What are some of the best practices and tools for creating and editing non-parametric meshes?

2 Start with a base mesh

A base mesh is a simple and low-polygon mesh that serves as a starting point for your non-parametric model. You can either create your own base mesh from scratch, or use a predefined or imported one from a library or a file. A base mesh should have a basic shape and topology that matches your desired model, but without too much detail or complexity. A good base mesh will help you save time and resources, and avoid potential issues such as stretching, pinching, or distortion later on.

3 Use sculpting tools

Sculpting tools are essential for creating and editing non-parametric meshes, as they allow you to manipulate the mesh as if it were clay or digital clay. You can use sculpting tools to add, remove, smooth, inflate, flatten, pinch, or twist the mesh, and create realistic or stylized details and features. Sculpting tools usually have different brushes, alphas, and settings that you can adjust to achieve different effects and results. You can also use masks, layers, and symmetry to control the sculpting process and avoid unwanted changes.

4 Optimize your mesh

Optimizing your mesh means reducing the number of polygons or vertices in your mesh, while preserving its shape and quality. Optimizing your mesh is important for improving the performance and efficiency of your software and hardware, and for preparing your mesh for further processing or exporting. You can optimize your mesh by using tools such as decimation, remeshing, or retopology, which can simplify or rebuild your mesh with a more uniform or logical topology. You can also use tools such as baking or projection, which can transfer the details from a high-polygon mesh to a low-polygon one.

5 Add textures and materials

Textures and materials are the visual properties of your mesh that define its color, appearance, and interaction with light. Adding textures and materials can enhance the realism and aesthetics of your non-parametric model, and make it more suitable for different applications and contexts. You can add textures and materials by using tools such as painting, unwrapping, mapping, or shading, which can apply images, patterns, or effects to your mesh. You can also use tools such as PBR (physically based rendering), which can simulate the physical behavior of light and materials.

6 Export and share your mesh

The final step to creating and editing non-parametric meshes is to export and share your mesh with others or use it for other purposes. You can export your mesh by using tools such as exporting, saving, or converting, which can format your mesh into different file types, such as OBJ, STL, FBX, or GLTF. You can also export your mesh by using tools such as rendering, printing, or uploading, which can produce images, videos, prints, or online models of your mesh. You can share your mesh by using platforms such as Sketchfab, ArtStation, or Thingiverse, which can showcase your work and allow feedback and interaction.

7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?