Algorithm to convert hundreds of HD images of an object into a 3D render
Budget: $750 – $1,500 USD
Seeking a developer skilled in Python or Java to create an algorithm that converts hundreds of HD images into a 3D render. The algorithm must be command-line executable, accepting source and output folder paths. The final 3D model should be renderable on a website using the JavaScript Three.js library.
The produced object must display the textures of the original object contained in the images.
The images include metadata that the algorithm can use to enhance the 3D reconstruction such as the angle, X and Y coordinates about the object that has been photographed. Not exactly a LIDAR but enough to reconstruct the image.
The ideal candidate should have experience in 3D modelling, computer vision, or similar fields, be familiar with Three.js, OpenCV, and have a portfolio showcasing similar projects.
This is an exciting opportunity to work on an innovative project. If you are passionate about technology and have the necessary skills, please apply with your resume and portfolio. Let's create something exceptional together!
WARN> Please do NOT send AI constructed messages based on my own words. I will not reply.
The produced object must display the textures of the original object contained in the images.
The images include metadata that the algorithm can use to enhance the 3D reconstruction such as the angle, X and Y coordinates about the object that has been photographed. Not exactly a LIDAR but enough to reconstruct the image.
The ideal candidate should have experience in 3D modelling, computer vision, or similar fields, be familiar with Three.js, OpenCV, and have a portfolio showcasing similar projects.
This is an exciting opportunity to work on an innovative project. If you are passionate about technology and have the necessary skills, please apply with your resume and portfolio. Let's create something exceptional together!
WARN> Please do NOT send AI constructed messages based on my own words. I will not reply.