Abstract: A method of modeling may include obtaining an input file defining a first geometry, establishing a control related to the first geometry, adjusting the control, and using a thin plate spline transform to adjust the first geometry to a second geometry based on the control.

Abstract: A method for embellishment placement is provided. More specifically, an automated method for determining placement of embellishments for an item, such as a jewelry item, is provided. In one embodiment, the method comprises, determining and setting values for parameters, creating offsets along a portion of the item to be embellished, setting points along the offsets, randomizing the points, adding decorative features to the item, and eliminating points based on the parameter values. After points violating the parameter values have been eliminated, the remaining points comprise positions for embellishments.

Abstract: A method of modeling may include obtaining an input file defining a first geometry, establishing a control related to the first geometry, adjusting the control, and using a thin plate spline transform to adjust the first geometry to a second geometry based on the control.

Abstract: A method for embellishment placement is provided. More specifically, an automated method for determining placement of embellishments for an item, such as a jewelry item, is provided. In one embodiment, the method comprises, determining and setting values for parameters, creating offsets along a portion of the item to be embellished, setting points along the offsets, randomizing the points, adding decorative features to the item, and eliminating points based on the parameter values, After points violating the parameter values have been eliminated, the remaining points comprise positions for embellishments.

Abstract: A method of creating a triangulated surfaces for generating machine readable instructions for customization is provided. The method comprises selecting text or symbols. The text or symbols are spaced. The text or symbols are mapped between first and second curves. Triangulated surfaces are generated from the mapped text or symbols. The triangulated surfaces are converted to machine readable instructions.

Abstract: A method for embellishment placement may include receiving a parameter value defining a minimum distance between an embellishment and another feature of the item, defining points on the item, randomizing the points, eliminating one or more points based on the parameter value and leaving remaining points, the remaining points defining the positions for embellishments on the item, and manufacturing the item.

Abstract: A method of creating a triangulated surfaces for generating machine readable instructions for customization is provided. The method comprises selecting text or symbols. The text or symbols are spaced. The text or symbols are mapped between first and second curves. Triangulated surfaces are generated from the mapped text or symbols. The triangulated surfaces are converted to machine readable instructions.

Abstract: A method for embellishment placement is provided. More specifically, an automated method for determining placement of embellishments for an item, such as a jewelry item, is provided. In one embodiment, the method comprises, determining and setting values for parameters, creating offsets along a portion of the item to be embellished, setting points along the offsets, randomizing the points, adding decorative features to the item, and eliminating points based on the parameter values, After points violating the parameter values have been eliminated, the remaining points comprise positions for embellishments.

Abstract: A method and system for converting two-dimensional artwork into three-dimensional models. Data relating to an image is imported and segments of the image are chained into contiguous curves. The contiguous curves together may form loops. Subsets of closed loops are split and created where surfaces of the image are to be created. The closed loops are contoured to create contours. The geometries created are projected onto a surface as an image. Finally, the image is smoothed.

Abstract: A method for embellishment placement is provided. More specifically, an automated method for determining placement of embellishments for an item, such as a jewelry item, is provided. In one embodiment, the method comprises, determining and setting values for parameters, creating offsets along a portion of the item to be embellished, setting points along the offsets, randomizing the points, adding decorative features to the item, and eliminating points based on the parameter values. After points violating the parameter values have been eliminated, the remaining points comprise positions for embellishments.

Abstract: A method and system for converting two-dimensional artwork into three-dimensional models. Data relating to an image is imported and segments of the image are chained into contiguous curves. The contiguous curves together may form loops. Subsets of closed loops are split and created where surfaces of the image are to be created. The closed loops are contoured to create contours. The geometries created are projected onto a surface as an image. Finally, the image is smoothed.

Abstract: A method of creating a triangulated surfaces for generating machine readable instructions for customization is provided. The method comprises selecting text or symbols. The text or symbols are spaced. The text or symbols are mapped between first and second curves. Triangulated surfaces are generated from the mapped text or symbols. The triangulated surfaces are converted to machine readable instructions.

