// *****************************************************************************
// * Config_SIOC ver 3.5   -     By Manolo Vélez    -    www.opencockpits.com
// *****************************************************************************
// * FileName : SIOC_B200_v2.txt
// * Date : 27/10/2008
//30/09/08: intervesion de la fonction entre variables 77 et 78
//30/09/08: modifs numéros d'entrées et sorties afficheurs radios
//30/09/08: passé les radios en 5 displays au lieu de 4
//30/09/08: suppression des var. 787 à 795 (points décimaux et 1 fixes, voir chap "radios" SimuCockpit
//30/09/08: modifs de la variable 339
//06/10/08: modif de la valeur initiale ADF (var. 339 et 480)
//06/10/08: modif de la variable468 ( QNH_STD)
//08/10/08: correction commande LEDs AUDIO (var. 476 à 479, 721, 722, 723)
//15/10/08: abandon des gauges ISG, retour à RealityXP. Supprimé var. 1410 à 1436, ajouté var. 483 à 493
//15/10/08: ajout des commandes de FS var 1400 à 1410 et 80, 81
//19/10/08: modif commande Inverter: var 037, 335, 405
//21/10/08: amélioration du Test alarmes: var 38 et 39, 46 et 47, 16, 40, 335,4,300,426,42
//21/10/08: modif de la logique alarmes au démarrage: var 29,30,41, 426 à429,335
//24/10/08: changement des attributions platine "FS": var 1400 à 1410
//24/10/08: simplification dégivrage stabilo et alarme Flaps Delay: var 022, 302, 433, 904, 743,335
//27/10/08: simplification dégivrage ailes: var. 335, 431. Supprimé var 902. 



Var 0000, name INIT, Value 0     // Variable d'initialisation
{
  &FLAPS = 0         // volets UP
  &GEAR = 16383         // train sorti
  &PKG_BRK = 32767         // Parking Brake ON
  &WARNING_LED = 0         // Master Warning éteint
  CALL &BLINK     // lance le compteur
}

Var 0001, name BATTERY, Link FSUIPC_INOUT, Offset $3102, Length 1, Value 0     // Commande Master Battery
{
  &BATTERY = &BATT_SW         // Concordance FS/cockpit   
  IF &BATTERY = 1
  {
    &LIGHTS = SETBIT 5     // instruments au max de luminosité
  }
  ELSE
  {
    &LIGHTS = CLEARBIT 5
  }
  CALL &DISCHLED_TEST
  CALL &RADIO_DIS_COND
}

Var 0002, name AVNCS, Link FSUIPC_INOUT, Offset $3103, Length 1     // Commande Avionique
{
  &AVNCS = &AVNCS_SW         // Concordance FS/Cockpit
  CALL &DISP_OAT_COND
  CALL &RADIO_DIS_COND
}

Var 0003, name L_ENG_FIRING, Link FSUIPC_INOUT, Offset $0894, Length 2     // Moteur 1 (gauche) en marche
{
  CALL &HYDR_PRESSURE
}

Var 0004, name R_ENG_FIRING, Link FSUIPC_INOUT, Offset $092C, Length 2     // Moteur 2 (droit) en marche
{
  CALL &DISCHLED_TEST
  CALL &HYDR_PRESSURE
}

Var 0005, name KEYS, Link KEYS

Var 0006, name VERT_SPEED_SEL, Link FSUIPC_INOUT, Offset $07F2, Length 2     // sélection de vitesse verticale V/S

Var 0007, name CRS_SEL, Link FSUIPC_INOUT, Offset $0C4E, Length 2     // Sélection Course OBS1

Var 0008, name ALT_SEL, Link FSUIPC_INOUT, Offset $07D4, Length 4     // sélection Altitude

Var 0009, name HDG_SEL, Link FSUIPC_INOUT, Offset $07CC, Length 2     // Sélection de Cap

Var 0010, name AP_ALT, Link FSUIPC_INOUT, Offset $07D0, Length 4, Value 0     // Commande PA mode ALT
{
  &AP_ALT_LED = &AP_ALT    
}

Var 0011, name AP_HDG, Link FSUIPC_INOUT, Offset $07C8, Length 4, Value 0     // Commande PA mode HDG
{
  &AP_HDG_LED = &AP_HDG    
}

Var 0012, name AP_BC, Link FSUIPC_INOUT, Offset $0804, Length 4, Value 0     // Commande PA mode Back Course
{
  &AP_BC_LED = &AP_BC    
}

Var 0013, name AP_APPR, Link FSUIPC_INOUT, Offset $0800, Length 4, Value 0     // Commande PA mode APPR
{
  &AP_APPR_LED = &AP_APPR    
}

Var 0014, name AP_GS_CAPT, Link FSUIPC_INOUT, Offset $07FC, Length 4, Value 0     // Commande capture de Glide
{
  IF &AP_GS_CAPT = 1
  {
    &AP_ALT_LED = 0    
    &AP_HDG_LED = 0    
  }
}

Var 0015, name AP_NAV, Link FSUIPC_INOUT, Offset $07C4, Length 4, Value 0     // Commande PA mode NAV
{
  &AP_NAV_LED = &AP_NAV    
}

Var 0016, name AP, Link FSUIPC_INOUT, Offset $07BC, Length 4, Value 0     // Commande du P.A.
{
  &AP = &AP_SW         // Concordance FS/Cockpit
  IF &AP = 1
  {
    &AP_LED = 1         // voyant vert AP ON
    &N_AP = 0         // pour alarme rouge AP DISC
  }
  ELSE
  {
    &AP_LED = 0    
    &N_AP = 1    
    &AP_ALT_LED = 0         // éteint d'office ce qui serait allumé
    &AP_HDG_LED = 0    
    &AP_BC_LED = 0    
    &AP_APPR_LED = 0    
    &AP_NAV_LED = 0    
  }
  CALL &TEST_LEDS
}

Var 0017, name AP_FD, Link FSUIPC_INOUT, Offset $2EE0, Length 4, Value 0     // Commade PA Flight Director

Var 0018, name AP_YD, Link FSUIPC_INOUT, Offset $0808, Length 4, Value 0     // Commande PA Yaw Damper

Var 0019, name NOSE_GEAR_POS, Link FSUIPC_IN, Offset $0BEC, Length 4     // Position du train avant
{
  IF &NOSE_GEAR_POS = 16383
  {
    &NOSE_GEAR_LED = 1    
    &GEAR_TRANS_LED = 0    
  }
  ELSE
  {
    IF &NOSE_GEAR_POS >= 1
    {
      &NOSE_GEAR_LED = 0    
      &GEAR_TRANS_LED = 1    
    }
    ELSE
    {
      IF &NOSE_GEAR_POS = 0
      {
        &NOSE_GEAR_LED = 0    
        &GEAR_TRANS_LED = 0    
      }
    }
  }
}

Var 0020, name RIGHT_GEAR_POS, Link FSUIPC_IN, Offset $0BF0, Length 4     // Position du train droit
{
  IF &RIGHT_GEAR_POS = 16383
  {
    &GEAR_TRANS_LED = 0    
    &RIGHT_GEAR_LED = DELAY 1 ,80
  }
  ELSE
  {
    IF &RIGHT_GEAR_POS >= 1
    {
      &RIGHT_GEAR_LED = 0    
      &GEAR_TRANS_LED = 1    
    }
    ELSE
    {
      IF &RIGHT_GEAR_POS = 0
      {
        &RIGHT_GEAR_LED = 0    
        &GEAR_TRANS_LED = 0    
      }
    }
  }
}

Var 0021, name LEFT_GEAR_POS, Link FSUIPC_IN, Offset $0BF4, Length 4     // Position du train gauche
{
  IF &LEFT_GEAR_POS = 16383
  {
    &GEAR_TRANS_LED = 0    
    &LEFT_GEAR_LED = DELAY 1 ,160
  }
  ELSE
  {
    IF &LEFT_GEAR_POS >= 1
    {
      &LEFT_GEAR_LED = 0    
      &GEAR_TRANS_LED = 1    
    }
    ELSE
    {
      IF &LEFT_GEAR_POS = 0
      {
        &LEFT_GEAR_LED = 0    
        &GEAR_TRANS_LED = 0    
      }
    }
  }
}

Var 0022, name FLAPS, Link FSUIPC_INOUT, Offset $0BDC, Length 4, Value 0     // Volets
{
  CALL &GEAR_ALARM
}

Var 0023, name PKG_BRK, Link FSUIPC_INOUT, Offset $0BC8, Length 2     // Commande de frein de parking
{
  CALL &TEST_LEDS
}

Var 0024, name PITOT, Link FSUIPC_INOUT, Offset $029C, Length 1     // Commande réchauffage Pitot

Var 0025, name LIGHTS, Link FSUIPC_INOUT, Offset $0D0C, Length 2     // Commande éclairages

Var 0026, name STALL, Link FSUIPC_INOUT, Offset $036C, Length 1, Value 0     // Détection du décrochage
{
  IF &STALL = 1     // Décrochage
  {
    &PLAY_SOUND = 3         // Son n°3 "Stall"
    &PLAY_SOUND = 0         // ràz
  }
  ELSE
  {
    &STOP_SOUND = 3         // arrêt du son en boucle
    &STOP_SOUND = 0         // ràz
  }
}

Var 0027, name L_ENG_FFLOW, Link FSUIPC_INOUT, Offset $0890, Length 2     // Fuel Flow moteur 1 (gauche)
{
  CALL &L_FEATHERING
}

Var 0028, name R_ENG_FFLOW, Link FSUIPC_INOUT, Offset $0928, Length 2     // Fuel Flow moteur 2 (droit)
{
  CALL &R_FEATHERING
}

Var 0029, name L_ENG_START, Link FSUIPC_INOUT, Offset $0892, Length 2     // Allumage moteur 1 (gauche)
{
  IF &L_ENG_START = 1
  {
    &L_XFR_PRS_LED = 1         // NO TRANSFER et L FUEL PRESS s'allument
    &L_XFR_PRS_LED = DELAY 0 ,2000     // puis s'éteignent après 20 sec
  }
  CALL &TEST_LEDS
}

Var 0030, name R_ENG_START, Link FSUIPC_INOUT, Offset $092A, Length 2     // Allumage moteur 2 (droit)
{
  IF &R_ENG_START = 1
  {
    &R_XFR_PRS_LED = 1         // NO TRANSFER et R FUEL PRESS s'allument
    &R_XFR_PRS_LED = DELAY 0 ,2000     // puis s'éteignent après 20 sec
  }
  ELSE
  {
    &R_XFR_PRS_LED = 0    
  }
  IF &R_ENG_START = 2     // générateur droit ON
  {
    &BATT_CHG_LED = 1         // l'alarme jaune BATT CHG s'allume
    &BATT_CHG_LED = DELAY 0 ,2000     // puis s'éteint après 20 secondes
  }
  CALL &TEST_LEDS
}

Var 0031, name OAT, Link FSUIPC_IN, Offset $0E8C, Length 2, Type 1     //  température extérieure
{
  IF &OAT > -3072     // -12°C
  {
    IF &OAT < 1024     // +4°C
    {
      &ICING_LED = 1    
      &N_OAT = 1         // évite que LED = OAT(alarme)
    }
    ELSE
    {
      &ICING_LED = 0    
      &N_OAT = 0    
    }
  }
  ELSE
  {
    &ICING_LED = 0    
    &N_OAT = 0    
  }
  L0 = &OAT / 256
  &OAT_DIS = L0    
  CALL &DISP_OAT_COND
}

