Classes
class	Iris_py
	SDR Class: #######. More...

Variables
int	CORR_THRESHOLD = 92

int	CORR_RST = 64

int	CORR_CONF = 60

int	RF_RST_REG = 48

int	TDD_CONF_REG = 120

int	SCH_ADDR_REG = 136

int	SCH_MODE_REG = 140

int	TX_GAIN_CTRL = 88

int	FPGA_IRIS030_WR_PKT_DET_THRESH = 288

int	FPGA_IRIS030_WR_PKT_DET_NUM_SAMPS = 292

int	FPGA_IRIS030_WR_PKT_DET_ENABLE = 296

int	FPGA_IRIS030_WR_PKT_DET_NEW_FRAME = 300

int	tx_advance = 68

int	corr_threshold = 1

	preambles_bs = generate_training_seq(preamble_type='gold_ifft', seq_length=128, cp=0, upsample=1)

int	beacon = preambles_bs[0, :]*.5

	parser = ArgumentParser()

	type

	str

	dest

	help

	default

	float

	args = parser.parse_args()

	siso_bs

	siso_ue

	nsamps = siso_bs.n_samp

int	upsample = 1

int	ampl = 1

int	nsamps_pad = 82

int	n_sym_samp = nsamps + 2*nsamps_pad - 14

	ltsSym

	lts_f

	preamble_type

	cp

	pad1 = np.zeros((nsamps_pad), np.complex64)

	pad2 = np.zeros((nsamps_pad-14), np.complex64)

int	wb_pilot = np.tile(ltsSym,nsamps//len(ltsSym)).astype(np.complex64)*.5

	wbz = np.zeros((n_sym_samp), dtype=np.complex64)

	wb_pilot1 = np.concatenate([pad1,wb_pilot,pad2])

	wb_pilot2 = wbz

	beacon1 = siso_bs.config_beacon(nsamps_pad)

	beacon1_r = np.real(beacon1)

	beacon1_i = np.imag(beacon1)

	wb_pilot1_r = np.real(wb_pilot1)

	wb_pilot1_i = np.imag(wb_pilot1)

	tdd_sched

	is_bs

	wave_rx_a_bs_mn = siso_bs.recv_stream_tdd()

float	freq = 3.6e9

	fig = plt.figure(figsize=(20, 8), dpi=100)

	ax1 = fig.add_subplot(2, 1, 1)

	ax2 = fig.add_subplot(2, 1, 2)

	label

Variable Documentation

◆ ampl

int iris_py_single_frame.ampl = 1

◆ args

iris_py_single_frame.args = parser.parse_args()

◆ ax1

iris_py_single_frame.ax1 = fig.add_subplot(2, 1, 1)

◆ ax2

iris_py_single_frame.ax2 = fig.add_subplot(2, 1, 2)

◆ beacon

int iris_py_single_frame.beacon = preambles_bs[0, :]*.5

◆ beacon1

iris_py_single_frame.beacon1 = siso_bs.config_beacon(nsamps_pad)

◆ beacon1_i

iris_py_single_frame.beacon1_i = np.imag(beacon1)

◆ beacon1_r

iris_py_single_frame.beacon1_r = np.real(beacon1)

◆ CORR_CONF

int iris_py_single_frame.CORR_CONF = 60

◆ CORR_RST

int iris_py_single_frame.CORR_RST = 64

◆ CORR_THRESHOLD

int iris_py_single_frame.CORR_THRESHOLD = 92

◆ corr_threshold

int iris_py_single_frame.corr_threshold = 1

◆ cp

iris_py_single_frame.cp

◆ default

iris_py_single_frame.default

◆ dest

iris_py_single_frame.dest

◆ fig

iris_py_single_frame.fig = plt.figure(figsize=(20, 8), dpi=100)

