How do you create 3D models with low-poly and high-poly techniques?

1 What are low-poly and high-poly models?

Low-poly and high-poly models are terms that describe the number of polygons or faces that make up a 3D model. Polygons are the basic building blocks of 3D geometry, and they can have different shapes and sizes. A low-poly model has fewer polygons, which means it is simpler and less detailed. A high-poly model has more polygons, which means it is more complex and more detailed. The number of polygons can vary depending on the type, size, and purpose of the model, but generally, low-poly models have less than 10,000 polygons, while high-poly models have more than 100,000 polygons.

2 Why use low-poly and high-poly techniques?

Low-poly and high-poly techniques are used for different reasons and goals in 3D modeling. Low-poly models are often used for games, animations, and VR/AR applications, where performance and speed are crucial. Low-poly models require less memory and processing power, and they can run smoothly on various devices and platforms. Low-poly models can also create a stylized and minimalist aesthetic, which can be appealing and distinctive. High-poly models are often used for movies, commercials, and realistic simulations, where quality and realism are essential. High-poly models can capture more details and nuances, and they can create a more immersive and convincing visual experience.

3 How to create low-poly models?

There are several ways to create low-poly models, but one of the most common methods is to start with a high-poly model and reduce its polygon count. This can be done manually or automatically using various tools and plugins. For example, you can use Blender 's Decimate modifier, Maya 's Reduce tool, or ZBrush 's ZRemesher function. The goal is to preserve the shape and features of the original model, while eliminating unnecessary or redundant polygons. Another method is to create low-poly models from scratch, using simple shapes and primitives, and adjusting their vertices, edges, and faces. This can give you more control and flexibility over the design and style of your model.

4 How to create high-poly models?

There are also several ways to create high-poly models, but one of the most popular methods is to use sculpting tools and techniques. Sculpting is a process of shaping and refining a 3D model using brushes, tools, and modifiers that mimic the behavior of clay, wax, or other materials. For example, you can use ZBrush 's Dynamesh , Mudbox 's Sculpt tool, or Blender 's Sculpt Mode . The goal is to add more details and realism to your model, such as wrinkles, pores, scales, or hair. Another method is to use subdivision surfaces or smoothing algorithms, which increase the number of polygons and smooth out the edges and corners of your model. This can give you a more refined and polished look.

5 How to optimize low-poly and high-poly models?

Low-poly and high-poly models have different optimization needs and challenges. Low-poly models need to be optimized for performance and efficiency, which means minimizing the polygon count, the texture size, and the number of materials and shaders. You can also use techniques such as baking, instancing, or LOD (level of detail) to improve the rendering and loading speed of your low-poly models. High-poly models need to be optimized for quality and realism, which means maximizing the detail, the resolution, and the lighting and shading effects. You can also use techniques such as retopology, normal mapping, or displacement mapping to transfer the details of your high-poly models to lower-poly models, without losing the visual fidelity.

6 What are the best practices for low-poly and high-poly modeling?

Low-poly and high-poly modeling are both valuable and versatile skills that can help you create amazing 3D models for various purposes and projects. However, they require different approaches and strategies depending on your goals and preferences. To ensure success, it is important to plan your model ahead and decide on the style, scale, and level of detail you want to achieve. Additionally, select the right tools and plugins that suit your workflow and desired results. Utilize reference images and sketches to guide your modeling process and inspire your creativity. As you work, keep your geometry clean and organized, avoiding unnecessary or overlapping polygons, vertices, edges, or faces. Test your model in various environments and scenarios, making adjustments as needed. Finally, have fun experimenting with different shapes, colors, textures, and effects!

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?