Var 0032, name GEAR, Link FSUIPC_INOUT, Offset $0BE8, Length 4     // Commande du train
{
  CALL &PROP_SYNC_ALRM
  CALL &GEAR_ALARM
  CALL &RVS_NOT_READY
}

Var 0033, name N_PITOT     // voir var 415

Var 0034, name N_OAT     // variable relais pour alarme ICING

Var 0035, name ACFT_ON_GND, Link FSUIPC_OUT, Offset $0366, Length 2     // Détection avion au sol/en l'air

Var 0036, name AUDIO, Link FSUIPC_INOUT, Offset $3122, Length 1     // Ecoute radios

Var 0037, name N_INVERTER
{
  &INVERTER_LED = &N_INVERTER    
}

Var 0038, name R_OILPRESS_REL     // variable relais
{
  &R_OIL_PRES_LED = &R_OILPRESS_REL         // évite que LED=32000
}

Var 0039, name L_OILPRESS_REL     // variable relais
{
  &L_OIL_PRES_LED = &L_OILPRESS_REL    
}

Var 0040, name N_AP     // inverse de l'état de AP
{
  &AP_DISC_LED = &N_AP    
}

Var 0041, name N_BATT_DISCH     // inverse l'état de Batt Disch
{
  &BATT_DISCH_LED = &N_BATT_DISCH    
  CALL &TEST_LEDS
}

Var 0044, name L_ENG_THROTTLE, Link FSUIPC_INOUT, Offset $088C, Length 2     // Position manette de gaz moteur 1 gauche
{
  CALL &L_FEATHERING
}

Var 0045, name R_ENG_THROTTLE, Link FSUIPC_INOUT, Offset $0924, Length 2     // Position manette gaz moteur 2 droit
{
  CALL &R_FEATHERING
}

Var 0046, name L_OIL_PRESS, Link FSUIPC_INOUT, Offset $08BA, Length 2     // Pression d'huile moteur gauche
{
  IF &L_OIL_PRESS < 15000
  {
    &L_OILPRESS_REL = 1    
  }
  ELSE
  {
    &L_OILPRESS_REL = 0    
  }
  CALL &TEST_LEDS
}

Var 0047, name R_OIL_PRESS, Link FSUIPC_INOUT, Offset $0952, Length 2     // Pression d'huile moteur droit
{
  IF &R_OIL_PRESS < 15000
  {
    &R_OILPRESS_REL = 1         // alarme rouge R OIL PRESS
  }
  IF &R_OIL_PRESS > 15000
  {
    &R_OILPRESS_REL = 0    
  }
}

Var 0048, name L_ENG_TORQUE, Link FSUIPC_INOUT, Offset $08F4, Length 4     // Couple du moteur gauche
{
  CALL &L_AUTO_IGNI
  CALL &L_AUTOFEATHER
}

Var 0049, name R_ENG_TORQUE, Link FSUIPC_INOUT, Offset $098C, Length 4     // Couple du moteur droit
{
  CALL &R_AUTO_IGNI
  CALL &R_AUTOFEATHER
  CALL &AIR_COND_N1
}

Var 0050, name L_PROP, Link FSUIPC_INOUT, Offset $088E, Length 2     // Valeur du pas d'hélice gauche
{
  CALL &RVS_NOT_READY
}

Var 0051, name R_PROP, Link FSUIPC_INOUT, Offset $0926, Length 2     // Valeur du pas d'hélice droite

Var 0052, name PROP_SYNC, Link FSUIPC_INOUT, Offset $2EC8, Length 1     // Commande synchro hélices
{
  CALL &PROP_SYNC_ALRM
}

Var 0053, name AUTOFEATHER, Link FSUIPC_IN, Offset $2E88, Length 2     // Fonction Autofeather
{
  CALL &L_AUTOFEATHER
  CALL &R_AUTOFEATHER
}

Var 0055, name FUEL_TANK_SEL, Link FSUIPC_INOUT, Offset $0AF8, Length 2     // Utilisé pour le Crossfeed

Var 0057, name DME_SELECT, Link FSUIPC_INOUT, Offset $0378, Length 2, Value 1     // Sélection DME1/DME2

Var 0060, name L_HYDR_PRESS, Link FSUIPC_INOUT, Offset $08D8, Length 4     // Pression hydraulique moteur gauche
{
  CALL &HYDR_PRESSURE
}

Var 0061, name R_HYDR_PRESS, Link FSUIPC_INOUT, Offset $0970, Length 4     // Pression hydraulique moteur droit
{
  CALL &HYDR_PRESSURE
}

Var 0063, name LMAIN_TANK_LVL, Link FSUIPC_IN, Offset $0B7C, Length 4     // Niveau réservoir principal gauche
{
  L0 = &LMAIN_TANK_LVL / 6422.38     // transformation en lbs
  &LMAIN_LVL_DIS = ROUND L0
}

Var 0064, name L_AUX_TANK_LVL, Link FSUIPC_IN, Offset $0B84, Length 4     // Niveau réservoir aux. gauche
{
  L0 = &L_AUX_TANK_LVL / 15752.08
  &LAUX_LVL_DIS = ROUND L0
}

Var 0065, name RMAIN_TANK_LVL, Link FSUIPC_IN, Offset $0B94, Length 4     // Niveau réservoir principal droit
{
  L0 = &RMAIN_TANK_LVL / 6422.38     // transformation en lbs
  &RMAIN_LVL_DIS = ROUND L0
}

Var 0066, name R_AUX_TANK_LVL, Link FSUIPC_IN, Offset $0B9C, Length 4     // Niveau auxiliaire droit
{
  L0 = &R_AUX_TANK_LVL / 15752.08     // transformation en lbs
  &RAUX_LVL_DIS = ROUND L0
}

Var 0067, name QNH, Link FSUIPC_OUT, Offset $3110, Length 4     // version Nico

Var 0068, name COMM, Link FSUIPC_OUT, Offset $034E, Length 2     // OUT COM1

Var 0069, name NAV1, Link FSUIPC_OUT, Offset $0350, Length 2     //  OUT NAV1

Var 0070, name NAV2, Link FSUIPC_OUT, Offset $0352, Length 2     //  OUT NAV2

Var 0071, name ADF_HIGH_VAR, Link FSUIPC_INOUT, Offset $034C, Length 2     // Variable chiffres supérieurs ADF
{
  L0 = FROMBCD &ADF_HIGH_VAR
  IF &ADF_HIGH <> L0
  {
    &ADF_HIGH = L0    
  }
}

Var 0072, name ADF_LOW_VAR, Link FSUIPC_INOUT, Offset $0356, Length 2     // Variable ADF chiffres inférieurs
{
  IF &ADF_LOW_VAR <> &ADF_LOW
  {
    &ADF_LOW = &ADF_LOW_VAR    
  }
}

Var 0076, name BUS_VOLTS, Link FSUIPC_INOUT, Offset $2840, Length 8, Numbers 2

Var 0077, name XPDR_OUT, Link FSUIPC_OUT, Offset $0354, Length 2
{
  &XPDR_DIS = FROMBCD &XPDR_OUT
}

Var 0078, name XPDR_IN, Link FSUIPC_IN, Offset $0354, Length 2

Var 0079, name XPDR_MODE, Link FSUIPC_INOUT, Offset $7B91, Length 2, Value 0     // Mode transpondeur pour IVAO

Var 0080, name SLEW, Link FSUIPC_OUT, Offset $05DC, Length 2, Value 0     // Y

Var 0081, name PAUSE, Link FSUIPC_OUT, Offset $0262, Length 2, Value 0     // P

Var 0082, name AA_JOYSTICK_64, Link FSUIPC_OUT, Offset $3340, Length 2

Var 0083, name VS, Link FSUIPC_INOUT, Offset $07F2, Length 2     // V/S et affichage V/S

Var 0084, name ALT_READING, Link FSUIPC_IN, Offset $3324, Length 4     //  Lecture Alti
{
  L0 = &ALT_READING / 10
}

Var 0085, name ALTITUDE, Link FSUIPC_IN, Offset $07D4, Length 4     // Lecture Autopilot Alt
{
  L0 = &ALTITUDE / 19975.433     // Transformation en Feet
}

Var 0086, name JOYSTICK_65, Link FSUIPC_OUT, Offset $3340, Length 2

Var 0300, name DISCHLED_TEST, Link SUBRUTINE     // Conditions pour BATT_DISCH_LED
{
  IF &BATTERY = 1     // la batterie est sur ON
  {
    IF &R_ENG_FIRING = 1     // et le moteur DROIT est en marche
    {
      &N_BATT_DISCH = 0         // l'alarme rouge BATT DISCH est éteinte
    }
    ELSE     // si le moteur droit est arrêté
    {
      &N_BATT_DISCH = 1         // la batterie se décharge
    }
  }
  ELSE     // si la batterie est sur OFF
  {
    &N_BATT_DISCH = 0    
  }
}

Var 0301, name L_AUTO_IGNI, Link SUBRUTINE     // Auto Ignition gauche
{
  IF &L_AUTO_IGNI_SW = 1
  {
    IF &L_ENG_TORQUE < 3276     // valeur pour Torque=400
    {
      &L_IGNITION_LED = 1         // alarme verte L IGNITION ON 
    }
    ELSE     // si Torque >400
    {
      &L_IGNITION_LED = 0    
    }
  }
  ELSE     // inter sur OFF
  {
    &L_IGNITION_LED = 0    
  }
}

Var 0302, name FLAPS_DELAY, Link SUBRUTINE     // Alarme rouge Flaps Delay
{
  IF &FLAPS = 16383
  {
    IF &STAB_HEAT_SW = 1
    {
      &LDGFLAP_LED = 1    
    }
    ELSE
    {
      &LDGFLAP_LED = 0    
    }
  }
  ELSE
  {
    &LDGFLAP_LED = 0    
  }
}


Var 0305, name R_AUTO_IGNI, Link SUBRUTINE     // Auto Ignition Droite
{
  IF &R_AUTO_IGNI_SW = 1
  {
    IF &R_ENG_TORQUE < 3276     // valeur pour Torque=400
    {
      &R_IGNITION_LED = 1         // alarme verte R IGNITION ON 
    }
    ELSE     // Si le Torque >400
    {
      &R_IGNITION_LED = 0    
    }
  }
  ELSE     // si l'inter est sur OFF
  {
    &R_IGNITION_LED = 0    
  }
}

Var 0307, name L_FEATHERING, Link SUBRUTINE     // mise en drapeau manuelle
{
  IF &L_FEATHER_SW = 1     // micro-switch manette gauche
  {
    IF &L_ENG_THROTTLE < 2000     // moteur au ralenti
    {
      IF &L_ENG_FFLOW <= 7000     // Low Idle
      {
        &L_PROP = -4096         // mise en drapeau
      }
    }
  }
}

Var 0308, name R_FEATHERING, Link SUBRUTINE     // mise en drapeau manuelle
{
  IF &R_FEATHER_SW = 1
  {
    IF &R_ENG_THROTTLE < 2000
    {
      IF &R_ENG_FFLOW <= 7000
      {
        &R_PROP = -4096    
      }
    }
  }
}

