These are then skipped with view.stepView(n), unless the second, optional
argument is set to 1: view.stepView(n, 1);
Whether a view is enabled or not, is saved in $FG_ROOT/.fgfs/autosave.xml
(system views) or $FG_ROOT/.fgfs/aircraft-data/<aircraft>.xml
I tried it the nice way, but it didn't work. Why is it important to
reserve indices for fgfs? Because someone has otherwise to go through
all aircraft in CVS and move aircraft specific views out of the way,
every time a system view gets added. Been there, done that.
- allow turning on/off extra widgets for developers (HUD dialog: colors,
rendering dialog: visualization of shadow edges), and to turn on/off new
- property key handler ('/'-key)
Both features are off by default, and their state is saved to autosave.xml.
the property attribute string, as in:
(NONE, L1, #8345)
... for a node of type "NONE", with one listener attached, and 8345 instances
of the shared pointer around.
- use more "var" keywords and named args
- popupTip(): add optional third hash argument that is merged with the
dialog properies hash. This can be used to select different font or
dialog colors, etc.
/sim/current-view/dynamic-view. There are additionally <dynamic-view>
settings per view, but those only enable it for that view if it's
globally turned on.
it and the description doesn't match any more. :-}
Number of frames makes more sense than seconds (default = 1):
debug.proptrace([<property> [, <number_of_frames>]]);
writes (not directly written tied ones), all node additions and removal.
Frames are separated with a line. Turn off ANSI coloring if you want to
pipe the results into a file: --prop:sim/startup/terminal-ansi-colors=0
a regular function argument for that. Note the "n" in this example:
setlistener("/sim/current-view/view-number", func(n) {
setprop("/sim/hud/visibility", !n.getValue());
}, 1);
code that is called from outside. It will be removed from the global namespace
once it has done its job. For now it only selects a proper runway for wind
directions reported by METAR, but only, of course, if an airport was chosen,
but no runway and no heading, and if the aircraft is actually on ground.
from its property tree. The node remains accessible as long as references
to it are kept. Example:
var cow_chain = func {
var cow = geo.put_model("Models/Fauna/cow.ac", geo.aircraft_position());
settimer(func { cow.remove() }, 10);
settimer(cow_chain, 2);
}
cow_chain();
the $FG_ROOT/Nasal/*.nas ones are done. This allows to use props.Node etc.
immediately, without requirement for settimer(func{}, 0) constructions.
Rationale:
- clean separation of local additions (and hacks :-) from standard files
- users might not have write permission to $FG_ROOT/Nasal/ or shouldn't
have to su to root for writing Nasal code
- Page up/down changes the selected throttles one step up/down, i.e.
if the original throttle settings were x steps apart they remain
steps apart (unless the boundary is reached).
- Mouse + MMB drag changes the selected throttles by the delta amount
(length of drag).
- The throttleAxis() wrapper for joysticks sets the selected
throttles to correspond to the joystick's axis position. I.e. all
selected engines will get the same throttle setting. Since most
joystick throttles are positional devices I think this behaviour
is more logical than using a relative adjustment in this case. """
mf: slightly modified, added var etc. (more such changes in controls.nas
to come)
