Sandbox:Sneakyranger2 - История изменений

>La Villa Strangiato в 08:27, 15 октября 2023

2023-10-15T08:27:48Z

← Предыдущая версия		Версия от 11:27, 15 октября 2023
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	{{Engineering}}		{{Engineering}}
	{{~~Gameplay~~ Guides}}		{{Guides}}
	[[Category:Engineering]]		[[Category:Engineering]]
	[[Category:Guides]]		[[Category:Guides]]
	[[Category:Pages]]		[[Category:Pages]]

>Sneakyranger: Copied from Baystation 12 guide with edits.

2023-10-07T22:16:45Z

Copied from Baystation 12 guide with edits.

Внесённые изменения

>Sneakyranger в 01:11, 1 августа 2023

2023-08-01T01:11:55Z

← Предыдущая версия		Версия от 04:11, 1 августа 2023
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	= Foreword =		=== <big>Foreword</big> ===
	''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''		''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''
	{{toc_right}}		{{toc_right}}
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	Generally, only atmospheric technicians should be expected to know how to utilize the burn chamber, as the thrusters are their responsibility. Regular [[Engineer\|Engineers]] should never be held to the same standard as atmos techs in regards to thrusters, and can't be relied on to do anything advanced. Remember, regular engineers should really only be setting up the thrusters in the absence of an atmos tech, and even then they're only expected to do a simple cold phoron setup.		Generally, only atmospheric technicians should be expected to know how to utilize the burn chamber, as the thrusters are their responsibility. Regular [[Engineer\|Engineers]] should never be held to the same standard as atmos techs in regards to thrusters, and can't be relied on to do anything advanced. Remember, regular engineers should really only be setting up the thrusters in the absence of an atmos tech, and even then they're only expected to do a simple cold phoron setup.


	= Basic Guide =		= Basic Guide =

>Sneakyranger в 01:11, 1 августа 2023

2023-08-01T01:11:08Z

← Предыдущая версия		Версия от 04:11, 1 августа 2023
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	== Foreword ==		= Foreword =
	''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''		''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''
	{{toc_right}}		{{toc_right}}

>Sneakyranger: he test

2023-08-01T01:10:14Z

he test

← Предыдущая версия		Версия от 04:10, 1 августа 2023
Строка 1:		Строка 1:
	=== Foreword ===		== Foreword ==
	''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''		''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''
	{{toc_right}}		{{toc_right}}

>Sneakyranger: headings test

2023-08-01T01:09:49Z

headings test

← Предыдущая версия		Версия от 04:09, 1 августа 2023
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	= Foreword =		=== Foreword ===
	''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''		''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''
	{{toc_right}}		{{toc_right}}

>Sneakyranger: Merges my version with Lavilla's.

2023-08-01T01:07:43Z

Merges my version with Lavilla's.

← Предыдущая версия		Версия от 04:07, 1 августа 2023
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	So you're new, no one else has joined engineering, the bridge needs thrust, and you have no idea how to set up the thrusters? Skip to [[Guide to Thrusters#Cold_Setup\|here]].		= Foreword =
			''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''
			{{toc_right}}
			'''So you're new, no one else has joined engineering, the bridge needs thrust, and you have no idea how to set up the thrusters? Skip to [[Guide to Thrusters#Cold_Setup\|here]].'''

	It should be noted that it is '''not required''' for you to read this entire page before you get started with thrusters. Much of the guide has been written to serve as reference material as you progress on your journey, especially the advanced guide. However, if you’re a new [[Atmospheric Technician]], it’s definitely advised to read through the [[Guide to Thrusters#Basic Guide\|basic guide]] in its entirety.		It should be noted that it is '''not required''' for you to read this entire page before you get started with thrusters. Much of the guide has been written to serve as reference material as you progress on your journey, especially the advanced guide. However, if you’re a new [[Atmospheric Technician]], it’s definitely advised to read through the [[Guide to Thrusters#Basic Guide\|basic guide]] in its entirety.
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	Generally, only atmospheric technicians should be expected to know how to utilize the burn chamber, as the thrusters are their responsibility. Regular [[Engineer\|Engineers]] should never be held to the same standard as atmos techs in regards to thrusters, and can't be relied on to do anything advanced. Remember, regular engineers should really only be setting up the thrusters in the absence of an atmos tech, and even then they're only expected to do a simple cold phoron setup.		Generally, only atmospheric technicians should be expected to know how to utilize the burn chamber, as the thrusters are their responsibility. Regular [[Engineer\|Engineers]] should never be held to the same standard as atmos techs in regards to thrusters, and can't be relied on to do anything advanced. Remember, regular engineers should really only be setting up the thrusters in the absence of an atmos tech, and even then they're only expected to do a simple cold phoron setup.

