Trait basic_dsp_matrix::ToDspMatrix [−] [src]

pub trait ToDspMatrix<V, T> where
    V: Vector<T>,
    T: RealNumber, {
    type Output: Matrix<V, T>;
    fn to_gen_dsp_mat(
        self, 
        is_complex: bool, 
        domain: DataDomain
    ) -> Self::Output;
}

Conversion from a generic data type into a dsp matrix which tracks its meta information (domain and number space) only at runtime. See ToRealMatrix and ToComplexMatrix for alternatives which track most of the meta data with the type system and therefore avoid runtime errors.

Associated Types

`type Output: Matrix<V, T>`

Required Methods

`fn to_gen_dsp_mat(self, is_complex: bool, domain: DataDomain) -> Self::Output`

Create a new generic matrix. delta can be changed after construction with a call of set_delta.

For complex matrices with an odd length the resulting value will have a zero length.

Implementors

impl<T, S> ToDspMatrix<GenDspVec<S, T>, T> for Vec<S> where T: RealNumber, S: ToDspVector<T> + ToSlice<T>, type Output = MatrixMxN<GenDspVec<S, T>, S, T>;
impl<T, S> ToDspMatrix<GenDspVec<S, T>, T> for [S; 2] where T: RealNumber, S: ToDspVector<T> + ToSlice<T>, type Output = Matrix2xN<GenDspVec<S, T>, S, T>;
impl<T, S> ToDspMatrix<GenDspVec<S, T>, T> for [S; 3] where T: RealNumber, S: ToDspVector<T> + ToSlice<T>, type Output = Matrix3xN<GenDspVec<S, T>, S, T>;
impl<T, S> ToDspMatrix<GenDspVec<S, T>, T> for [S; 4] where T: RealNumber, S: ToDspVector<T> + ToSlice<T>, type Output = Matrix4xN<GenDspVec<S, T>, S, T>;