Ensures the master area is always used, to avoid issues caused by dynamic lightning which splits areas into sub-areas.
Power alarms now handled centrally.
Thermoelectric generators now generate much more power, mostly due to the increase in circulator intake volume.
Supermatter no longer powers radiation collectors, and is tweaked to run at 4000-6000K.
TEG supermatter engine mapped in. Currently generates ~1MW of power with chamber temperature of 5000K.
Removes can_fire() and moves some of it's functionality into
get_next_projectile(), which was renamed to consume_next_projectile() to
indicate the possibility of side-effects.
Also renamed flag var to check_armour
- Gives PACMAN type generators NanoUI, instead of the old UI
- Example screenshot: http://i.imgur.com/QhQEw1c.png (Red usually means it's bad. In this case, generator is operating at 10 power level, but maximal safe level is 4 (it's varedited to these values, normally it would be only 5/5). Overheats also give warnings (warning shown on screenshot is last warning which occurs approximately 20 seconds before explosion). Fuel is measured in cm3. For simplicity, 1 sheet = 1000cm3
Fixes machines not gaining the NOPOWER flag after a power failure
because they were turned off and had use_power set to 0.
Fixes machines not gaining the NOPOWER flag after being moved into an
area with no power.
Both bugs allowed power using machines to be used in areas with no
power.
Cleans up parts of pacman code, simplifies and improves temperature and
overheating mechanics. Temperature now gravitates to some set
temperature based on the power output, and if left above a max temp for
too long, the generator explodes as before. Rebalances all of the
various generator types.
- First issue is power monitoring consoles showing slightly inaccurate values. The code calculated some sort of level average which resulted in stupid values being reported (like load 500kW available 300kW). This also fixes APC load partially showing as Other load on the console.
- Second fixed issue (Fixes#7869) resolved gamebreaking bug that caused total irreversible failure of all powernets if makepowernets() was called. This, for example, includes large enough explosions, via admin command, or few other cases.
- Changed SMES NanoUI Online/Offline switch to reflect the current state
it is set to
- UI now also displays it's output status:
- Outputting = SMES is switched online and outputting normally
- Not Outputting = SMES is switched to offline
- Stored energy too low = SMES is set to online but can't output because
it doesn't have enough charge
- This removes the dreaded wireless wires bug, which caused wires disconnected by explosions to actually still conduct power until powernet was manually updated.
- This also adresses issue with (on bay unused) singularity, which exhibits similar behavior when eating wires (wireless wires bug)
- RCON consoles ignored SMES I/O limits, meaning you could set SMES to charge/discharge at unlimited values.
- SMESs now properly trim the value when it is above maximal limit (or below 0)
- Also commented the code, while i was in it
- Completely reworks the powernet sensor system that i created.
- Code mostly refactored to nice properly commented one.
- Sensors now have (currently unused) proc for returning HTML encoded string (it's there if someone needs it) and (newly added) proc that returns assoc list of data.
- Thanks to previous, the console has been fully reworked to utilize NanoUI.
- This addresses most issues with old UI which was harder to use and somewhat buggy at specific situations (such as, showing lower load than suposed)
- This fixes bugged powernet warning system. Electrocution now properly triggers warning even when short-circuit is caused by gloved user
- However, there is small difference. Causing sparks but not taking damage triggers only 5 tick warning, instead of 20 tick one. 20 tick warning is triggered when injury is caused.
This modifies the APC NanoUI to show power usage during charging. This is done in form of Total Load: 1234W (+2500W Charging). Charging panel only shows when it's really charging.
APCs now track how much power is actually used for charging. This prevents APC charging from showing up as "Other Load" in power monitoring console.
