baz_agc_cc
gr::sync_block
baz_agc_cc.h
float float baz_agc_cc::_rate _rate baz_agc_cc::_rate
double double baz_agc_cc::_reference _reference baz_agc_cc::_reference
double double baz_agc_cc::_gain _gain baz_agc_cc::_gain
float float baz_agc_cc::_max_gain _max_gain baz_agc_cc::_max_gain
unsigned long long unsigned long long baz_agc_cc::_count _count baz_agc_cc::_count
double double baz_agc_cc::_env _env baz_agc_cc::_env
BAZ_API baz_agc_cc_sptr BAZ_API baz_agc_cc_sptr baz_make_agc_cc (float rate, float reference, float gain, float max_gain) baz_make_agc_cc baz_agc_cc::baz_make_agc_cc float rate float reference float gain float max_gain
baz_agc_cc::baz_agc_cc
(float rate, float reference, float gain, float max_gain)
baz_agc_cc
baz_agc_cc::baz_agc_cc
float rate
float reference
float gain
float max_gain
int virtual int baz_agc_cc::work (int noutput_items, gr_vector_const_void_star &input_items, gr_vector_void_star &output_items) work baz_agc_cc::work int noutput_items gr_vector_const_void_star & input_items gr_vector_void_star & output_items

high performance Automatic Gain Control class

For Power the absolute value of the complex number is used.

baz_agc_cc
gr::sync_block
baz_agc_cc
gr::sync_block
- baz_agc_cc
  _count
- baz_agc_cc
  _env
- baz_agc_cc
  _gain
- baz_agc_cc
  _max_gain
- baz_agc_cc
  _rate
- baz_agc_cc
  _reference
- baz_agc_cc
  baz_agc_cc
- baz_agc_cc
  baz_make_agc_cc
- baz_agc_cc
  work