Struct Cstones

pub struct Cstones { /* private fields */ }

Unspecified

Implementations

impl Cstones

pub const unsafe fn from_ptr(ptr: *mut ()) -> Cstones

pub const fn as_ptr(&self) -> *mut ()

pub const fn mode(self) -> Reg<CstonesMode, RW>

Selects the mode(s) that are activated on the start signal

pub const fn numsamples(self) -> Reg<Numsamples, RW>

Number of input samples at 2MHz sample rate

pub const fn nextfrequency(self) -> Reg<Nextfrequency, RW>

The value of FREQUENCY that will be used in the next step

pub const fn ffoin(self) -> Reg<Ffoin, RW>

Override value of FFO (Fractional Frequency Offset) if not to be based on the frequency estimate derived from CnAcc (autocorrelation of the scaled input signal) value

pub const fn ffosource(self) -> Reg<Ffosource, RW>

Source of FFO

pub const fn faepeer(self) -> Reg<Faepeer, RW>

FAEPEER (Frequency Actuation Error) of peer if known. Used during Mode 0 steps.

pub const fn phaseshift(self) -> Reg<Phaseshift, RW>

Parameter used in TPM, provided by software

pub const fn numsamplescoeff(self) -> Reg<Numsamplescoeff, RW>

Parameter used in TPM, provided by software

pub const fn pct16(self) -> Reg<Pct16, R>

Mean magnitude and mean phase converted to IQ

pub const fn magphasemean(self) -> Reg<Magphasemean, R>

Mean magnitude and phase of the signal before it is converted to PCT16

pub const fn iqrawmean(self) -> Reg<Iqrawmean, R>

Mean of IQ values

pub const fn magstd(self) -> Reg<Magstd, R>

Magnitude standard deviation approximation

pub const fn cnacc(self) -> Reg<Cnacc, R>

Output of the autocorrelation of the accumulated IQ signal

pub const fn ffoest(self) -> Reg<Ffoest, R>

FFO estimate

pub const fn downsample(self) -> Reg<Downsample, RW>

Turn on/off down sample of input IQ-signals

pub const fn finetunenext(self) -> Reg<Finetunenext, R>

Number of full ADPLL finetune steps

pub const fn cfophase(self) -> Reg<Cfophase, R>

Cordic output of CnAcc

pub const fn freqoffset(self) -> Reg<Freqoffset, R>

Frequency offset estimate

pub const fn pct11(self) -> Reg<Pct11, R>

Mean magnitude and mean phase converted to IQ. IQ values limited to [-1024,1023].

pub const fn lfaenext(self) -> Reg<Lfaenext, R>

Quantization error between ADPLL frequency and the desired value of FFO * RF Frequency. Values limited to [-64,63] with units 7.6294 Hz.

Trait Implementations

impl Clone for Cstones

fn clone(&self) -> Cstones

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl PartialEq for Cstones

fn eq(&self, other: &Cstones) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for Cstones

impl Eq for Cstones

impl Send for Cstones

impl StructuralPartialEq for Cstones

impl Sync for Cstones