Last updated
Last updated
The Pave Along Surface command efficiently places gemstones across a surface by utilizing its UV directions. This tool simplifies the process, making it easy to align and distribute gems accurately.
Five distinct panels control this command.
In this panel, you’ll begin by selecting the surface where the pave will be applied. Once the surface is selected, the Rhino command bar will display information about the placement direction of the gemstones—either in the U or V direction. You’ll also be prompted to choose whether to justify the distribution and to select the placement mode, which can be either Automatic or Manual. In Manual Mode, specify the number of gemstones you want in each row.
This panel activates the placement of each row of diamonds along the surface. It gives you control over the layout and ensures that the gems follow the selected distribution pattern.
Here, you can set the key parameters for gemstone placement:
Gem Size: Define the size of the gems for each row.
Minimum Distance: Set the minimum distance between gems to maintain proper spacing.
Border Distance: Control the distance from the edge of the surface to ensure the gems don’t extend beyond the border.
Alignment: Depending on the desired look and technical requirements, choose whether the gems should align from the table or the girdle.
This panel provides additional control over the appearance and information displayed:
Choose to display either the gems or a circle representing their placement.
You can toggle the visibility of gem size information in the viewport to streamline your design process or review the dimensions as needed.
When you confirm your changes, the Gems will be grouped and listed on the Outliner toolbar.
Goldsmith Tip : This tool is particularly useful for creating regular pavé settings. When working with highly curved surfaces—like the one shown in the image above—it is essential to adjust the size of the gems in each row. By carefully matching the sizes so that each row aligns seamlessly with the previous one, you achieve a perfect distribution and an aesthetically pleasing result.
