Default orientation in the Grid SOP is now ZX.

Default orientation in the Grid SOP is now ZX.

When the UpVector type is Stroke Direction in Brushes (the default), the cursor's orientation should be less jumpy.

When the UpVector type is Stroke Direction in Brushes (the default), the cursor's orientation should be less jumpy.

When the UpVector type is Stroke Direction in Brushes (the default), the cursor's orientation should be less jumpy.

When the UpVector type is Stroke Direction in Brushes (the default), the cursor's orientation should be less jumpy.

When the UpVector type is Stroke Direction in Brushes (the default), the cursor's orientation should be less jumpy.

The IsoSurface SOP takes a ref input to determine its size.

The IsoSurface SOP takes a ref input to determine its size.

The IsoSurface SOP takes a ref input to determine its size.

The IsoSurface SOP takes a ref input to determine its size.

The IsoSurface SOP takes a ref input to determine its size.

PolyExtrude local symmetry option is now off by default.

PolyExtrude local symmetry option is now off by default.

PolyExtrude local symmetry option is now off by default.

PolyExtrude local symmetry option is now off by default.

PolyExtrude local symmetry option is now off by default.

There is a new button on the selection toolbar which changes the selection connectivity between { Viewport, 3D, UV }. This button is respected by the point, edge, primitive, and vertex connected selections.

The connectivity types are as follows: 3D - uses shared point topology to determine connectedness UV - uses vertex UVs to determine connectivity Viewport - connectivity is context sensitive. In a vertex UV viewport, use UV, otherwise use 3D

The default value is Viewport. Feel the power!

There is a new button on the selection toolbar which changes the selection connectivity between { Viewport, 3D, UV }. This button is respected by the point, edge, primitive, and vertex connected selections.

The connectivity types are as follows: 3D - uses shared point topology to determine connectedness UV - uses vertex UVs to determine connectivity Viewport - connectivity is context sensitive. In a vertex UV viewport, use UV, otherwise use 3D

The default value is Viewport. Feel the power!

There is a new button on the selection toolbar which changes the selection connectivity between { Viewport, 3D, UV }. This button is respected by the point, edge, primitive, and vertex connected selections.

The connectivity types are as follows: 3D - uses shared point topology to determine connectedness UV - uses vertex UVs to determine connectivity Viewport - connectivity is context sensitive. In a vertex UV viewport, use UV, otherwise use 3D

The default value is Viewport. Feel the power!

There is a new button on the selection toolbar which changes the selection connectivity between { Viewport, 3D, UV }. This button is respected by the point, edge, primitive, and vertex connected selections.

The connectivity types are as follows: 3D - uses shared point topology to determine connectedness UV - uses vertex UVs to determine connectivity Viewport - connectivity is context sensitive. In a vertex UV viewport, use UV, otherwise use 3D

The default value is Viewport. Feel the power!

There is a new button on the selection toolbar which changes the selection connectivity between { Viewport, 3D, UV }. This button is respected by the point, edge, primitive, and vertex connected selections.

The connectivity types are as follows: 3D - uses shared point topology to determine connectedness UV - uses vertex UVs to determine connectivity Viewport - connectivity is context sensitive. In a vertex UV viewport, use UV, otherwise use 3D

The default value is Viewport. Feel the power!

The dopesheet and table now display channel colors.

The dopesheet and table now display channel colors.

The dopesheet and table now display channel colors.