Form Explorer for Alias Settings

A description of the type and shape of the car you want to generate. All prompts need to be in English language.

You can use brackets to add additional weight to a keyword or keyphrase. For example, (roadster) will make the AI focus more on the roadster body type of the car. You can use multiple brackets to increase the weight: ((roadster)) or add a colon and a number to specify the weight: (roadster:1.5)

For guidance on how to write effective prompts, see Best Practices.

Before and after adding weight to the roadster keyword.

Generates a random prompt for you to use. This can be a good starting point for exploration and to get a feeling for how prompts should look.

Picks up the Prompt value that has been used to generate the currently selected mesh. The picked up value populates the Control window, allowing you to re-use it for the next generation.

The button is disabled when no mesh is selected, or when the selected mesh does not have Form Explorer metadata attached to it.

A seed is a number used as a starting point for the generation process. Varying the seed leads to varying results, while reusing the same seed allows you to recreate similar results.

This option is off by default. When off, Form Explorer generates using a new random seed each time, leading to varying forms.

When Lock Seed is turned on, this field is enabled and shows the most recently used seed by default. When on, you can edit or replace the seed, such as by pasting in a seed used for a previous generation that you liked. The seed is shown and stays the same for each generation until you turn it off.

Same prompt generated with two different seeds.

Picks up the Seed number that has been used to generate the currently selected mesh. The picked up number populates Seed in the Control window, allowing you to re-use it for the next generation.

The button is disabled when no mesh is selected, or when the selected mesh does not have Form Explorer metadata attached to it.

When turned on, the group containing segmentation curves generated alongside the mesh are visible initially. If turned off, the group is hidden.

The segmentation curves can be useful for manual retopology. By default they are hidden, so they do not obstruct the view on the generated mesh.

When turned on, the mesh gets simplified by reducing the number of polygons while preserving its overall shape and appearance. Mesh reduction takes some additional time for processing.

Use the Mesh Reduction slider control to specify the amount of mesh reduction applied to the output mesh. The higher the value, the more the mesh is reduced.

You can use this option to reduce the mesh density and size of the resulting file. Note that increasing this value potentially results in loss of detail in the mesh.

Reducing the mesh density can be useful for optimizing the mesh for performance or for preparing it for further processing, such as retopology or export to other applications.