#3ds max invert selection Patch

Smooth Chamfers Only - Applies smoothing groups to the new polygons created by the chamfering process based on the angle between adjacent polygons.

Any two adjacent polygons will be put in the same smoothing group if the angle between their normals is less than the Smooth Threshold angle (see following). Smooth Entire Object - Applies smoothing groups to the entire object based on the angles between adjacent polygons.When the Smooth option is enabled, selects how smoothing is applied to the chamfered geometry: Also enables the Smooth Type and Smooth Threshold settings (see following). When on, applies smoothing groups after chamfering.

(Quad and Uniform only) Controls the radius of chamfered corners, maintaining a more spherical shape in cases where angles become sharp and the chamfer becomes obtuse.ДЄfter chamfering, deletes all faces created by the chamfering operation.Д®xcept those created by the chamfering operation. A value of 1.0 moves the end of the chamfer to the first vertex of the next edge, while a value of 0.0 ends the chamfer. (Quad and Uniform only) Controls the ends of chamfers that do not involve a corner, with the ability to move the end point towards the next edge. Tip: If you don't get the desired curvature by reducing the Tension value, try increasing the Segments value. The greater the angle between the original polygons adjacent to a chamfered edge, the more curvature is available. The Tension setting does not affect polygons generated from edges between coplanar polygons. At 0.0, the new polygons occupy the same positions as the original polygons. Lowering the Tension value increases the angle with a high enough Segments value and original angle between the polygons on either side of the edge, this can produce curvature of the new polygons. At the default value of 1.0, all new polygons from each chamfered edge lie flat (coplanar). (Quad and Uniform only) Determines the angle between new polygons generated by chamfering edges between non-coplanar polygons. The preceding illustration shows the difference in the number of polygons generated by the Quad and Tri methods, using the same Segments value. (Edges only) Adds polygons over the area of the chamfer. The extent of the chamfer in distance units.

#3ds max invert selection Patch

A patch corner can be smoothed or sharpened depending on the Depth setting under the Chamfer options. Patch: Creates a patch corner that also has quadrilateral intersections, however can provide higher resolution results and remove artifacts. A Radial corner can be smoothed or sharpened depending on the Depth setting under the Chamfer options.

Radial: Produces an arc in the corners to avoid connecting bevel edge vertices to non-bevel edge vertices.

A Uniform corner can be smoothed or sharpened depending on the Depth setting under the Chamfer options.

Uniform: Creates a uniform corner with quadrilateral intersections.

Using triangular polygons may cause mesh issues when smoothing or subdividing. This method generates both triangular and quadrilateral polygons. This also increases the Segments value of chamfered edges between non-coplanar polygons, which can cause rounding of the chamfered area.

Tri: Replaces each chamfered edge with a number of polygons equal to the current Segments value.

The higher the Segments value used, the more the chamfer that can be rounded off, depending on the Tension value.

Quad: Creates new quadrilateral polygons around each chamfered edge (2 x the current Segments value).

Chamfer settings dialog, edge/border sub-object level