Hook up each of your HBHF sensors to an RF Transmitter, and have a single RF Receiver where your circuitry is. Have all of the transmitters set to the same frequency, so that they all will go to the receiver. Then just put power into the receiver and you have a much more cost effective (electricity wise) circuit, no need for any OR/AND switches.
Best video out there for people wanting to expand their basic electric systems. This complex multi sensor has endless applications like this but especially if you add an "AND" switch at the end powered from a large power source that can be used to activate and run turrets/doors/lights/tesla coils
That's pretty good, I was able to do it through a different solution. I placed 1 blocker in between the main power-out and the target power-in. I then connected all of the sensors together with Memory Cells which would always send 1 watt of power to the blocker UNTIL a sensor is triggered which would cut the power to the blocker because the sensor was connected to the toggle button on the memory cell which then allowed the main power to connect to the target (for me, turrets). That toggle on the memory cell connected to a TIMER Switch, the TIMER switch was connected to the appropriate button on the memory cell to reset it back to the original state.
Nice one! That's a solid solution. :) I really need to go back through all my circuits and revamp them to account for a bunch of changes too. Will have to keep this one in mind!
Thanks man I have modified your circuit to have all the sensors output to one rf broadcaster and have a rf receiver setup powering multiple garage door turret setup and it works amazingly inside a compound thank you so much.
A good idea as well to add on to this is to use turret "has target" output in the same way you'd use a heartbeat sensor in this circuit. Turrets are a lot more reliable than HBHF sensors. I figured out a very similar circuit when inventing a way to set up smart alarms myself, however I never thought to use the branch and power out on one branch per HBHF/AND switch; so this method saves me 1 power per column. Thanks!
For your last A/B Switch, I then add an AND switch, the AND switch runs from a dedicated power source that way if you also want to power auto-turrets or lights. you got enough power coming through the system
Awesome vid. thanks. I found an alternative method. The XOR sensor has 0 power usage, so if you space your HBHF sensors far enough so they don't overlap, whenever someone triggers one of them you can have them combined by a XOR and send the output towards a timer's Toggle On input. This will enable your circuit for however long you set the timer. Nice thing about this is a circuit ignores everything on the output side of a timer, so you can have a messy system that is ill optimized that has 0 drain unless it is trigger by an infiltrator.
Hey mate, Keep making these rust electricity videos, they are cool and funny! I just started playing and realized there is an electricity side to the game and now i'm fascinated!
If you want to connect more stuff, I used timer and used the signal from OR switch to activate it. Then power for everything else ran through it and I got speakers and stuff running.
I’ve done this exactly the same but the OR switches are not getting power. There is tons of power going through the cuticular from wind turbine but they the HB sensor isn’t getting enough power for the ORs
Did exactly waht u said but for smart alarm. Although, the smart alarm says inactive and im not getting notifications if i test it out. Do all the seperartely placed sensors need to active at the same time for the alarm to send notifications?
Shouldn't have to, the whole idea of the circuit is to funnel them all down so any single one should trigger it. Definitely had enough power running through it all?
FYI You can make this cheaper when it comes to electricity. If you use 2 splitters, 1 of their outputs toward the hbhf sensors and the other one toward the AND switches, and keep the fourth as the branch config, you can save 5 power. Meaning your total will only be 23 power. And personally i prefer only using 3 HBHF sensors, where you can then also remove the final branch config, using only 2 branches and 2 splitters, also making the active power usage all the way down to 17. (If you have RF transmitters and a RF broadcaster you can also save a bunch of power using those)
Here is one solution from me - it requires 1 blocker for each HBHF and 1 XOR switch before the alarm. Connect each sensor to the blocking socket of the blocker and add power to the blockers ( sequential ), then connect the last blocker to the XOR switch and for the other socket just use a power source. In short it will light up both sockets of the XOR and when a sensor is triggered it cuts the power, so it will send power to the alarm through the XOR switch ( it allows passthrough only when ONE input receives power, not both )
Does this still work? I'm attempting a multiple sensor setup along with a smart alarm. Using this method I can make the smart alarm work using two censors but for some reason if I add a third or a fourth sensor the alarm doesnt activate but the sensor is lighting like it's getting power.. I had to settle for having two alarms with two sensors each any way around this? edit: I was able to make it work! all I had to do was increase the power output by one on all the rows. If you could make a video on the concept and why that is would be great im trying to understand how it all works good video btw
this worked for me perfectly. i hooked it up to the toggle of a timer and set it to 1 minute then powered that to door controllers. so it doesnt just have to be a smart alarm. you can then branch this off to multiple things.
