Practical Automation tutorial - Oxygen not included

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Language: en

00:00:00.030
and we're back and we're doing a little
00:00:03.860 00:00:03.870 tutorial today because I'm on holidays
00:00:05.960 00:00:05.970 probably sitting on a beach in Lisbon
00:00:07.340 00:00:07.350 somewhere drinking some whiskey or in a
00:00:10.250 00:00:10.260 Barren has been some more drinking some
00:00:11.390 00:00:11.400 whiskey some more in Lisbon there's
00:00:13.879 00:00:13.889 whiskey again there's me and but today
00:00:15.919 00:00:15.929 we're gonna cover one of those subjects
00:00:17.990 00:00:18.000 that I find really really use from that
00:00:19.370 00:00:19.380 is practical automation just a little
00:00:21.080 00:00:21.090 bit of practical automation I've seen
00:00:23.300 00:00:23.310 many bases with lots of excessive
00:00:24.980 00:00:24.990 automation as I'd call it but just
00:00:26.599 00:00:26.609 little bits of practical automation can
00:00:28.040 00:00:28.050 make your life a lot simpler and goes a
00:00:29.359 00:00:29.369 long way towards making your base
00:00:30.560 00:00:30.570 sustainable I'm not going to be covering
00:00:32.510 00:00:32.520 the ins and outs of how all the
00:00:34.400 00:00:34.410 automation gates work this is not that
00:00:37.400 00:00:37.410 type of tutorial I want to show you
00:00:38.450 00:00:38.460 practical automation stuff that you
00:00:40.520 00:00:40.530 would actually put into effect and use
00:00:42.830 00:00:42.840 and about the stage the game we're going
00:00:44.810 00:00:44.820 to first encounter that is when you set
00:00:46.130 00:00:46.140 up your first self-powered electrolyzer
00:00:48.130 00:00:48.140 self-powered electrolyzers are really
00:00:50.119 00:00:50.129 handy if you haven't actually built one
00:00:52.310 00:00:52.320 before you really need to do that but
00:00:54.529 00:00:54.539 the first thing you're going to
00:00:55.160 00:00:55.170 encounter is they I put this hydrogen
00:00:56.720 00:00:56.730 now if this hydrogen here backs up it
00:00:59.630 00:00:59.640 will actually cause complications with
00:01:00.979 00:01:00.989 these designs it's no one issue so you
00:01:02.630 00:01:02.640 don't let the hydrogen backup the most
00:01:04.910 00:01:04.920 common you think people do is they just
00:01:06.980 00:01:06.990 dump the hydrogen straight into a couple
00:01:08.539 00:01:08.549 of hydrogen generators one or two
00:01:10.039 00:01:10.049 depending on what what a so Palmer self
00:01:14.300 00:01:14.310 powered election as you set up you're
00:01:15.350 00:01:15.360 using and I need power they generate is
00:01:18.080 00:01:18.090 either feeds this machine or is dumped
00:01:20.060 00:01:20.070 into the jumbo battery right here you're
00:01:22.249 00:01:22.259 just burning off all the hydrogen
00:01:23.420 00:01:23.430 immediately and storing up enough power
00:01:25.070 00:01:25.080 and this jumbo battery to make sure that
00:01:26.300 00:01:26.310 this system will always keep running
00:01:27.670 00:01:27.680 this is a simple safe way to make sure
00:01:29.990 00:01:30.000 all the hydrogen is burnt off however
00:01:31.880 00:01:31.890 you could be siphoning off that higher
00:01:33.950 00:01:33.960 power you could be actually using that
00:01:35.899 00:01:35.909 power for something better so for
00:01:37.760 00:01:37.770 example if we just say grab another
00:01:39.770 00:01:39.780 battery in here we'll grab a smart
00:01:41.330 00:01:41.340 battery stick that in there Oh actually
00:01:45.380 00:01:45.390 let's make sure we have enough hydrogen
00:01:46.609 00:01:46.619 on the line it will probably be fine and
00:01:49.460 00:01:49.470 then we'll hook up an automation wire
00:01:54.830 00:01:54.840 and we're gonna put that at sea 90/60
00:02:02.920 00:02:02.930 now that's just less let's just fast
00:02:05.270 00:02:05.280 forward just a little bit shall we
00:02:10.740 00:02:10.750 so as you can see right here the
00:02:13.780 00:02:13.790 hydrogen is actually starting to back up
00:02:15.220 00:02:15.230 all the way and this is bad this
00:02:16.720 00:02:16.730 hydrogen is going to back up into the
00:02:17.980 00:02:17.990 system this is all excess hydrogen we're
00:02:20.800 00:02:20.810 producing now that we're regulating the
00:02:22.600 00:02:22.610 control so what we want to do is come a
00:02:24.550 00:02:24.560 little automated system to siphon off
00:02:26.290 00:02:26.300 enough hydrogen so that we don't have
00:02:27.790 00:02:27.800 any problems simplest thing to do is you
00:02:30.580 00:02:30.590 get one of these gas produced here which
00:02:31.840 00:02:31.850 I've already placed here in a in advance
00:02:33.940 00:02:33.950 and we're just going to siphon off to
00:02:35.560 00:02:35.570 the gas any overflow natural any
00:02:38.920 00:02:38.930 overflow hydrogen will flow out through
00:02:40.780 00:02:40.790 there let's actually just stick on a
00:02:42.610 00:02:42.620 quick bridge here you'll be fine and now
00:02:49.090 00:02:49.100 you'll see that that hydrogen just flows
00:02:50.410 00:02:50.420 straight down here this means you'll
00:02:51.970 00:02:51.980 always have a bit of a buffer of
00:02:52.960 00:02:52.970 hydrogen here waiting to get fed into
