1368 lines
87 KiB
C
1368 lines
87 KiB
C
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//
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// Warning: don't edit - generated by generate_ecu_code.pl processing ../dev/fzd_f15.json: FZD 56: Roof function centre
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// This generated code makes it easier to process CANBUS messages from the FZD ecu in a BMW i3
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//
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#define I3_ECU_FZD_TX 0x06F156
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#define I3_ECU_FZD_RX 0x0656F1
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// Skipping SHD_ESH_EINLERNEN on 0xA17C which takes arguments
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// Skipping SHD_ESH_VERFAHREN_ZEIT on 0xA183 which takes arguments
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// Skipping SHD_ESH_VERFAHREN_SONDERFUNKTION on 0xA184 which takes arguments
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// Skipping SHD_ESH_VERFAHREN_HALL on 0xA185 which takes arguments
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// Skipping SHD_ESH_VERFAHREN_PROZENT on 0xA186 which takes arguments
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// Skipping SHD_ESH_VERFAHREN_SERVICE_POSITION on 0xA187 which takes arguments
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// Skipping SHD_ESH_TASTER_STEUERN on 0xA188 which takes arguments
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#define I3_PID_FZD_DWA_SINE_ANSTEUERUNG 0xAA70
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// Activation of the siren for a maximum of 5 seconds / Ansteuerung der Sirene für maximal 5 Sekunden
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#define I3_PID_FZD_DWA_SINE_BATT_LEVEL_RESET 0xAA71
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// Reset the battery level. Perform only after replacing the battery / Reset des Batterie-Levels. Nur nach
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// Austausch der Batterie durchführen
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// Skipping DWA_SELBSTTEST on 0xAA76 which takes arguments
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// Skipping DWA_SCHAERFEN on 0xAA79 which takes arguments
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#define I3_PID_FZD_DWA_ALARM_ANZAHL_LOESCHEN 0xAA7A
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// Delete number of alarms / Anzahl Alarme löschen
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// Skipping DWA_CAR_KEY_MEMORY_RESET on 0xAA7B which takes arguments
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// Skipping SHD_ESH_NORMIERUNG_LOESCHEN on 0xD17C which takes arguments
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// Skipping SHD_ESH_KENNLINIE_LOESCHEN on 0xD17D which takes arguments
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// Skipping SHD_ESH_RELAIS_STEUERN on 0xD17E which takes arguments
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#define I3_PID_FZD_SHD_HALLSENSOREN 0xD180
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// Status of the hall sensors / Status der Hallsensoren
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#define I3_RES_FZD_STAT_HALL_A_SCHALTZUSTAND_EIN (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_HALL_A_SCHALTZUSTAND_EIN_UNIT '0/1'
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#define I3_RES_FZD_STAT_HALL_A_SCHALTZUSTAND_EIN_TYPE unsigned char
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// Hall A switching state 0x00: Off 0x01: On / Hall A Schaltzustand 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_HALL_A_VERSORGUNG_EIN (RXBUF_UCHAR(1))
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#define I3_RES_FZD_STAT_HALL_A_VERSORGUNG_EIN_UNIT '0/1'
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#define I3_RES_FZD_STAT_HALL_A_VERSORGUNG_EIN_TYPE unsigned char
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// Hall A supply 0x00: Off 0x01: On / Hall A Versorgung 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_HALL_A_FEHLERZUSTAND_NR (RXBUF_UCHAR(2))
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#define I3_RES_FZD_STAT_HALL_A_FEHLERZUSTAND_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_HALL_A_FEHLERZUSTAND_NR_TYPE unsigned char
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// Error status Hall connection see table TAB_FH_SHD_ESH_HALL_FEHLERZUSTAND / Fehlerzustand Hallanschluss siehe
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// Tabelle TAB_FH_SHD_ESH_HALL_FEHLERZUSTAND
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#define I3_RES_FZD_STAT_HALL_B_SCHALTZUSTAND_EIN (RXBUF_UCHAR(3))
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#define I3_RES_FZD_STAT_HALL_B_SCHALTZUSTAND_EIN_UNIT '0/1'
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#define I3_RES_FZD_STAT_HALL_B_SCHALTZUSTAND_EIN_TYPE unsigned char
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// Hall B switching state 0x00: Off 0x01: On / Hall B Schaltzustand 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_HALL_B_VERSORGUNG_EIN (RXBUF_UCHAR(4))
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#define I3_RES_FZD_STAT_HALL_B_VERSORGUNG_EIN_UNIT '0/1'
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#define I3_RES_FZD_STAT_HALL_B_VERSORGUNG_EIN_TYPE unsigned char
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// Hall B supply 0x00: Off 0x01: On / Hall B Versorgung 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_HALL_B_FEHLERZUSTAND_NR (RXBUF_UCHAR(5))
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#define I3_RES_FZD_STAT_HALL_B_FEHLERZUSTAND_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_HALL_B_FEHLERZUSTAND_NR_TYPE unsigned char
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// Error status Hall connection see table TAB_FH_SHD_ESH_HALL_FEHLERZUSTAND / Fehlerzustand Hallanschluss siehe
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// Tabelle TAB_FH_SHD_ESH_HALL_FEHLERZUSTAND
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#define I3_PID_FZD_SHD_ESH_TASTER 0xD192
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// Status / simulation button sunroof / Status / Simulation Taster Schiebedach
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#define I3_RES_FZD_STAT_TASTER_SHD_ESH_NR (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_TASTER_SHD_ESH_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_TASTER_SHD_ESH_NR_TYPE unsigned char
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// For button request see table TAB_FH_ESH_VERFAHREN / Tasteranforderung siehe Tabelle TAB_FH_ESH_VERFAHREN
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#define I3_RES_FZD_STAT_TASTER_RESERVE (RXBUF_UINT32(1))
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#define I3_RES_FZD_STAT_TASTER_RESERVE_UNIT '0-n'
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#define I3_RES_FZD_STAT_TASTER_RESERVE_TYPE unsigned long
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// still vacant / noch unbelgt
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#define I3_PID_FZD_ESH_VORHANDEN 0xD193
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// 0x00: electric sliding headliner not available 0x01: electric sliding headliner available / 0x00: elektrischer
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// Schiebehimmel nicht vorhanden 0x01: elektrischer Schiebehimmel vorhanden
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#define I3_RES_FZD_STAT_VORHANDEN_ESH (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_VORHANDEN_ESH_UNIT '0/1'
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#define I3_RES_FZD_STAT_VORHANDEN_ESH_TYPE unsigned char
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// 0x00: electric sliding headliner not available 0x01: electric sliding headliner available / 0x00: elektrischer
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// Schiebehimmel nicht vorhanden 0x01: elektrischer Schiebehimmel vorhanden
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#define I3_PID_FZD_SHD_ESH_TASTER_VORHANDEN 0xD194
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// 0x00: No SHD button available 0x01: SHD button available / 0x00: Kein SHD-Taster vorhanden 0x01: SHD-Taster
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// vorhanden
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#define I3_RES_FZD_STAT_VORHANDEN_TASTER_SHD_ESH (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_VORHANDEN_TASTER_SHD_ESH_UNIT '0/1'
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#define I3_RES_FZD_STAT_VORHANDEN_TASTER_SHD_ESH_TYPE char
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// 0x00: No SHD button available 0x01: SHD button available / 0x00: Kein SHD-Taster vorhanden 0x01: SHD-Taster
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// vorhanden
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#define I3_PID_FZD_SHD_VORHANDEN 0xD195
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// 1: Sunroof available / 1: Schiebedach vorhanden
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#define I3_RES_FZD_STAT_VORHANDEN_SHD (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_VORHANDEN_SHD_UNIT '0/1'
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#define I3_RES_FZD_STAT_VORHANDEN_SHD_TYPE char
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// 1: Sunroof available / 1: Schiebedach vorhanden
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#define I3_PID_FZD_SHD_BEWEGUNG 0xD196
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// Sunroof movement status / Status Bewegung Schiebedach
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#define I3_RES_FZD_STAT_SHD_INIT_NR (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_SHD_INIT_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_INIT_NR_TYPE unsigned char
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// For the initialization result, see table TAB_FH_SHD_ESH_INIT / Initialisierungsergebnis siehe Tabelle
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// TAB_FH_SHD_ESH_INIT
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#define I3_RES_FZD_STAT_SHD_BEWEGUNG_NR (RXBUF_UCHAR(1))
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#define I3_RES_FZD_STAT_SHD_BEWEGUNG_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_BEWEGUNG_NR_TYPE unsigned char
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// Movement of the element see table TAB_FH_SHD_ESH_BEWEGUNG / Bewegung des Elements siehe Tabelle
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// TAB_FH_SHD_ESH_BEWEGUNG
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#define I3_RES_FZD_STAT_SHD_POSITION_NR (RXBUF_UCHAR(2))
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#define I3_RES_FZD_STAT_SHD_POSITION_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_POSITION_NR_TYPE unsigned char
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// For the current position of the glass lid, see table TAB_FH_SHD_ESH_POSITION / Aktuelle Position des
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// Glasdeckels siehe Tabelle TAB_FH_SHD_ESH_POSITION
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#define I3_RES_FZD_STAT_SHD_POSITION_HALL_WERT (RXBUF_UINT(3))
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#define I3_RES_FZD_STAT_SHD_POSITION_HALL_WERT_UNIT 'Ink'
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#define I3_RES_FZD_STAT_SHD_POSITION_HALL_WERT_TYPE unsigned short
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// Current position in Hall pulses (500 means completely closed) / Aktuelle Position in Hall-Pulsen (500 bedeutet
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// komplett geschlossen)
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#define I3_RES_FZD_STAT_SHD_POSITION_HALL_MIN_WERT (RXBUF_UINT(5))
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#define I3_RES_FZD_STAT_SHD_POSITION_HALL_MIN_WERT_UNIT 'Ink'
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#define I3_RES_FZD_STAT_SHD_POSITION_HALL_MIN_WERT_TYPE unsigned short
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// Minimum position in Hall pulses / Minimale Position in Hall-Pulsen
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#define I3_RES_FZD_STAT_SHD_POSITION_HALL_MAX_WERT (RXBUF_UINT(7))
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#define I3_RES_FZD_STAT_SHD_POSITION_HALL_MAX_WERT_UNIT 'Ink'
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#define I3_RES_FZD_STAT_SHD_POSITION_HALL_MAX_WERT_TYPE unsigned short
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// Maximum position in Hall pulses / Maximale Position in Hall-Pulsen
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#define I3_RES_FZD_STAT_SHD_POSITION_MM_WERT (RXBUF_UINT(9))
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#define I3_RES_FZD_STAT_SHD_POSITION_MM_WERT_UNIT 'mm'
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#define I3_RES_FZD_STAT_SHD_POSITION_MM_WERT_TYPE unsigned short
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// Slide travel in mm between MIN and MAX in millimeters (0 means completely closed) / Schlittenweg in mm
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// zwischen MIN und MAX in Millimeter (0 bedeut komplett geschlossen)
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#define I3_RES_FZD_STAT_SHD_POSITION_MM_MIN_WERT (RXBUF_UINT(11))
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#define I3_RES_FZD_STAT_SHD_POSITION_MM_MIN_WERT_UNIT 'mm'
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#define I3_RES_FZD_STAT_SHD_POSITION_MM_MIN_WERT_TYPE unsigned short
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// Minimum position in millimeters / Minimale Position in Millimeter
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#define I3_RES_FZD_STAT_SHD_POSITION_MM_MAX_WERT (RXBUF_UINT(13))
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#define I3_RES_FZD_STAT_SHD_POSITION_MM_MAX_WERT_UNIT 'mm'
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#define I3_RES_FZD_STAT_SHD_POSITION_MM_MAX_WERT_TYPE unsigned short
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// Maximum position in millimeters / Maximale Position in Millimeter
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#define I3_RES_FZD_STAT_SHD_POSITION_PROZENT_WERT (RXBUF_UCHAR(15))
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#define I3_RES_FZD_STAT_SHD_POSITION_PROZENT_WERT_UNIT '%'
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#define I3_RES_FZD_STAT_SHD_POSITION_PROZENT_WERT_TYPE unsigned char
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// % of the maximum travel 0% means open / 100% means closed / % vom maximalen Verfahrweg 0% bedeutet offen /100%
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// bedeutet geschlossen
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#define I3_RES_FZD_STAT_SHD_LAGE_NR (RXBUF_UCHAR(16))
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#define I3_RES_FZD_STAT_SHD_LAGE_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_LAGE_NR_TYPE unsigned char
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// For the position of the glass cover, see table TAB_FH_SHD_ESH_LAGE_NR / Lage Glasdeckel siehe Tabelle
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// TAB_FH_SHD_ESH_LAGE_NR
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#define I3_RES_FZD_STAT_SHD_ZUSTAND_TUER_NR (RXBUF_UCHAR(17))
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#define I3_RES_FZD_STAT_SHD_ZUSTAND_TUER_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_ZUSTAND_TUER_NR_TYPE unsigned char
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// Status of the door contact that is available to the motor driver. see table TAB_FH_SHD_ESH_ZUSTAND_TUER /
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// Status Türkontakt, der den Motortreiber zur Verfügung steht. siehe Tabelle TAB_FH_SHD_ESH_ZUSTAND_TUER
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#define I3_RES_FZD_STAT_SHD_FREIGABE_AKTIV_NR (RXBUF_UCHAR(18))
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#define I3_RES_FZD_STAT_SHD_FREIGABE_AKTIV_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_FREIGABE_AKTIV_NR_TYPE unsigned char
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// For release status, see table TAB_FH_SHD_ESH_FREIGABE / Freigabezustand siehe Tabelle TAB_FH_SHD_ESH_FREIGABE
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#define I3_RES_FZD_STAT_SHD_PANIKMODUS_AKTIV_NR (RXBUF_UCHAR(19))
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#define I3_RES_FZD_STAT_SHD_PANIKMODUS_AKTIV_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_PANIKMODUS_AKTIV_NR_TYPE unsigned char
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// Status link enable panic mode / Status Verknüpfung Freigabe Panikmodus
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#define I3_RES_FZD_STAT_SHD_RESERVE (RXBUF_UINT32(20))
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#define I3_RES_FZD_STAT_SHD_RESERVE_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_RESERVE_TYPE unsigned long
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// reserve / Reserve
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// Skipping SHD_ESH_HALLVERSORGUNG on 0xD19E which takes arguments
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#define I3_PID_FZD_SHD_STATUS_DETAIL 0xD1A6
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// Extended status sunroof / Erweiterter Status Schiebedach
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#define I3_RES_FZD_STAT_SHD_RESERVE_1 (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_SHD_RESERVE_1_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_RESERVE_1_TYPE unsigned char
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// Not used by SHD! / Von SHD nicht benutzt!
