Co-authored-by: Dr.-Ing. Amilcar do Carmo Lucas <amilcar.lucas@iav.de>
tidy message sending using templates
Calculate and enforce the minimum update period.
Disable unused features to save flash
forced time gaps between all transmits
correct ESC reset functionality
Avoid re-initialization repeatition
Make sure we stop FETtec if safety is on (ignore reverse) this reduces duplicated code
Error count calculation changed
as the telemetry error count is absolute only the overflow status can be safed and used for the percentage calculation
Update the README to add autotests information
FETtec needs a time gap between frames
This allows running at high fast_loop_rates
do not send fast_throttle data if a configuration command just got sent
Example parameter configuration file is for a Quadcopter with ESCs connected to Telem2
remove two FIXME
fix compilation in master
Fix the ESC not re-initializing issue.
Now we re-init whenever we loose connection
RVMASK parameter changes only take effect when not armed
Improve documentation
Always use the same wording when referring to fast-throttle commands
fix pre-arm check message
assure the length of the memmove is positive
Set HAL_AP_FETTEC_CONFIGURE_ESCS to 0 when no ESC hardware is available and you want to test the UART send function
Co-authored-by: Torsten Z <t.zunker@fettec.net>
Co-authored-by: Peter Barker <pb-gh@barker.dropbear.id.au>
- use ArduPilot's coding guidelines and naming conventions
- control motor speed
- copy ESC telemetry data into MAVLink telemetry
- save ESC telemetry data in dataflash logs
- use RPM telemetry for dynamic notch filter frequencies
- sum the current telemetry info from all ESCs and use it as virtual battery current monitor sensor
- average the voltage telemetry info and use it as virtual battery voltage monitor sensor
- average the temperature telemetry info and use it as virtual battery temperature monitor sensor
- report telemetry communication error rate in the dataflash logs
- warn the user if there is a gap in the bitmask parameter.
- re-enumerate all ESCs if not armed (motors not spinning) when
- there is a gap in their address space IDs
- communication with one of the ESCs is lost
- some of the configured ESCs are not found
- some of the configured ESCs are not correctly configured
- allows the user to configure motor rotation direction per ESC (only gets updated if not armed)
- adds a serial simulator of FETtec OneWire ESCs
- adds autotest (using the simulator) to fly a copter over a simulated serial link connection
