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Old 02-09-2012, 03:09 PM   #1
gidra
 
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Panasonic W58824 HeadUnit Wiring Diagram

Hi Guys,

The factory h/u of my yaris is the Panasonic W58824 model. Can anyone please provide a wiring diagram for this as I want to hook a sub and I need to know the +/- colour of the rear channels.

Thank you
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Old 02-09-2012, 03:49 PM   #2
CTScott
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This is supposed to be the back of a W58824 from and ebay listing:

W58824 rear.JPG

I am not sure about the three connectors on the right, but the two on the left are the "standard" Toyota radio connectors, which follow the pinout below:


radio pinout.gif
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Old 02-09-2012, 04:36 PM   #3
gidra
 
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Thank you for your input CTScott. I can confirm that the ebay h/u is identical to mine. For the standard part I'm taking that whatever the model of the h/u the pins are standard. I can therefore also follow wiring from the forum sticky http://www.yarisworld.com/forums/showthread.php?t=10195. Am I correct?
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Old 02-18-2014, 04:30 PM   #4
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Reviving old thread for readers like me who come across it - the pinout is actually the same on W58824 as on all 4 connectors from CTScott's document.
The 8 pin connector is the one we're left wondering about.
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Old 05-26-2019, 08:47 AM   #5
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It took me 5 years (not actively working on the project), but I finally have a working AUX input on my W58824 by emulating a CD changer with an Arduino. Big thanks to random russian guys on various forums, and to google translate.
Total cost around 10USD, implementation is fairly fast.
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Old 05-27-2019, 02:42 PM   #6
daroo
 
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Quote:
Originally Posted by sven337 View Post
It took me 5 years (not actively working on the project), but I finally have a working AUX input on my W58824 by emulating a CD changer with an Arduino. Big thanks to random russian guys on various forums, and to google translate.

Total cost around 10USD, implementation is fairly fast.
Can you explain how you did the work? I have the same headunit...

Inviato dal mio MI 8 utilizzando Tapatalk
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Old 07-28-2019, 03:08 PM   #7
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https://github.com/sven337/Arduino-AVCLan is how
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Old 04-15-2020, 06:33 AM   #8
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Hello, in this post I' going to paste a private conversation between me and user
sven337 about how to enable aux mode in a w58824 HU.

This matter hasn't been discussed in public because I couldn't post in the forum as user paulo3 .

In order to solve this issue I sent a few messages to the forum admin but the problem has never been solved so I had to create a new user...

Anyway here's the conversation for those who might be interested:




paulo3 :

Hello sven337!

I'm trying to emulate a cd-Changer through AVCLAN in my w58824 HU .

I saw your post here in the Forum, fallowed your github link, downloaded your code and burned it into an arduino nano 5v 16mhz, built the resistor driver using the resistor values in your schemme and connected it to the radio tx+ tx- avc-lan port .

Using the serial monitor I can see there is some kind of comunication between the radio and the arduino,
but all that I received is <b 000 000 00 fallowed by R2, and not possible to unlock aux in throught cd changer.

example:




Then I burnt your code into an arduino UNO, used same resistor driver , but same behavior... no luck


I wonder if I must change something in the code in order to use it with an arduino nano or uno, since your code is made to be used in a pro mini 8 mhz and 3,3v.

Could you plese help me to achieve this?


Thanks in advance.
Paulo



sven337:

We should discuss this in public, for everyone's benefit!
Can you post your question there while I prepare an answer?



sven337:

The code as written won't work @16MHz, you'd need to double the values in libraries/AVCLanDrv/AVCLanDrv.h
And you may need to tweak AVC_BIT_0_HOLD_ON_MIN_LENGTH in particular.


paulo3 :

Hi Sven337.
I wish I could, but I cannot post in the forum, don't know why?
Guess I don't have permission.
I'll try to solve this issue and I will come back to you later.

