really good style of game and graphic are amazing.

Why didn't you put solar panel in a way that it was connected to the input of the power module instead of chained on the output?

i have searched for lot of videos to make automated arc furnace, but still not found, why the heck nobody make videos step by step of making a auto arc furnace why?

This was a great explanation! Even though I'm an old Stationeers player, I've learned a lot from your videos! Thanks for the content. Keep posting Stationeers videos!

I did all this but my rover won't move. pressing w or s and it just sits there. a and d do steer but it won't move? Any ideas why? I'm sitting in the left seat by the way.

If your working liquid is pure, the dial is useful for targeting an output temperature you wish to attain. Example: if your liquid input is Pollutant, setting the evaporator to 1860ish kpa will attempt to output the lowest possible temperature pollutant can reach without freezing in the network connected to the heat transfer output (-96ish if I remember correctly).

Awesome as always, thanks a bunch

I've accidentally overpressurized an air filtration thing with an active pump before, trying to learn atmospherics. Big boom!

Analysizer... I wonder if they had a hash collision with their original name?

If u play solo, the motion sensor is useless bcs u r always on the right side. Imo most of ur code is not needed. Just trigger the cycle based on which door is open. start: jal waitForEnter l r0 outerDoor Open bgtz r0 cicleInwards l r0 innerDoor Open bgtz r0 cicleOutwards yield j start waitForEnter: l r0 occSensor Activate bgtz r0 ra yield j waitForEnter waitForLeave: l r0 occSensor Activate beqz r0 start yield j waitForLeave cicleInwards: sb doors Open 0 s ventOut Mode 1 s ventOut On 1 jal waitForVakuum s ventOut On 0 s ventIn Mode 0 s ventIn On 1 jal waitForPressure s ventIn On 0 s innerDoor Open 1 j waitForLeave cicleOutwards: sb doors Open 0 s ventIn Mode 1 s ventIn On 1 jal waitForVakuum s ventIn On 0 s ventOut Mode 0 s ventOut On 1 jal waitForPressure s ventOut On 0 s outerDoor Open 1 j waitForLeave waitForVakuum: l r0 gasSensor Pressure beqz r0 ra yield j waitForVakuum waitForPressure: l r0 gasSensor Pressure bgt r0 50 ra yield j waitForPressure

Absolutely splendid, thank you.

Yet again, another great video! Thank you so much. Every day you are saving me 40 dollars investment on this game.

I am currently playing my very first decent base playthrough on Mars. I think I have a pretty decent low energy atmosphere harvesting system figured out. 1. 4x Evaporation Chambers evaporate nighttime CO2 in order to produce a tank with a mix of nitrogen/oxygen. 2. The evaporated CO2 then goes into yet another evaporation chamber set to max cooling - this chamber ist the first step in a cooling loop for the nitrogen/oxygen. 3. the second step is a proper evaporation/condensation heat pump filled with pollutant. that cools the nitrogen/oxygen mix down to -85 degrees, condensing the nitrogen. 4. The cold from the now separated nitrogen is then recovered by heat exchanger to help the pollutant heat pump. 5. This way, I generate a steady flow of the most necessary gasses for less than 500 Watts power investment. Oh, and another KZbinr tested medium powered vents and found out, that approx 3x condensation valves are needed to handle the condensation in the pipe when going at full throttle. Increasing the volume of the pipe between the vent and the valves with inline tanks also greatly improves condensation performance.

If the goal is to fill a liquid tank, the easiest method is the manual condensation valves connected to a gas network under sufficient pressure to cause condensation at the available temperatures. If stress on the pipes is the concern, an inline tank or actual tank on the gas network will add more headroom so the stress levels increase slow enough to be dealt with by a few manual condensation valves. And if that's not enough, the solution is controlling the pressure in the gas line more deliberately to induce the ("just right") desired amount of condensation. The gases in liquid tanks/networks are generally treated as a byproduct of the phase change of whatever liquids are pumped/drained into it rather than the method of producing condensation. In general, gas pumping into liquid networks is more about limiting or negating evaporation in the liquid network and not for creating condensation. Pumping gases into a liquid network in order to create liquids is far more difficult than draining liquids off of gas networks into liquid ones.

