Are you on Pi 4 perhaps? I also got the same problem with the module mentioned above.
Then I switched to this one and it works https://github.com/bugsounet/MMM-NewPIR

@djdocta I am using this one for spotify https://github.com/raywo/MMM-NowPlayingOnSpotify

@Philly yes I did solder on three needed wires. You can’t let them hang on sensor connection points, need to be soldered.
Try getting soldering gun from some friend. And skip buying cheap soldering device…

@Philly I gave up on PIR as it was giving me too many false-positive reads no matter which type or brand I tried. Simply too unreliable for my taste. And you need to position it in front of mirror glass which doesn’t look good on my slim smart mirror design.
The microwave sensor mentioned in this thread works perfectly for my mirror so far. I had to set the trimmer value a bit higher (close to 180ohm) to get an ideal sensing range. But as you see on the link above, my design has a sensor behind glass.

Finally, I made it! My first magic mirror at home. I was planning and getting it all together for months.

Software and motion…
Initial MM install on Pi4 was not so hard, the only thing I struggled was putting the screen to sleep and waking it up with motion.
After trying several PIR sensors I always had false detections or poor detection. It would also look ugly on a clean minimal frame I wanted to install. I simply gave up on the PIR sensor and switched to RCWL-0516 sensor.
Here I need to thank @Fozi for his post on using a microwave sensor. Really good post with everything explained. When I tried a microwave sensor it just worked in the first try!
I am still fine tuning MM modules use and so far I have on: weather, air quality, spotify, philips hue, calendar, news, system stats, sunrise sunset, and motion detection and bible verse. All runs great on a 2GB Pi4 system.

Screen…
I was lucky to have a spare samsung 24" screen that was easy to disassemble. Total screen depth without its motherboard is only 20mm. That gave me the opportunity to use an ordinary wood frame and go as slim as possible.
I did need to move the screen mainboard to a different location which meant extending 6wire cable for the backlight. Another good thing with this monitor that it’s powered by external 14V brick. It means no mains AC power needed on mirror assembly.

Mirror glass…
Big thanks to @Goldjunge_Chriz for organizing group buy of mirror glass. The glass itself looks great and it’s not too heavy. I was double lucky with my order, got it delivered in one piece and it had no protective film to indicate correct side :D
Advice for folks deciding on a future order of glass mirror, take it with polished edges. It makes your life easier when handling with a bigger piece of glass.

Frame and mounting…
First, I prepared the glass with putting sheets of black A3 format paper and taping it down to the backside. Also, I cut a hole for the screen and taped the edges of the screen.
Then I went to local picture framing studio where at first I got weird looks but then guys took it in and did a good job. They did a frame under a frame design. First bigger frame for the glass and under it another smaller frame for screen.
I was positively surprised how good it looked, even my wife changed her mind :D After getting frame done I focused on cables. I tried to minimize connections as much as possible but in the end, I have 3 cables (HDMI, screen power, motion sensor) that need to connect to the mirror. I am looking at cable connector ideas for quicker disassembly when needed.
I was also worried about how to mount it all on a wall. In the end, I drilled 3 mounting holes to the wall with sturdy long hanging screws. Top and bottom screws are for hangers mounted on the frame and I also added a screw to the middle, just under the screen frame to add that extra holding place. There is another bigger hole for routing all cables from the back of wall.
I hope this mounting will be sufficient, the whole mirror is like 7-8kg. If anyone has better ideas of mounting wooden framed mirror pls share.

Overall I am happy with this build. The whole frame is max 26mm from the wall and the fact there are no wires anywhere it makes it a true magic mirror ;)
Also, I learned some new things and found another great community of builders!

@Goldjunge_Chriz said in Two way community order for mirror glass for all european countries - Open until at least 10 people have entered the list:

that’s true. There was no film attached to one of the mirrors at the factory. then that was probably yours :) the film also has no function, but is simply intended to show the correct side.

If you compare both sides with each other and hold them in the light, you should notice a side that is a little lighter and reflects better. this is the coated side, i.e. the side you look into. The other side has a little less mirror effect.

Yaaay lucky lottery winner :D I did it this way and hoped it’s correct. Thanks for confirming it.
I am now waiting for a frame to be built. Then assembly and mounting on wall…

@fribse said in Two way community order for mirror glass for all european countries - Open until at least 10 people have entered the list:

@uros76 Chris told me that the side with the protective film on is the ‘outside’ of the mirror.

Protective film? Mine did not have any protective film.
@Goldjunge_Chriz can you indicate how do I recognize which side is which?

I got mine luckily in one piece. But it did have a small chip on one of the edges. Possible damage through process of sanding off edges…
By the way, how to be 100% which side is correct? One looks slightly more reflective than other but I am not sure :/

@stepan it really depends on monitor. My 24" Samsung S24D330H screen without mainboard is max depth like 17mm. The screen’s mainboard is connected with 3 cables to the screen. One is for screen data, second for screen lighting inverter, and third for touch buttons panel.
Luckily screen data cable is long enough so I can move the mainboard around. The inverter power cable is not long enough for maneuvering but its only few wires so I will just extend those wires to the desired location. The touch panel cable I don’t care about since I won’t be manipulating with buttons at all.
One more good thing about this monitor is the power supply. It uses an external brick-style power supply which gives only 14V to monitor. I guess that’s why they managed to make monitor so thin, no need for internal power supply electronics. Saying that it will make my life easier to just solder on +/- power wires directly on the mainboard.