00:02:54.430 00:02:54.440 the battery and then all the excess
00:02:56.020 00:02:56.030 hydrogen will get sent over here and
00:02:57.550 00:02:57.560 we're going to pretend that we're
00:02:58.870 00:02:58.880 dumping this into our base where we're
00:03:00.310 00:03:00.320 going to be hooking it up to our systems
00:03:02.050 00:03:02.060 and this is probably what you'll end up
00:03:05.110 00:03:05.120 with first time you do it which is a
00:03:06.490 00:03:06.500 couple of gas tanks for storage and your
00:03:08.920 00:03:08.930 hydrogen generator hooked into your main
00:03:10.510 00:03:10.520 grid with the smart battery of course
00:03:12.120 00:03:12.130 Chapa burn off that power at a
00:03:14.950 00:03:14.960 reasonable rate but of course you
00:03:17.320 00:03:17.330 haven't what you've done here is what's
00:03:19.420 00:03:19.430 going to happen to you a lot to write
00:03:20.680 00:03:20.690 this game is you've actually created a
00:03:22.300 00:03:22.310 point of failure without even realizing
00:03:23.800 00:03:23.810 it eventually this hydrogen is going to
00:03:25.570 00:03:25.580 back up if you're not burning it fast
00:03:27.130 00:03:27.140 enough it will back up through this tank
00:03:28.540 00:03:28.550 and this tank and back up all the way
00:03:30.100 00:03:30.110 along again and you won't even notice it
00:03:32.620 00:03:32.630 might take a hundred cycles it might
00:03:34.000 00:03:34.010 take three hundred cycles but next thing
00:03:35.620 00:03:35.630 you'll know you'll be seeing a bunch of
00:03:37.210 00:03:37.220 hydrogen inside your base and you have
00:03:39.040 00:03:39.050 no idea how you got there how it got
00:03:40.660 00:03:40.670 there until you trace it back to this
00:03:42.720 00:03:42.730 yeah this happens to everyone and so
00:03:45.610 00:03:45.620 it's simply saying to do is we want to
00:03:47.050 00:03:47.060 create a little automated system here to
00:03:48.550 00:03:48.560 burn off the hydrogen when when the
00:03:51.160 00:03:51.170 tanks fill up if both of these tanks are
00:03:52.540 00:03:52.550 full then we want to start just burning
00:03:54.190 00:03:54.200 stuff we don't want to be waiting around
00:03:55.750 00:03:55.760 anymore so how do we do that here we
00:03:59.650 00:03:59.660 have some very simple automation it's
00:04:02.470 00:04:02.480 not too complicated we're basically
00:04:03.940 00:04:03.950 taking this this tent here and just
00:04:07.180 00:04:07.190 automating it slightly and the only
00:04:09.340 00:04:09.350 automation sensor we've got is a gas
00:04:10.720 00:04:10.730 element sensor but we're using a little
00:04:12.550 00:04:12.560 bit of pipe overflow so let me cover
00:04:14.230 00:04:14.240 this hopefully I can explain it in a way
00:04:16.210 00:04:16.220 that's not too bad but first hydrogen
00:04:18.820 00:04:18.830 generator hooked up to a battery smart
00:04:21.430 00:04:21.440 battery smart battery just keeps it
00:04:22.870 00:04:22.880 between six
00:04:23.470 00:04:23.480 ninety percent and this is currently
00:04:25.060 00:04:25.070 powering a couple of frigid fridges so
00:04:27.100 00:04:27.110 we actually get a bit of power drain
00:04:28.270 00:04:28.280 that where the hydrogen generator kicks
00:04:30.220 00:04:30.230 in every so often just to give us a sort
00:04:32.620 00:04:32.630 of a realistic idea of what it would
00:04:34.300 00:04:34.310 look like over here we've got our
00:04:37.540 00:04:37.550 hydrogen in come on we're gonna presume
00:04:39.190 00:04:39.200 that from the electrolyzer setup so
00:04:41.350 00:04:41.360 we'll just say we'll set that to about
00:04:42.550 00:04:42.560 seventy five grams a second it's not
00:04:45.220 00:04:45.230 going to be that high but that's what
00:04:46.420 00:04:46.430 we're going to set it to now this goes
00:04:48.880 00:04:48.890 across here it goes across the bridge
00:04:50.530 00:04:50.540 and goes straight into these buffer
00:04:51.790 00:04:51.800 tanks but what will happen is eventually
00:04:54.670 00:04:54.680 you're gonna end up with too much
00:04:56.410 00:04:56.420 hydrogen in these tanks and it's going
00:04:57.880 00:04:57.890 to back up all the way up the pipe so
00:05:00.640 00:05:00.650 we'll just skip forward a bit as this
00:05:02.020 00:05:02.030 sort of builds up I want to kind of do
00:05:04.180 00:05:04.190 this realistically I prefer practical
00:05:06.010 00:05:06.020 examples as opposed to theoretical ones
00:05:07.630 00:05:07.640 so you can see it just starts backing up
00:05:09.460 00:05:09.470 and once it backs up to here it's gonna
00:05:11.170 00:05:11.180 overflow down this pipe and when it does
00:05:13.480 00:05:13.490 something special is going to happen you
00:05:14.740 00:05:14.750 see this hydrogen generator down here
00:05:16.510 00:05:16.520 it's pumping on and off occasionally but
00:05:18.460 00:05:18.470 it's not actually pumping that much and
00:05:20.020 00:05:20.030 here we go that hydrogen is now passed
00:05:23.140 00:05:23.150 and hit this sensor this sensor is set
00:05:25.150 00:05:25.160 to detect hydrogen and now we've got an
00:05:27.490 00:05:27.500 automation signal going over here
00:05:28.810 00:05:28.820 telling the hydrogen generator to turn
