# A Literatura Cibernética 1: Autopoemas Gerados por Computador

> creative work by Pedro Barbosa

**Wikidata**: [Q132200052](https://www.wikidata.org/wiki/Q132200052)  
**Source**: https://4ort.xyz/entity/a-literatura-cibernetica-1-autopoemas-gerados-por-computador

## Summary
A Literatura Cibernética 1: Autopoemas Gerados por Computador is a pioneering Portuguese digital poetry work created by Pedro Barbosa in 1977. It represents one of the earliest examples of computer-generated literature, using algorithmic processes to produce autopoems through specialized software.

## Key Facts
- Published in 1977 by Pedro Barbosa
- Classified as both a creative work and an application
- Written in Portuguese
- Distributed in printed matter format
- Uses ALGOL, Fortran, and NEAL programming languages
- Depends on PERMUTA and TEXAL software
- Has ELMCP ID 7998
- Genre includes digital poetry and generative literature

### Q: What is A Literatura Cibernética 1: Autopoemas Gerados por Computador?
A: It is a 1977 Portuguese digital poetry work by Pedro Barbosa that uses computer algorithms to generate autopoems, representing one of the earliest examples of computer-generated literature.

### Q: What programming languages were used to create it?
A: The work was created using ALGOL, Fortran, and NEAL programming languages.

### Q: What software does it depend on?
A: It depends on PERMUTA and TEXAL software for its generation and processing.

### Q: What is its ELMCP ID?
A: Its ELMCP ID is 7998.

### Q: What format was it distributed in?
A: It was distributed in printed matter format.

## Why It Matters
A Literatura Cibernética 1: Autopoemas Gerados por Computador represents a groundbreaking moment in the intersection of literature and computing. As one of the earliest documented works of computer-generated poetry, it established important precedents for digital literature and generative art. The work demonstrated how computational processes could be harnessed for creative expression, challenging traditional notions of authorship and creativity. Its use of multiple programming languages and specialized software showed the technical possibilities of early computer poetry generation. The work's influence extends beyond literature into discussions about artificial intelligence, creativity, and the role of algorithms in artistic production. Its preservation and documentation through ELMCP also highlights the importance of archiving digital literary works.

## Notable For
- One of the earliest documented works of computer-generated poetry
- Pioneer in using multiple programming languages (ALGOL, Fortran, NEAL) for literary creation
- First major Portuguese work in digital poetry
- Integration of specialized software (PERMUTA and TEXAL) in literary production
- Early example of autopoetic literature using algorithmic generation

## Body
### Technical Implementation
The work was implemented using a combination of ALGOL, Fortran, and NEAL programming languages, demonstrating the technical versatility of early computer poetry generation. The use of multiple languages suggests a complex system architecture designed to handle different aspects of the poem generation process.

### Software Dependencies
The work relies on two key software components:
- PERMUTA: A permutation-based system for generating poetic variations
- TEXAL: A text processing system for formatting and output

### Literary Classification
The work is classified under two main genres:
- Digital poetry: Poetry created with digital technology
- Generative literature: Literature produced through algorithmic processes

### Distribution and Format
Despite being computer-generated, the work was distributed in traditional printed matter format, bridging the gap between digital creation and physical publication. This choice reflects the publishing constraints and audience expectations of the late 1970s.

### Historical Context
Created in 1977, the work emerged during a pivotal period when personal computing was becoming more accessible, but before the widespread adoption of digital publishing. This timing influenced both its technical implementation and distribution method.