Boeing 737 LE DEVICES Panel

5 Attachment(s)

Hi fellow simmers. I thought I'd post some (mobile phone unfortunately) pics and video of my 737 LE DEVICES panel which turned out better than I expected after several months(!) of work and much experimentation. It's all laser cut and engraved, with a sort of honeycomb behind the indicator windows to prevent light bleed.

It's connected to my FSX PC using OpenCockpits IO Cards and configured using their excellent SIOC language, but could be driven by other types of board I suppose. I have posted a picture of the real thing for comparison. Happy to share the SIOC script which I admit is a little 'fat' but seems to work. If anyone has a better way of making it work, I'd love to know!

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Sweeeeeet!

SIOC Code for LE Devices panel

// *****************************************************************************
// * Config_SIOC ver 3.5 - By Manolo VÈlez - www.opencockpits.com
// *****************************************************************************
// * FileName : 737_AFT_OVER_LEDEVICES.txt
// * Date : 19/02/2009

Var 1801, name LOB_TRANS_OFF, Link SUBRUTINE
{
CALL &A1_OFF
CALL &A2_OFF
CALL &A3_OFF
CALL &A4_OFF
}

Var 1802, name LOB_TRANS_ON, Link SUBRUTINE
{
&AFT_LED_A1 = 1
&AFT_LED_A2 = 1
&AFT_LED_A3 = 1
&AFT_LED_A4 = 1
}

Var 1803, name LOB_EXT_OFF, Link SUBRUTINE
{
&AFT_LED_B1 = 0
&AFT_LED_B2 = 0
&AFT_LED_B3 = 0
&AFT_LED_B4 = 0
}

Var 1804, name LOB_EXT_ON, Link SUBRUTINE
{
&AFT_LED_B1 = 1
&AFT_LED_B2 = 1
&AFT_LED_B3 = 1
&AFT_LED_B4 = 1
}

Var 1805, name LOB_FULEX_OFF, Link SUBRUTINE
{
&AFT_LED_C1 = 0
&AFT_LED_C2 = 0
&AFT_LED_C3 = 0
&AFT_LED_C4 = 0
}

Var 1806, name LOB_FULEX_ON, Link SUBRUTINE
{
&AFT_LED_C1 = 1
&AFT_LED_C2 = 1
&AFT_LED_C3 = 1
&AFT_LED_C4 = 1
}

Var 1807, name LIB_TRANS_OFF, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
L1 = RANDOM 0 ,50
&AFT_LED_A5 = DELAY 0 ,L0
&AFT_LED_A6 = DELAY 0 ,L1
}