Sick i dont know why i was trying to use memory cells. this made things so much easier. i then connected this to a timer for door controllers. works like a gem.
@@Malonik so i actually tried something ridiculous for fun. so i used your method to hook up 4 sensors. then i hooked the sensor up to door controllers. to pop all doors open for a minute. you know incase they tried to run. want them turrets to kill. the problem i got stuck with. since there are 2 doors to each turret pod that i use. how do you by pass that to keep the doors shut just on the turrets that have low ammo but the others open. or even low ammo stop them all from opening. asking for a friend. the circuit is already ridiculous.
@@Maxmilion6004 That's a really good question. Best method I know is to run blockers on the line before the door controllers and then run the low ammo output over to the block socket. That way when low ammo kicks in the door controllers can't receive power. :)
@@Malonik ill try again. but because its two door controllers it makes it difficult. unless maybe i run a wire to the second door controller via the other door controller. did not even think of that i will try it. sort of a ridiculous circuit. but hey
@@Maxmilion6004 you can have the line run to a branch. Branch off power for 1 door, power out to the other door. Then put your blocker on the line before that branch. That way it'll cut both doors. You'll have to set that up for each turret though so that they only keep the relevant doors shut.
Is it possible to use OR Switches only ? You connect 2 HBHF Sensors to an OR Switch (A and B), so if only one of them detects somebody, it triggers the alarm ? Same system with 4 HBHF Sensors, you use 3 OR SWITCHES
You're better off using XOR switches rather than Or because they don't consume power which matters if the sensors are only picking up one person and you have more than 1 tier to your switches.
I have been trying to setup a three way switch circuit like the lights in my house but have been unsuccessful to figure out how to do this with the components we have available. Have you had any success doing so? I'm wanting to have a switch at both sides of my base that will let me turn on (and) off the light circuit from either side! If you have been successful in doing so, could you make a video of this circuit? Please!!
I'm in the middle of a move irl atm so I can't jump on to test it out until Tuesday or so. However could you not just run the switches into an or switch and then into your lights?
Here's one for you. Can you do a video on how to open multiple doors with multiple sensors? This is what I'm trying to do: I have a triangle foundation with 2 garage doors facing out with an auto turret behind them. I want both doors to open if someone approaches from either side of the triangle. Along with this I wasn't the doors to close if the turret runs out of ammo. The idea is that a triangle gives better angles for the turret. Thanks in advance
I'm trying to set up hbhf to door controllers (hiding autoturret) but it is set too far away. How do I extend the output of the hbhf to my door controller?
@@Malonik The cost of 8 Ebranchs 4 and switches and 2 or switches is 54 high quality metal assuming that you are using 4 sensors. there isn't a need for these electric components if using broadcasters all you need is one broadcaster for each sensor and one receiver. yes it is more tech trash but if you have the stuff to make the HBHF sensors im sure they could get a broadcaster for simplicity.
Is there any way to get a counter at the end. Not the green mode of the counter but the blue one. Because i try to use the blue one but it just says f.ex 35 when no one is outside. Can u tell em how to use the blue one and get the exact number of persons outside
Im a farm bot in a clan base, they needed electricity so you know.. i added this and with door controllers. When enemies are in our shell all doors in core and open core close.
@@Malonik thank you for staying active. I’ve been trying to learn more advanced electrical. I play on modded servers so a lot of the published standard electrical doesn’t work for a huge base. My electrician buddy doesn’t play RUST anymore so it’s a little hard to learn different options
@@GimmieGALKGALK It takes a while but you'll get the hang of it. :) I've got a new series of electricity guides in the works. I'm aiming to make guides that are simple to follow and use but scalable up to any build size. :)
@@Malonik it might be beneficial to have your videos the way they currently are and at the end just have some layouts/pictures of components for similar electrical setups
@@Malonik after a little trial and error. Got it done. I was using 5 sensors and had to slightly change the power of the e-branches. From 6 & 2 to 7 & 2.
Thanks! Yeah you could but personally I don't recommend it because it fotces your power to split the 3 ways. Where as the branches option lets you send exactly what you need where you need it so you aren't losing or wasting electricity.
