French Signal Binary mode

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speedjf37
Posts: 9
Joined: 14.01.2018, 00:38

French Signal Binary mode

Post by speedjf37 » 25.01.2018, 08:46

Hi,

I try to manage LEB décodeur with binary mode.

Option command : Aiguillage Accessoires

In linear mode the command is OK accessories states change

Log linear test:

17:57:05 switch report 11=straight 5-1
17:57:05 switch definition < H ID ADDRESS SUBADDRESS THROW > 11 0
17:57:05 DCC output addr=5 port=1 gate=0 id=11 cmd=ON
17:57:03 switch report 14=turnout 5-4
17:57:03 switch definition < H ID ADDRESS SUBADDRESS THROW > 14 1
17:57:03 DCC output addr=5 port=4 gate=1 id=14 cmd=ON
17:57:02 switch report 14=straight 5-4
17:57:02 switch definition < H ID ADDRESS SUBADDRESS THROW > 14 0
17:57:02 DCC output addr=5 port=4 gate=0 id=14 cmd=ON
17:57:00 switch report 13=turnout 5-3
17:57:00 switch definition < H ID ADDRESS SUBADDRESS THROW > 13 1
17:57:00 DCC output addr=5 port=3 gate=1 id=13 cmd=ON
17:56:59 switch report 13=straight 5-3
17:56:59 switch definition < H ID ADDRESS SUBADDRESS THROW > 13 0
17:56:59 DCC output addr=5 port=3 gate=0 id=13 cmd=ON
17:56:57 switch report 12=turnout 5-2
17:56:57 switch definition < H ID ADDRESS SUBADDRESS THROW > 12 1
17:56:57 DCC output addr=5 port=2 gate=1 id=12 cmd=ON
17:56:54 switch report 12=straight 5-2
17:56:54 switch definition < H ID ADDRESS SUBADDRESS THROW > 12 0
17:56:54 DCC output addr=5 port=2 gate=0 id=12 cmd=ON



In binary mode the command is not OK

log binary test:
17:55:10 switch report 14=turnout 5-4
17:55:10 switch definition < H ID ADDRESS SUBADDRESS THROW > 14 1
17:55:10 switch report 13=turnout 5-3
17:55:10 switch definition < H ID ADDRESS SUBADDRESS THROW > 13 1
17:55:10 switch report 12=turnout 5-2
17:55:10 switch definition < H ID ADDRESS SUBADDRESS THROW > 12 1
17:55:10 switch report 11=turnout 5-1
17:55:10 switch definition < H ID ADDRESS SUBADDRESS THROW > 11 1
17:55:10 DCC output addr=5 port=4 gate=1 id=14 cmd=OFF
17:55:10 DCC output addr=5 port=3 gate=1 id=13 cmd=OFF
17:55:10 DCC output addr=5 port=2 gate=1 id=12 cmd=OFF
17:55:10 DCC output addr=5 port=1 gate=1 id=11 cmd=OFF
17:55:08 switch report 14=turnout 5-4
17:55:08 switch definition < H ID ADDRESS SUBADDRESS THROW > 14 1
17:55:08 switch report 13=turnout 5-3
17:55:08 switch definition < H ID ADDRESS SUBADDRESS THROW > 13 1
17:55:08 switch report 12=turnout 5-2
17:55:08 switch definition < H ID ADDRESS SUBADDRESS THROW > 12 1
17:55:08 switch report 11=turnout 5-1
17:55:08 switch definition < H ID ADDRESS SUBADDRESS THROW > 11 1
17:55:08 DCC output addr=5 port=4 gate=1 id=14 cmd=OFF
17:55:08 DCC output addr=5 port=3 gate=1 id=13 cmd=ON
17:55:08 DCC output addr=5 port=2 gate=1 id=12 cmd=ON
17:55:08 DCC output addr=5 port=1 gate=1 id=11 cmd=ON
17:55:07 switch report 14=turnout 5-4
17:55:07 switch definition < H ID ADDRESS SUBADDRESS THROW > 14 1
17:55:07 switch report 13=turnout 5-3
17:55:07 switch definition < H ID ADDRESS SUBADDRESS THROW > 13 1
17:55:07 switch report 12=turnout 5-2
17:55:07 switch definition < H ID ADDRESS SUBADDRESS THROW > 12 1
17:55:07 switch report 11=turnout 5-1
17:55:07 switch definition < H ID ADDRESS SUBADDRESS THROW > 11 1
17:55:07 DCC output addr=5 port=4 gate=1 id=14 cmd=OFF
17:55:07 DCC output addr=5 port=3 gate=1 id=13 cmd=ON
17:55:07 DCC output addr=5 port=2 gate=1 id=12 cmd=ON
17:55:07 DCC output addr=5 port=1 gate=1 id=11 cmd=OFF
17:55:06 switch report 14=turnout 5-4
17:55:06 switch definition < H ID ADDRESS SUBADDRESS THROW > 14 1
17:55:06 switch report 13=turnout 5-3
17:55:06 switch definition < H ID ADDRESS SUBADDRESS THROW > 13 1
17:55:06 switch report 12=turnout 5-2
17:55:06 switch definition < H ID ADDRESS SUBADDRESS THROW > 12 1
17:55:06 switch report 11=turnout 5-1
17:55:06 switch definition < H ID ADDRESS SUBADDRESS THROW > 11 1
17:55:06 DCC output addr=5 port=4 gate=1 id=14 cmd=OFF
17:55:06 DCC output addr=5 port=3 gate=1 id=13 cmd=ON
17:55:06 DCC output addr=5 port=2 gate=1 id=12 cmd=OFF
17:55:06 DCC output addr=5 port=1 gate=1 id=11 cmd=ON
17:55:06 switch report 14=turnout 5-4
17:55:06 switch definition < H ID ADDRESS SUBADDRESS THROW > 14 1
17:55:06 switch report 13=turnout 5-3
17:55:06 switch definition < H ID ADDRESS SUBADDRESS THROW > 13 1
17:55:06 switch report 12=turnout 5-2
17:55:06 switch definition < H ID ADDRESS SUBADDRESS THROW > 12 1
17:55:06 switch report 11=turnout 5-1
17:55:06 switch definition < H ID ADDRESS SUBADDRESS THROW > 11 1
17:55:05 DCC output addr=5 port=4 gate=1 id=14 cmd=OFF
17:55:05 DCC output addr=5 port=3 gate=1 id=13 cmd=ON
17:55:05 DCC output addr=5 port=2 gate=1 id=12 cmd=OFF
17:55:05 DCC output addr=5 port=1 gate=1 id=11 cmd=OFF
17:55:05 switch report 14=turnout 5-4
17:55:05 switch definition < H ID ADDRESS SUBADDRESS THROW > 14 1
17:55:05 switch report 13=turnout 5-3
17:55:05 switch definition < H ID ADDRESS SUBADDRESS THROW > 13 1
17:55:05 switch report 12=turnout 5-2
17:55:05 switch definition < H ID ADDRESS SUBADDRESS THROW > 12 1



