pub fn compute_column(&mut self, output: &mut [T]) {
        assert_eq!(self.output_size(), output.len());

        self.compute_into_complex_output();

        for (dst, src) in output.iter_mut().zip(self.complex_output.iter()) {
            *dst = log10_positive(src.norm());
        }
    }
/// computes a column of the spectrogram
/// # Panics
/// panics unless `self.output_size() == output.len()`
computes a column of the spectrogram
computes a column of the spectrogram
pub fn compute_column(&mut self, output: &mut [T]) {
        assert_eq!(self.output_size(), output.len());
        self.compute_into_complex_output();
        for (dst, src) in output.iter_mut().zip(self.complex_output.iter()) {
            *dst = log10_positive(src.norm());
        }
    }
pub fn compute_column ( & mut self , output : & mut [ T ] ) { assert_eq ! ( self output_size ( ) output len ( ) ) ; self . compute_into_complex_output ( ) ; for ( dst , src ) in output . iter_mut ( ) . zip ( self . complex_output . iter ( ) ) { * dst = log10_positive ( src . norm ( ) ) ; } }
computes a column of the spectrogram
computes a column of the spectrogram
&mut self
output
&mut [T]
panics
panics unless `self.output_size() == output.len()`
panics unless ` self . output_size () == output . len () `