What programming language was developed for easy translation of mathematical formulas into code?

The programming language developed specifically for the easy translation of mathematical formulas into code is FORTRAN. Originally created in the 1950s, FORTRAN, which stands for "Formula Translation," was designed to enable scientists and engineers to express mathematical calculations in a way that closely resembles their mathematical notation. This made it significantly simpler for users familiar with mathematics to write and understand the code without needing extensive programming knowledge.

FORTRAN's syntax allows for straightforward representation of mathematical expressions, facilitating its use in numerical and scientific computing. It supports a range of mathematical operations and functions essential for tasks in engineering, physics, and computational sciences. Due to its strong capabilities in handling mathematical operations and its historical significance as one of the first high-level programming languages, FORTRAN remains a foundational tool for many scientific applications today, particularly in fields that require heavy computation.

While languages like Python, Java, and C++ have their strengths and applications, none were specifically designed with the primary intent of translating mathematical formulas into code in the same way that FORTRAN was. Python, for instance, is appreciated for its readability and versatility, making it popular in various domains, but it does not focus solely on mathematical expression like FORTRAN does.