@@ -42,11 +42,11 @@ def rcosfilter(N, alpha, Ts, Fs):
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Returns
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-------
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- h_rc : 1-D ndarray (float)
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- Impulse response of the raised cosine filter.
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-
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time_idx : 1-D ndarray (float)
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Array containing the time indices, in seconds, for the impulse response.
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+
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+ h_rc : 1-D ndarray (float)
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+ Impulse response of the raised cosine filter.
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"""
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T_delta = 1 / float (Fs )
@@ -89,12 +89,12 @@ def rrcosfilter(N, alpha, Ts, Fs):
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Returns
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---------
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- h_rrc : 1-D ndarray of floats
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- Impulse response of the root raised cosine filter.
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-
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time_idx : 1-D ndarray of floats
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Array containing the time indices, in seconds, for
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the impulse response.
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+
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+ h_rrc : 1-D ndarray of floats
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+ Impulse response of the root raised cosine filter.
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"""
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T_delta = 1 / float (Fs )
@@ -141,11 +141,11 @@ def gaussianfilter(N, alpha, Ts, Fs):
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Returns
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-------
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- h_gaussian : 1-D ndarray of floats
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- Impulse response of the gaussian filter.
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-
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time_index : 1-D ndarray of floats
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Array containing the time indices for the impulse response.
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+
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+ h_gaussian : 1-D ndarray of floats
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+ Impulse response of the gaussian filter.
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"""
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T_delta = 1 / float (Fs )
@@ -173,11 +173,11 @@ def rectfilter(N, Ts, Fs):
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Returns
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-------
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- h_rect : 1-D ndarray of floats
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- Impulse response of the rectangular filter.
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-
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time_index : 1-D ndarray of floats
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Array containing the time indices for the impulse response.
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+
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+ h_rect : 1-D ndarray of floats
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+ Impulse response of the rectangular filter.
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"""
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h_rect = np .ones (N )
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