Tree: 176e6fdd68

AP_Periph-1.3

Copter-4.2

Copter-4.2-BW

apm_2208

apm_2208-rover

apm_2208-rover-debug

c421

copter407

gps-1.3.1

main

master

master_rangefinder

mission-4.1.18

periph-1.3.1

release-4.2.3

rover_4.3

zr-sdk-4.3.1

zr-v5.0

zr-v5.1

zr/Rover-4.3

zr/main-4.3

zr_rover4.2

数字绿土/zr-v5.0

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Commit Graph

4 Commits (176e6fdd687394e0e0e0ed3e4ed3e1f8e90276e5)

Author	SHA1	Message	Date
Jason Short	e09d6ad7a8	Arducopter ... Simplified the inertial calcs for now	13 years ago
Jason Short	92d481c08c	inertia.pde: WIP don't fly with inertia enabled until FN.	13 years ago
Jason Short	8b212d8baa	Adjustments to the Inertial_nav ... lowered Rate_I and Rate_P to be less jumpy. raised throttle_p added a clear to rate when entering loiter moved the raw reporting	13 years ago
Jason Short	c42f9ece43	Inertial Control ... I added inertial navigation based on the simulator data. This is an option only available if you compile with Arduino and set #define INERTIAL_NAV ENABLED in the APM_Config.h file. This has been tested for one real flight and did not crash my quad, but consider it very alpha. The quad may be unpredictable at first until the error correction fixes poorly calibrated accels. Be Careful. Most of the real work is in the inertia file, but the error correction, new variable defines and calibration calls are sprinkled throughout. The Log should record RAW messages with special debugging values.	13 years ago