This release contains the following new features:

• Text2Code as a C++ code generator and preprocessors
• ILU preconditioners
• C++ visualization capabilities
• Quantity of interest calculation such as volume and face integrals of solution field or surface fluxes
• Several new examples such as linear elasticity, nonlinear elasticity, Monge-Ampere, and Stokes flows
• New shock-capturing examples for hypersonic flows

This release contains the following new features:

• Parallel monolithic multi-physics solver
• HIP support for AMD GPUs
• Chemistry models for chemically-reacting flows
• Shock-capturing examples for hypersonic flows
• Heat transfer examples for hypersonic flows

This release contains the following capabilities of Exasim:

• Solve a wide range of partial differential equations
• Generate stand-alone C++ production code via the mathematical expressions of the PDEs
• Implement high-order DG methods including local DG and hybridized DG methods
• Implement diagonally implicit Runge-Kutta methods
• Implement parallel Newton-GMRES solvers and scalable preconditioners
• Employ Kokkos to provide full GPU functionality for all code components from discretization schemes to iterative solvers
• Provide interfaces to Julia, Python, and Matlab.

This release does not employ Kokkos and does not implement hybridized DG methods.

This is a major release that includes the following changes:

• Restructure Exasim folders
• Automatic differentiation using Enzyme for matrix-vector products in GMRES
• Implementation of artificial viscosity in the residual evaluation
• Space weather applications
• Create unit tests

Exasim Version 0.3