-	-	-	-	-	-	-	-	-	22	-	RES_0xD3A1_D
TESTBILD_KAMERA	0xD3B4	-	Startet die Testbildausgabe in den Kameras.	-	-	-	-	-	-	-	-	-	2E	ARG_0xD3B4_D	-
ECU_VARIANT	0xD3C0	STAT_ECU_VARIANTE	Abfrage der ECU Variante. Ergebnisse siehe Tabelle TAB_ECU_VARIANT	0-n	-	High	unsigned char	TAB_ECU_VARIANT	-	-	-	-	22	-	-
ECU_TEMPERATURE	0xD3C1	STAT_ECU_TEMPERATURE_WERT	Interne Temperatur der ECU	°C	-	High	char	-	1.0	1.0	0.0	-	22	-	-
TV_RIGHT_CAMERA_SERIAL_NUMBER	0xD3C2	STAT_TV_RIGHT_CAMERA_SERIAL_NUMBER_DATA	Im Host gecachte Seriennummer Kamera TV_R	DATA	-	High	data[14]	-	1.0	1.0	0.0	-	22	-	-
TV_LEFT_CAMERA_SERIAL_NUMBER	0xD3C3	STAT_TV_LEFT_CAMERA_SERIAL_NUMBER_DATA	Im Host gecachte Seriennummer Kamera TV_L	DATA	-	High	data[14]	-	1.0	1.0	0.0	-	22	-	-
REAR_CAMERA_SERIAL_NUMBER	0xD3C6	STAT_REAR_CAMERA_SERIAL_NUMBER_DATA	Im Host gecachte Seriennummer Kamera RV	DATA	-	High	data[14]	-	1.0	1.0	0.0	-	22	-	-
CURRENT_USER_BRIGHTNESS	0xD3C7	STAT_CURRENT_USER_BRIGHTNESS_DATA	Aktuelle Helligkeitseinstellungen TV, SV und RV.	DATA	-	High	data[3]	-	1.0	1.0	0.0	-	22	-	-
CURRENT_USER_CONTRAST	0xD3C8	STAT_CURRENT_USER_CONTRAST_DATA	Aktuelle Kontrasteinstellungen TV, SV und RV.	DATA	-	High	data[3]	-	1.0	1.0	0.0	-	22	-	-
FV_CAMERA_SERIAL_NUMBER	0xD3D5	STAT_FV_CAMERA_SERIAL_NUMBER_DATA	Im Host gecachte Seriennummer Kamera FV	DATA	-	High	data[14]	-	1.0	1.0	0.0	-	22	-	-
TVR_CAMERA_INFO	0xD3D6	-	Teilenummer, Software- und Hardwarenummer von TVR	-	-	-	-	-	-	-	-	-	22	-	RES_0xD3D6_D
TVL_CAMERA_INFO	0xD3D7	-	Teilenummer, Software- und Hardwarenummer von TVL	-	-	-	-	-	-	-	-	-	22	-	RES_0xD3D7_D
FV_CAMERA_INFO	0xD3D8	-	Teilenummer, Software- und Hardwarenummer von FV	-	-	-	-	-	-	-	-	-	22	-	RES_0xD3D8_D
RV_CAMERA_INFO	0xD3D9	-	Teilenummer, Software- und Hardwarenummer von RV	-	-	-	-	-	-	-	-	-	22	-	RES_0xD3D9_D
SW_UPDATE_REQUIRED	0xD3DA	-	SW-Update erforderlich	Bit	-	-	BITFIELD	RES_0xD3DA_D	-	-	-	-	22	-	-
SPANNUNG_KLEMME_15N_WERT	0xDAD2	STAT_SPANNUNG_KLEMME_15N_WERT	Spannungswert am Steuergerät an Klemme 15N (auf eine Nachkommastelle genau)	V	-	-	int	-	1.0	10.0	0.0	-	22	-	-
_TV_STATISTICS_ON_SCREEN	0x40C6	-	show current Statistics (inkl. Frames per Second) as Overlay in Output-Image	-	-	-	-	-	-	-	-	-	2E	ARG_0x40C6_D	-
_SW_VERSION_IPF_LESEN	0x4100	STAT_IPF_VERSION_LESEN_DATA	This is returning currently the RECW version Byte1: Major Version Byte2: Minor Version	DATA	-	High	data[2]	-	1.0	1.0	0.0	-	22	-	-
_PBA_READ_POICOUNT	0x4102	STAT_POI_COUNT_WERT	ReadData	-	-	High	unsigned char	-	1.0	1.0	0.0	-	22	-	-
_PBA_POI_IMPORT	0x4104	-	Write full POI data base (it means that all 12 possible POI data structures are written), it is done for the current key	-	-	-	-	-	-	-	-	-	2E	ARG_0x4104_D	-
_PBA_POI_EXPORT	0x4105	STAT_POI_DATABASE_DATA	ReadData char[167]	DATA	-	High	data[168]	-	1.0	1.0	0.0	-	22	-	-
_PBA_POI_LOESCHEN	0x4107	-	Delete a data slot of a POI for a given ID	-	-	-	-	-	-	-	-	-	2E	ARG_0x4107_D	-
_PBA_STORE_POI_FROM_BUS	0x4109	-	Permanent storage of a POI based on current nav data on CAN	-	-	-	-	-	-	-	-	-	2E	ARG_0x4109_D	-
