<jupyter_start><jupyter_text>Fil out the cell below with the information of the specific run  Define all the run variables in the cell below<jupyter_code># Experimental Conditions
function= 'ZTR'
volt= 0.01

# Frequency sweep
freq_list= frequency.freq_list(2E+5, 20, pts_per_decade=10)

# File information to use as the filename
sample = 'standard' 
temp =  '20C'
dist = '1mm'
# the save location. 
save_location = './EIS_Rheometer/'
comment = 'testing comment section'<jupyter_output><empty_output><jupyter_text>Run these cells to connect the instrument and interface with in using the code<jupyter_code>LCR = run.instrument_conenction()<jupyter_output>The is/are [1m1[0m insturment(s) conencted to this device.

The selected instrument is: [1m Agilent Technologies,E4980A,MY46205278,A.02.20<jupyter_text>Then run all these cells without any additional change<jupyter_code>EIS_measurements = run.measurement(LCR, function, freq_list, input_signal= 'voltage', amplitude= volt)

name = post_processing.gen_filename(sample, dist, temp)  

post_processing.write_file(freq_list, EIS_measurements, name, save_location, comment)<jupyter_output>The file was correctly saved
StarcoderdataJupyterStructuredCleanDedup