If there are not airbases withing ferry range with available parking for
the aircraft then the aircraft will be captured and sold. Otherwise the
aircraft will retreat to the closest available airbase.
Fixes https://github.com/Khopa/dcs_liberation/issues/693
If the captured base has no connection to other friendly objectives (the
base was encircled) then the enemy equipment will be captured and sold.
Otherwise the units will retreat toward connected bases.
Partial fix for https://github.com/Khopa/dcs_liberation/issues/693.
Still need to fix this for air units.
We were never resetting the dead state for repaired SAMs. Rather than
tracking that manually, determine liveness from the number of units left
alive.
For building objectives where the group is not assigned to the TGO until
*mission* generation time we still need manual tracking.
(cherry picked from commit d3b1f6110f23b72c67d2ab86585087115004390d)
We were never resetting the dead state for repaired SAMs. Rather than
tracking that manually, determine liveness from the number of units left
alive.
For building objectives where the group is not assigned to the TGO until
*mission* generation time we still need manual tracking.
Some SAMs have multiple groups (such as an SA-10 group with its
accompanying SA-15 and SA-19 groups). This shows each group's threat and
detection separately on the map, and also makes it so that an SA-10 with
dead radars will no longer contribute to the threat zone just because
the shilka next to it still has a functioning radar.
https://github.com/Khopa/dcs_liberation/issues/647
Fixes https://github.com/Khopa/dcs_liberation/issues/672
Holes in the inclusion zone are defined by exclusion zones, not by holes
in the inclusion zone. Add a cached property for the inclusion zone that
is not also sea or exclusion zone and use that boundary instead.
Converts the landmap to use MultiPolygon instead of a collection of
polygons, since Shapely has explicit support for this.
Because we've done that, we can use a single projection from a line
instead of brute forcing the extent of the front line.
This makes turn processing ~66% faster (3 seconds to 1.8).
There are probably other places this should be used.
Started with TARCAP because they're simple, but will follow and extend
this to the other flight plans next.
This works by building navigation meshes (navmeshes) of the theater
based on the threat regions. A navmesh is created for each faction to
allow the unique pathing around each side's threats. Navmeshes are built
such that there are nav edges around threat zones to allow the planner
to pick waypoints that (slightly) route around threats before
approaching the target.
Using the navmesh, routes are found using A*. Performance appears
adequate, and could probably be improved with a cache if needed since
the small number of origin points means many flights will share portions
of their flight paths.
This adds a few visual debugging tools to the map. They're disabled by
default, but changing the local `debug` variable in `DisplayOptions` to
`True` will make them appear in the display options menu. These are:
* Display navmeshes (red and blue). Displaying either navmesh will draw
each navmesh polygon on the map view and highlight the mesh that
contains the cursor. Neighbors are indicated by a small yellow line
pointing from the center of the polygon's edge/vertext that is shared
with its neighbor toward the centroid of the zone.
* Shortest path from control point to mouse location. The first control
point for the selected faction is arbitrarily selected, and the
shortest path from that control point to the mouse cursor will be
drawn on the map.
* TARCAP plan near mouse location. A TARCAP will be planned from the
faction's first control point to the target nearest the mouse cursor.
https://github.com/Khopa/dcs_liberation/issues/292
Creates threat zones around airfields and non-trivial air defenses (it's
not worth dodging anything with a threat range under 3nm). These threat
zones can be used to aid mission planning and waypoint placement.
https://github.com/Khopa/dcs_liberation/issues/292
* Introduce a real type.
* Rewrite _transform_point to make use of Point.
* Add shift modifier for large (10 pixel) adjustements to reference
points. Unmodified behavior is now single pixel.
* Use WASD for moving the second point (shift modified numpad keys don't
seem to work).
* Add a debug option to draw transformed reference points to check for
errors. If they don't overlap, something is wrong.
* Cleaned up all the existing reference points. Caucasus in particular
is now *much* better.
As an added bonus, the cleanup for carrier movement projection now also
shows an invalid destination when the destination is on land.
This didn't do what it claimed to (it actually just determines the
threshold for whether a control point shoudl be a *preferred* canidate
for purchasing ground units), and the income multipliers offer the
intended behavior.
To have an effect on turn zero these need to be enabled in the wizard.
Since the last page was getting quite full I've split it into two pages:
one for the objective generation options and a second for the difficulty
and player assist options.
I also added an option to set the inital budget for opfor.
The procurement AI now uses the same system as the players. Orders are
placed and take a turn to fulfill.
This has a few advantages:
* We no longer need special case purchase logic for the turn 0
population of opfor airbases.
* Players using auto-purchase can cancel orders they don't like.
For now this is mostly behavior preserving. I slightly improved the
ability to buy units when multiple front lines exist by removing full
bases as candidates, but it should be a minor change at best. A larger
improvement will come later.
This is also written such that it will work for the player as well. The
procurer currently runs for the player but with all the options off, so
it does nothing. The next patch allows adds options for the player to
use auto-procurement.
