Configure MCP of Opencockpits with MCP of Project Magenta and file sioc. Help me.

Hello,

I'm trying to configure my MCP panel buy from Opencockpits (OC) with MCP software of Project Magenta before I buy complete software.

My panel works fine with FS9 by Sioc and MCP panel of 737 default, but not 100% fine with MCP panel of 737pmdg.

Now i would like work it with PM, and i have insert this file in Sioc for PM:


//********************************
// INICIALIZACION
//********************************

VAR 0000, VALUE 0
{
V0401 = 180 // COURSE
V0406 = 180 // COURSE
V0403 = 180 // HDG
V0404 = 10 // ALT
V0405 = 0 // 00 DEL ALT (el 00 es fijo)
V0050 = SETBIT 23 // Pone MODO IAS
V0057 = V0004 // IAS leidas en IAS temporal
V0058 = V0005 // MATH leidas en MATH temporal
V0402 = V0004 // Pone por IAS en display
}

//********************************
// ENTRADAS DESDE FSUIPC
//********************************
Var 0001, Link FSUIPC_IN, Offset $04E6, Length 2, Type 1 // VS de entrada
{
V0800 = V0001
CALL V0900 // Pone valor en el display
}
Var 0002, Link FSUIPC_IN, Offset $051C, Length 2 // Indicadores MCP
{
C0 = TESTBIT V0002 ,0 // Está apagado el Display del VS ?
IF C0 // SI, entonces
{
V0407 = -999999 // Quita el 00 final del display
V0400 = -999999 // Apaga resto de digitos
V0408 = -999999 // Apago el signo -
}
ELSE // NO, entonces
{
V0407 = 0 // Enciende los 00 del display
CALL V0900 // Pone el V/S en el display
}
}
Var 0003, Link FSUIPC_IN, Offset $04F0, Length 2 // LUCES del MCP
{
V0502 = TESTBIT V0003 ,2 // V/S
// V0501 = TESTBIT V0003 ,12 // F/D
V0500 = TESTBIT V0003 ,11 // A/T
V0505 = TESTBIT V0003 ,9 // SPEED
V0506 = TESTBIT V0003 ,10 // N1
V0507 = TESTBIT V0003 ,3 // ALT HOLD
V0508 = TESTBIT V0003 ,4 // APP
V0509 = TESTBIT V0003 ,5 // VORLOC
V0510 = TESTBIT V0003 ,6 // LNAV
V0511 = TESTBIT V0003 ,7 // HDG
V0512 = TESTBIT V0003 ,8 // LVL CHG
V0513 = TESTBIT V0003 ,14 // VNAV
V0514 = TESTBIT V0003 ,0 // AP1
V0515 = TESTBIT V0003 ,1 // AP2

C0 = TESTBIT V0003 ,15 // Modo MATH o IAS ?
IF C0 // MATH MODE
{
V0058 = V0005 // Cargo valor en temporal
V0516 = 1 // Enciendo el punto decimal
CALL V0901 // Display del valor
}
ELSE // IAS MODE
{
V0057 = V0004 // Cargo valor en temporal
V0516 = 0 // Apago el punto decimal
CALL V0901 // Display del valor
}
}
Var 0004, Link FSUIPC_IN, Offset $04E0, Length 2 // IAS
{
CALL V0901 // Display del valor
}
Var 0005, Link FSUIPC_IN, Offset $04E8, Length 2 // MATH
{
CALL V0901 // Display del valor
}
//********************************
// SALIDAS A FSUIPC
//********************************
Var 0050, Link FSUIPC_OUT, Offset $5410, Length 4 // Pulsadores-I PM
Var 0051, Link FSUIPC_OUT, Offset $5414, Length 4 // Pulsadores-II PM
Var 0052, Link FSUIPC_OUT, Offset $540C, Length 2, Type 1 // V/S de salida
Var 0053, Link FSUIPC_OUT, Offset $5414, Length 4 // Botones MCP
Var 0054, Link FSUIPC_OUT, Offset $0C4E, Length 2 // COURSE
Var 0055, Link FSUIPC_OUT, Offset $5408, Length 2 // HDG
Var 0056, Link FSUIPC_OUT, Offset $540A, Length 2 // ALT
Var 0057, Link FSUIPC_OUT, Offset $5406, Length 2 // IAS
Var 0058, Link FSUIPC_OUT, Offset $540E, Length 2 // MATH
Var 0059, Link FSUIPC_OUT, Offset $0C5E, Length 2 // COURSE 2

