Functions
def	signal_handler (signum, frame)

def	init (hub, bnodes, ref_ant, ampl, rate, freq, txgain, rxgain, cyc_prefix, num_samps, prefix_length, postfix_length, take_duration, both_channels, plotter)

def	main ()

Variables
int	RF_RST_REG = 48

int	CORR_CONF = 60

int	CORR_RST = 64

int	CORR_THRESHOLD = 92

int	TDD_CONF_REG = 120

int	SCH_ADDR_REG = 136

int	SCH_MODE_REG = 140

int	NUM_BUFFER_SAMPS = 3000

float	LTS_THRESH = 0.8

bool	RUNNING = True

Detailed Description

WB_CAL_DEMO.py

 Wideband calibration demo:
 It performs Argos calibration method among anntennas
 within a base station, and plots the magnitude and phase
 of the calibration vector on 4 select subcarriers for
 all antennas.

Example:
   python3 WB_CAL_DEMO.py

---------------------------------------------------------------------
Copyright (c) 2018-2019, Rice University
RENEW OPEN SOURCE LICENSE: http://renew-wireless.org/license
---------------------------------------------------------------------

Function Documentation

◆ init()

def WB_CAL_DEMO.init	(	hub,
		bnodes,
		ref_ant,
		ampl,
		rate,
		freq,
		txgain,
		rxgain,
		cyc_prefix,
		num_samps,
		prefix_length,
		postfix_length,
		take_duration,
		both_channels,
		plotter
	)

main function initializing all radios and performing calibration

Here is the call graph for this function:

Here is the caller graph for this function:

◆ main()

def WB_CAL_DEMO.main ( )

Here is the call graph for this function:

◆ signal_handler()

def WB_CAL_DEMO.signal_handler	(	signum,
		frame
	)

Variable Documentation

◆ CORR_CONF

int WB_CAL_DEMO.CORR_CONF = 60

◆ CORR_RST

int WB_CAL_DEMO.CORR_RST = 64

◆ CORR_THRESHOLD

int WB_CAL_DEMO.CORR_THRESHOLD = 92

◆ LTS_THRESH

float WB_CAL_DEMO.LTS_THRESH = 0.8

◆ NUM_BUFFER_SAMPS

int WB_CAL_DEMO.NUM_BUFFER_SAMPS = 3000

◆ RF_RST_REG

int WB_CAL_DEMO.RF_RST_REG = 48

◆ RUNNING

bool WB_CAL_DEMO.RUNNING = True

◆ SCH_ADDR_REG

int WB_CAL_DEMO.SCH_ADDR_REG = 136

◆ SCH_MODE_REG

int WB_CAL_DEMO.SCH_MODE_REG = 140

◆ TDD_CONF_REG

int WB_CAL_DEMO.TDD_CONF_REG = 120

Functions

Variables