Var 0309, name R_AUTOFEATHER, Link SUBRUTINE     // Commande de l'ALARME R AUTOFEATHER
{
  IF &AUTOFEATHER = 1     // Autofeather préparé
  {
    IF &R_ENG_TORQUE > 14745     // soit 90% de N1 moteur droit
    {
      &R_AUTOFEAT_LED = 1         // Alarme verte R AUTOFEATHER armé
    }
    ELSE     // si le Torque est <90%
    {
      IF &R_ENG_TORQUE < 14745
      {
        &R_AUTOFEAT_LED = 0         // alarme éteinte
      }
    }
  }
  ELSE     // inter Autofeather sur OFF
  {
    &R_AUTOFEAT_LED = 0    
  }
  IF &R_AUTOFEAT_LED = 0     // alarme verte éteinte
  {
    IF &R_ENG_TORQUE < 400     // valeur à ajuster
    {
      &R_PROP = -4096         // mise en drapeau
    }
  }
  CALL &TEST_LEDS
}

Var 0310, name L_AUTOFEATHER, Link SUBRUTINE     // Commande de l'ALARME L AUTOFEATHER
{
  IF &AUTOFEATHER = 1     // Autofeather préparé
  {
    IF &L_ENG_TORQUE > 14745     // soit 90% de N1 moteur gauche
    {
      &L_AUTOFEAT_LED = 1         // alarme verte L AUTOFEATHER armé
    }
    ELSE     // si le Torque est <90%
    {
      IF &L_ENG_TORQUE < 14745
      {
        &L_AUTOFEAT_LED = 0         // alarme éteinte
      }
    }
  }
  ELSE
  {
    &L_AUTOFEAT_LED = 0    
  }
  IF &L_AUTOFEAT_LED = 0
  {
    IF &L_ENG_TORQUE < 400     // valeur à vérifier
    {
      &L_PROP = -4096         // mise en drapeau
    }
  }
  CALL &TEST_LEDS
}

Var 0314, name AIR_COND_N1, Link SUBRUTINE     // Alarme verte AIR COND N1 LOW 
{
  IF &R_BLEED_AIR_SW = 1
  {
    IF &R_ENG_TORQUE < 9830
    {
      &AIRCONDN1_LED = 1    
    }
    ELSE
    {
      &AIRCONDN1_LED = 0    
    }
  }
  ELSE
  {
    &AIRCONDN1_LED = 0    
  }
  CALL &TEST_LEDS
}

Var 0315, name RVS_NOT_READY, Link SUBRUTINE     // alarme jaune RVS NOT READY
{
  IF &GEAR = 16383     // train sorti
  {
    IF &L_PROP < 16000
    {
      &RVS_LED = 1         // alarme jaune RVS NOT READY
    }
    ELSE
    {
      &RVS_LED = 0    
    }
  }
  ELSE
  {
    &RVS_LED = 0    
  }
  CALL &TEST_LEDS
}

Var 0316, name HYDR_PRESSURE, Link SUBRUTINE     // Alarme circuits hydrauliques
{
  L0 = &L_HYDR_PRESS    
  L1 = &R_HYDR_PRESS    
  L2 = L0 + L1
  &HYDR_PRESSURE = L2    
  IF &HYDR_PRESSURE < 5000
  {
    &HYD_PRESS_LED = 1         // alarme jaune HYD FLUID LOW
  }
  ELSE
  {
    IF &HYDR_PRESSURE >= 5000
    {
      &HYD_PRESS_LED = 0    
    }
  }
  IF &L_ENG_FIRING = 0     // moteur gauche éteint
  {
    IF &R_ENG_FIRING = 0     // ou moteur droit éteint
    {
      &HYD_PRESS_LED = 1         // alarme allumée
    }
  }
  CALL &TEST_LEDS
}

Var 0317, name PROP_SYNC_ALRM, Link SUBRUTINE     // Alarme jaune PROP SYNC ON
{
  IF &PROP_SYNC = 1
  {
    IF &GEAR = 16383
    {
      &PROP_SYNC_LED = 1         // Alarme jaune
    }
    IF &GEAR = 0
    {
      &PROP_SYNC_LED = 0    
    }
  }
  ELSE     // si inter Prop Sync OFF
  {
    &PROP_SYNC_LED = 0    
  }
  CALL &TEST_LEDS
}

Var 0330, name GEAR_ALARM, Link SUBRUTINE
{
  IF &GEAR = &FLAPS     // train+volets UP ou tran+volets DN
  {
    &GEAR_TRANS_LED = 0    
  }
  IF &GEAR <> &FLAPS     // train UP+Flaps APP ou DN ou inverse
  {
    &GEAR_TRANS_LED = 1         // alarme ON
  }
}

Var 0331, name VS_DIS_CALC, Link SUBRUTINE     // Calcul affichage VS
{
  IF &VS_DIS_CALC > 2500
  {
    &VS_DIS_CALC = 2500    
  }
  IF &VS_DIS_CALC < -2500
  {
    &VS_DIS_CALC = -2500    
  }
  &VS_SEL_DIS = &VS_DIS_CALC         // D_V/S
  L0 = &VS_DIS_CALC * 1     // ° 1 au lieu ° 100 car 4 digits
  &VS = L0    
}

Var 0332, name ALT_DISP_CALC, Link SUBRUTINE     // Calcul pour affichage ALT
{
  IF &ALT_DISP_CALC > 35000
  {
    &ALT_DISP_CALC = 35000    
  }
  IF &ALT_DISP_CALC < 0
  {
    &ALT_DISP_CALC = 0    
  }
  &ALT_SEL_DIS = &ALT_DISP_CALC         // D_ALT
  L0 = &ALT_DISP_CALC * 1997537
  &ALT_SEL = L0 / 100     // L0 / 100 au lieu L0 car 5 digits
}

Var 0335, name TEST_LEDS, Link SUBRUTINE     // Test des alarmes
{
  &BATT_DISCH_LED = &WARN_TEST_SW OR &N_BATT_DISCH
  &AP_DISC_LED = &WARN_TEST_SW OR &N_AP
  &PKG_BRK_LED = &WARN_TEST_SW OR &PKG_BRK     // >la LED prend la valeur 32767 !!!! OK
  &LDG_LT_LED = &WARN_TEST_SW OR &LDG_LIGHTS_SW
  &BEACON_LED = &WARN_TEST_SW OR &BEACON_SW
  &STROBES_LED = &WARN_TEST_SW OR &STROBE_SW
  &XFEED_LED = &WARN_TEST_SW OR &R_XFEED_SW
  &XFEED_LED = &WARN_TEST_SW OR &L_XFEED_SW
  &WING_DEICE_LED = &WARN_TEST_SW
  &PITOT_OFF_LED = &WARN_TEST_SW OR &N_PITOT
  &INVERTER_LED = &WARN_TEST_SW OR &N_INVERTER
  &WINDSHD_HT_LED = &WARN_TEST_SW    
  &R_IGNITION_LED = &WARN_TEST_SW OR &R_ENG_START_SW
  &L_IGNITION_LED = &WARN_TEST_SW OR &L_ENG_START_SW
  &BATT_CHG_LED = &WARN_TEST_SW OR &R_ENG_START
  &FUEL_XFEED_LED = &WARN_TEST_SW OR &R_XFEED_SW
  &FUEL_XFEED_LED = &WARN_TEST_SW OR &L_XFEED_SW
  &L_OIL_PRES_LED = &WARN_TEST_SW OR &L_OILPRESS_REL
  &R_OIL_PRES_LED = &WARN_TEST_SW OR &R_OILPRESS_REL
  &L_AUTOFEAT_LED = &WARN_TEST_SW OR &L_AUTOFEATHER
  &R_AUTOFEAT_LED = &WARN_TEST_SW OR &R_AUTOFEATHER
  &L_BLEEDAIR_LED = &WARN_TEST_SW OR &L_BLEED_AIR
  &R_BLEEDAIR_LED = &WARN_TEST_SW OR &R_BLEED_AIR
  &AIRCONDN1_LED = &WARN_TEST_SW OR &AIR_COND_N1
  &AIR_COND_LED = &WARN_TEST_SW OR &AIR_COND_SW
  &L_ICE_VANE_LED = &WARN_TEST_SW OR &L_ICE_VANE
  &R_ICE_VANE_LED = &WARN_TEST_SW OR &R_ICE_VANE
  &RVS_LED = &WARN_TEST_SW OR &RVS_NOT_READY
  &HYD_PRESS_LED = &WARN_TEST_SW OR &HYDR_PRESSURE
  &ICING_LED = &WARN_TEST_SW OR &N_OAT
  &L_VANE_LED = &WARN_TEST_SW OR &L_ICE_VANE
  &R_VANE_LED = &WARN_TEST_SW OR &R_ICE_VANE
  &OXYGEN_LED = &WARN_TEST_SW OR &OXYGEN_SW
  &CABIN_DOOR_LED = &WARN_TEST_SW OR &CABIN_DOOR_SW
  &L_XFR_PRS_LED = &WARN_TEST_SW OR &L_ENG_START
  &R_XFR_PRS_LED = &WARN_TEST_SW OR &R_ENG_START
  &LEFT_FIRE_LED = &WARN_TEST_SW OR &L_FIRE_SW
  &RIGHT_FIRE_LED = &WARN_TEST_SW OR &R_FIRE_SW
  &FIRE_LEFT_LED = &WARN_TEST_SW OR &L_FIRE_SW
  &FIRE_RIGHT_LED = &WARN_TEST_SW OR &R_FIRE_SW
  &RDC_GEN_LED = &WARN_TEST_SW    
  &LDC_GEN_LED = &WARN_TEST_SW    
}

Var 0336, name BLINK, Link SUBRUTINE     // Commande du TIMER "BLINKER"
{
  &BLINKER = 0         //  démarrage  à 0
  &BLINKER = TIMER 9999 ,1 ,100     // et lance le compteur
}

Var 0337, name DISP_OAT_COND, Link SUBRUTINE     // Conditions d'affichage Displays OAT
{
  IF &AVNCS = 1
  {
    &OAT_DIS = &OAT_DIS    
  }
  ELSE
  {
    &OAT_DIS = -999999         // Afficheur éteint
  }
}

Var 0338, name COMM_DIS_CALC, Link SUBRUTINE     // Calcul de l'affichage de COM
{
  L0 = &COM1_CENT_INI * 1000
  L0 = L0 + &COM1_DEC_INI
  &COM1_DIS = DIV L0 ,10
  &COM1_DIS = TRUNC &COM1_DIS
  &COMM = TOBCD &COM1_DIS
}

Var 0339, name RADIO_DIS_COND, Link SUBRUTINE     // Conditions affichage Radios
{
  IF &BATTERY = 0     // Si général off
  {
    &COM1_DIS = -999999         // Affichage off
    &NAV1_DIS = -999999    
    &NAV2_DIS = -999999    
    &XPDR_DIS = -999999    
    &ADF_DIS = -999999    
  }
  IF &BATTERY = 1     // Si général on
  {
    IF &AVNCS = 0     // Si avionics off
    {
      &COM1_DIS = -999998         // Affichage -----
      &NAV1_DIS = -999998    
      &NAV2_DIS = -999998    
      &ADF_DIS = -999998    
      &XPDR_DIS = -999998    
    }
  }
  IF &BATTERY = 1     // Si général on
  {
    IF &AVNCS = 1     // Si avionics on
    {
      &COM1_DIS = 2750         // Affichage initial COM1
      &NAV1_DIS = 1300         // Affichage initial NAV1
      &NAV2_DIS = 1740         // Affichage initial NAV2
      &XPDR_DIS = 1200         // Affichage initial transpondeur
      &ADF_DIS = 3450         // Affichage initial ADF
    }
  }
}