Compare :Linear/binary
No command to 0 at :17:55:06

17:55:06 switch definition < H ID ADDRESS SUBADDRESS THROW > 13 1
17:55:06 switch report 12=turnout 5-2
17:55:06 switch definition < H ID ADDRESS SUBADDRESS THROW > 12 1
17:55:06 switch report 11=turnout 5-1
17:55:06 switch definition < H ID ADDRESS SUBADDRESS THROW > 11 1
17:55:05 DCC output addr=5 port=4 gate=1 id=14 cmd=OFF
17:55:05 DCC output addr=5 port=3 gate=1 id=13 cmd=ON

17:56:59 switch definition < H ID ADDRESS SUBADDRESS THROW > 13 0
17:56:59 DCC output addr=5 port=3 gate=0 id=13 cmd=ON

JF

rjversluis
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Posts: 41071
Joined: 10.04.2006, 08:48
Location: Speyer, Germany
Contact:

Re: French Signal Binary mode

Post by rjversluis » 25.01.2018, 08:55

Hi,

did you read the Wiki?
http://wiki.rocrail.net/doku.php?id=sig ... -en#binary

And its totally not clear what you want to explain.
Use the Server trace instead of the Rocview monitor.

And your files are missing:
http://wiki.rocrail.net/doku.php?id=issue-en

rjversluis
Site Admin
Posts: 41071
Joined: 10.04.2006, 08:48
Location: Speyer, Germany
Contact:

Re: French Signal Binary mode

Post by rjversluis » 25.01.2018, 11:00

Hi,

I just tested the binary scheme:

Code: Select all

20180125.105753.340 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=0  (00000000)...
20180125.105758.670 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=1  (00000001)...
20180125.105759.148 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=2  (00000010)...
20180125.105802.931 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=3  (00000011)...
20180125.105805.468 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=4  (00000100)...
20180125.105806.257 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=5  (00000101)...
20180125.105807.447 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=6  (00000110)...
20180125.105808.240 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=7  (00000111)...
20180125.105809.022 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=8  (00001000)...
20180125.105809.761 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=9  (00001001)...
20180125.105810.434 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=10 (00001010)...
20180125.105811.146 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=11 (00001011)...
20180125.105811.828 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=12 (00001100)...
20180125.105812.546 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=13 (00001101)...
20180125.105813.259 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=14 (00001110)...
20180125.105813.965 r9999I cmdrA170 OSignal  1336 binary processing for signal [s1][aspect] aspect=15 (00001111)...
All OK.

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