Thank you!


paulo3 :

Thank you, I'll follow your advice and will try again. Will let you know if I get to make it work. Thanks again.


sven337 :

One good way to test if this is working - change the volume on the head unit, you should see messages come in. They are more or less recognizable.
"R2" and similar are error cases meaning the arduino couldn't recognize the message.


paulo3 :



As you said, in fact when I turn the knob I see messages coming, but it's always the same <b 000 000 00 with some R2.
I will try again tomorrow after changing the code as you advised. Thanks.


paulo3 :

hi sven337, I made the changes in the code as you advised and now I do receive the messages in a more conventional format:



however, I still cannot switch to cd charger mode by pressing the cd button while no cd in the cd tray...

I press the cd button , receive some messages but nothing happens...

I wounder maybe the resistor driver needs some changes since my arduino works with 5v.

I measured the voltage between the resistor driver output while sending the "command" "h" trough the serial monitor and i get 700 mv , I then send "l" and get back to zero volts.



I guess it should work...

Tomorrow I'll try with diferent resistor values in a breadboard and maybe I'll get it to work...


By the way, Thank you for your time.


sven337 :

I don't remember if mine is running at 3.3V or 5V. I have a 5V-5V isolated supply so I suspect I may be running at 5V too...
Your values don't look quite right. Can you turn the volume up and capture the traffic?
You should be seeing something like 0x7431F190xxxxx

I think it's the EJECT button you need to press not the CD button.


paulo3 :


Hello sven337

Tried once again and nothing yet...





I can see in this serial log that I'm getting an "w1" error when cd changer tries to register, it means I'm not communicating with the HU in the right way.

I think it might be the resistor driver...

what do you think??


sven337 :

I suggested specific things to try already.
"Your values don't look quite right. Can you turn the volume up and capture the traffic?
You should be seeing something like 0x7431F190xxxxx"
So far there is little point trying something else, and I can't help you easily.

W1 is an error code when the arduino didn't understand the ACK from the head unit.

If you used the resistor values from https://github.com/sven337/Arduino-A...an_sheild3.png, you should be fine. They work for me.

paulo3 :


Hi Sven337.

I made a log where I turn the volume knob on the radio:

