Efis and mcp together on pmdg

Alberto,

It seems to me that you are really stuck with this EFIS test thing. As I said before it is only to make sure that eveything is working hardwarewise.

If you use all the codes I have posted in this thread as explained everyhting must work. We had two friends that confirmed this.

So step by step

1 - Please copy sioc.ini file to a txt file and save it under c:\programfiles\iocards\sioc directory

2 - Please copy the sioc.txt part of it and save it to the same directory

IMPORTANT: Do not forget to change the device numbers at the en od lines that starts with MASTER. I have explained this in this thread again.

3 - Run SIOC, choose config, from file menu select IMPORT FROM TXT, in the opening dilaog box choose sioc.txt, import it and save it as sioc.ssi

4 - Run your simulator, make sure the key commands of the sim do not interfere with the given key commands

5 - LOAD PMDG and fly safely.

Lets do this and talk if you still have any problems. Remeber your fsuipc should be registered and the version should be higher than 3.7

Best regards

barkay

Hi barkay
I want to thank you for precious help, with your file I have all efis and mcp working very well.
But I have a little troubles:
- when I rotate expedite hdg, course and alt rotary knob on pmdg mcp panel there is a disagree in the value of the digits
- in efis panel there is no baro standard command; clicking rotary knob of baro setting the value return on 1013 or 29.92, but on pmdg efis not appear green STD message
If you have just a solution please can you post it?
Thank you again for your help

Hi,

Unfortunately you are right. This hdg and altitude or course setting disagreement happens only on the air and not on the ground. I am guessing that this is due to load on the simulator is much higher when flying. The only idea (which I have not tried yet) is to try to tweak fsuipc callout times in the sioc.ini file. So if I can reduce the time for polling this might help. I will let you know.

For the second question I could not find the reason why as well. I mean whenever you push the button it actually goes to STD value of 1013 so the altimeter is right however either it is programmed in a different way or the knob itself does not support it the STD indication refuses to come. Anyway I keep on trying and will post once I find anything.

Regards,

barkay

Hi barkay
yesterday two fellow cockpit builder from Sicily have helped me with sioc problems, the new script is very good, baro standard is fully functional and disagree not appear.
I have tested on ground and in flight and all working very well.
These are sioc.txt and sioc.ini
// *****************************************************************************
// * Config_SIOC ver 3.41 - By Manolo Vélez - www.opencockpits.com
// *****************************************************************************
// * FileName : sioc.txt Versión 1.1
// * Date : 29/06/2007
// * COnfiguración para MCP opencockpits para 738 PMDG por
// * Xavier Baca VAE403 y Vicente Barrón VAE401 (airexplorer.aeria.org)
// * Se debe modificar sioc.ini en el KEYBOARD EMULATOR MODULE
// * y configurar la assignación de teclas en el PMDG
// * Adaptación del original de DeMadagascar

// __________________________________________________________________
// Inicialización variables
//____________________________________________________________________


Var 0001, name keys, Link KEYS // variable transfert emulateur clavier ( SIOC.INI)

Var 0002, name MEMHDG, Value 0

Var 0003, name IAS, Link FSUIPC_IN, Offset $02BC, Length 4

Var 0004, name MACH, Link FSUIPC_IN, Offset $11C6, Length 2

Var 0005, name MEMALT, Value 10000

Var 0006, Value 0
{
&SUB_BAR = 1023
}

Var 0007, name CPTflags // Flags for CPT EFIS ND MODE switches

Var 0008, name Rngflags, Value 1 // range changer



// __________________________________________________________________
// Salidas IOCARD Leds
//____________________________________________________________________


