pygenalizer.simplified (Beta)

class genalyzer.simplified_beta.simplified_beta.GNConfig

Bases: object

Configuration structure to handle library state

class genalyzer.simplified_beta.simplified_beta.WaveformGen(npts: int, freq: int, code_fmt: int, res: int, v_ref_n: float, v_ref_p: float, v_min: float, v_max: float)

Bases: object

Waveform data generation for transmit devices

gen_cosine_wave()

Generate cosine wave data

Returns:

Waveform as list of ints

gen_pwm_wave(duty_cycle)

Generate pwm wave data

Args:

duty_cycle (float): Duty cycle required. Must be in between 0 and 1.

Returns:

Waveform as list of ints

gen_sine_wave()

Generate sine wave data

Returns:

Waveform as list of ints

gen_square_wave()

Generate square wave data

Returns:

Waveform as list of ints

gen_triangular_wave()

Generate triangular wave data

Returns:

Waveform as list of ints

property v_max

Upper required voltage limit

property v_min

Lower required voltage limit

genalyzer.simplified_beta.simplified_beta.config_code_format(code_format: int, c: GNConfig) → None

Configure code format.

Args:

code_format: code format (Offset binary, Twos complement)

c: GNConfig object

genalyzer.simplified_beta.simplified_beta.config_fa(fixed_tone_freq: float, c: GNConfig | None = None) → GNConfig

genalyzer.simplified_beta.simplified_beta.config_fa_auto(ssb_width: int, c: GNConfig | None = None)

genalyzer.simplified_beta.simplified_beta.config_fftz(npts: int, qres: int, navg: int, nfft: int, win: int, c: GNConfig | None = None) → GNConfig

genalyzer.simplified_beta.simplified_beta.config_free(c: GNConfig) → int

genalyzer.simplified_beta.simplified_beta.config_gen_ramp(npts: int, ramp_start: int, ramp_stop: int, c: GNConfig | None = None) → GNConfig

genalyzer.simplified_beta.simplified_beta.config_gen_tone(ttype: int, npts: int, sample_rate: float, num_tones: int, tone_freq: float, tone_ampl: float, tone_phase: float, c: GNConfig | None = None) → GNConfig

genalyzer.simplified_beta.simplified_beta.config_histz_nla(npts: int, qres: int, c: GNConfig | None = None) → GNConfig

genalyzer.simplified_beta.simplified_beta.config_quantize(npts: int, fsr: float, qres: int, qnoise: float, c: GNConfig | None = None) → GNConfig

genalyzer.simplified_beta.simplified_beta.config_set_sample_rate(sample_rate: float, c: GNConfig) → None

Set sample rate.

Args:

sample_rate: Sample rate in Hz

c: GNConfig object

genalyzer.simplified_beta.simplified_beta.fftz(in_qwfi: int, in_qwfq: int, c: GNConfig) → List[float]

genalyzer.simplified_beta.simplified_beta.gen_complex_tone(c: GNConfig) → List[float]

genalyzer.simplified_beta.simplified_beta.gen_ramp(c: GNConfig) → List[float]

genalyzer.simplified_beta.simplified_beta.gen_real_tone(c: GNConfig) → List[float]

genalyzer.simplified_beta.simplified_beta.get_fa_results(fft_ilv: float, c: GNConfig) → dict

Get Fourier analysis results.

Args:

fixed_tone_freq: fixed tone frequency

c: GNConfig object

Returns:

Results as dict

genalyzer.simplified_beta.simplified_beta.get_fa_single_result(metric_name: str, fft_ilv: float, c: GNConfig) → float

genalyzer.simplified_beta.simplified_beta.get_ha_results(hist_in: int, c: GNConfig) → dict

genalyzer.simplified_beta.simplified_beta.get_wfa_results(in_qwf: int, c: GNConfig) → dict

genalyzer.simplified_beta.simplified_beta.histz(in_qwf: int, c: GNConfig) → List[int]

genalyzer.simplified_beta.simplified_beta.quantize(in_awf: list, c: GNConfig) → List[int]