UI-Referenz zum Hochladen eines Netzes/Modells

Mesh

• Basics

• Advanced
  • Decomposing a mesh for physics shape
  • Uploading and wearing a rigged mesh
  • Uploading a multi-face mesh
  • Upload Model window UI reference
  • Rigging Fitted Mesh
  • Animesh User Guide
• Project Information

• Technical Information

• Mesh creation tools

Im Fenster Modell hochladen können Sie COLLADA-Dateien (.dae) in Second Life hochladen. Dieses Fenster enthält drei Registerkarten und einen Vorschaubereich, der immer sichtbar ist.

Vorschau

Im Vorschaubereich sehen Sie eine Vorschau des ausgewählten Modells in unterschiedlichen Detailstufen. Mit den Standardkamerasteuerungen können Sie Ihre Ansicht des Modells schwenken und heraus- und heranzoomen.

Name

Name des hochzuladenden Modells.

Detailstufe

Wählen Sie die gewünschte Detailstufe für die Vorschau des Modells aus.

Zahnradsymbol

Kanten anzeigen: Zeigt die Kanten des Modells zwischen den Scheitelpunkten an. Physik anzeigen: Zeigt die physische Darstellung Ihres Modells als gelbes Drahtgitternetz oder als eine Reihe farbiger Hüllen an. Texturen anzeigen: Zeigt die auf das Modell angewendeten Texturen an. Skingewicht anzeigen: Sofern das Modell Informationen zum Skingewicht enthält, sehen Sie bei Auswahl dieser Option, wie das Modell aussieht, wenn es von einem Avatar in der standardmäßigen Stehanimation getragen wird. Gelenkpositionen anzeigen: Zeigt die Position benutzerdefinierter Gelenkpositionen an, falls im Modell enthalten.

Gewichte und Gebühren

Zeigt die berechneten Download-, Physik- und Serverkosten für das Modell, die Prim-Äquivalenzkosten sowie die entsprechende Upload-Gebühr an.

Detailstufe

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Level of Detail > Physics > Modifiers > Calculate weights & fees > Upload

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.

Source

Select from the Source dropdown how you will specify your model's LOD:

• Load from file
• Auto-generate
• 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.

Auto generate: Generate a new model at the currently-previewed level of detail, based upon the model you uploaded.

Method

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.

Crease Angle

Adjusts the smoothness of the model. Increase this value to soften the hard, "faceted" look of models with relatively few vertices.

Physik

Important: This article has been translated. The translation was imported on Aug 19 2011. Any changes will require re-export for incremental translation.

Level of Detail > Physics > Modifiers > Calculate weights & fees > Upload

This tab is the second step in the model upload process.

A model's physics shape defines how it collides with other objects, and is typically simpler than its visual appearance to reduce computational cost. For example, a complex vehicle model might have a square physical box shape. NOTE: Models meant to be used as vehicles must not have a physics weight higher than 32.

Step 2: Analyze and Step 3: Simplify are not mandatory for creating a physics shape for your model, but can significantly decrease your model's physics weight.

After you make selections in this tab, click the Modifiers tab.

Step 1: Level of Detail

Choose one...

Select a level of detail to automatically generate a physics model based on an existing visual level of detail: Lowest Low Medium High From file (see below) Lowest or Low are adequate for most purposes and incur a relatively small physics cost.

From file

Select this option to upload your own physical model from a .dae file. This gives you the greatest control over the model's physics shape. Click Browse to select a file.

Step 2: Analyze

Select options in this section, then click Analyze.

Method

Select a decomposition method for the model. Each method is best suited to a particular type of shape, because it will return the most accurate and least costly results for models of that type: Surface - best for curved, organic shapes, such as an animal body. Solid - best for objects with sharp angles and a clear inside and outside, like buildings. Wrap - best for very complex shapes, such as trees and branches.

Quality

Select how much combining and overlap reduction is performed on the hulls at the decomposition stage. High returns the best simplification results, but requires the most time to process. If you experience performance problems, try Preview setting first to confirm your smoothing and select Close Holes, then switch to High to get the best simplification results.

Smooth

Set the tolerance to which coplanar triangles are merged. The value is the angle between adjacent triangles for which merging is permitted. A value of zero allows some angle between triangles, resulting in gently-curving surfaces being flattened. A lower Smooth setting results in a lower physics cost for objects with curved surfaces.

Close Holes (slow)

Select to fill any holes in the physical representation of the model (if possible) to fix minor errors in the model. Selecting this option will also close intentional openings in objects: do not use for models that have intentional openings, such as door frames.

Step 3: Simplify

Select options in this section, then click Simplify.

Method

Select a simplification method: Retain %: Select a percentage of the hulls to retain from the original analysis. Detail: Reduces the complexity of the physics model based on the Detail Scale slider. Better Detail: Similar to Detail, but does a better job preserving openings in your model.

Passes

Increase this value to create results with fewer overlapping hulls and more accurate overall representation of your model's physical shape.

Detail Scale

Reduce this number to preserve more fine detail in your model during the simplification process. Larger values result in a decreased physics cost, but lower accuracy in the physics model. For many models, most of the simplification takes place at very low values, between 0.0 and 0.3, after which the physics model is reduced to a single hull.

Preview Spread

Move the Preview Spread slider (below the Preview pane) to explode your view of the hulls that comprise your physical model. Make sure the Physics box below the Preview pane is also checked. On objects with many hulls, this can help you to find and examine hulls that would not otherwise be entirely visible.

Modifizierer

Important: This article has been translated. The translation was imported on . Any changes will require re-export for incremental translation.

Level of Detail > Physics > Modifiers > Calculate weights & fees > Upload

This tab is the third step in the model upload process, in which you specify additional features on your model, such as textures.

When you have specified all the information you wish to on this tab:

1. Click Calculate weights & fee, then review the resource weights, prim equivalent cost, and Linden dollar cost of your model.
2. Click Upload to upload your model to Second Life.

Scale

Increases or decreases the base size of your model. Increasing the scale of a model can result in an increase in resource and upload costs.

Dimensions

Shows the model's dimensions with the specified scale.

Include textures

Select to include the model's textures in the upload, and automatically apply them to the model. Each texture increases the upload fee by L$10. Uploaded textures also appear in your inventory inside a new folder in your Textures folder. The new folder has the same name as the uploaded model.

For avatar models only:

Skin weight

Select to include the model's skin weight information for the purposes of avatar rigging.

Joint positions

Select to include the model's joint positioning information for the purposes of avatar rigging.

Pelvis Z Offset

Set to change the vertical offset of a rigged mesh when it is worn on an avatar. Use this parameter to help properly align meshes that are not meant to be centered on an avatar's root location (pelvis).