Added documentation for several VEX pragmas which have existed since version 6.0: opname, oplabel, opshader, opicon, opmininputs, and opmaxinputs.

Added documentation for several VEX pragmas which have existed since version 6.0: opname, oplabel, opshader, opicon, opmininputs, and opmaxinputs.

Added documentation for several VEX pragmas which have existed since version 6.0: opname, oplabel, opshader, opicon, opmininputs, and opmaxinputs.

The UVBrush SOP has been added. This is designed to be used in the UV viewport to interactively manipulate textures. It is the UV equivalent of Sculpt.

The UVBrush SOP has been added. This is designed to be used in the UV viewport to interactively manipulate textures. It is the UV equivalent of Sculpt.

The UVBrush SOP has been added. This is designed to be used in the UV viewport to interactively manipulate textures. It is the UV equivalent of Sculpt.

The UVBrush SOP has been added. This is designed to be used in the UV viewport to interactively manipulate textures. It is the UV equivalent of Sculpt.

The UVBrush SOP has been added. This is designed to be used in the UV viewport to interactively manipulate textures. It is the UV equivalent of Sculpt.

Fixing a bug where the "Hold N Frames" post extend condition was actually holding N+1 frames.

Fixing a bug where the "Hold N Frames" post extend condition was actually holding N+1 frames.

Fixing a bug where the "Hold N Frames" post extend condition was actually holding N+1 frames.

Fixing a bug where the "Hold N Frames" post extend condition was actually holding N+1 frames.

Fixing a bug where the "Hold N Frames" post extend condition was actually holding N+1 frames.

More large canvas fixes to the sequence COP.

More large canvas fixes to the sequence COP.

More large canvas fixes to the sequence COP.

More large canvas fixes to the sequence COP.

More large canvas fixes to the sequence COP.

In "follow the curve" solver, implemented the orientation of the bones to the curve normals. If the curve has no normals, old orientation of the bone is used. NB: Path tool gives a good control over curve normals because it also encodes angular twist along the curve (path). However, normals of the standard curves (i.e., created as a part of geometry) can also be used for bone orienting.

In "follow the curve" solver, implemented the orientation of the bones to the curve normals. If the curve has no normals, old orientation of the bone is used. NB: Path tool gives a good control over curve normals because it also encodes angular twist along the curve (path). However, normals of the standard curves (i.e., created as a part of geometry) can also be used for bone orienting.

In "follow the curve" solver, implemented the orientation of the bones to the curve normals. If the curve has no normals, old orientation of the bone is used. NB: Path tool gives a good control over curve normals because it also encodes angular twist along the curve (path). However, normals of the standard curves (i.e., created as a part of geometry) can also be used for bone orienting.

In "follow the curve" solver, implemented the orientation of the bones to the curve normals. If the curve has no normals, old orientation of the bone is used. NB: Path tool gives a good control over curve normals because it also encodes angular twist along the curve (path). However, normals of the standard curves (i.e., created as a part of geometry) can also be used for bone orienting.

In "follow the curve" solver, implemented the orientation of the bones to the curve normals. If the curve has no normals, old orientation of the bone is used. NB: Path tool gives a good control over curve normals because it also encodes angular twist along the curve (path). However, normals of the standard curves (i.e., created as a part of geometry) can also be used for bone orienting.

Edge Loop selections are now available for all operations.

Edge Loop selections are now available for all operations.