Var 1808, name LIB_TRANS_ON, Link SUBRUTINE
{
&AFT_LED_A5 = 1
&AFT_LED_A6 = 1
}

Var 1809, name LIB_FLEX_OFF, Link SUBRUTINE
{
&AFT_LED_B5 = 0
&AFT_LED_C5 = 0
&AFT_LED_B6 = 0
&AFT_LED_C6 = 0
}

Var 1810, name LIB_FLEX_ON, Link SUBRUTINE
{
&AFT_LED_B5 = 1
&AFT_LED_C5 = 1
&AFT_LED_B6 = 1
&AFT_LED_C6 = 1
}

Var 1811, name ROB_TRANS_OFF, Link SUBRUTINE
{
CALL &A9_OFF
CALL &A10_OFF
CALL &A11_OFF
CALL &A12_OFF
}

Var 1812, name ROB_TRANS_ON, Link SUBRUTINE
{
&AFT_LED_A9 = 1
&AFT_LED_A10 = 1
&AFT_LED_A11 = 1
&AFT_LED_A12 = 1
}

Var 1813, name ROB_EXT_OFF, Link SUBRUTINE
{
&AFT_LED_B9 = 0
&AFT_LED_B10 = 0
&AFT_LED_B11 = 0
&AFT_LED_B12 = 0
}

Var 1814, name ROB_EXT_ON, Link SUBRUTINE
{
&AFT_LED_B9 = 1
&AFT_LED_B10 = 1
&AFT_LED_B11 = 1
&AFT_LED_B12 = 1
}

Var 1815, name ROB_FULEX_OFF, Link SUBRUTINE
{
&AFT_LED_C9 = 0
&AFT_LED_C10 = 0
&AFT_LED_C11 = 0
&AFT_LED_C12 = 0
}

Var 1816, name ROB_FULEX_ON, Link SUBRUTINE
{
&AFT_LED_C9 = 1
&AFT_LED_C10 = 1
&AFT_LED_C11 = 1
&AFT_LED_C12 = 1
}

Var 1817, name RIB_TRANS_OFF, Link SUBRUTINE
{
&AFT_LED_A7 = 0
&AFT_LED_A8 = 0
}

Var 1818, name RIB_TRANS_ON, Link SUBRUTINE
{
&AFT_LED_A7 = 1
&AFT_LED_A8 = 1
}

Var 1819, name RIB_FLEX_OFF, Link SUBRUTINE
{
&AFT_LED_B7 = 0
&AFT_LED_C7 = 0
&AFT_LED_B8 = 0
&AFT_LED_C8 = 0
}

Var 1820, name RIB_FLEX_ON, Link SUBRUTINE
{
&AFT_LED_B7 = 1
&AFT_LED_C7 = 1
&AFT_LED_B8 = 1
&AFT_LED_C8 = 1
}

Var 1821, name LE_LEFT_INB, Link FSUIPC_IN, Offset $30E8, Length 2 // LE Left Inboard
{
C0 = &LE_LEFT_INB > 0
C1 = &LE_LEFT_INB < 16384
C2 = C0 AND C1
IF &LE_LEFT_INB = 0
{
CALL &LIB_TRANS_OFF
CALL &LIB_FLEX_OFF
}
IF C2
{
CALL &LIB_TRANS_ON
CALL &LIB_FLEX_OFF
}
IF &LE_LEFT_INB = 16384
{
CALL &LIB_FLEX_ON
CALL &LIB_TRANS_OFF
}
}

Var 1823, name LE_LEFT_OUTB, Link FSUIPC_IN, Offset $30EA, Length 2 // LE Left Outboard
{
C0 = &LE_LEFT_OUTB > 0
C1 = &LE_LEFT_OUTB < 8192
C2 = C0 AND C1
IF &LE_LEFT_OUTB = 0
{
CALL &LOB_EXT_OFF
CALL &LOB_TRANS_OFF
CALL &LOB_FULEX_OFF
}
IF C2
{
CALL &LOB_TRANS_ON
}
IF &LE_LEFT_OUTB = 8192
{
CALL &LOTROFF_LOBEXT
CALL &LOB_FULEX_OFF
}
IF &LE_LEFT_OUTB > 8192
{
CALL &LOB_TRANS_ON
}
IF &LE_LEFT_OUTB = 16384
{
CALL &B1234OFC1234ON
CALL &LOB_TRANS_OFF
}
}

Var 1825, name LE_RIGHT_INB, Link FSUIPC_IN, Offset $30EC, Length 2 // LE Right Inboard
{
C0 = &LE_RIGHT_INB > 0
C1 = &LE_RIGHT_INB < 16384
C2 = C0 AND C1
IF &LE_RIGHT_INB = 0
{
CALL &RIB_TRANS_OFF
CALL &RIB_FLEX_OFF
}
IF C2
{
CALL &RIB_TRANS_ON
CALL &RIB_FLEX_OFF
}
IF &LE_RIGHT_INB = 16384
{
CALL &RIB_FLEX_ON
CALL &RIB_TRANS_OFF
}
}

Var 1827, name LE_RIGHT_OUTB, Link FSUIPC_IN, Offset $30EE, Length 2 // LE Right Outboard
{
C0 = &LE_RIGHT_OUTB > 0
C1 = &LE_RIGHT_OUTB < 8192
C2 = C0 AND C1
IF &LE_RIGHT_OUTB = 0
{
CALL &ROB_EXT_OFF
CALL &ROB_TRANS_OFF
CALL &ROB_FULEX_OFF
}
IF C2
{
CALL &ROB_TRANS_ON
}
IF &LE_RIGHT_OUTB = 8192
{
CALL &ROTROFF_ROBEXT
CALL &ROB_FULEX_OFF
}
IF &LE_RIGHT_OUTB > 8192
{
CALL &ROB_TRANS_ON
}
IF &LE_RIGHT_OUTB = 16384
{
CALL &B912OFFC912ON
CALL &ROB_TRANS_OFF
}
}

