Introduction

Formation

• 1^st Line (ATT): LWF/RWF, SS and CF
• 2^nd Line (MID): LMF/RMF, DMF, CMF and AMF
• 3^rd Line (DEF): LB/RB and CB

• With the Defensive Instructions Counter Target or Deep Line.
• DMF tend to join the 1^st Line depending on the situations.
• Box-to-Box tend to go lower on the team to help in defense if needed.

The Team

Conclusion

The disk space limit for floppy disks, in bytes.

Set how many files a computer can have open at the same time. Set to 0 for unlimited.

Range: > 0

Set this to true to disable Lua 5.1 functions that will be removed in a future

update. Useful for ensuring forward compatibility of your programs now.

A comma separated list of default system settings to set on new computers.

Example: "shell.autocomplete=false,lua.autocomplete=false,edit.autocomplete=false"

will disable all autocompletion.

Log exceptions thrown by peripherals and other Lua objects. This makes it easier

for mod authors to debug problems, but may result in log spam should people use

buggy methods.

Require players to be in creative mode and be opped in order to interact with

command computers. This is the default behaviour for vanilla's Command blocks.

Controls execution behaviour of computers. This is largely intended for

fine-tuning servers, and generally shouldn't need to be touched.

#Set the number of threads computers can run on. A higher number means more #computers can run at once, but may induce lag. Please note that some mods may #not work with a thread count higher than 1. Use with caution. #Range: > 1 computer\_threads = 1 #The maximum time that can be spent executing tasks in a single tick, in #milliseconds. #Note, we will quite possibly go over this limit, as there's no way to tell how #long a will take - this aims to be the upper bound of the average time. #Range: > 1 max\_main\_global\_time = 10 #The ideal maximum time a computer can execute for in a tick, in milliseconds. #Note, we will quite possibly go over this limit, as there's no way to tell how #long a will take - this aims to be the upper bound of the average time. #Range: > 1 max\_main\_computer\_time = 5 

Controls the HTTP API

#Enable the "http" API on Computers. This also disables the "pastebin" and "wget" #programs, that many users rely on. It's recommended to leave this on and use the #"rules" config option to impose more fine-grained control. enabled = true #Enable use of http websockets. This requires the "http\_enable" option to also be true. websocket\_enabled = true #The number of http requests a computer can make at one time. Additional requests #will be queued, and sent when the running requests have finished. Set to 0 for #unlimited. #Range: > 0 max\_requests = 0 #The number of websockets a computer can have open at one time. Set to 0 for unlimited. #Range: > 1 max\_websockets = 4 #Limits bandwidth used by computers. \[http.bandwidth\] #The number of bytes which can be downloaded in a second. This is shared across all computers. (bytes/s). #Range: > 1 global\_download = 335544320 #The number of bytes which can be uploaded in a second. This is shared across all computers. (bytes/s). #Range: > 1 global\_upload = 335544320 #A list of rules which control behaviour of the "http" API for specific domains or #IPs. Each rule is an item with a 'host' to match against, and a series of #properties. Rules are evaluated in order, meaning earlier rules override later #ones. #The host may be a domain name ("pastebin.com"), wildcard ("\*.pastebin.com") or #CIDR notation ("127.0.0.0/8"). #If no rules, the domain is blocked. \[\[http.rules\]\] host = "$private" action = "allow" \[\[http.rules\]\] #The maximum size (in bytes) that a computer can send or receive in one websocket packet. max\_websocket\_message = 1310720 host = "\*" #The maximum size (in bytes) that a computer can upload in a single request. This #includes headers and POST text. max\_upload = 41943040 action = "allow" #The maximum size (in bytes) that a computer can download in a single request. #Note that responses may receive more data than allowed, but this data will not #be returned to the client. max\_download = 167772160 #The period of time (in milliseconds) to wait before a HTTP request times out. Set to 0 for unlimited. timeout = 0 

Various options relating to peripherals.

#Enable Command Block peripheral support command\_block\_enabled = false #The range of Wireless Modems at low altitude in clear weather, in meters. #Range: 0 \~ 100000 modem\_range = 64 #The range of Wireless Modems at maximum altitude in clear weather, in meters. #Range: 0 \~ 100000 modem\_high\_altitude\_range = 384 #The range of Wireless Modems at low altitude in stormy weather, in meters. #Range: 0 \~ 100000 modem\_range\_during\_storm = 64 #The range of Wireless Modems at maximum altitude in stormy weather, in meters. #Range: 0 \~ 100000 modem\_high\_altitude\_range\_during\_storm = 384 #Maximum amount of notes a speaker can play at once. #Range: > 1 max\_notes\_per\_tick = 8 #The limit to how much monitor data can be sent \*per tick\*. Note: # - Bandwidth is measured before compression, so the data sent to the client is # smaller. # - This ignores the number of players a packet is sent to. Updating a monitor for # one player consumes the same bandwidth limit as sending to 20. # - A full sized monitor sends \~25kb of data. So the default (1MB) allows for \~40 # monitors to be updated in a single tick. #Set to 0 to disable. #Range: > 0 monitor\_bandwidth = 1000000 

1. The white coax cable in my closet is labeled 'feed' and is currently connected to the black coax cable labeled 'Loft.' The loft is where my modem and router and series x and home assistant are located. What if I moved my spectrum modem to the closet and connected the 'feed' white coax cable to the modem, ethernet from modem to router and then one of the ethernet cables in my closet to the router....? Idk, could I somehow possibly use the black box Telephone Input Module that has all the ethernet cords? Or is that completely useless and only for telephones therefore I can't use the ethernet ports located in each of my rooms? If so, maybe I'll have to use a Coax to Ethernet adapter like MoCA (Multimedia over Coax Alliance)? I think I'll also need maybe some kind of splitter?
2. Similar to above, probably also needing a coax or ethernet splitter but instead of using the spectrum router and possibly supplying internet via the usb ports in each room to one device in the room (i.e. TV), maybe i get a mesh wifi system and use the ethernet ports in each room to plug directly into a node which then supplies wife to that area. Probably only need one node for downstairs since my place isn't all that big.

• 1U Dell server: Not used, but makes a nice shelf, and a good demo to start up to show people how loud a server can be.
• UniFi Edgeswitch: Got this somewhere, just used as a simple switch here.
• Top 4U Rosewill case: Currently unused, but I’ll put something here soon.
• Bot 4U Rosewill older case: Has a i3 server, but also my btrfs raid array.
• Monoprice power strip: Shows power usage, which I like to see at a glance
• Antminer: Old custom bitcoin miner, takes a lot of power, not currently used
• UniFi AP LR: I’ve got a AP7 elsewhere, but this one handles this area. POE adapter is on side of rack.
• Wall mounted monitor: Because I had it.