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#define I3_RES_FZD_STAT_SHD_MOTORTEMPERATUR_NR (RXBUF_UCHAR(1))
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#define I3_RES_FZD_STAT_SHD_MOTORTEMPERATUR_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_MOTORTEMPERATUR_NR_TYPE unsigned char
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// For motor temperature ranges see table TAB_FH_SHD_ESH_MOTORTEMPERATUR / Motortemperaturbereiche siehe Tabelle
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// TAB_FH_SHD_ESH_MOTORTEMPERATUR
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#define I3_RES_FZD_STAT_SHD_AUSSENTEMPERATUR_WERT (RXBUF_UCHAR(2))
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#define I3_RES_FZD_STAT_SHD_AUSSENTEMPERATUR_WERT_UNIT '°C'
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#define I3_RES_FZD_STAT_SHD_AUSSENTEMPERATUR_WERT_TYPE unsigned char
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// Outside temperature (coding analogue to CAN signal) / Aussentemperatur (Codierung analog CAN-Signal)
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#define I3_RES_FZD_STAT_SHD_MT_LIEFERANT_NR (RXBUF_UCHAR(3))
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#define I3_RES_FZD_STAT_SHD_MT_LIEFERANT_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_MT_LIEFERANT_NR_TYPE unsigned char
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// For the supplier of the motor driver, see table TAB_FH_SHD_ESH_MT_LIEFERANT / Lieferant des Motortreibers
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// siehe Tabelle TAB_FH_SHD_ESH_MT_LIEFERANT
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#define I3_RES_FZD_STAT_SHD_MT_SW_VERSION (RXBUF_UINT32(4))
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#define I3_RES_FZD_STAT_SHD_MT_SW_VERSION_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_MT_SW_VERSION_TYPE unsigned long
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// SW version Byte 0 = Patchlevelnumber Byte 1 = Minorversionnumber Byte2 = Majorversionnumber Byte3 = unused /
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// SW-Version Byte 0 = Patchlevelnumber Byte 1 = Minorversionnumber Byte2 = Majorversionnumber Byte3 = unused
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#define I3_RES_FZD_STAT_SHD_EEPROM_PRUEFSUMME_NR (RXBUF_UCHAR(8))
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#define I3_RES_FZD_STAT_SHD_EEPROM_PRUEFSUMME_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_EEPROM_PRUEFSUMME_NR_TYPE unsigned char
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// Status EEPROM checksum see table TAB_FH_SHD_ESH_STAT_EEPROM / Status EEPROM Checksumme siehe Tabelle
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// TAB_FH_SHD_ESH_STAT_EEPROM
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#define I3_RES_FZD_STAT_SHD_RESERVE_2 (RXBUF_UCHAR(9))
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#define I3_RES_FZD_STAT_SHD_RESERVE_2_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_RESERVE_2_TYPE unsigned char
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// Not used by SHD for the time being! / Von SHD vorerst nicht benutzt!
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#define I3_RES_FZD_STAT_SHD_WACHHALTEN (RXBUF_UCHAR(10))
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#define I3_RES_FZD_STAT_SHD_WACHHALTEN_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_WACHHALTEN_TYPE unsigned char
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// For the status of preventing sleep, see table TAB_FH_SHD_ESH_WACHHALTEN / Status Einschlaf-Verhinderung siehe
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// Tabelle TAB_FH_SHD_ESH_WACHHALTEN
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#define I3_RES_FZD_STAT_SHD_FZG_GESCHWINDIGKEIT (RXBUF_UCHAR(11))
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#define I3_RES_FZD_STAT_SHD_FZG_GESCHWINDIGKEIT_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_FZG_GESCHWINDIGKEIT_TYPE unsigned char
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// Vehicle speed (coding analogue to CAN signal) / Fahrzeuggeschwindigkeit (Codierung analog CAN-Signal)
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#define I3_RES_FZD_STAT_SHD_RELATIVZEIT (RXBUF_UINT32(12))
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#define I3_RES_FZD_STAT_SHD_RELATIVZEIT_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_RELATIVZEIT_TYPE unsigned long
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// Current relative time (as received from the bus) / Aktuelle Relativ-Zeit (wie vom Bus erhalten)
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#define I3_RES_FZD_STAT_SHD_TEMPERATUR_UEBERWACHUNG (RXBUF_UCHAR(16))
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#define I3_RES_FZD_STAT_SHD_TEMPERATUR_UEBERWACHUNG_UNIT '0/1'
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#define I3_RES_FZD_STAT_SHD_TEMPERATUR_UEBERWACHUNG_TYPE unsigned char
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// Status activation temperature monitoring 0x00: Off 0x01: On / Status Aktivierung Temperaturüberwachung 0x00:
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// Aus 0x01: Ein
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#define I3_RES_FZD_STAT_SHD_EKS_AKTIV (RXBUF_UCHAR(17))
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#define I3_RES_FZD_STAT_SHD_EKS_AKTIV_UNIT '0/1'
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#define I3_RES_FZD_STAT_SHD_EKS_AKTIV_TYPE unsigned char
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// EKS activation status 0x00: Off 0x01: On / Status Aktivierung EKS 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_SHD_FREIGABE_DEAKTIVIERT (RXBUF_UCHAR(18))
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#define I3_RES_FZD_STAT_SHD_FREIGABE_DEAKTIVIERT_UNIT '0/1'
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#define I3_RES_FZD_STAT_SHD_FREIGABE_DEAKTIVIERT_TYPE unsigned char
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// Status link enable 0x00: Off 0x01: On / Status Verknüpfung Freigabe 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_SHD_PANIKMODUS_DEAKTIVIERT (RXBUF_UCHAR(19))
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#define I3_RES_FZD_STAT_SHD_PANIKMODUS_DEAKTIVIERT_UNIT '0/1'
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#define I3_RES_FZD_STAT_SHD_PANIKMODUS_DEAKTIVIERT_TYPE unsigned char
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// Status link enable panic mode 0x00: Off 0x01: On / Status Verknüpfung Freigabe Panikmodus 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_SHD_RESERVE_0XD1A6 (RXBUF_UINT32(20))
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#define I3_RES_FZD_STAT_SHD_RESERVE_0XD1A6_UNIT '0-n'
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#define I3_RES_FZD_STAT_SHD_RESERVE_0XD1A6_TYPE unsigned long
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// Reserve for extensions / Reserve für Erweiterungen
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#define I3_PID_FZD_SHD_RELAIS 0xD1B9
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// Status relay sunroof / Status Relais Schiebedach
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#define I3_RES_FZD_STAT_RELAIS_A_ANSTEUERUNG_EIN (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_RELAIS_A_ANSTEUERUNG_EIN_UNIT '0/1'
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#define I3_RES_FZD_STAT_RELAIS_A_ANSTEUERUNG_EIN_TYPE unsigned char
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// Status control relay A 0x00: Off 0x01: On / Status Ansteuerung Relais A 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_RELAIS_A_RUECK_EIN (RXBUF_UCHAR(1))
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#define I3_RES_FZD_STAT_RELAIS_A_RUECK_EIN_UNIT '0/1'
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#define I3_RES_FZD_STAT_RELAIS_A_RUECK_EIN_TYPE unsigned char
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// Status of the read-back line relay A 0x00: Off 0x01: On / Status Rückleseleitung Relais A 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_RELAIS_B_ANSTEUERUNG_EIN (RXBUF_UCHAR(2))
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#define I3_RES_FZD_STAT_RELAIS_B_ANSTEUERUNG_EIN_UNIT '0/1'
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#define I3_RES_FZD_STAT_RELAIS_B_ANSTEUERUNG_EIN_TYPE unsigned char
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// Status control relay B 0x00: Off 0x01: On / Status Ansteuerung Relais B 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_RELAIS_B_RUECK_EIN (RXBUF_UCHAR(3))
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#define I3_RES_FZD_STAT_RELAIS_B_RUECK_EIN_UNIT '0/1'
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#define I3_RES_FZD_STAT_RELAIS_B_RUECK_EIN_TYPE unsigned char
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// Status of the readback line relay B 0x00: Off 0x01: On / Status Rückleseleitung Relais B 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_RELAIS_A_VERSORGUNG_WERT (RXBUF_UINT(4)/100.0f)
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#define I3_RES_FZD_STAT_RELAIS_A_VERSORGUNG_WERT_UNIT 'V'
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#define I3_RES_FZD_STAT_RELAIS_A_VERSORGUNG_WERT_TYPE float
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// Input voltage at the relay (terminal voltage of the motor). Resolution 0.01 V / Eingangsspannung am Relais
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// (Klemmenspannung des Motors) . Auflösung 0,01 V
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#define I3_RES_FZD_STAT_RELAIS_B_VERSORGUNG_WERT (RXBUF_UINT(6)/100.0f)
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#define I3_RES_FZD_STAT_RELAIS_B_VERSORGUNG_WERT_UNIT 'V'
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#define I3_RES_FZD_STAT_RELAIS_B_VERSORGUNG_WERT_TYPE float
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// Input voltage at the relay (terminal voltage of the motor). Resolution 0.01 V / Eingangsspannung am Relais
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// (Klemmenspannung des Motors) . Auflösung 0,01 V
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#define I3_PID_FZD_ESH_BEWEGUNG 0xD1BA
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// Status of electrical sliding headliner movement / Status elektrischer Schiebehimmel Bewegung
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#define I3_RES_FZD_STAT_ESH_INIT_NR (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_ESH_INIT_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_INIT_NR_TYPE unsigned char
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// For the initialization result, see table TAB_FH_SHD_ESH_INIT / Initialisierungsergebnis siehe Tabelle
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// TAB_FH_SHD_ESH_INIT
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#define I3_RES_FZD_STAT_ESH_BEWEGUNG_NR (RXBUF_UCHAR(1))
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#define I3_RES_FZD_STAT_ESH_BEWEGUNG_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_BEWEGUNG_NR_TYPE unsigned char
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// Movement of the element see table TAB_FH_SHD_ESH_BEWEGUNG / Bewegung des Elements siehe Tabelle
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// TAB_FH_SHD_ESH_BEWEGUNG
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#define I3_RES_FZD_STAT_ESH_POSITION_NR (RXBUF_UCHAR(2))
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#define I3_RES_FZD_STAT_ESH_POSITION_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_POSITION_NR_TYPE unsigned char
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// Current position of the sliding headliner see table TAB_FH_SHD_ESH_POSITION / Aktuelle Position des
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// Schiebehimmels siehe Tabelle TAB_FH_SHD_ESH_POSITION
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#define I3_RES_FZD_STAT_ESH_POSITION_HALL_WERT (RXBUF_UINT(3))
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#define I3_RES_FZD_STAT_ESH_POSITION_HALL_WERT_UNIT 'Ink'
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#define I3_RES_FZD_STAT_ESH_POSITION_HALL_WERT_TYPE unsigned short
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// Current position in Hall pulses (500 means completely closed) / Aktuelle Position in Hall-Pulsen (500 bedeutet
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// komplett geschlossen)
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#define I3_RES_FZD_STAT_ESH_POSITION_HALL_MIN_WERT (RXBUF_UINT(5))