Var 1829, name TEST_SWITCH, Link IOCARD_SW, Input 73, Type I // PRESS TO TEST
{
IF &TEST_SWITCH = 1
{
&AFT_LED_A1 = 1
&AFT_LED_A2 = 1
&AFT_LED_A3 = 1
&AFT_LED_A4 = 1
&AFT_LED_A5 = 1
&AFT_LED_A6 = 1
&AFT_LED_A7 = 1
&AFT_LED_A8 = 1
&AFT_LED_A9 = 1
&AFT_LED_A10 = 1
&AFT_LED_A11 = 1
&AFT_LED_A12 = 1
&AFT_LED_B1 = 1
&AFT_LED_B2 = 1
&AFT_LED_B3 = 1
&AFT_LED_B4 = 1
&AFT_LED_B5 = 1
&AFT_LED_B6 = 1
&AFT_LED_B7 = 1
&AFT_LED_B8 = 1
&AFT_LED_B9 = 1
&AFT_LED_B10 = 1
&AFT_LED_B11 = 1
&AFT_LED_B12 = 1
&AFT_LED_C1 = 1
&AFT_LED_C2 = 1
&AFT_LED_C3 = 1
&AFT_LED_C4 = 1
&AFT_LED_C5 = 1
&AFT_LED_C6 = 1
&AFT_LED_C7 = 1
&AFT_LED_C8 = 1
&AFT_LED_C9 = 1
&AFT_LED_C10 = 1
&AFT_LED_C11 = 1
&AFT_LED_C12 = 1
}
ELSE
{
&AFT_LED_A1 = 0
&AFT_LED_A2 = 0
&AFT_LED_A3 = 0
&AFT_LED_A4 = 0
&AFT_LED_A5 = 0
&AFT_LED_A6 = 0
&AFT_LED_A7 = 0
&AFT_LED_A8 = 0
&AFT_LED_A9 = 0
&AFT_LED_A10 = 0
&AFT_LED_A11 = 0
&AFT_LED_A12 = 0
&AFT_LED_B1 = 0
&AFT_LED_B2 = 0
&AFT_LED_B3 = 0
&AFT_LED_B4 = 0
&AFT_LED_B5 = 0
&AFT_LED_B6 = 0
&AFT_LED_B7 = 0
&AFT_LED_B8 = 0
&AFT_LED_B9 = 0
&AFT_LED_B10 = 0
&AFT_LED_B11 = 0
&AFT_LED_B12 = 0
&AFT_LED_C1 = 0
&AFT_LED_C2 = 0
&AFT_LED_C3 = 0
&AFT_LED_C4 = 0
&AFT_LED_C5 = 0
&AFT_LED_C6 = 0
&AFT_LED_C7 = 0
&AFT_LED_C8 = 0
&AFT_LED_C9 = 0
&AFT_LED_C10 = 0
&AFT_LED_C11 = 0
&AFT_LED_C12 = 0
}
}