◆ float

iris_py_single_frame.float

◆ FPGA_IRIS030_WR_PKT_DET_ENABLE

int iris_py_single_frame.FPGA_IRIS030_WR_PKT_DET_ENABLE = 296

◆ FPGA_IRIS030_WR_PKT_DET_NEW_FRAME

int iris_py_single_frame.FPGA_IRIS030_WR_PKT_DET_NEW_FRAME = 300

◆ FPGA_IRIS030_WR_PKT_DET_NUM_SAMPS

int iris_py_single_frame.FPGA_IRIS030_WR_PKT_DET_NUM_SAMPS = 292

◆ FPGA_IRIS030_WR_PKT_DET_THRESH

int iris_py_single_frame.FPGA_IRIS030_WR_PKT_DET_THRESH = 288

◆ freq

float iris_py_single_frame.freq = 3.6e9

◆ help

iris_py_single_frame.help

◆ is_bs

iris_py_single_frame.is_bs

◆ label

iris_py_single_frame.label

◆ lts_f

iris_py_single_frame.lts_f

◆ ltsSym

iris_py_single_frame.ltsSym

◆ n_sym_samp

int iris_py_single_frame.n_sym_samp = nsamps + 2*nsamps_pad - 14

◆ nsamps

iris_py_single_frame.nsamps = siso_bs.n_samp

◆ nsamps_pad

int iris_py_single_frame.nsamps_pad = 82

◆ pad1

iris_py_single_frame.pad1 = np.zeros((nsamps_pad), np.complex64)

◆ pad2

iris_py_single_frame.pad2 = np.zeros((nsamps_pad-14), np.complex64)

◆ parser

iris_py_single_frame.parser = ArgumentParser()

◆ preamble_type

iris_py_single_frame.preamble_type

◆ preambles_bs

iris_py_single_frame.preambles_bs = generate_training_seq(preamble_type='gold_ifft', seq_length=128, cp=0, upsample=1)

◆ RF_RST_REG

int iris_py_single_frame.RF_RST_REG = 48

◆ SCH_ADDR_REG

int iris_py_single_frame.SCH_ADDR_REG = 136

◆ SCH_MODE_REG

int iris_py_single_frame.SCH_MODE_REG = 140

◆ siso_bs

iris_py_single_frame.siso_bs

Initial value:

 =  Iris_py(
         serial_id = "0339",
         sample_rate = args.rate,
         tx_freq = args.freq,
         rx_freq = args.freq,
         bw = args.bw,
         tx_gain = args.txGain,
         rx_gain = args.rxGain,
         n_samp = 1024,
     )

◆ siso_ue

iris_py_single_frame.siso_ue

Initial value:

 =  Iris_py(
         serial_id = "RF3C000045",
         sample_rate = args.rate,
         tx_freq = args.freq,
         rx_freq = args.freq,
         bw = args.bw,
         tx_gain = args.txGain,
         rx_gain = args.rxGain,
         n_samp = 1024,
     )

◆ str

iris_py_single_frame.str

◆ TDD_CONF_REG

int iris_py_single_frame.TDD_CONF_REG = 120

◆ tdd_sched

iris_py_single_frame.tdd_sched

◆ tx_advance

int iris_py_single_frame.tx_advance = 68

◆ TX_GAIN_CTRL

int iris_py_single_frame.TX_GAIN_CTRL = 88

◆ type

iris_py_single_frame.type

◆ upsample

iris_py_single_frame.upsample = 1

◆ wave_rx_a_bs_mn

iris_py_single_frame.wave_rx_a_bs_mn = siso_bs.recv_stream_tdd()

◆ wb_pilot

int iris_py_single_frame.wb_pilot = np.tile(ltsSym,nsamps//len(ltsSym)).astype(np.complex64)*.5

◆ wb_pilot1

iris_py_single_frame.wb_pilot1 = np.concatenate([pad1,wb_pilot,pad2])

◆ wb_pilot1_i

iris_py_single_frame.wb_pilot1_i = np.imag(wb_pilot1)

◆ wb_pilot1_r

iris_py_single_frame.wb_pilot1_r = np.real(wb_pilot1)

◆ wb_pilot2

iris_py_single_frame.wb_pilot2 = wbz

◆ wbz

iris_py_single_frame.wbz = np.zeros((n_sym_samp), dtype=np.complex64)

Classes

Variables