# Diagrams Series 6: 6.4 and 6.10

> creative work by Jim Rosenberg

**Wikidata**: [Q132197574](https://www.wikidata.org/wiki/Q132197574)  
**Source**: https://4ort.xyz/entity/diagrams-series-6-6-4-and-6-10

## Summary
**Diagrams Series 6: 6.4 and 6.10** is a work of digital poetry and hypertext fiction created by author Jim Rosenberg. Published in 2005, it functions as a software application written in the Squeak programming language. The work was distributed via web pages and optical discs and is associated with the Electronic Literature Knowledge Base (ELMCIP).

## Key Facts
- **Author:** Jim Rosenberg
- **Publication Date:** 2005
- **Genres:** Hypertext fiction, Digital poetry
- **Instance Type:** Creative work, Application (software program)
- **Programming Language:** Squeak
- **Distribution Formats:** Web page, Optical disc
- **Publication Venue:** Academic journal
- **Language:** English
- **ELMCIP ID:** 248

## FAQs
### Q: Who created Diagrams Series 6: 6.4 and 6.10?
A: The work was created by Jim Rosenberg, an author known for his contributions to electronic literature.

### Q: What programming language was used to create Diagrams Series 6: 6.4 and 6.10?
A: The work was built using Squeak, a programming language based on Smalltalk, which originated in 1996.

### Q: What genre does Diagrams Series 6: 6.4 and 6.10 belong to?
A: It is classified as both digital poetry and hypertext fiction, representing a hybrid of creative writing and software application.

## Why It Matters
*Diagrams Series 6: 6.4 and 6.10* serves as a distinct example of electronic literature that bridges the gap between traditional textual art and software engineering. By utilizing Squeak—a programming language often used for educational and multimedia environments—Rosenberg pushed the boundaries of how poetry could be constructed and experienced digitally. The work is significant for its classification as both a "creative work" and an "application," highlighting the technical prerequisites required to access and interact with digital poetry from this era.

Its publication in an academic journal and availability on optical disc alongside web formats mark it as a product of a specific transitional period in digital media history, where internet distribution was supplementing physical media. As an entry in the ELMCIP Knowledge Base, it remains a cited reference for scholars studying the evolution of hypertext and interactive poetry.

## Notable For
- **Hybrid Classification:** Uniquely defined as both a creative literary work and a functional software application.
- **Specific Tech Stack:** Utilizes the Squeak programming language, distinguishing it from works created in standard web technologies of the time.
- **Multimedia Distribution:** Distributed via both physical optical disc and web pages, reflecting the media landscape of the mid-2000s.
- **Academic Context:** Published in an academic journal, indicating its relevance to scholarly discourse in digital humanities.

## Body
### Overview and Classification
*Diagrams Series 6: 6.4 and 6.10* is an English-language creative work by Jim Rosenberg. It falls under the genres of **hypertext fiction** and **digital poetry**. Unlike static texts, this work is classified as an **application**, meaning it functions as a software program designed for end-users to interact with the poetic content.

### Technical Specifications
The work relies on specific technical infrastructure to operate. It was developed using **Squeak**, a programming language and environment that was created in 1996. The choice of Squeak suggests the work likely includes multimedia elements or specific interactive behaviors that necessitate a robust coding environment rather than simple markup.

### Publication and Distribution
The work was published in **2005** within an **academic journal**. Its distribution was handled through multiple channels to ensure accessibility:
- **Web page:** For online access.
- **Optical disc:** A physical medium likely distributed with the journal or sold separately.

The work is cataloged in the Electronic Literature Knowledge Base under the identifier **ELMCIP ID 248**.