fwdscan Namespace Reference

Variables
	args = ky.parse_arguments()
	parse arguments
	outfiletagname = ky.build_tagname(args)
	output file run tag
	starttime = time.time()
	start
	fig
	add time tag timenow = datetime.datetime.now() timetag = timenow.strftime('YmdHMS') outfiletagname += '.
	ax
	add time tag timenow = datetime.datetime.now() timetag = timenow.strftime('YmdHMS') outfiletagname += '.
	figsize
int	Vmin = 0.
	connect and initialize
int	Vmax = 3.
float	Vstep = 0.100
	Vscan = np.arange(Vmin, Vmax, Vstep)
	configure source and trigger model
	Ilim
	Twait
	Tstep
	Tmeas
	Nmeas
	measurements = ky.read_measurements()
	start trigger model and wait
	invertX
	plot measurements
	False
	invertY
	endtime = time.time()
	write measurements

Variable Documentation

args

fwdscan.args = ky.parse_arguments()

parse arguments

ax

fwdscan.ax

add time tag timenow = datetime.datetime.now() timetag = timenow.strftime('YmdHMS') outfiletagname += '.

plot measurements

' + timetag

define plots

endtime

fwdscan.endtime = time.time()

write measurements

write commands

close connection

done

False

fwdscan.False

fig

fwdscan.fig

add time tag timenow = datetime.datetime.now() timetag = timenow.strftime('YmdHMS') outfiletagname += '.

' + timetag

define plots

figsize

fwdscan.figsize

Ilim

fwdscan.Ilim

invertX

fwdscan.invertX

plot measurements

invertY

fwdscan.invertY

measurements

fwdscan.measurements = ky.read_measurements()

start trigger model and wait

read measurements

Nmeas

fwdscan.Nmeas

outfiletagname

fwdscan.outfiletagname = ky.build_tagname(args)

output file run tag

starttime

fwdscan.starttime = time.time()

start

Tmeas

fwdscan.Tmeas

Tstep

fwdscan.Tstep

Twait

fwdscan.Twait

Vmax

int fwdscan.Vmax = 3.

Vmin

int fwdscan.Vmin = 0.

connect and initialize

FORWARD BIAS SCAN ###

[0., 3.] in 100 mV steps

Vscan

fwdscan.Vscan = np.arange(Vmin, Vmax, Vstep)

configure source and trigger model

Vstep

float fwdscan.Vstep = 0.100