This tab is the first step in the model upload process, in which you specify levels of detail for your model.
Levels of detail (LOD) determine how the model looks at various distances. As you get farther away from a model, it renders in less detail to boost performance.
Preview your model's automatically generated levels of detail on the Level of Detail tab by clicking High, Medium, Low, or Lowest. Notice how the object's complexity is reduced at each level.
After you make selections in this tab, click the Physics tab.
Select Level of Detail
Click High, Medium, Low, or Lowest to preview and modify your model's various levels of detail (LOD). The status indicator color will show the whether your model is suitable for upload:
- Green - No problems detected. Ready to upload.
- Red - Too many vertices at this level of detail. Models at each level must have fewer vertices than the level above them.
Select from the Source dropdown how you will specify your model's LOD:
- Load from file
- Use LoD above
Load from file: Manually upload .dae files for models at any level of detail. This enables you to control how your model looks at each level of detail, preserving key visual features that the automated algorithms may otherwise distort.
: Generate a new model at the currently-previewed level of detail, based upon the model you uploaded.
||Choose a complexity level for your object, based upon a maximum number of triangles or a maximum amount of overall change in your model's shape:
- Triangle limit: Enter the maximum number of triangles for the model at the selected level of detail. This number must not exceed the number of triangles in the LOD above it.
- Error threshold: Increase this value to decrease the amount of detail retained during simplification. For example, setting this value to 0.1 results in a model that is simplified to 90% of the original model's accuracy.
Use LoD above: Copy the next higher level of detail. If you set Medium, Low, and Lowest to this setting, only the model for High will be used.
Generate Normals: Provides options for generating surface normals on your model, affecting its shading and appearance of "hardness" along edges between vertices.
Adjusts the smoothness of the model. Increase this value to soften the hard, "faceted" look of models with relatively few vertices.