_PBA_IGNORE_GPS	0x4120	-	Ignore the GPS information from CAN bus in order to test the car model	-	-	-	-	-	-	-	-	-	2E	ARG_0x4120_D	-
_PBA_LASTPOS_IMPORT	0x4121	-	Write last position data structure	-	-	-	-	-	-	-	-	-	2E	ARG_0x4121_D	-
_PBA_LASTPOS_EXPORT	0x4122	STAT_LASTPOS_DATA	LAT, LON, HDG, ALT	DATA	-	High	data[11]	-	1.0	1.0	0.0	-	22	-	-
_PBA_STATUS_AUTOACTIV	0x4124	STAT_AUTO_ACTIV	ReadData	0/1	-	High	unsigned char	-	-	-	-	-	22	-	-
_PBA_SET_AUTOACTIV	0x4125	-	Set PBA function status	-	-	-	-	-	-	-	-	-	2E	ARG_0x4125_D	-
_PBA_STATUS_TOLERANCE_AUTOCALC	0x4126	STAT_TOLERANCE_AUTOCALC	ReadData	0/1	-	High	unsigned char	-	-	-	-	-	22	-	-
_PBA_SET_MAP_QUAL_TOLERANCE	0x4127	-	Set qual tolerance scaling parameters	-	-	-	-	-	-	-	-	-	2E	ARG_0x4127_D	-
_PBA_MAJOR_MEMBPARAM_SCHREIBEN	0x4128	-	write ellipse major axis	-	-	-	-	-	-	-	-	-	2E	ARG_0x4128_D	-
_PBA_MINOR_MEMBPARAM_SCHREIBEN	0x4129	-	write ellipse minor axis	-	-	-	-	-	-	-	-	-	2E	ARG_0x4129_D	-
_PBA_HDG_MEMBPARAM_SCHREIBEN	0x412A	-	Set the heading membership parameters	-	-	-	-	-	-	-	-	-	2E	ARG_0x412A_D	-
_PBA_SPEED_MEMBPARAM_SCHREIBEN	0x412B	-	Set the speed membership parameters	-	-	-	-	-	-	-	-	-	2E	ARG_0x412B_D	-
_PBA_ACC_MEMBPARAM_SCHREIBEN	0x412C	-	Set the acceleration membershop parameters	-	-	-	-	-	-	-	-	-	2E	ARG_0x412C_D	-
_PBA_ALT_MEMBPARAM_SCHREIBEN	0x412D	-	set the altitude membership parameter	-	-	-	-	-	-	-	-	-	2E	ARG_0x412D_D	-
_PBA_MAJOR_MEMBPARAM_LESEN	0x412E	-	read ellipse major axis	-	-	-	-	-	-	-	-	-	22	-	RES_0x412E_D
_PBA_MINOR_MEMBPARAM_LESEN	0x412F	-	read ellipse minor axis	-	-	-	-	-	-	-	-	-	22	-	RES_0x412F_D
_PBA_HDG_MEMBPARAM_LESEN	0x4130	-	read the heading membership parameters	-	-	-	-	-	-	-	-	-	22	-	RES_0x4130_D
_PBA_SPEED_MEMBPARAM_LESEN	0x4131	-	read the speed membership parameters	-	-	-	-	-	-	-	-	-	22	-	RES_0x4131_D
_PBA_ACC_MEMBPARAM_LESEN	0x4132	-	read the acceleration membershop parameters	-	-	-	-	-	-	-	-	-	22	-	RES_0x4132_D
_PBA_ALT_MEMBPARAM_LESEN	0x4133	-	read the altitude membership parameter	-	-	-	-	-	-	-	-	-	22	-	RES_0x4133_D
_PBA_ELLIPSE_MEMBVALUE_LESEN	0x4134	STAT_ELLIPSE_MEMBVALUE_DATA	ReadData	DATA	-	High	data[12]	-	1.0	1.0	0.0	-	22	-	-
_PBA_HDG_MEMBVALUE_LESEN	0x4135	STAT_HEADING_MEMBVALUE_DATA	ReadData	DATA	-	High	data[12]	-	1.0	1.0	0.0	-	22	-	-
_PBA_ALT_MEMBVALUE_LESEN	0x4136	STAT_ALT_MEMBVALUE_DATA	ReadData	DATA	-	High	data[12]	-	1.0	1.0	0.0	-	22	-	-
_PBA_SPEED_MEMBVALUE_LESEN	0x4137	STAT_SPEED_MEMBVALUE_DATA	ReadData	DATA	-	High	data[12]	-	1.0	1.0	0.0	-	22	-	-
_PBA_ACC_MEMBVALUE_LESEN	0x4138	STAT_ACC_MEMBVALUE_DATA	ReadData	DATA	-	High	data[12]	-	1.0	1.0	0.0	-	22	-	-
_PBA_ACTIVATION_MEMBVALUE_LESEN	0x4139	STAT_ACTIV_MEMBVALUE_DATA	ReadData	DATA	-	High	data[12]	-	1.0	1.0	0.0	-	22	-	-
_PBA_DIST2POI_LESEN	0x413A	STAT_DIST2POI_WERT_DATA	Foreach 4 Bytes (unsigned long): 0 - (2^32 - 1) = m 2^32 = invalid	DATA	-	High	data[48]	-	1.0	1.0	0.0	-	22	-	-
_ATC_SET_LMC_PARAMS_SOLVER	0x413D	-	FLOAT ParallelLinesErrScale FLOAT FixedDistErrScale FLOAT OrthogonalLinesErrScale FLOAT ParallelLinesToXaxisErrScale FLOAT PosVarScale FLOAT RotVarScale FLOAT MaxRotDelta FLOAT MaxPosDelta One set	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x413D_D	RES_0x413D_D
