Struct autd3_gain_holo::NalgebraBackend

pub struct NalgebraBackend<D: Directivity> { /* private fields */ }

Trait Implementations

impl Default for NalgebraBackend<Sphere>

fn default() -> Self

Returns the “default value” for a type.

impl<D: Directivity> LinAlgBackend<D> for NalgebraBackend<D>

type MatrixXc = Matrix<Complex<f32>, Dyn, Dyn, VecStorage<Complex<f32>, Dyn, Dyn>>

type MatrixX = Matrix<f32, Dyn, Dyn, VecStorage<f32, Dyn, Dyn>>

type VectorXc = Matrix<Complex<f32>, Dyn, Const<1>, VecStorage<Complex<f32>, Dyn, Const<1>>>

type VectorX = Matrix<f32, Dyn, Const<1>, VecStorage<f32, Dyn, Const<1>>>

fn new() -> Result<Arc<Self>, HoloError>

fn generate_propagation_matrix( &self, geometry: &Geometry, foci: &[Vector3], filter: &Option<HashMap<usize, BitVec<u32>>>, ) -> Result<Self::MatrixXc, HoloError>

fn to_host_cv(&self, v: Self::VectorXc) -> Result<VectorXc, HoloError>

fn to_host_v(&self, v: Self::VectorX) -> Result<VectorX, HoloError>

fn to_host_cm(&self, v: Self::MatrixXc) -> Result<MatrixXc, HoloError>

fn alloc_v(&self, size: usize) -> Result<Self::VectorX, HoloError>

fn alloc_zeros_v(&self, size: usize) -> Result<Self::VectorX, HoloError>

fn alloc_zeros_cv(&self, size: usize) -> Result<Self::VectorXc, HoloError>

fn from_slice_v(&self, v: &[f32]) -> Result<Self::VectorX, HoloError>

fn from_slice_m( &self, rows: usize, cols: usize, v: &[f32], ) -> Result<Self::MatrixX, HoloError>

fn make_complex2_v( &self, real: &Self::VectorX, imag: &Self::VectorX, v: &mut Self::VectorXc, ) -> Result<(), HoloError>

fn gemv_c( &self, trans: Trans, alpha: Complex, a: &Self::MatrixXc, x: &Self::VectorXc, beta: Complex, y: &mut Self::VectorXc, ) -> Result<(), HoloError>

fn alloc_cv(&self, size: usize) -> Result<Self::VectorXc, HoloError>

fn alloc_zeros_cm( &self, rows: usize, cols: usize, ) -> Result<Self::MatrixXc, HoloError>

fn create_diagonal_c( &self, v: &Self::VectorXc, a: &mut Self::MatrixXc, ) -> Result<(), HoloError>

fn norm_squared_cv( &self, a: &Self::VectorXc, b: &mut Self::VectorX, ) -> Result<(), HoloError>

fn gemm_c( &self, trans_a: Trans, trans_b: Trans, alpha: Complex, a: &Self::MatrixXc, b: &Self::MatrixXc, beta: Complex, y: &mut Self::MatrixXc, ) -> Result<(), HoloError>

fn alloc_cm( &self, rows: usize, cols: usize, ) -> Result<Self::MatrixXc, HoloError>

fn clone_v(&self, v: &Self::VectorX) -> Result<Self::VectorX, HoloError>

fn clone_m(&self, v: &Self::MatrixX) -> Result<Self::MatrixX, HoloError>

fn clone_cv(&self, v: &Self::VectorXc) -> Result<Self::VectorXc, HoloError>

fn clone_cm(&self, v: &Self::MatrixXc) -> Result<Self::MatrixXc, HoloError>

fn gen_back_prop( &self, m: usize, n: usize, transfer: &Self::MatrixXc, ) -> Result<Self::MatrixXc, HoloError>

fn from_slice_cv(&self, real: &[f32]) -> Result<Self::VectorXc, HoloError>

fn from_slice2_cv( &self, r: &[f32], i: &[f32], ) -> Result<Self::VectorXc, HoloError>

fn from_slice2_cm( &self, rows: usize, cols: usize, r: &[f32], i: &[f32], ) -> Result<Self::MatrixXc, HoloError>

fn scale_assign_cv( &self, a: Complex, b: &mut Self::VectorXc, ) -> Result<(), HoloError>

fn conj_assign_v(&self, b: &mut Self::VectorXc) -> Result<(), HoloError>

fn dot_c( &self, x: &Self::VectorXc, y: &Self::VectorXc, ) -> Result<Complex, HoloError>

fn alloc_m(&self, rows: usize, cols: usize) -> Result<Self::MatrixX, HoloError>

fn to_host_m(&self, v: Self::MatrixX) -> Result<MatrixX, HoloError>

fn copy_from_slice_v( &self, v: &[f32], dst: &mut Self::VectorX, ) -> Result<(), HoloError>

fn copy_to_v( &self, src: &Self::VectorX, dst: &mut Self::VectorX, ) -> Result<(), HoloError>

fn copy_to_m( &self, src: &Self::MatrixX, dst: &mut Self::MatrixX, ) -> Result<(), HoloError>

fn create_diagonal( &self, v: &Self::VectorX, a: &mut Self::MatrixX, ) -> Result<(), HoloError>

fn get_diagonal( &self, a: &Self::MatrixX, v: &mut Self::VectorX, ) -> Result<(), HoloError>

fn real_cm( &self, a: &Self::MatrixXc, b: &mut Self::MatrixX, ) -> Result<(), HoloError>

fn imag_cm( &self, a: &Self::MatrixXc, b: &mut Self::MatrixX, ) -> Result<(), HoloError>

fn exp_assign_cv(&self, v: &mut Self::VectorXc) -> Result<(), HoloError>

fn concat_col_cm( &self, a: &Self::MatrixXc, b: &Self::MatrixXc, c: &mut Self::MatrixXc, ) -> Result<(), HoloError>

fn max_v(&self, m: &Self::VectorX) -> Result<f32, HoloError>

fn hadamard_product_cm( &self, x: &Self::MatrixXc, y: &Self::MatrixXc, z: &mut Self::MatrixXc, ) -> Result<(), HoloError>

fn dot(&self, x: &Self::VectorX, y: &Self::VectorX) -> Result<f32, HoloError>

fn add_v( &self, alpha: f32, a: &Self::VectorX, b: &mut Self::VectorX, ) -> Result<(), HoloError>

fn add_m( &self, alpha: f32, a: &Self::MatrixX, b: &mut Self::MatrixX, ) -> Result<(), HoloError>

fn gevv_c( &self, trans_a: Trans, trans_b: Trans, alpha: Complex, a: &Self::VectorXc, b: &Self::VectorXc, beta: Complex, y: &mut Self::MatrixXc, ) -> Result<(), HoloError>

fn solve_inplace( &self, a: &Self::MatrixX, x: &mut Self::VectorX, ) -> Result<(), HoloError>

fn reduce_col( &self, a: &Self::MatrixX, b: &mut Self::VectorX, ) -> Result<(), HoloError>

fn scaled_to_cv( &self, a: &Self::VectorXc, b: &Self::VectorXc, c: &mut Self::VectorXc, ) -> Result<(), HoloError>

fn scaled_to_assign_cv( &self, a: &Self::VectorXc, b: &mut Self::VectorXc, ) -> Result<(), HoloError>

fn cols_c(&self, m: &Self::MatrixXc) -> Result<usize, HoloError>