Var 0010, name FDLEFTled, Link IOCARD_OUT, Output 39

Var 0011, name ATled, Link IOCARD_OUT, Output 22

Var 0012, name N1led, Link IOCARD_OUT, Output 21

Var 0013, name SPEEDled, Link IOCARD_OUT, Output 23

Var 0014, name LVLCHGled, Link IOCARD_OUT, Output 24

Var 0015, name HDGled, Link IOCARD_OUT, Output 26

Var 0016, name VNAVled, Link IOCARD_OUT, Output 25

Var 0017, name LNAVled, Link IOCARD_OUT, Output 29

Var 0018, name VORLOCled, Link IOCARD_OUT, Output 28

Var 0019, name APPled, Link IOCARD_OUT, Output 27

Var 0020, name ALTHOLDled, Link IOCARD_OUT, Output 30

Var 0021, name VSled, Link IOCARD_OUT, Output 31

Var 0022, name CMDAled, Link IOCARD_OUT, Output 33

Var 0023, name CMDBled, Link IOCARD_OUT, Output 35

Var 0024, name CWSAled, Link IOCARD_OUT, Output 32

Var 0025, name CWSBled, Link IOCARD_OUT, Output 34

Var 0026, name VSminus, Link IOCARD_OUT, Output 45

Var 0027, name IASpoint, Link IOCARD_OUT, Output 20


// __________________________________________________________________
// Salidas IOCARD Displays
//___________________________________________________________________

Var 0030, name CRSLEFTdisplay, Link IOCARD_DISPLAY, Digit 0, Numbers 3

Var 0031, name IASdisplay, Link IOCARD_DISPLAY, Digit 3, Numbers 3

Var 0032, name HDGdisplay, Link IOCARD_DISPLAY, Digit 6, Numbers 3

Var 0033, name ALTdisplay, Link IOCARD_DISPLAY, Digit 9, Numbers 5

Var 0034, name VSdisplay, Link IOCARD_DISPLAY, Digit 14, Numbers 5

Var 0035, name CRSRdisplay, Link IOCARD_DISPLAY, Digit 19, Numbers 3

// __________________________________________________________________
// Entradas FSUIPC del MCP B737-800 PMDG ( Infos Leds )
//___________________________________________________________________


Var 0040, name MCPstatus, Link FSUIPC_IN, Offset $62BC, Length 4
{
&FDLEFTled = TESTBIT &MCPstatus ,12
&ATled = TESTBIT &MCPstatus ,14
&N1led = TESTBIT &MCPstatus ,15
&SPEEDled = TESTBIT &MCPstatus ,16
&VNAVled = TESTBIT &MCPstatus ,18
&LVLCHGled = TESTBIT &MCPstatus ,17
&HDGled = TESTBIT &MCPstatus ,22
&LNAVled = TESTBIT &MCPstatus ,19
&VORLOCled = TESTBIT &MCPstatus ,20
&APPled = TESTBIT &MCPstatus ,21
&ALTHOLDled = TESTBIT &MCPstatus ,23
&VSled = TESTBIT &MCPstatus ,24
&CMDAled = TESTBIT &MCPstatus ,8
&CMDBled = TESTBIT &MCPstatus ,9
&CWSAled = TESTBIT &MCPstatus ,25
&CWSBled = TESTBIT &MCPstatus ,26
CALL &HDGaff
CALL &IASaff
CALL &ALTaff
CALL &VSaff
}
Var 0041, name SPDINTV, Link FSUIPC_IN, offset $62C0, Length 1
{
CALL &IASaff
}

Var 0042, name COstatus, Link FSUIPC_IN, offset $621e, Length 2
{
CALL &IASaff
}

// __________________________________________________________________
// Entradas FSUIPC del MCP B737-800 PMDG ( Infos Displays )
//___________________________________________________________________

Var 0050, name CRSpmdg, Link FSUIPC_IN, Offset $0C4E, Length 2
{
IF &CRSpmdg = 360
{
&CRSLEFTdisplay = 0
}
ELSE
{
&CRSLEFTdisplay = &CRSpmdg
}
}

Var 0051, name IASpmdg, Link FSUIPC_IN, Offset $6220, Length 2
{
CALL &IASaff
}

Var 0052, name hdgpmdg, Link FSUIPC_IN, Offset $622C, Length 2
{
CALL &HDGaff
}

Var 0053, name ALTpmdg, Link FSUIPC_IN, Offset $622E, Length 2
{
CALL &ALTaff
}

Var 0054, name VSpmdg, Link FSUIPC_IN, Offset $6230, Length 2
{
CALL &VSaff
}

Var 0055, name CRS2pmdg, Link FSUIPC_IN, Offset $0C4E, Length 2
{
IF &CRS2pmdg = 360
{
&CRSRdisplay = 0
}
ELSE
{
&CRSRdisplay = &CRS2pmdg
}
}