Var 0340, name ADF_CALC, Link SUBRUTINE     // Calcul affichage ADF (by Nico)
{
  L0 = &ADF_HIGH * 10     // high * 10
  L0 = L0 + &ADF_LOW     // + dec
  &ADF_DIS = L0         // to display
  L1 = MOD L0 ,10     // decimal digit 
  IF L1 <> &ADF_LOW_VAR
  {
    &ADF_LOW_VAR = L1         // decimal digit to fsuipc 
  }
  L0 = DIV L0 ,10
  L1 = TOBCD L0
  IF L1 <> &ADF_HIGH_VAR
  {
    &ADF_HIGH_VAR = L1         // higher 3 digits in bcd to fsuipc 
  }
  &ADF_DP_LED = 1    
}

Var 0341, name NAV1_DIS_CALC, Link SUBRUTINE     // Calcul de l'affichage NAV1
{
  L0 = &NAV1_CENT_INI * 1000
  L0 = L0 + &NAV1_DEC_INI
  &NAV1_DIS = DIV L0 ,10
  &NAV1_DIS = TRUNC &NAV1_DIS
  &NAV1 = TOBCD &NAV1_DIS
}

Var 0342, name NAV2_DIS_CALC, Link SUBRUTINE     // Calcul affichage NAV2
{
  L0 = &NAV2_CENT_INI * 1000
  L0 = L0 + &NAV2_DEC_INI
  &NAV2_DIS = DIV L0 ,10
  &NAV2_DIS = TRUNC &NAV2_DIS
  &NAV2 = TOBCD &NAV2_DIS
}

Var 0345, name XPDR_CALC, Link SUBRUTINE
{
  L0 = &XPDR_HI_INI * 100
  L0 = L0 + &XPDR_LOW_INI
  &XPDR_DIS = L0    
  &XPDR_OUT = TOBCD L0
}

Var 0400, name BATT_SW, Link IOCARD_SW, Input 0     // Inter Master Battery
{
  &BATTERY = &BATT_SW    
}

Var 0401, name CABIN_SIGN_SW, Link IOCARD_SW, Input 42     // Signaux passagers
{
  IF &CABIN_SIGN_SW = 1
  {
    &PLAY_SOUND = 1         // lance le son n°1 PAX SIGN SND
    &PLAY_SOUND = 0         // remise à zéro
  }
  ELSE
  {
    &PLAY_SOUND = 0    
  }
}

Var 0402, name AVNCS_SW, Link IOCARD_SW, Input 1     // Inter Avionique
{
  &AVNCS = &AVNCS_SW    
}

Var 0403, name AP_ALT_SW, Link IOCARD_SW, Input 46, Type P     // Poussoir PA mode ALT
{
  IF &AP_ALT_SW = 1
  {
    IF &AP_ALT <> 1
    {
      &AP_ALT = 1    
    }
  }
  ELSE
  {
    &AP_ALT = 0    
    &PLAY_SOUND = 1    
    &PLAY_SOUND = 0    
  }
}

Var 0404, name AP_HDG_SW, Link IOCARD_SW, Input 47, Type P     // Poussoir PA mode HDG
{
  IF &AP_HDG_SW = 1
  {
    IF &AP_HDG <> 1
    {
      &AP_HDG = 1    
    }
  }
  ELSE
  {
    &AP_HDG = 0    
    &PLAY_SOUND = 1    
    &PLAY_SOUND = 0    
  }
}

Var 0405, name INVERTER_SW, Link IOCARD_SW, Input 2     // Commande Inverter
{
  IF &INVERTER_SW = 1
  {
    &KEYS = 15         // génère un o pour Inverter ON
    &KEYS = 0         // ré-initialisation
    &N_INVERTER = 0         // inverse l'action de l'inter voir var 037
  }
  ELSE
  {
    &KEYS = 15         // génère un o pour Inverter OFF
    &KEYS = 0    
    &N_INVERTER = 1    
  }
  CALL &TEST_LEDS
}

Var 0406, name AP_APPR_SW, Link IOCARD_SW, Input 48, Type P     // Poussoir PA mode APPR
{
  IF &AP_APPR_SW = 1
  {
    IF &AP_APPR <> 1
    {
      &AP_APPR = 1    
    }
  }
  ELSE
  {
    &AP_APPR = 0    
    &PLAY_SOUND = 1    
    &PLAY_SOUND = 0    
  }
}

Var 0407, name AP_NAV_SW, Link IOCARD_SW, Input 49, Type P     // Poussoir PA mode NAV
{
  IF &AP_NAV_SW = 1
  {
    IF &AP_NAV <> 1
    {
      &AP_NAV = 1    
    }
  }
  ELSE
  {
    &AP_NAV = 0    
    &PLAY_SOUND = 1    
    &PLAY_SOUND = 0    
  }
}

Var 0408, name AP_SW, Link IOCARD_SW, Input 45     // PA Master Switch
{
  &AP = &AP_SW    
}

Var 0409, name AP_FD_SW, Link IOCARD_SW, Input 51     // Inter PA Flight Director
{
  &AP_FD = &AP_FD_SW    
}

Var 0410, name AP_YD_SW, Link IOCARD_SW, Input 50     // Inter PA Yaw Damper
{
  IF &AP_YD_SW = 1
  {
    IF &AP = 0     // si AP est ON: YD est ON automatiquement
    {
      &AP_YD = 1    
    }
  }
  ELSE
  {
    &AP_YD = 0    
  }
}

Var 0411, name GEAR_SW, Link IOCARD_SW, Input 22     // Inter manette de train
{
  IF &GEAR_SW = 1
  {
    &GEAR = 16383         // train sorti
  }
  ELSE
  {
    &GEAR = 0         // train rentré
  }
}

Var 0412, name AP_BC_SW, Link IOCARD_SW, Input 62, Type P     // Poussoir PA mode Back Course
{
  IF &AP_BC_SW = 1
  {
    IF &AP_BC <> 1
    {
      &AP_BC = 1         // mode Back Course ON
    }
  }
  ELSE
  {
    &AP_BC = 0    
    &PLAY_SOUND = 1    
    &PLAY_SOUND = 0    
  }
}

Var 0414, name PKG_BRK_SW, Link IOCARD_SW, Input 3     // Inter Parking Brake
{
  IF &PKG_BRK_SW = 1
  {
    &PKG_BRK = 32767         // Frein de parking ON
    &PKG_BRK_LED = 1         // Alarme jaune PARKING BRAKE
  }
  ELSE
  {
    &PKG_BRK = 0    
    &PKG_BRK_LED = 0    
  }
}

Var 0415, name PITOT_SW, Link IOCARD_SW, Input 23     // Inter réchauffage Pitot
{
  IF &PITOT_SW = 1
  {
    &PITOT = 1    
    &N_PITOT = 0         // pour test de l'alarme
    &PITOT_OFF_LED = 0         // Alarme jaune PITOT OFF 
  }
  ELSE
  {
    &PITOT = 0    
    &N_PITOT = 1    
    &PITOT_OFF_LED = 1    
  }
}

Var 0416, name LDG_LIGHTS_SW, Link IOCARD_SW, Input 18     // Inter phares d'atterrissage
{
  IF &LDG_LIGHTS_SW = 1
  {
    &LDG_LT_LED = 1         // Alarme verte LANDING LIGHTS
    &LIGHTS = SETBIT 2
  }
  ELSE
  {
    &LDG_LT_LED = 0    
    &LIGHTS = CLEARBIT 2
  }
  CALL &TEST_LEDS
}

Var 0418, name BEACON_SW, Link IOCARD_SW, Input 19     // Inter feu Beacon
{
  IF &BEACON_SW = 1
  {
    &LIGHTS = SETBIT 1
    &BEACON_LED = 1         // Alarme verte BEACON
  }
  ELSE
  {
    &LIGHTS = CLEARBIT 1
    &BEACON_LED = 0    
  }
  CALL &TEST_LEDS
}

Var 0419, name NAV_LIGHT_SW, Link IOCARD_SW, Input 20     // Inter feux de navigation
{
  IF &NAV_LIGHT_SW = 1
  {
    &LIGHTS = SETBIT 0
  }
  ELSE
  {
    &LIGHTS = CLEARBIT 0
  }
}

Var 0420, name STROBE_SW, Link IOCARD_SW, Input 21     // Inter feux Strobes
{
  IF &STROBE_SW = 1
  {
    &LIGHTS = SETBIT 4
    &STROBES_LED = 1         // Alarme verte STROBES
  }
  ELSE
  {
    &LIGHTS = CLEARBIT 4
    &STROBES_LED = 0    
  }
  CALL &TEST_LEDS
}

Var 0422, name L_ENG_CUTOF_SW, Link IOCARD_SW, Input 65     // Inter Fuel CutOff moteur 1 (gauche)
{
  IF &L_ENG_CUTOF_SW = 1
  {
    &L_ENG_FFLOW = 0         // Position "CutOff" et Firewall CutOff
  }
  ELSE
  {
    &L_ENG_FFLOW = 10400         // valeur pour Low Idle
  }
}

Var 0423, name R_ENG_CUTOF_SW, Link IOCARD_SW, Input 66     // Inter Fuel CutOff moteur 2 (droit)
{
  IF &R_ENG_CUTOF_SW = 1
  {
    &R_ENG_FFLOW = 0         // Position "CutOff" et Firewall CutOff
  }
  ELSE
  {
    &R_ENG_FFLOW = 10400         // Valeur pour Low Idle
  }
}

Var 0424, name R_XFEED_SW, Link IOCARD_SW, Input 30     // Crossfeed droit
{
  IF &R_XFEED_SW = 1     // Sélecteur sur XFEED
  {
    &FUEL_TANK_SEL = 14         // gauche vers droite
    &FUEL_XFEED_LED = 1         // Alarme verte FUEL CROSSFEED
  }
  CALL &TEST_LEDS
}

Var 0425, name L_XFEED_SW, Link IOCARD_SW, Input 31     // Crossfeed gauche 
{
  IF &L_XFEED_SW = 1
  {
    &FUEL_TANK_SEL = 15         // droite vers gauche
    &FUEL_XFEED_LED = 1         // alarme verte FUEL CROSSFEED
  }
  CALL &TEST_LEDS
}

Var 0426, name R_ENG_START_SW, Link IOCARD_SW, Input 9     // Inter démarrage moteur droit (2)
{
  IF &R_ENG_START_SW = 1
  {
    &R_ENG_START = 1         // Démarrage moteur droit
    &R_IGNITION_LED = DELAY 1 ,500     // retard de 5 sec avant allumage
  }
  ELSE
  {
    &R_ENG_START = 0    
    &R_IGNITION_LED = 0         // alarme verte L IGNITION ON
  }
}

