Aloe SIMD Native

Aloe SIMD Native provides a suite of highly-optimized SIMD (Single Instruction, Multiple Data) operations for various data types and architectures. Utilizing Rust's low-level capabilities, this crate targets performance-critical tasks, making it ideal for data-intensive applications such as digital signal processing (DSP) and scientific computations.

Key Features

• Wide Architecture Support: Provides intrinsic operations for SSE and platform-specified SIMD capabilities, supporting a range of data types from 8-bit integers to 64-bit floats.
• Precision and Performance: Direct utilization of SIMD registers provides unrivaled speed and precision in vectorized mathematical operations.
• Comprehensive DSP Functions: Includes essential arithmetic, bitwise, and comparison operations tailored for DSP workflows, enhancing the performance of signal processing tasks.

Supported Data Types

• SimdNativeU8, SimdNativeU16, SimdNativeU32, SimdNativeU64
• SimdNativeI8, SimdNativeI16, SimdNativeI32, SimdNativeI64
• SimdNativeF32, SimdNativeF64

Example Usage

use aloe_simd_native::SimdNativeU64;

fn main() {
    let a = SimdNativeU64::expand(5);
    let b = SimdNativeU64::expand(10);
    let result = SimdNativeU64::add(a, b);
    SimdNativeU64::store(result, &mut [0; 2]);
}

License

This project is licensed under the GPL-3.0 License.

Repository

GitHub Repository

This README was generated by an AI model and may not be 100% accurate. However, it should provide a solid understanding of the crate's functionality.

This crate is a translation of the JUCE module.

JUCE is a c++ software framework for developing high performance audio applications.

Usage falls under the GPLv3 as well as the JUCE commercial license.

See github.com/juce-framework/JUCE and the JUCE license page for details.

This crate is in the process of being translated from c++ to rust. For progress updates, please see the workspacer rust project. designed specifically for rust projects.