Anyway, that’s my plan for my first MM. Now I am waiting for the glass mirror to be produced and delivered. Then I plan to summarize complete build.

I am planning to go for 2cm depth with the Samsung monitor I took apart. I will need to move monitors mainboard on the side and use angled hdmi cable. Once I receive mirror glass will sum up whole setup.

Thanks for this module, it works great!

Update on my MM setup. I finally took the time and now I have a working microwave sensor using the MMM-NewPIR module to automatically turn off and on LCD screen. For testing, I set the trimpot to 160ohms and it works ok through the normal glass. And this is all working on pi4 (2GB ram) using Rapsberrian. I have no clue why now all the sudden pi4 works just fine. Last week when I was testing I gave up :).

Anyway, so far good and happy with the setup. Now waiting for mirror glass and then setting up the sensor sensitivity and assembly.

Getting excited :P

@Goldjunge_Chriz what’s our next step?

That’s a great progress, just one more missing to make it 10.
@lavolp3 or @gdr2404 pls confirm.

#	username	width (m)	height (m)	real area (m2)	area to pay for (min. 0,4 m²)	location of delivery	additional comments (like polished edges)	confirmed
1	Ivanov_d	0,8	0,73	0,58	0,58	Bulgaria	polished edges	confirmed
2	fribse	0,7	0,6	0,42	0,42	Denmark	polished edges	confirmed
3	lavolp3	0,666	0,666	0,44	0,44	Germany
4	super99iper	0,735	1,26	0,9261	0,9261	Italy	polished edges	confirmed
5	Photon2000	0,79	0,79	0,62	0,62	Germany	polished edges	confirmed
6	lolo	0,84	0,7	0,59	0,59	Croatia	polished edges	confirmed
7	gdr2404	1,1	0,45	0,5	0,5	United Kingdom	polished edges
8	hozt	0,48	0,70	0,294	0,4	Portugal	polished edges	confirmed
9	gianni.b	0,911	0,522	0,4755	0,4755	Italy	polished edges	confirmed
10	djdocta	0,578	0,953	0,55	0,55	Belgium		Confirmed
11	uros76	0,4	1	0,4	0,4	Poland	polished edges	confirmed

For those unsuccessfully trying to put the monitor to sleep and wake up with PIR, are you running MM on pi4 with Rapsberian?
I never managed to get this combination to work. Instead I did succeed with Lubuntu on pi4.

Currently I have working PIR on pi3 with Rapsberian. No issue with this one.
Just the pi4 is so different and worse to configure sleep/wakeup.

Ok. I want to change the dimension on my order. Treat my line as confirmed now.
Thanks

#	username	width (m)	height (m)	real area (m2)	area to pay for (min. 0,4 m²)	location of delivery	additional comments (like polished edges)	confirmed
1	Ivanov_d	0,8	0,73	0,58	0,58	Bulgaria	polished edges
2	fribse	0,7	0,6	0,42	0,42	Denmark	polished edges
3	lavolp3	0,666	0,666	0,44	0,44	Germany
4	super99iper	0,715	1,24	0,89	0,89	Italy	polished edges
5	Photon2000	0,79	0,79	0,62	0,62	Germany	polished edges
6	lolo	0,84	0,7	0,59	0,59	Croatia	polished edges
7	gdr2404	1,1	0,45	0,5	0,5	United Kingdom	polished edges
8	hozt	0,48	0,70	0,294	0,4	Portugal	polished edges
9	gianni.b	0,911	0,522	0,4755	0,4755	Italy	polished edges
10	djdocta	57,8	95,3	0,55	0,55	Belgium
11	uros76	0,4	1	0,4	0,4	Poland	polished edges	confirmed

@Goldjunge_Chriz just checking, these conditions still apply including minimum surface 0.4square meter?
https://forum.magicmirror.builders/topic/1011/order-closed-two-way-mirror-order-in-germany

Ok.
So, for a pi4 I managed to get PIR waking up MM screen with these steps:

• Install latest Lubuntu with gdm3 environment
• Edit /etd/gdm3/custom.conf. This will set autologin so that desktop environment loads every reboot

# Enabling automatic login
  AutomaticLoginEnable = true
  AutomaticLogin = yourusername

• Follow these steps to create wakeup script https://www.ketzler.de/2017/12/exit-screensaver-on-raspberry-pi-with-motion-sensor/
• Create file “/etc/xdg/autostart/motion.desktop” with the following contents. This runs PIR sensing in the background after every reboot

[Desktop Entry]
Name=motion
Exec=sudo gpio-watch -e rising 4

• Set screensaver blank screen to desired timeout, 1min in my case. Lubutu knows how to handle pi4 blanking and puts to sleep my hdmi monitor

This way I got pi4 waking up with PIR sensing. Not ideal setup but it works.
I spent too much time trying to get pi4 work properly with Rapsberian, I simply had too many issues with it.
At the end I am using pi3 for my first production MM and the pi4 is waiting for the next project.

Ok @Sean understand the drawbacks of MM structure and thanks for all the work on this module.
It was just a thought if its possible. I will live with use of two modules :)

@cowboysdude scripts works fine with my pi3.

It seems pi4 has different way of putting a monitor to sleep, I never figured out how to do it on pi4.
Instead, I tested lubuntu on pi4 and managed to put it out of sleep with this mouse click script linked to PIR motion:

xdotool click 1

I can share more details on lubuntu setup if needed.