00:05:30.340 00:05:30.350 on and now it stays on the hydrogen
00:05:33.310 00:05:33.320 generator has kicked in and it won't
00:05:34.750 00:05:34.760 shut off until that has escaped which
00:05:36.310 00:05:36.320 okay it just did but this hydrogen can't
00:05:40.600 00:05:40.610 escape from here until this hydrogen
00:05:42.790 00:05:42.800 here is cleared because of the way a
00:05:43.990 00:05:44.000 pipe mechanics work at this gas just
00:05:46.630 00:05:46.640 trying to dump the hydrogen over here
00:05:47.710 00:05:47.720 but it can't cross over here while this
00:05:49.780 00:05:49.790 pipe is still full of hydrogen so until
00:05:53.530 00:05:53.540 this pipe is empty this will just sit
00:05:55.570 00:05:55.580 there so as you can see that hydrogen
00:05:57.430 00:05:57.440 generator is just going crazy burning
00:05:59.410 00:05:59.420 off hydrogen and it will keep doing that
00:06:00.910 00:06:00.920 until this pipe is cleared once that's
00:06:03.250 00:06:03.260 cleared this hydrogen can escape and now
00:06:05.560 00:06:05.570 it shuts off this way so long as the
00:06:09.010 00:06:09.020 amount of hydrogen you're putting in is
00:06:10.510 00:06:10.520 less than the amount of hydrogen the
00:06:12.310 00:06:12.320 hydrogen generator can burn per second
00:06:14.050 00:06:14.060 this will never overflow it will always
00:06:16.450 00:06:16.460 burn off the excess and this is this is
00:06:20.470 00:06:20.480 the one thing that will kill you in the
00:06:22.000 00:06:22.010 game late game or mid and late game more
00:06:24.160 00:06:24.170 than being short or something normally
00:06:26.350 00:06:26.360 you get around to fixing all your
00:06:27.550 00:06:27.560 shortages
00:06:28.150 00:06:28.160 well then surprise you is when something
00:06:30.460 00:06:30.470 overflows or backs up that you didn't
00:06:32.320 00:06:32.330 expect to have too much of polluted
00:06:34.570 00:06:34.580 water clean water petroleum crude
00:06:37.179 00:06:37.189 hydrogen all those elements you're
00:06:39.549 00:06:39.559 moving around the place when they start
00:06:40.959 00:06:40.969 you've got of bear in mind it at some
00:06:42.820 00:06:42.830 point they're going to back up I made
00:06:45.279 00:06:45.289 this nice and big so that you could see
00:06:46.989 00:06:46.999 it in action but you can make them much
00:06:48.820 00:06:48.830 smaller and more compact it's not not
00:06:50.979 00:06:50.989 that difficult so we'll just have a
00:06:51.879 00:06:51.889 quick run-through here of modifying this
00:06:53.499 00:06:53.509 design to actually serve that functional
00:06:55.689 00:06:55.699 now just destroy that's let's just do
00:06:59.979 00:06:59.989 this did a simple way so that goes in
00:07:03.189 00:07:03.199 there well I didn't need myself much
00:07:07.509 00:07:07.519 room did I cuz I was a bit silly me will
00:07:11.559 00:07:11.569 make it messy so it goes about there now
00:07:14.259 00:07:14.269 I course I have to put in a sensor where
00:07:16.959 00:07:16.969 exactly the sensor goes doesn't matter
00:07:18.609 00:07:18.619 too much just so long as it's on the
00:07:19.869 00:07:19.879 overflow pipe itself gas by filament
00:07:22.179 00:07:22.189 sensor let's put it there great now I
00:07:25.179 00:07:25.189 have to put it there not my smooth this
00:07:28.329 00:07:28.339 job and then that blower here plug it to
00:07:32.709 00:07:32.719 the generator and we'll just set that
00:07:34.449 00:07:34.459 hydrogen boom and there we go
00:07:39.069 00:07:39.079 once this tank backs up it'll back up to
00:07:41.919 00:07:41.929 here and then this will overflow will
00:07:43.540 00:07:43.550 happen it had probably be a better idea
00:07:45.669 00:07:45.679 you can make these much more smaller and
00:07:47.409 00:07:47.419 compact with a little bit of planning
00:07:48.730 00:07:48.740 ahead for example mmm how about we just
00:07:52.299 00:07:52.309 do it a slightly different way so that
00:07:54.249 00:07:54.259 it doesn't look so god-awful ugly
00:07:57.749 00:07:57.759 ventilation and this overflow can be go
00:08:01.959 00:08:01.969 left right but it can also go through
00:08:03.549 00:08:03.559 the middle here it this acts as an
00:08:06.189 00:08:06.199 overflow even this way so you can do
00:08:08.439 00:08:08.449 that bring it across to the side
00:08:11.129 00:08:11.139 actually I better pull it just a little
00:08:14.049 00:08:14.059 bit more and then we'll put in a bridge
00:08:15.850 00:08:15.860 right there same effect and then we'll
00:08:19.659 00:08:19.669 just stick an automation Center on as
00:08:22.359 00:08:22.369 pipe elements into it and we'll put it
00:08:24.399 00:08:24.409 as close as we can to this point we want
00:08:27.100 00:08:27.110 to get it as close as we can to here
00:08:28.600 00:08:28.610 it just cuts down on the amount of
00:08:30.909 00:08:30.919 hydrogen you're gonna have backed up
00:08:32.459 00:08:32.469 there copy settings jumper over that
00:08:39.370 00:08:39.380 damn you delete that and then replace
00:08:43.100 00:08:43.110 the wall oh yeah laughs enough okay and
00:08:50.030 00:08:50.040 that's the same overflow system
00:08:51.350 00:08:51.360 implemented right here this hydrogen can
00:08:53.360 00:08:53.370 never back up anymore the moment too
00:08:56.090 00:08:56.100 much hydrogen is in these tanks that
00:08:57.500 00:08:57.510 system will automatically switch their
00:08:59.210 00:08:59.220 hydrogen generator on and burn them off
00:09:00.850 00:09:00.860 now I've on this map here it's a an old
00:09:04.490 00:09:04.500 safe from an old game I was playing and
00:09:06.880 00:09:06.890 if you'll notice I actually have the
00:09:09.890 00:09:09.900 exact same system set up over here this
00:09:13.760 00:09:13.770 is a useful thing to have in place and
00:09:15.560 00:09:15.570 you will end up accumulating more
00:09:16.970 00:09:16.980 hydrogen than you need a good thing to
00:09:19.490 00:09:19.500 note about automation it's just one of
00:09:20.960 00:09:20.970 those things that's insanely intuitive
00:09:23.060 00:09:23.070 when you have say a smart battery hooked
00:09:26.180 00:09:26.190 up actually I have to go back up to here
00:09:28.070 00:09:28.080 when you have a smart battery hooked up
00:09:30.310 00:09:30.320 the green over writes the red green
00:09:33.590 00:09:33.600 signal over writes a red signal this
00:09:35.540 00:09:35.550 took me a while to realize as well so
00:09:38.270 00:09:38.280 when this is a mark battery here it goes
00:09:39.680 00:09:39.690 below the required amount say this one
00:09:41.510 00:09:41.520 here it goes below 60% it sends on an on
00:09:43.970 00:09:43.980 signal that on signal will override any
00:09:46.820 00:09:46.830 red signals that are on the wire so
00:09:48.890 00:09:48.900 that's why when this detects if there's
00:09:50.600 00:09:50.610 hydrogen it's in the green signal to
00:09:51.980 00:09:51.990 turn on the hydrogen generator and no
00:09:53.480 00:09:53.490 matter what the battery thinks the
00:09:54.770 00:09:54.780 hydrogen generator turns on and
00:09:56.230 00:09:56.240 vice-versa the battery doesn't care
00:09:57.920 00:09:57.930 about what this sensor thinks it's just
00:09:59.660 00:09:59.670 good to know that and that's probably
00:10:01.220 00:10:01.230 the first piece of practical automation
00:10:02.900 00:10:02.910 you're going to use and honestly most of
00:10:05.180 00:10:05.190 the practical automation you use is
00:10:06.590 00:10:06.600 going to be some variant on this it's
00:10:08.270 00:10:08.280 either going to be a liquid overflow or
00:10:10.130 00:10:10.140 a gas overflow the most common to the
00:10:12.590 00:10:12.600 most practical and they're the most
00:10:13.670 00:10:13.680 helpful even the biggest bases you
00:10:16.070 00:10:16.080 imagine will probably will more than
00:10:17.570 00:10:17.580 likely have a some older overflow
00:10:19.640 00:10:19.650 automation built-in now the next step
00:10:22.220 00:10:22.230 what I want to cover is oil oil
00:10:24.470 00:10:24.480 processing is one of those things that
00:10:25.790 00:10:25.800 mmm actually does this map have one done
00:10:28.850 00:10:28.860 up oh no it's been removed already so
00:10:31.610 00:10:31.620 let's pop over to another map
00:10:33.890 00:10:33.900 right here what I'm trying to
00:10:36.120 00:10:36.130 demonstrate is an system that uses
00:10:38.970 00:10:38.980 pretty much the exact same mechanics
00:10:40.650 00:10:40.660 just to do something slightly different
00:10:42.000 00:10:42.010 and it's to do with the oil refineries
00:10:44.250 00:10:44.260 all refineries there weren't those
00:10:46.440 00:10:46.450 things that a lot of people waste a lot
00:10:48.150 00:10:48.160 of duplicate time on the duplicated will
00:10:50.790 00:10:50.800 come along start operating the medio
00:10:52.350 00:10:52.360 refinery and once the pipe backs up all
00:10:55.170 00:10:55.180 the way to the Machine well then they
00:10:57.540 00:10:57.550 can't put any more oil but in the moment
00:10:59.790 00:10:59.800 a little bit of oil is burned off then
00:11:01.440 00:11:01.450 the duplicate comes back to operate it
00:11:02.850 00:11:02.860 again so I just want to demonstrate a
00:11:04.140 00:11:04.150 little bit of automation you can do to
00:11:05.670 00:11:05.680 get around us now the automation is set
00:11:08.760 00:11:08.770 up here in the middle one and then I've
00:11:09.840 00:11:09.850 got these other two which we're using as
00:11:11.580 00:11:11.590 a control you know this'll become
00:11:13.380 00:11:13.390 clearer as we go along so all we have
00:11:16.350 00:11:16.360 here is very similar system to petroleum
00:11:18.210 00:11:18.220 is going to come out of here it's gonna
00:11:19.650 00:11:19.660 try and go across and into these two
00:11:21.000 00:11:21.010 tanks once these two tanks back up all
00:11:24.030 00:11:24.040 the way then it's gonna overflow over
00:11:26.070 00:11:26.080 this pipe go over here trip a sensor and
00:11:28.770 00:11:28.780 then try an entrant enter on on this
00:11:30.690 00:11:30.700 line that sensor it's tripping we're
00:11:33.630 00:11:33.640 just throwing it to a nutcase not gates
00:11:35.490 00:11:35.500 reverse signals so in this instance
00:11:37.110 00:11:37.120 we're not trying to turn something on or
00:11:38.460 00:11:38.470 should I turn something off so what will
00:11:42.360 00:11:42.370 happen is once both of these tanks are
00:11:44.160 00:11:44.170 full and all the petroleum is backed up
