User:Montessquio - Revision history

Montessquio at 06:23, 15 December 2023

2023-12-15T06:23:44Z

← Older revision		Revision as of 08:23, 15 December 2023
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	Hi! My name's Montessquio, but you can call me Monty. My main character on Yawn Wider is Elise Macheny the Chief Engineer, but I also play Sage Maschenny the Overseer. If you need any help in-game, don't hesitate to ask!		Hi! My name's Montessquio on BYOND and Discord, but you can call me Monty.

			My main character on Yawn Wider is Elise Macheny the Chief Engineer, but I also play Sage Maschenny the Overseer. If you need any help in-game, don't hesitate to ask!

	Below this line you might see an article I'm currently working on:		Below this line you might see an article I'm currently working on:

Montessquio at 06:22, 15 December 2023

2023-12-15T06:22:58Z

← Older revision		Revision as of 08:22, 15 December 2023
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	Hi! My name's Montessquio, but you can call me Monty. My main character on Yawn Wider is Elise Macheny. If you need any help in-game, don't hesitate to ask!		Hi! My name's Montessquio, but you can call me Monty. My main character on Yawn Wider is Elise Macheny the Chief Engineer, but I also play Sage Maschenny the Overseer. If you need any help in-game, don't hesitate to ask!

	Below this line you might see an article I'm currently working on:		Below this line you might see an article I'm currently working on:

	----		----

			[[Guide_to_Advanced_Supermatter_Hacking\|Guide to Advanced Supermatter Hacking]]

Montessquio: Replaced content with "Hi! My name's Montessquio, but you can call me Monty. My main character on Yawn Wider is Elise Macheny. If you need any help in-game, don't hesitate to ask! Below this li..."

2020-08-16T20:42:19Z

Replaced content with "Hi! My name's Montessquio, but you can call me Monty. My main character on Yawn Wider is Elise Macheny. If you need any help in-game, don't hesitate to ask! Below this li..."

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Montessquio: /* Activating the Supermatter */

2020-08-16T20:25:57Z

Activating the Supermatter

← Older revision		Revision as of 22:25, 16 August 2020
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	#Click the 'Reactor Blast Doors' button just below the first button to open the supermatter chamber blast doors.		#Click the 'Reactor Blast Doors' button just below the first button to open the supermatter chamber blast doors.
	##This step can be performed from the monitoring room, the button is on the upper left of the table.		##This step can be performed from the monitoring room, the button is on the upper left of the table.
	#Click on the emitter [[File:Emitter.png]] and let it fire. ~~It's safe~~ to ~~leave~~ it on the ~~entire shift~~, ~~assuming you performed all~~ the ~~previous setup correctly~~.		#Click on the emitter [[File:Emitter.png]] and let it fire. Unless you performed the steps to pipe waste to Atmos it is recommended you turn off the emitter at 1400 EER(You can see the monitor on a laptop or tablet), the shifts on this station are long and eventually the canister will fill and clog the engine, it is recommended to set up RCON so that the station will remain powered as the SM cools.
	##This step can be performed from the monitoring room. Use the engineering camera monitor to visually ensure that the reactor blast doors are open before firing. The button is on the upper right of the table.		##This step can be performed from the monitoring room. Use the engineering camera monitor to visually ensure that the reactor blast doors are open before firing. The button is on the upper right of the table.

Montessquio: /* Setting Up the SMES */

2020-08-16T20:25:01Z

Setting Up the SMES

← Older revision		Revision as of 22:25, 16 August 2020
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	# Get to the RCON console, either in the engine control room, or in the Monitoring room.		# Get to the RCON console, either in the engine control room, or in the Monitoring room.
	# ~~In general, assign~~ outputs ~~higher than inputs~~ for ~~most~~ SMES. ~~Power usage isn't consistent, and input~~ is ~~constant~~. ~~By assigning larger values~~ to output, ~~you~~'~~re taking into account periods of high~~ power ~~draw~~.		# Set the power inputs and outputs for the Main SMES to high values. This is going to be the maximum power transfer to the whole station.
			# Divide this power to all the other departments. The sum of the power assignment of all the other subgrids should not exceed the total output of the Main SMES, otherwise they will fight each other for power.
			# Turn off all the bypass breakers, so the subgrids don't all feed directly from main power and instead must use their assigned power allotments.

	==Optimization and Maintenance==		==Optimization and Maintenance==

Montessquio at 20:15, 16 August 2020

2020-08-16T20:15:15Z

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	# Create an up pipe facing west, manifold to replace the red pipe as shown, and a pipeline connecting the new black line coming from the engine to the Atmos' filtering loop.		# Create an up pipe facing west, manifold to replace the red pipe as shown, and a pipeline connecting the new black line coming from the engine to the Atmos' filtering loop.

	With this setup, the engine's waste is now being efficiently re-processed.		With this setup, the engine's waste is now being efficiently re-processed and stored in atmos.


	===Activating the Supermatter===		===Activating the Supermatter===

Montessquio at 20:10, 16 August 2020

2020-08-16T20:10:44Z

← Older revision		Revision as of 22:10, 16 August 2020
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	# Run the new pipeline as shown in the image, and place a down-pipe on the wall shown in the image.		# Run the new pipeline as shown in the image, and place a down-pipe on the wall shown in the image.
	# Now go downstairs to the southwest corner of atmospherics.		# Now go downstairs to the southwest corner of atmospherics.
	# Create an up pipe, manifold, and a pipeline connecting ~~them such that~~ the new black line coming from the engine ~~connects~~ to Atmos' filtering loop~~, as shown~~.		# Create an up pipe facing west, manifold to replace the red pipe as shown, and a pipeline connecting the new black line coming from the engine to the Atmos' filtering loop.

