# MATH-MATIC

> marketing name for the AT-3 (Algebraic Translator 3) compiler, an early programming language for the UNIVAC I and UNIVAC II

**Wikidata**: [Q16947404](https://www.wikidata.org/wiki/Q16947404)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/MATH-MATIC)  
**Source**: https://4ort.xyz/entity/math-matic

## Summary
MATH-MATIC was the marketing name for the AT-3 (Algebraic Translator 3) compiler, an early high-level programming language designed for UNIVAC I and UNIVAC II computers. It was developed in 1957 by Grace Hopper at Remington Rand, building on prior work like FLOW-MATIC.

## Key Facts
- MATH-MATIC was the marketing name for the AT-3 (Algebraic Translator 3) compiler.
- It was developed in 1957 by Grace Hopper while working for Remington Rand.
- The language was specifically designed to operate on UNIVAC I and UNIVAC II computers.
- It follows an imperative programming paradigm.
- MATH-MATIC was influenced by the FLOW-MATIC programming language.
- Information about MATH-MATIC is available on Wikipedia in four languages: English, Portuguese, Russian, and Ukrainian.
- It has a freebase ID of /m/01cqg1 and 4 sitelinks across supported languages.

## FAQs
### Q: What was MATH-MATIC used for?
A: MATH-MATIC served as an early high-level programming language for UNIVAC I and UNIVAC II computers, enabling developers to write algebraic instructions instead of machine code.

### Q: Who created MATH-MATIC?
A: MATH-MATIC was developed by Grace Hopper in 1957 during her tenure at Remington Rand.

### Q: How does MATH-MATIC relate to other early programming languages?
A: It was influenced by FLOW-MATIC and represents an advancement in compiler design for the UNIVAC series, emphasizing algebraic translation over low-level coding.

### Q: What computers could run MATH-MATIC?
A: It was exclusively designed to run on UNIVAC I and UNIVAC II computers.

## Why It Matters
MATH-MATIC represents a critical milestone in the evolution of programming languages, bridging the gap between machine code and high-level abstraction. As one of the first algebraic translators, it simplified programming for UNIVAC systems, making these powerful machines more accessible. Grace Hopper's involvement underscores its significance in compiler history, building on her prior work with FLOW-MATIC. By focusing on mathematical expressions, MATH-MATIC laid groundwork for subsequent languages like FORTRAN, influencing how software interacted with hardware for decades. Its development in 1957 places it at the dawn of the high-level programming era, demonstrating early solutions to the problem of human-machine communication.

## Notable For
- One of the earliest high-level algebraic translators for commercial computers.
- Development led by Grace Hopper, a pioneering figure in compiler design.
- Exclusively compatible with UNIVAC I and UNIVAC II systems.
- Directly influenced by FLOW-MATIC, showcasing lineage in early language evolution.
- Its marketing name "MATH-MATIC" emphasized its algebraic focus, distinguishing it from machine-coded alternatives.

## Body
### Overview
MATH-MATIC was the marketing designation for the AT-3 (Algebraic Translator 3) compiler, an early programming language targeting UNIVAC I and UNIVAC II computers. It emerged in 1957 as a response to the need for more intuitive coding tools.

### Development
- Created by Grace Hopper at Remington Rand in 1957.
- Designed specifically for UNIVAC I and UNIVAC II hardware.
- Built upon concepts from FLOW-MATIC, a prior language developed by Hopper's team.
- Operated under an imperative programming paradigm, focusing on executable statements.

### Technical Design
- Functioned as an algebraic translator, converting mathematical expressions into machine code.
- Eliminated the need for manual low-level coding on UNIVAC systems.
- Emphasized readability through algebraic notation, though it retained machine dependencies.

### Documentation and Reach
- Documented on Wikipedia in English, Portuguese, Russian, and Ukrainian.
- Assigned freebase ID: /m/01cqg1.
- Maintains 4 sitelinks across supported Wikipedia languages.

### Legacy
- Served as an early example of high-level language design, influencing later systems.
- Demonstrated the viability of compilers for business and scientific computing.
- Remains historically significant as a product of Grace Hopper's compiler work at Remington Rand.