//********************************
// INTERRUPTORES Y PULSADORES
//********************************
Var 0200, Link IOCARD_SW, Input 27 // Interruptor A/T
{
IF V0200 = 1 // Si está encendido
{
V0050 = TOGGLE 19 // Hago toggle del bit 19
}
ELSE
{
V0050 = TOGGLE 20 // Si apagado, toggle del bit 20
}
}
Var 0201, Link IOCARD_SW, Input 16 // Interruptor F/D
{
IF V0201 = 1
{
V0051 = TOGGLE 5
}
ELSE
{
V0051 = TOGGLE 6
}
}
Var 0202, Link IOCARD_SW, Input 13, Type P // Boton V/S
{
V0053 = CHANGEBIT 11 V0202 // Si pulsador encendido, bit 11 a 1, si apagado bit 11 a 0
}
Var 0203, Link IOCARD_SW, Input 12, Type P // Boton SPEED
{
V0050 = CHANGEBIT 22 V0203
}
Var 0204, Link IOCARD_SW, Input 2, Type P // Boton N1
{
V0050 = CHANGEBIT 21 V0204
}
Var 0205, Link IOCARD_SW, Input 26, Type P // Boton LVL CHG
{
V0050 = CHANGEBIT 24 V0205
}
Var 0206, Link IOCARD_SW, Input 32, Type P // Boton HDG
{
V0050 = CHANGEBIT 25 V0206
}
Var 0207, Link IOCARD_SW, Input 3, Type P // Boton ALT HOLD
{
V0050 = CHANGEBIT 30 V0207
}
Var 0208, Link IOCARD_SW, Input 6, Type P // Boton APP
{
V0050 = CHANGEBIT 29 V0208
}
Var 0209, Link IOCARD_SW, Input 7, Type P // Boton VORLOC
{
V0050 = CHANGEBIT 28 V0209
}
Var 0210, Link IOCARD_SW, Input 10, Type P // Boton LNAV
{
V0050 = CHANGEBIT 27 V0210
}
Var 0211, Link IOCARD_SW, Input 14, Type P // Boton VNAV
{
V0050 = CHANGEBIT 26 V0211
}
Var 0212, Link IOCARD_SW, Input 4, Type P // Boton DISENGAGE
{
IF V0212 = 0
{
V0053 = TOGGLE 8 // Si apago pongo el bit a 0
}
ELSE
{
V0053 = TOGGLE 9 // Si está encendido, pongo el BIT a 1
}
}
Var 0213, Link IOCARD_SW, Input 8, Type P // Boton AP1
{
V0053 = CHANGEBIT 0 V0213
}
Var 0214, Link IOCARD_SW, Input 1, Type P // Boton AP2
{
V0053 = CHANGEBIT 1 V0214
}
Var 0215, Link IOCARD_SW, Input 11, Type P // Boton MATH
{
V0050 = CHANGEBIT 23 V0215
}
Var 0216, Link IOCARD_SW, Input 17 // Interruptor F/D
{
IF V0216 = 1
{
V0050 = TOGGLE 17
}
ELSE
{
V0050 = TOGGLE 18
}
}

//********************************
// ROTARY-ENCODERS
//********************************
Var 0300, Link IOCARD_ENCODER, Input 20, Aceleration 4,type 2 // Encoder VS
{
L0 = V0300 * -100 // Incrementa de 100 en 100
V0800 = ROTATE -9000 ,9000 ,L0 // Suma o resta del valor temporal de V/S
V0052 = V0800
}
Var 0301, Link IOCARD_ENCODER, Input 24, Aceleration 4,type 2 // Encoder COURSE
{
L0 = V0301 * -1
V0401 = ROTATE 0, 359, L0 // Roto el valor del COURSE
}
Var 0302, Link IOCARD_ENCODER, Input 18, Aceleration 4,type 2 // Encoder IAS Y MATH
{
L0 = V0302 * -1
C0 = TESTBIT V0003 ,15 // Indicador MATH o IAS ?
IF C0 // MATH MODE
{
V0058 = LIMIT 25, 95, L0 // Inc o decremento el valor del MATH
}
ELSE
{
V0057 = LIMIT 0, 340, L0 // Inc o decremento el valor del IAS
}
}
Var 0303, Link IOCARD_ENCODER, Input 33, Aceleration 4,type 2 // Encoder HDG
{
L0 = V0303 * -1
V0403 = ROTATE 0, 359, L0
}
Var 0304, Link IOCARD_ENCODER, Input 22, Aceleration 4,type 2 // Encoder ALT
{
L0 = V0304 * -1
V0404 = LIMIT 0, 500, L0
}
Var 0305, Link IOCARD_ENCODER, Input 28, Aceleration 4,type 2 // Encoder COURSE 2
{
L0 = V0305 * -1
V0406 = ROTATE 0, 359, L0 // Roto el valor del COURSE
}