_ATC_NOMINAL_CAMERA_POSITIONS	0x413E	-	In XZZ absolute format. Deg 64ths, mm. As used historically. Not updated by the calibration	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x413E_D	RES_0x413E_D
_ATC_CURRENT_CALIBRATION_PGM	0x413F	-	Outputs the deviation as a floating point number from the default CAD values for the vehicle variant (X,Y,Z,h per camera) based on filtered PGM calibration results	-	-	-	-	-	-	-	-	-	22	-	RES_0x413F_D
_ATC_NUMBER_COMPLETED_CYCLES	0x4140	-	Outputs the number of successful PGM & LMC calibrations completed per camera. Count should be persisted over power cycle and should only be cleared by a specific job.	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x4140_D	RES_0x4140_D
_ATC_PGM_TRACKS_GATHERED	0x4141	-	1. Outputs the number of tracks used in the last coompleted PGM calibration per camera and the number of frames analysed to acquire them. 2. Outputs the number of tracks acquired for the current calibration and the number of frames analysed to acquire them.	-	-	-	-	-	-	-	-	-	22	-	RES_0x4141_D
_ATC_PGM_HEIGHT_CALCULATION_ENABLE	0x4143	-	1. Outputs the number of tracks used in the last coompleted PGM calibration per camera and the number of frames analysed to acquire them. 2. Outputs the number of tracks acquired for the current calibration and the number of frames analysed to acquire them.	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x4143_D	RES_0x4143_D
_ATC_KERB_REJECTION_ENABLE	0x4144	-	Allows us to enable or disable PGM height calculation for specific cameras.	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x4144_D	RES_0x4144_D
_ATC_SET_PGM_PARAMETERS	0x4146	-	Allows adjustment of PGM parameters for test: - Min No. of tracks per camera. - Max No. of tracks per camera. - No. of tracks required for solve.	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x4146_D	RES_0x4146_D
_ATC_CURRENT_CALIBRATION_LMC	0x4147	-	Outputs the deviation as a floating point number from the default CAD values for the vehicle variant (X,Y,Z,h per camera) based on filtered LMC calibration results	-	-	-	-	-	-	-	-	-	22	-	RES_0x4147_D
_ATC_SET_FILTERING_TC	0x4148	-	Allows adjustment of the amount of filtering applied to calibration result	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x4148_D	RES_0x4148_D
_ATC_SET_LMC_PARAMS_SELECTORS	0x4149	-	uint16 MinNumLines uint16 MaxNumLines FLOAT MinCamOffsetXmm FLOAT MaxCamOffsetXmm FLOAT MinCamOffsetYmm FLOAT MaxCamOffsetYmm FLOAT MinAngleDeg FLOAT MaxAngleDeg uint8 Cam1 uint8 Cam2 uint8 Cam3 bool Vertical One set for each selector (10 selectors)	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x4149_D	RES_0x4149_D
_ARBC_SET_LMD_PARAMETERS	0x414B	-	Allows adjustment of LMD parameters on each camera for test: - numHorzScans & numVertScans (uint16) (requires restart) - minLineWidthMm & maxLineWidthMm (FLOAT) - numLumThreshRegions (uint8) (requires restart) - edgeThreshold (uint8) - houghThreshold (uint8) - maxHoughNoise (uint16) - houghGradStart & houghGradEnd & houghGradStep (FLOAT) (requires restart) - houghDispStart & houghDispEnd & houghDispStep (FLOAT) (requires restart)	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x414B_D	RES_0x414B_D
