Strips are an important feature of MeshFusion, as they allow you to customize the geometry at the strip. The images below highlight a strip formed by each operation. The line around the rim of these corners is known as a strip. When two objects are combined, new corners are created at the junction of the objects. Note:The source meshes were selected from the Fusion Qbic Presets.įor more detail on Fusion operations, see Mesh Roles and Relationships. Subtractive Trim (ellipsoid with cylinder) If the meshes are each placed at the origin, the images below show the resulting mesh for each boolean operation. When setting up your meshes, you need to set the mesh's role and its relationship to other meshes.įor a simple demonstration, consider the following two meshes: Intersection Trims, which create new geometry from parts of existing geometry that overlap.Subtractive Trims, which cut away part of an existing geometry that overlaps with it.Modeling in MeshFusion is somewhat different from traditional Boolean modeling approaches. In such cases, you can break up the n-gons into quads and triangles in the original mesh. If Fusion strips pass through polygons that were n-gons in the original mesh, the quality of those strips may be adversely affected. N-gons may produce less desirable Fusion mesh topology when involved in seams. Any other type of polygons are converted to quads before a fusion operation.
MeshFusion works reliably with meshes that are composed of quads (four-sided polygons). Note:For more information on Boolean operations, see Booleans.
#Moi3d vs fusion 360 update
With MeshFusion, you can create meshes through the non-destructive union, subtraction, and intersection of objects.Īlthough similar in concept to existing Boolean operations, MeshFusion is significantly more advanced, supporting real-time update of operations and a high level of control over blending between the resulting surfaces. MeshFusion offers a sophisticated set of boolean operations for creating new geometry.
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