Guide to Telecommunications: Difference between revisions

m
→‎Quick Guide to Telecommunications: Added list of tools and items needed for constructing new tcomms.
imported>Kosmos
m (Made ntsl script page -links more visible.)
imported>Kosmos
m (→‎Quick Guide to Telecommunications: Added list of tools and items needed for constructing new tcomms.)
Line 51: Line 51:
==Standard Structure==
==Standard Structure==
Each step is sent through the HUB typically
Each step is sent through the HUB typically
* [[File:Sreceiver.gif]] Signal goes from headset/intercom/etc. to a RECEIVER
# [[File:Station_Bounced_Radio.png]] Signal goes from headset/intercom/etc
* [[File:Bus.gif]] Signal is sent to the appropriate BUS MAINFRAME
# [[File:Sreceiver.gif]] to a RECEIVER
* [[File:Pro.gif]] Signal is sent to the bus's corresponding PROCESSOR. Note that THE PROCESSOR AND BUS MUST BE DIRECTLY CONNECTED
# [[File:Bus.gif]] Signal is sent to the appropriate BUS MAINFRAME
* [[File:Bus.gif]] Signal is returned to the BUS MAINFRAME
# [[File:Pro.gif]] Signal is sent to the bus's corresponding PROCESSOR. Note that THE PROCESSOR AND BUS MUST BE DIRECTLY CONNECTED
* [[File:Server.gif]] Signal is logged at the SERVER and has scripts applied
# [[File:Bus.gif]] Signal is returned to the BUS MAINFRAME
* [[File:Broad.gif]] Signal is sent to the BROADCASTER
# [[File:Server.gif]] Signal is logged at the SERVER and has scripts applied
* [[File:Headset.png]] Signal is sent to all appropriate radio devices
# [[File:Broad.gif]] Signal is sent to the BROADCASTER
# [[File:Headset.png]] Signal is sent to all appropriate radio devices




Line 68: Line 69:
Parts that are functionally non-optional:
Parts that are functionally non-optional:
* Processor. Why? You get this otherwise:
* Processor. Why? You get this otherwise:
[[File:Simple_telecomms.png|thumb|286px|An extremely simple, but still functional version of telecommunications]]


<font color=green>>/;v**r; [145.9] says, "*ok at a;<th$>/e >$s>*v p*is#$*& ot**ng tr#nsl%/****"</font color>
<font color=green>>/;v**r; [145.9] says, "*ok at a;<th$>/e >$s>*v p*is#$*& ot**ng tr#nsl%/****"</font color>
Line 82: Line 82:
'''NOW TO IGNORE EVERYTHING ABOVE AND TELL YOU HOW TO FIX TELECOMMS INCREDIBLY EASILY NO MATTER WHAT'S DONE TO IT.'''
'''NOW TO IGNORE EVERYTHING ABOVE AND TELL YOU HOW TO FIX TELECOMMS INCREDIBLY EASILY NO MATTER WHAT'S DONE TO IT.'''


Machines you need: Receiver, Bus Mainframe, Processor, Broadcaster
 
'''Tools you need:'''
* [[File:Screwdriver_tool.png]] Screwdriver
* [[File:Wrench.png]] Wrench
* [[File:Wirecutters.png]] Wirecutters
* [[File:Crowbar.png]] Crowbar
 
 
'''Total list of items you need (all of these items can be found in the [[Technical Storage]]):'''
* 1x [[File:Module.png]] Subspace Receiver Board, 1x [[File:Module.png]] Bus Mainframe Board, 1x [[File:Module.png]] Processor Unit Board, 1x [[File:Module.png]] Subspace Broadcaster Board
* 1x [[File:CableCoils.png]] Cable Coil
* 9x [[File:Micro_Manipulator.png]] Micro Manipulators
* 1x [[File:Scanning_Module.png]] Scanning Module
* 3x [[File:Micro-laser.png]] High-Power Micro Laser
* 4x [[File:Hyperwave_filter.png]] Hyperwave Filter
* 3x [[File:Subspace_ansible.png]] Subspace Ansible
* 1x [[File:Ansible_crystal.png]] Ansible Crystal
* 1x [[File:Subspace_Analyzer.png]] Subspace Analyzer
* 1x [[File:Subspace_amplifier.png]] Subspace Amplifier
 
 
[[File:Simple_telecomms.png|thumb|286px|An extremely simple, but still functional version of telecommunications.]]
'''Machines you need to build:'''
* [[Subspace Receiver]]
* [[Bus Mainframe]]
* [[Processor Unit]]
* [[Subspace Broadcaster]]


This can be done anywhere with power, including a bombed-out telecomms room or anywhere else.
This can be done anywhere with power, including a bombed-out telecomms room or anywhere else.


# Clear ANY frequency filters on the machines
'''After building:'''
# Grab the bus mainframe and put it on your multitool buffer
# Clear ANY frequency filters on the machines.
# Link it to the broadcaster, processor, and receiver.
# Grab the Bus Mainframe and put it on your multitool buffer (down on the list, click "Multitool Buffer")
 
# Link it to the Broadcaster, Processor, and Receiver (click "Add Machine").


That's it. You're done. It'll process all telecomms signals with no lag, no static, no loss of functionality except for the inability to use telecomms scripts - though this is a great way to evade hostile scripts like a rogue AI's mute script.
That's it. You're done. It'll process all telecomms signals with no lag, no static, no loss of functionality except for the inability to use telecomms scripts - though this is a great way to evade hostile scripts like a rogue AI's mute script.


=A More Elaborate Guide to Telecommunications=
=A More Elaborate Guide to Telecommunications=
Anonymous user