... | ... | @@ -152,9 +152,9 @@ This feature requires some additional information |
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- The iteration number from which the analysis begins (here ```initial_index = 2800```)
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- The iteration number at which the analysis ends (here ```final_index = 3000```)
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- The initial time (in seconds), i.e. the time associated to the first iteration (here ```initial_time = 5600``` (for a time-step of 2s))
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- The number of period within the time lapse studied (here ```n_period = 1```)
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- The number of period(s) within the time lapse studied (here ```n_period = 1```)
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- The number of iterations per period (here ```n_iter = 200```)
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- The number of component you want to compute ( here ``` n = 5```). It has to be smaller than the half of the number of iterations
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- The number of components you want to compute ( here ``` n = 5```). It has to be smaller than the half of the number of iterations
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- The duration of a period (here ```period = 400```)
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The first step consists in creating a Fourier_series object:
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