// __________________________________________________________________
// Entradas IOCARD Interruptores & bp (button press)
//___________________________________________________________________


Var 0060, name FDswitch, Link IOCARD_SW, Input 16
{
IF &FDswitch = 1
{
IF &FDLEFTled = 0
{
&keys = 56
&keys = 0
}
}
ELSE
{
IF &FDswitch = 0
{
IF &FDLEFTled = 1
{
&keys = 56
&keys = 0
}
}
}
}

Var 0061, name ATswitch, Link IOCARD_SW, Input 33
{
IF &ATswitch = 1
{
IF &ATled = 0
{
&keys = 44
&keys = 0
}
}
ELSE
{
IF &ATswitch = 0
{
IF &ATled = 1
{
&keys = 44
&keys = 0
}
}
}
}


Var 0062, name N1bp, Link IOCARD_SW, Input 32
{
IF &N1bp = 1
{
&keys = 61
&keys = 0
}
}

Var 0063, name SPEEDbp, Link IOCARD_SW, Input 31
{
IF &SPEEDbp = 1
{
&keys = 51
&keys = 0
}
}

Var 0064, name VNAVbp, Link IOCARD_SW, Input 30
{
IF &VNAVbp = 1
{
&keys = 57
&keys = 0
}
}


Var 0065, name LVLCHGbp, Link IOCARD_SW, Input 29
{
IF &LVLCHGbp = 1
{
&keys = 59
&keys = 0
}
}

Var 0066, name HDGbp, Link IOCARD_SW, Input 28
{
IF &HDGbp = 1
{
&keys = 62
&keys = 0
}
}

Var 0067, name LNAVbp, Link IOCARD_SW, Input 27
{
IF &LNAVbp = 1
{
&keys = 69
&keys = 0
}
}

Var 0068, name VORLOCbp, Link IOCARD_SW, Input 25
{
IF &VORLOCbp = 1
{
&keys = 70
&keys = 0
}
}

Var 0069, name APPbp, Link IOCARD_SW, Input 24
{
IF &APPbp = 1
{
&keys = 63
&keys = 0
}
}

Var 0070, name ALTHOLDbp, Link IOCARD_SW, Input 23
{
IF &ALTHOLDbp = 1
{
&keys = 64
&keys = 0
}
}

Var 0071, name VSbp, Link IOCARD_SW, Input 22
{
IF &VSbp = 1
{
&keys = 58
&keys = 0
}
}

Var 0072, name CMDAbp, Link IOCARD_SW, Input 21
{
IF &CMDAbp = 1
{
&keys = 66
&keys = 0
}
}

Var 0073, name CMDBbp, Link IOCARD_SW, Input 19
{
IF &CMDBbp = 1
{
&keys = 67
&keys = 0
}
}

Var 0074, name CWSAbp, Link IOCARD_SW, Input 20
{
IF &CWSAbp = 1
{
&keys = 65
&keys = 0
}
}

Var 0075, name CWSBbp, Link IOCARD_SW, Input 18
{
IF &CWSBbp = 1
{
&keys = 68
&keys = 0
}
}

Var 0076, name APDISCObp, Link IOCARD_SW, Input 15
{
IF &APDISCObp = 1
{
&keys = 26
&keys = 0
}
ELSE
{
&keys = 26
&keys = 0
}
}

Var 0077, name CObp, Link IOCARD_SW, Input 13
{
IF &CObp = 1
{
&keys = 60
&keys = 0
}
}

Var 0078, name FDRswitch, Link IOCARD_SW, Input 14
{
IF &FDRswitch = 1
{
&keys = 73
&keys = 0
}
ELSE
{
&keys = 73
&keys = 0
}
}


// __________________________________________________________________
// Entradas IOCARD Encoders
//___________________________________________________________________


Var 0080, name CRSLEFTrot, Link IOCARD_ENCODER, Input 4, Aceleration 1, Type 2
{
IF &CRSLEFTrot = 1
{
&keys = 45
&keys = 0
}
ELSE
{
&keys = 46
&keys = 0
}
}

Var 0081, name IASrot, Link IOCARD_ENCODER, Input 0, Aceleration 1, Type 2
{
IF &IASrot = 1
{
&keys = 49
&keys = 0
}
ELSE
{
&keys = 50
&keys = 0
}
}

Var 0082, name HDGrot, Link IOCARD_ENCODER, Input 6, Aceleration 1, Type 2
{
IF &HDGrot = 1
{
&keys = 47
&keys = 0
}
ELSE
{
&keys = 48
&keys = 0
}
IF &HDGled = 0
{
L0 = &HDGrot * -1
&MEMHDG = ROTATE 0 ,359 ,L0
}
CALL &HDGaff
}


Var 0083, name ALTrot, Link IOCARD_ENCODER, Input 2, Aceleration 1, Type 2
{
IF &ALTrot = 1
{
&keys = 53
&keys = 0
}
ELSE
{
&keys = 52
&keys = 0
}
IF &VNAVled = 1
{
L0 = &ALTROT * -100
&MEMALT = LIMIT 0 ,50000 ,L0

CALL &ALTaff
}


}

Var 0084, name VSrot, Link IOCARD_ENCODER, Input 11, Aceleration 1, Type 2
{
IF &VSrot = 1
{
&keys = 54
&keys = 0
}
ELSE
{
&keys = 55
&keys = 0
}
}

Var 0085, name CRSRIGHTrot, Link IOCARD_ENCODER, Input 9, Aceleration 1, Type 2
{
IF &CRSRIGHTrot = 1
{
&keys = 45
&keys = 0
}
ELSE
{
&keys = 46
&keys = 0
}
}

Var 0100 // ESTADO RANGO ND

Var 0101 // ESTADO MODO

Var 0200, name TECLAS, Link KEYS

Var 0999, Link SUBRUTINE
{
IF V0100 > V0999
{
&TECLAS = 168
&TECLAS = 0
V0100 = V0999
}
ELSE
{
&TECLAS = 167
&TECLAS = 0
V0100 = V0999
}
}

Var 0998, Link SUBRUTINE
{
IF V0101 > V0998
{
&TECLAS = 165
&TECLAS = 0
V0101 = V0998
}
ELSE
{
&TECLAS = 164
&TECLAS = 0
V0101 = V0998
}
}
Var 0500, name I_S2, Link IOCARD_SW, Device 1, Input 28 // EFIS STA
{
IF &I_S2 = 1
{
&keys = 81
&keys = 0
}
}

Var 0501, name I_S1, Link IOCARD_SW, Device 1, Input 27 // EFIS WXR
{
IF &I_S1 = 1
{
&keys = 80
&keys = 0
}
}

Var 0502, name I_S3, Link IOCARD_SW, Device 1, Input 29 // EFIS WPT
{
IF &I_S3 = 1
{
&keys = 82
&keys = 0
}
}

Var 0503, name I_S4, Link IOCARD_SW, Device 1, Input 30 // EFIS ARPT
{
IF &I_S4 = 1
{
&keys = 83
&keys = 0
}
}

Var 0504, name I_S5, Link IOCARD_SW, Device 1, Input 31 // EFIS DATA
{
IF &I_S5 = 1
{
&keys = 84
&keys = 0
}
}

Var 0505, name I_S6, Link IOCARD_SW, Device 1, Input 32 // EFIS POS
{
IF &I_S6 = 1
{
&keys = 85
&keys = 0
}
}

Var 0506, name I_S7, Link IOCARD_SW, Device 1, Input 33 // EFIS TERR
{
IF &I_S7 = 1
{
&keys = 86
&keys = 0
}
}

Var 0507, name I_FPV, Link IOCARD_SW, Device 1, Input 34 // EFIS FPV
{
IF &I_FPV = 1
{
&keys = 87
&keys = 0
}
}