Var 1830, name AFT_LED_A1, Link IOCARD_OUT, Output 110 // Slat 1 Transit

Var 1831, name AFT_LED_A2, Link IOCARD_OUT, Output 108 // Slat 2 Transit

Var 1832, name AFT_LED_A3, Link IOCARD_OUT, Output 106 // Slat 3 Transit

Var 1833, name AFT_LED_A4, Link IOCARD_OUT, Output 104 // Slat 4 Transit

Var 1834, name AFT_LED_A5, Link IOCARD_OUT, Output 102 // Flap 1 Transit

Var 1835, name AFT_LED_A6, Link IOCARD_OUT, Output 100 // Flap 2 Transit

Var 1836, name AFT_LED_A7, Link IOCARD_OUT, Output 99 // Flap 3 Transit

Var 1837, name AFT_LED_A8, Link IOCARD_OUT, Output 101 // Flap 4 Transit

Var 1838, name AFT_LED_A9, Link IOCARD_OUT, Output 103 // Slat 5 Transit

Var 1839, name AFT_LED_A10, Link IOCARD_OUT, Output 105 // Slat 6 Transit

Var 1840, name AFT_LED_A11, Link IOCARD_OUT, Output 107 // Slat 7 Transit

Var 1841, name AFT_LED_A12, Link IOCARD_OUT, Output 109 // Flap 8 Transit

Var 1842, name AFT_LED_B1, Link IOCARD_OUT, Output 98 // Slat 1 EXT

Var 1843, name AFT_LED_B2, Link IOCARD_OUT, Output 96 // Slat 2 EXT

Var 1844, name AFT_LED_B3, Link IOCARD_OUT, Output 94 // Slat 3 EXT

Var 1845, name AFT_LED_B4, Link IOCARD_OUT, Output 92 // Slat 4 EXT

Var 1846, name AFT_LED_B5, Link IOCARD_OUT, Output 90 // Flap 1 EXT & FULL EXT

Var 1847, name AFT_LED_B6, Link IOCARD_OUT, Output 88 // Flap 2 EXT & FULL EXT

Var 1848, name AFT_LED_B7, Link IOCARD_OUT, Output 87 // Flap 3 EXT& FULL EXT

Var 1849, name AFT_LED_B8, Link IOCARD_OUT, Output 89 // Flap 4 EXT & FULL EXT

Var 1850, name AFT_LED_B9, Link IOCARD_OUT, Output 91 // Slat 5 EXT

Var 1851, name AFT_LED_B10, Link IOCARD_OUT, Output 93 // Slat 6 EXT

Var 1852, name AFT_LED_B11, Link IOCARD_OUT, Output 95 // Slat 7 EXT

Var 1853, name AFT_LED_B12, Link IOCARD_OUT, Output 97 // Slat 8 EXT

Var 1854, name AFT_LED_C1, Link IOCARD_OUT, Output 86 // Flap 1 FULL EXT

Var 1855, name AFT_LED_C2, Link IOCARD_OUT, Output 84 // Flap 2 FULL EXT

Var 1856, name AFT_LED_C3, Link IOCARD_OUT, Output 82 // Flap 3 FULL EXT

Var 1857, name AFT_LED_C4, Link IOCARD_OUT, Output 80 // Flap 4 FULL EXT

Var 1858, name AFT_LED_C5, Link IOCARD_OUT, Output 78

Var 1859, name AFT_LED_C6, Link IOCARD_OUT, Output 76

Var 1860, name AFT_LED_C7, Link IOCARD_OUT, Output 75

Var 1861, name AFT_LED_C8, Link IOCARD_OUT, Output 77

Var 1862, name AFT_LED_C9, Link IOCARD_OUT, Output 79 // Slat 5 FULL EXT

Var 1863, name AFT_LED_C10, Link IOCARD_OUT, Output 81 // Slat 6 FULL EXT

Var 1864, name AFT_LED_C11, Link IOCARD_OUT, Output 83 // Slat 7 FULL EXT

Var 1865, name AFT_LED_C12, Link IOCARD_OUT, Output 85 // Slat 8 FULL EXT

Var 1866, name A1_ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A1 = DELAY 1 ,L0
}

Var 1867, name A2_ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A2 = DELAY 1 ,L0
}

Var 1868, name A3_ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A3 = DELAY 1 ,L0
}

Var 1869, name A4_ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A4 = DELAY 1 ,L0
}

Var 1870, name A1_OFF, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A1 = DELAY 0 ,L0
}

Var 1871, name A2_OFF, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A2 = DELAY 0 ,L0
}

Var 1872, name A3_OFF, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A3 = DELAY 0 ,L0
}

Var 1873, name A4_OFF, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A4 = DELAY 0 ,L0
}

Var 1874, name A1OFF_B1ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A1 = DELAY 0 ,L0
&AFT_LED_B1 = DELAY 1 ,L0
}

Var 1875, name A2OFF_B2ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A2 = DELAY 0 ,L0
&AFT_LED_B2 = DELAY 1 ,L0
}