Var 0427, name L_ENG_START_SW, Link IOCARD_SW, Input 10     // Inter démarrage moteur gauche (1)
{
  IF &L_ENG_START_SW = 1
  {
    &L_ENG_START = 1         // démarrage moteur gauche
    &L_IGNITION_LED = DELAY 1 ,500     // retard 5 sec avant allumage
  }
  ELSE
  {
    &L_ENG_START = 0    
    &L_IGNITION_LED = 0         // Alarme verte L IGNITION ON 
  }
}

Var 0428, name L_GEN_SW, Link IOCARD_SW, Input 7     // Inter générateur gauche
{
  IF &L_GEN_SW = 1
  {
    &L_ENG_START = 2         // Géné 1 ON
  }
}

Var 0429, name R_GEN_SW, Link IOCARD_SW, Input 8     // Inter générateur droit
{
  IF &R_GEN_SW = 1
  {
    &R_ENG_START = 2         // Géné 2 ON
  }
}

Var 0431, name WING_DEICE_SW, Link IOCARD_SW, Input 24     // Inter dégivrage ailes
{
  IF &WING_DEICE_SW = 1
  {
    &WING_DEICE_LED = DELAY 1 ,3000
  }
  ELSE
  {
    &WING_DEICE_LED = DELAY 0 ,1000
  }
}

Var 0432, name WNDSHLD_HT_SW, Link IOCARD_SW, Input 25     // Inter réchauffage pare-brise
{
  IF &WNDSHLD_HT_SW = 1
  {
    &WNDSHLD_TIMER = 1         // valeur de démarrage
    &WNDSHLD_TIMER = TIMER 9999 ,1 ,1500
  }
  ELSE
  {
    &WNDSHLD_TIMER = 9999    
    &WINDSHD_HT_LED = 0         // sécurité
  }
}

Var 0433, name STAB_HEAT_SW, Link IOCARD_SW, Input 26     // Inter dégivrage stabilo
{
  IF &STAB_HEAT_SW = 1
  {
    &STAB_HT_TIMER = 12    
    &STAB_HT_TIMER = TIMER 0 ,-1 ,1000
  }
  ELSE     // si l'inter est OFF
  {
    &STAB_HT_TIMER = 1         // va bientôt s'arrêter...
  }
}

Var 0437, name STALL_ALRM_SW, Link IOCARD_SW, Input 36     // Test alarme de décrochage
{
  IF &STALL_ALRM_SW = 1
  {
    &PLAY_SOUND = 3         // lance le son n°3 STALL
    &PLAY_SOUND = 0         // ràz
  }
}

Var 0442, name L_AUTO_IGNI_SW, Link IOCARD_SW, Input 5     // Inter auto allumage gauche
{
  CALL &L_AUTO_IGNI
}

Var 0443, name R_AUTO_IGNI_SW, Link IOCARD_SW, Input 6     // Inter auto allumage droite
{
  CALL &R_AUTO_IGNI
}

Var 0445, name L_FEATHER_SW, Link IOCARD_SW, Input 67     // mise en drapeau manuelle gauche
{
  CALL &L_FEATHERING
}

Var 0446, name R_FEATHER_SW, Link IOCARD_SW, Input 68     // mise en drapeau manuelle groite
{
  CALL &R_FEATHERING
}

Var 0447, name PROP_SYNC_SW, Link IOCARD_SW, Input 14     // Inter synchro hélices
{
  &PROP_SYNC = &PROP_SYNC_SW    
}

Var 0448, name AUTOFEATHER_SW, Link IOCARD_SW, Input 11     // Inter Autofeather droite et gauche
{
  IF &AUTOFEATHER_SW = 1     // position ARM
  {
    &AUTOFEATHER = 1         // Autofeather armé
  }
}

Var 0449, name L_BLEED_AIR_SW, Link IOCARD_SW, Input 37     // Inter Left Bleed Air Valve
{
  &L_BLEED_AIR = &L_BLEED_AIR_SW    
}

Var 0450, name R_BLEED_AIR_SW, Link IOCARD_SW, Input 38     // Inter Right Bleed Air Valve
{
  &R_BLEED_AIR = &R_BLEED_AIR_SW    
  CALL &AIR_COND_N1
}

Var 0452, name FLAPS_UP_SW, Link IOCARD_SW, Input 63     // Volets position UP
{
  IF &FLAPS_UP_SW = 1     // inter volets sur UP
  {
    &FLAPS = 0         // volets rentrés
    &FLAPS_UP_LED = DELAY 1 ,650
    &FLAPS_APPR_LED = 0    
    &FLAPS_DN_LED = 0    
  }
  ELSE
  {
    &FLAPS = 8191         // Volets sur Approche
    &FLAPS_APPR_LED = DELAY 1 ,650
    &FLAPS_UP_LED = 0    
    &FLAPS_DN_LED = 0    
  }
}

Var 0453, name FLAPS_DN_SW, Link IOCARD_SW, Input 64     // Volets position DOWN
{
  IF &FLAPS_DN_SW = 1
  {
    &FLAPS = 16383         // Volets sortis
    &FLAPS_DN_LED = DELAY 1 ,1000
    &FLAPS_UP_LED = 0    
    &FLAPS_APPR_LED = 0    
  }
  ELSE
  {
    &FLAPS = 8191    
    &FLAPS_APPR_LED = DELAY 1 ,650
    &FLAPS_UP_LED = 0    
    &FLAPS_DN_LED = 0    
  }
}

Var 0461, name L_ICE_VANE_SW, Link IOCARD_SW, Input 12     // Inter et tirette vanne glace gauche
{
  &L_ICE_VANE = &L_ICE_VANE_SW    
}

Var 0462, name R_ICE_VANE_SW, Link IOCARD_SW, Input 13     // Inter et tirette vanne glace droite
{
  &R_ICE_VANE = &R_ICE_VANE_SW    
}

Var 0463, name WARN_TEST_SW, Link IOCARD_SW, Input 71     // Poussoir de test de toutes les alarmes
{
  CALL &TEST_LEDS
  &INACTIVE_LED = &WARN_TEST_SW         // alarmes branchées, non actives
}

Var 0466, name CABIN_DOOR_SW, Link IOCARD_SW, Input 43     // Inter éclairage entrée (vers USB O)
{
  &CABIN_DOOR_LED = &CABIN_DOOR_SW         // L'éclairage suit l'inter
  CALL &TEST_LEDS
}

Var 0468, name STD_QNH_SW, Link IOCARD_SW, Input 114, Type P     // QNH 29.92 envoie un B 
{
  &KEYS = 2         // envoie un B
  &KEYS = 0         // ràz
}

Var 0470, name OXYGEN_SW, Link IOCARD_SW, Input 39, Type I     // Tirette Oxygène
{
  &OXYGEN = &OXYGEN_SW    
  CALL &TEST_LEDS
}

Var 0471, name L_FIRE_SW, Link IOCARD_SW, Input 40     // Poussoir FEU gauche
{
  IF &L_FIRE_SW = 1
  {
    &LEFT_FIRE_LED = 1         // SORTIE OUT vers relais 1
    &FIRE_LEFT_LED = 1         // ALARME rouge FIRE LEFT ENG
    &PLAY_SOUND = 2         // son alarme incendie
    &PLAY_SOUND = 0         // ràz
  }
  ELSE
  {
    &LEFT_FIRE_LED = 0    
    &FIRE_LEFT_LED = 0    
    &STOP_SOUND = 2         // arrête le son en boucle n°2
    &STOP_SOUND = 0         // ràz
  }
  CALL &TEST_LEDS
}

Var 0472, name R_FIRE_SW, Link IOCARD_SW, Input 41     // Poussoir FEU droite
{
  IF &R_FIRE_SW = 1
  {
    &RIGHT_FIRE_LED = 1         // sortie vers relais 2
    &FIRE_RIGHT_LED = 1    
    &PLAY_SOUND = 2    
    &PLAY_SOUND = 0         // remise à zéro
  }
  ELSE
  {
    &RIGHT_FIRE_LED = 0    
    &FIRE_RIGHT_LED = 0    
    &STOP_SOUND = 2    
    &STOP_SOUND = 0    
  }
  CALL &TEST_LEDS
}

Var 0473, name LDG_GR_TEST_SW, Link IOCARD_SW, Input 15, Type P     // Test des 4 LEDs train
{
  IF &ACFT_ON_GND = 0     // quand l'avion est en l'air
  {
    IF &LDG_GR_TEST_SW = 1     // et quand le poussoir est sur ON
    {
      &NOSE_GEAR_LED = 1    
      &LEFT_GEAR_LED = 1    
      &RIGHT_GEAR_LED = 1    
      &GEAR_TRANS_LED = 1    
    }
    ELSE     // quand le poussoir est OFF
    {
      &NOSE_GEAR_LED = 0    
      &LEFT_GEAR_LED = 0    
      &RIGHT_GEAR_LED = 0    
      &GEAR_TRANS_LED = 0    
    }
  }
  ELSE     // quand l'avion est au sol
  {
    IF &LDG_GR_TEST_SW = 1     // et que le poussoir est sur ON
    {
      &GEAR_TRANS_LED = 1    
    }
    ELSE     // quand le poussoir est sur OFF
    {
      &GEAR_TRANS_LED = 0    
    }
  }
}

Var 0474, name COFFEE_MACH_SW, Link IOCARD_SW, Input 44     // Inter machine à café
{
  IF &COFFEE_MACH_SW = 1
  {
    &KEYS = 18         // appelle un r pour K2M
    &KEYS = 0    
  }
  ELSE
  {
    &KEYS = 0    
  }
}

Var 0475, name AIR_COND_SW, Link IOCARD_SW, Input 29     // Commutateur rotatif Air Cond
{
  &AIR_COND_LED = &AIR_COND_SW    
  CALL &TEST_LEDS
}

Var 0476, name COM_AUDIO_SW, Link IOCARD_SW, Input 80, Type P     // Audio COM1 et COM2
{
  &COM_AUDIO_LED = &COM_AUDIO_SW    
  &AUDIO = CHANGEBIT 5 ,&COM_AUDIO_SW     // Ecoute COM1 ou COM2
}

Var 0477, name NAV1_AUDIO_SW, Link IOCARD_SW, Input 87, Type P     // Audio NAV1
{
  &NAV1_AUDIO_LED = &NAV1_AUDIO_SW    
  &AUDIO = CHANGEBIT 4 ,&NAV1_AUDIO_SW     // Ecoute NAV1
}

Var 0478, name NAV2_AUDIO_SW, Link IOCARD_SW, Input 88, Type P     // Audio NAV2
{
  &NAV2_AUDIO_LED = &NAV2_AUDIO_SW    
  &AUDIO = CHANGEBIT 3 ,&NAV2_AUDIO_SW     // Ecoute NAV2
}

Var 0479, name ADF_AUDIO_SW, Link IOCARD_SW, Input 89, Type P     // Ecoute ADF
{
  &ADF_AUDIO_LED = &ADF_AUDIO_SW    
  &AUDIO = CHANGEBIT 0 ,&ADF_AUDIO_SW
}

Var 0480, name RADIO_TEST_SW, Link IOCARD_SW, Input 85, Type P     // Test afficheurs toutes radios
{
  IF &RADIO_TEST_SW = 1
  {
    &NAV1_DIS = 8888         // Affiche 8888
    &COM1_DIS = 8888    
    &ADF_DIS = 8888    
    &NAV2_DIS = 8888    
    &XPDR_DIS = 8888    
  }
  ELSE
  {
    &NAV1_DIS = 1300         // Affichage initial NAV1
    &COM1_DIS = 2750    
    &ADF_DIS = 3450    
    &NAV2_DIS = 1300    
    &XPDR_DIS = 1200    
  }
}

