This primarily is to avaoid stalling the main loop when beeping and
flashing.
This is needed because oneshot ESCs do not receive updates when the main
loop is stalled.
Additionally the beeper code for sticks held in disarm position is
changed since it also clashed with profile selection. Now profile
selections can be seen and heard clearly.
Other subsections of the system that changed the LED0 state while the
main loop is running have been updated to use the status indicator API
instead of blindly hitting the hardware which previously caused lots of
odd LED flashing behaviour - now it is consistent.
PIDscaler changed to PIDweight as it suits better and is more
understandable as it is percentage of the PID's used.
Yaw TPA is removed as I don't find it necessary after more testing
* fixes issue where indicators would flash when SBus RX entered failsafe
mode.
* fixes bug where turning off a TX for an SBus RX would instantly disarm
when using a switch to arm when the channel went outside the arming
range.
* introduces failsafe phases to make the system more understandable.
* allows the system to ask if rxSignalIsBeing received for all RX
systems: PPM/PWM/SerialRX/MSP. Also works when a serial data signal is
still being received but the data stream indicates a failsafe condition
- e.g. SBus failsafe flags.
* failsafe settings are no-longer per-profile.
Untested: Sumd/Sumh/XBus/MSP (!)
Tested: SBus X8R, Lemon RX Sat, X8R in PWM, Spektrum PPM.
and simply run the motors at constant minthrottle. This allowed the chance
for the quad to lose control during flight if the throttle was set to minimum,
say, to drop from a high altitude to a lower one.
With this edit, the quad will still self-level at minimum throttle when armed,
allowing for safe decents from altitude. To prevent motors spinning when
arming/disarming, the yaw input is ignored if the throttle is at minimum and
we're using the sticks to arm/disarm.
Conflicts:
src/main/flight/mixer.c
# The first commit's message is:
Previously, at minimum throttle, the quad would do absolutely no self-leveling
and simply run the motors at constant minthrottle. This allowed the chance
for the quad to lose control during flight if the throttle was set to minimum,
say, to drop from a high altitude to a lower one.
With this edit, the quad will still self-level at minimum throttle when armed,
allowing for safe decents from altitude. To prevent motors spinning when
arming/disarming, the yaw input is ignored if the throttle is at minimum and
we're using the sticks to arm/disarm.
Conflicts:
src/main/flight/mixer.c
# This is the 2nd commit message:
added cli command disable_pid_at_min_throttle
This uses ints for the sensitivity instead of mapping floats back and forth.
Also the stick position is read directly, without the RC_Rate affecting this value.
