# Generative Modelling Language

> extension of PostScript used for the concise description of complex 3D shapes

**Wikidata**: [Q1502028](https://www.wikidata.org/wiki/Q1502028)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Generative_Modelling_Language)  
**Source**: https://4ort.xyz/entity/generative-modelling-language

## Summary
Generative Modelling Language (GML) is a programming language and extension of PostScript developed for the concise description of complex 3D shapes. It functions as 3D computer graphics software that utilizes three-dimensional representations of geometric data. It serves as a method for communicating instructions to a machine to generate visual models.

## Key Facts
*   **Definition:** Generative Modelling Language is an extension of PostScript used for the concise description of complex 3D shapes.
*   **Classification:** It is classified as both a programming language and 3D computer graphics software.
*   **Primary Use:** The language is utilized within the field of 3D computer graphics.
*   **Function:** It acts as a language for communicating instructions to a machine, specifically handling three-dimensional geometric data.
*   **Wikipedia Presence:** The entity has a Wikipedia presence in five languages: German (de), English (en), Spanish (es), Latvian (lv), and Russian (ru).
*   ** identifiers:** Its Freebase ID is /m/0fl_44, and its discontinued Microsoft Academic ID is 85413616.

## FAQs
### Q: What is Generative Modelling Language used for?
A: Generative Modelling Language is used to create and describe complex 3D shapes concisely. It serves as a specialized programming language within the field of 3D computer graphics.

### Q: How is Generative Modelling Language related to PostScript?
A: Generative Modelling Language is an extension of PostScript. While PostScript is primarily a page description language, GML extends similar concepts to handle three-dimensional geometric data.

### Q: Is Generative Modelling Language considered software or code?
A: It is considered both. It is classified as an instance of a programming language and 3D computer graphics software, bridging the gap between coded instructions and visual graphic generation.

## Why It Matters
Generative Modelling Language represents a specialized intersection of programming and visual design, addressing the specific need to describe complex 3D geometry concisely. By extending PostScript—a standard originally designed for 2D page description—into the realm of 3D, GML provides a unique approach to defining shapes through code rather than purely manual modeling.

This matters because it allows for the precise algorithmic generation of 3D assets, fitting into the broader category of 3D computer graphics software. It enables developers and designers to communicate complex geometric instructions to a machine efficiently. While less ubiquitous than general-purpose 3D formats, its existence as a distinct language with documentation across multiple languages (including German and Russian) highlights its specific utility in technical and academic graphics contexts.

## Notable For
*   **Extending PostScript:** It uniquely adapts the PostScript framework, typically associated with 2D printing, for the purpose of describing 3D volumetric shapes.
*   **Concise 3D Description:** The language is specifically noted for its ability to describe complex 3D shapes "concisely," suggesting a high density of information or efficient coding syntax.
*   **Dual Classification:** It is distinctively classified as both a programming language and graphics software, rather than just a file format.
*   **Global Documentation:** Despite its specialized nature, it maintains encyclopedia entries in five distinct languages (German, English, Spanish, Latvian, Russian).

## Body
### Technical Definition
Generative Modelling Language (GML) is defined as an extension of PostScript. Its primary technical function is the concise description of complex 3D shapes. Unlike standard PostScript, which describes 2D page layouts, GML is built to handle the representation of geometric data in three dimensions.

### Classification and Application
According to structured knowledge bases, GML is an instance of two distinct classes:
*   **Programming Language:** It serves as a formal language for communicating instructions to a machine.
*   **3D Computer Graphics Software:** It is a tool used in the creation and management of 3D geometric data.

The specific application domain for GML is 3D computer graphics (graphics that use a three-dimensional representation of geometric data).

### Identifiers and Metadata
*   **Wikidata Description:** "extension of PostScript used for the concise description of complex 3D shapes"
*   **Freebase ID:** /m/0fl_44
*   **Microsoft Academic ID:** 85413616 (service discontinued)
*   **Sitelink Count:** 5