# Die Gottheit des langen Lebens Shouxing  auf separatem Sockel
**Wikidata**: [Q120422786](https://www.wikidata.org/wiki/Q120422786)  
**Source**: https://4ort.xyz/entity/die-gottheit-des-langen-lebens-shouxing-auf-separatem-sockel

## Summary
Die Gottheit des langen Lebens Shouxing auf separatem Sockel refers to a three-dimensional representation of the Chinese deity Shouxing (God of Longevity) displayed on a distinct pedestal, utilizing 3D computer graphics techniques to create a realistic and complex visual representation of this cultural artifact.

## Key Facts
- The entity is classified as a 3D computer graphics representation of the Chinese deity Shouxing
- It features a three-dimensional geometric data structure with depth and realism
- The technology enables the creation of complex, realistic visual content from geometric data
- The field has 55 sitelinks across Wikimedia projects
- Common aliases include "3D graphics," "3-D," and "three-dimensional computer graphics"
- The representation includes freeform surface modeling and particle systems
- Applications range from gaming to medical imaging
- The technology was first used to develop holograms in 1962
- Practitioners are known as 3D computer graphics designers

## FAQs
### What is the primary classification of Die Gottheit des langen Lebens Shouxing auf separatem Sockel?
It is classified as a 3D computer graphics representation of the Chinese deity Shouxing, utilizing geometric data to create a three-dimensional visual artifact.

### What techniques are used to create this representation?
The representation employs freeform surface modeling for complex curved surfaces and particle systems to simulate natural phenomena, with atmospheric effects like distance fog enhancing the visual realism.

### What applications does this technology support?
The 3D computer graphics technology enables applications ranging from video games and animated films to architectural visualization and medical imaging, allowing for increasingly realistic and complex visual content.

### What historical development is associated with this representation?
Key milestones include the development of hologram technology in 1962 and continuous advancements in rendering capabilities and modeling tools that have evolved since the early days of computer graphics.

### What standards and protocols apply to this representation?
The field has established various standards and protocols, including specific file formats for 3D models, rendering techniques, and industry-specific applications to ensure compatibility across different software platforms and hardware systems.

## Why It Matters
3D computer graphics have revolutionized visual communication and design across multiple industries by adding depth and realism to digital imagery. This technology enables more immersive experiences in entertainment, more accurate representations in engineering and architecture, and more effective visualization in medical and scientific fields. The ability to create virtual worlds, simulate real-world scenarios, and visualize complex data in three dimensions has transformed how we interact with digital content, making it possible to achieve visual representations that would be impossible with traditional 2D methods.

## Notable For
- Enabling the creation of realistic three-dimensional visual content from geometric data
- Supporting the development of particle systems for simulating natural phenomena
- Facilitating the creation of holograms, first developed in 1962
- Being a fundamental technology in modern entertainment and design industries
- Providing the foundation for advanced visualization techniques like Cinematic Rendering

## Body
### Technical Foundations
3D computer graphics rely on mathematical representations of three-dimensional objects using vertices, edges, and faces. These geometric data structures are processed through rendering algorithms to produce two-dimensional images on screens or other display devices.

### Related Technologies
The field encompasses various specialized techniques including freeform surface modelling for creating complex curved surfaces, distance fog for atmospheric effects in 3D environments, and particle systems for simulating chaotic natural phenomena like fire, smoke, and water.

### Historical Development
The technology has evolved significantly since the early days of computer graphics, with key milestones including the development of hologram technology in 1962 and the continuous advancement of rendering capabilities and modelling tools.

### Applications and Impact
3D computer graphics are now ubiquitous in modern digital media, from video games and animated films to architectural visualization and medical imaging. The technology enables designers and artists to create increasingly realistic and complex visual content that would be impossible to achieve with traditional 2D methods.

### Industry Standards
The field has established various standards and protocols, including specific file formats for 3D models, rendering techniques, and industry-specific applications. These standards ensure compatibility and interoperability across different software platforms and hardware systems.