Convert Video Into Printable 3D Mesh
Budget: ₹100 – ₹400 INR
We are seeking a 3D modeler to convert a short video-based scan into a usable 3D mesh (OBJ). The final output will be used for Fusion Modeling, so we require accuracy, consistency, and attention to our specific requirements.
Provided Materials:
* A short video of an example scan
* A reference image for scale
* Example files (The OBJ files) demonstrating the desired level of detail/resolution
Scope of Work:
From the provided materials, create two complete 3D models of the palm side half (50%) of the hand:
1. Impression model (negative) – like a hand pushed into sand
2. Relief model (positive) – like a raised topographical map
Mesh Output Requirements:
* Mesh format compatible with Fusion 360
* Clean, watertight geometry suitable for 3d printing or carving
* Level of detail consistent with provided examples
* Final model should be adjusted such that:
I. The five fingertips are aligned with the highest point of the palm
II. 4 fingers are spaced with a minimum gap of 1/8" and a max of ¾” between them
III. Scale is accurate to within 0.1” (2.5mm)
IMPORTANT: The impression will need to have the smooth bevel from the top of the plaque. And the space between the fingers will need to have the downward slope.
Additional Requirements:
As part of your submission, please include:
* Estimated time to complete the project
* Software/tools used
* A brief outline of your process/workflow
* Actual time taken upon completion (for selected candidates)
Goal of This Project:
We are evaluating different approaches to working with real-world scan data and are interested in both the quality of the output and the efficiency of the process. We are looking for candidates for continued projects.
Provided Materials:
* A short video of an example scan
* A reference image for scale
* Example files (The OBJ files) demonstrating the desired level of detail/resolution
Scope of Work:
From the provided materials, create two complete 3D models of the palm side half (50%) of the hand:
1. Impression model (negative) – like a hand pushed into sand
2. Relief model (positive) – like a raised topographical map
Mesh Output Requirements:
* Mesh format compatible with Fusion 360
* Clean, watertight geometry suitable for 3d printing or carving
* Level of detail consistent with provided examples
* Final model should be adjusted such that:
I. The five fingertips are aligned with the highest point of the palm
II. 4 fingers are spaced with a minimum gap of 1/8" and a max of ¾” between them
III. Scale is accurate to within 0.1” (2.5mm)
IMPORTANT: The impression will need to have the smooth bevel from the top of the plaque. And the space between the fingers will need to have the downward slope.
Additional Requirements:
As part of your submission, please include:
* Estimated time to complete the project
* Software/tools used
* A brief outline of your process/workflow
* Actual time taken upon completion (for selected candidates)
Goal of This Project:
We are evaluating different approaches to working with real-world scan data and are interested in both the quality of the output and the efficiency of the process. We are looking for candidates for continued projects.
Related categories:
3D Rendering
After Effects
3D Modelling
3D Design
3D Printing
HyperMesh
Fusion 360
3D CAD
Photogrammetry
3D Graphic Design