Struct dp_carrier_acq_state_t¶

ClassList > dp_carrier_acq_state_t

CarrierAcquisition state. More...

• #include <carrier_acq_core.h>

Public Attributes¶

Detailed Description¶

Allocate with dp_carrier_acq_create().

Public Attributes Documentation¶

variable carry_buf¶

float _Complex* dp_carrier_acq_state_t::carry_buf;

Raw-input carry, capacity psd->k.n.

variable carry_len¶

size_t dp_carrier_acq_state_t::carry_len;

Valid samples in carry_buf, 0..n-1.

variable det¶

dp_detector_state_t* dp_carrier_acq_state_t::det;

Correlate averaged power vs. template.

variable dwell_target¶

size_t dp_carrier_acq_state_t::dwell_target;

Non-sequential mode's fixed wait count.

variable max_n_blocks¶

size_t dp_carrier_acq_state_t::max_n_blocks;

Sequential mode's OWN give-up cap * deliberately independent of dwell_target * (see dp_carrier_acq_create()'s own doc).

variable n_blocks¶

size_t dp_carrier_acq_state_t::n_blocks;

variable nfft¶

size_t dp_carrier_acq_state_t::nfft;

variable pfa¶

double dp_carrier_acq_state_t::pfa;

variable power_buf¶

float _Complex* dp_carrier_acq_state_t::power_buf;

pwr_buf packed complex (imag=0).

variable psd¶

dp_psd_state_t* dp_carrier_acq_state_t::psd;

FFT + window + non-coherent power avg.

variable pwr_buf¶

float* dp_carrier_acq_state_t::pwr_buf;

dp_psd_power_twosided() output, nfft.

variable ready¶

bool dp_carrier_acq_state_t::ready;

variable residual_hz¶

double dp_carrier_acq_state_t::residual_hz;

variable s_t¶

double dp_carrier_acq_state_t::s_t;

sum(template) ratio-threshold calibration.

variable s_t2¶

double dp_carrier_acq_state_t::s_t2;

sum(template^2) ratio-threshold calibration.

variable sample_rate_hz¶

double dp_carrier_acq_state_t::sample_rate_hz;

variable sequential¶

bool dp_carrier_acq_state_t::sequential;

The documentation for this class was generated from the following file native/inc/doppler/carrier_acq/carrier_acq_core.h