Breaking a sketch reference keeps the last valid solid visible while you repair the feature, including models rebuilt in the background
Round bosses and curved walls keep continuous outlines where they meet other surfaces, without small gaps near their bases
Rounded extrusions and bosses keep a clear side outline in edge views, including finely meshed cylinders with large flat caps
Demo files include an upright spline flow housing with a rounded passage, later service drilling, rear reinforcement and a turret bored through to the passage
Demo files include an editable spline port carrier: a through-cut and fillet/chamfer finishes followed by a cross-cut, added bridge and bored bosses
The 3D view menu now includes Shaded with edges, Hidden edges and Wireframe; Show tangent edges reveals smooth fillet boundaries, while Shaded and Glossy show clean surfaces
Demo files include a spline pump housing, a stepped valve body and a ribbed spline bridge, with editable pockets, bores, fillets and chamfers
Curved edges remain selectable as whole rims after repeated cuts, so saved fillets and chamfers keep their selection when display detail changes
Chamfers no longer leave tiny triangular spurs at straight spline junctions, including where a short segment disappears into a corner
Outer circular rims can be chamfered after a distant notch splits their walls, while preserving bores and remote cuts
Silhouette outlines no longer paint dark speckles across faces with spline openings; smooth fillets keep their shading and sharp chamfers keep their edge lines
Fillets continue through straight sections of spline curves without dropping neighboring edges or shrinking a radius that fits
Chamfers on oblique ends of spline sweeps close at the requested distance when the cut fits within the end walls
Fillet and Chamfer feedback gives a short next step instead of internal mesh errors, in both previews and feature history; size adjustments show the actual dimensions in your drawing units
Chamfering only part of an opening keeps the adjacent walls intact, including one-edge, adjacent-edge, and opposite-edge selections
Confirming an unchanged fillet or chamfer preserves its exact stored dimension, including after switching drawing units
A second fillet can meet an existing round without shrinking to the width of its display facets
A single chamfer meeting an existing finish on a convex solid keeps its requested setback on both faces, instead of shrinking one side to a tiny facet
Fillets and chamfers check nearby openings and opposing cuts before building, reducing an oversized finish before it crosses a thin wall or another hole
A fillet limited by a nearby opening reduces the affected rim while preserving the requested radius on distant edges
Fillet and Chamfer previews show the applied size when geometry requires a reduction; blank or invalid dimensions cannot confirm an older value
Fillet and Chamfer now work on the rim of a revolved part — the kettle's lip, a turned cup's brim: the fillet used to refuse with "two faces walk the same edge" and the chamfer with "a corner its own cut cannot close", because a flat ring swept by a revolve was built as a hundred and twenty-eight coplanar facets with seams between them, and every rim vertex read as a corner it was not. A flat ring is one face now
A round along a chorded rim whose wall slants — a tapered pot, a brim on a cone — keeps the radius you asked for instead of quietly shrinking to a quarter of a millimetre: two chords running tangent into each other are cut by one plane and share one ring, so the radius is limited by the faces beside it, and a radius the lip cannot hold steps down to a size that fits and says so
A chamfer along that same kind of rim closes: a wall built from triangles had a triangle at every rim vertex that touched the cut only at its corner, and nothing ever trimmed it
Changing the radius or distance on the Fillet and Chamfer cards combines rapid input changes into one preview update per tenth of a second. The number in the box moves immediately; Confirm checks that number, including when the preview is still catching up
The fillet preview no longer paints a flat disc across a bore when the round cannot be built — the disc was a half-built corner washed in the preview colour