//********************************
// DISPLAYS 7 SEGMENTOS
//********************************
Var 0400, Link IOCARD_DISPLAY, Digit 13, Numbers 2 // VS
Var 0401, Link IOCARD_DISPLAY, Digit 0, Numbers 3 // COURSE
{
V0054 = V0401 // Pasa el valor al PM
}
Var 0402, Link IOCARD_DISPLAY, Digit 3, Numbers 3 // IAS Y MATH
Var 0403, Link IOCARD_DISPLAY, Digit 16, Numbers 3 // HEADING
{
V0055 = V0403 // Pasa el valor al PM
}
Var 0404, Link IOCARD_DISPLAY, Digit 8, Numbers 3 // ALT
{
V0056 = V0404 // Pasa el valor al PM
}
Var 0405, Link IOCARD_DISPLAY, Digit 6, Numbers 2 // ALT 00
Var 0406, Link IOCARD_DISPLAY, Digit 19, Numbers 3 // COURSE 2
{
V0059 = V0406 // Pasa el valor al PM
}
Var 0407, Link IOCARD_DISPLAY, Digit 11, Numbers 2 // VS 00
Var 0408, Link IOCARD_DISPLAY, Digit 15, Numbers 1 // Signo VS

//*************************************
// SALIDAS DE LA MASTER (LEDS Y FIJOS)
//*************************************
Var 0500, Link IOCARD_OUT, Output 39 // Led A/T
// Var 0501, Link IOCARD_OUT, Output // Led F/D
Var 0502, Link IOCARD_OUT, Output 13 // Led del boton V/S
// Var 0503, Link IOCARD_OUT, Output 27 // Signo - del display V/S
// Var 0504, Link IOCARD_OUT, Output 28 // 00 del VS
Var 0505, Link IOCARD_OUT, Output 31 // Led SPEED
Var 0506, Link IOCARD_OUT, Output 23 // Led N1
Var 0507, Link IOCARD_OUT, Output 15 // Led ALT HOLD
Var 0508, Link IOCARD_OUT, Output 19 // Led APP
Var 0509, Link IOCARD_OUT, Output 33 // Led VORLOC
Var 0510, Link IOCARD_OUT, Output 29 // Led LNAV
Var 0511, Link IOCARD_OUT, Output 11 // Led HDG
Var 0512, Link IOCARD_OUT, Output 17 // Led LVL CHG
Var 0513, Link IOCARD_OUT, Output 25 // Led VNAV
Var 0514, Link IOCARD_OUT, Output 35 // Led AP1
Var 0515, Link IOCARD_OUT, Output 37 // Led AP2
Var 0516, Link IOCARD_OUT, Output 20 // Led . DECIMAL
// Var 0517, Link IOCARD_OUT, Output 29 // 00 del ALT

//********************************
// VARIABLES IOCP INTERNAS
//********************************
Var 0800 // Valor temporal del V/S

//********************************
// RUTINAS INTERNAS
//********************************
Var 0900, Link SUBRUTINE // Pinta V/S
{
C0 = TESTBIT V0002 ,0 // Comprueba si deben de estar apagados
C0 = NOT C0
IF C0 // Sólo en el caso de estar encendidos
{
IF V0800 < 0 // Si V/S es negativo, pasa a positivo
{
L0 = ABS V0800
V0408 = -999998 // Enciendo el signo -
}
ELSE
{
V0408 = -999999 // Apago el signo -
L0 = V0800
}
V0400 = L0 / 100 // Manda el valor ajustado de V/S a display
}
}
Var 0901, Link SUBRUTINE // Pinta IAS / MATH
{
C0 = TESTBIT V0003 ,15 // Modo MATH o IAS ?
IF C0 // MATH MODE
{
V0516 = 1 // Enciendo el punto decimal
V0402 = V0005 // Pone valor MATH en el display
}
ELSE
{
V0516 = 0 // Enciendo el punto decimal
V0402 = V0004 // Pone valor IAS en el display
}
}


First question the switch AP1, AP2 and MATCH are corrisponde to CMDA, CMDB and C/O ? Or .... ?

I have this:

When i turn COURSE from panel OC change also the value of HEADING, and if change IAS/MATCH change also the value of COURSE on right.

But on panel of PM this doesnt show, it works.

Is script correct?

Please, thank you.

Perhaps someone using the SIOC Script for their MCP could post their code for you.

Lets see what happens.

Trev

Hi Guys,

I posted my latest SIOC code (Incl OC MCP) here http://www.mycockpit.org/forums/showthread.php?t=12908

I hope this helps.

Regards,
John
www.boeing737ng.co.uk

Hi,

Is it works with MCP of Projetc Magenta?

Thank you.