	== Basic Guide ==
			= Basic Guide =
	=== Overview ===		=== Overview ===
	To best understand what you're doing, it is important to know how thrusters function. Luckily, this is not too hard.		To best understand what you're doing, it is important to know how thrusters function. Luckily, this is not too hard.
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	=== Layout ===		=== Layout ===
			Fuel and oxygen are moved from large tanks in Engineering Air Mixing through mixing equipment in the nacelles and finally into the burn chambers through fuel supply lines. Starboard and Port thrusters have separate phoron and hydrogen supply lines from each other, though they share the same oxygen supply line.

	Fuel and oxygen are moved from large tanks in Engineering Air Mixing, into the burn chambers through fuel supply lines. These burn chambers mix air, Starboard and Port thrusters have separate phoron and hydrogen supply lines from each other, though they share the same oxygen supply line.

	Each thruster also has an airlock to the exterior. Both thrusters are found in the aft of deck one, and are identical in layout. Starboard Propulsion can be entered directly through maintenance by all of engineering. Port Propulsion must be accessed through a segment of atmospherics called Air Mixing. Unlike the rest of atmospherics, regular engineers have access to this area through maintenance near the living quarters lift.		Each thruster also has an airlock to the exterior. Both thrusters are found in the aft of deck one, and are identical in layout. Starboard Propulsion can be entered directly through maintenance by all of engineering. Port Propulsion must be accessed through a segment of atmospherics called Air Mixing. Unlike the rest of atmospherics, regular engineers have access to this area through maintenance near the living quarters lift.
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	*<span style="color:#F3D70C"> '''Thrusters:''' </span> Vroom-vroom. Thrusters are what make the ship go. They act as 200 L containers, open to their connected pipe network (the thruster line). There’s no way to physically interact with these except to destroy them, and they cannot be rebuilt or replaced in-game. Don’t lose them!		*<span style="color:#F3D70C"> '''Thrusters:''' </span> Vroom-vroom. Thrusters are what make the ship go. They act as 200 L containers, open to their connected pipe network (the thruster line). There’s no way to physically interact with these except to destroy them, and they cannot be rebuilt or replaced in-game. Don’t lose them!

	===Methods===		=== Methods ===

	==== Cold Setup ====		==== Cold Setup ====
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	If you know the above, congratulations! You have the basic certifications of an atmospheric technician. There's more to learn, of course, but most players can stop here. Even if you do want to go further, though, remember that experimentation is half the fun of atmospherics. Still want more? If you're certain you're ready, then go on to the advanced guide.		If you know the above, congratulations! You have the basic certifications of an atmospheric technician. There's more to learn, of course, but most players can stop here. Even if you do want to go further, though, remember that experimentation is half the fun of atmospherics. Still want more? If you're certain you're ready, then go on to the advanced guide.

	== Advanced Guide ==		= Advanced Guide =
	This section of the guide is for those who want to take a much deeper dive into thrusters or wish for a better understanding of everything that’s going on behind the scenes. The concepts covered from here on are NOT at all required to be understood for most thruster operations, but can be useful if you intend to experiment with thrusters. It is mostly included for reference, but it can fast track you to advanced thruster knowledge without having to do some painstaking code dives and experiments on your own.		This section of the guide is for those who want to take a much deeper dive into thrusters or wish for a better understanding of everything that’s going on behind the scenes. The concepts covered from here on are NOT at all required to be understood for most thruster operations, but can be useful if you intend to experiment with thrusters. It is mostly included for reference, but it can fast track you to advanced thruster knowledge without having to do some painstaking code dives and experiments on your own.

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	No matter what pressure the combustion chamber might reach, '''all the devices we use in moving gas to the thruster line can only pressurize any given network to 15,000kPa at maximum.''' This includes any gas pump, as well as the vents that pull gas from the combustion chamber and phoron supply tank. The only notable exceptions are gas mixers and filters, but they also tend to struggle past 15,000kPa.		No matter what pressure the combustion chamber might reach, '''all the devices we use in moving gas to the thruster line can only pressurize any given network to 15,000kPa at maximum.''' This includes any gas pump, as well as the vents that pull gas from the combustion chamber and phoron supply tank. The only notable exceptions are gas mixers and filters, but they also tend to struggle past 15,000kPa.

	It’s very important to recognize how you reached that 15,000kPa point. In a fixed volume environment such as the thrusters, pressure can be raised in two ways. One, force more gas in. Two, increase the temperature of the gas.		It’s very important to recognize how you reached that 15,000kPa point. In a fixed volume environment such as the thrusters, pressure can be raised in two ways. One, force more gas in. Two, increase the temperature of the gas.

