About Simply Fortran
Simply Fortran is an integrated development environment produced by Approximatrix, LLC that streamlines Fortran software development. It targets numeric and scientific programming, packaging a set of tools that help build, test, and optimize computational code.
A Brief History of FORTRAN
FORTRAN — short for Formula Translation — is one of the earliest high-level, compiled imperative languages, originally introduced by IBM in the 1950s for engineering and scientific work. Over the decades it has evolved through multiple standards to remain useful for intensive numerical tasks and high-performance computing, and several modern languages and paradigms have taken inspiration from its layout and concepts.
Who Uses It and Where It Runs
Simply Fortran is suitable for professional developers working on engineering and scientific projects, as well as students and hobbyists learning numerical programming. The IDE is available for Windows and GNU/Linux systems, providing a consistent environment across those platforms.
Core Capabilities
- Built-in project workspace and source editor to organize and maintain Fortran code
- Integrated debugger to locate and correct syntax or logic errors quickly
- GNU Fortran support for compiling source into native executables and enabling interoperability with contemporary toolchains
- Tools for managing builds and linking libraries commonly used in scientific computing
- Support for high-precision numerical workflows and performance-oriented code
Practical Benefits
- Support for linking and using modern libraries and toolchains
- Rapid error detection through the IDE’s debugging facilities
- Streamlined project management and source control-friendly structure
- Native compilation that produces optimized binaries for compute-intensive tasks
- A developer-focused interface that reduces setup time across supported platforms
Licensing and Distribution
Users can obtain either an Individual license or a Network Site license depending on their needs. Licensing unlocks the full feature set of the IDE and allows deployment across single machines or teams within an organization.
Why FORTRAN Still Matters
FORTRAN remains important in domains that demand numerical accuracy and raw computational performance, such as scientific simulation, weather modeling, and engineering analysis. Continued language standardization and modern tool support have helped preserve its relevance for projects that require trusted, high-performance numeric computation.
Technical
- Windows
- Mac
- Free