chamfer

US /'tʃæmfər/

・

UK /'tʃæmfə(r)/

A1

n.NounCut a bevel on; shape to a bevel

Video subtitles

Like texture baking using the Bevel shader, we'll dig into time-saving hard surface workflows to smooth and robust chamfer effects on hard-edge models, opening up new avenues, allowing the use of CAD or Boolean geometry.
Like texture baking using the Bevel shader, we'll dig into time-saving hard surface workflows to smooth and robust chamfer effects on hard-edge models, opening up new avenues, allowing the use of CAD or Boolean geometry.
By texture baking using the bevel shader, we'll dig into time-saving hard surface workflows to achieve smooth and robust chamfer effects on hard-edge models—opening up new avenues allowing the use of CAD or Boolean geometry.
By texture baking using the bevel shader, we'll dig into time-saving hard surface workflows to achieve smooth and robust chamfer effects on hard-edge models—opening up new avenues allowing the use of CAD or Boolean geometry.

US /'tʃæmfər/

・

UK /'tʃæmfə(r)/

A1

n.NounCut a bevel on; shape to a bevel

Like texture baking using the Bevel shader, we'll dig into time-saving hard surface workflows to smooth and robust chamfer effects on hard-edge models, opening up new avenues, allowing the use of CAD or Boolean geometry.
Like texture baking using the Bevel shader, we'll dig into time-saving hard surface workflows to smooth and robust chamfer effects on hard-edge models, opening up new avenues, allowing the use of CAD or Boolean geometry.
By texture baking using the bevel shader, we'll dig into time-saving hard surface workflows to achieve smooth and robust chamfer effects on hard-edge models—opening up new avenues allowing the use of CAD or Boolean geometry.
By texture baking using the bevel shader, we'll dig into time-saving hard surface workflows to achieve smooth and robust chamfer effects on hard-edge models—opening up new avenues allowing the use of CAD or Boolean geometry.