Code:
Code:
10:41:32.790 < b 160 1FF 13 7431F190011010151015000F00000308000000
10:41:32.971 < b 160 1FF 13 7431F190021010151015000F00000308000000
10:41:32.971 < b 160 1FF 13 7431F190021010151015000F00000308000000
10:41:33.144 < b 160 1FF 13 7431F190031010151015000F00000308000000
10:41:33.144 < b 160 1FF 13 7431F190031010151015000F00000308000000
10:41:33.314 < b 160 1FF 13 7431F190041010151015000F00000308000000
10:41:33.314 < b 160 1FF 13 7431F190041010151015000F00000308000000
10:41:33.530 < b 160 1FF 13 7431F190051010151015000F00000308000000
10:41:33.530 < b 160 1FF 13 7431F190051010151015000F00000308000000
10:41:33.708 < b 160 1FF 13 7431F190061010151015000F00000308000000
10:41:33.708 < b 160 1FF 13 7431F190061010151015000F00000308000000
10:41:33.965 < b 160 1FF 13 7431F190071010151015000F00000308000000
10:41:33.965 < b 160 1FF 13 7431F190071010151015000F00000308000000
10:41:34.120 < b 160 1FF 13 7431F190081010151015000F00000308000000
10:41:34.120 < b 160 1FF 13 7431F190081010151015000F00000308000000
10:41:34.355 < b 160 1FF 13 7431F190091010151015000F00000308000000
10:41:34.355 < b 160 1FF 13 7431F190091010151015000F00000308000000
10:41:34.448 < b 160 1FF 13 7431F1900A1010151015000F00000308000000
10:41:34.448 < b 160 1FF 13 7431F1900A1010151015000F00000308000000
10:41:34.531 < b 160 1FF 13 7431F1900B1010151015000F00000308000000
10:41:34.531 < b 160 1FF 13 7431F1900B1010151015000F00000308000000
10:41:34.620 < b 160 1FF 13 7431F1900C1010151015000F00000308000000
10:41:34.620 < b 160 1FF 13 7431F1900C1010151015000F00000308000000
10:41:34.800 < b 160 1FF 13 7431F1900D1010151015000F00000308000000
10:41:34.800 < b 160 1FF 13 7431F1900D1010151015000F00000308000000
10:41:34.921 < b 160 1FF 13 7431F1900E1010151015000F00000308000000
10:41:34.921 < b 160 1FF 13 7431F1900E1010151015000F00000308000000
10:41:35.011 < b 160 1FF 13 7431F1900F1010151015000F00000308000000
10:41:35.011 < b 160 1FF 13 7431F1900F1010151015000F00000308000000
10:41:35.144 < b 160 1FF 13 7431F190101010151015000F00000308000000
10:41:35.144 < b 160 1FF 13 7431F190101010151015000F00000308000000
10:41:35.232 < b 160 FFF 07 12016000000000
10:41:35.232 < b 160 FFF 07 12016000000000
10:41:35.242 < b 160 FFF 09 A401DB000000000000
10:41:35.278 < b 160 FFF 09 A401DB000000000000
10:41:35.278 < b 160 1FF 13 7431F190111010151015000F00000308000000
10:41:35.278 < b 160 1FF 13 7431F190111010151015000F00000308000000
10:41:35.319 < b 160 FFF 04 12014560
10:41:35.319 < b 160 FFF 04 12014560
10:41:35.342 < b 160 1FF 0D 6031F10101810001F140000000
10:41:35.342 < b 160 1FF 0D 6031F10101810001F140000000
10:41:35.382 < b 160 1FF 13 7431F190121010151015000F00000308000000
10:41:35.382 < b 160 1FF 13 7431F190121010151015000F00000308000000
10:41:35.489 < b 160 1FF 13 7431F190131010151015000F00000308000000
10:41:35.489 < b 160 1FF 13 7431F190131010151015000F00000308000000
10:41:35.660 < b 160 1FF 13 7431F190141010151015000F00000308000000
10:41:35.660 < b 160 1FF 13 7431F190141010151015000F00000308000000
10:41:35.814 < b 160 1FF 13 7431F190151010151015000F00000308000000
10:41:35.814 < b 160 1FF 13 7431F190151010151015000F00000308000000
10:41:36.029 < b 160 1FF 13 7431F190161010151015000F00000308000000
10:41:36.029 < b 160 1FF 13 7431F190161010151015000F00000308000000
10:41:36.162 < b 160 1FF 13 7431F190171010151015000F00000308000000
10:41:36.162 < b 160 1FF 13 7431F190171010151015000F00000308000000
10:41:36.670 < b 160 1FF 13 7431F190181010151015000F00000308000000
10:41:36.670 < b 160 1FF 13 7431F190181010151015000F00000308000000
10:41:36.708 < b 160 1FF 13 7431F190191010151015000F00000308000000
10:41:36.708 < b 160 1FF 13 7431F190191010151015000F00000308000000
10:41:36.904 < b 160 1FF 13 7431F1901A1010151015000F00000308000000
10:41:36.904 < b 160 1FF 13 7431F1901A1010151015000F00000308000000
10:41:36.940 < b 160 1FF 13 7431F1901B1010151015000F00000308000000
10:41:36.940 < b 160 1FF 13 7431F1901B1010151015000F00000308000000
10:41:37.070 < b 160 1FF 13 7431F1901C1010151015000F00000308000000
10:41:37.070 < b 160 1FF 13 7431F1901C1010151015000F00000308000000
10:41:37.194 < b 160 1FF 13 7431F1901D1010151015000F00000308000000
10:41:37.194 < b 160 1FF 13 7431F1901D1010151015000F00000308000000
10:41:37.342 < b 160 1FF 13
Here again the errors "W1":
Code:
Code:
10:48:53.398 < b 160 1FF 13 7431F1900A1010151015000F00000308000000
10:48:54.392 < b 160 FFF 04 12014560
10:48:54.392 < b 160 FFF 04 12014560
10:48:55.064 < b 160 1FF 0D 6031F101018100431040100000
10:48:55.064 < b 160 1FF 0D 6031F101018100431040100000
10:48:57.180 T
10:48:57.190 S
10:48:57.190 W1
10:48:57.190 W1
10:48:57.190 W1
10:48:58.111 < b 160 FFF 07 12016000000000
10:48:58.134 < b 160 FFF 07 12016000000000
sven337 :


We should really talk in public about this. Please, try to post in public.