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#define I3_RES_FZD_STAT_ESH_POSITION_HALL_MIN_WERT_UNIT 'Ink'
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#define I3_RES_FZD_STAT_ESH_POSITION_HALL_MIN_WERT_TYPE unsigned short
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// Minimum position in Hall pulses / Minimale Position in Hall-Pulsen
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#define I3_RES_FZD_STAT_ESH_POSITION_HALL_MAX_WERT (RXBUF_UINT(7))
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#define I3_RES_FZD_STAT_ESH_POSITION_HALL_MAX_WERT_UNIT 'Ink'
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#define I3_RES_FZD_STAT_ESH_POSITION_HALL_MAX_WERT_TYPE unsigned short
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// Maximum position in Hall pulses / Maximale Position in Hall-Pulsen
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#define I3_RES_FZD_STAT_ESH_POSITION_MM_WERT (RXBUF_UINT(9))
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#define I3_RES_FZD_STAT_ESH_POSITION_MM_WERT_UNIT 'mm'
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#define I3_RES_FZD_STAT_ESH_POSITION_MM_WERT_TYPE unsigned short
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// supplies the slide path in mm between MIN and MAX in millimeters (0 means completely closed) / liefert den
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// Schlittenweg in mm zwischen MIN und MAX in Millimeter (0 bedeut komplett geschlossen)
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#define I3_RES_FZD_STAT_ESH_POSITION_MM_MIN_WERT (RXBUF_UINT(11))
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#define I3_RES_FZD_STAT_ESH_POSITION_MM_MIN_WERT_UNIT 'mm'
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#define I3_RES_FZD_STAT_ESH_POSITION_MM_MIN_WERT_TYPE unsigned short
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// Minimum position in millimeters / Minimale Position in Millimeter
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#define I3_RES_FZD_STAT_ESH_POSITION_MM_MAX_WERT (RXBUF_UINT(13))
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#define I3_RES_FZD_STAT_ESH_POSITION_MM_MAX_WERT_UNIT 'mm'
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#define I3_RES_FZD_STAT_ESH_POSITION_MM_MAX_WERT_TYPE unsigned short
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// Maximum position in millimeters / Maximale Position in Millimeter
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#define I3_RES_FZD_STAT_ESH_POSITION_PROZENT_WERT (RXBUF_UCHAR(15))
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#define I3_RES_FZD_STAT_ESH_POSITION_PROZENT_WERT_UNIT '%'
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#define I3_RES_FZD_STAT_ESH_POSITION_PROZENT_WERT_TYPE unsigned char
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// % of the maximum travel 0% open / 100% closed / % vom maximalen Verfahrweg 0% offen / 100% geschlossen
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#define I3_RES_FZD_STAT_ESH_LAGE_NR (RXBUF_UCHAR(16))
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#define I3_RES_FZD_STAT_ESH_LAGE_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_LAGE_NR_TYPE unsigned char
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// For the position of the sliding headliner, see table TAB_FH_SHD_ESH_LAGE_NR / Lage Schiebehimmel siehe Tabelle
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// TAB_FH_SHD_ESH_LAGE_NR
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#define I3_RES_FZD_STAT_ESH_ZUSTAND_TUER_NR (RXBUF_UCHAR(17))
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#define I3_RES_FZD_STAT_ESH_ZUSTAND_TUER_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_ZUSTAND_TUER_NR_TYPE unsigned char
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// Status of the door contact that is available to the motor driver. see table TAB_FH_SHD_ESH_ZUSTAND_TUER /
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// Status Türkontakt, der den Motortreiber zur Verfügung steht. siehe Tabelle TAB_FH_SHD_ESH_ZUSTAND_TUER
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#define I3_RES_FZD_STAT_ESH_FREIGABE_AKTIV_NR (RXBUF_UCHAR(18))
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#define I3_RES_FZD_STAT_ESH_FREIGABE_AKTIV_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_FREIGABE_AKTIV_NR_TYPE unsigned char
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// For release status, see table TAB_FH_SHD_ESH_FREIGABE / Freigabezustand siehe Tabelle TAB_FH_SHD_ESH_FREIGABE
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#define I3_RES_FZD_STAT_ESH_PANIKMODUS_AKTIV_NR (RXBUF_UCHAR(19))
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#define I3_RES_FZD_STAT_ESH_PANIKMODUS_AKTIV_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_PANIKMODUS_AKTIV_NR_TYPE unsigned char
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// Status link enable panic mode / Status Verknüpfung Freigabe Panikmodus
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#define I3_RES_FZD_STAT_ESH_RESERVE (RXBUF_UINT32(20))
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#define I3_RES_FZD_STAT_ESH_RESERVE_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_RESERVE_TYPE unsigned long
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// reserve / Reserve
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#define I3_PID_FZD_ESH_HALLSENSOREN 0xD1BB
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// Status of hall sensors, electric sliding headliner / Status Hallsensoren elektrischer Schiebehimmel
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#define I3_RES_FZD_STAT_HALL_A_SCHALTZUSTAND_EIN_0XD1BB (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_HALL_A_SCHALTZUSTAND_EIN_0XD1BB_UNIT '0/1'
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#define I3_RES_FZD_STAT_HALL_A_SCHALTZUSTAND_EIN_0XD1BB_TYPE unsigned char
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// Hall A switching state 0x00: Off 0x01: On / Hall A Schaltzustand 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_HALL_A_VERSORGUNG_EIN_0XD1BB (RXBUF_UCHAR(1))
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#define I3_RES_FZD_STAT_HALL_A_VERSORGUNG_EIN_0XD1BB_UNIT '0/1'
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#define I3_RES_FZD_STAT_HALL_A_VERSORGUNG_EIN_0XD1BB_TYPE unsigned char
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// Hall A supply 0x00: Off 0x01: On / Hall A Versorgung 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_HALL_A_FEHLERZUSTAND_NR_0XD1BB (RXBUF_UCHAR(2))
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#define I3_RES_FZD_STAT_HALL_A_FEHLERZUSTAND_NR_0XD1BB_UNIT '0-n'
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#define I3_RES_FZD_STAT_HALL_A_FEHLERZUSTAND_NR_0XD1BB_TYPE unsigned char
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// Error status Hall connection see table TAB_FH_SHD_ESH_HALL_FEHLERZUSTAND / Fehlerzustand Hallanschluss siehe
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// Tabelle TAB_FH_SHD_ESH_HALL_FEHLERZUSTAND
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#define I3_RES_FZD_STAT_HALL_B_SCHALTZUSTAND_EIN_0XD1BB (RXBUF_UCHAR(3))
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#define I3_RES_FZD_STAT_HALL_B_SCHALTZUSTAND_EIN_0XD1BB_UNIT '0/1'
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#define I3_RES_FZD_STAT_HALL_B_SCHALTZUSTAND_EIN_0XD1BB_TYPE unsigned char
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// Hall B switching state 0x00: Off 0x01: On / Hall B Schaltzustand 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_HALL_B_VERSORGUNG_EIN_0XD1BB (RXBUF_UCHAR(4))
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#define I3_RES_FZD_STAT_HALL_B_VERSORGUNG_EIN_0XD1BB_UNIT '0/1'
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#define I3_RES_FZD_STAT_HALL_B_VERSORGUNG_EIN_0XD1BB_TYPE unsigned char
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// Hall B supply 0x00: Off 0x01: On / Hall B Versorgung 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_HALL_B_FEHLERZUSTAND_NR_0XD1BB (RXBUF_UCHAR(5))
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#define I3_RES_FZD_STAT_HALL_B_FEHLERZUSTAND_NR_0XD1BB_UNIT '0-n'
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#define I3_RES_FZD_STAT_HALL_B_FEHLERZUSTAND_NR_0XD1BB_TYPE unsigned char
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// Error status Hall connection see table TAB_FH_SHD_ESH_HALL_FEHLERZUSTAND / Fehlerzustand Hallanschluss siehe
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// Tabelle TAB_FH_SHD_ESH_HALL_FEHLERZUSTAND
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#define I3_PID_FZD_ESH_RELAIS 0xD1BC
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// Status relay electrical sliding headliner / Status Relais elektrischer Schiebehimmel
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#define I3_RES_FZD_STAT_RELAIS_A_ANSTEUERUNG_EIN_0XD1BC (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_RELAIS_A_ANSTEUERUNG_EIN_0XD1BC_UNIT '0/1'
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#define I3_RES_FZD_STAT_RELAIS_A_ANSTEUERUNG_EIN_0XD1BC_TYPE unsigned char
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// Status control relay A 0x00: Off 0x01: On / Status Ansteuerung Relais A 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_RELAIS_A_RUECK_EIN_0XD1BC (RXBUF_UCHAR(1))
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#define I3_RES_FZD_STAT_RELAIS_A_RUECK_EIN_0XD1BC_UNIT '0/1'
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#define I3_RES_FZD_STAT_RELAIS_A_RUECK_EIN_0XD1BC_TYPE unsigned char
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// Status of the read-back line relay A 0x00: Off 0x01: On / Status Rückleseleitung Relais A 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_RELAIS_B_ANSTEUERUNG_EIN_0XD1BC (RXBUF_UCHAR(2))
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#define I3_RES_FZD_STAT_RELAIS_B_ANSTEUERUNG_EIN_0XD1BC_UNIT '0/1'
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#define I3_RES_FZD_STAT_RELAIS_B_ANSTEUERUNG_EIN_0XD1BC_TYPE unsigned char
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// Status control relay B 0x00: Off 0x01: On / Status Ansteuerung Relais B 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_RELAIS_B_RUECK_EIN_0XD1BC (RXBUF_UCHAR(3))
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#define I3_RES_FZD_STAT_RELAIS_B_RUECK_EIN_0XD1BC_UNIT '0/1'
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#define I3_RES_FZD_STAT_RELAIS_B_RUECK_EIN_0XD1BC_TYPE unsigned char
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// Status of the readback line relay B 0x00: Off 0x01: On / Status Rückleseleitung Relais B 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_RELAIS_A_VERSORGUNG_WERT_0XD1BC (RXBUF_UINT(4)/100.0f)
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#define I3_RES_FZD_STAT_RELAIS_A_VERSORGUNG_WERT_0XD1BC_UNIT 'V'
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#define I3_RES_FZD_STAT_RELAIS_A_VERSORGUNG_WERT_0XD1BC_TYPE float
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// Input voltage at the relay (terminal voltage of the motor). Resolution 0.01 V / Eingangsspannung am Relais
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// (Klemmenspannung des Motors) . Auflösung 0,01 V
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#define I3_RES_FZD_STAT_RELAIS_B_VERSORGUNG_WERT_0XD1BC (RXBUF_UINT(6)/100.0f)
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#define I3_RES_FZD_STAT_RELAIS_B_VERSORGUNG_WERT_0XD1BC_UNIT 'V'
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#define I3_RES_FZD_STAT_RELAIS_B_VERSORGUNG_WERT_0XD1BC_TYPE float
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// Input voltage at the relay (terminal voltage of the motor). Resolution 0.01 V / Eingangsspannung am Relais
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// (Klemmenspannung des Motors) . Auflösung 0,01 V
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#define I3_PID_FZD_ESH_STATUS_DETAIL 0xD1BD
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// Extended information electric sliding headliner / Erweiterte Informationen elektrischer Schiebehimmel
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#define I3_RES_FZD_STAT_ESH_RESERVE_1 (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_ESH_RESERVE_1_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_RESERVE_1_TYPE unsigned char
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// Not used by ESH! / Von ESH nicht benutzt!
