On Mon, 06 Jun 2011 19:18:25 +0200, gpipc <gp...@cup.uni-muenchen.de>
wrote:
> On Mon, 6 Jun 2011 09:53:16 -0700 (PDT), hodjat hajian
> <hh.solidst...@yahoo.com> wrote:
>> Dear users hi,
>> I extract some data in a comma-delimited format in a .dat file, as
>> below:
>> flux1:, 0.25, 2.64484059275628e-4
>> flux1:, 0.250400801603206, 2.87434928639728e-4
>> flux1:, 0.250801603206413, 3.12270609926369e-4
>> .
>> .
>> .
>
> Hi Hodjat,
> these lines work in Matlab, you mighthave to modify them a bit to get
them
> working for Octave; you have to assign to the variable flux_data_file
the
> path of your file
>
>
>
> fid = fopen (flux_data_file, 'r');
> [val, count] = fscanf (fid, ' flux1:, %f , %f', Inf);
> fclose(fid);
>
>
> Curiously the space before the characters flux1:, in the conversion
> specification string is important, otherwise the program reads only the
> first line of the input file
>
>
> Giovanni
I was forgetting the rest: then the variable val is a one-dimensional
array, so to sort out frequency and transmission you have to do something
like
n_col = 2;
Meep_f = zeros(length(val)/n_col, 1); % Meep frequency
transmission = zeros(length(val)/n_col, 1);
for m = 1:length(val)/n_col
Meep_f(m) = val(n_col*m-n_col+1);
transmission(m) = val(n_col*m - n_col+2);
end
(I adapted it from something I wrote for myself, and did not try it on
your data, so that there could be a mistake or a mistype, but the idea is
right)
G.
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