Struct BodeDiagramPlotter 

pub struct BodeDiagramPlotter<T, U = Hz> { /* private fields */ }

Bode diagram over [freq_from, freq_to) with step dfreq, all given in U (Hz by default).

Implementations

impl<T, U> BodeDiagramPlotter<T, U>

where T: Float + FloatConst + ToPrimitive + 'static, U: FrequencyUnit,

pub fn new(freq_from: T, freq_to: T, dfreq: T, log_scale: bool) -> Self

data_len = ceil((freq_to - freq_from) / dfreq) points starting at freq_from, in U. Gain in dB if log_scale, otherwise the magnitude.

pub fn plot<G: Into<FrequencyTransferFunction<T>>>( &self, g: G, ) -> Vec<FrequencyCharacteristics<T, U>>

Calculate the frequency characteristics of a frequency transfer function (or anything convertible into one, such as a continuous TransferFunction).

pub fn frequency_response_s<S: Borrow<TransferFunction<T, Continuous>>>( &self, tf: S, ) -> Vec<FrequencyCharacteristics<T, U>>

Calculate the frequency response of a polynomial in the s-domain. If polynomial is ans^n +an-1s^(n-1) + … + a0, coefficient should be set [an, an-1, …, a0]

pub fn frequency_response_z<S: Borrow<TransferFunction<T, Discrete>>>( &self, tf: S, ts: T, ) -> Vec<FrequencyCharacteristics<T, U>>

Calculate the frequency response of a polynomial in the z-domain. If polynomial is anz^n +an-1z^(n-1) + … + a0, coefficient should be set [an, an-1, …, a0]