1. Create time values:

value(v("/vout" ?result "tran") 0.5e-06  ?period 1e-06 ?xName "time"  )

Place in Calculator Table (Tools->Table)

2. Create inl values:

value(inl(v("/vout" ?result "tran") 1e-06  ?mode "auto"  ?crossType "rising" ?delay 0.5e-06 ?units "abs" ?nbsamples nil) 0.5e-06 ?period 1e-06 ?xName "time")

Append to table (See below for comma-separated variable file I created)

3. Save table as a comma-separated variable file with <filename> (i.e. nl_xval_inl.csv)

3.Create new waveform:

getAsciiWave("Full path to saved file inl_xval_inl.csv"> 1 4 ?xskip 1 ?yskip 1 ?formatFloat nil ?xName "Time" ?xUnits "sec" ?yName "inl" ?yUnits "LSB" )

4. Plot new waveform

5. Enjoy!

Example "inl_xval_inl.csv"

time (s),xval(value(v("/vout" ?result "tran") 0.5e-06  ?period 1e-06 ?xName "time"  )) (s),V (V),inl
500.00000E-9,500.00000E-9,24.961888E-3,0.0000000
1.5000000E-6,1.5000000E-6,72.934183E-3,-37.478530E-3
2.5000000E-6,2.5000000E-6,123.74225E-3,-18.059857E-3
3.5000000E-6,3.5000000E-6,175.35193E-3,17.442537E-3
4.5000000E-6,4.5000000E-6,223.30014E-3,-20.519130E-3
5.5000000E-6,5.5000000E-6,276.42237E-3,45.331194E-3
6.5000000E-6,6.5000000E-6,323.72824E-3,-5.5186424E-3
7.5000000E-6,7.5000000E-6,374.44416E-3,12.051288E-3
8.5000000E-6,8.5000000E-6,425.94798E-3,45.429609E-3
9.5000000E-6,9.5000000E-6,474.45422E-3,18.664130E-3
10.500000E-6,10.500000E-6,524.10157E-3,14.794140E-3
11.500000E-6,11.500000E-6,576.87473E-3,73.640760E-3
12.500000E-6,12.500000E-6,622.86814E-3,-3.5422922E-3
13.500000E-6,13.500000E-6,675.23440E-3,47.140060E-3
14.500000E-6,14.500000E-6,722.63109E-3,-1.8875072E-3
15.500000E-6,15.500000E-6,772.56539E-3,-555.11151E-18

sml 1/4/2021