# Interactive C

> modified version of ANSI C to program small robotics platforms

**Wikidata**: [Q6045242](https://www.wikidata.org/wiki/Q6045242)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Interactive_C)  
**Source**: https://4ort.xyz/entity/interactive-c

## Summary
Interactive C is a modified version of the ANSI C programming language specifically designed for programming small robotics platforms. It extends standard C with features and libraries tailored for embedded systems and robotic control, making it accessible for educational robotics applications.

## Key Facts
- **Inception:** Interactive C was created in 1997.
- **Primary Purpose:** It is a programming language developed for small robotics platforms.
- **Core Basis:** Interactive C is a modified version of ANSI C.
- **Official Websites:** Maintained by sources including `http://www.botball.org/ic/` and `http://www.newtonlabs.com/ic/`.
- **Classification:** It is an instance of the programming language class.
- **Freebase ID:** `/m/0cd316`.
- **Wikipedia Presence:** Featured under the title "Interactive C" in English only.
- **Online Citations:** Has 1 sitelink across Wikipedia.

## FAQs
### Q: What is Interactive C used for?
A: Interactive C is used specifically for programming small robotics platforms, providing extensions to ANSI C suitable for embedded systems and robotic control tasks.

### Q: When was Interactive C created?
A: Interactive C was created in 1997.

### Q: How does Interactive C differ from standard C?
A: Interactive C is a modified version of ANSI C, meaning it extends the standard C language with features and libraries specifically designed for robotics applications and small embedded systems.

### Q: Who maintains Interactive C?
A: Interactive C is maintained by sources associated with Botball (`http://www.botball.org/ic/`) and Newton Labs (`http://www.newtonlabs.com/ic/`).

## Why It Matters
Interactive C matters as a specialized programming language bridging the gap between general-purpose C and the practical demands of robotics. By modifying ANSI C to include features for real-time control, sensor interfacing, and actuation management, it lowers the barrier to entry for educational robotics and embedded systems development. Its longevity since 1997 demonstrates its enduring utility in robotics education kits like Botball, providing a stable, accessible tool for students and hobbyists to learn programming principles through hands-on robot building and control. This focused approach makes it a significant tool for practical STEM learning and small-scale robotic prototyping.

## Notable For
- Being a specialized modification of ANSI C specifically tailored for small robotics platforms and embedded systems.
- Its continuous development and use in educational robotics since 1997.
- Its dual-source maintenance structure (Botball and Newton Labs websites).
- Its specific design focus on enabling programmatic control of physical robotic hardware.

## Body
### Core Definition and Origin
- Interactive C is defined as "modified version of ANSI C to program small robotics platforms".
- Its creation date is 1997.
- It is classified as an instance of "programming language".

### Purpose and Application
- The primary function of Interactive C is to program small robotics platforms.
- It extends the capabilities of standard ANSI C with libraries and features necessary for robotics tasks such as sensor reading, motor control, and real-time execution.

### Documentation and Availability
- Official documentation and downloads are available through specific websites:
  - `http://www.botball.org/ic/`
  - `http://www.newtonlabs.com/ic/`
- It is documented in English Wikipedia under the title "Interactive C".
- It has only 1 sitelink across all Wikipedia language editions.
- It has an associated Freebase ID: `/m/0cd316`.