00:11:46.200 00:11:46.210 to here it will turn off the oil
00:11:48.180 00:11:48.190 refinery this stops the duplicate
00:11:51.120 00:11:51.130 running over to keep topping up every
00:11:52.710 00:11:52.720 time it's ten kilos short of a full pipe
00:11:54.860 00:11:54.870 at that point it won't turn back on
00:11:58.050 00:11:58.060 again until the pipe here is cleared and
00:12:00.150 00:12:00.160 that pipe is positioned between these
00:12:02.430 00:12:02.440 two oil reservoirs the reason for that
00:12:05.720 00:12:05.730 we want to actually burn through the
00:12:08.130 00:12:08.140 first tank of petroleum once this first
00:12:09.900 00:12:09.910 tank of petroleum is burned through that
00:12:12.660 00:12:12.670 will clear this pipe segment and this
00:12:14.850 00:12:14.860 petroleum here can escape telling the
00:12:17.160 00:12:17.170 sensor turn the oil reservoir oil
00:12:19.620 00:12:19.630 refinery back on at which point this
00:12:22.770 00:12:22.780 tank will be empty this tank will still
00:12:24.330 00:12:24.340 be full and then the oil refinery will
00:12:26.250 00:12:26.260 start working again this means there
00:12:27.960 00:12:27.970 duplicate Tony comes along once starts
00:12:30.150 00:12:30.160 the process and doesn't stop until the
00:12:31.980 00:12:31.990 tank is full in these instances the
00:12:34.740 00:12:34.750 duplicate is going to come along and
00:12:36.120 00:12:36.130 keep having to run back and forth but to
00:12:38.280 00:12:38.290 demonstrate this I've cued up a whole
00:12:39.810 00:12:39.820 bunch of TIG commands
00:12:42.040 00:12:42.050 but before we start you have to hook up
00:12:43.449 00:12:43.459 some sort of power drain here and all
00:12:46.929 00:12:46.939 fairness I haven't actually tested this
00:12:48.639 00:12:48.649 ahead of ahead of time so let's just see
00:12:52.030 00:12:52.040 how this experiment plays out shall we
00:12:53.559 00:12:53.569 okay so all the petroleum generators
00:12:55.780 00:12:55.790 kick in the power settings so all the
00:12:57.759 00:12:57.769 power settings and all the B's is set to
00:12:58.960 00:12:58.970 the exact same so it'll all burn the
00:13:00.910 00:13:00.920 exact same amount of petroleum so you
00:13:03.759 00:13:03.769 can see the petroleum is moving off oh
00:13:05.429 00:13:05.439 one thing I also forgot to do is set
00:13:07.840 00:13:07.850 priorities I want to set everyone's
00:13:09.429 00:13:09.439 priority so that they're tinkering or
00:13:11.559 00:13:11.569 their operation is up by one so they're
00:13:13.629 00:13:13.639 going to prioritize getting that oil
00:13:15.039 00:13:15.049 refinery running ok so then they're
00:13:20.470 00:13:20.480 going to run back every so often and
00:13:21.910 00:13:21.920 you'll see these two here keep running
00:13:23.739 00:13:23.749 back to top up the oil refinery yep good
00:13:28.030 00:13:28.040 like a type of smart and if we had a
00:13:30.970 00:13:30.980 higher power drain this would probably
00:13:32.470 00:13:32.480 be more apparent so let's show on a few
00:13:34.629 00:13:34.639 more and you know it's this Duke look
00:13:39.100 00:13:39.110 into all of these duplicants I've picked
00:13:40.509 00:13:40.519 them to make sure that they all have the
00:13:41.979 00:13:41.989 exact same takes killed the exact same
00:13:44.189 00:13:44.199 everything's killed there's no
00:13:45.759 00:13:45.769 differences between any of them well
00:13:47.129 00:13:47.139 some of them have a few skills here like
00:13:50.079 00:13:50.089 this duplicant as your - a little
00:13:51.759 00:13:51.769 country - destructive they've got tidy
00:13:53.319 00:13:53.329 and supply but none of them have bonuses
00:13:54.939 00:13:54.949 to ticking none of them have bonuses to
00:13:56.530 00:13:56.540 movement none of them has bonuses to
00:13:59.049 00:13:59.059 anything that would affect like a night
00:14:00.220 00:14:00.230 owl bonus or a Dave whatever bonus none
00:14:02.619 00:14:02.629 of them have any of those bonuses so
00:14:04.660 00:14:04.670 they dig at the same speed they move at
00:14:06.249 00:14:06.259 the same speed and they tinker at the
00:14:07.629 00:14:07.639 same speed as you'll notice these tips
00:14:10.210 00:14:10.220 keep running back and forth every so
00:14:11.499 00:14:11.509 often to turn this on and this is going
00:14:13.150 00:14:13.160 to get worse and worse the further
00:14:14.619 00:14:14.629 they're get away from these oh yes also
00:14:17.710 00:14:17.720 because I'm Harlow human being I've
00:14:19.210 00:14:19.220 gotten rid of all their downtime so
00:14:21.009 00:14:21.019 they'll keep working way way way too
00:14:23.019 00:14:23.029 long it's unfortunate but that's just
00:14:25.809 00:14:25.819 the way it is just to show exactly it
00:14:27.699 00:14:27.709 isn't notice this duplicate here is
00:14:29.139 00:14:29.149 going along just fine because they have
00:14:30.879 00:14:30.889 no need to go back and top this up until
00:14:33.340 00:14:33.350 this first tank is emptied they're not
00:14:34.809 00:14:34.819 going to go near it if those duplicants
00:14:36.699 00:14:36.709 just keep running back and forth pretty
00:14:38.710 00:14:38.720 much every time
00:14:41.610 00:14:41.620 this one piece of automation will save