Abstract: A method of creating a triangulated surfaces for generating machine readable instructions for customization is provided. The method comprises selecting text or symbols. The text or symbols are spaced. The text or symbols are mapped between first and second curves. Triangulated surfaces are generated from the mapped text or symbols. The triangulated surfaces are converted to machine readable instructions.

Abstract: A method for manufacturing a ring (i.e. class, championship, or affiliation) begins by receiving order data specifying a series of personalization elements, such as the addition of text and icon designs. A geometric model for each personalization item is constructed. To assemble text panels, the operating system provides font geometry for a desired TrueType font. Then a set of splines are created from the font geometry and are then tessellated to generate polyline sets of data, which are then spaced and mapped between two boundary curves. The personalization elements are then projected onto one of the model's 3D surfaces. A set of machining instructions for a milling machine is generated by obtaining a set of machining pattern strategies, generating a set of curves, projecting the toolpath onto the surface of the ring to calculate the 3D toolpath, and rotating it to a desired angle.

Abstract: A method for embellishment placement is provided. More specifically, an automated method for determining placement of embellishments for an item, such as a jewelry item, is provided. In one embodiment, the method comprises, determining and setting values for parameters, creating offsets along a portion of the item to be embellished, setting points along the offsets, randomizing the points, adding decorative features to the item, and eliminating points based on the parameter values, After points violating the parameter values have been eliminated, the remaining points comprise positions for embellishments.

Abstract: A method of creating a triangulated surfaces for generating machine readable instructions for customization is provided. The method comprises selecting text or symbols. The text or symbols are spaced. The text or symbols are mapped between first and second curves. Triangulated surfaces are generated from the mapped text or symbols. The triangulated surfaces are converted to machine readable instructions.

Abstract: A method for manufacturing a ring (i.e. class, championship, or affiliation) begins by receiving order data specifying a series of personalization elements, such as the addition of text and icon designs. A geometric model for each personalization item is constructed. To assemble text panels, the operating system provides font geometry for a desired TrueType font. Then a set of splines are created from the font geometry and are then tessellated to generate polyline sets of data, which are then spaced and mapped between two boundary curves. The personalization elements are then projected onto one of the model's 3D surfaces. A set of machining instructions for a milling machine is generated by obtaining a set of machining pattern strategies, generating a set of curves, projecting the toolpath onto the surface of the ring to calculate the 3D toolpath, and rotating it to a desired angle.

Abstract: A method for manufacturing a ring (i.e. class, championship, or affiliation) begins by receiving order data specifying a series of personalization elements, such as the addition of text and icon designs. A geometric model for each personalization item is constructed. To assemble text panels, the operating system provides font geometry for a desired TrueType font. Then a set of splines are created from the font geometry and are then tessellated to generate polyline sets of data, which are then spaced and mapped between two boundary curves. The personalization elements are then projected onto one of the model's 3D surfaces. A set of machining instructions for a milling machine is generated by obtaining a set of machining pattern strategies, generating a set of curves, projecting the toolpath onto the surface of the ring to calculate the 3D toolpath, and rotating it to a desired angle.

Abstract: A method for manufacturing a ring (i.e. class, championship, or affiliation) begins by receiving order data specifying a series of personalization elements, such as the addition of text and icon designs. A geometric model for each personalization item is constructed. To assemble text panels, the operating system provides font geometry for a desired TrueType font. Then a set of splines are created from the font geometry and are then tessellated to generate polyline sets of data, which are then spaced and mapped between two boundary curves. The personalization elements are then projected onto one of the model's 3D surfaces. A set of machining instructions for a milling machine is generated by obtaining a set of machining pattern strategies, generating a set of curves, projecting the toolpath onto the surface of the ring to calculate the 3D toolpath, and rotating it to a desired angle.