- move property /sim/auto-coordination to
/controls/flight/auto-coordination
- introduce new property /controls/flight/auto-coordination-factor
with default of 0.5
- auto-coordinate the rudder if auto-coordination is true and the factor
is greater than zero
backward compatibility for the old property is temporary provided by
a temporary Nasal hack in FGDATA/Nasal/aircraft.nas
There used to be a hardcoded visibility of 1000m below which the
sky was disabled. This distance is now bound to
/sim/rendering/minimum-sky-visibility with a default value of 1000
Since d91a617423 (vectory color calculations)
all 4 elements of a color were scaled with the respective brightness.
The caused some panels to be transparent at night etc.
Before the change, only the 3 RGB elements of the colors were scaled,
while the 4th element (alpha channel?) remained unaltered.
Commit restores the alpha elements to their original behaviour.
=> "Quick hack" for 2.6.0. Need s.o. to double check the initial changes
and commit something clean to "next".
Commit 5f0066c resulted in an incorrect angle calculation. At certain view/sun
angles "hor_rotation" and "rf1" would skip from the minimum to the maximum
value).
Also, an offset angle of 90 degrees (PI/2) is added, which seems to align
the sky effect with the sun position. Calculation is probably still wrong,
but seems less wrong than before - and the flickering is gone...
- initialize uninitialized properties
- use prefix instead of postfix increments
- reduce visibility of variables
- use empty() instead of size() == 0 for vector and string
- pass string by reference, not by value
Avoid using the now deprecated readObjectModelTemplate() method
in HLAFederate. Make more use of the available general
initialization functions in HLAFederate.
Give details whether includes or libraries are missing,
or if (and how) the version mismatches.
Also require an exact simgear/flightgear version match.
This property is true if the active frequency is tuned to a
paired LOC/GS frequency in the range 108.00 - 111.95 with a
odd 100kHz digit (108.10, 108.15, 108.30, 108.35 ...)
It only indicates, that this _is_ a LOC/GS frequency,
it does _not_ provide any indication if a LOC/GS station is
actually being received.
- Add update-interval-secs to the entire autopilot
- cache min/max values in InputValue
- a little more relaxed "equals zero" checking in the NoiseSpikeFilter
