Subdivide SOP now has a Recompute Normals option. This is similar to the SoftPeak SOP's Recompute Normals. It will rebuild the normals if the original geometry had normals. This avoids using the interpolated normals which are usually smoother than desired. Note this option is on by default.

Subdivide SOP now has a Recompute Normals option. This is similar to the SoftPeak SOP's Recompute Normals. It will rebuild the normals if the original geometry had normals. This avoids using the interpolated normals which are usually smoother than desired. Note this option is on by default.

Subdivide SOP now has a Recompute Normals option. This is similar to the SoftPeak SOP's Recompute Normals. It will rebuild the normals if the original geometry had normals. This avoids using the interpolated normals which are usually smoother than desired. Note this option is on by default.

Subdivide SOP now has a Recompute Normals option. This is similar to the SoftPeak SOP's Recompute Normals. It will rebuild the normals if the original geometry had normals. This avoids using the interpolated normals which are usually smoother than desired. Note this option is on by default.

Subdivide SOP now has a Recompute Normals option. This is similar to the SoftPeak SOP's Recompute Normals. It will rebuild the normals if the original geometry had normals. This avoids using the interpolated normals which are usually smoother than desired. Note this option is on by default.

Several grid boundary artifacts in filtered evaluation of 3d textures have been eliminated. Evaluation time of the textures is slightly more expensive, but more correct.

Several grid boundary artifacts in filtered evaluation of 3d textures have been eliminated. Evaluation time of the textures is slightly more expensive, but more correct.

Several grid boundary artifacts in filtered evaluation of 3d textures have been eliminated. Evaluation time of the textures is slightly more expensive, but more correct.

Several grid boundary artifacts in filtered evaluation of 3d textures have been eliminated. Evaluation time of the textures is slightly more expensive, but more correct.

Several grid boundary artifacts in filtered evaluation of 3d textures have been eliminated. Evaluation time of the textures is slightly more expensive, but more correct.

There is now a Main Preferences option under Handles to colour transform handles differently for each axis.

There is now a Main Preferences option under Handles to colour transform handles differently for each axis.

There is now a Main Preferences option under Handles to colour transform handles differently for each axis.

There is now a Main Preferences option under Handles to colour transform handles differently for each axis.

There is now a Main Preferences option under Handles to colour transform handles differently for each axis.

The texture3d functions are now thread safe. This means that they will work properly in COP or other threaded OP contexts.

The texture3d functions are now thread safe. This means that they will work properly in COP or other threaded OP contexts.

The texture3d functions are now thread safe. This means that they will work properly in COP or other threaded OP contexts.

The texture3d functions are now thread safe. This means that they will work properly in COP or other threaded OP contexts.

The texture3d functions are now thread safe. This means that they will work properly in COP or other threaded OP contexts.

New SOP expression functions detail() and details() which mimic the prim(), point(), and vertex() family of functions, but providing access to detail attributes.

New SOP expression functions detail() and details() which mimic the prim(), point(), and vertex() family of functions, but providing access to detail attributes.