Autodesk Inventor surfacing. Surface continuity conclusion.

This post concludes our series on surface continuity. we learned that surface continuity (the smoothness of two meeting surfaces) is measured using a value called 'G', and that each value of G adds matching criteria across meeting surfaces.

Autodesk Inventor surfacing. An introduction to G1 Surface continuity

Surface modelling is the art of building complex geometrical features - one surface at a time. Usually surface modelling is used to create flowing, organic shapes, so the junctions between surfaces are terribly important.

In this post we learn about a G1 surface relationship - what is it? what does it have in common with a G0 relationship?

Autodesk Inventor surfacing. An introduction to G3 Surface continuity

Surface modelling is the art of building complex geometrical features - one surface at a time. Usually surface modelling is used to create flowing, organic shapes, so the junctions between surfaces are terribly important

In this post we learn about a G3 surface relationship - what is it? what does it have in common with G0, G1 & G2 relationships?

Autodesk Inventor surfacing. An introduction to G2 Surface continuity

Surface modelling is the art of building complex geometrical features - one surface at a time. Usually surface modelling is used to create flowing, organic shapes, so the junctions between surfaces are terribly important.

In this post we learn about a G2 surface relationship - what is it? what does it have in common with G0 & G1 relationships?

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