Multiple turrets to a single alarm... Run the out from the alarm and your main power into an and switch. Run that out to splitter or branches and then to turrets. Alarm goes off. Turrets turn on. That being said I wouldn't wire this up if people can get to your turrets without triggering the alarm unless you want to lose the turret and gun. Also if they're really smart they'll notice your turrets turn on when the alarm is triggered and will destroy the alarm from a distance.
You can, but the auto light system needs to know when there is no sun, I operate with a separate system for my lights (4x Solar panels) and a windmill for my alarms. Easiest.
On your last electric branch run it to a timer - the on the system he explained above - take your final power output from all the sensors and run it to the toggle on of a timer switch , and take the last electric branch wire and plug it into the bottom of a timer (the power out of the last branch) then you have a system that goes off for whatever amount of time you want. Can also branch off to multiple lights or whatever
@@tylermcalpin6481 I made a multi alarm system that indicates what side of the base they’re located and a button that turns on 4 turrets located on all 4 sides of my base and opens 8 g doors then I setup a button that flings my front door open and as soon as they walk in it closes opens up doors with turrets in them and turns turrets on I went toe to toe w 6 man Zerg took like 10 metal kits it was such a good base never got wiped whole wipe
@@Malonik It is hard to explain, but I was using blockers and managed to cut the power cost per additional sensor to 3. OK, I'll try to explain how. The basic idea is to place the blockers along the line where you want your output to go. Then connect your sensors to blockers and when at least one of the sensors are triggered they will block the entire circuit. But you probably don't want sensors to block, you want them to let the electricity to. No problem. Just let the electricity from the circuit go to a blocker next to the end-user instead of the end-user. Clear as mud? Sorry, I've tried... I may want to make a video about it.
Hook up each of your HBHF sensors to an RF Transmitter, and have a single RF Receiver where your circuitry is. Have all of the transmitters set to the same frequency, so that they all will go to the receiver. Then just put power into the receiver and you have a much more cost effective (electricity wise) circuit, no need for any OR/AND switches.
Nice idea! Costs a lot of tech trash and more room, but definitely expandable at little electricity cost
thank you, all the tutorials i been looking up did not show me this simplicity Jack
Did you mean an RF broadcaster? transmitter seems to be handheld unless I'm misunderstanding
This was SOOOOO much easier. As a newb. I and my newb friends thank you!
Yeah but the whole point of the video is to only need one alarm not one for each sensor
Best video out there for people wanting to expand their basic electric systems. This complex multi sensor has endless applications like this but especially if you add an "AND" switch at the end powered from a large power source that can be used to activate and run turrets/doors/lights/tesla coils
Aww thanks. Totally agree with the and switch. :)
This worked like a treat! Well explained and full of useful information! I really do hope to see more electrical circuit videos from you Malonik!
Aww thanks! :)
Thankyou my
Dude. Something to watch at work. You unlimited electric guide help me. Subbed and alarmed. Cheers
Thanks heaps! :)
That's pretty good, I was able to do it through a different solution. I placed 1 blocker in between the main power-out and the target power-in. I then connected all of the sensors together with Memory Cells which would always send 1 watt of power to the blocker UNTIL a sensor is triggered which would cut the power to the blocker because the sensor was connected to the toggle button on the memory cell which then allowed the main power to connect to the target (for me, turrets). That toggle on the memory cell connected to a TIMER Switch, the TIMER switch was connected to the appropriate button on the memory cell to reset it back to the original state.
Nice one! That's a solid solution. :) I really need to go back through all my circuits and revamp them to account for a bunch of changes too. Will have to keep this one in mind!
Awesome, been struggling with multiple sensors
Thanks man I have modified your circuit to have all the sensors output to one rf broadcaster and have a rf receiver setup powering multiple garage door turret setup and it works amazingly inside a compound thank you so much.
No worries! I'm glad I could help! :)
This right here, I want to hook my auto turrets doors. Would I just plug my door circuit that uses the memory cell?
Keep doing these dude, you're the best doing these guides. Electricity is the best thing happened to rust :)
Thanks man, will do! ^_^
A good idea as well to add on to this is to use turret "has target" output in the same way you'd use a heartbeat sensor in this circuit. Turrets are a lot more reliable than HBHF sensors.