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#define I3_RES_FZD_STAT_ESH_MOTORTEMPERATUR_NR (RXBUF_UCHAR(1))
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#define I3_RES_FZD_STAT_ESH_MOTORTEMPERATUR_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_MOTORTEMPERATUR_NR_TYPE unsigned char
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// Motor temperature ranges, see table TAB_FH_SHD_ESH_MOTORTEMPERATUR / Motortemperaturbereiche, siehe Tabelle
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// TAB_FH_SHD_ESH_MOTORTEMPERATUR
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#define I3_RES_FZD_STAT_ESH_AUSSENTEMPERATUR_WERT (RXBUF_UCHAR(2)*0.5f-40.0)
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#define I3_RES_FZD_STAT_ESH_AUSSENTEMPERATUR_WERT_UNIT '°C'
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#define I3_RES_FZD_STAT_ESH_AUSSENTEMPERATUR_WERT_TYPE float
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// Outside temperature (coding analogue to CAN signal) / Aussentemperatur (Codierung analog CAN-Signal)
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#define I3_RES_FZD_STAT_ESH_MT_LIEFERANT_NR (RXBUF_UCHAR(3))
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#define I3_RES_FZD_STAT_ESH_MT_LIEFERANT_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_MT_LIEFERANT_NR_TYPE unsigned char
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// Supplier of the motor driver, see table TAB_FH_SHD_ESH_MT_LIEFERANT / Lieferant des Motortreibers, siehe
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// Tabelle TAB_FH_SHD_ESH_MT_LIEFERANT
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#define I3_RES_FZD_STAT_ESH_MT_SW_VERSION (RXBUF_UINT32(4))
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#define I3_RES_FZD_STAT_ESH_MT_SW_VERSION_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_MT_SW_VERSION_TYPE unsigned long
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// SW version Byte 0 = Patchlevelnumber Byte 1 = Minorversionnumber Byte2 = Majorversionnumber Byte3 = unused /
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// SW-Version Byte 0 = Patchlevelnumber Byte 1 = Minorversionnumber Byte2 = Majorversionnumber Byte3 = unused
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#define I3_RES_FZD_STAT_ESH_EEPROM_PRUEFSUMME_NR (RXBUF_UCHAR(8))
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#define I3_RES_FZD_STAT_ESH_EEPROM_PRUEFSUMME_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_EEPROM_PRUEFSUMME_NR_TYPE unsigned char
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// Status EEPROM checksum, see table TAB_FH_SHD_ESH_STAT_EEPROM / Status EEPROM Checksumme, siehe Tabelle
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// TAB_FH_SHD_ESH_STAT_EEPROM
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#define I3_RES_FZD_STAT_ESH_RESERVE_2 (RXBUF_UCHAR(9))
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#define I3_RES_FZD_STAT_ESH_RESERVE_2_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_RESERVE_2_TYPE unsigned char
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// Not used by SHD for the time being! / Von SHD vorerst nicht benutzt!
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#define I3_RES_FZD_STAT_ESH_WACHHALTEN (RXBUF_UCHAR(10))
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#define I3_RES_FZD_STAT_ESH_WACHHALTEN_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_WACHHALTEN_TYPE unsigned char
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// Status of falling asleep prevention, see table TAB_FH_SHD_ESH_WACHHALTEN / Status Einschlaf-Verhinderung,
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// siehe Tabelle TAB_FH_SHD_ESH_WACHHALTEN
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#define I3_RES_FZD_STAT_ESH_FZG_GESCHWINDIGKEIT (RXBUF_UCHAR(11))
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#define I3_RES_FZD_STAT_ESH_FZG_GESCHWINDIGKEIT_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_FZG_GESCHWINDIGKEIT_TYPE unsigned char
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// Vehicle speed (coding analogue to CAN signal) / Fahrzeuggeschwindigkeit (Codierung analog CAN-Signal)
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#define I3_RES_FZD_STAT_ESH_RELATIVZEIT (RXBUF_UINT32(12))
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#define I3_RES_FZD_STAT_ESH_RELATIVZEIT_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_RELATIVZEIT_TYPE unsigned long
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// Current relative time (as received from the bus) / Aktuelle Relativ-Zeit (wie vom Bus erhalten)
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#define I3_RES_FZD_STAT_ESH_TEMPERATUR_UEBERWACHUNG (RXBUF_UCHAR(16))
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#define I3_RES_FZD_STAT_ESH_TEMPERATUR_UEBERWACHUNG_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_ESH_TEMPERATUR_UEBERWACHUNG_TYPE unsigned char
|
|
// Status activation temperature monitoring 0x00: Off 0x01: On / Status Aktivierung Temperaturüberwachung 0x00:
|
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// Aus 0x01: Ein
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#define I3_RES_FZD_STAT_ESH_EKS_AKTIV (RXBUF_UCHAR(17))
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#define I3_RES_FZD_STAT_ESH_EKS_AKTIV_UNIT '0/1'
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#define I3_RES_FZD_STAT_ESH_EKS_AKTIV_TYPE unsigned char
|
|
// EKS activation status 0x00: Off 0x01: On / Status Aktivierung EKS 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_ESH_FREIGABE_DEAKTIVIERT (RXBUF_UCHAR(18))
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#define I3_RES_FZD_STAT_ESH_FREIGABE_DEAKTIVIERT_UNIT '0/1'
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#define I3_RES_FZD_STAT_ESH_FREIGABE_DEAKTIVIERT_TYPE unsigned char
|
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// Status link enable 0x00: Off 0x01: On / Status Verknüpfung Freigabe 0x00: Aus 0x01: Ein
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#define I3_RES_FZD_STAT_ESH_PANIKMODUS_DEAKTIVIERT (RXBUF_UCHAR(19))
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#define I3_RES_FZD_STAT_ESH_PANIKMODUS_DEAKTIVIERT_UNIT '0/1'
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#define I3_RES_FZD_STAT_ESH_PANIKMODUS_DEAKTIVIERT_TYPE unsigned char
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// Status link enable panic mode 0x00: Panic mode active 0x01: Panic mode deactivated / Status Verknüpfung
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// Freigabe Panikmodus 0x00: Panikmodus aktiv 0x01: Panikmodus deaktiviert
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#define I3_RES_FZD_STAT_ESH_RESERVE_0XD1BD (RXBUF_UINT32(20))
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#define I3_RES_FZD_STAT_ESH_RESERVE_0XD1BD_UNIT '0-n'
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#define I3_RES_FZD_STAT_ESH_RESERVE_0XD1BD_TYPE unsigned long
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// Reserve for extensions / Reserve für Erweiterungen
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#define I3_PID_FZD_SHD_STATISTIKZAEHLER_LESEN 0xD1BE
|
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// Reading out the statistic counter of the sunroof / Auslesen des Statistikzählers Schiebedach
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#define I3_RES_FZD_STAT_NACHNORMIERUNG_AUTOMATISCH (RXBUF_UINT(0))
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#define I3_RES_FZD_STAT_NACHNORMIERUNG_AUTOMATISCH_UNIT '0-n'
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#define I3_RES_FZD_STAT_NACHNORMIERUNG_AUTOMATISCH_TYPE unsigned short
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// Number of automatic readjustments / Anzahl automatische Nachnormierungen
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#define I3_RES_FZD_STAT_NACHNORMIERUNG_MANUELL (RXBUF_UINT(2))
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#define I3_RES_FZD_STAT_NACHNORMIERUNG_MANUELL_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_NACHNORMIERUNG_MANUELL_TYPE unsigned short
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// Number of manual readjustments / Anzahl manuelle Nachnormierungen
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#define I3_RES_FZD_STAT_VERFAHREN_EMERGENCY (RXBUF_UINT(4))
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#define I3_RES_FZD_STAT_VERFAHREN_EMERGENCY_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VERFAHREN_EMERGENCY_TYPE unsigned short
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// Procedure in Emergnecy Close / Verfahren im Emergnecy Close
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#define I3_RES_FZD_STAT_PANIC (RXBUF_UINT(6))
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#define I3_RES_FZD_STAT_PANIC_UNIT '0-n'
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#define I3_RES_FZD_STAT_PANIC_TYPE unsigned short
|
|
// Procedure in panic mode / Verfahren im Panic Mode
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|
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#define I3_RES_FZD_STAT_REVERSIER_NORMALMODUS (RXBUF_UINT(8))
|
|
#define I3_RES_FZD_STAT_REVERSIER_NORMALMODUS_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_REVERSIER_NORMALMODUS_TYPE unsigned short
|
|
// Number of reversing processes in normal mode / Anzahl der Reversiervorgänge im Normalmode
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#define I3_RES_FZD_STAT_REVERSIERER_EMERGENCY (RXBUF_UINT(10))
|
|
#define I3_RES_FZD_STAT_REVERSIERER_EMERGENCY_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_REVERSIERER_EMERGENCY_TYPE unsigned short
|
|
// Number of reversing processes in emergency mode / Anzahl Reversiervorgänge im Emergency Mode
|
|
|
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#define I3_RES_FZD_STAT_ABBRUCH_MOTORLAUF (RXBUF_UINT(12))
|
|
#define I3_RES_FZD_STAT_ABBRUCH_MOTORLAUF_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_ABBRUCH_MOTORLAUF_TYPE unsigned short
|
|
// Number of times the engine has aborted / Anzahl der Abbrüche des Motorlaufs
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|
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#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_80_KMH (RXBUF_UINT(14))
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_80_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_80_KMH_TYPE unsigned short
|
|
// Number of opening processes in the range 0-80 km / h / Anzahl Vorgänge Öffnen im Bereich 0-80 km/h
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|
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#define I3_RES_FZD_STAT_VORGANG_HEBEN_80_KMH (RXBUF_UINT(16))
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_80_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_80_KMH_TYPE unsigned short
|
|
// Number of lifting operations / fan position in the range 0-80 km / h / Anzahl Vorgänge Heben/Lüfterposition im
|
|
// Bereich 0-80 km/h
|
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|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_80_KMH (RXBUF_UINT(18))
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_80_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_80_KMH_TYPE unsigned short
|
|
// Number of closing processes in the range 0-80 km / h / Anzahl Vorgänge Schliessen im Bereich 0-80 km/h
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|
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#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_120_KMH (RXBUF_UINT(20))
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_120_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_120_KMH_TYPE unsigned short
|
|
// Number of opening processes in the range 80-120 km / h / Anzahl Vorgänge Öffnen im Bereich 80-120 km/h
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|
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_120_KMH (RXBUF_UINT(22))
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_120_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_120_KMH_TYPE unsigned short
|
|
// Number of lifting operations / fan position in the range 80-120 km / h / Anzahl Vorgänge Heben/Lüfterposition
|
|
// im Bereich 80-120 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_120_KMH (RXBUF_UINT(24))
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_120_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_120_KMH_TYPE unsigned short
|
|