Var 0481, name XPDR_VFR_SW, Link IOCARD_SW, Input 86, Type P     // Affiche le code 7000
{
  IF &XPDR_VFR_SW = 1
  {
    &XPDR_DIS = 7000         // Code VFR
  }
  ELSE
  {
    &XPDR_DIS = 1200         // Affichage initial XPDR
  }
}

Var 0482, name XPDR_MODE_SW, Link IOCARD_SW, Input 98, Type P     // Poussoir Mode XPDR
{
  IF &XPDR_MODE_SW = 1
  {
    &XPDR_MODE = 1         // Transpondeur en Stand By
    &XPDR_STBY_LED = 1    
    &XPDR_C_LED = 0    
  }
  ELSE
  {
    &XPDR_MODE = 0         // Transpondeur mode Charlie
    &XPDR_C_LED = 1    
    &XPDR_STBY_LED = 0    
  }
}

Var 0483, name RXP_TCAS_SW, Link IOCARD_SW, Input 125
{
  &AA_JOYSTICK_64 = CHANGEBIT 0 ,&RXP_TCAS_SW     // CTRL SHIFT A par FSUIPC
}

Var 0484, name RXP_RMI_SW, Link IOCARD_SW, Input 124
{
  &AA_JOYSTICK_64 = CHANGEBIT 3 ,&RXP_RMI_SW
}

Var 0485, name RXP_EHSI_SW, Link IOCARD_SW, Input 126     // Mode Rose/Arc EHSI
{
  &AA_JOYSTICK_64 = CHANGEBIT 4 ,&RXP_EHSI_SW
}

Var 0486, name RXP_RANGEP_SW, Link IOCARD_SW, Input 127     // Range +
{
  &AA_JOYSTICK_64 = CHANGEBIT 5 ,&RXP_RANGEP_SW
}

Var 0487, name RXP_RANGEM_SW, Link IOCARD_SW, Input 128     // Range -
{
  &AA_JOYSTICK_64 = CHANGEBIT 6 ,&RXP_RANGEM_SW
}

Var 0488, name RXP_CDI_SW, Link IOCARD_SW, Input 129     // Aiguille CDI
{
  &AA_JOYSTICK_64 = CHANGEBIT 7 ,&RXP_CDI_SW
}

Var 0489, name RXP_APT_SW, Link IOCARD_SW, Input 132     // Affiche les ARPT
{
  &AA_JOYSTICK_64 = CHANGEBIT 8 ,&RXP_APT_SW
}

Var 0490, name RXP_VOR_SW, Link IOCARD_SW, Input 130     // Affiche les VOR
{
  &AA_JOYSTICK_64 = CHANGEBIT 9 ,&RXP_VOR_SW
}

Var 0491, name RXP_INT_SW, Link IOCARD_SW, Input 131     // Affiche les INT
{
  &AA_JOYSTICK_64 = CHANGEBIT 10 ,&RXP_INT_SW
}

Var 0492, name RXP_DH_PLUS_SW, Link IOCARD_SW, Input 133
{
  &AA_JOYSTICK_64 = CHANGEBIT 11 ,&RXP_DH_PLUS_SW
}

Var 0493, name RXP_DH_MIN_SW, Link IOCARD_SW, Input 134
{
  &AA_JOYSTICK_64 = CHANGEBIT 12 ,&RXP_DH_MIN_SW
}

Var 0500, name ALT_SEL_ROT, Link IOCARD_ENCODER, Input 54, Aceleration 4, Type 2     // Encod sélection ALT
{
  L0 = &ALT_SEL_ROT * 100     // °100 au lieu ° 1 car 5digits , pas 3
  &ALT_DISP_CALC = &ALT_DISP_CALC + L0
}

Var 0501, name AP_HDG_ROT, Link IOCARD_ENCODER, Input 56, Aceleration 2, Type 2     // Encod sélection HDG 
{
  &HEADING = ROTATE 0 ,359 ,&AP_HDG_ROT
  &HDG_SEL = &HEADING * 182.04444
}

Var 0502, name VS_SEL_ROT, Link IOCARD_ENCODER, Input 58, Aceleration 4, Type 2     // Cmd VS
{
  L0 = &VS_SEL_ROT * 100     // °100 au lieu ° 1  car  4 digits , pas 2
  &VS_DIS_CALC = &VS_DIS_CALC + L0
}

Var 0503, name AP_CRS_ROT, Link IOCARD_ENCODER, Input 60, Aceleration 2, Type 2     // Encod sélection CRS OBS1
{
  &COURSE = ROTATE 0 ,359 ,&AP_CRS_ROT
}

Var 0505, name ADF_LOW_ROT, Link IOCARD_ENCODER, Input 81, Aceleration 4, Type 2     // Encodeur chiffres inférieurs ADF
{
  L0 = &ADF_LOW_ROT * 5     // steps of 5
  &ADF_LOW_R = ROTATE 0 ,99 ,L0
}

Var 0506, name ADF_HI_ROT, Link IOCARD_ENCODER, Input 83, Aceleration 4, Type 2     // Encodeur chiffres supérieurs ADF
{
  L0 = &ADF_HI_ROT    
  &ADF_HIGH_R = ROTATE 20 ,99 ,L0
}

Var 0507, name QNH_ROT, Link IOCARD_ENCODER, Input 115, Aceleration 2, Type 2     // Encodeur QNH by Nico
{
  L0 = &QNH_ROT    
  IF L0 > 0     // clockwise
  {
    &QNH = 65883    
    &QNH = DELAY 0 ,10     // raz après 100 msec
  }
  ELSE
  {
    IF L0 < 0     // anti-clockwise
    {
      &QNH = 65884    
      &QNH = DELAY 0 ,10
    }
  }
}

Var 0508, name COM1_CENT_ROT, Link IOCARD_ENCODER, Input 72, Aceleration 2, Type 2     // Encodeur pour entiers COM1
{
  &COM1_CENT_INI = ROTATE 18 ,35 ,&COM1_CENT_ROT
}

Var 0509, name COM1_DEC_ROT, Link IOCARD_ENCODER, Input 74, Aceleration 2, Type 2     // Encodeur pour décimales COM1
{
  L0 = &COM1_DEC_ROT * 25
  &COM1_DEC_INI = &COM1_DEC_INI - L0
  IF &COM1_DEC_INI > 975
  {
    &COM1_DEC_INI = 0    
  }
  IF &COM1_DEC_INI < 0
  {
    &COM1_DEC_INI = 975    
  }
}

Var 0510, name NAV1_CENT_ROT, Link IOCARD_ENCODER, Input 76, Aceleration 2, Type 2     // Encodeur pour entiers NAV1
{
  &NAV1_CENT_INI = ROTATE 8 ,17 ,&NAV1_CENT_ROT
}

Var 0511, name NAV1_DEC_ROT, Link IOCARD_ENCODER, Input 78, Aceleration 2, Type 2     // Encodeur pour décimales NAV1
{
  L0 = &NAV1_DEC_ROT * 50
  &NAV1_DEC_INI = &NAV1_DEC_INI - L0
  IF &NAV1_DEC_INI > 950
  {
    &NAV1_DEC_INI = 0    
  }
  IF &NAV1_DEC_INI < 0
  {
    &NAV1_DEC_INI = 950    
  }
}

Var 0512, name NAV2_CENT_ROT, Link IOCARD_ENCODER, Input 90, Aceleration 2, Type 2     // Encodeur pour entiers NAV2
{
  &NAV2_CENT_INI = ROTATE 8 ,17 ,&NAV2_CENT_ROT
}

Var 0513, name NAV2_DEC_ROT, Link IOCARD_ENCODER, Input 92, Aceleration 2, Type 2     // Encodeur pour décimales NAV2
{
  L0 = &NAV2_DEC_ROT * 50
  &NAV2_DEC_INI = &NAV2_DEC_INI - L0
  IF &NAV2_DEC_INI > 950
  {
    &NAV2_DEC_INI = 0    
  }
  IF &NAV2_DEC_INI < 0
  {
    &NAV2_DEC_INI = 950    
  }
}

Var 0518, name XPDR_LOW_ROT, Link IOCARD_ENCODER, Input 94, Aceleration 2, Type 2     // chiffres inf
{
  &XPDR_LOW_INI = &XPDR_LOW_INI - &XPDR_LOW_ROT
  IF &XPDR_LOW_INI > 77
  {
    &XPDR_LOW_INI = 0    
  }
  IF &XPDR_LOW_INI < 0
  {
    &XPDR_LOW_INI = 77    
  }
}

Var 0519, name XPDR_HI_ROT, Link IOCARD_ENCODER, Input 96, Aceleration 2, Type 2     // chiffres sup
{
  &XPDR_HI_INI = &XPDR_HI_INI - &XPDR_HI_ROT
  IF &XPDR_HI_INI > 77
  {
    &XPDR_HI_INI = 0    
  }
  IF &XPDR_HI_INI < 0
  {
    &XPDR_HI_INI = 77    
  }
}

Var 0520, name L_ENG_POT, Link IOCARD_ANALOGIC, Input 2, PosL 0, PosC 125, PosR 226     // potentiomètre gaz gauche
{
  IF &L_ENG_POT < 10
  {
    &L_ENG_THROTTLE = -4096    
  }
  ELSE
  {
    L0 = &L_ENG_POT * 64.25
    IF L0 > 16384
    {
      L0 = 16384    
    }
    &L_ENG_THROTTLE = L0    
  }
}

Var 0521, name R_ENG_POT, Link IOCARD_ANALOGIC, Input 1, PosL 5, PosC 120, PosR 225     // Potentiomètre gaz droite
{
  IF &R_ENG_POT < 10
  {
    &R_ENG_THROTTLE = -4096    
  }
  ELSE
  {
    L0 = &R_ENG_POT * 64.25
    IF L0 > 16384
    {
      L0 = 16384    
    }
    &R_ENG_THROTTLE = L0    
  }
}

Var 0522, name L_ENG_PROP_POT, Link IOCARD_ANALOGIC, Input 3, PosL 0, PosC 115, PosR 255     // Potentiomètre pas d'héli
{
  IF &L_ENG_PROP_POT <= 5
  {
    &L_PROP = -4096    
  }
  ELSE
  {
    L0 = &L_ENG_PROP_POT * 64.25
    IF L0 > 16384
    {
      L0 = 16384    
    }
    &L_PROP = L0    
  }
}

Var 0523, name R_ENG_PROP_POT, Link IOCARD_ANALOGIC, Input 4, PosL 0, PosC 115, PosR 255     // Potentiomètre pas d'élic
{
  IF &R_ENG_PROP_POT <= 5
  {
    &R_PROP = -4096    
  }
  ELSE
  {
    L0 = &R_ENG_PROP_POT * 64.25
    IF L0 > 16384
    {
      L0 = 16384    
    }
    &R_PROP = L0    
  }
}

Var 0600, name OAT_DIS, Link IOCARD_DISPLAY, Digit 0, Numbers 3     // Affichage Temp. extérieure

