fileID = fopen(filename) s=textscan(fid,'%f %f','headerlines',2); g = cell2mat(s) findpeaks(sortedY,sortedX,'MinPeakProminence',4,'Annotate','extents');

Use the above code/programming in MATLAB to turn into a graph that looks like below:

Using the following dataset:

800 700 signal peak prominence width (half-prominence) 600 500 400 3 300 200 100 0 0 100 550 500 450 400 1 cm - 1 &T 4000 109.6 3999 109.57 3998 109.55 3997 109.55 3996 109.57 3995 109.59 3994 109.61 3993 109.62 3992 109.61 3991 109.61 3990 109.6 3989 109.59 3988 109.58 3987 109.58 3986 109.57 3985 109.57 3984 109.57 3983 109.57 3982 109.58 3981 109.59 3980 109.59 3979 109.59 3978 109.58 3977 109.57 800 700 signal peak prominence width (half-prominence) 600 500 400 3 300 200 100 0 0 100 550 500 450 400 1 cm - 1 &T 4000 109.6 3999 109.57 3998 109.55 3997 109.55 3996 109.57 3995 109.59 3994 109.61 3993 109.62 3992 109.61 3991 109.61 3990 109.6 3989 109.59 3988 109.58 3987 109.58 3986 109.57 3985 109.57 3984 109.57 3983 109.57 3982 109.58 3981 109.59 3980 109.59 3979 109.59 3978 109.58 3977 109.57