17/12/2022
We are excited to start an art loving community for everyone to join and enjoy some extra ordinary artwork, stories and back stories of how these master pieces are created like this one.
This is a realistic 3D model of a sports helmet which can be used on different platforms. It can be used as a NFT gadget, 3D animation, 3D game, 3D printing and many more. We can take a similar quality render (image) of this helmet from any angle we want and put it in any background we like to. No matter which side you look at this helmet from, it will look like a proper helmet which can be customized in style, color with text added.
In order to create such a 3D model, we have to start from just 1 vertex (Mere a single dot). 4 vertex join together to make a polygon which looks like a square. Then multiple polygons join together to make out a complete shape. We keep refining until desired output is required.
Different platforms have certain limitations like a mobile game would require to keep the polycount (number of polygons) minimal so the game doesn't get so heavy, whereas a realistic video animation would allow to used higher polycount. More polygons we use, more refined quality we can achieve though we have experts in our team who can create great results with minimal polycount too.
When the perfect shape is created, it is just a grey 3D model. In order to fill in color and design, we create textures which are 2D design images. Once the texture is created, the interesting part of stitching starts where we unstitch the 3D model to convert it 3D to 2D. This makes the 3D model a flat image too where we can place our texture on it. After applying the texture, we stitch the models again to make a custom designed 3D model.
We are now left with the light setup where we set an environment, place the 3D model in it and then set up the lights accordingly to get the reflections, shadows and realistic look and feel. We are now all set for our final render where the PC works hard to refine each pixel and come up with the final output in desired format.
Did you learn something new today? Like, comment and message to let us know. More interesting stuff is on it's way.
