rsimpl::auto_exposure_algorithm Member List

This is the complete list of members for rsimpl::auto_exposure_algorithm, including all inherited members.

analyze_image(const rs_frame_ref *image)	rsimpl::auto_exposure_algorithm
anti_flicker_decrease_exposure_gain(const float &target_exposure, const float &target_exposure0, float &exposure, float &gain)	rsimpl::auto_exposure_algorithm	[private]
anti_flicker_increase_exposure_gain(const float &target_exposure, const float &target_exposure0, float &exposure, float &gain)	rsimpl::auto_exposure_algorithm	[private]
anti_flicker_mode	rsimpl::auto_exposure_algorithm	[private]
auto_exposure_algorithm(fisheye_auto_exposure_state auto_exposure_state)	rsimpl::auto_exposure_algorithm
base_gain	rsimpl::auto_exposure_algorithm	[private]
ceil enum value	rsimpl::auto_exposure_algorithm	[private]
decrease_exposure_gain(const float &target_exposure, const float &target_exposure0, float &exposure, float &gain)	rsimpl::auto_exposure_algorithm	[private]
decrease_exposure_target(float mult, float &target_exposure)	rsimpl::auto_exposure_algorithm	[private]
direction	rsimpl::auto_exposure_algorithm	[private]
eps	rsimpl::auto_exposure_algorithm	[private]
exposure	rsimpl::auto_exposure_algorithm	[private]
exposure_step	rsimpl::auto_exposure_algorithm	[private]
exposure_to_value(float exp_ms, rounding_mode_type rounding_mode)	rsimpl::auto_exposure_algorithm	[private]
flicker_cycle	rsimpl::auto_exposure_algorithm	[private]
floor enum value	rsimpl::auto_exposure_algorithm	[private]
gain	rsimpl::auto_exposure_algorithm	[private]
gain_limit	rsimpl::auto_exposure_algorithm	[private]
gain_to_value(float gain, rounding_mode_type rounding_mode)	rsimpl::auto_exposure_algorithm	[private]
histogram_score(std::vector< int > &h, const int total_weight, histogram_metric &score)	rsimpl::auto_exposure_algorithm	[private]
hybrid_decrease_exposure_gain(const float &target_exposure, const float &target_exposure0, float &exposure, float &gain)	rsimpl::auto_exposure_algorithm	[private]
hybrid_increase_exposure_gain(const float &target_exposure, const float &target_exposure0, float &exposure, float &gain)	rsimpl::auto_exposure_algorithm	[private]
hysteresis	rsimpl::auto_exposure_algorithm	[private]
im_hist(const uint8_t *data, const int width, const int height, const int rowStep, int h[])	rsimpl::auto_exposure_algorithm	[inline, private]
increase_exposure_gain(const float &target_exposure, const float &target_exposure0, float &exposure, float &gain)	rsimpl::auto_exposure_algorithm	[private]
increase_exposure_target(float mult, float &target_exposure)	rsimpl::auto_exposure_algorithm	[private]
maximal_exposure	rsimpl::auto_exposure_algorithm	[private]
minimal_exposure	rsimpl::auto_exposure_algorithm	[private]
minimal_exposure_step	rsimpl::auto_exposure_algorithm	[private]
modify_exposure(float &exposure_value, bool &exp_modified, float &gain_value, bool &gain_modified)	rsimpl::auto_exposure_algorithm
over_exposure_limit	rsimpl::auto_exposure_algorithm	[private]
over_exposure_noise_limit	rsimpl::auto_exposure_algorithm	[private]
prev_direction	rsimpl::auto_exposure_algorithm	[private]
round enum value	rsimpl::auto_exposure_algorithm	[private]
round(float x)	rsimpl::auto_exposure_algorithm	[inline, private]
rounding_mode_type enum name	rsimpl::auto_exposure_algorithm	[private]
sqr(const T &x)	rsimpl::auto_exposure_algorithm	[inline, private]
state	rsimpl::auto_exposure_algorithm	[private]
state_mutex	rsimpl::auto_exposure_algorithm	[private]
static_decrease_exposure_gain(const float &target_exposure, const float &target_exposure0, float &exposure, float &gain)	rsimpl::auto_exposure_algorithm	[private]
static_increase_exposure_gain(const float &target_exposure, const float &target_exposure0, float &exposure, float &gain)	rsimpl::auto_exposure_algorithm	[private]
target_exposure	rsimpl::auto_exposure_algorithm	[private]
under_exposure_limit	rsimpl::auto_exposure_algorithm	[private]
under_exposure_noise_limit	rsimpl::auto_exposure_algorithm	[private]
update_options(const fisheye_auto_exposure_state &options)	rsimpl::auto_exposure_algorithm