Var 0508, name I_MTRS, Link IOCARD_SW, Device 1, Input 38 // EFIS MTRS
{
IF &I_MTRS = 1
{
&keys = 88
&keys = 0
}
}

Var 0509, name I_BARONSW, Link IOCARD_SW, Device 1, Input 22
{
IF &I_BARONSW = 1
{
&keys = 43
&keys = 0
}
}

Var 0510, name E_BARO, Link IOCARD_ENCODER, Device 1, Input 20, Aceleration 1, Type 2
{
L0 = &E_BARO * -1
&SUB_BAR = &SUB_BAR + L0
}

Var 1002, name SUB_BAR, Link SUBRUTINE
{
L0 = &SUB_BAR * 16
&FS_QNH = L0
}

Var 1204, name FS_QNH, Link FSUIPC_OUT, Offset $0330, Length 2 // FS_QNH_MB

Var 0511, name I_VOR1, Link IOCARD_SW, Device 1, Input 36
{
CALL &VOR1
}

Var 0512, name I_ADF1, Link IOCARD_SW, Device 1, Input 37
{
CALL &ADF1
}

Var 0513, name I_VOR2, Link IOCARD_SW, Device 1, Input 18
{
CALL &VOR2
}

Var 0514, name I_ADF2, Link IOCARD_SW, Device 1, Input 19
{
CALL &ADF2
}

Var 9000, name VOR1, Link SUBRUTINE // VOR1 SET MACRO
{
IF &I_VOR1 = 1
{
IF &I_ADF1 = 0
{
&keys = 89
&keys = 0
}
}
IF &I_VOR1 = 0
{
IF &I_ADF1 = 0
{
&keys = 90
&keys = 0
}
}
}

Var 9001, name ADF1, Link SUBRUTINE // ADF1 SETMACRO
{
IF &I_ADF1 = 1
{
IF &I_VOR1 = 0
{
&keys = 89
&keys = 0
&keys = 89
&keys = 0
}
}
IF &I_VOR1 = 0
{
IF &I_ADF1 = 0
{
&keys = 90
&keys = 0
&keys = 90
&keys = 0
}
}
}

Var 9002, name VOR2, Link SUBRUTINE // VOR2 SET MACRO
{
IF &I_VOR2 = 1
{
IF &I_ADF2 = 0
{
&keys = 91
&keys = 0
}
}
IF &I_VOR2 = 0
{
IF &I_ADF2 = 0
{
&keys = 92
&keys = 0
}
}
}

Var 9003, name ADF2, Link SUBRUTINE // ADF2 SETMACRO
{
IF &I_ADF2 = 1
{
IF &I_VOR2 = 0
{
&keys = 91
&keys = 0
&keys = 91
&keys = 0
}
}
IF &I_VOR2 = 0
{
IF &I_ADF2 = 0
{
&keys = 92
&keys = 0
&keys = 92
&keys = 0
}
}
}

Var 0516, name I_5, Link IOCARD_SW, Device 1, Input 0
{
IF &I_5 = 1
{
IF &Rngflags = 2
{
&keys = 96
&keys = 0
&Rngflags = 1
}
}
}

Var 0518, name I_10, Link IOCARD_SW, Device 1, Input 1
{
IF &I_10 = 1
{
IF &Rngflags = 1
{
&keys = 95
&keys = 0
&Rngflags = CLEARBIT 0
&Rngflags = SETBIT 1
}
IF &Rngflags = 3
{
&keys = 96
&keys = 0
&Rngflags = 2
}
}
}

Var 0520, name I_20, Link IOCARD_SW, Device 1, Input 2
{
IF &I_20 = 1
{
IF &Rngflags = 2
{
&keys = 95
&keys = 0
&Rngflags = CLEARBIT 1
&Rngflags = SETBIT 0
&Rngflags = SETBIT 1
}
IF &Rngflags = 4
{
&keys = 96
&keys = 0
&Rngflags = 3
}
}
}

