Yes! Exactly this! I could recognize this command in the Help and then I took it. Matlab I left behind because it could not solve some tricking Laplace transforms that Wolfram did at once. In fact, I started with Fortran in the late of the 80´s...Pascal, Basic, C and then I moved to Excel for a long time. But it became unsatisfactory for deeper investigations and then here I am...

No, i haven't.

Sure. The problem seems to be that instead of exporting values to the file you actually try to export the function.

In order to create a list (a table) of values you could use this export command:

Export["~/Desktop/teste.txt", Table[Modulo /. y -> i // N, {i, 0, 0.25, 0.025}]]

The idea is that it takes the Modulo expression and substitutes the y by values in the range from 0 to 0.25 in steps of 0.025. The N helps to obtain numerical values.

I hope that this helps. If you want also the "x-coordinate" you can use:

Export["~/Desktop/teste.txt", Table[{i,Modulo /. y -> i // N}, {i, 0, 0.25, 0.025}]]

Cheers,

M.

No problem. ClearAll clears all symbols in a given context; see here under Generalisations and Extensions. It's quite a useful command.

With the Range command you defined y to be a list of numbers. When you then used y in the function it did not use that as an independent variable anymore.

Cheers,

Marco

Hi,

I am not quite sure what you want to achieve, but the thing is that your "function" Modulus does not seem to be a function on y anymore. That is because you have the line:

y = Range[0, 0.25, 0.01] 

Without it, you get a plot:

The notebook is attached.

Cheers,

Marco

Attachments: