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This free online converter lets you convert code from Julia to Carbon in a click of a button. To use this converter, take the following steps -
Characteristic | Julia | Carbon |
---|---|---|
Syntax | High-level, similar to MATLAB and Python, concise and readable. | C++-inspired, designed for easy migration from C++, with modern improvements. |
Paradigm | Multi-paradigm: supports procedural, functional, and object-oriented programming. | Multi-paradigm: primarily procedural and object-oriented, with modern language features. |
Typing | Dynamically typed with optional static typing (type annotations). | Statically typed, with strong type safety and modern type system. |
Performance | High performance, close to C/C++ due to JIT compilation. | Aims for performance similar to C++, with direct compilation to machine code. |
Libraries and frameworks | Rich ecosystem for scientific computing, data science, and numerical analysis; fewer general-purpose libraries. | Limited libraries as it is experimental; intended to leverage C++ ecosystem in the future. |
Community and support | Active and growing community, especially in academia and scientific computing. | Very early-stage, small community, mostly experimental and driven by Google. |
Learning curve | Gentle for users familiar with Python or MATLAB; some complexity in advanced features. | Designed for C++ developers, easier for those with C++ background; limited resources due to early stage. |