The "Paste Copied Relative Refs" parameter menu no longer prepends an unnecessary "./" to the path for parameters in the same node.

The "Paste Copied Relative Refs" parameter menu no longer prepends an unnecessary "./" to the path for parameters in the same node.

The "Paste Copied Relative Refs" parameter menu no longer prepends an unnecessary "./" to the path for parameters in the same node.

The "Paste Copied Relative Refs" parameter menu no longer prepends an unnecessary "./" to the path for parameters in the same node.

Dragging a parameter onto the label of a string parameter will now give the user the option to create channel references to the dragged parameter. Moreover, when choosing to copy the value from the dragged parameter, we now use the string value instead of the numerical value of the parameter.

Finally, the "Paste Copied References" and "Paste Copied Relative Refs" parm menu entries now use the chsop function instead of the chs function for mask type parameters.

Dragging a parameter onto the label of a string parameter will now give the user the option to create channel references to the dragged parameter. Moreover, when choosing to copy the value from the dragged parameter, we now use the string value instead of the numerical value of the parameter.

Finally, the "Paste Copied References" and "Paste Copied Relative Refs" parm menu entries now use the chsop function instead of the chs function for mask type parameters.

Dragging a parameter onto the label of a string parameter will now give the user the option to create channel references to the dragged parameter. Moreover, when choosing to copy the value from the dragged parameter, we now use the string value instead of the numerical value of the parameter.

Finally, the "Paste Copied References" and "Paste Copied Relative Refs" parm menu entries now use the chsop function instead of the chs function for mask type parameters.

Dragging a parameter onto the label of a string parameter will now give the user the option to create channel references to the dragged parameter. Moreover, when choosing to copy the value from the dragged parameter, we now use the string value instead of the numerical value of the parameter.

Finally, the "Paste Copied References" and "Paste Copied Relative Refs" parm menu entries now use the chsop function instead of the chs function for mask type parameters.

Dragging a parameter onto the label of a string parameter will now give the user the option to create channel references to the dragged parameter. Moreover, when choosing to copy the value from the dragged parameter, we now use the string value instead of the numerical value of the parameter.

Finally, the "Paste Copied References" and "Paste Copied Relative Refs" parm menu entries now use the chsop function instead of the chs function for mask type parameters.

Implemented a new expression function opid(). This function returns a unique ID of an operator specified in its argument.

Also implemented two new conversion expression functions hextoint() and inttohex() that convert between an integer and a hexadecimal string.

Implemented a new expression function opid(). This function returns a unique ID of an operator specified in its argument.

Also implemented two new conversion expression functions hextoint() and inttohex() that convert between an integer and a hexadecimal string.

Implemented a new expression function opid(). This function returns a unique ID of an operator specified in its argument.

Also implemented two new conversion expression functions hextoint() and inttohex() that convert between an integer and a hexadecimal string.

Implemented a new expression function opid(). This function returns a unique ID of an operator specified in its argument.

Also implemented two new conversion expression functions hextoint() and inttohex() that convert between an integer and a hexadecimal string.

Implemented a new expression function opid(). This function returns a unique ID of an operator specified in its argument.

Also implemented two new conversion expression functions hextoint() and inttohex() that convert between an integer and a hexadecimal string.

Fixed a problem introduced in 9.0.41 which could cause DOPs to crash in situations where a DOP Network referred to a SOP Network which referred back to the DOP Network (as in the SOP Solver denting example file).

Fixed a problem introduced in 9.0.41 which could cause DOPs to crash in situations where a DOP Network referred to a SOP Network which referred back to the DOP Network (as in the SOP Solver denting example file).

Fixed a problem introduced in 9.0.41 which could cause DOPs to crash in situations where a DOP Network referred to a SOP Network which referred back to the DOP Network (as in the SOP Solver denting example file).

Fixed a problem introduced in 9.0.41 which could cause DOPs to crash in situations where a DOP Network referred to a SOP Network which referred back to the DOP Network (as in the SOP Solver denting example file).

Fixed a problem introduced in 9.0.41 which could cause DOPs to crash in situations where a DOP Network referred to a SOP Network which referred back to the DOP Network (as in the SOP Solver denting example file).

Fixed a problem where invisible, label-free, or joined parameters on custom VOP nodes would not generate the correct format when using those parameters as constant values in the generated VEX code.

Fixed a problem where invisible, label-free, or joined parameters on custom VOP nodes would not generate the correct format when using those parameters as constant values in the generated VEX code.

Fixed a problem where invisible, label-free, or joined parameters on custom VOP nodes would not generate the correct format when using those parameters as constant values in the generated VEX code.

Fixed a problem where invisible, label-free, or joined parameters on custom VOP nodes would not generate the correct format when using those parameters as constant values in the generated VEX code.

Fixed a problem where invisible, label-free, or joined parameters on custom VOP nodes would not generate the correct format when using those parameters as constant values in the generated VEX code.

Added a new parameter to many output drivers (including mantra, prman, and mentalray) which determines the behaviour of the visible objects bundles.

Previously, the intersection of the visible object bundle was taken with the set of objects which had their display flags turned on.

It's now possible to change the behaviour of the bundle so that the objects specified in the visible object list will be rendered, regardless of their display flag settings.