Var 0522, name I_40, Link IOCARD_SW, Device 1, Input 3
{
IF &I_40 = 1
{
IF &Rngflags = 3
{
&keys = 95
&keys = 0
&Rngflags = CLEARBIT 0
&Rngflags = CLEARBIT 1
&Rngflags = SETBIT 2
}
IF &Rngflags = 5
{
&keys = 96
&keys = 0
&Rngflags = 4
}
}
}

Var 0524, name I_80, Link IOCARD_SW, Device 1, Input 4
{
IF &I_80 = 1
{
IF &Rngflags = 4
{
&keys = 95
&keys = 0
&Rngflags = CLEARBIT 2
&Rngflags = SETBIT 0
&Rngflags = SETBIT 2
}
IF &Rngflags = 6
{
&keys = 96
&keys = 0
&Rngflags = 5
}
}
}

Var 0526, name I_160, Link IOCARD_SW, Device 1, Input 5
{
IF &I_160 = 1
{
IF &Rngflags = 5
{
&keys = 95
&keys = 0
&Rngflags = CLEARBIT 0
&Rngflags = CLEARBIT 2
&Rngflags = SETBIT 1
&Rngflags = SETBIT 2
}
IF &Rngflags = 7
{
&keys = 96
&keys = 0
&Rngflags = 6
}
}
}

Var 0528, name I_320, Link IOCARD_SW, Device 1, Input 6
{
IF &I_320 = 1
{
IF &Rngflags = 6
{
&keys = 95
&keys = 0
&Rngflags = CLEARBIT 1
&Rngflags = CLEARBIT 2
&Rngflags = SETBIT 0
&Rngflags = SETBIT 1
&Rngflags = SETBIT 2
}
IF &Rngflags = 8
{
&keys = 96
&keys = 0
&Rngflags = CLEARBIT 3
&Rngflags = SETBIT 0
&Rngflags = SETBIT 1
&Rngflags = SETBIT 2
}
}
}

Var 0530, name I_640, Link IOCARD_SW, Device 1, Input 7
{
IF &I_640 = 1
{
IF &Rngflags = 7
{
&keys = 95
&keys = 0
&Rngflags = CLEARBIT 0
&Rngflags = CLEARBIT 1
&Rngflags = CLEARBIT 2
&Rngflags = SETBIT 3
}
}
}

Var 0555, name FOflags // Flags for F/O EFIS switches

Var 0532, name I_APP, Link IOCARD_SW, Device 1, Input 9
{
IF &I_APP = 1
{
IF &CPTflags = 128
{
&keys = 93
&keys = 0
&CPTflags = CLEARBIT 7
&CPTflags = SETBIT 8
}
}
}

Var 0536, name I_MAP, Link IOCARD_SW, Device 1, Input 11
{
IF &I_MAP = 1
{
IF &CPTflags = 512
{
&keys = 93
&keys = 0
&CPTflags = CLEARBIT 9
}
IF &CPTflags = 128
{
&keys = 94
&keys = 0
&CPTflags = CLEARBIT 7
}
}
}

Var 0538, name I_PLN, Link IOCARD_SW, Device 1, Input 12
{
IF &I_PLN = 1
{
IF &CPTflags = 0
{
&keys = 94
&keys = 0
&CPTflags = SETBIT 9
}
}
}

Var 0539, name I_VOR, Link IOCARD_SW, Device 1, Input 10
{
IF &I_VOR = 1
{
IF &CPTflags = 0
{
&keys = 93
&keys = 0
&CPTflags = SETBIT 7
}
IF &CPTflags = 256
{
&keys = 94
&keys = 0
&CPTflags = CLEARBIT 8
&CPTflags = SETBIT 7
}
}
}



Var 0541, name E_MIN, Link IOCARD_ENCODER, Device 1, Input 23, Aceleration 1, Type 2
{
IF &E_MIN = 1
{
&keys = 77
&keys = 0
}
ELSE
{
&keys = 76
&keys = 0
}
}

Var 543, name I_MINSW, Link IOCARD_SW, Input 25, Device 1
{
IF &I_MINSW = 1
{
&keys = 78
&keys = 0
}
}

//__________________________________________________________________
// Rutinas de visulaización
//__________________________________________________________________