Var 0601, name VS_SEL_DIS, Link IOCARD_DISPLAY, Digit 20, Numbers 5     // Affichage V/S (et ALT) sur 5 digits

Var 0602, name ALT_SEL_DIS, Link IOCARD_DISPLAY, Digit 20, Numbers 5     // Affichage ALT (et VS)

Var 0603, name CRS_DIS, Link IOCARD_DISPLAY, Digit 13, Numbers 3     // Affichage  CRS

Var 0604, name HDG_DIS, Link IOCARD_DISPLAY, Digit 42, Numbers 3     // Affichage HDG 

Var 0607, name LAUX_LVL_DIS, Link IOCARD_DISPLAY, Digit 6, Numbers 3     // Affichage niveau auxiliaire gauche

Var 0608, name LMAIN_LVL_DIS, Link IOCARD_DISPLAY, Digit 9, Numbers 4     // Affichage niveau principal gauche

Var 0609, name RAUX_LVL_DIS, Link IOCARD_DISPLAY, Digit 3, Numbers 3     // Affichage niveau auxiliaire droit

Var 0610, name RMAIN_LVL_DIS, Link IOCARD_DISPLAY, Digit 16, Numbers 4     // Affichage niveau principal droit

Var 0611, name COM1_DIS, Link IOCARD_DISPLAY, Digit 32, Numbers 5     // affichage COM1

Var 0612, name NAV1_DIS, Link IOCARD_DISPLAY, Digit 57, Numbers 5     // Affichage NAV1

Var 0613, name ADF_DIS, Link IOCARD_DISPLAY, Digit 48, Numbers 5     // Affichage ADF

Var 0614, name NAV2_DIS, Link IOCARD_DISPLAY, Digit 37, Numbers 5     // Affichage NAV2

Var 0616, name XPDR_DIS, Link IOCARD_DISPLAY, Digit 53, Numbers 4     // affichage XPDR

Var 0700, name RDC_GEN_LED, Link IOCARD_OUT, Device 1, Output 26     //  Alarme R DC GEN 
{
  &CAUTION_WARN = CHANGEBIT 5 ,&RDC_GEN_LED
}

Var 0702, name BATT_DISCH_LED, Link IOCARD_OUT, Device 1, Output 33     // Alarme rouge décharge batterie
{
  &MASTER_WARNING = CHANGEBIT 8 ,&BATT_DISCH_LED
}

Var 0703, name AP_ALT_LED, Link IOCARD_OUT, Output 19     // Voyant PA mode ALT

Var 0704, name AP_HDG_LED, Link IOCARD_OUT, Output 20     // Voyant PA mode HDG

Var 0705, name AP_BC_LED, Link IOCARD_OUT, Output 23     // Voyant PA mode Back Course

Var 0706, name AP_APPR_LED, Link IOCARD_OUT, Output 21     // Voyant PA mode APPR

Var 0707, name AP_NAV_LED, Link IOCARD_OUT, Output 22     // Voyant PA mode NAV

Var 0708, name AP_LED, Link IOCARD_OUT, Output 18     // Voyant vert AP ON (pedestal)

Var 0709, name GEAR_TRANS_LED, Link IOCARD_OUT, Output 11     // Voyant rouge train en transit

Var 0710, name NOSE_GEAR_LED, Link IOCARD_OUT, Output 12     // Voyant vert train avant sorti

Var 0711, name RIGHT_GEAR_LED, Link IOCARD_OUT, Output 13     // Voyant vert train droit sorti

Var 0712, name LEFT_GEAR_LED, Link IOCARD_OUT, Output 14     // Voyant vert train gauche sorti

Var 0716, name AP_DISC_LED, Link IOCARD_OUT, Device 1, Output 34     // Alarme rouge AP DISC
{
  &MASTER_WARNING = CHANGEBIT 5 ,&AP_DISC_LED
}

Var 0720, name PKG_BRK_LED, Link IOCARD_OUT, Device 1, Output 3     // Alarme jaune PARKING BRAKE
{
  &CAUTION_WARN = CHANGEBIT 1 ,&PKG_BRK
}

Var 0721, name COM_AUDIO_LED, Link IOCARD_OUT, Output 15     // Voyant COM1 ou 2 Audio ON

Var 0722, name NAV1_AUDIO_LED, Link IOCARD_OUT, Output 16     // Voyant NAV1 Audio ON

Var 0723, name NAV2_AUDIO_LED, Link IOCARD_OUT, Output 17     // Voyant NAV2  Audio ON

Var 0724, name ADF_AUDIO_LED, Link IOCARD_OUT, Output 27     // Voyant ADF Audio ON

Var 0732, name LDG_LT_LED, Link IOCARD_OUT, Device 1, Output 7     // Alarme verte LANDING LIGHTS

Var 0733, name BEACON_LED, Link IOCARD_OUT, Device 1, Output 47     // Alarme verte BEACON 

Var 0734, name STROBES_LED, Link IOCARD_OUT, Device 1, Output 46     // Alarme verte STROBES

Var 0735, name XFEED_LED, Link IOCARD_OUT, Device 1, Output 15     // Alarme verte FUEL CROSSFEED

Var 0739, name WING_DEICE_LED, Link IOCARD_OUT, Device 1, Output 5     // Alarme verte WING DEICE

Var 0742, name PITOT_OFF_LED, Link IOCARD_OUT, Device 1, Output 4     // Alarme jaune PITOT OFF
{
  &CAUTION_WARN = CHANGEBIT 4 ,&PITOT_OFF_LED
}

Var 0743, name STAB_DEICE_LED, Link IOCARD_OUT, Device 1, Output 38     // Alarme verte STAB DEICE

Var 0744, name INVERTER_LED, Link IOCARD_OUT, Device 1, Output 1     // Alarme rouge INVERTER
{
  &MASTER_WARNING = CHANGEBIT 1 ,&INVERTER_LED
}

Var 0747, name WINDSHD_HT_LED, Link IOCARD_OUT, Device 1, Output 37     // Alarme verte WSHLD HEAT

Var 0748, name LEFT_FIRE_LED, Link IOCARD_OUT, Output 35     // Alarme FEU gauche  (relais 6)

Var 0749, name RIGHT_FIRE_LED, Link IOCARD_OUT, Output 36     // Alarme FEU droite + R FIRE (relais 7)

Var 0750, name FIRE_LEFT_LED, Link IOCARD_OUT, Device 1, Output 19     // Alarme rouge FIRE LEFT ENG
{
  &MASTER_WARNING = CHANGEBIT 0 ,&FIRE_LEFT_LED
}

Var 0751, name FIRE_RIGHT_LED, Link IOCARD_OUT, Device 1, Output 20     // Alarme rouge FIRE RIGHT ENG
{
  &MASTER_WARNING = CHANGEBIT 3 ,&FIRE_RIGHT_LED
}

Var 0753, name R_IGNITION_LED, Link IOCARD_OUT, Device 1, Output 16     // Alarme verte R IGNITION

Var 0754, name L_IGNITION_LED, Link IOCARD_OUT, Device 1, Output 15     // Alarme verte L IGNITION ON

Var 0755, name BATT_CHG_LED, Link IOCARD_OUT, Device 1, Output 35     // Alarme jaune BATT CHG
{
  &CAUTION_WARN = CHANGEBIT 8 ,&BATT_CHG_LED
}

Var 0756, name LDC_GEN_LED, Link IOCARD_OUT, Device 1, Output 28     //  L DC GEN
{
  &CAUTION_WARN = CHANGEBIT 0 ,&LDC_GEN_LED
}

Var 0758, name FLAPS_UP_LED, Link IOCARD_OUT, Output 24     // Voyant vert Flaps UP

Var 0759, name FLAPS_APPR_LED, Link IOCARD_OUT, Output 25     // Voyant vert Flaps Approche

Var 0760, name FLAPS_DN_LED, Link IOCARD_OUT, Output 26     // Voyant vert Flaps Down

Var 0761, name LDGFLAP_LED, Link IOCARD_OUT, Device 1, Output 6     // Alarme rouge FLAPS DELAY
{
  &MASTER_WARNING = CHANGEBIT 11 ,&LDGFLAP_LED
}

Var 0762, name L_XFR_PRS_LED, Link IOCARD_OUT, Device 1, Output 39     // NoTransfer gauche + L FUEL PRESS
{
  &MASTER_WARNING = CHANGEBIT 4 ,&L_XFR_PRS_LED
}

Var 0763, name R_XFR_PRS_LED, Link IOCARD_OUT, Device 1, Output 40     // NoTransfer droit + R FUEL PRESS
{
  &MASTER_WARNING = CHANGEBIT 6 ,&R_XFR_PRS_LED
}

Var 0764, name FUEL_XFEED_LED, Link IOCARD_OUT, Device 1, Output 9     // Alarme verte FUEL XFEED

Var 0765, name L_OIL_PRES_LED, Link IOCARD_OUT, Device 1, Output 10     // Alarme rouge L OIL PRESS
{
  &MASTER_WARNING = CHANGEBIT 9 ,&L_OIL_PRES_LED
}

Var 0766, name R_OIL_PRES_LED, Link IOCARD_OUT, Device 1, Output 11     // Alarme rouge L OIL PRESS
{
  &MASTER_WARNING = CHANGEBIT 10 ,&R_OIL_PRES_LED
}

Var 0767, name PROP_SYNC_LED, Link IOCARD_OUT, Device 1, Output 12     // Alarme jaune PROP SYNC ON
{
  &CAUTION_WARN = CHANGEBIT 2 ,&PROP_SYNC_LED
}

Var 0768, name L_AUTOFEAT_LED, Link IOCARD_OUT, Device 1, Output 13     // Alarme verte L AUTOFEATHER

Var 0769, name R_AUTOFEAT_LED, Link IOCARD_OUT, Device 1, Output 14     // Alarme verte R AUTOFEATHER

Var 0770, name L_BLEEDAIR_LED, Link IOCARD_OUT, Device 1, Output 17     // Alarme verte L BLEED AIR OFF

Var 0771, name R_BLEEDAIR_LED, Link IOCARD_OUT, Device 1, Output 18     // Alarme verte L BLEED AIR OFF

Var 0772, name AIRCONDN1_LED, Link IOCARD_OUT, Device 1, Output 8     // Alarme verte AIR COND N1 LOW

Var 0773, name AIR_COND_LED, Link IOCARD_OUT, Device 1, Output 36     // Alarme verte AIR COND OFF

Var 0776, name L_ICE_VANE_LED, Link IOCARD_OUT, Device 1, Output 42     // Alarme verte L ICE VANE EXT

Var 0777, name R_ICE_VANE_LED, Link IOCARD_OUT, Device 1, Output 43     // Alarme verte R ICE VANE EXT

Var 0778, name RVS_LED, Link IOCARD_OUT, Device 1, Output 0     // Alarme jaune RVS NOT READY
{
  &CAUTION_WARN = CHANGEBIT 3 ,&RVS_LED
}

Var 0779, name HYD_PRESS_LED, Link IOCARD_OUT, Device 1, Output 2     // Alarme jaune HYD FLUID LOW
{
  &CAUTION_WARN = CHANGEBIT 7 ,&HYD_PRESS_LED
}

Var 0780, name ICING_LED, Link IOCARD_OUT, Device 1, Output 21     // Alarme jaune ICING
{
  &CAUTION_WARN = CHANGEBIT 9 ,&ICING_LED
}