10:41:32.790 < b 160 1FF 13 7431F190011010151015000F00000308000000

Proves that you are reading correctly from the head unit.

The byte after 7431F190 is the volume, the others are balance/treble/bass (I think).
Anyway, that shows that at least the "read" part of your device works fine.

Can you press the eject button to see what it prints? it should attempt to register.

Anyway, look in the history of my code, there is the russian source that used some different codes, in particular a different slave address for the CD changer. That might work on your unit, I don't know.

"b" are broadcast messages, "d" are messages sent solely to your slave, I'm not sure that this matters.



paulo3 :


Hello sven337.
I sent a message to the forum admin to solve my problem... Once solved I'll post in public.

eject button::
Code:
Code:
10:47:35.420 < b 160 1FF 04 62319F07
10:47:35.420 < b 160 1FF 04 62319F07
10:47:35.600 < b 160 1FF 04 62319F07
10:47:35.600 < b 160 1FF 04 62319F07
10:47:35.770 < b 160 1FF 04 62319F07
10:47:35.770 < b 160 1FF 04 62319F07

cd button::
Code:
Code:
10:47:40.860 < b 160 1FF 04 62319F00
10:47:41.030 < b 160 1FF 04 62319F00
10:47:41.030 < b 160 1FF 04 62319F00
10:47:41.190 < b 160 1FF 04 62319F00
10:47:41.190 < b 160 1FF 04 62319F00
10:47:41.370 < b 160 1FF 04 62319F00
10:47:41.370 < b 160 1FF 04 62319F00
I'll check the delay in the avclandrv.h file and keep on triyng.


Thanks, have a nice weekend.


sven337 :

OK, you're definitely reading from the HU correctly. So your resistor driver is working.

But, this should print:
bSerial.println("do ACT_EJECT_CD/ACT_NOTIFY_NO_CD -> register");

when you press the eject/CD buttons. Did you not see that message appear?

Anyway, the timings for writing are the most likely to be to blame here.
AVC_BIT_1_HOLD_ON_LENGTH
AVC_BIT_0_HOLD_ON_LENGTH
are the most likely to be at fault. 40 and 64 for 16MHz, is that what you're using?
and 60 for this one: AVC_BIT_0_HOLD_ON_MIN_LENGTH

Otherwise, change:
void sendMess(){
avclan.broadcast = AVC_MSG_DIRECT;
- avclan.masterAddress = 0x0240;
+ avclan.masterAddress = 0x0360;

Which is what the russian original code was doing. My HU wants a CD changer @ 0x240, maybe yours wants it @0x360.

You're in the right track. Don't give up :)

I'll give you some more tips once this is working - you'll find out that your iPhone 3.5mm output isn't loud enough, forcing you to raise the volume on the head unit when in AUX mode. And if you go back to FM, you'll blow your eardrums out then.

paulo3 :

Hello sven337!
Finally it worked...
I was tiered of changing values in the code without getting results, so I tried a different approach ...
I had a couple of at328p laying around, I picked one and put it in a breadboard, burnt the bootloader in order to use the internal oscillator at 8mhz so I could this way upload your code without making changes in the variable values, added the resistor driver fed it with 3,3 volts ,connected it to the HU ,hit the cd button and it finally worked.

