#include <GrAtscFPLL.h>
Inheritance diagram for GrAtscFPLL:
Public Member Functions | |
GrAtscFPLL (double a_initial_freq) | |
virtual | ~GrAtscFPLL () |
virtual const char * | name () |
default name for a module (override with actual name) | |
virtual void | initialize () |
Initialize any local state that is dependent on sampling frequency. | |
virtual int | work (VrSampleRange output, void *o[], VrSampleRange inputs[], void *i[]) |
Generate up to output.size output points at o[output#][sample#] using data at the inputptrs[input#][sample#]. | |
void | set_initial_phase (double phase) |
void | set_no_update (bool a_no_update) |
Protected Types | |
typedef float | iType |
typedef float | oType |
Protected Attributes | |
double | initial_freq |
double | initial_phase |
bool | debug_no_update |
gr_nco< float, float > | nco |
gr_agc | agc |
gr_single_pole_iir< float, float, float > | afci |
gr_single_pole_iir< float, float, float > | afcq |
Used as follows: float float A/D --> GrFIRfilterFFF ----> GrAtscFPLL ---->
We use GrFIRfilterFFF to bandpass filter the signal of interest.
This class accepts a single real input and produces a single real output
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Initialize any local state that is dependent on sampling frequency.
Reimplemented from VrSigProc. |
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default name for a module (override with actual name)
Reimplemented from VrSigProc. |
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Generate up to output.size output points at o[output#][sample#] using data at the inputptrs[input#][sample#]. Pointers start at corresponding VrSampleIndex in the range params. output.size is a multiple of outputSize. Returns the number of outputs (<= output.size) that it was able to compute with the given input ranges. If this value is < output.size, forecast() will need to be called again. Implements VrSigProc. |
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