_ATC_ALGORITHM	0x414C	-	Determines which calibration algorithm will be activated, also allows us to select the cameras that are to be tested.	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x414C_D	RES_0x414C_D
_ATC_CURRENT_CALIBRATION	0x414E	-	Outputs the deviation of the current calibration in degrees and in mm from the default CAD values for the vehicle variant (X,Y,Z,h per camera) based on PGM/LMC results. Will select the LMC or PGM based on the algorithm selected in DID 13.	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x414E_D	RES_0x414E_D
_ATC_SPEED_STEERING_LIMITS	0x414F	-	Min Speed for LMC (kph) (uint16) Max Speed for LMC (kph) (uint16) Min Speed for PGM (kph) (uint16) Max Speed for PGM (kph) (uint16) Max Absolute Steering for PGM (deg) (FLOAT)	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x414F_D	RES_0x414F_D
_ATC_LAST_PGM_TRACKS_GATHERED	0x4150	-	Outputs number of tracks used and frames analysed in the last PGM calibration per camera	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x4150_D	RES_0x4150_D
_ATC_QUALITY_PER_CAMERA	0x4151	-	Calibration quality per camera	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x4151_D	RES_0x4151_D
_ATC_CALIBRATION_CONFIDENCE	0x4152	-	Calibration confidence per camera	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x4152_D	RES_0x4152_D
_ATC_SET_PGM_TRACKING_POSITIONS	0x4154	-	Set PGM Tracking positions	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x4154_D	RES_0x4154_D
_RECW_TRIGGER_WARNING	0x4160	-	Setzt Warnungen	-	-	-	-	-	-	-	-	-	2E	ARG_0x4160_D	-
_CTA_FRONT_ACTIVATION	0x416B	-	Enable/Disable CTA	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x416B_D	RES_0x416B_D
_CTA_FRONT_FUNCTION_MODE	0x416C	-	Mode of function	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x416C_D	RES_0x416C_D
_CTA_REAR_ACTIVATION	0x416D	-	Enable/Disable CTA Rear	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x416D_D	RES_0x416D_D
_CTA_REAR_FUNCTION_MODE	0x416E	-	Mode of function	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x416E_D	RES_0x416E_D
_CTA_REAR_PARAMETERS_FOR_COLLISION_RISK	0x416F	-	Values that affect the logic for creation of an alert	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x416F_D	RES_0x416F_D
_PBA_STATUS_CANDEBUG	0x4170	STAT_STATUS_CANDEBUG	Status CANDEBUG	0/1	-	High	char	-	-	-	-	-	22	-	-
_PBA_SET_CANDEBUG	0x4171	-	An/Abschaltung des CAN Debug Interface Default Status wird angezeigt und auf Disabled nach jedem Reset und Kaltstart gesetzt.	-	-	-	-	-	-	-	-	-	2E	ARG_0x4171_D	-
_PBA_LASTPOS_FROM_BUS_SCHREIBEN	0x4172	STAT_SCHREIBEN_STATUS	ReadData	0/1	-	High	unsigned char	-	-	-	-	-	22	-	-
_PBA_BEHAVIOR_MEMBVALUE_LESEN	0x4173	STAT_BEHAVIOR_MEMBVALUE_DATA	Read BEHAVIOR_MEMBVALUE unsigned char[12]	DATA	-	High	data[12]	-	1.0	1.0	0.0	-	22	-	-