Var 0781, name CABIN_DOOR_LED, Link IOCARD_OUT, Device 1, Output 25     // Eclairage porte d'entrée 
{
  &MASTER_WARNING = CHANGEBIT 7 ,&CABIN_DOOR_LED
}

Var 0782, name L_VANE_LED, Link IOCARD_OUT, Device 1, Output 23     // Alarme jaune L ICE VANE 
{
  &CAUTION_WARN = CHANGEBIT 6 ,&L_VANE_LED
}

Var 0783, name R_VANE_LED, Link IOCARD_OUT, Device 1, Output 24     // Alarme jaune R ICE VANE
{
  &CAUTION_WARN = CHANGEBIT 10 ,&R_VANE_LED
}

Var 0784, name ADF_DP_LED, Link IOCARD_OUT, Output 28     // Point décimal ADF

Var 0785, name XPDR_C_LED, Link IOCARD_OUT, Output 29     // Mode Charlie Transpondeur (IVAO)

Var 0786, name XPDR_STBY_LED, Link IOCARD_OUT, Output 30     // Mode Standby Transpondeur (IVAO)

Var 0801, name CAUTION_LED, Link IOCARD_OUT, Output 45     // Alarme Master Caution par relais 3

Var 0802, name WARNING_LED, Link IOCARD_OUT, Output 44     // Alarme Master Warning par relais 1

Var 0806, name OXYGEN_LED, Link IOCARD_OUT, Device 1, Output 32     // Alarme verte PASS OXYGEN

Var 0807, name INACTIVE_LED, Link IOCARD_OUT, Device 1, Output 41     // Alarmes non cablées
{
  &MASTER_WARNING = CHANGEBIT 2 ,&INACTIVE_LED
}

Var 0900, name WNDSHLD_TIMER, Value 0     // Temporisateur pour chauff pare-brise
{
  L0 = MOD &WNDSHLD_TIMER ,2
  IF L0 = 0
  {
    &WINDSHD_HT_LED = 0         // alarme éteinte
  }
  ELSE
  {
    &WINDSHD_HT_LED = 1         // alarme allumée
  }
}

Var 0904, name STAB_HT_TIMER     // Temporisateur dégivrage stabilo
{
  L0 = MOD &STAB_HT_TIMER ,2
  IF L0 = 0
  {
    &STAB_DEICE_LED = 0    
  }
  ELSE
  {
    &STAB_DEICE_LED = 1    
  }
  CALL &FLAPS_DELAY
}

Var 0906, name L_BLEED_AIR     // circuit Bleed Air gauche
{
  IF &L_BLEED_AIR = 1
  {
    &L_BLEEDAIR_LED = 0         // alarme verte L BLEED AIR OFF
  }
  ELSE
  {
    &L_BLEEDAIR_LED = 1    
  }
  CALL &TEST_LEDS
}

Var 0907, name R_BLEED_AIR     // circuit Bleed Air droite
{
  IF &R_BLEED_AIR = 1
  {
    &R_BLEEDAIR_LED = 0         // alarme verte R BLEED AIR OFF
  }
  ELSE
  {
    &R_BLEEDAIR_LED = 1    
  }
  CALL &TEST_LEDS
}

Var 0908, name L_ICE_VANE     // Volet anti-glace moteur gauche
{
  IF &L_ICE_VANE = 1
  {
    &L_VANE_LED = 1         // Alarme jaune L ICE VANE en transit
    &L_ICE_VANE_LED = DELAY 1 ,1500     // Allumage après 15s L ICE VANE EXT verte
    &L_VANE_LED = DELAY 0 ,1600     // extinction de la jaune après 16 secondes
  }
  ELSE     // si l'inter ICE VANE est sur OFF
  {
    &L_VANE_LED = 1         // jaune (transit) allumée
    &L_ICE_VANE_LED = DELAY 0 ,1400     // la verte s'éteint après 14 sec
    &L_VANE_LED = DELAY 0 ,1500     // la jaune s'éteint après 15 sec
  }
  CALL &TEST_LEDS
}

Var 0909, name R_ICE_VANE     // Volet anti-glace moteur droit
{
  IF &R_ICE_VANE = 1
  {
    &R_VANE_LED = 1    
    &R_ICE_VANE_LED = DELAY 1 ,1400
    &R_VANE_LED = DELAY 0 ,1500
  }
  ELSE
  {
    &R_VANE_LED = 1    
    &R_ICE_VANE_LED = DELAY 0 ,1300
    &R_VANE_LED = DELAY 0 ,1400
  }
  CALL &TEST_LEDS
}

Var 0910, name OXYGEN     // Oxygène PAX
{
  &OXYGEN_LED = &OXYGEN         // Alarme verte PASS OXYGEN ON 
}

Var 0911, name MASTER_WARNING     // Commande de l'alarme WARNING

Var 0912, name CAUTION_WARN     // Commande de l'alarme CAUTION

Var 0913, name BLINKER, Value 0     // BLINKING ON une fois sur deux
{
  &BLINKING = MOD &BLINKER ,2
  IF &BLINKER = 9999
  {
    &BLINKER = 0         // redémarre le compteur
  }
}

Var 0914, name BLINKING     // Commande de WARN_LED 
{
  IF &MASTER_WARNING > 1     // au moins 1 alarme rouge ON
  {
    &WARNING_LED = &BLINKING    
  }
  ELSE
  {
    &WARNING_LED = 0    
  }
  IF &CAUTION_WARN > 1
  {
    &CAUTION_LED = &BLINKING    
  }
  ELSE
  {
    &CAUTION_LED = 0    
  }
}

Var 0915, name COM1_CENT_INI, Value 27     // Init entiers COM1
{
  CALL &COMM_DIS_CALC
}

Var 0916, name COM1_DEC_INI, Value 500     // Init décimales COM1
{
  CALL &COMM_DIS_CALC
}

Var 0917, name NAV1_CENT_INI, Value 13     // Init entiers NAV1
{
  CALL &NAV1_DIS_CALC
}

Var 0918, name NAV1_DEC_INI, Value 0     // Init décimales NAV1
{
  CALL &NAV1_DIS_CALC
}

Var 0919, name NAV2_CENT_INI, Value 17     // init entiers NAV2
{
  CALL &NAV2_DIS_CALC
}

Var 0920, name NAV2_DEC_INI, Value 400     // init décimales NAV2
{
  CALL &NAV2_DIS_CALC
}

Var 0925, name XPDR_LOW_INI, Value 0     // init inf
{
  CALL &XPDR_CALC
}

Var 0926, name XPDR_HI_INI, Value 12     // init sup
{
  CALL &XPDR_CALC
}

Var 0927, name ADF_HIGH
{
  L0 = &ADF_HIGH    
  L1 = DIV L0 ,10
  IF &ADF_HIGH_R <> L1
  {
    &ADF_HIGH_R = L1    
    CALL &ADF_CALC
  }
  L1 = MOD L0 ,10
  L1 = L1 * 10
  L0 = &ADF_LOW    
  L1 = L1 + L0
  IF &ADF_LOW_R <> L1
  {
    &ADF_LOW_R = L1    
    CALL &ADF_CALC
  }
}

Var 0928, name ADF_LOW
{
  L0 = &ADF_HIGH    
  L0 = MOD L0 ,10
  L0 = L0 * 10
  L1 = &ADF_LOW    
  L0 = L0 + L1
  IF &ADF_LOW_R <> L0
  {
    &ADF_LOW_R = L0    
    CALL &ADF_CALC
  }
}

Var 0929, name ADF_HIGH_R
{
  L0 = &ADF_LOW_R    
  L0 = DIV L0 ,10
  L1 = &ADF_HIGH_R    
  L1 = L1 * 10
  L1 = L1 + L0
  &ADF_HIGH = L1    
  CALL &ADF_CALC
}

Var 0930, name ADF_LOW_R
{
  L0 = &ADF_LOW_R    
  L1 = MOD L0 ,10
  &ADF_LOW = L1    
  L1 = DIV L0 ,10
  L0 = &ADF_HIGH    
  L0 = DIV L0 ,10
  L0 = L0 * 10
  L1 = L0 + L1
  &ADF_HIGH = L1    
  CALL &ADF_CALC
}

Var 0931, name HEADING, Value 0     // pour calcul valeur HDG
{
  &HDG_SEL = &HEADING    
  &HDG_DIS = &HDG_SEL    
}

Var 0932, name ALTI     // (by Bob)
{
  L0 = &ALTI * 19975.37     // envoie la valeur à FS
  &ALT_SEL = L0    
  &ALT_SEL_DIS = &ALTI    
}

Var 0933, name COURSE, Value 0     // Var relais calcul CRS
{
  &CRS_SEL = &COURSE    
  &CRS_DIS = &CRS_SEL    
}

Var 0998, name PLAY_SOUND, Link SOUND     // Lance un fichier son

Var 0999, name STOP_SOUND, Link SOUND, Type S     // arrête un fichier son en boucle

Var 1401, name VIEWS_SW, Link IOCARD_SW, Input 28, Type P     // S
{
  &AA_JOYSTICK_64 = CHANGEBIT 13 ,&VIEWS_SW     // S
}

Var 1402, name SLEW_SW, Link IOCARD_SW, Input 34, Type P     // Y
{
  &SLEW = &SLEW_SW    
}

Var 1403, name FRAME_RATE_SW, Link IOCARD_SW, Input 35, Type P     // SHIFT Z
{
  &AA_JOYSTICK_64 = CHANGEBIT 14 ,&FRAME_RATE_SW     // SHIFT Z
}

Var 1404, name SELECT_INC_SW, Link IOCARD_SW, Input 117, Type P     // Augmenter la sélection
{
  &AA_JOYSTICK_64 = CHANGEBIT 17 ,&SELECT_INC_SW     // NUM +
}

Var 1405, name SELECT_DEC_SW, Link IOCARD_SW, Input 118, Type P     // Diminuer la sélection
{
  &AA_JOYSTICK_64 = CHANGEBIT 18 ,&SELECT_DEC_SW     // Num -
}

Var 1406, name AER_VIEW_SW, Link IOCARD_SW, Input 119, Type P     // Vue aérienne
{
  &AA_JOYSTICK_64 = CHANGEBIT 19 ,&AER_VIEW_SW     // $
}

Var 1407, name CLOSE_VIEW_SW, Link IOCARD_SW, Input 120, Type P     // Ferme la vue ouverte
{
  &AA_JOYSTICK_64 = CHANGEBIT 20 ,&CLOSE_VIEW_SW     // Circonflexe
}

Var 1408, name ENTER_SW, Link IOCARD_SW, Input 121, Type P     // Touche ENTER
{
  &AA_JOYSTICK_64 = CHANGEBIT 21 ,&ENTER_SW     // Enter
}

Var 1409, name JOYSTICK_ON_SW, Link IOCARD_SW, Input 122, Type P     // K
{
  &AA_JOYSTICK_64 = CHANGEBIT 15 ,&JOYSTICK_ON_SW     // K
}

Var 1410, name STOP_FS_SW, Link IOCARD_SW, Input 123, Type P     // Arrête FS CTRL C
{
  &AA_JOYSTICK_64 = CHANGEBIT 16 ,&STOP_FS_SW     // CTRL C
}