Log:
Code:
Code:
14:34:42.491 < b 160 1FF 13 7431F190131010101010000F00000308000000
14:34:42.523 < b 160 1FF 13 7431F190141010101010000F00000308000000
14:34:42.555 < b 160 1FF 13 7431F190141010101010000F00000308000000
14:34:42.587 < b 160 1FF 13 7431F190151010101010000F00000308000000
14:34:42.618 < b 160 1FF 13 7431F190151010101010000F00000308000000
14:34:43.257 > b 240 1FF 0B 4331F10510010108110080
14:34:43.416 < d 160 240 06 001243430100
14:34:43.432 do ACT_PLAY_REQ2
14:34:43.432 > d 240 160 05 0043125201
14:34:43.720 < d 160 240 06 001243430100
14:34:43.752 do ACT_PLAY_REQ2
14:34:43.752 > d 240 160 05 0043125201
14:34:43.799 < b 160 FFF 04 12014543
14:34:43.815 do ACT_PLAY_IT
14:34:44.055 < d 160 240 06 001243430100
14:34:44.071 do ACT_PLAY_REQ2
14:34:44.071 > d 240 160 05 0043125201
14:34:44.294 > b 240 1FF 0B 4331F10510010108120080
14:34:44.374 < d 160 240 06 001243430100
14:34:44.390 do ACT_PLAY_REQ2
14:34:44.406 > d 240 160 05 0043125201
14:34:44.422 < d 160 240 06 001243430100
14:34:44.438 do ACT_PLAY_REQ2
14:34:44.438 > d 240 160 05 0043125201
14:34:44.502 < b 160 FFF 07 12016000000000
14:34:44.518 < b 160 FFF 07 12016000000000
14:34:44.534 < b 160 FFF 09 A401DB000000000000
14:34:44.550 < b 160 FFF 09 A401DB000000000000
14:34:44.709 < b 160 1FF 0D 6231F1013001FFFFFF00809000
14:34:44.757 < b 160 1FF 0D 6231F1013001FFFFFF00809000
14:34:44.773 < b 160 FFF 04 12014562
14:34:44.789 do ACT_LAN_CHECK
14:34:44.805 < b 160 1FF 0D 6231F101280101FFFF00809000
14:34:44.821 < b 160 1FF 0D 6231F101280101FFFF00809000
14:34:45.316 > b 240 1FF 0B 4331F10510010108130080
14:34:46.353 > b 240 1FF 0B 4331F10510010108140080
14:34:47.375 > b 240 1FF 0B 4331F10510010108150080
14:34:47.407 < b 160 1FF 13 7431F190151010101010000F00000308000000
14:34:47.438 < b 160 1FF 13 7431F190151010101010000F00000308000000
14:34:48.396 > b 240 1FF 0B 4331F10510010108160080
14:34:49.082 < b 160 1FF 0D 6231F101100101015900809000
14:34:49.114 < b 160 1FF 0D 6231F101100101015900809000
14:34:49.290 < b 160 FFF 07 12016000000000
14:34:49.322 < b 160 FFF 07 12016000000000
14:34:49.338 < b 160 FFF 09 A401DB000000000000
14:34:49.354 < b 160 FFF 09 A401DB000000000000
14:34:49.434 > b 240 1FF 0B 4331F10510010108170080
14:34:49.497 < b 160 FFF 04 12014562
14:34:49.529 do ACT_LAN_CHECK
14:34:50.455 > b 240 1FF 0B 4331F10510010108180080
14:34:50.487 < b 160 1FF 0D 6231F101100101020000809000
14:34:50.519 < b 160 1FF 0D 6231F101100101020000809000
14:34:51.189 < d 160 240 04 00254380
14:34:51.221 do ACT_PLAY_REQ1
14:34:51.237 > d 240 160 05 0043125001
14:34:51.269 < b 160 1FF 0D 6231F100100101020000809000
14:34:51.285 < b 160 1FF 0D 6231F100100101020000809000
14:34:51.317 < d 160 240 06 001243420100
14:34:51.333 do ACT_PLAY_REQ2
14:34:51.333 > d 240 160 05 0043125201
14:34:51.349 < b 160 1FF 0D 6231F1003001FFFFFF00809000
14:34:51.381 < b 3< b 160< d 160 240 >> b 240 1FF 0B 4331F10510010108190080
14:34:51.572 < d 160 240 04 002543E2
14:34:51.588 do ACT_DEVSTATUS_E0
14:34:51.604 > d 240 160 06 004325F006A0
14:34:51.891 < d 160 240 04 002543E2
14:34:51.908 do ACT_DEVSTATUS_E0
14:34:51.923 > d 240 160 06 004325F006A0
14:34:52.179 < b 160 1FF 13 7431F190151010101010000F00000308000000
14:34:52.211 < b 160 1FF 13 7431F190151010101010000F00000308000000
14:34:52.258 < d 160 240 04 002543E2
14:34:52.274 do ACT_DEVSTATUS_E0


Now I'm going to fabricate a pcb to assemble the circuit...