_PBA_VERSION_LESEN	0x4174	-	PBA software component Version lesen	-	-	-	-	-	-	-	-	-	22	-	RES_0x4174_D
_CTA_REAR_SPEED_INTERVAL	0x4176	-	Activation Speed and tolerance	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4176_D	RES_0x4176_D
_LDS_FUNCTION_MODE	0x4177	-	Mode of the LDS user function	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4177_D	RES_0x4177_D
_CTA_FRONT_PARAMETERS_FOR_COLLISION_RISK	0x4179	-	Values that affect the logic for creation of an alert	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4179_D	RES_0x4179_D
_DSP_ALGORITHMS	0x417A	-	DID diagnostic service used to read/write the algorithms bit masks of rear, top, side, and idle views respectively, two bytes per view, to/from the corresponding cfg. blocks.	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x417A_D	RES_0x417A_D
_SV_VIEWPORT_PARAMETERS	0x417B	-	DID diagnostic used to read/write the side-view view-port parameters for the left and right cameras.	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x417B_D	RES_0x417B_D
_SV_SPEED_INTERVAL	0x417C	-	Diagnostic DID service used to read/set the side view activation speed interval	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x417C_D	RES_0x417C_D
_CTA_FRONT_SPEED_INTERVAL	0x4180	-	Activation Speed and tolerance	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4180_D	RES_0x4180_D
_RECW_ACTIVATION	0x4181	-	Values that affect the logic that controls the activation/disactivation of the function	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4181_D	RES_0x4181_D
_RECW_FUNCTION_MODE	0x4182	-	Sets the mode of operation of the RECW function (e.g. normal, debug, etc.)	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4182_D	RES_0x4182_D
_SAW_DEBUG_MSSG	0x4184	-	Enables/disables SAW debug messages	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4184_D	RES_0x4184_D
_SAW_DEBUG_IMAGE	0x4185	-	Enables/disables SAW debug image	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4185_D	RES_0x4185_D
_SAW_NON_AVAILABILITY_STATUS	0x4186	-	SAW availability status for each camera	-	-	-	-	-	-	-	-	-	22	-	RES_0x4186_D
_SAW_TIMES	0x4187	-	SAW timings for each camera	-	-	-	-	-	-	-	-	-	22	-	RES_0x4187_D
_SAW_GET_AREA_VALUES_CAM1	0x4188	-	Get the SAW area values	-	-	-	-	-	-	-	-	-	22	-	RES_0x4188_D
_CTA_FRONT_DEBUG_MESSAGES	0x4189	-	Enable/Disable CTA Front debug messages	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4189_D	RES_0x4189_D
_CTA_FRONT_OVERLAY_CONTROL	0x418A	-	Display/clear the warning symbol and the non-availability symbol	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x418A_D	RES_0x418A_D
_CTA_FRONT_FUNCTION_STATUS	0x418B	STAT_AVAILABILITY_CHECK_MODE_WERT	0=normal 1= on 2=off	-	-	High	unsigned char	-	1.0	1.0	0.0	-	22	-	-
_CTA_REAR_DEBUG_MESSAGES	0x418C	-	Enable/Disable CTA Rear debug messages	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x418C_D	RES_0x418C_D
_CTA_REAR_OVERLAY_CONTROL	0x418D	-	The display of the static warning/information symbol can be enabled or disabled by coding.	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x418D_D	RES_0x418D_D
