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3DS MAX RETOPOLOGY PROFESSIONAL

Solving these elements requires extra processing time so it a good practice to select and delete them before using the Retopology tools.To delete isolated elements: Sometimes small non-visible elements can appear within a mesh. Much like holes, spikes or small details such as noise that comes from a photogrammetry capture can cause extra information that needs to be calculated and slows down the overall processing time. If this data is not needed, it is a good idea to manually remove it using the Relax Brush or Relax modifier to reduce the surface impact. Like holes, spikes or small details such as noise that comes from a photogrammetry capture can cause extra information to be calculated and slow down the overall processing time. This will increase the processing time needed for retopology and influence the resulting mesh data. To repair any artifacts created by hard edges during the Retopology operation, use the Relax brush or modifier to smooth the edges and then recompute.Īny holes left in your mesh will create additional complexity with the output because the algorithms will attempt to keep them. Before applying the Retopology modifier, use Mesh Cleaner check and fix such errors. Mesh Cleaner: Data imported from other applications or processed through operations such as Boolean can have malformed data that can impede the ability for Retopology to succeed or process quickly.Smooth: useful for cleaning the mesh and applying smoothing groups before beginning the Retopology operation.

Symmetry: After using the tools to achieve an optimal topology on a sliced object, restore the other half of the object using the Symmetry modifier.

Slice: When working with symmetrical objects, use the Slice modifier to slice the object in half before beginning the Retopology operation.

If a mesh contains long, thin triangular faces, use the Subdivide modifier to create smaller, more even triangles before beginning any retopology operations.

Subdivide: Retopology works best on meshes containing either quads or uniform triangular polys.

ProOptimize: Before computing the retopology, you can use this modifier to reduce the overall poly count.

The following modifiers can help achieve the best and fastest results when using the Retopology tools. A number of modifiers are available that can help optimize the mesh before beginning the operation or if you encounter areas after computing that are still not desirable. Retopology works best when an object contains uniform, equally-distributed faces. Tip: Press 7 to show the current poly count in the top left of the viewport. It is good practice to work with models that are under 200,000 polys, if possible. The following tools and techniques will help you quickly achieve great results when working with Retopology Tools for 3ds Max. Using the Retopology Tools for 3ds Max, you can quickly correct many common problems introduced by a less than optimal mesh. Poorly-optimized meshes can also create visual artifacts as well as problems when applying modifiers. When a model’s vertices, edges, and faces are better organized, animations will appear much more fluid and rendering will require less memory.

3DS MAX RETOPOLOGY PROFESSIONAL

Useful for removing artifacts and other mesh issues for animation and rigging, these tools can also be used to apply textures and manipulate objects.Ī clean 3D topology is key to achieving professional results. Retopology Tools for 3ds Max : Use to automatically optimize the geometry of your high-resolution model to create a clean, quad-based mesh.