There's an ugly special case in flight simulation to handle hold points
because we don't differentiate between the total time between two
waypoints (which can include delays from actions like holding) and
travel time. Split those up and remove the special case.
* Helicopter waypoint altitude configurable
Added a new option in Settings: Helicopter waypoint altitude (feet AGL).
It sets the waypoint altitude for helicopters in feet AGL. In campaigns in more mountainous areas, you might want to increase this setting to avoid the AI flying into the terrain.
* black?
* Distinguish cruise/combat altitudes for helicopters
Also includes a refactor for WaypointBuilder so it doesn't need a coalition. It can already reference the coalition from the flight.
* Update changelog.md
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Co-authored-by: Raffson <Raffson@users.noreply.github.com>
- Plan number of aircraft more accurately
- Fine-tuning ingress waypoint tasks
- Add lineup waypoint for STRIKE flights, 10NM in front of ingress on the same heading as the target
Squashing 8 commits by DanAlbert:
- Track theater in ControlPoint.
Simplifies finding the owning theater of a control point. Not used yet.
- Clean some cruft out of FlightPlanBuilder.
- Clean up silly some exception handling.
- Move FlightPlan instantiation into the builder.
I'm working on moving the builder to be owned by the Flight, which will simplify callers that need to create (or recreate) flight plans for a flight.
- Simplify IBuilder constructor.
We have access to the theater via the flight's departure airbase now.
- Move FlightPlan creation into Flight.
For now this is just a callsite cleanup. Later, this will make it easier
to separate unscheduled and scheduled flights into different classes without complicating the layout/scheduling.
- Remove superfluous constructors.
- Remove unused Package field.
During package planning we don't care about the details of the flight
plan, just the layout (to check if the layout is threatened and we need
escorts). Splitting these will allow us to reduce the amount of work
that must be done in each loop of the planning phase, potentially
caching attempted flight plans between loops.
Split the oversized file into one per plan type. This also moves the
layout responsibility out of the oversized FlightPlanBuilder and into
each flight plan type file.