	With this setup, the engine's waste is now being efficiently re-processed.		With this setup, the engine's waste is now being efficiently re-processed.

Montessquio: /* Setting Up the SMES */

2020-08-16T20:10:19Z

Setting Up the SMES

← Older revision		Revision as of 22:10, 16 August 2020
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	=== Setting Up the SMES ===		=== Setting Up the SMES ===
	''A lot of this section's content is adapted from [https://docs.google.com/document/d/1U7Wy700HZ9aXLIr0NhuxyePJF7D0MULn_Jie44OMabM/edit Holdeltas guide to the Supermatter]. While the guide on this wiki has more up-to-date information, credit for the information on RCON setup goes to Holdelta.''		''A lot of this section's content is taken and adapted from [https://docs.google.com/document/d/1U7Wy700HZ9aXLIr0NhuxyePJF7D0MULn_Jie44OMabM/edit Holdeltas guide to the Supermatter]. While the guide on this wiki has more up-to-date information, credit for the information on RCON setup goes to Holdelta.''

	RCON is the name for the SMES Remote control system on the station. With it, you can remotely set the input and output values for every subsystem in the building - meaning, you could increase for example, the Science department's power allotment if they need it for a project.		RCON is the name for the SMES Remote control system on the station. With it, you can remotely set the input and output values for every subsystem in the building - meaning, you could increase for example, the Science department's power allotment if they need it for a project.
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	Power flows in a specific way on the station. It looks a bit like this: <nowiki>TEGs -> Engine SMES And Main SMES -> SMES across the entire station -> APCs</nowiki>.		Power flows in a specific way on the station. It looks a bit like this: <nowiki>TEGs -> Engine SMES And Main SMES -> SMES across the entire station -> APCs</nowiki>.

	Knowing this, we can configure our SMES-es for maximum power efficiency across the station.		Knowing this, we can configure our SMES-es for maximum power efficiency across the station. This part of the guide covers a good set-up for the default engine configuration, so it may require adjustment if you made any changes to the power setup.

	# ~~Steps~~		# Get to the RCON console, either in the engine control room, or in the Monitoring room.
			# In general, assign outputs higher than inputs for most SMES. Power usage isn't consistent, and input is constant. By assigning larger values to output, you're taking into account periods of high power draw.

	==Optimization and Maintenance==		==Optimization and Maintenance==

Montessquio: /* Engine Waste and Intercooler Loop */

2020-08-16T20:03:28Z

Engine Waste and Intercooler Loop

← Older revision		Revision as of 22:03, 16 August 2020
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	# First, grab a [[File:Wrench.png]] wrench and a [[File:RPD.png]] Rapid Pipe Dispenser, which can usually be found in Atmos.		# First, grab a [[File:Wrench.png]] wrench and a [[File:RPD.png]] Rapid Pipe Dispenser, which can usually be found in Atmos.
	# Unwrench the right-most heat exchangers and replace them with a pipe and a manfold.		# Unwrench the right-most heat exchangers and replace them with a pipe and a manfold.
	# Run the new pipeline as shown in the image, and place a down-pipe on the ~~tile~~ shown in the image.		# Run the new pipeline as shown in the image, and place a down-pipe on the wall shown in the image.
	# Now go downstairs to the southwest corner of atmospherics.		# Now go downstairs to the southwest corner of atmospherics.
	# Create an up pipe, manifold, and a pipeline connecting them such that the new black line coming from the engine connects to Atmos' filtering loop, as shown.		# Create an up pipe, manifold, and a pipeline connecting them such that the new black line coming from the engine connects to Atmos' filtering loop, as shown.

Montessquio: /* Coolant Setup */

2020-08-16T20:01:11Z

Coolant Setup

← Older revision		Revision as of 22:01, 16 August 2020
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	===Coolant Setup===		===Coolant Setup===
	Setting up the engine cooling system is essential to prevent the engine from overheating.		Setting up the engine cooling system is essential to prevent the engine from overheating.

			#Configure the filters in the hot loop. Set both of them to filter Phoron, so only that gas goes back into the loop. Once they are set, turn them on.
	#There are four phoron canisters [[File:Plasma_canister.png]] in engine gas storage west of the engine core.		#There are four phoron canisters [[File:Plasma_canister.png]] in engine gas storage west of the engine core.
	#Place a can directly over the hot loop input and cold loop input connectors [[File:Connector_Port.png]] and wrench them to secure them.		#Place a can directly over the hot loop input and cold loop input connectors [[File:Connector_Port.png]] and wrench them to secure them.
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	#Once those are empty, remove those and place a second pair of cans on the inputs to drain. There should be two canisters worth of gas in each loop.		#Once those are empty, remove those and place a second pair of cans on the inputs to drain. There should be two canisters worth of gas in each loop.
	#Unwrench the canisters, and add an additional phoron canister to the cold loop connector.		#Unwrench the canisters, and add an additional phoron canister to the cold loop connector.
	~~#Configure the filters in the hot loop. Set both of them to filter Phoron, so only that gas goes back into the loop. Once they are set, turn them on.~~
	#Turn on the high-power pump [[File:Volumetric Pump.png]] near the window west of the connector ports to circulate the cold loop.		#Turn on the high-power pump [[File:Volumetric Pump.png]] near the window west of the connector ports to circulate the cold loop.
	#Make sure to maximize the coolants pumps output, or risk damage by overheating.		#Make sure to maximize the coolants pumps output, or risk damage by overheating.