A trait that allows FFT algorithms to report whether they compute forward FFTs or inverse FFTs
fn is_inverse(&self) -> boolReturns false if this instance computes forward FFTs, true for inverse FFTs
impl IsInverse for Butterfly2[src]fn is_inverse(&self) -> bool[src]impl IsInverse for Butterfly4[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for Butterfly16<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for Butterfly3<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for Butterfly32<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for Butterfly5<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for Butterfly6<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for Butterfly7<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for Butterfly8<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for DFT<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for GoodThomasAlgorithm<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for GoodThomasAlgorithmDoubleButterfly<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for MixedRadix<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for MixedRadixDoubleButterfly<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for RadersAlgorithm<T>[src]fn is_inverse(&self) -> bool[src]impl<T> IsInverse for Radix4<T>[src]fn is_inverse(&self) -> bool[src]