Var 1876, name A3OFF_B3ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A3 = DELAY 0 ,L0
&AFT_LED_B3 = DELAY 1 ,L0
}

Var 1877, name A4OFF_B4ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A4 = DELAY 0 ,L0
&AFT_LED_B4 = DELAY 1 ,L0
}

Var 1878, name LOTROFF_LOBEXT, Link SUBRUTINE
{
CALL &A1OFF_B1ON
CALL &A2OFF_B2ON
CALL &A3OFF_B3ON
CALL &A4OFF_B4ON
}

Var 1879, name B1OFFC1ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A1 = DELAY 0 ,L0
&AFT_LED_B1 = DELAY 0 ,L0
&AFT_LED_C1 = DELAY 1 ,L0
}

Var 1880, name B2OFFC2ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A2 = DELAY 0 ,L0
&AFT_LED_B2 = DELAY 0 ,L0
&AFT_LED_C2 = DELAY 1 ,L0
}

Var 1881, name B3OFFC3ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A3 = DELAY 0 ,L0
&AFT_LED_B3 = DELAY 0 ,L0
&AFT_LED_C3 = DELAY 1 ,L0
}

Var 1882, name B4OFFC4ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A4 = DELAY 0 ,L0
&AFT_LED_B4 = DELAY 0 ,L0
&AFT_LED_C4 = DELAY 1 ,L0
}

Var 1883, name B1234OFC1234ON, Link SUBRUTINE
{
CALL &B1OFFC1ON
CALL &B2OFFC2ON
CALL &B3OFFC3ON
CALL &B4OFFC4ON
}

Var 1884, name A9_OFF, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A9 = DELAY 0 ,L0
}

Var 1885, name A10_OFF, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A10 = DELAY 0 ,L0
}

Var 1886, name A11_OFF, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A11 = DELAY 0 ,L0
}

Var 1887, name A12_OFF, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A12 = DELAY 0 ,L0
}

Var 1888, name A9OFF_B9ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A9 = DELAY 0 ,L0
&AFT_LED_B9 = DELAY 1 ,L0
}

Var 1889, name A10OFF_B10ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A10 = DELAY 0 ,L0
&AFT_LED_B10 = DELAY 1 ,L0
}

Var 1890, name A11OFF_B11ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A11 = DELAY 0 ,L0
&AFT_LED_B11 = DELAY 1 ,L0
}

Var 1891, name A12OFF_B12ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A12 = DELAY 0 ,L0
&AFT_LED_B12 = DELAY 1 ,L0
}

Var 1892, name ROTROFF_ROBEXT, Link SUBRUTINE
{
CALL &A9OFF_B9ON
CALL &A10OFF_B10ON
CALL &A11OFF_B11ON
CALL &A12OFF_B12ON
}

Var 1893, name B9OFF_C9ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A9 = DELAY 0 ,L0
&AFT_LED_B9 = DELAY 0 ,L0
&AFT_LED_C9 = DELAY 1 ,L0
}

Var 1894, name B10OFF_C10ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A10 = DELAY 0 ,L0
&AFT_LED_B10 = DELAY 0 ,L0
&AFT_LED_C10 = DELAY 1 ,L0
}

Var 1895, name B11OFF_C11ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A11 = DELAY 0 ,L0
&AFT_LED_B11 = DELAY 0 ,L0
&AFT_LED_C11 = DELAY 1 ,L0
}

Var 1896, name B12OFF_C12ON, Link SUBRUTINE
{
L0 = RANDOM 0 ,50
&AFT_LED_A12 = DELAY 0 ,L0
&AFT_LED_B12 = DELAY 0 ,L0
&AFT_LED_C12 = DELAY 1 ,L0
}

Var 1897, name B912OFFC912ON, Link SUBRUTINE
{
CALL &B9OFF_C9ON
CALL &B10OFF_C10ON
CALL &B11OFF_C11ON
CALL &B12OFF_C12ON
}

Var 1898, name ALL_ON, Link SUBRUTINE
{
&AFT_LED_A1 = 1
}

Nice job. Thanks for sharing:)

Well done, very impressive and I am grateful for the posting of the SIOC code. When I finally complete the MIP, Pedestal and motorise the throttle, then I shall have a head start on the Overhead!

Regards

David