Var 9999, name VSaff, Link SUBRUTINE
{
IF &VSled = 1
{
IF &VSpmdg < 60000
{
&VSdisplay = &VSpmdg
&VSminus = 0
}
ELSE
{
L0 = &VSpmdg - 65536
&VSdisplay = L0
&VSminus = 1
}
}
ELSE
{
&VSdisplay = -999999
&VSminus = 0
}
}

Var 9998, name IASaff, Link SUBRUTINE
{
C0 = &SPDINTV = 21
C0 = C0 AND &VNAVled
IF C0
{
&IASdisplay = -999999
}
ELSE
{
IF &COstatus < 4
{
&IASdisplay = &IASpmdg
&IASpoint = 0
}
ELSE
{
L0 = &IASpmdg / &IAS
L0 = L0 * 12800
L0 = L0 * &MACH
&IASdisplay = L0 / 20480
&IASpoint = 1
}

}
}

Var 9997, name HDGaff, Link SUBRUTINE
{
IF &LNAVled = 0
{
IF &HDGpmdg = 360
{
&MEMHDG = 0
}
ELSE
{
&MEMHDG = &HDGpmdg
}
}
&HDGdisplay = &MEMHDG
}

Var 9996, name ALTaff, Link SUBRUTINE
{
IF &VNAVled = 0
{
&MEMALT = &ALTpmdg
}
&ALTdisplay = &MEMALT
}


[ fichero de configuracion para el SIOC ver. 3.52 ]
IOCP_port=8092
IOCP_timeout=4000
Minimized=No
toggle_delay=20
CONFIG_FILE=.\sioc.txt

[************** IOCARDS MODULE ***************]
IOCard_disable=No
IOCard_LPT=No

[ MASTER=(Device index),(Type),(Number of cards),(Device number) ]
[ Device index : Index used in SIOC variable like device, this is the card used for SIOC sentence ]
[ Use 0 for only one card, for this value you not need specify Device number. If you not use DEVICE parameter in a definition in SIOC script, the default index used is 0]
[ type = 0 : Master Card Emulator ]
[ type = 1 : Master Card connected directly to parallel port ]
[ type = 2 : Master Card connected throught compatibility cable to parallel port ]
[ type = 3 : Expansion Card connected throught parallel port ]
[ type = 4 : USBExpansion Card used ]
[ type = 5 : Opencockpits MCP module ]
[ type = 6 : USBOutputs Card used ]
[ type = 7 : Opencockpits EFIS module ]

[ Number of Cards = Master cards connecteds, 1 to 4 for expansion cards, 1 for a Master card directly connected or Emulator ]
[ Number of device = 0 for Emulator or first USB card detected, parallel port address, device number for specifies USBexpansion card ]


MASTER=0,5,1,29
MASTER=1,7,1,31




[ Others Cards / Otras tarjetas ]
USBStepper=0,0
USBKeys=0,0
USBServos=0,0
USBRelays=0,0
USBDCmotor=0,0
USBAnalogic=0,0


[************** FSUIPC MODULE ***************]
FSUipcdisable=No
FSUipcRefresh=50


[************** IOCP CLIENTS MODULES ***************]
IOCPini_delay=3000
IOCPclient0_disable=no
IOCPclient0_host=localhost
IOCPclient0_port=8090
IOCPclient1_disable=Yes
IOCPclient1_host=localhost
IOCPclient1_port=8099

[************** SOUND MODULE ***************]
Sound_disable=yes
Volume=100
[ #1 ]
Sound=APDis.wav,-1,-1,-1

[************** KEYBOARD EMULATOR MODULE ***************]

[ Nombre exacto de la ventana donde se enviarán las teclas ]
[ Name of window for key send ]
[window = "Project Magenta Glass Cockpit - Build 396" ]

window =Microsoft Flight Simulator 2004 - A Century of flight with WideServer.waiting for clients

[ Asignación de teclas ]
[ assign youe keys ]