// Number of closing processes in the range 80-120 km / h / Anzahl Vorgänge Schliessen im Bereich 80-120 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_160_KMH (RXBUF_UINT(26))
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_160_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_160_KMH_TYPE unsigned short
|
|
// Number of opening processes in the range 120-160 km / h / Anzahl Vorgänge Öffnen im Bereich 120-160 km/h
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|
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_160_KMH (RXBUF_UINT(28))
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_160_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_160_KMH_TYPE unsigned short
|
|
// Number of lifting operations / fan position in the range 120-160 km / h / Anzahl Vorgänge Heben/Lüfterposition
|
|
// im Bereich 120-160 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_160_KMH (RXBUF_UINT(30))
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_160_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_160_KMH_TYPE unsigned short
|
|
// Number of processes closing in the range 120-160 km / h / Anzahl Vorgänge Schliessen im Bereich 120-160 km/h
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|
|
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#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_300_KMH (RXBUF_UINT(32))
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_300_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_300_KMH_TYPE unsigned short
|
|
// Number of opening processes in the range> 160 km / h / Anzahl Vorgänge Öffnen im Bereich > 160 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_300_KMH (RXBUF_UINT(34))
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_300_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_300_KMH_TYPE unsigned short
|
|
// Number of lifting operations / fan position in the range> 160 km / h / Anzahl Vorgänge Heben/Lüfterposition im
|
|
// Bereich > 160 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_300_KMH (RXBUF_UINT(36))
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_300_KMH_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_300_KMH_TYPE unsigned short
|
|
// Number of closing processes in the range> 160 km / h / Anzahl Vorgänge Schliessen im Bereich > 160 km/h
|
|
|
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#define I3_RES_FZD_STAT_BETAETIGUNG_BEI_MINUS_10_GRAD (RXBUF_UINT(38))
|
|
#define I3_RES_FZD_STAT_BETAETIGUNG_BEI_MINUS_10_GRAD_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_BETAETIGUNG_BEI_MINUS_10_GRAD_TYPE unsigned short
|
|
// Actuation at minus 10 degrees / Betätigungen bei minus 10 Grad
|
|
|
|
#define I3_RES_FZD_STAT_REVERSIER_BEI_0_GRAD (RXBUF_UINT(40))
|
|
#define I3_RES_FZD_STAT_REVERSIER_BEI_0_GRAD_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_REVERSIER_BEI_0_GRAD_TYPE unsigned short
|
|
// Reversing processes at less than 0 degrees / Reversiervorgänge bei kleiner 0 Grad
|
|
|
|
#define I3_RES_FZD_STAT_RESERVE_1 (RXBUF_UINT32(42))
|
|
#define I3_RES_FZD_STAT_RESERVE_1_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_RESERVE_1_TYPE unsigned long
|
|
// Reserve 1 / Reserve 1
|
|
|
|
#define I3_RES_FZD_STAT_RESERVE_2 (RXBUF_UINT32(46))
|
|
#define I3_RES_FZD_STAT_RESERVE_2_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_RESERVE_2_TYPE unsigned long
|
|
// Reserve 2 / Reserve 2
|
|
|
|
#define I3_RES_FZD_STAT_RESERVE_3 (RXBUF_UINT32(50))
|
|
#define I3_RES_FZD_STAT_RESERVE_3_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_RESERVE_3_TYPE unsigned long
|
|
// Reserve 3 / Reserve 3
|
|
|
|
#define I3_RES_FZD_STAT_RESERVE_4 (RXBUF_UINT32(54))
|
|
#define I3_RES_FZD_STAT_RESERVE_4_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_RESERVE_4_TYPE unsigned long
|
|
// Reserve 4 / Reserve 4
|
|
|
|
#define I3_RES_FZD_STAT_RESERVE_5 (RXBUF_UINT32(58))
|
|
#define I3_RES_FZD_STAT_RESERVE_5_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_RESERVE_5_TYPE unsigned long
|
|
// Reserve 5 / Reserve 5
|
|
|
|
#define I3_RES_FZD_STAT_RESERVE_6 (RXBUF_UINT(62))
|
|
#define I3_RES_FZD_STAT_RESERVE_6_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_RESERVE_6_TYPE unsigned short
|
|
// Reserve 6 / Reserve 6
|
|
|
|
// Skipping SHD_STATISTIKZAEHLER_LOESCHEN on 0xD1BF which takes arguments
|
|
|
|
#define I3_PID_FZD_ESH_STATISTIKZAEHLER_LESEN 0xD1C0
|
|
// Reading out the statistics counter for the electric sliding headliner / Auslesen des Statistikzähler
|
|
// elektrischer Schiebehimmel
|
|
|
|
#define I3_RES_FZD_STAT_NACHNORMIERUNG_AUTOMATISCH_0XD1C0 (RXBUF_UINT(0))
|
|
#define I3_RES_FZD_STAT_NACHNORMIERUNG_AUTOMATISCH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_NACHNORMIERUNG_AUTOMATISCH_0XD1C0_TYPE unsigned short
|
|
// Number of automatic readjustments / Anzahl automatische Nachnormierungen
|
|
|
|
#define I3_RES_FZD_STAT_NACHNORMIERUNG_MANUELL_0XD1C0 (RXBUF_UINT(2))
|
|
#define I3_RES_FZD_STAT_NACHNORMIERUNG_MANUELL_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_NACHNORMIERUNG_MANUELL_0XD1C0_TYPE unsigned short
|
|
// Number of manual readjustments / Anzahl manuelle Nachnormierungen
|
|
|
|
#define I3_RES_FZD_STAT_VERFAHREN_EMERGENCY_0XD1C0 (RXBUF_UINT(4))
|
|
#define I3_RES_FZD_STAT_VERFAHREN_EMERGENCY_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VERFAHREN_EMERGENCY_0XD1C0_TYPE unsigned short
|
|
// Procedure in Emergnecy Close / Verfahren im Emergnecy Close
|
|
|
|
#define I3_RES_FZD_STAT_PANIC_0XD1C0 (RXBUF_UINT(6))
|
|
#define I3_RES_FZD_STAT_PANIC_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_PANIC_0XD1C0_TYPE unsigned short
|
|
// Procedure in panic mode / Verfahren im Panic Mode
|
|
|
|
#define I3_RES_FZD_STAT_REVERSIER_NORMALMODUS_0XD1C0 (RXBUF_UINT(8))
|
|
#define I3_RES_FZD_STAT_REVERSIER_NORMALMODUS_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_REVERSIER_NORMALMODUS_0XD1C0_TYPE unsigned short
|
|
// Number of reversing processes in normal mode / Anzahl der Reversiervorgänge im Normalmode
|
|
|
|
#define I3_RES_FZD_STAT_REVERSIERER_EMERGENCY_0XD1C0 (RXBUF_UINT(10))
|
|
#define I3_RES_FZD_STAT_REVERSIERER_EMERGENCY_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_REVERSIERER_EMERGENCY_0XD1C0_TYPE unsigned short
|
|
// Number of reversing processes in emergency mode / Anzahl Reversiervorgänge im Emergency Mode
|
|
|
|
#define I3_RES_FZD_STAT_ABBRUCH_MOTORLAUF_0XD1C0 (RXBUF_UINT(12))
|
|
#define I3_RES_FZD_STAT_ABBRUCH_MOTORLAUF_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_ABBRUCH_MOTORLAUF_0XD1C0_TYPE unsigned short
|
|
// Number of times the engine has aborted / Anzahl der Abbrüche des Motorlaufs
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_80_KMH_0XD1C0 (RXBUF_UINT(14))
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_80_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_80_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of opening processes in the range 0-80 km / h / Anzahl Vorgänge Öffnen im Bereich 0-80 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_80_KMH_0XD1C0 (RXBUF_UINT(16))
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_80_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_80_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of lifting operations / fan position in the range 0-80 km / h / Anzahl Vorgänge Heben/Lüfterposition im
|
|
// Bereich 0-80 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_80_KMH_0XD1C0 (RXBUF_UINT(18))
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_80_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_80_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of closing processes in the range 0-80 km / h / Anzahl Vorgänge Schliessen im Bereich 0-80 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_120_KMH_0XD1C0 (RXBUF_UINT(20))
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_120_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_120_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of opening processes in the range 80-120 km / h / Anzahl Vorgänge Öffnen im Bereich 80-120 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_120_KMH_0XD1C0 (RXBUF_UINT(22))
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_120_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_120_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of lifting operations / fan position in the range 80-120 km / h / Anzahl Vorgänge Heben/Lüfterposition
|
|
// im Bereich 80-120 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_120_KMH_0XD1C0 (RXBUF_UINT(24))
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_120_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_120_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of closing processes in the range 80-120 km / h / Anzahl Vorgänge Schliessen im Bereich 80-120 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_160_KMH_0XD1C0 (RXBUF_UINT(26))
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_160_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_160_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of opening processes in the range 120-160 km / h / Anzahl Vorgänge Öffnen im Bereich 120-160 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_160_KMH_0XD1C0 (RXBUF_UINT(28))
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_160_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_160_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of lifting operations / fan position in the range 120-160 km / h / Anzahl Vorgänge Heben/Lüfterposition
|
|
// im Bereich 120-160 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_160_KMH_0XD1C0 (RXBUF_UINT(30))
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_160_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_160_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of processes closing in the range 120-160 km / h / Anzahl Vorgänge Schliessen im Bereich 120-160 km/h
|
|
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_300_KMH_0XD1C0 (RXBUF_UINT(32))
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_300_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_OEFFNEN_300_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of opening processes in the range> 160 km / h / Anzahl Vorgänge Öffnen im Bereich > 160 km/h
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|
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_300_KMH_0XD1C0 (RXBUF_UINT(34))
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#define I3_RES_FZD_STAT_VORGANG_HEBEN_300_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_HEBEN_300_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of lifting operations / fan position in the range> 160 km / h / Anzahl Vorgänge Heben/Lüfterposition im
|
|
// Bereich > 160 km/h
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|
|
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#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_300_KMH_0XD1C0 (RXBUF_UINT(36))
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|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_300_KMH_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_VORGANG_SCHLIESSEN_300_KMH_0XD1C0_TYPE unsigned short
|
|
// Number of closing processes in the range> 160 km / h / Anzahl Vorgänge Schliessen im Bereich > 160 km/h
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|
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#define I3_RES_FZD_STAT_BETAETIGUNG_BEI_MINUS_10_GRAD_0XD1C0 (RXBUF_UINT(38))
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#define I3_RES_FZD_STAT_BETAETIGUNG_BEI_MINUS_10_GRAD_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_BETAETIGUNG_BEI_MINUS_10_GRAD_0XD1C0_TYPE unsigned short
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// Actuation at minus 10 degrees / Betätigungen bei minus 10 Grad
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#define I3_RES_FZD_STAT_REVERSIER_BEI_0_GRAD_0XD1C0 (RXBUF_UINT(40))
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#define I3_RES_FZD_STAT_REVERSIER_BEI_0_GRAD_0XD1C0_UNIT '0-n'
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#define I3_RES_FZD_STAT_REVERSIER_BEI_0_GRAD_0XD1C0_TYPE unsigned short
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// Reversing processes at less than 0 degrees / Reversiervorgänge bei kleiner 0 Grad
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#define I3_RES_FZD_STAT_RESERVE_1_0XD1C0 (RXBUF_UINT32(42))
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#define I3_RES_FZD_STAT_RESERVE_1_0XD1C0_UNIT '0-n'
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#define I3_RES_FZD_STAT_RESERVE_1_0XD1C0_TYPE unsigned long