I figured out a very similar circuit when inventing a way to set up smart alarms myself, however I never thought to use the branch and power out on one branch per HBHF/AND switch; so this method saves me 1 power per column. Thanks!
No worries! Also great suggestion with the has target output! :)
For your last A/B Switch, I then add an AND switch, the AND switch runs from a dedicated power source that way if you also want to power auto-turrets or lights. you got enough power coming through the system
Awesome vid. thanks. I found an alternative method. The XOR sensor has 0 power usage, so if you space your HBHF sensors far enough so they don't overlap, whenever someone triggers one of them you can have them combined by a XOR and send the output towards a timer's Toggle On input. This will enable your circuit for however long you set the timer. Nice thing about this is a circuit ignores everything on the output side of a timer, so you can have a messy system that is ill optimized that has 0 drain unless it is trigger by an infiltrator.
This would require multiple timers - though this would work really well for a two HBHF sensor system
finally a video that works. thanks boss.
No worries. :)
Hey mate, Keep making these rust electricity videos, they are cool and funny! I just started playing and realized there is an electricity side to the game and now i'm fascinated!
If you want to connect more stuff, I used timer and used the signal from OR switch to activate it. Then power for everything else ran through it and I got speakers and stuff running.
I’ve done this exactly the same but the OR switches are not getting power. There is tons of power going through the cuticular from wind turbine but they the HB sensor isn’t getting enough power for the ORs
Works like a dream! Thanks gives me some piece of mind when out roaming or offline 👊 great content and breakdown of components 💪
You're an absolute chad for this.
Did exactly waht u said but for smart alarm. Although, the smart alarm says inactive and im not getting notifications if i test it out. Do all the seperartely placed sensors need to active at the same time for the alarm to send notifications?
Shouldn't have to, the whole idea of the circuit is to funnel them all down so any single one should trigger it. Definitely had enough power running through it all?
You have to configure the electrical branch. Put the first line of branch the number 6 and in the second line put the number 2
I’m having same issue
honestly couldn't figure it out so I stopped trying eversince
FYI You can make this cheaper when it comes to electricity. If you use 2 splitters, 1 of their outputs toward the hbhf sensors and the other one toward the AND switches, and keep the fourth as the branch config, you can save 5 power. Meaning your total will only be 23 power. And personally i prefer only using 3 HBHF sensors, where you can then also remove the final branch config, using only 2 branches and 2 splitters, also making the active power usage all the way down to 17. (If you have RF transmitters and a RF broadcaster you can also save a bunch of power using those)
i was able to do this using xor switch "10x hbrf sensors", but good thing that there are a lot of ways of implementing this.. KUDOS
Could you make a video of what’s going on conceptually?
Here is one solution from me - it requires 1 blocker for each HBHF and 1 XOR switch before the alarm. Connect each sensor to the blocking socket of the blocker and add power to the blockers ( sequential ), then connect the last blocker to the XOR switch and for the other socket just use a power source. In short it will light up both sockets of the XOR and when a sensor is triggered it cuts the power, so it will send power to the alarm through the XOR switch ( it allows passthrough only when ONE input receives power, not both )
Does this still work? I'm attempting a multiple sensor setup along with a smart alarm. Using this method I can make the smart alarm work using two censors but for some reason if I add a third or a fourth sensor the alarm doesnt activate but the sensor is lighting like it's getting power.. I had to settle for having two alarms with two sensors each any way around this?
edit: I was able to make it work! all I had to do was increase the power output by one on all the rows. If you could make a video on the concept and why that is would be great im trying to understand how it all works good video btw
this worked for me perfectly. i hooked it up to the toggle of a timer and set it to 1 minute then powered that to door controllers. so it doesnt just have to be a smart alarm. you can then branch this off to multiple things.
why to use and gates and not connect the sensors just to or gates?
Sick i dont know why i was trying to use memory cells. this made things so much easier. i then connected this to a timer for door controllers. works like a gem.
Nice! :)
@@Malonik so i actually tried something ridiculous for fun. so i used your method to hook up 4 sensors. then i hooked the sensor up to door controllers. to pop all doors open for a minute. you know incase they tried to run. want them turrets to kill. the problem i got stuck with. since there are 2 doors to each turret pod that i use. how do you by pass that to keep the doors shut just on the turrets that have low ammo but the others open. or even low ammo stop them all from opening. asking for a friend. the circuit is already ridiculous.
