Жёстко выжить на каждой планете

GHub Platform · Гайд · 0 ответов · 17 просмотров

Surviving a Brutal Start occurs in stages, which are defined by your priorities. The five stages of survival are: Oh ♥♥♥♥, oh ♥♥♥♥, oh ♥♥♥♥ I need some actual life support systems I hate mining, let's make that easier Time to automate basic stuff Time to do whatever I want, Mom, I'm an adult now This guide will provide the player with a list of priorities for each planet to most efficiently reach stage 5, along with video tutorials and the unedited corresponding attempt. I will also assume that you are playing on Stationeer difficulty, and thus require a habitat for eating and drinking. Stage 1 - Oh, ♥♥♥♥ Stage one consists of the first mining expedition, the construction of essential crafting and smelting equipment, and finally the pressurization of a habitat for eating and drinking. There is minimal room for error and little time to spare. Stage 2 - Life Support Once the immediate hazards of the environment are put aside, and we can eat, drink, and breathe through our supplies, it becomes a matter of efficiently handling and even growing our supplies. Stage 3 - Mining Made Easy With canisters able to be filled and potatoes growing steady, it becomes very apparent how tedious mining is. Thus, our priorities shift to the sensor lenses and heavy mining drill, and all that requires some upgrades to our crafting systems. Stage 4 - Leaving the Oven On Any small mistake can still destroy the whole station, so its time to automate critical systems. After this stage is complete, the base should run fine on its own for days at a time. If you want to learn how to program basic machinery, check out this other guide I wrote . Stage 5 - Big Boy You have conquered the environment. Now you may now make it your ♥♥♥♥♥ and bend physical systems to your mortal will. This stage is represents the freeform endgame of Stationeers. I often begin stage 5 by constructing deep miners to automate mining. This guide will definitively cover stages one through three for every planet, with suggestions for stage four. With no immediate danger, a brutal start on the moon is best spent speedrunning sensor lenses as soon as you exit the "Oh ♥♥♥♥" stage. Video Tutorial https://youtu.be/sJ0NmLrpqhk Raw Footage https://youtu.be/_rOUBmfvyUE Your Priorities Mine 3 stacks of iron, 2 stacks of copper, some gold, some silicon, some oxite, and some volatiles. This will be roughly the same across all planets. On the moon, you can spend the whole first day mining. Construct a foundation using iron frames from the starting crate. Be sure to align the base properly to maximize solar production. I use an elevated platform that allows the solar panels to have maximal access to the sun. Build a furnace as soon as possible, and use it to smelt the rest of your ores. This will help preserve power. You can also use flares as a light source at night to avoid using your flashlight. Use smelted ores to create an electronics printer and a pipe bender. Set up vertical solar tracking using logic chips to generate all the power you'll need. Wall off the habitat, finish the airlock, and use the sun to melt some oxite inside the greenhouse. Then, you can add an active vent and a canister filler to fill your air tank with gas from the habitat. Don't forget eat, drink, and add a nitrogen filter to your suit. Use the next day to mine for steel, gold, and copper. With steel, you can build a battery, more solar panels, and make steel frames, which are cheaper overall. Spend the next few days mining up a stockpile of all the basic alloys. Use this to upgrade the tool printer and make a heavy mining drill. In the intervening nights, use your extra iron, copper, and gold to finish the greenhouse. On the moon, the sun itself works well enough as a growlight and a heater, so your only concern is crushing up water to put into some hydroponics trays. Use those same alloys to make an advanced furnace, and then use it to produce the superalloy inconel. 5g of inconel are needed to produce sensor lenses. With all the basic alloys, a superalloy, and a finished greenhouse, stage two and three are done at the same time on the moon. Now onto stage four. By now, your greenhouse is probably getting pretty hot from solar heating. Cooling your moon base should be your next priority. An active vent, one-way valve, passive vent, and some pipe radiators work very well. Filling our canisters will be easier and more effective with proper ice crushing and filtration, as will smelting with the furnace. With four solar panels, there is more than enough power to run the arc furnace outside of its comfort zone. Thus, a minimalist automatic arc furnace works great on the moon and is a great programming exercise. While the atmospheric pollutants and storms can be a little annoying to deal with, there is a limitless supply of oxygen, nitrogen, and carbon dioxide in the Martian atmosphere. Video Tutorial https://youtu.be/My4VSqZ0w3c Raw Footage https://youtu.be/JHIn9tcbtW8 Your Priorities Mine iron, copper, gold, silicon, oxite, and volatiles. Make a furnace to smelt ores without using power. Use the smelted ores to make an electronics printer and a pipe bender. Use the electronics printer for solar tracking. This time, we want horizontal tracking, since the sun takes a low angle across the sky. Wall off the habitat, finish the airlock, and melt some oxite inside. Use an active vent as an air canister filler, just like before. Use steel for a battery and more solar panels. Build an ice crusher for water and finish the greenhouse. Get alloys and make the sensor lenses. A storm will come on day 8, so keep your supplies in lockers and your solar panels protected by iron windows. Upgrading to dual-axis solar tracking should be done sooner than later. Solar energy is intense on Mars, though not quite as intense as the moon. Still, cooling the greenhouse is an important priority. You can skip setting up an ice crusher for oxygen and go to atmospheric filtration if you like. Leftover carbon dioxide and nitrogen can be used to pressurize your growing base while pollutants will condense out, leaving an excellent coolant. Here is an example. As an icy moon of Jupiter, Europa provides the first truly dangerous environment that must be kept at bay. The cold atmosphere will sap power from your batteries, and the sun is much less intense here, rendering solar panels less effective. Video Tutorial https://youtu.be/dFkX9LZlXX4?si=lVGiC0yxEEdauxOn Raw Footage https://youtu.be/U7HOI2TMhkQ Your Priorities Mine lots of iron, some copper, some gold, a bit of silicon, and fuel ices. Wall off the crafting area and burst a pipe to pull the room down to a vacuum. Craft a furnace and smelt some ores. Craft the electronics printer and make some wind turbines. Later, you can use the furnace to heat some air and use that to fill your canister using a vent. If you have walled off a greenhouse already you can use the heated air in there as well. Make steel and a battery. Finish the greenhouse. The sun is not too weak to grow plants without a growlight, but your potatoes will grow very slowly. Just Like on Mars, a storm is coming on day 8, so get your solar panels behind windows. sensor lenses :) It's best to start saving hot gasses from your furnace in an insulated tank as soon as possible. That way, you can easily use pipe radiators to heat the atmosphere anywhere on Europa to expand your base. Mimas, like the Moon, has no atmosphere to get in your way. However, there is no water ice, and the sun is very faint. As a result, everything is significantly harder, and fuel becomes a very early priority. Video Tutorial [COMING SOON] Raw Footage https://youtu.be/VuRhijOqvx8 Your Priorities Mine iron, gold, copper, silicon, and fuel ices. Build the hydraulic pipe bender and a furnace. Use the furnace to smelt as much of your ore as possible. Though dim, the sun can still melt oxite for our habitat. Use an active vent to fill your air canister for now. Smelt steel and mak