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// Reserve 1 / Reserve 1
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#define I3_RES_FZD_STAT_RESERVE_2_0XD1C0 (RXBUF_UINT32(46))
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#define I3_RES_FZD_STAT_RESERVE_2_0XD1C0_UNIT '0-n'
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#define I3_RES_FZD_STAT_RESERVE_2_0XD1C0_TYPE unsigned long
|
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// Reserve 2 / Reserve 2
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#define I3_RES_FZD_STAT_RESERVE_3_0XD1C0 (RXBUF_UINT32(50))
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#define I3_RES_FZD_STAT_RESERVE_3_0XD1C0_UNIT '0-n'
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|
#define I3_RES_FZD_STAT_RESERVE_3_0XD1C0_TYPE unsigned long
|
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// Reserve 3 / Reserve 3
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#define I3_RES_FZD_STAT_RESERVE_4_0XD1C0 (RXBUF_UINT32(54))
|
|
#define I3_RES_FZD_STAT_RESERVE_4_0XD1C0_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_RESERVE_4_0XD1C0_TYPE unsigned long
|
|
// Reserve 4 / Reserve 4
|
|
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#define I3_RES_FZD_STAT_RESERVE_5_0XD1C0 (RXBUF_UINT32(58))
|
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#define I3_RES_FZD_STAT_RESERVE_5_0XD1C0_UNIT '0-n'
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|
#define I3_RES_FZD_STAT_RESERVE_5_0XD1C0_TYPE unsigned long
|
|
// Reserve 5 / Reserve 5
|
|
|
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#define I3_RES_FZD_STAT_RESERVE_6_0XD1C0 (RXBUF_UINT(62))
|
|
#define I3_RES_FZD_STAT_RESERVE_6_0XD1C0_UNIT '0-n'
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|
#define I3_RES_FZD_STAT_RESERVE_6_0XD1C0_TYPE unsigned short
|
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// Reserve 6 / Reserve 6
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// Skipping ESH_STATISTIKZAEHLER_LOESCHEN on 0xD1C1 which takes arguments
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#define I3_PID_FZD_DWA_SINE_LIN 0xDCA1
|
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// 0: No LIN siren installed 1: LIN siren installed / 0: Keine LIN-Sirene verbaut 1: LIN-Sirene verbaut
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#define I3_RES_FZD_STAT_VORHANDEN_LIN_SIRENE (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_VORHANDEN_LIN_SIRENE_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_VORHANDEN_LIN_SIRENE_TYPE char
|
|
// 0: No LIN siren installed 1: LIN siren installed / 0: Keine LIN-Sirene verbaut 1: LIN-Sirene verbaut
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#define I3_PID_FZD_DWA_SINE 0xDCA2
|
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// Status of the siren / tilt sensor / Status der Sirene / Neigungsgeber
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#define I3_RES_FZD_STAT_LEITUNG_NR (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_LEITUNG_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_LEITUNG_NR_TYPE char
|
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// Line monitoring status / Status der Leitungsüberwachung
|
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|
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#define I3_RES_FZD_STAT_UNTERSPANNUNG_EXT_NR (RXBUF_UCHAR(1))
|
|
#define I3_RES_FZD_STAT_UNTERSPANNUNG_EXT_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_UNTERSPANNUNG_EXT_NR_TYPE char
|
|
// Status of undervoltage monitoring of the external battery / Status Unterspannungsüberwachung der externen
|
|
// Batterie
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#define I3_RES_FZD_STAT_EEPROM_NR (RXBUF_UCHAR(2))
|
|
#define I3_RES_FZD_STAT_EEPROM_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_EEPROM_NR_TYPE char
|
|
// EEPROM monitoring status / Status Überwachnung EEPROM
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|
|
#define I3_RES_FZD_STAT_AKTIVER_SCHUTZ_NR (RXBUF_UCHAR(3))
|
|
#define I3_RES_FZD_STAT_AKTIVER_SCHUTZ_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_AKTIVER_SCHUTZ_NR_TYPE char
|
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// Active protection status / Status Aktiver Schutz
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|
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#define I3_RES_FZD_STAT_WAKE_UP_NR (RXBUF_UCHAR(4))
|
|
#define I3_RES_FZD_STAT_WAKE_UP_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_WAKE_UP_NR_TYPE char
|
|
// Status monitoring of the wake-up time / Status Überwachung der WakeUp-Zeit
|
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#define I3_RES_FZD_STAT_SIRENE_AKUSTIK_NR (RXBUF_UCHAR(5))
|
|
#define I3_RES_FZD_STAT_SIRENE_AKUSTIK_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_SIRENE_AKUSTIK_NR_TYPE char
|
|
// Status siren circuit (acoustics) / Status Sirenenschaltkreis (Akustik)
|
|
|
|
#define I3_RES_FZD_STAT_TILT_NR (RXBUF_UCHAR(6))
|
|
#define I3_RES_FZD_STAT_TILT_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_TILT_NR_TYPE char
|
|
// Inclination sensor status / Status Neigungsgeber
|
|
|
|
#define I3_PID_FZD_DWA_SINE_BATT_LEVEL 0xDCA3
|
|
// Internal battery status: See table TAB_SINE_BATT_LEVEL / Status interne Batterie: Siehe Tabelle
|
|
// TAB_SINE_BATT_LEVEL
|
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|
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#define I3_RES_FZD_STAT_SIRENE_INTERNER_BATTERIE_LEVEL_NR (RXBUF_UCHAR(0))
|
|
#define I3_RES_FZD_STAT_SIRENE_INTERNER_BATTERIE_LEVEL_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_SIRENE_INTERNER_BATTERIE_LEVEL_NR_TYPE unsigned char
|
|
// Internal battery status: See table TAB_SINE_BATT_LEVEL / Status interne Batterie: Siehe Tabelle
|
|
// TAB_SINE_BATT_LEVEL
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|
|
|
// Skipping DWA_LED on 0xDCA8 which takes arguments
|
|
|
|
#define I3_PID_FZD_DWA_SINE_NEIGUNG 0xDCA9
|
|
// Vehicle inclination angle (X and Y axes). / Neigungswinkel (X- und Y-Achse) des Fahrzeugs.
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|
|
|
#define I3_RES_FZD_STAT_NEIGUNG_X_ACHSE_WERT (RXBUF_UINT(0))
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|
#define I3_RES_FZD_STAT_NEIGUNG_X_ACHSE_WERT_UNIT 'Grad'
|
|
#define I3_RES_FZD_STAT_NEIGUNG_X_ACHSE_WERT_TYPE unsigned short
|
|
// X-axis inclination angle in degrees / Neigungswinkel X-Achse in Grad
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|
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#define I3_RES_FZD_STAT_NEIGUNG_Y_ACHSE_WERT (RXBUF_UINT(2))
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#define I3_RES_FZD_STAT_NEIGUNG_Y_ACHSE_WERT_UNIT 'Grad'
|
|
#define I3_RES_FZD_STAT_NEIGUNG_Y_ACHSE_WERT_TYPE unsigned short
|
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// Y-axis inclination angle in degrees / Neigungswinkel Y-Achse in Grad
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|
|
|
// Skipping DWA_CAR_KEY_MEMORY on 0xDCAA which takes arguments
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|
|
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#define I3_PID_FZD_DWA_INTERN 0xDCAC
|
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// 0: disarmed; / 0: entschärft;
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|
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#define I3_RES_FZD_STAT_DWA_INTERN_NR (RXBUF_UINT(0))
|
|
#define I3_RES_FZD_STAT_DWA_INTERN_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_DWA_INTERN_NR_TYPE unsigned short
|
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// 0: disarmed; / 0: entschärft;
|
|
|
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#define I3_PID_FZD_DWA_ALARM_AUSGELOEST 0xDCB0
|
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// Status which triggered the alarm / Status, welcher Alarm ausgelöst hat
|
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|
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#define I3_RES_FZD_STAT_DWA_ALARM_MOTORHAUBE_AUSGELOEST_EIN (RXBUF_UCHAR(0))
|
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#define I3_RES_FZD_STAT_DWA_ALARM_MOTORHAUBE_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_MOTORHAUBE_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by bonnet; 1 = DWA alarm triggered by bonnet / 0= DWA-Alarm nicht ausgelöst durch
|
|
// Motorhaube; 1= DWA-Alarm ausgelöst durch Motorhaube
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_FAT_AUSGELOEST_EIN (RXBUF_UCHAR(1))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_FAT_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_FAT_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by driver's door; 1 = DWA alarm triggered by driver's door / 0= DWA-Alarm nicht
|
|
// ausgelöst durch Fahrertür; 1= DWA-Alarm ausgelöst durch Fahrertür
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_BFT_AUSGELOEST_EIN (RXBUF_UCHAR(2))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_BFT_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_BFT_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by passenger door; 1 = DWA alarm triggered by passenger door / 0= DWA-Alarm nicht
|
|
// ausgelöst durch Beifahrertür; 1= DWA-Alarm ausgelöst durch Beifahrertür
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_FATH_AUSGELOEST_EIN (RXBUF_UCHAR(3))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_FATH_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_FATH_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by the rear driver's door; 1 = DWA alarm triggered by the driver's rear door / 0=
|
|
// DWA-Alarm nicht ausgelöst durch Fahrertür hinten; 1= DWA-Alarm ausgelöst durch Fahrertür hinten
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_BFTH_AUSGELOEST_EIN (RXBUF_UCHAR(4))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_BFTH_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_BFTH_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by rear passenger door; 1 = DWA alarm triggered by the rear passenger door / 0=
|
|
// DWA-Alarm nicht ausgelöst durch Beifahrertür hinten ; 1= DWA-Alarm ausgelöst durch Beifahrertür hinten
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_HECKKLAPPE_AUSGELOEST_EIN (RXBUF_UCHAR(5))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_HECKKLAPPE_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_HECKKLAPPE_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by tailgate; 1 = DWA alarm triggered by tailgate / 0= DWA-Alarm nicht ausgelöst
|
|
// durch Heckklappe; 1= DWA-Alarm ausgelöst durch Heckklappe
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_HECKSCHEIBE_AUSGELOEST_EIN (RXBUF_UCHAR(6))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_HECKSCHEIBE_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_HECKSCHEIBE_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by rear window; 1 = DWA alarm triggered by rear window / 0= DWA-Alarm nicht
|
|
// ausgelöst durch Heckscheibe; 1= DWA-Alarm ausgelöst durch Heckscheibe
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_OBD_KOMMUNIKATION_EIN (RXBUF_UCHAR(7))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_OBD_KOMMUNIKATION_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_OBD_KOMMUNIKATION_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by OBD communication; 1 = DWA alarm triggered by OBD communication / 0= DWA-Alarm
|
|
// nicht ausgelöst durch OBD-Kommunikation; 1= DWA-Alarm ausgelöst durch OBD-Kommunikation
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_LEITUNGSUEBERWACHUNG_SINE_AUSGELOEST_EIN (RXBUF_UCHAR(8))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_LEITUNGSUEBERWACHUNG_SINE_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_LEITUNGSUEBERWACHUNG_SINE_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by line monitoring SINE; 1 = DWA alarm triggered by SINE line monitoring / 0=
|
|
// DWA-Alarm nicht ausgelöst durch Leitungsüberwachung SINE; 1= DWA-Alarm ausgelöst durch Leitungsüberwachung
|
|
// SINE
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_MANIPULATION_AUTH_AUSGELOEST_EIN (RXBUF_UCHAR(9))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_MANIPULATION_AUTH_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_MANIPULATION_AUTH_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by manipulation authentication; 1 = DWA alarm triggered by manipulation
|
|
// authentication / 0= DWA-Alarm nicht ausgelöst durch Manipulation Authentisierung; 1= DWA-Alarm ausgelöst durch