@@Maxmilion6004 That's a really good question. Best method I know is to run blockers on the line before the door controllers and then run the low ammo output over to the block socket. That way when low ammo kicks in the door controllers can't receive power. :)
@@Malonik ill try again. but because its two door controllers it makes it difficult. unless maybe i run a wire to the second door controller via the other door controller. did not even think of that i will try it. sort of a ridiculous circuit. but hey
@@Maxmilion6004 you can have the line run to a branch. Branch off power for 1 door, power out to the other door. Then put your blocker on the line before that branch. That way it'll cut both doors. You'll have to set that up for each turret though so that they only keep the relevant doors shut.
Thank you so much!!! I thought I could do this on my own but I couldnt get it
No worries! :)
can we use the same circuit with the smart alarm?
Yeah of course, only reason I didn't include that was because it didn't exist when I made the vid lol.
Malonik haha yeah probably
Is it possible to use OR Switches only ? You connect 2 HBHF Sensors to an OR Switch (A and B), so if only one of them detects somebody, it triggers the alarm ?
Same system with 4 HBHF Sensors, you use 3 OR SWITCHES
You're better off using XOR switches rather than Or because they don't consume power which matters if the sensors are only picking up one person and you have more than 1 tier to your switches.
Where in the branch can i add a timer (or 4 if needed) so that when the sensors activate the alarm stays on for a bit?
I have been trying to setup a three way switch circuit like the lights in my house but have been unsuccessful to figure out how to do this with the components we have available. Have you had any success doing so? I'm wanting to have a switch at both sides of my base that will let me turn on (and) off the light circuit from either side! If you have been successful in doing so, could you make a video of this circuit? Please!!
I'm in the middle of a move irl atm so I can't jump on to test it out until Tuesday or so. However could you not just run the switches into an or switch and then into your lights?
Awesome video dewd
Thanks! :)
Here's one for you. Can you do a video on how to open multiple doors with multiple sensors? This is what I'm trying to do: I have a triangle foundation with 2 garage doors facing out with an auto turret behind them. I want both doors to open if someone approaches from either side of the triangle. Along with this I wasn't the doors to close if the turret runs out of ammo. The idea is that a triangle gives better angles for the turret. Thanks in advance
I followed the guide perfectly but it seems like the last switch has only 1 power and will not power my smart alarm since it needs 2. Any fixes?
I'm trying to set up hbhf to door controllers (hiding autoturret) but it is set too far away. How do I extend the output of the hbhf to my door controller?
Why is the and swish needed?
I did everything on the vid but the right lights on the and switch is the only one green
You could just run them into broadcasters on the same freq then a receiver for the alarm this would both work for the pager as well as the base alarm.
Yeah, it would bump your cost up by an extra 40 HQ and 4 tech trash though.
@@Malonik The cost of 8 Ebranchs 4 and switches and 2 or switches is 54 high quality metal assuming that you are using 4 sensors.
there isn't a need for these electric components if using broadcasters all you need is one broadcaster for each sensor and one receiver.
yes it is more tech trash but if you have the stuff to make the HBHF sensors im sure they could get a broadcaster for simplicity.
alright smart ass, relax ur batty
hooked up to another AND switch at the last OR switch to power multiple doors - would this be the best way?
Is there any way to get a counter at the end. Not the green mode of the counter but the blue one. Because i try to use the blue one but it just says f.ex 35 when no one is outside. Can u tell em how to use the blue one and get the exact number of persons outside
Im a farm bot in a clan base, they needed electricity so you know.. i added this and with door controllers. When enemies are in our shell all doors in core and open core close.
And you need 4 times more electricity if you use 4 sensors ?
Say I wanted siren lights and audio alarms, would I just do on or multiple linked electrical branches coming off the last switch?
Yep that'd work. :)
@@Malonik thank you for staying active. I’ve been trying to learn more advanced electrical. I play on modded servers so a lot of the published standard electrical doesn’t work for a huge base. My electrician buddy doesn’t play RUST anymore so it’s a little hard to learn different options
@@GimmieGALKGALK It takes a while but you'll get the hang of it. :) I've got a new series of electricity guides in the works. I'm aiming to make guides that are simple to follow and use but scalable up to any build size. :)
@@Malonik it might be beneficial to have your videos the way they currently are and at the end just have some layouts/pictures of components for similar electrical setups
How can you hook up two components (light/RF or RF/light/sound) for the final one?