	So, what does this mean? Why is this so important?		So, what does this mean? Why is this so important?
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	== Modifications and Experimentation ==		== Modifications and Experimentation ==
	Well done for making it this far; at some point you probably began wondering what the practical application of all this knowledge was. This section is dedicated to covering that, with a caveat: It's not here to give you all the answers. Part of the fun of atmospherics is testing and putting things together in different ways, and if a wiki guide were to tell you how to do 99% of every advanced setup you'd want to do, then a lot of the fun would be lost.		=== Foreword ===
			Well done for making it this far; at some point you probably began wondering what the practical application of all this knowledge was. This section is dedicated to covering that, with a caveat: It's not here to give you all the answers. Part of the fun of atmospherics is testing and putting things together in different ways, and if a wiki guide were to tell you how to do 99% of every advanced setup you'd want to do, then a lot of the fun would be lost.

	However, it's also no fun to be left in the dark, so this section collects some general ideas on what you could do without getting in to too many specifics.		However, it's also no fun to be left in the dark, so this section collects some general ideas on what you could do without getting in to too many specifics.
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	If you plan to experiment with your own designs, it’s important to be able to measure your work and compare it to your other efforts to see if you’ve made an improvement, or if you’ve messed up in some way.		If you plan to experiment with your own designs, it’s important to be able to measure your work and compare it to your other efforts to see if you’ve made an improvement, or if you’ve messed up in some way.

	Besides keeping a close eye on your pipes with a gas analyzer, the best way to check your work is to confer with the bridge. Simply ask them to turn on the thrusters for a minute, and take a look at the acceleration on a navigation console.		Besides keeping a close eye on your pipes with a gas analyzer, the best way to check your work is to confer with the bridge. Ask for a thrust and acceleration reading! Simply ask them to turn on the thrusters for a minute, and take a look at the acceleration on a navigation console or ask them for it yourself.

	Note that if the bridge reports an acceleration of 1.0 gm/h, it’s likely to be more, as the helm’s default acceleration limiter is set to 1.0 Gm/h. Furthermore, they'll likely try to tell you total thrust, propellant mass, etc. from the engine console; this information is worthless to you as you can already calculate most of that from the thruster bay. Insist upon the acceleration value if you want an accurate measurement.		Note that if the bridge reports an acceleration of 1.0 Gm/h, it’s likely to be more in reality, as the helm’s default acceleration limiter is set to 1.0 gm/h. Furthermore, they'll likely try to tell you total thrust, propellant mass, etc. from the engine console; this information is worthless to you as you can already calculate most of that from the thruster bay. Insist upon the acceleration value if you want an accurate measurement.

	If you’ve been working on just a single set of thrusters, you might want to ask the bridge to turn on/off specific thrusters to get the readings you want.		If you’ve been working on just a single set of thrusters, you might want to ask the bridge to turn on/off specific thrusters to get the readings you want.

>La Villa Strangiato: Makes the headers the == ones instead of the = ones. Makes the first paragraph more straightforward. Removes some less obvious phrasing. Removes the [Link to Pressure Limitation], makes it an actual link. Breaks up some paragraphs.

2023-08-01T00:38:54Z

Makes the headers the == ones instead of the = ones. Makes the first paragraph more straightforward. Removes some less obvious phrasing. Removes the [Link to Pressure Limitation], makes it an actual link. Breaks up some paragraphs.

Внесённые изменения

>Sneakyranger в 19:18, 31 июля 2023

2023-07-31T19:18:10Z

← Предыдущая версия		Версия от 22:18, 31 июля 2023
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			= Foreword =
	''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''		''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''
	~~= Foreword =~~
	{{toc_right}}		{{toc_right}}
	It should be noted that '''it isn't required - or even a good idea - for you to read this entire page before you get started with thrusters'''. Much of the guide has been written to serve as reference material as you progress on your journey with the thrusters, especially the advanced guide. However, if you’re a new atmos tech, it’s definitely advised to read through the Basic Guide in its entirety.		It should be noted that '''it isn't required - or even a good idea - for you to read this entire page before you get started with thrusters'''. Much of the guide has been written to serve as reference material as you progress on your journey with the thrusters, especially the advanced guide. However, if you’re a new atmos tech, it’s definitely advised to read through the Basic Guide in its entirety.

>Sneakyranger в 19:17, 31 июля 2023

2023-07-31T19:17:55Z

← Предыдущая версия		Версия от 22:17, 31 июля 2023
Строка 1:		Строка 1:
			''<small>To every action, there is always opposed an equal reaction; or, the mutual actions of two bodies upon each other are always equal, and directed to contrary parts.</small>''
	= Foreword =		= Foreword =
	{{toc_right}}		{{toc_right}}