# Fish Net Stockings

> creative work by Alison Aune, Joellyn Rock

**Wikidata**: [Q132204157](https://www.wikidata.org/wiki/Q132204157)  
**Source**: https://4ort.xyz/entity/fish-net-stockings

## Summary
Fish Net Stockings is a creative work and software application published in 2015. Created by Alison Aune and Joellyn Rock, it serves as an interactive exhibit developed using the Processing programming environment. The work utilizes Kinect hardware as an input device and is classified within the English language.

## Key Facts
- **Authors**: Alison Aune, Joellyn Rock
- **Publication Date**: 2015
- **Instance of**: Creative work, Exhibit, Application (Software)
- **Programming Language**: Processing
- **Input Device**: Kinect
- **Language**: English
- **ELMCIP ID**: 10799
- **Development Environment**: Processing (graphics library and programming environment established in 2001)

## FAQs
### Q: Who created Fish Net Stockings?
A: Fish Net Stockings was created by Alison Aune and Joellyn Rock. It is classified as a collaborative creative work and exhibit.

### Q: What technology powers Fish Net Stockings?
A: The work was built using the Processing programming language and environment. It functions as a software application that uses a Kinect device for input.

### Q: When was Fish Net Stockings released?
A: The creative work was published in 2015.

## Why It Matters
Fish Net Stockings represents a intersection of visual art and interactive technology, utilizing the Processing programming environment to create a user-driven experience. By integrating Kinect hardware—a device typically associated with motion sensing in gaming—the work expands the boundaries of how digital exhibits are interacted with, moving beyond traditional mouse and keyboard inputs.

As an entry in the ELMCIP knowledge base (ID 10799), it stands as a documented example of electronic literature and digital creativity. The collaboration between Alison Aune and Joellyn Rock highlights the interdisciplinary nature of the project, bridging creative authorship with software application development. Its classification as both an "exhibit" and "application" underscores its dual role as an artistic piece to be viewed and a functional program to be experienced.

## Notable For
-   Being a collaborative creative work between two authors: Alison Aune and Joellyn Rock.
-   Utilizing **Processing**, a specialized programming environment for visual arts and graphics.
-   Integrating **Kinect** technology as a primary input device, allowing for motion-based interaction.
-   Functioning as a hybrid entity classified simultaneously as a creative work, an exhibit, and a software application.
-   Inclusion in the ELMCIP (Electronic Literature as a Model of Creativity and Innovation in Practice) database.

## Body

### Creative and Technical Classification
Fish Net Stockings is defined structurally as a "creative work" and an "instance of" both an exhibit and a software application. The work is authored by Alison Aune and Joellyn Rock, with its official publication date recorded as 2015. The primary language of the work is English.

### Development Platform
The software component of Fish Net Stockings is constructed using **Processing**. Processing is a programming environment and graphics library designed for creating visual programs. Originally released in 2001, the platform was utilized in this project to facilitate the graphical and interactive elements required for the exhibit.

### Hardware Integration
A distinct technical specification of Fish Net Stockings is its reliance on a **Kinect** device. Listed explicitly as the "input device," the use of Kinect suggests the application relies on gesture recognition, motion capture, or spatial awareness to drive the user experience, distinguishing it from standard desktop applications.

### Database References
The work is cataloged in academic and specialized repositories. It holds the **ELMCIP ID 10799**, referencing its record in the Electronic Literature as a Model of Creativity and Innovation in Practice knowledge base. This record serves as a primary reference for the authorship and technical specifications cited in Wikidata and academic sources.