00:14:43.980 00:14:43.990 you an enormous amount of time you
00:14:45.960 00:14:45.970 really only need one other refinery to
00:14:47.519 00:14:47.529 refine oil and you're only going to do
00:14:48.750 00:14:48.760 it for a while while depending on your
00:14:50.970 00:14:50.980 situation just install this little bit
00:14:54.540 00:14:54.550 of basic automation and you will save
00:14:56.250 00:14:56.260 yourself a ton of waste of duplicate
00:14:58.350 00:14:58.360 labor just see now they're actually
00:15:01.650 00:15:01.660 doing some real work because while they
00:15:03.030 00:15:03.040 were sleeping there was a decent draw on
00:15:04.380 00:15:04.390 the line or a decent amount of petroleum
00:15:06.090 00:15:06.100 was burnt off but now that that stopped
00:15:08.070 00:15:08.080 they're back to going back and forth now
00:15:11.070 00:15:11.080 one relevant criticism you're going to
00:15:14.490 00:15:14.500 have is well dis to placate is doing
00:15:16.260 00:15:16.270 nothing because they're living off this
00:15:17.430 00:15:17.440 entire reserve tank yes but it's very
00:15:19.410 00:15:19.420 true this duplicate is basically doing
00:15:21.450 00:15:21.460 nothing to do with that because it's
00:15:23.010 00:15:23.020 surviving on the reserve tank that's
00:15:25.230 00:15:25.240 fine however when it does come back that
00:15:28.260 00:15:28.270 duplicate which is work away at that
00:15:29.550 00:15:29.560 system constantly so they'll only have
00:15:31.170 00:15:31.180 one trip back to the refinery and
00:15:32.610 00:15:32.620 they'll stay there until it's done these
00:15:34.380 00:15:34.390 duplicates how much time if they wasted
00:15:35.850 00:15:35.860 running back and forth how much it's
00:15:38.160 00:15:38.170 like over might want I'll run back over
00:15:40.590 00:15:40.600 a mine once I'll run back and that's it
00:15:42.990 00:15:43.000 again and again and again and that's all
00:15:45.000 00:15:45.010 it's going to be for eternity so I'll
00:15:48.300 00:15:48.310 just go over this automation one more
00:15:49.650 00:15:49.660 time so you can get a look at it and
00:15:50.700 00:15:50.710 then I'll just sort of fast-forward it
00:15:51.990 00:15:52.000 and show you what happens when the
00:15:53.250 00:15:53.260 system kind of resets
00:15:57.420 00:15:57.430 petroleum comes along here goes across
00:15:59.310 00:15:59.320 fills this tank once both of the tanks
00:16:01.860 00:16:01.870 are full it backs up and it will
00:16:03.570 00:16:03.580 overflow this line and pop over here now
00:16:06.930 00:16:06.940 how you can figure these pipes you just
00:16:08.970 00:16:08.980 have to make sure that the overflows are
00:16:10.350 00:16:10.360 going to kick in at the right spots you
00:16:12.180 00:16:12.190 can configure this many different ways
00:16:13.829 00:16:13.839 or put the pipes like two different
00:16:15.990 00:16:16.000 locations of course but once the
00:16:18.180 00:16:18.190 petroleum triggers this sensor that
00:16:20.370 00:16:20.380 sensor goes well mother's petroleum
00:16:22.140 00:16:22.150 there so it sends it a green signal the
00:16:24.120 00:16:24.130 green signal goes into a not gate to
00:16:25.680 00:16:25.690 turn it to an off signal or red signal
00:16:27.270 00:16:27.280 and that reg sitting ceiling turns off
00:16:28.800 00:16:28.810 this boiler finery now let's do a little
00:16:31.550 00:16:31.560 deconstruction here and it's replaced
00:16:34.110 00:16:34.120 that tank like so and now what we can do
00:16:38.130 00:16:38.140 is watch as this petroleum line starts
00:16:40.350 00:16:40.360 to tear which will happen reasonably
00:16:43.140 00:16:43.150 quickly
00:16:44.540 00:16:44.550 now let's go check the automation and we
00:16:47.070 00:16:47.080 can't see both at the same time okay
00:16:48.600 00:16:48.610 this petroleum you can see it it's
00:16:49.620 00:16:49.630 almost gone oh it's that tip we can
00:16:52.710 00:16:52.720 finish oh my god that we can't actually
00:16:54.240 00:16:54.250 finished all the digging and automation
00:17:09.930 00:17:09.940 why is where we at why'd you turn that
00:17:13.620 00:17:13.630 back on again yes the petroleum has
00:17:16.439 00:17:16.449 cleared the line so now petroleum is
00:17:19.860 00:17:19.870 flowing again and this duplicate is just
00:17:21.270 00:17:21.280 going to sit there and keep filling that
00:17:22.650 00:17:22.660 pipe until it's completely full well
00:17:25.380 00:17:25.390 keep thinking the tank into us can be
00:17:26.790 00:17:26.800 people that will take a little time what
00:17:28.830 00:17:28.840 I'm gonna do is fast-forward this dough
00:17:30.060 00:17:30.070 just so you can see just how effective
00:17:31.500 00:17:31.510 it is and why did the duplicant go over
00:17:33.420 00:17:33.430 there oh they're trying to get to dry
00:17:34.890 00:17:34.900 land or somewhere that's not so horrible
00:17:39.050 00:17:39.060 anyway I'll fast forward this a bit and
00:17:41.370 00:17:41.380 we'll come back in when this is about
00:17:42.660 00:17:42.670 ready to or when the duplicate is almost
00:17:44.400 00:17:44.410 finished here just to see how how it
00:17:46.380 00:17:46.390 plays out I mean we delete it about four
00:17:47.970 00:17:47.980 tons of oil their replacement duplicants
