The Transform SOP and TransformAxis SOP now have an option to Invert their Transform. When toggled, they will apply the inverse of their transformation. This allows one to move geometry between spaces without having to manually figure out the correct procedure to invert a transformation.

The Transform SOP and TransformAxis SOP now have an option to Invert their Transform. When toggled, they will apply the inverse of their transformation. This allows one to move geometry between spaces without having to manually figure out the correct procedure to invert a transformation.

The Transform SOP and TransformAxis SOP now have an option to Invert their Transform. When toggled, they will apply the inverse of their transformation. This allows one to move geometry between spaces without having to manually figure out the correct procedure to invert a transformation.

The Transform SOP and TransformAxis SOP now have an option to Invert their Transform. When toggled, they will apply the inverse of their transformation. This allows one to move geometry between spaces without having to manually figure out the correct procedure to invert a transformation.

Added much better error reporting to DOPs. Nodes properly flag errors if there is recursion, if the wrong data type is input, and if an input node is flagged with an error.

Added much better error reporting to DOPs. Nodes properly flag errors if there is recursion, if the wrong data type is input, and if an input node is flagged with an error.

Added much better error reporting to DOPs. Nodes properly flag errors if there is recursion, if the wrong data type is input, and if an input node is flagged with an error.

Added much better error reporting to DOPs. Nodes properly flag errors if there is recursion, if the wrong data type is input, and if an input node is flagged with an error.

Added much better error reporting to DOPs. Nodes properly flag errors if there is recursion, if the wrong data type is input, and if an input node is flagged with an error.

Added a Copy Data DOP which attaches its input data any number of times to its output location. The copy number can be accessed in the input data DOPs using a stamp expression on the value CY.

Added a Copy Data DOP which attaches its input data any number of times to its output location. The copy number can be accessed in the input data DOPs using a stamp expression on the value CY.

Added a Copy Data DOP which attaches its input data any number of times to its output location. The copy number can be accessed in the input data DOPs using a stamp expression on the value CY.

Added a Copy Data DOP which attaches its input data any number of times to its output location. The copy number can be accessed in the input data DOPs using a stamp expression on the value CY.

Added a Copy Data DOP which attaches its input data any number of times to its output location. The copy number can be accessed in the input data DOPs using a stamp expression on the value CY.

The Switch Solver now has a Default Switch Value parameter which is used to choose a solver for objects with no Switch Value data attached. Previously objects with no Switch Value would have no solver applied.

The Switch Solver now has a Default Switch Value parameter which is used to choose a solver for objects with no Switch Value data attached. Previously objects with no Switch Value would have no solver applied.

The Switch Solver now has a Default Switch Value parameter which is used to choose a solver for objects with no Switch Value data attached. Previously objects with no Switch Value would have no solver applied.

The Switch Solver now has a Default Switch Value parameter which is used to choose a solver for objects with no Switch Value data attached. Previously objects with no Switch Value would have no solver applied.

The Switch Solver now has a Default Switch Value parameter which is used to choose a solver for objects with no Switch Value data attached. Previously objects with no Switch Value would have no solver applied.

The list of CHOPs for Houdini Escape is now a list of CHOPs disallowed rather than a list of CHOPs allowed. This means that HDK custom CHOPs will now work in Houdini Escape.

The list of CHOPs for Houdini Escape is now a list of CHOPs disallowed rather than a list of CHOPs allowed. This means that HDK custom CHOPs will now work in Houdini Escape.

The list of CHOPs for Houdini Escape is now a list of CHOPs disallowed rather than a list of CHOPs allowed. This means that HDK custom CHOPs will now work in Houdini Escape.

The list of CHOPs for Houdini Escape is now a list of CHOPs disallowed rather than a list of CHOPs allowed. This means that HDK custom CHOPs will now work in Houdini Escape.

The list of CHOPs for Houdini Escape is now a list of CHOPs disallowed rather than a list of CHOPs allowed. This means that HDK custom CHOPs will now work in Houdini Escape.

The Composite ROP should now error out when the network it refers to errors out. The Geometry ROP should now be more consistent about erroring out.