_CTA_REAR_FUNCTION_STATUS	0x418E	-	Status of CTA Rear function	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x418E_D	RES_0x418E_D
_BOP_READ_STATUS	0x418F	-	Read BOP status	-	-	-	-	-	-	-	-	-	22	-	RES_0x418F_D
_BOP_HMI_WARNING_ZONE	0x4190	-	BOP HMI Warning Zone Parameters	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4190_D	RES_0x4190_D
_BOP_MODE_CONTROL	0x4191	-	BOP Mode Control	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4191_D	RES_0x4191_D
_BOP_ROI_RV	0x4192	-	BOP ROI RV	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4192_D	RES_0x4192_D
_ALG_ACTIVATION_MASK	0x4193	-	DID diagnostic service used to read/write the algorithms bit masks of rear, top, side, and idle views respectively, two bytes per view, to/from the corresponding cfg. blocks.	-	-	-	-	-	-	-	-	-	22;2E	ARG_0x4193_D	RES_0x4193_D
_SAW_RESET_TIMES	0x4194	-	Reset SAW Times	-	-	-	-	-	-	-	-	-	2E	ARG_0x4194_D	-
_ATC_CALIBRATION_HELPER_RV_TABLE_ENABLE	0x4195	-	ATC calibration helper RV table enable	-	-	-	-	-	-	-	-	-	2E	ARG_0x4195_D	-
_ATC_CALIBRATION_HELPER_TOP_VIEW_GRID_ENABLE	0x4196	-	Enable/Disable ATC calibration helper top view grid	-	-	-	-	-	-	-	-	-	2E	ARG_0x4196_D	-
_ATC_ACCURACY_LINES_CONFIG	0x4197	-	ATC accuracy lines config	-	-	-	-	-	-	-	-	-	2E	ARG_0x4197_D	-
_SAW_GET_AREA_VALUES_CAM2	0x4198	-	Get SAW area values	-	-	-	-	-	-	-	-	-	22	-	RES_0x4198_D
_SAW_GET_AREA_VALUES_CAM3	0x4199	-	Get SAW area values	-	-	-	-	-	-	-	-	-	22	-	RES_0x4199_D
_SAW_GET_AREA_VALUES_CAM4	0x419A	-	Get SAW area values	-	-	-	-	-	-	-	-	-	22	-	RES_0x419A_D
_GIGABIT_PORT_ACTIVATION	0x419B	-	Gigabit Port Activation	-	-	-	-	-	-	-	-	-	2E	ARG_0x419B_D	-
_PGM_STATES	0x419C	-	PGM states	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x419C_D	RES_0x419C_D
_PGM_ADDITIONAL_CONFIG	0x419D	-	PGM additional config	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x419D_D	RES_0x419D_D
_DEBUGGING_FEATURE_ENABLE	0x41A0	-	A diagnostic service used to read/write a cfg parameter that controls some debugging features in the system.	-	-	-	-	-	-	-	-	-	2E;22	ARG_0x41A0_D	RES_0x41A0_D
_CTA_REAR_NON_AVAILABILITY_DETECTION	0x41A4	-	Rear CTA Non Availability Detection	-	-	-	-	-	-	-	-	-	22	-	RES_0x41A4_D
_CTA_FRONT_NON_AVAILABILITY_DETECTION	0x41A5	-	Front CTA Non Availability Detection	-	-	-	-	-	-	-	-	-	22	-	RES_0x41A5_D
_IQ_READ_IMAGER_REGISTER	0xF000	-	Reads the data in the imagers registers	-	-	-	-	-	-	-	-	-	31	ARG_0xF000_R	RES_0xF000_R
_IQ_WRITE_IMAGER_REGISTER	0xF001	-	Writes data to the imagers registers	-	-	-	-	-	-	-	-	-	31	ARG_0xF001_R	-
_SW_VERSION_SC_LESEN	0xF100	-	Read out version number of all Autosar SWC	-	-	-	-	-	-	-	-	-	31	ARG_0xF100_R	RES_0xF100_R
_PBA_POI_LESEN	0xF101	-	Read data slot for POI with given ID	-	-	-	-	-	-	-	-	-	31	ARG_0xF101_R	-
_PBA_POI_SCHREIBEN	0xF102	-	Writes a data slot with phys values of POI with the a given POI-ID	-	-	-	-	-	-	-	-	-	31	ARG_0xF102_R	-
_PBA_REQ_COMMAND	0xF103	-	Request auto activation, AddPoi within quality check, PbaStartup	-	-	-	-	-	-	-	-	-	31	ARG_0xF103_R	RES_0xF103_R

TAB_CAMERA_UPDATE

Dimensions: 5 rows × 2 columns

WERT	TEXT
0x01	FV
0x02	RV
0x04	TVL
0x08	TVR
0x0F	Alle Kameras

TAB_CAMERA_UPDATE_STATE

Dimensions: 5 rows × 2 columns

WERT	TEXT
0x00	CAM_SW_UPDATE_FAILED
0x01	CAM_SW_UPDATE_RUNNING
0x02	CAM_SW_UP_TO_DATE
0x03	CAM_SW_UPDATE_IDLE
0xFF	Ungültiger Wert

TAB_CAM_ERROR

Dimensions: 6 rows × 2 columns

WERT	TEXT
0x00	Keine Fehler
0x01	RV Kamerafehler
0x02	TVR Kamerafehler
0x04	TVL Kamerafehler
0x08	FV Kamerafehler
0xFF	nicht definiert

TAB_DET_ERROR_ID

Dimensions: 1 rows × 2 columns

WERT	TEXT
0x00	DET error ID placeholder

TAB_DET_MODULE_ID

Dimensions: 1 rows × 2 columns

WERT	TEXT
0x00	Module ID placeholder

TAB_DSP_RESET_TYPE

Dimensions: 3 rows × 2 columns

WERT	TEXT
0x00	No DSP Reset
0x01	Video Freeze
0x02	IPC WDG trigger

TAB_ECU_RESET_TYPE

Dimensions: 9 rows × 2 columns

WERT	TEXT
0x00	MCU_POR_RESET
0x01	MCU_WDTO_RESET
0x02	MCU_SWR_RESET
0x04	MCU_TRAPR_RESET
0x08	MCU_IOPUWR_RESET
0x10	MCU_CM_RESET
0x20	MCU_EXTR_RESET
0x40	MCU_BOR_RESET
0xFF	MCU_RESET_UNDEFIED

TAB_ECU_VARIANT

Dimensions: 5 rows × 2 columns

WERT	TEXT
0x00	ICAM_RFK
0x01	ICAM_SVS
0x02	ICAM2_SVS
0x03	ICAM2_RFK
0xFF	Ungültiger Wert

TAB_ERROR_TYPE

Dimensions: 4 rows × 2 columns

WERT	TEXT
0x00	No Error
0x01	ECU Reset
0x02	DSP Reset
0x04	DET Error

TAB_FUSI_ERROR

Dimensions: 7 rows × 2 columns

WERT	TEXT
0x00	No error
0x01	Thread monitoring
0x02	Core monitoring
0x04	IPC monitoring
0x08	IPC error out of range
0x10	other
0xFF	nicht definiert

TAB_HANDSHAKE_HOST_VM

Dimensions: 4 rows × 2 columns

WERT	TEXT
0x00	No error
0x01	Host error occured, but playmode successfully sent to VM
0x02	Host error occured, couldnt queue playmode
0x04	Host error occured, playmode queued, but no confirmation from VM

TAB_ICAM_KONFIG

Dimensions: 5 rows × 2 columns

WERT	TEXT
0x00	nicht verbaut, nicht kodiert
0x01	verbaut, nicht kodiert
0x02	kodiert, nicht verbaut
0x03	kodiert und verbaut
0xFF	ungültig

TAB_ICAM_VERBINDUNG

Dimensions: 4 rows × 2 columns

WERT	TEXT
0x00	Kameraverbindung in Ordnung
0x01	Fehler in Versorgungspfad
0x02	Fehler in Datenpfad
0x04	Ungültig

TAB_KAMERA_ICAM

Dimensions: 7 rows × 2 columns

WERT	TEXT
0x01	Rear View Kamera
0x02	Top View Kamera links
0x03	Top View Kamera rechts
0x04	Side View Kamera links
0x05	Side View Kamera rechts
0x06	Front View Kamera
0xFF	Wert ungültig

