mirror of https://github.com/ArduPilot/ardupilot
AC_AttitudeControl: fixed limiting of throttle mix values
use constrain instead of reset to keep as much of user requested value as possible also raise limit for MIX_MIN to 0.5 after discussion with Leonard
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e918c72705
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@ -39,6 +39,8 @@
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#define AC_ATTITUDE_CONTROL_MIN_DEFAULT 0.1f // minimum throttle mix default
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#define AC_ATTITUDE_CONTROL_MIN_DEFAULT 0.1f // minimum throttle mix default
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#define AC_ATTITUDE_CONTROL_MAN_DEFAULT 0.1f // manual throttle mix default
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#define AC_ATTITUDE_CONTROL_MAN_DEFAULT 0.1f // manual throttle mix default
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#define AC_ATTITUDE_CONTROL_MAX_DEFAULT 0.5f // maximum throttle mix default
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#define AC_ATTITUDE_CONTROL_MAX_DEFAULT 0.5f // maximum throttle mix default
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#define AC_ATTITUDE_CONTROL_MIN_LIMIT 0.5f // min throttle mix upper limit
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#define AC_ATTITUDE_CONTROL_MAN_LIMIT 4.0f // man throttle mix upper limit
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#define AC_ATTITUDE_CONTROL_MAX 5.0f // maximum throttle mix default
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#define AC_ATTITUDE_CONTROL_MAX 5.0f // maximum throttle mix default
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#define AC_ATTITUDE_CONTROL_THR_MIX_DEFAULT 0.5f // ratio controlling the max throttle output during competing requests of low throttle from the pilot (or autopilot) and higher throttle for attitude control. Higher favours Attitude over pilot input
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#define AC_ATTITUDE_CONTROL_THR_MIX_DEFAULT 0.5f // ratio controlling the max throttle output during competing requests of low throttle from the pilot (or autopilot) and higher throttle for attitude control. Higher favours Attitude over pilot input
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@ -354,18 +354,18 @@ void AC_AttitudeControl_Multi::rate_controller_run()
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void AC_AttitudeControl_Multi::parameter_sanity_check()
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void AC_AttitudeControl_Multi::parameter_sanity_check()
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{
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{
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// sanity check throttle mix parameters
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// sanity check throttle mix parameters
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if (_thr_mix_man < 0.1f || _thr_mix_man > 4.0f) {
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if (_thr_mix_man < 0.1f || _thr_mix_man > AC_ATTITUDE_CONTROL_MAN_LIMIT) {
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// parameter description recommends thr-mix-man be no higher than 0.9 but we allow up to 4.0
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// parameter description recommends thr-mix-man be no higher than 0.9 but we allow up to 4.0
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// which can be useful for very high powered copters with very low hover throttle
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// which can be useful for very high powered copters with very low hover throttle
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_thr_mix_man.set_and_save(AC_ATTITUDE_CONTROL_MAN_DEFAULT);
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_thr_mix_man.set_and_save(constrain_float(_thr_mix_man, 0.1, AC_ATTITUDE_CONTROL_MAN_LIMIT));
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}
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}
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if (_thr_mix_min < 0.1f || _thr_mix_min > 0.25f) {
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if (_thr_mix_min < 0.1f || _thr_mix_min > AC_ATTITUDE_CONTROL_MIN_LIMIT) {
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_thr_mix_min.set_and_save(AC_ATTITUDE_CONTROL_MIN_DEFAULT);
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_thr_mix_min.set_and_save(constrain_float(_thr_mix_min, 0.1, AC_ATTITUDE_CONTROL_MIN_LIMIT));
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}
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}
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if (_thr_mix_max < 0.5f || _thr_mix_max > AC_ATTITUDE_CONTROL_MAX) {
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if (_thr_mix_max < 0.5f || _thr_mix_max > AC_ATTITUDE_CONTROL_MAX) {
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// parameter description recommends thr-mix-max be no higher than 0.9 but we allow up to 5.0
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// parameter description recommends thr-mix-max be no higher than 0.9 but we allow up to 5.0
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// which can be useful for very high powered copters with very low hover throttle
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// which can be useful for very high powered copters with very low hover throttle
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_thr_mix_max.set_and_save(AC_ATTITUDE_CONTROL_MAX_DEFAULT);
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_thr_mix_max.set_and_save(constrain_float(_thr_mix_max, 0.5, AC_ATTITUDE_CONTROL_MAX));
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}
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}
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if (_thr_mix_min > _thr_mix_max) {
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if (_thr_mix_min > _thr_mix_max) {
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_thr_mix_min.set_and_save(AC_ATTITUDE_CONTROL_MIN_DEFAULT);
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_thr_mix_min.set_and_save(AC_ATTITUDE_CONTROL_MIN_DEFAULT);
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@ -367,18 +367,18 @@ void AC_AttitudeControl_Sub::rate_controller_run()
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void AC_AttitudeControl_Sub::parameter_sanity_check()
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void AC_AttitudeControl_Sub::parameter_sanity_check()
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{
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{
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// sanity check throttle mix parameters
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// sanity check throttle mix parameters
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if (_thr_mix_man < 0.1f || _thr_mix_man > 4.0f) {
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if (_thr_mix_man < 0.1f || _thr_mix_man > AC_ATTITUDE_CONTROL_MAN_LIMIT) {
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// parameter description recommends thr-mix-man be no higher than 0.9 but we allow up to 4.0
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// parameter description recommends thr-mix-man be no higher than 0.9 but we allow up to 4.0
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// which can be useful for very high powered copters with very low hover throttle
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// which can be useful for very high powered copters with very low hover throttle
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_thr_mix_man.set_and_save(AC_ATTITUDE_CONTROL_MAN_DEFAULT);
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_thr_mix_man.set_and_save(constrain_float(_thr_mix_man, 0.1, AC_ATTITUDE_CONTROL_MAN_LIMIT));
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}
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}
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if (_thr_mix_min < 0.1f || _thr_mix_min > 0.25f) {
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if (_thr_mix_min < 0.1f || _thr_mix_min > AC_ATTITUDE_CONTROL_MIN_LIMIT) {
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_thr_mix_min.set_and_save(AC_ATTITUDE_CONTROL_MIN_DEFAULT);
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_thr_mix_min.set_and_save(constrain_float(_thr_mix_min, 0.1, AC_ATTITUDE_CONTROL_MIN_LIMIT));
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}
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}
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if (_thr_mix_max < 0.5f || _thr_mix_max > AC_ATTITUDE_CONTROL_MAX) {
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if (_thr_mix_max < 0.5f || _thr_mix_max > AC_ATTITUDE_CONTROL_MAX) {
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// parameter description recommends thr-mix-max be no higher than 0.9 but we allow up to 5.0
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// parameter description recommends thr-mix-max be no higher than 0.9 but we allow up to 5.0
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// which can be useful for very high powered copters with very low hover throttle
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// which can be useful for very high powered copters with very low hover throttle
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_thr_mix_max.set_and_save(AC_ATTITUDE_CONTROL_MAX_DEFAULT);
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_thr_mix_max.set_and_save(constrain_float(_thr_mix_max, 0.5, AC_ATTITUDE_CONTROL_MAX));
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}
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}
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if (_thr_mix_min > _thr_mix_max) {
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if (_thr_mix_min > _thr_mix_max) {
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_thr_mix_min.set_and_save(AC_ATTITUDE_CONTROL_MIN_DEFAULT);
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_thr_mix_min.set_and_save(AC_ATTITUDE_CONTROL_MIN_DEFAULT);
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