Struct AdvancedSimdAccelerator 

pub struct AdvancedSimdAccelerator<F: IntegrateFloat> { /* private fields */ }

Optimized SIMD acceleration engine

Implementations

impl<F: IntegrateFloat + SimdUnifiedOps> AdvancedSimdAccelerator<F>

pub fn new() -> IntegrateResult<Self>

Create a new advanced-SIMD accelerator

pub fn advanced_vector_add_fma( &self, a: &ArrayView1<'_, F>, b: &ArrayView1<'_, F>, c: &ArrayView1<'_, F>, scale: F, ) -> IntegrateResult<Array1<F>>

Advanced-optimized vector addition with FMA

pub fn advanced_matrix_vector_multiply( &self, matrix: &Array2<F>, vector: &ArrayView1<'_, F>, ) -> IntegrateResult<Array1<F>>

Optimized matrix-vector multiplication with cache blocking

pub fn advanced_dot_product( &self, a: &ArrayView1<'_, F>, b: &ArrayView1<'_, F>, ) -> IntegrateResult<F>

Advanced-optimized dot product with multiple accumulation

pub fn advanced_reduce_sum( &self, data: &ArrayView1<'_, F>, ) -> IntegrateResult<F>

Optimized reduction operations with tree reduction

pub fn advanced_elementwise_conditional( &self, a: &ArrayView1<'_, F>, b: &ArrayView1<'_, F>, condition: impl Fn(F, F) -> bool, true_op: impl Fn(F, F) -> F, false_op: impl Fn(F, F) -> F, ) -> IntegrateResult<Array1<F>>

Advanced-optimized element-wise operations with predication

pub fn advanced_gather( &self, data: &ArrayView1<'_, F>, indices: &[usize], ) -> IntegrateResult<Array1<F>>

Optimized gather operation for sparse access patterns

pub fn advanced_rk4_vectorized( &self, t: F, y: &ArrayView1<'_, F>, h: F, f: impl Fn(F, &ArrayView1<'_, F>) -> IntegrateResult<Array1<F>>, ) -> IntegrateResult<Array1<F>>

Advanced-optimized Runge-Kutta step with vectorized stages

pub fn advanced_mixed_precision_step( &self, high_precisiondata: &ArrayView1<'_, F>, operation: MixedPrecisionOperation, ) -> IntegrateResult<Array1<F>>

Mixed-precision computation for enhanced performance