Abstract: Embodiments train an artificial intelligence (AI) model to generate optimized parameters for part manufacturing. Embodiments generate a simulation data set including respective sets of manufacturing parameters with associated values. Embodiments generate a training data set using the generated simulation data set by performing a respective manufacturing simulation using each respective set of manufacturing parameters with associated values. Results of performing each respective manufacturing simulation include a representation of a part resulting from the respective manufacturing simulation and a toolpath of the respective manufacturing simulation. The training data set is composed of a subset of the results of performing each respective manufacturing simulation and respective sets of manufacturing parameters with associated values corresponding to the subset of the results.

Abstract: The invention provides a computer implemented method for designing a part. The method comprises a step of providing a surface and a base curve lying on the surface. The method also comprises a step of sampling the base curve into a list of base points. The method also comprises a step of determining a grid of points of perpendicular geodesic curves. The points of the grid each belong to a respective level. Each level of the grid corresponds to a respective geodesic distance to the base curve. Each perpendicular geodesic curve lies on the surface and departs perpendicularly from the base curve at a respective base point. The method then comprises a step of computing a plurality of parallel geodesic curves lying on the surface by using the grid of points. Each parallel geodesic curve corresponds to a respective level. A representation of the part is displayed.

Abstract: The invention provides a computer implemented method for designing a part. The method comprises a step of providing a surface and a base curve lying on the surface. The method also comprises a step of sampling the base curve into a list of base points. The method also comprises a step of determining a grid of points of perpendicular geodesic curves. The points of the grid each belong to a respective level. Each level of the grid corresponds to a respective geodesic distance to the base curve. Each perpendicular geodesic curve lies on the surface and departs perpendicularly from the base curve at a respective base point. The method then comprises a step of computing a plurality of parallel geodesic curves lying on the surface by using the grid of points. Each parallel geodesic curve corresponds to a respective level. A representation of the part is displayed according to the method.