Wait... that's it? You ended it before you showed it working with live environmental conditions! That airlock seems too fast. It looks like it would explode because its not waiting for the airlock to fully depressurize before entering or exiting...

the new shutters are crazy useless, there were already shutters and if you dont know how to control them, its the wrong game for you

Specific heat units are J/(K*kg), but Stationeers units are J/K with the assumption that the unit of mass is 1 mol. Thus, to raise 1 mol of H2O by 1 degree K would require 72 J. The same 72 J would raise 1 mol of N2O by almost 2 degree K, since its specific heat is only 37.2. In short, to move a lot of heat, a material with high specific heat is desired. To move heat effectively in pipes one needs to eliminate phase changes. This is normally done by pressurizing the pipes with some inert gas. That pressure can be found in the phase change info under Max Liquid Temperature. For N2O it is 2 MPa. allowing it to remain liquid between -21C and 158C. Any temperatures outside that range, will cause N2O to freeze or evaporate. The same goes for more complex systems using evaporators and condensers even though the endpoints use evaporation and condensation as a means to move far more heat.

Advanced Airlock with Internal and External pressures set to 0 Pa does the same thing. However, that is not the point of this video. It shows using a reasonable thought process for solving a problem and achieving a unique solution.

Ah, the bane of fitting functionality into a limited amount of memory. 40+ years ago it was the norm. These days with GBs of memory, it has become a lost art, almost bordering on the magical. I suggest redesigning the state machine to its simplest form without worrying about implementation; and then, and only then implement in MIPS. It will fit, I know. Another option is to split your door control and gas control onto two chips and communicate between them via pins - its only two, one on each chip to connect to the other (i.e. reading each others Setting values). A bit of constructive criticism: This video is a lot longer not because of more content (well, a little bit more). Watching you make mistakes, going on tangents, or impressing us with your knowledge is okay -- to a degree. This video's presentation style leans a lot more to those of Cows Are Evil -- 10 minutes of content encapsulated in 30 minutes of stammering, mistakes, tangents, etc. I want TURBO STYLE!! 😁😁 P.S. Cows Are Evil vids are good in their own right, and he covers a lot of interesting things; however, adept use of Fast Forward and Rewind are a must, if one does not want to waste time.

The heat is coming from the windows in daylight

Another application for ur code with a little modification would be a hanger, the human trader requires an O2 atmo to come out. That raises a question does the occupancy sensor detect traders? Robot or human, that can cause a new form of automation. You can detect if a trader has landed, and if the occupancy sensor detects both trader types you can have it auto if it’s robot, Ie not cycle, or human and cycle. Factoid-max practical hanger door size is 6high 9wide

I made my own custom airlock a while ago. It was the thing that made me learn about the stack so I could return from calls within calls. Example: doEVACout: push ra #I put it here, but it can go anywhere before your first jal inside this routine #it pushes variable ra's value onto the stack #other stuff jal setupEVACout jal setupEVACbox jal doEVAC #actually write r0...r5 to the vents #other stuff pop ra #I put it here, but it can go anywhere after your last jal inside this routine #it pops the last stack value into variable ra j ra setupEVACout: move r0 1 #outer vent Mode OUT move r1 1 #outer vent On True move r2 0 #inner vent Mode doesn't matter move r2 0 #inner vent On FALSE j ra setupEVACbox: move r4 1 #box vent Mode OUT move r5 1 #box vent On TRUE j ra This is just an example, I'm sure you can find an elegant use for it!

You are literally a god send for this. I have a degree in IT and this labguage for whatever reason baffles me a bit. After the first few episodes I successfully got the hang of this assembly dialect to teach myself. Thank you!

Dear God - there is no way in hell I will be able to replicate your coding there. This is beyond my scope of knowledge, even though it was fascinating to listen to your reasoning for taking the steps. Would it be possible to share the finished code with us so we can import it into our own game?

oh is the sum of this one odd then?

Great Video.. You explain programming in a really easy way to understand.. For me coding is still a bit of a black magic but I really enjoy doing it in this game.. I try doing most of it myself, not exactly the simplest way I see but, hey if it works it works haha.. After your videos I always learn a better way to do something and improve🙂.. For the future maybe do some videos about Trading? Satellite, Programming overall how to Trade. I think this topic doesn't get much attention and is overlooked.. Thanks

Very nice, clear video. Excellent work

One observation, using a label maker will make setup much more intuitive.