#1=
#2=
#3=
#4=
#5=
#6=
#7=
#8=
#9=
#10=
#11=
#12=
#13=
#14=
#15=
#16=
#17=
#18=
#19=
#20=
#21=
#22=
#23=
#24=
#25=
#26=\3\1Y\2\4
#27=
#28=
#29=
#30=
#31=
#32=
#33=
#34=
#35=
#36=
#37=
#38=
#39=
#40=
#41=
#42=
#43=\3\1J\2\4
#44=\1R\2
#45=\3\I\4
#46=\1\G\2
#47=\3\L\4
#48=\3\1H\2\4
#49=\1\O\2
#50=\3\1V\2\4
#51=\3M\4
#52=\3\1Z\2\4
#53=\3\F\4
#54=\3\1\O\2\4
#55=\3\1P\2\4
#56=\3F\4
#57=\3V\4
#58=\3P\4
#59=\3I\4
#60=\1I\2
#61=\3\1N\2\4
#62=\3H\4
#63=\3A|4
#64=\3Z\4
#65=\3\H\4
#66=\3\1A\2\4
#67=\1\H\2
#68=\3\1\H\2\4
#69=\3N\4
#70=\3O\4
#71=\3\I\4
#72=\1\G\2
#73=\3\1\G\2\4
#74=
#75=\1\BM\2
#76=\3\1M\2\4
#77=\1\P\2
#78=\3,\4
#79=
#80=\3\1R\2\4
#81=\3\1Q\2\4
#82=\3\1X\2\4
#83=\3\1E\2\4
#84=\3\1T\2\4
#85=\3\1,\2\4
#86=\3\1O\2\4
#87=\3\1C\2\4
#88=\3\1K\2\4
#89=\3\11\2\4
#90=\3\13\2\4
#91=\3\12\2\4
#92=\3\14\2\4
#93=\3\1S\2\4
#94=\3\1L\2\4
#95=\3K\4
#96=\3J\4
#200=

[ End of File ]


To this command (#43=\3\1J\2\4) I have set, on keyboard command of pmdg -Ctrl+Shift+J.

Regards

Quote:

---

Originally Posted by bsv118

Hi barkay
yesterday two fellow cockpit builder from Sicily have helped me with sioc problems, the new script is very good, baro standard is fully functional and disagree not appear.
I have tested on ground and in flight and all working very well.
These are sioc.txt and sioc.ini

...

To this command (#43=\3\1J\2\4) I have set, on keyboard command of pmdg -Ctrl+Shift+J.

Regards

---

Hello bsv118

Thank you very much for posting your script files.

I just received my Opencockpit MCP and EFIS yesterday and already managed today to get everything up and running.

Regards,
Sylvain

Hi,

Have you tried using FSUIPC's mousetrapping to deal with some of your issues, or the PMDG Key Commands. If memory serves me right you can allocate a key combination using the Key Commands of PMDG to set such buttons or switches as range etc.

Rob

Hello pitbuilders...

i am using the sioc script by bsv118 for my OC MCP/EFIS. It works very well with one exception: when VNAV is activated, the altitude displayed on MCP and the altitude displayed in PFD are no longer synchronized, when changing them via OC MCP. In the ALTaff subroutine, there is an 'IF VNAVled=0...'; i think that's a possible cause for this? Does anybody have a solution?

THX in advance...

Hi Delvos
I don't see your problem on my sim; when i change altitude, in VNAV, on MCP it changes on CDU and on PFD without any problem.
I post you my keycommand for PMDG for altitude; maybe it is the problem...

35 MCP Increase Altitude Ctrl+Shft+Z
36 MCP Decrease Altitude Ctrl+F2

regards

Well, the key commands don't seem to be the problem, because they do actually do their work correctly when not flying in VNAV mode...

When turning the ALT knob in VNAV mode, e.g. from 10.000 to 30.000, the ALT displayed on my MCP changes faster than the ALT displayed in PFD/CDU. When ALT on MCP reaches 30.000, PFD/CDU display less, e.g. 22.500.

When VNAV is deactivated before changing ALT on MCP, everything works; so at the moment i have to deactivate VNAV, change ALT and reactivate VNAV afterwards...

Very strange:-)