|
|
// Manipulation Authentisierung
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_USIS_A_UND_B_AUSGELOEST_EIN (RXBUF_UCHAR(10))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_USIS_A_UND_B_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_USIS_A_UND_B_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by interior protection A and B; 1 = DWA alarm triggered by interior protection A
|
|
// and B / 0= DWA-Alarm nicht ausgelöst durch Innenraumschutz A und B; 1= DWA-Alarm ausgelöst durch
|
|
// Innenraumschutz A und B
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_USIS_A_AUSGELOEST_EIN (RXBUF_UCHAR(11))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_USIS_A_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_USIS_A_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by interior protection A; 1 = DWA alarm triggered by interior protection A / 0=
|
|
// DWA-Alarm nicht ausgelöst durch Innenraumschutz A; 1= DWA-Alarm ausgelöst durch Innenraumschutz A
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_USIS_B_AUSGELOEST_EIN (RXBUF_UCHAR(12))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_USIS_B_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_USIS_B_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by interior protection B; 1 = DWA alarm triggered by interior protection B / 0=
|
|
// DWA-Alarm nicht ausgelöst durch Innenraumschutz B; 1= DWA-Alarm ausgelöst durch Innenraumschutz B
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_NEIGUNGSGEBER_X_AUSGELOEST_EIN (RXBUF_UCHAR(13))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_NEIGUNGSGEBER_X_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_NEIGUNGSGEBER_X_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by X-axis inclination sensor; 1 = DWA alarm triggered by inclination sensor X-axis
|
|
// / 0= DWA-Alarm nicht ausgelöst durch Neigungsgeber X-Achse; 1= DWA-Alarm ausgelöst durch Neigungsgeber X-Achse
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_NEIGUNGSGEBER_Y_AUSGELOEST_EIN (RXBUF_UCHAR(14))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_NEIGUNGSGEBER_Y_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_NEIGUNGSGEBER_Y_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by Y-axis inclination sensor; 1 = DWA alarm triggered by inclination sensor Y-axis
|
|
// / 0= DWA-Alarm nicht ausgelöst durch Neigungsgeber Y-Achse; 1= DWA-Alarm ausgelöst durch Neigungsgeber Y-Achse
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_NEIGUNGSGEBER_X_UND_Y_AUSGELOEST_EIN (RXBUF_UCHAR(15))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_NEIGUNGSGEBER_X_UND_Y_AUSGELOEST_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_NEIGUNGSGEBER_X_UND_Y_AUSGELOEST_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by inclination sensor X and Y axis; 1 = DWA alarm triggered by inclination sensor
|
|
// X and Y axis / 0= DWA-Alarm nicht ausgelöst durch Neigungsgeber X- und Y-Achse; 1= DWA-Alarm ausgelöst durch
|
|
// Neigungsgeber X- und Y-Achse
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_SINE_SPANNUNG_EIN (RXBUF_UCHAR(16))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_SINE_SPANNUNG_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_SINE_SPANNUNG_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by SINE power supply; 1 = DWA alarm triggered by SINE power supply / 0= DWA-Alarm
|
|
// nicht ausgelöst durch SINE Spannungsversorgung; 1= DWA-Alarm ausgelöst durch SINE Spannungsversorgung
|
|
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_SINE_LIN_TELEGRAMM_EIN (RXBUF_UCHAR(17))
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_SINE_LIN_TELEGRAMM_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_SINE_LIN_TELEGRAMM_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by SINE no LIN telegram can be sent; 1 = DWA alarm triggered by SINE no LIN
|
|
// telegram can be sent / 0= DWA-Alarm nicht ausgelöst durch SINE kein LIN-Telegramm absetzbar; 1= DWA-Alarm
|
|
// ausgelöst durch SINE kein LIN-Telegramm absetzbar
|
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#define I3_RES_FZD_STAT_DWA_ALARM_PANIKALARM_EIN (RXBUF_UCHAR(18))
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|
#define I3_RES_FZD_STAT_DWA_ALARM_PANIKALARM_EIN_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_DWA_ALARM_PANIKALARM_EIN_TYPE char
|
|
// 0 = DWA alarm not triggered by panic alarm; 1 = DWA alarm triggered by panic alarm / 0= DWA-Alarm nicht
|
|
// ausgelöst durch Panikalarm; 1= DWA-Alarm ausgelöst durch Panikalarm
|
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#define I3_PID_FZD_DWA_VORHANDEN 0xDCB1
|
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// 0: No DWA installed 1: DWA installed / 0: Keine DWA verbaut 1: DWA verbaut
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#define I3_RES_FZD_STAT_VORHANDEN_DWA (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_VORHANDEN_DWA_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_VORHANDEN_DWA_TYPE char
|
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// 0: No DWA installed 1: DWA installed / 0: Keine DWA verbaut 1: DWA verbaut
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|
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#define I3_PID_FZD_DWA_USIS_EMPFINDLICHKEIT 0xDCB2
|
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// Current sensitivity level / Aktuelle Empflindlichkeitsstufe
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#define I3_RES_FZD_STAT_IRS_SENS_EMPFINDLICHKEIT_NR (RXBUF_UINT(0))
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#define I3_RES_FZD_STAT_IRS_SENS_EMPFINDLICHKEIT_NR_UNIT '0-n'
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#define I3_RES_FZD_STAT_IRS_SENS_EMPFINDLICHKEIT_NR_TYPE unsigned short
|
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// Current sensitivity level / Aktuelle Empflindlichkeitsstufe
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|
|
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// Skipping DWA_SCHNELLTEST on 0xDCB5 which takes arguments
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|
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#define I3_PID_FZD_DWA_KLAPPENKONTAKTE 0xDCDD
|
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// Status of the flap contacts read / Status der eingelesenen Klappenkontakte
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#define I3_RES_FZD_STAT_KONTAKT_FAHRERTUER_NR (RXBUF_UCHAR(0))
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#define I3_RES_FZD_STAT_KONTAKT_FAHRERTUER_NR_UNIT '0-n'
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|
#define I3_RES_FZD_STAT_KONTAKT_FAHRERTUER_NR_TYPE unsigned char
|
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// Contact driver's door / Kontakt Fahrertür
|
|
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#define I3_RES_FZD_STAT_KONTAKT_BEIFAHRERTUER_NR (RXBUF_UCHAR(1))
|
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#define I3_RES_FZD_STAT_KONTAKT_BEIFAHRERTUER_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_KONTAKT_BEIFAHRERTUER_NR_TYPE unsigned char
|
|
// Contact passenger door / Kontakt Beifahrertür
|
|
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#define I3_RES_FZD_STAT_KONTAKT_FAHRERTUER_HINTEN_NR (RXBUF_UCHAR(2))
|
|
#define I3_RES_FZD_STAT_KONTAKT_FAHRERTUER_HINTEN_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_KONTAKT_FAHRERTUER_HINTEN_NR_TYPE unsigned char
|
|
// Contact at the rear of the driver's door / Kontakt Fahrertür hinten
|
|
|
|
#define I3_RES_FZD_STAT_KONTAKT_BEIFAHRERTUER_HINTEN_NR (RXBUF_UCHAR(3))
|
|
#define I3_RES_FZD_STAT_KONTAKT_BEIFAHRERTUER_HINTEN_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_KONTAKT_BEIFAHRERTUER_HINTEN_NR_TYPE unsigned char
|
|
// Contact rear passenger door / Kontakt Beifahrertür hinten
|
|
|
|
#define I3_RES_FZD_STAT_KONTAKT_MOTORHAUBE_NR (RXBUF_UCHAR(4))
|
|
#define I3_RES_FZD_STAT_KONTAKT_MOTORHAUBE_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_KONTAKT_MOTORHAUBE_NR_TYPE unsigned char
|
|
// Contact bonnet / Kontakt Motorhaube
|
|
|
|
#define I3_RES_FZD_STAT_KONTAKT_HECKKLAPPE_NR (RXBUF_UCHAR(5))
|
|
#define I3_RES_FZD_STAT_KONTAKT_HECKKLAPPE_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_KONTAKT_HECKKLAPPE_NR_TYPE unsigned char
|
|
// Contact tailgate / Kontakt Heckklappe
|
|
|
|
#define I3_RES_FZD_STAT_KONTAKT_HECKSCHEIBE_NR (RXBUF_UCHAR(6))
|
|
#define I3_RES_FZD_STAT_KONTAKT_HECKSCHEIBE_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_KONTAKT_HECKSCHEIBE_NR_TYPE unsigned char
|
|
// Contact rear window / Kontakt Heckscheibe
|
|
|
|
#define I3_RES_FZD_STAT_ZV_NR (RXBUF_UCHAR(7))
|
|
#define I3_RES_FZD_STAT_ZV_NR_UNIT '0-n'
|
|
#define I3_RES_FZD_STAT_ZV_NR_TYPE unsigned char
|
|
// Central locking status / Status Zentralverriegelung
|
|
|
|
#define I3_RES_FZD_STAT_RESERVE_WERT (RXBUF_UINT32(8))
|
|
#define I3_RES_FZD_STAT_RESERVE_WERT_UNIT 'HEX'
|
|
#define I3_RES_FZD_STAT_RESERVE_WERT_TYPE unsigned long
|
|
// Reserve (not yet occupied) / Reserve (noch nicht belegt)
|
|
|
|
// Skipping OBD_UEBERWACHUNG on 0xDD16 which takes arguments
|
|
|
|
// Skipping SHD_ESH_THERMOMONITOR on 0x4100 which takes arguments
|
|
|
|
// Skipping SHD_ESH_FREIGABE_AKTIV on 0x4101 which takes arguments
|
|
|
|
// Skipping SHD_ESH_EMERGENCY_PANIC on 0x4103 which takes arguments
|
|
|
|
#define I3_PID_FZD_ESH_BEWERTUNG_KENNLINIE_SCHIEBELAGE 0x4107
|
|
// ESH_BEWERTUNG_KENNLINIE_SCHIEBELAGE / ESH_BEWERTUNG_KENNLINIE_SCHIEBELAGE
|
|
|
|
// Can't yet generate code for STAT_KENNLINIENDATEN_DATA of type data[128] at offset 0. But we account for the 128 bytes
|
|
// Speed value over the travel path of the first block / Drehzahlwert über dem Verfahrweg erster Block
|
|
|
|
// Can't yet generate code for STAT_KENNLINIENDATEN_2_DATA of type data[128] at offset 128. But we account for the 128 bytes
|
|
// Speed value over the travel distance of the second block / Drehzahlwert über dem Verfahrweg zweiter Block
|
|
|
|
#define I3_RES_FZD_STAT_SCHLIESSZEIT_WERT (RXBUF_UINT(256))
|
|
#define I3_RES_FZD_STAT_SCHLIESSZEIT_WERT_UNIT 's'
|
|
#define I3_RES_FZD_STAT_SCHLIESSZEIT_WERT_TYPE unsigned short
|
|
// Closing time during the initialization process. Resolution 10ms steps / Schliesszeit beim
|
|
// Initialisierungsvorgang. Auflösung 10ms Schritte
|
|
|
|
#define I3_RES_FZD_STAT_BN_SPANNUNG_WERT (RXBUF_UCHAR(258))
|
|
#define I3_RES_FZD_STAT_BN_SPANNUNG_WERT_UNIT 'V'
|
|
#define I3_RES_FZD_STAT_BN_SPANNUNG_WERT_TYPE unsigned char
|
|
// Voltage that is applied to the window regulator during initialization. Resolution 100mV steps / Spannung die
|
|
// am Fensterheber während dem Initialisieren anliegt. Auflösung 100mV Schritte
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|
|
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#define I3_RES_FZD_STAT_SPIEL_WERT (RXBUF_UCHAR(259))
|
|
#define I3_RES_FZD_STAT_SPIEL_WERT_TYPE unsigned char
|
|
// Number of hall increments / Anzahl Hall Inkremente
|
|
|
|
#define I3_RES_FZD_STAT_GUELTIGKEIT (RXBUF_UCHAR(260))
|
|
#define I3_RES_FZD_STAT_GUELTIGKEIT_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_GUELTIGKEIT_TYPE unsigned char
|
|
// 0x00 characteristic curve invalid 0x01 characteristic curve valid / 0x00 Kennlinie ungültig 0x01 Kennlinie
|
|
// gültig
|
|
|
|
#define I3_RES_FZD_STAT_BEWERTUNG (RXBUF_UCHAR(261))
|
|
#define I3_RES_FZD_STAT_BEWERTUNG_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_BEWERTUNG_TYPE unsigned char
|
|
// 0x00 Characteristic curve OK 0x01 Characteristic curve not OK / 0x00 Kennlinie in Ordnung 0x01 Kennlinie
|
|
// nicht in Ordnung
|
|
|
|
#define I3_RES_FZD_STAT_REGELVERLETZUNG_WERT (RXBUF_UCHAR(262))
|
|
#define I3_RES_FZD_STAT_REGELVERLETZUNG_WERT_TYPE unsigned char
|
|
// to clarify / zu klären
|
|
|
|
#define I3_PID_FZD_SHD_BEWERTUNG_KENNLINIE_AUSSTELLLAGE_1 0x4108
|
|
// SHD_BEWERTUNG_KENNLINIE_AUSSTELLLAGE_1 / SHD_BEWERTUNG_KENNLINIE_AUSSTELLLAGE_1
|
|
|
|
// Can't yet generate code for STAT_KENNLINIENDATEN_DATA_0X4108 of type data[128] at offset 0. But we account for the 128 bytes
|
|
// Speed value over the travel path of the first block / Drehzahlwert über dem Verfahrweg erster Block
|
|
|
|
// Can't yet generate code for STAT_KENNLINIENDATEN_2_DATA_0X4108 of type data[128] at offset 128. But we account for the 128 bytes
|
|
// Speed value over the travel distance of the second block / Drehzahlwert über dem Verfahrweg zweiter Block
|
|
|
|
#define I3_RES_FZD_STAT_SCHLIESSZEIT_WERT_0X4108 (RXBUF_UINT(256))
|
|