Wasn't it a "simulation" what am I missing here so you set the target temperature to 1 kelvin so no heating and its super fast how is the ice melting then? *confused*

7:28 - huh, i see what you did there. Oh, you jokester

Why don't you just name active vents and doors with Labeller so that you would have no need to guess which is which? P.S. Your videos are great! I play Stationeers in more immersive way, so it's kinda interesting to see what you can do with all that stuff when you're not afraid of damaging your base and dying in so many different ways)

so this had a sum of frames that was equal or something? (i already forgot]

NONSENSE!🤣 This map is not good for land vehicles,too rocky/jagged! DO NOT blame tools when tools are used wrongly! This highlights a problem with stationeers,it needs modular/prefab ships, a MKII shuttle would be better for this map,even better with a teleporter as shown in some in game load screens. RIGHT TOOL FOR THE RIGHT JOB!🥱

You can slightly improve the cycling time of your airlocks by connecting the output pipe to a grid of passive vents in the room where a single vent is placed in each frame sized cube of space in the room. Vents pull and push to/from the cube it's placed in, and due to the nature of pipe networks being considered one volume regardless of its (unbroken) size, the active vents (small, powered medium and powered large) will have a larger volume to pull from when it is attempting to pressurize. Such a setup will slightly improve the weakness of active vents, which is its ability to push gas out (rather than its strong ability to pull gas in). The array of passive vents in the room isn't necessary for the speed improvement, but will result in a more even movemt of the gas into the room rather than a single much higher pressure output location. The same trick works for filtration and air conditioning devices when you plumb their inputs and (filtered/cooled) output into the same pipe grid, resulting in noticeably faster (due to the higher volume input)cooling/filtering and noticeably consistent filtering/cooling in all cubes of the room simultaneously (when view with a tablet).

is every one of these videos going to start with an explosion?

🤯

27:44 you need to set the Pressures in the chambers in accordance with the temperatures on the phase change chart of the gas. - Using pollutant, you want to set the evaporation chamber to somewhere above 1800kpa (freezing) and the evaporation chamber will use all liquid it can get to reach the low temperature. - The condensation chamber is the opposite. You want to set it to the highest temperature you want it to achieve. 6000kpa means it will condense all gasses it can get up to 152° Celsius. Be mindful: I said "all the gas/liquid it can get" on purpose - if you have too little pollutant in the system, the chambers may not reach the absolute maximum value since they cannot get enough gas/liquid from the opposing device. If you have too much pollutant in the system, you may overburden your liquid pipes and cause them to burst - a purge valve on the liquid line between the devices ist highly recommended. Did I mention I hate programming but love phase change? :)

Another great vid. Thank you

I wonder whether you could speed up the transfer of heat out of the furnace by throwing the solid blocks of CO2 back into the furnace to melt and be released out as gas again? With all that solid CO2 sitting in the room would also eventually expect the temperature of the room to stall at the melting point of the CO2 as it starts returning to gaseous state in the room

It's enought to show small clips or pictures with steps..... (for Tutorials)

At the end I totally thought you were far enough away from the base explosion... And then I hear "cognition critical" and an "awe" from you 😂

As mentioned in my comment for the previous video, setting PressureInternal on active vent of the O2 Filling Station, avoids having to "waste" MIPS code on pressure management of the input pipe. Tight and compact code can become essential when creating multi-purpose ICs, since MIPS code is limited to 128 lines per chip - this includes comments and spacing. Not nagging, but just adding a bit more polish on this diamond of a video. The forethought and scripting put into it is well appreciated. Now if Cows are Evil could only learn your presentation style, we would have two great producers of information on the finer points of Stationeers 😁

First and foremost, your recent tutorial series (MIPS, Atmospherics, etc.) are absolutely marvelous. Much, much better than your older versions. I think I can speak for all, that we appreciate your investment in time to properly script and organize the flow of information. An alternative to checking over-pressuring via MIPS logic can be accomplished by setting PressureInternal of the inward vent to your desired maximum pressure. Leider ist mein Deutsch nicht mehr so ​​gut. Vielen Dank für Ihre harte Arbeit.

After this series, you need to do rockets! How to build launch land and some math needed to know Ie N wt= kg x gravity

Would have been easier to vent the airlock room to eat and drink, rather than waiting for the whole room to vent.

Great little teaser for learning to IC code at 4:55 , God! You got me to make the leap into coding, so maybe this will encourage others to do so, as well :)

I'm loving the humour of showing the bad things that can happen. I don't really need the tutorial myself which is well made and informative but I'm loving these videos anyway :)