`code/setup.dm`:
Fixed large amounts of indenting.
Fixed large numbers of comments and their clarity.
Added parentheses to macros using expressions.
Added FIXME for unused duplicated macros, without certainty of their requirement.
Removed some duplicate macros present. (`BRUTE`, `BURN`, etc.)
Removed macro `PI`, and replaced instances of its use with `var/const/Pi` from `maths.dm`
`code/global.dm`:
Fixed large amounts of indenting, added newlines to long single-lined list definitions.
Slightly clarified comments.
`maths.dm`:
Rewrite `Gcd(x)` to remove recursive behaviour.
Remove `RaiseToPower(x)` and its usage from `event_manager.dm`.
Rename `Lerp()` to `Interpolate()`.
Add `Square(x)`, which squares a number.
Rearrange most of the functions in the file. (trigonometric functions together, etc.)
`type2type.dm`:
Rewrite `num2hex()` and optimise `hex2num()` for superior clarity and a 100% speed improvement.
Correct indenting, spaces, make switches more concise.
`time.dm`:
Remove old, slanderous commented-out function `/proc/time_stamp()`
`lists.dm`:
Add the macros, `BITTEST(bitfield,index)`, `BITSET(...)`, `BITRESET(...)`
and `BITFLIP(...)` for bit-manipulation and use them where 20+ files
do it manually, for arguments of reader clarity and standardness.
So basically toxins are not processed like all other reagents - instead
that is handled to the liver. Since dionae/dionas have no liver, toxins
would never leave their system. There is a check for aliens to
forcefully call ..(), but due to a typo it was only called if the drug
had any toxpwr. Since mindbreaker (and several others) has toxpwr = 0,
such drugs would never leave a poor diona's... khm, system.
The question to how diona even get affected by those in the first place
stays open.
Fixes#6994.
- Fixes#5906
- Fixes#5939
- Fixes#6282
- Fixes#6634 (properly this time)
- Fixed a bug with updating train stats (causing trains to be super slow if hitched while running)
- Updated train verbs (start/stop/remove key) to only show up if you are in the same turf
- Moved all train specific verbs to their own verb category: "Vehicle"
