* This is PHASE 1 of a multi-phase conversion. In this first phase we implement the subsystem, but leave it processing the existing global list variables. In the next phase we will switch to use datum variables in the subsystem. The main reason for splitting into two phases is ease of code review; change the meaningful code without the hundreds of machines -> SSmachines.machinery substitutions.
* We did declare macros for adding/removing things to the processing lists, and convert everywhere to use the macros.
* Added var/is_processing to /datum to keep track of whether an instance is already in a processing list (prevents it being in the list twice!) and also debugging, making sure its not in two lists etc.
* NOTE: The global machines list is **no longer sorted** for performance reasons. As far as I know, the only module that actually ever cared was cameras. Our camera system already handles its own sorting in the cameranets anyway, so it should no longer be needed.
Adds toolspeed var, which is a multiplier on how 'fast' the tool works. 0.5 means it goes twice as fast.
Adds usesound var, which determines what sound is used when a tool is being used.
Changes a lot of code to use those two vars instead.
Adds 'ayyy' tools, which are ported from /tg/'s abductor gamemode. They're currently admin only but I might make them obtainable by xenoarch later.
Adds powertools, also from /tg/. CE starts with them in a new toolbelt that spawns in their locker, ported from (you guessed it) /tg/.
Changes welder sprites to look nicer, ported yet again from /tg/. Modified the blue welder slightly so it can be the electric welder sprite.
Adds various sounds from /tg/, for tools and welders.
A lot of new defines are now in inventory_sizes.dm, which contains;
All the size identifiers (the thing that tells the game if something is bulky, or w/e).
Storage costs for all the sizes, which are exponents of two, as previously.
A few constants for inventory size.
Also changes all storage item's capacity definitions by basing it off of how many 'normal slots' exist for it. This allows one to change the definition for all of the defines in the file, and everything will follow along without needing to change 500 files. In testing, I made all ITEMSIZE_COST_* defines doubled, and nothing had broke.
The benefit of doing all of this is that it makes adding new weight classes in the future much simpler, and makes knowing how much space a container has easier, as seeing ITEMSIZE_COST_NORMAL * 7 means it can hold seven normal items.
- Fixes powersinks lasting for infinite duration before exploding.
- Minor adjustment to powersink drain rates. Powersink now drains up to 1.5MW instead of 1MW. It also attempts to drain up to 5kW instead of 2kW from each APC, unless powernet supplies enough power. They can still be overpowered by pumping more than 1.5MW into the grid, which is possible if you either install more coils into main SMES, or use the solars. Even 1MW of default SMES is enough to slow the drain effect considerably, espicially if you can isolate it with breakers.
- Fixes "APC Flickering" issues caused by powersinks. Powersinks are now processed immediately after powernets, which ensures they are first to take power from that powernet. This is unfortunately necessary as APCs would take power first, which is not desired.
- Minor refactor while i was at it - absolute paths, span classes, visible_message() instead of for cycle. No gameplay effect.
Protolathe and CI build procs moved to them from RD console.
Protolathe and CI now have a build queue. Designs take varying time to
build.
P and CI material storage is now a list instead of a set of vars.
origin_tech is now a list.
All sheets now contain exactly 2000 units of matter.
In design datum, chemicals and materials are two separate lists.
Designs are now sorted. The method is kinda hacky but flexible. They
have a var, sort_string. Designs are sorted alphabetically using it.
Circuits how show whether they build a machine or a computer in CI menu.
Adds item construction, for now protolathe is used.
- More stuff now triggers powernet warnings: People getting shocked by machinery (primarily door, but can be anything else powered by APC), and grilles. Thanks to @mwerezak for suggestion.
- Monitoring computer now has slightly different icon_state when it detects powernet warning. This is checked and updated every 5 MC ticks (ie, slightly delayed)
- Fixes ocassional runtime in powernet_sensor.dm
- Powersinks buffed a bit more. Drain rate changed from 0.6MW to 1MW. 1MW is full output of main engine SMES.
- Powersinks also dissipate small amount of internal energy charge over time. (20kW)
- Adds remote powernet sensors, power monitoring computers use these by default to monitor power around the station. Default range is 1 Z level + long range versions of sensors
- Powernet sensors mapped in, each subgrid has it's own one (ie: substations compatible)
- Telecomms, mining, research and engineering outposts have long range versions installed, visible even cross-Zlevels
- Powersinks and ninja gloves now trigger problem warning in powernets they affect. This warning is visible to anyone using power monitoring console. TODO: Add more stuff that triggers warnings.
- Powersinks now properly drain APC cells using CELLRATE (@2000W per APC max.)
- Powersinks buffed a bit, to compensate for CELLRATE change (previous line)
- The folders themselves are now finished
- Next I'll go through each file and organize them
- Lastly I'll start pulling the object definitions out of /code/defines/ and put them into their respective files.
**Note to committers**
Make sure the .dme file updates when you update to this revision. If necessary delete the .dme and svn-update.
git-svn-id: http://tgstation13.googlecode.com/svn/trunk@4546 316c924e-a436-60f5-8080-3fe189b3f50e