TAB_KAMERA_TESTBILD

Dimensions: 6 rows × 2 columns

WERT	TEXT
0x01	Testbild der RV-Kamera
0x02	Testbild der TV_L-Kamera
0x03	Testbild der TV_R-Kamera
0x04	Testbild der SV_L-Kamera
0x05	Testbild der SV_R-Kamera
0x06	Testbild der FV-Kamera

TAB_KAM_DATEN

Dimensions: 3 rows × 2 columns

WERT	TEXT
0x00	Physikalischer Kamera Link ist UP
0x01	Physikalischer Kamera Link ist DOWN
0xFF	Nicht definiert

TAB_KAM_ETHERNET

Dimensions: 4 rows × 2 columns

WERT	TEXT
0x00	Kein Fehler
0x01	Kurzschluss
0x02	Offene Leitung
0xFF	Nicht definiert

TAB_KAM_VERSORGUNG

Dimensions: 4 rows × 2 columns

WERT	TEXT
0x00	Kein Fehler
0x01	Kurzschlussfehler
0x02	Unterbrechungsfehler
0xFF	Nicht definiert

TAB_QUALITAET_ONLINEKALIBRIERUNG

Dimensions: 6 rows × 2 columns

WERT	TEXT
0x00	Nicht kalibriert
0x01	Basis-Kalibrierung (mind. 1 erfolgreicher Kalibrierzyklus)
0x02	Vollständige Kalibrierung
0x05	Kalibrierung nicht möglich
0x06	Kamera mechanisch dejustiert
0xFF	Ungültig

TAB_TRSVC_AUTOADR

Dimensions: 6 rows × 2 columns

WERT	TEXT
0x00	Anlernen abgeschlossen oder nicht angefordert
0x01	Anlernen läuft
0x02	Anlernen erfolgreich durchgeführt
0x03	Fehler: Kamera nicht in SG codiert
0x04	Fehler: Kamera nicht angeschlossen
0x05	Fehler: Falsche Kamera angeschlossen

TAB_TRSVC_TESTBILD

Dimensions: 2 rows × 2 columns

WERT	TEXT
0x00	REALBILD
0x01	TESTBILD

TAB_VERBINDUNGSFEHLER_FBAS

Dimensions: 5 rows × 2 columns

WERT	TEXT
0x00	Offene Leitung bei FBAS
0x01	Kurzschluss FBAS + gegen FBAS -
0x04	Kurzschluss gegen Masse
0x05	Kurzschluss gegen Vbat
0xFF	Nicht definiert

TLEITUNGFEHLERART

Dimensions: 6 rows × 2 columns

WERT	TEXT
0x00	Leitungsunterbrechung
0x01	Kurzschluss FBAS+ gegen FBAS-
0x02	FBAS in Ordnung
0x04	Kurzschluss nach Masse
0x05	Kurzschluss nach Plus
0xFF	Ungültiger Wert

TSIGNALART

Dimensions: 9 rows × 2 columns

WERT	TEXT
0x01	Realbild
0x02	Testbild
0x03	Signal abschalten
0x04	Testbild mit Alive Counter (ACNT)
0x05	Testbild mit stehendem ACNT
0x06	Testbild mit leicht gestörtem ACNT
0x07	Testbild mit stark gestörtem ACNT
0x08	Testbild mit leicht springendem ACNT
0x09	Testbild mit stark springendem ACNT

TTESTSTATUS

Dimensions: 6 rows × 2 columns

WERT	TEXT
0x00	Test nicht gestartet
0x01	Test läuft
0x02	Test beendet ohne Fehler
0x03	Test beendet mit Fehlern
0x04	Test unterbrochen
0xFF	Nicht definiert

TVIDEOAUSGANG

Dimensions: 11 rows × 2 columns

WERT	TEXT
0x0000	Alle Ausgänge
0x0001	Ausgang 1
0x0002	Ausgang 2
0x0004	Ausgang 3
0x0008	Ausgang 4
0x0010	Ausgang 5
0x0020	Ausgang 6
0x0040	Ausgang 7
0x0080	Ausgang 8
0x0100	Ausgang 9
0xFFFF	Nicht definiert