Easy! Use an electrical branch at the end and plug your alarms in via that. :)
Not sure if this has been asked. I did have a brief scroll through the comments. But is there a way to connect this system to a smart alarm? 🤔
Yeah you absolutely can! You'd just use a smart alarm instead of the light I use in the example. :)
@@Malonik after a little trial and error. Got it done. I was using 5 sensors and had to slightly change the power of the e-branches. From 6 & 2 to 7 & 2.
How much power is the system using?
Great video
Thanks
not all my doors open its a power issue no?
I love your videos man. I became a sparky boi because of you xD Quick question, is it possible to replace the branches with splitters?
Thanks! Yeah you could but personally I don't recommend it because it fotces your power to split the 3 ways. Where as the branches option lets you send exactly what you need where you need it so you aren't losing or wasting electricity.
Hmm sometimes the branches can be buggy for me. I dunno. I must not be using them right. I'll figure it out. Thanks!
Can you do multiple sensors multiple alarms (or turrets)
Appreciate it :)
How can I connect multiple turrets to a single alarm
Multiple turrets to a single alarm...
Run the out from the alarm and your main power into an and switch. Run that out to splitter or branches and then to turrets.
Alarm goes off. Turrets turn on.
That being said I wouldn't wire this up if people can get to your turrets without triggering the alarm unless you want to lose the turret and gun.
Also if they're really smart they'll notice your turrets turn on when the alarm is triggered and will destroy the alarm from a distance.
Great! Thats helps me :) Thank you :)
Can I connect this System with, for example, the Auto Lights System?
You can, but the auto light system needs to know when there is no sun, I operate with a separate system for my lights (4x Solar panels) and a windmill for my alarms. Easiest.
On your last electric branch run it to a timer - the on the system he explained above - take your final power output from all the sensors and run it to the toggle on of a timer switch , and take the last electric branch wire and plug it into the bottom of a timer (the power out of the last branch) then you have a system that goes off for whatever amount of time you want. Can also branch off to multiple lights or whatever
i need more electricity but i already have 2 turbines and 4 solar panels. what can i do?
What the hell are you currently powering!? That should be heaps of power! Are your existing turbines and panels putting out their full power?
Thank you bruh
Bro I did this exactly like this and it won’t work all my switches only have one side lit up B side and none of my OR switches have power
Same here, I have no idea why it won’t work
Bro I figured it out
@@tylermcalpin6481 I made a multi alarm system that indicates what side of the base they’re located and a button that turns on 4 turrets located on all 4 sides of my base and opens 8 g doors then I setup a button that flings my front door open and as soon as they walk in it closes opens up doors with turrets in them and turns turrets on I went toe to toe w 6 man Zerg took like 10 metal kits it was such a good base never got wiped whole wipe
@kittynanaVl how did you get it too work only my b has power
it didnt work
I am trying this but getting absolutely no power :/
i didnt kno but u have to set the power to branch to 6..
Ah yep was just about to ask if you'd set them to 6. If you don't they aren't sending enough power through the circuit. :)
set this up to door controllers and my battery just drains
yo im good man imma make multiple alarms
Lol that's totally fair.
gon come in handy now lmao......... welp it works :D
heyguysmalhere
BRO i need ten sensors helps tho:)
10 sensors!? Wtf are you doing with 10 sensors? Lol
Actually there is a better way to connect them.
Oh yeah? I haven't looked at that circuit in a long while but I'd love to know the better option! :)
@@Malonik It is hard to explain, but I was using blockers and managed to cut the power cost per additional sensor to 3.
OK, I'll try to explain how. The basic idea is to place the blockers along the line where you want your output to go. Then connect your sensors to blockers and when at least one of the sensors are triggered they will block the entire circuit. But you probably don't want sensors to block, you want them to let the electricity to. No problem. Just let the electricity from the circuit go to a blocker next to the end-user instead of the end-user. Clear as mud? Sorry, I've tried... I may want to make a video about it.
I think I get ya, gonna jump on my testing server and put it together. :)
did not get enough power bad vid
fs rust, please make this more simple this is just silly.
Very nice! I made my own multiple sensor system a while back - it looks like this: i.imgur.com/21kcscA.png
This is completely idiotic since the power required to power the entire circuit scales quadratically.