00:17:52.230 00:17:52.240 acquired let's let them run on and see
00:17:55.380 00:17:55.390 what happens I also made sure they all
00:17:56.610 00:17:56.620 had roughly equivalent stats oh that
00:17:59.550 00:17:59.560 reminds me priorities let's make sure
00:18:01.230 00:18:01.240 everyone's an operation and let's make
00:18:03.480 00:18:03.490 sure everyone can actually dig a Bissel
00:18:05.160 00:18:05.170 ice because that would be a good
00:18:12.100 00:18:12.110 yeah there we go and then we'll just let
00:18:14.769 00:18:14.779 that run on a bitch they'll get a bit
00:18:16.149 00:18:16.159 stressed who cares why is that why did
00:18:20.409 00:18:20.419 that duplicate stop one moment so a
00:18:27.190 00:18:27.200 minor thing to notice that I completely
00:18:29.320 00:18:29.330 forgot about when duplicates are using
00:18:31.240 00:18:31.250 this if if the old refinery over
00:18:34.299 00:18:34.309 pressurizes it stops working that's five
00:18:36.490 00:18:36.500 kilos of pressure so if there's five
00:18:37.930 00:18:37.940 kilos of pressure and the output for the
00:18:39.730 00:18:39.740 natural gas it stopped burning that's
00:18:42.970 00:18:42.980 the problem I was in cantering anyway as
00:18:46.360 00:18:46.370 you can see here digging why is this
00:18:48.580 00:18:48.590 duplicate is still miles ahead because
00:18:50.230 00:18:50.240 they spend less time running back and
00:18:52.419 00:18:52.429 forth and more time actually doing a job
00:18:53.919 00:18:53.929 even with the over pressurization
00:18:55.240 00:18:55.250 problem that was kicking in these
00:18:57.370 00:18:57.380 duplicates just sort of constantly keep
00:18:59.110 00:18:59.120 these all topped up and that's bad
00:19:00.990 00:19:01.000 implement this little bit of automation
00:19:02.889 00:19:02.899 it will save you a ton of time I believe
00:19:05.080 00:19:05.090 this is referred to as a memory circus
00:19:06.810 00:19:06.820 you're basically keeping your memorizing
00:19:10.180 00:19:10.190 what has happened last and then
00:19:12.180 00:19:12.190 implementing an action based upon us or
00:19:14.259 00:19:14.269 turning a machine on based upon us and
00:19:16.120 00:19:16.130 you see that tip against just gonna stay
00:19:17.320 00:19:17.330 there and keep working that machine
00:19:18.310 00:19:18.320 until it's full
00:19:19.269 00:19:19.279 once damnit over-pressurized again and
00:19:21.850 00:19:21.860 when once it's full they'll stop and let
00:19:24.789 00:19:24.799 go again so that's a memory circus now
00:19:29.259 00:19:29.269 let's look at a slightly different
00:19:30.190 00:19:30.200 variation of it that you can do to store
00:19:32.289 00:19:32.299 petroleum if you want so in this
00:19:36.129 00:19:36.139 particular example I've had some
00:19:37.570 00:19:37.580 practical automation we won't actually
00:19:39.580 00:19:39.590 just use the tank to store a petroleum
00:19:41.259 00:19:41.269 now we want to do something similar you
00:19:43.060 00:19:43.070 want to fill the tank up until it hits
00:19:44.500 00:19:44.510 at this point and then once the tank is
00:19:46.539 00:19:46.549 full we want to turn off the oil
00:19:48.159 00:19:48.169 refinery and leave it off until the
00:19:50.259 00:19:50.269 petroleum drops to this level that way
00:19:53.169 00:19:53.179 we keep a nice buffer of petroleum here
00:19:55.180 00:19:55.190 and then when it drops that low then the
00:19:56.529 00:19:56.539 duplicate comes back and starts up
00:19:57.730 00:19:57.740 operating it again this one actually
00:20:00.700 00:20:00.710 uses a memory toggle memory toggles
00:20:03.310 00:20:03.320 there basically what we've been building
00:20:04.750 00:20:04.760 but we've been building them using gas
00:20:07.330 00:20:07.340 and water overflow mechanics now we'll
00:20:10.870 00:20:10.880 just stick a memory toggle there and
00:20:12.399 00:20:12.409 stick in and not getting you did not get
00:20:13.990 00:20:14.000 to use with these took me a while to
00:20:15.370 00:20:15.380 remember that but yes not get definitely
00:20:17.350 00:20:17.360 required
00:20:18.680 00:20:18.690 so when this detects that the petroleum
00:20:22.070 00:20:22.080 is too low it wasn't a reset signal the
00:20:24.680 00:20:24.690 reset signal mmm I can explain the reset
00:20:27.169 00:20:27.179 signal actually it's simpler just to
00:20:30.259 00:20:30.269 demonstrate this we'll put it up to
00:20:33.049 00:20:33.059 there okay Automation wise so right now
00:20:37.489 00:20:37.499 this is on sending an on signal because
00:20:40.310 00:20:40.320 this is detecting that there is less
00:20:41.869 00:20:41.879 than 500 kilos of petroleum in here
00:20:43.639 00:20:43.649 because there's less than 500 K years of
00:20:45.649 00:20:45.659 petroleum it sends a reset signal and
00:20:47.479 00:20:47.489 that reset signal turns this wire you
00:20:51.349 00:20:51.359 can see it here actually green signal
00:20:52.999 00:20:53.009 resets the internal memory to red and
00:20:54.769 00:20:54.779 this output basically gets reset to red
00:20:56.719 00:20:56.729 doesn't matter what this input is doing
00:20:58.789 00:20:58.799 if this sends in a green signal the
00:21:01.430 00:21:01.440 output gets switched to red