I'm thinking of feeding it from the cd changer plug using pins 11 (ACC) and pin 7 (GND) using a 7805 to regulate to 5 volts (I have to test firs if it works on 5 volts...) What do you think?

And the volume issue, can it be fixed in the code by programmatically raising the volume before pass to "aux" mode, and reducing it when returning to FM?

Finally I want to say thanks for your help and for your work with the code


sven337 :

Great ! Glad to hear it's working for you!
Would you be kind and post this either on the forum or in the comments section on my website? So it doesn't get lost for the public.

I power the device from the CD changer pins yes, using pin 11 or 12 (I think probably 11).

The volume issue is a very, very good idea that I did not have.
I solved it by adding an audio amplifier between the jack input and the audio pins (I think its signal level is much higher than that of your typical mini-jack output, an iPhone is 1V P-P and the CD changer probably wants 5V P-P or so).
But, that add the problem of connecting the audio ground to the battery ground, and that is a disaster in a car (lots and lots of noise), so I solved it by adding a 5V to 5V isolating power supply.
Overall it's more complex than if you can manage to change the volume programatically. But, I have no idea if the CD changer can change the volume of the HU... and how!!

paulo3 :

Hello Sven337!

Here's what I'm trying to do in the code:

file AVClanCDch.cpp


in :
Code:
Code:
const uint8_t mtSearchHeadSize = sizeof(mtSearchHead) / sizeof(AvcInMessageTable);
added at the bottom:
Code:
Code:
const AvcOutMessage CmdVolumeUp10    PROGMEM =  {AVC_MSG_DIRECT,     0x13, {0x00, 0x25, 0x74, 0x90, 0x15, 0x10}}; // Volume up by 10
const AvcOutMessage CmdVolumeDown10  PROGMEM =  {AVC_MSG_DIRECT,     0x13, {0x00, 0x25, 0x74, 0x90, 0x19, 0x10}}; // Volume down by 10

hex values based on what I've found in the russian forum.
hope that 10 is enough
then called this commands in:

Code:
Code:
case ACT_NOTIFY_NO_CD:
            bSerial.println("do ACT_EJECT_CD/ACT_NOTIFY_NO_CD -> register");
            avclan.sendMessage(&CmdVolumeUp10);
            bSerial.println("Raising the volume by ten....");
            // fallthrough
and :
Code:
Code:
case ACT_STOP_REQ1: 
                    avclan.sendMessage(&CmdVolumeDown10);
                    bSerial.println("Lowering the volume by ten....");                               // Stop request
                case ACT_STOP_REQ2:
            bSerial.println("do ACT_STOP_REQ*");
                        avclan.sendMessage(&CmdStopOk1);
                        DISABLE_TIMER1_INT;
                        AZFM_OFF;
                        cd_status = stStop;
                        cd_min = cd_sec = 0;
                        avclan.sendMessage(&CmdVolumeDown10);
                        bSerial.println("Lowering the volume by ten...."); 
                        avclan.sendMessage(&CmdStopOk2);
                        avclan.sendMessage(&CmdInit1);
                        avclan.loadMessage(&CmdStopOk2);
                        avclan.message[4] = 0x30;
                        avclan.sendMessage();
                        break;
Haven't tested this yet and I'm not sure if it's going to work; I don't have any programming skills...

Do you think this might work?


Thanks Sven337.

Have a nice day!

sven337 :


Yes, it might work.
Please, I've asked you multiple times - this needs to be public. I'm happy to help you but it needs to be beneficial to everyone. My site, or this forum in public, doesn't matter, but it needs to be public.

paulo3 :

Agree with you, I'll create a new username and post this here and in your site.


Tanks sven337 for your excellent help.
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Old 04-21-2020, 10:12 AM   #9
Paulo33
 
Drives: Yaris
Join Date: Apr 2020
Location: switzerland
Posts: 2
Project completed:


https://www.youtube.com/watch?v=a4K_Zc5CoQc&t=143s
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