#define I3_RES_FZD_STAT_SCHLIESSZEIT_WERT_0X4108_UNIT 's'
|
|
#define I3_RES_FZD_STAT_SCHLIESSZEIT_WERT_0X4108_TYPE unsigned short
|
|
// Closing time during the initialization process. Resolution 10ms steps / Schliesszeit beim
|
|
// Initialisierungsvorgang. Auflösung 10ms Schritte
|
|
|
|
#define I3_RES_FZD_STAT_BN_SPANNUNG_WERT_0X4108 (RXBUF_UCHAR(258))
|
|
#define I3_RES_FZD_STAT_BN_SPANNUNG_WERT_0X4108_UNIT 'V'
|
|
#define I3_RES_FZD_STAT_BN_SPANNUNG_WERT_0X4108_TYPE unsigned char
|
|
// Voltage that is applied to the window regulator during initialization. Resolution 100mV steps / Spannung die
|
|
// am Fensterheber während dem Initialisieren anliegt. Auflösung 100mV Schritte
|
|
|
|
#define I3_RES_FZD_STAT_SPIEL_WERT_0X4108 (RXBUF_UCHAR(259))
|
|
#define I3_RES_FZD_STAT_SPIEL_WERT_0X4108_TYPE unsigned char
|
|
// Number of hall increments / Anzahl Hall Inkremente
|
|
|
|
#define I3_RES_FZD_STAT_GUELTIGKEIT_0X4108 (RXBUF_UCHAR(260))
|
|
#define I3_RES_FZD_STAT_GUELTIGKEIT_0X4108_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_GUELTIGKEIT_0X4108_TYPE unsigned char
|
|
// 0x00 characteristic curve invalid 0x01 characteristic curve valid / 0x00 Kennlinie ungültig 0x01 Kennlinie
|
|
// gültig
|
|
|
|
#define I3_RES_FZD_STAT_BEWERTUNG_0X4108 (RXBUF_UCHAR(261))
|
|
#define I3_RES_FZD_STAT_BEWERTUNG_0X4108_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_BEWERTUNG_0X4108_TYPE unsigned char
|
|
// 0x00 Characteristic curve OK 0x01 Characteristic curve not OK / 0x00 Kennlinie in Ordnung 0x01 Kennlinie nicht
|
|
// in Ordnung
|
|
|
|
#define I3_RES_FZD_STAT_REGELVERLETZUNG_WERT_0X4108 (RXBUF_UCHAR(262))
|
|
#define I3_RES_FZD_STAT_REGELVERLETZUNG_WERT_0X4108_TYPE unsigned char
|
|
// to clarify / zu klären
|
|
|
|
#define I3_PID_FZD_SHD_BEWERTUNG_KENNLINIE_SCHIEBELAGE_1 0x4109
|
|
// SHD_BEWERTUNG_KENNLINIE_SCHIEBELAGE_1 / SHD_BEWERTUNG_KENNLINIE_SCHIEBELAGE_1
|
|
|
|
// Can't yet generate code for STAT_KENNLINIENDATEN_DATA_0X4109 of type data[128] at offset 0. But we account for the 128 bytes
|
|
// Speed value over the travel path of the first block / Drehzahlwert über dem Verfahrweg erster Block
|
|
|
|
// Can't yet generate code for STAT_KENNLINIENDATEN_2_DATA_0X4109 of type data[128] at offset 128. But we account for the 128 bytes
|
|
// Speed value over the travel distance of the second block / Drehzahlwert über dem Verfahrweg zweiter Block
|
|
|
|
#define I3_RES_FZD_STAT_SCHLIESSZEIT_WERT_0X4109 (RXBUF_UINT(256))
|
|
#define I3_RES_FZD_STAT_SCHLIESSZEIT_WERT_0X4109_UNIT 's'
|
|
#define I3_RES_FZD_STAT_SCHLIESSZEIT_WERT_0X4109_TYPE unsigned short
|
|
// Closing time during the initialization process. Resolution 10ms steps / Schliesszeit beim
|
|
// Initialisierungsvorgang. Auflösung 10ms Schritte
|
|
|
|
#define I3_RES_FZD_STAT_BN_SPANNUNG_WERT_0X4109 (RXBUF_UCHAR(258))
|
|
#define I3_RES_FZD_STAT_BN_SPANNUNG_WERT_0X4109_UNIT 'V'
|
|
#define I3_RES_FZD_STAT_BN_SPANNUNG_WERT_0X4109_TYPE unsigned char
|
|
// Voltage that is applied to the window regulator during initialization. Resolution 100mV steps / Spannung die
|
|
// am Fensterheber während dem Initialisieren anliegt. Auflösung 100mV Schritte
|
|
|
|
#define I3_RES_FZD_STAT_SPIEL_WERT_0X4109 (RXBUF_UCHAR(259))
|
|
#define I3_RES_FZD_STAT_SPIEL_WERT_0X4109_TYPE unsigned char
|
|
// Number of hall increments / Anzahl Hall Inkremente
|
|
|
|
#define I3_RES_FZD_STAT_GUELTIGKEIT_0X4109 (RXBUF_UCHAR(260))
|
|
#define I3_RES_FZD_STAT_GUELTIGKEIT_0X4109_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_GUELTIGKEIT_0X4109_TYPE unsigned char
|
|
// 0x00 characteristic curve invalid 0x01 characteristic curve valid / 0x00 Kennlinie ungültig 0x01 Kennlinie
|
|
// gültig
|
|
|
|
#define I3_RES_FZD_STAT_BEWERTUNG_0X4109 (RXBUF_UCHAR(261))
|
|
#define I3_RES_FZD_STAT_BEWERTUNG_0X4109_UNIT '0/1'
|
|
#define I3_RES_FZD_STAT_BEWERTUNG_0X4109_TYPE unsigned char
|
|
// 0x00 Characteristic curve OK 0x01 Characteristic curve not OK / 0x00 Kennlinie in Ordnung 0x01 Kennlinie
|
|
// nicht in Ordnung
|
|
|
|
#define I3_RES_FZD_STAT_REGELVERLETZUNG_WERT_0X4109 (RXBUF_UCHAR(262))
|
|
#define I3_RES_FZD_STAT_REGELVERLETZUNG_WERT_0X4109_TYPE unsigned char
|
|
// to clarify / zu klären
|
|
|
|
#define I3_PID_FZD_DWA_ALARM_ANZAHL 0x6012
|
|
// Number of triggered alarms / Anzahl ausgelöster Alarme
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_MOTORHAUBE_WERT (RXBUF_UCHAR(0))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_MOTORHAUBE_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_MOTORHAUBE_WERT_TYPE unsigned char
|
|
// Number of alarms for flap contact, bonnet / Anzahl Alarme Klappenkontakt MotorHaube
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_FAT_WERT (RXBUF_UCHAR(1))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_FAT_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_FAT_WERT_TYPE unsigned char
|
|
// Number of alarms for flap contact for driver's door / Anzahl Alarme Klappenkontakt FAhrerTür
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_BFT_WERT (RXBUF_UCHAR(2))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_BFT_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_BFT_WERT_TYPE unsigned char
|
|
// Number of alarms for flap contact at driver's door / Anzahl Alarme Klappenkontakt BeiFahrerTür
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_FATH_WERT (RXBUF_UCHAR(3))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_FATH_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_FATH_WERT_TYPE unsigned char
|
|
// Number of alarms for flap contact at the rear of the driver's door / Anzahl Alarme Klappenkontakt FAhrerTür
|
|
// Hinten
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_BFTH_WERT (RXBUF_UCHAR(4))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_BFTH_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_BFTH_WERT_TYPE unsigned char
|
|
// Number of alarms for flap contact at the rear door of the driver / Anzahl Alarme Klappenkontakt BeiFahrerTür
|
|
// Hinten
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_HECKKLAPPE_WERT (RXBUF_UCHAR(5))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_HECKKLAPPE_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_HECKKLAPPE_WERT_TYPE unsigned char
|
|
// Number of tailgate alarms / Anzahl Alarme Heckklappe
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_HECKSCHEIBE_WERT (RXBUF_UCHAR(6))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_HECKSCHEIBE_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_HECKSCHEIBE_WERT_TYPE unsigned char
|
|
// Number of alarms rear window / Anzahl Alarme Heckscheibe
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_OBD_KOMMUNIKATION_WERT (RXBUF_UCHAR(7))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_OBD_KOMMUNIKATION_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_OBD_KOMMUNIKATION_WERT_TYPE unsigned char
|
|
// Number of OBD communication alarms / Anzahl Alarme OBD-Kommunikation
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_LEITUNGSUEBERWACHUNG_SINE_WERT (RXBUF_UCHAR(8))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_LEITUNGSUEBERWACHUNG_SINE_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_LEITUNGSUEBERWACHUNG_SINE_WERT_TYPE unsigned char
|
|
// Number of alarms line monitoring LIN-SINE / Anzahl Alarme Leitungsüberwachung LIN-SINE
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_MANIPULATION_AUTH_WERT (RXBUF_UCHAR(9))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_MANIPULATION_AUTH_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_MANIPULATION_AUTH_WERT_TYPE unsigned char
|
|
// Number of alarms Tamper protection authentication / Anzahl Alarme Manipulationsschutz Authentifizierung
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_USIS_KANAL_A_UND_B_WERT (RXBUF_UCHAR(10))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_USIS_KANAL_A_UND_B_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_USIS_KANAL_A_UND_B_WERT_TYPE unsigned char
|
|
// Number of USIS alarms simultaneously on channel A and B (right + left) / Anzahl USIS-Alarme gleichzeitig auf
|
|
// Kanal A und B (rechts + links)
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_USIS_KANAL_A_WERT (RXBUF_UCHAR(11))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_USIS_KANAL_A_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_USIS_KANAL_A_WERT_TYPE unsigned char
|
|
// Number of USIS alarms only on channel A (right) / Anzahl USIS-Alarme nur auf Kanal A (rechts)
|
|
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_USIS_KANAL_B_WERT (RXBUF_UCHAR(12))
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_USIS_KANAL_B_WERT_UNIT 'count'
|
|
#define I3_RES_FZD_STAT_FZD_ALARM_USIS_KANAL_B_WERT_TYPE unsigned char
|
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// Number of USIS alarms only on channel B (left) / Anzahl USIS-Alarme nur auf Kanal B (links)
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#define I3_RES_FZD_STAT_SINE_ALARM_NEIGUNGSGEBER_X_WERT (RXBUF_UCHAR(13))
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#define I3_RES_FZD_STAT_SINE_ALARM_NEIGUNGSGEBER_X_WERT_UNIT 'count'
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#define I3_RES_FZD_STAT_SINE_ALARM_NEIGUNGSGEBER_X_WERT_TYPE unsigned char
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// Number of alarms inclination sensor X-axis / Anzahl Alarme Neigungsgeber X-Achse
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#define I3_RES_FZD_STAT_SINE_ALARM_NEIGUNGSGEBER_Y_WERT (RXBUF_UCHAR(14))
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#define I3_RES_FZD_STAT_SINE_ALARM_NEIGUNGSGEBER_Y_WERT_UNIT 'count'
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#define I3_RES_FZD_STAT_SINE_ALARM_NEIGUNGSGEBER_Y_WERT_TYPE unsigned char
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// Number of alarms inclination sensor Y-axis / Anzahl Alarme Neigungsgeber Y-Achse
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#define I3_RES_FZD_STAT_SINE_ALARM_NEIGUNGSGEBER_X_UND_Y_WERT (RXBUF_UCHAR(15))
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#define I3_RES_FZD_STAT_SINE_ALARM_NEIGUNGSGEBER_X_UND_Y_WERT_UNIT 'count'
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#define I3_RES_FZD_STAT_SINE_ALARM_NEIGUNGSGEBER_X_UND_Y_WERT_TYPE unsigned char
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// Number of alarms inclination sensor X and Y axis / Anzahl Alarme Neigungsgeber X- und Y-Achse
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#define I3_RES_FZD_STAT_SINE_ALARM_SPANNUNG_WERT (RXBUF_UCHAR(16))
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#define I3_RES_FZD_STAT_SINE_ALARM_SPANNUNG_WERT_UNIT 'count'
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#define I3_RES_FZD_STAT_SINE_ALARM_SPANNUNG_WERT_TYPE unsigned char
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// Number of alarms Interruption in the power supply of the LIN-SINE / Anzahl Alarme Unterbrechung
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// Spannungsversorgung der LIN-SINE
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#define I3_RES_FZD_STAT_SINE_ALARM_LIN_TELEGRAMM_WERT (RXBUF_UCHAR(17))
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#define I3_RES_FZD_STAT_SINE_ALARM_LIN_TELEGRAMM_WERT_UNIT 'count'
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#define I3_RES_FZD_STAT_SINE_ALARM_LIN_TELEGRAMM_WERT_TYPE unsigned char
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// Number of alarms LIN bus: no telegram can be sent / Anzahl Alarme LIN-Bus: kein Telegramm absetzbar
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#define I3_RES_FZD_STAT_FZD_ALARM_PANIKALARM_WERT (RXBUF_UCHAR(18))
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#define I3_RES_FZD_STAT_FZD_ALARM_PANIKALARM_WERT_UNIT 'count'
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#define I3_RES_FZD_STAT_FZD_ALARM_PANIKALARM_WERT_TYPE unsigned char
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// Number of alarms Panic alarm / Anzahl Alarme Panikalarm
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// Skipping DWA_SINE_ALARMSPEICHER on 0x6013 which takes arguments
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// Skipping DWA_SINE_FEHLERSPEICHER on 0x6014 which takes arguments
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// Skipping DWA_SINE_VERPOLZAEHLER on 0x6015 which takes arguments
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// Skipping _SHD_ESH_DEBUG_OUTPUT_KONF on 0xF000 which takes arguments
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