When changing to alt_hold controller in quadplane with significant
airspeed set the initial integrator to minus the hover throttle to
allow the accel controller to climb slowly
../../libraries/AP_HAL_Linux/Perf.cpp: In member function ‘void Linux::Perf::_debug_counters()’:
../../libraries/AP_HAL_Linux/Perf.cpp:85:36: warning: format ‘%llu’ expects argument of type ‘long long unsigned int’, but argument 4 has type ‘uint64_t {aka long unsigned int}’ [-Wformat=]
c.name, c.count);
^
The thrust angle error is the difference between our desired thrust vector
and the actual thrust vector
Also some changes to use definitions in place of constants in the checks
Previously we had _smooth and non-smooth methods in the attitude
controller but as part of the move to quaternions these have been replaced
by a single call which always takes a smoothing gain
this reduces elevator control when rolled over hard in fixed
wing. Using the elevator when on the side just caused earth frame yaw
and is counter productive. It can also prevent some aircraft from
recovering from inverted flight.
Our current documentation system only emits one XML document (apm.pdef.xml)
for ArduCopter.
Since there is a conflict between parameters in the MOT_ namespace in Copter,
we only emit the documentation for the first parameter defining the MOT_ namespace.
This patch removes the documentation lines for frame types other than multicopter, meaning the documentation will reflect mutlictopter usage - the most common case.
These lines will need to be reinstated when we change the way we produce the xml documentation.
That fixed compilation issues and seems more semantically correct. Using array
of length 0 fails compilation because of -Werror=array-bounds in GCC 6.1.
That fixed compilation issues and seems more semantically correct. Using array
of length 0 fails compilation because of -Werror=array-bounds in GCC 6.1.
Add DEFINE prefix, since this macro is defining these operators and
remove the parameter since we will always use it to access a
union/struct as a byte array.
Test code for integration with another thread to pull data from internal
perf counters. Since we are using the timer thread here, there's no
retry mechanism and we only print that data can be corrupted.
Instead of creating a new object Perf_Lttng copying the necessaries
fields, just make a tighter integration with the internal perf counters
and re-use the same fields.
The idea is to leave the internal perf enabled all the time, like it is
in PX4, and then allow the integration with lttng on top. Next step
would be to runtime enable/disable only the perf counters we are
interested in.
This also changes the structure so it's easy to allow another thread to
pull data from the Perf object. A rw lock protects from addition of new
counters and an atomic unsigned int allows other threads to do a
lockless copy of the data.
In order for this to work the allocation was changed to use a single
memory pool instead of returning a calloc'ed data for each perf counter.
Since most of our counters are of ' elapsed' type, don't bother using a
smaller struct for the 'count' type
Gustavo Jose de Sousa
Randy Mackay
Michael du Breuil
Andrew Tridgell
Tom Pittenger
Lucas De Marchi
Daniel Ricketts
Leonard Hall
Peter Barker