Start Now: Linux-based Autostereoscopic 3D Display System Developer (Test Priority)
Budget: $15 – $25 USD
As part of an experimental human-computer interaction project, we are looking for an experienced developer to perform initial test assignments for a Linux-based 3D capable monitor (autostereoscopic support).
Project Overview:
We are building a custom 3D interaction system that:
- Runs entirely on Linux
- Renders interactive autostereoscopic 3D content
- Tracks blinking LEDs in real 3D space
- Operates independently of any manufacturer-provided rendering software or SDK
Initial Tasks:
- Demonstrate the ability to render custom 3D images and send them to a display via your own pipeline (no vendor tools allowed).
- Provide a simple test app that generates stereo image pairs and outputs them in a format suitable for autostereoscopic rendering.
- We will run and validate the tests on a Lenovo 3D display.
Prerequisites:
- Proficiency in Linux-based graphics programming
- Experience with stereoscopic rendering
- Understanding of experimental or custom display hardware integration
- Ability to write simple, testable code for validation
Deliverables:
A test app that displays stereoscopic images on a 3D monitor(like ThinkVision 3D monitor) on Linux
Note:
You do not need to own an auto-stereoscopic display yourself. Your job is to provide a suitable rendering pipeline and test app to validate on our hardware.
Opportunity:
Successful completion of this test could lead to a long-term collaboration on the development of an innovative and cutting-edge 3D interaction platform.
Project Overview:
We are building a custom 3D interaction system that:
- Runs entirely on Linux
- Renders interactive autostereoscopic 3D content
- Tracks blinking LEDs in real 3D space
- Operates independently of any manufacturer-provided rendering software or SDK
Initial Tasks:
- Demonstrate the ability to render custom 3D images and send them to a display via your own pipeline (no vendor tools allowed).
- Provide a simple test app that generates stereo image pairs and outputs them in a format suitable for autostereoscopic rendering.
- We will run and validate the tests on a Lenovo 3D display.
Prerequisites:
- Proficiency in Linux-based graphics programming
- Experience with stereoscopic rendering
- Understanding of experimental or custom display hardware integration
- Ability to write simple, testable code for validation
Deliverables:
A test app that displays stereoscopic images on a 3D monitor(like ThinkVision 3D monitor) on Linux
Note:
You do not need to own an auto-stereoscopic display yourself. Your job is to provide a suitable rendering pipeline and test app to validate on our hardware.
Opportunity:
Successful completion of this test could lead to a long-term collaboration on the development of an innovative and cutting-edge 3D interaction platform.