Announcing Thetis Headers: C++ & GPU Project Skeleton for High-Performance Computing
We are thrilled to introduce Thetis Headers, a comprehensive C++ & GPU project skeleton tailored for developers working on high-performance computing (HPC) applications. Thetis Headers streamlines your development process with built-in support for HPC scripts, Julia integration, and TensorFlow Swift, providing a solid foundation for performance-intensive projects.
Key Features of Thetis Headers
HPC Script Support
Thetis Headers simplifies the execution of high-performance tasks by offering integrated HPC script support. This allows developers to manage complex simulations, large-scale data processing, and GPU-accelerated code with ease, ensuring optimal performance in demanding environments.
Julia Integration
Thetis Headers makes it easy to incorporate Julia into your C++ and GPU-based workflows. Simply set the JULIA_HOME environment variable to point to your Julia installation:
export JULIA_HOME=/path/to/juliaThis ensures that Julia is available in $JULIA_HOME/bin. As the project uses address sanitizer by default, please note that Julia and debug mode may not work well together, so we recommend adjusting the configuration depending on your project needs.
Swift Integration for TensorFlow
For developers working with Swift for TensorFlow, Thetis Headers includes an example project that facilitates Swift integration into your machine learning workflows. This is particularly useful for those looking to prototype or deploy machine learning models within a high-performance computing framework.
Getting Started with Thetis Headers
To get started with Thetis Headers, visit our GitHub repository:
Thetis Headers GitHub Repository
The repository contains the full project skeleton, detailed setup instructions, and all the resources necessary to build high-performance computing applications using C++, GPU, Julia, and Swift.
Why Choose Thetis Headers?
Thetis Headers is designed to give developers an edge in building high-performance, scalable applications by integrating the latest tools and frameworks. Whether you're working on scientific simulations, machine learning tasks, or other HPC projects, Thetis Headers offers a robust and flexible development environment.
Key Benefits:
Optimized for Performance: Built with C++ and GPU computing in mind, Thetis Headers helps handle intensive computational workloads. Flexible Integration: Seamless support for Julia and Swift for TensorFlow allows developers to combine different languages and technologies in one cohesive project. Rapid Development: The ready-to-use project skeleton and scripts help developers quickly get started with their HPC projects.
Conclusion
Thetis Headers is your go-to solution for starting high-performance computing projects that require the power of C++, GPU acceleration, Julia, and Swift. It simplifies development while offering the flexibility to meet the demands of modern computing environments.
Get started today by visiting the Thetis Headers GitHub repository: