Capturing bases is sometimes really annoying because of the DCS unit
AI and our non-optimal ground victory heuristics. Add a cheat option
to allow the player to move on without the tedium.
Somehow this constant was wrong so all of our foot-to-meter
conversions were coming out ~7% too large. We're still introducing
some error because we're rounding early rather than only when we need
an integer, but it's much more accurate now.
- dcsLiberation.installPath does not include "state.json" anymore
- corrected behavior :
- try LIBERATION_EXPORT_DIR
- then try dcsLiberation.installPath
- then try TEMP
- then try working directory
- corrected multiple bugs in dcs_liberation.lua
- corrected bad string.format causing DCS crashes in
jtacautolase-config.lua
Weather and exact time of day information is helpful during mission
planning, so generate it at the start of the turn rather than at
takeoff time.
Another advantage aside from planning is that we can now use the wind
information to set carrier headings and takeoff runways appropriately.
- load plugins when loading a game
- moved plugins scripts to resources/plugins (for pyinstaller)
- removed vanilla JTAC and JTAC_smoke options and settings GUI
- call JtacAutolasePlugin in armor.py
- made a dictionary of INSTALLED_PLUGINS
- removed NIOD from the VEAF plugin
- the base LUA functionality has been implemented as a mandatory plugin
- the jtacautolase functionality has been implemented as a plugin
- added a VEAF framework plugin
The plugins have GUI elements in the Settings window.
When the mission is aborted the pending mission is still in the event
list, which is part of the game option. That event has a reference to
the operation, which in turn contains all the mission generator
objects. Two of these objects are the radio/TACAN allocators, which
use a generator to track the next free channel. Generators cannot be
picked, so because these are transitively part of the game object the
game cannot be saved.
Aside from the briefing generator, none of those objects are
actually needed outside the generation function itself, so just make
them locals instead.
This probably needs a larger refactor at some point. It doesn't look
like we need so many calls into the operation type (it has an
initialize, a prepare, and a generate, and it doesn't seem to need
anything but the last one). The only reason breifinggen needs to
remain a part of the class is because the briefing title and
description are filled in from the derived class, where title and
description should probably be overridden properties instead. I'm also
not sure if we need to make the event list a part of game at all, and
also don't think that the mission needs to be one of these events.
Mission planning on a per-control point basis lacked the context it
needed to make good decisions, and the ability to make larger missions
that pulled aircraft from multiple airfields.
The per-CP planners have been replaced in favor of a global planner
per coalition. The planner generates a list of potential missions in
order of priority and then allocates aircraft to the proposed flights
until no missions remain.
Mission planning behavior has changed:
* CAP flights will now only be generated for airfields within a
predefined threat range of an enemy airfield.
* CAS, SEAD, and strike missions get escorts. Strike missions get a
SEAD flight.
* CAS, SEAD, and strike missions will not be planned unless
they have an escort available.
* Missions may originate from multiple airfields.
There's more to do:
* The range limitations imposed on the mission planner should take
aircraft range limitations into account.
* Air superiority aircraft like the F-15 should be preferred for CAP
over multi-role aircraft like the F/A-18 since otherwise we run the
risk of running out of ground attack capable aircraft even though
there are still unused aircraft.
* Mission priorities may need tuning.
* Target areas could be analyzed for potential threats, allowing
escort flights to be optional or omitted if there is no threat to
defend against. For example, late game a SEAD flight for a strike
mission probably is not necessary.
* SAM threat should be judged by how close the extent of the SAM's
range is to friendly locations, not the distance to the site itself.
An SA-10 30 nm away is more threatening than an SA-6 25 nm away.
* Much of the planning behavior should be factored out into the
coalition's doctrine.
But as-is this is an improvement over the existing behavior, so those
things can be follow ups.
The potential regression in behavior here is that we're no longer
planning multiple cycles of missions. Each objective will get one CAP.
I think this fits better with the turn cycle of the game, as a CAP
flight should be able to remain on station for the duration of the
turn (especially with refueling).
Note that this does break save compatibility as the old planner was a
part of the game object, and since that class is now gone it can't be
unpickled.
Mission planning has been completely redone. Missions are now planned
by right clicking the target area and choosing "New package".
A package can include multiple flights for the same objective. Right
now the automatic flight planner is only fragging single-flight
packages in the same manner that it used to, but that can be improved
now.
The air tasking order (ATO) is now the left bar of the main UI. This
shows every fragged package, and the flights in the selected package.
The info bar that was previously on the left is now a smaller bar at
the bottom of the screen. The old "Mission Planning" button is now
just the "Take Off" button.
The flight plan display no longer shows enemy flight plans. That could
be re-added if needed, probably with a difficulty/cheat option.
Aircraft inventories have been disassociated from the Planner class.
Aircraft inventories are now stored globally in the Game object.
Save games made prior to this update will not be compatible do to the
changes in how aircraft inventories and planned flights are stored.
In order to be able to customize the scripts that can be injected in the
mission, a __plugin.lst file is read and the scripts mentionned in this
file are injected (through DoScriptFile and not DoScript).
A mechanism checks if a standard script (Mist, JTACAutolase) has
already been loaded, to avoid loading them twice.
Adds the following:
* AJS37
* AV-8B
* JF-17
This does move the preset channel allocation logic into its own class,
since we need to customize that behavior for the AJS37 since it has a
rather unique preset channel layout (see the comments in
`ViggenRadioChannelAllocator` for details).