00:21:02.659 00:21:02.669 of course we're showing it into a not
00:21:04.759 00:21:04.769 get to turn that on and this one here if
00:21:07.460 00:21:07.470 a green signal goes to this it actually
00:21:09.589 00:21:09.599 sets the internal memory to green if you
00:21:11.450 00:21:11.460 send a green signal in this input port
00:21:13.099 00:21:13.109 it will cause this to output a green
00:21:15.139 00:21:15.149 signal unless the reset signal is
00:21:17.690 00:21:17.700 already active that's all that's
00:21:19.609 00:21:19.619 happening there and let's just throw in
00:21:22.580 00:21:22.590 some petroleum here actually sampled
00:21:25.909 00:21:25.919 there we go and let's show and some
00:21:29.839 00:21:29.849 petroleum to a bad level there yeah a
00:21:31.669 00:21:31.679 notice still the green signal coming out
00:21:33.519 00:21:33.529 now we'll fill it up to there and it's
00:21:37.580 00:21:37.590 turned off
00:21:38.210 00:21:38.220 the reason it's turned off is this has
00:21:40.460 00:21:40.470 detected that there's more than 500
00:21:41.930 00:21:41.940 kilos that's gone down here and sent a
00:21:44.330 00:21:44.340 green signal at which we've converted to
00:21:45.859 00:21:45.869 an off so now duplicants can't operate
00:21:48.139 00:21:48.149 the oil refinery and we've got a nice
00:21:50.239 00:21:50.249 big buffer tank to work with now let's
00:21:53.419 00:21:53.429 drain some of the petroleum at and
00:21:56.299 00:21:56.309 you'll notice still off even though all
00:21:58.789 00:21:58.799 these things have changed this is switch
00:22:00.200 00:22:00.210 to red it hasn't made a difference still
00:22:03.169 00:22:03.179 going to keep outputting the same red
00:22:04.940 00:22:04.950 signal and then we'll go down some more
00:22:06.580 00:22:06.590 still the same and then if we go down
00:22:09.289 00:22:09.299 below the required level boom turns back
00:22:12.859 00:22:12.869 on again fill it up one more time just
00:22:15.560 00:22:15.570 to cover that even when we put it up to
00:22:18.109 00:22:18.119 this level still stays on it won't turn
00:22:22.909 00:22:22.919 off until the automation center right
00:22:26.149 00:22:26.159 there detects how much Petroleum's in
00:22:27.499 00:22:27.509 the tank which is about there and then
00:22:29.299 00:22:29.309 it stops running
00:22:30.740 00:22:30.750 though I think when that evens out it
00:22:31.909 00:22:31.919 might end up a little bit it might not
00:22:33.860 00:22:33.870 end up with the full amount yeah yeah
00:22:36.289 00:22:36.299 the patchouli I'm starting to move but
00:22:38.330 00:22:38.340 that there is an actual memory circus in
00:22:40.399 00:22:40.409 action it basically does the exact same
00:22:43.880 00:22:43.890 thing as this only you can determine the
00:22:46.220 00:22:46.230 size of the petroleum tank to your
00:22:47.659 00:22:47.669 heart's content those most of the
00:22:51.799 00:22:51.809 automation you're going to be doing by
00:22:53.299 00:22:53.309 mid to late game is going to all revolve
00:22:55.310 00:22:55.320 around keeping a certain amount of
00:22:56.810 00:22:56.820 materials or burning off excess or
00:22:59.020 00:22:59.030 telling stuff to go somewhere when you
00:23:00.950 00:23:00.960 don't need it you have too much polluted
00:23:02.690 00:23:02.700 water instead of letting your tank
00:23:04.190 00:23:04.200 overflow you dump that polluted water in
00:23:06.289 00:23:06.299 to read fiber or maybe dump it into
00:23:08.659 00:23:08.669 space you have too much carbon dioxide
00:23:10.190 00:23:10.200 flowing down into your oil biome to
00:23:12.289 00:23:12.299 figure slicksters and your strictures
00:23:13.549 00:23:13.559 and consuming it fast enough then you'll
00:23:15.680 00:23:15.690 simply use say the overflow mechanic on
00:23:17.810 00:23:17.820 this instead of sending it it's sending
00:23:20.090 00:23:20.100 into the slicksters the overflow will
00:23:21.649 00:23:21.659 get sent up to space or maybe us in the
00:23:23.690 00:23:23.700 co2 into something else depending on
00:23:25.159 00:23:25.169 what you're using it for overflow
00:23:28.250 00:23:28.260 mechanics very very important and the
00:23:30.409 00:23:30.419 automation to go with them
00:23:31.580 00:23:31.590 and these the three automations have
00:23:34.520 00:23:34.530 shown you they're pretty much what I use
00:23:36.140 00:23:36.150 to cover all the types of automation
00:23:38.960 00:23:38.970 problems I encounter or overflow
00:23:40.930 00:23:40.940 problems they encounter and smart
00:23:43.610 00:23:43.620 batteries of course yes they're
00:23:45.049 00:23:45.059 constantly in use but I didn't really
00:23:46.610 00:23:46.620 cover those there
00:23:47.600 00:23:47.610 I think everyone's got those already if
00:23:49.399 00:23:49.409 you're looking at this you should
00:23:50.600 00:23:50.610 probably have a smart batteries down
00:23:51.980 00:23:51.990 already anyway I think we'll cut this
00:23:54.529 00:23:54.539 edge here I think we covered all the
00:23:57.200 00:23:57.210 main stuff to do with automation I hope
00:23:59.149 00:23:59.159 you enjoy it or at least learn something
00:24:00.770 00:24:00.780 useful and good luck
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