Added an Object Index parameter to the Copy Object DOP which lets you specify which object to copy among the set of objects that match the Object To Copy parameter.

Added an Object Index parameter to the Copy Object DOP which lets you specify which object to copy among the set of objects that match the Object To Copy parameter.

Added an Object Index parameter to the Copy Object DOP which lets you specify which object to copy among the set of objects that match the Object To Copy parameter.

Added an Object Index parameter to the Copy Object DOP which lets you specify which object to copy among the set of objects that match the Object To Copy parameter.

The copy and paste mechanisms for keys in a channel graph editor is now capable of copying and pasting keys between different channels. For example, scope one channel, select some keys, copy them, unscope tha channel and scope another, and finally paste the copied keys.

The copy and paste mechanisms for keys in a channel graph editor is now capable of copying and pasting keys between different channels. For example, scope one channel, select some keys, copy them, unscope tha channel and scope another, and finally paste the copied keys.

The copy and paste mechanisms for keys in a channel graph editor is now capable of copying and pasting keys between different channels. For example, scope one channel, select some keys, copy them, unscope tha channel and scope another, and finally paste the copied keys.

The copy and paste mechanisms for keys in a channel graph editor is now capable of copying and pasting keys between different channels. For example, scope one channel, select some keys, copy them, unscope tha channel and scope another, and finally paste the copied keys.

The copy and paste mechanisms for keys in a channel graph editor is now capable of copying and pasting keys between different channels. For example, scope one channel, select some keys, copy them, unscope tha channel and scope another, and finally paste the copied keys.

Fixed a bug with the opscript -r command when writing out nodes that contained VOP Networks as child nodes.

Fixed a bug with the opscript -r command when writing out nodes that contained VOP Networks as child nodes.

Fixed a bug with the opscript -r command when writing out nodes that contained VOP Networks as child nodes.

Fixed a bug with the opscript -r command when writing out nodes that contained VOP Networks as child nodes.

Fixed a bug with the opscript -r command when writing out nodes that contained VOP Networks as child nodes.

When geometry is instanced to a path which has no geometry, it will properly update when the geometry reappears rather than staying red-flagged.

When geometry is instanced to a path which has no geometry, it will properly update when the geometry reappears rather than staying red-flagged.

When geometry is instanced to a path which has no geometry, it will properly update when the geometry reappears rather than staying red-flagged.

When geometry is instanced to a path which has no geometry, it will properly update when the geometry reappears rather than staying red-flagged.

When geometry is instanced to a path which has no geometry, it will properly update when the geometry reappears rather than staying red-flagged.

The Fan guide geometry in DOPs is now drawn at the specified size rather than being scaled by the fan force. Fan force can vary over several magnitudes depending on one's units and dimensions, so the guide geometry would often end up giant and unuseable.

The Fan guide geometry in DOPs is now drawn at the specified size rather than being scaled by the fan force. Fan force can vary over several magnitudes depending on one's units and dimensions, so the guide geometry would often end up giant and unuseable.

The Fan guide geometry in DOPs is now drawn at the specified size rather than being scaled by the fan force. Fan force can vary over several magnitudes depending on one's units and dimensions, so the guide geometry would often end up giant and unuseable.

The Fan guide geometry in DOPs is now drawn at the specified size rather than being scaled by the fan force. Fan force can vary over several magnitudes depending on one's units and dimensions, so the guide geometry would often end up giant and unuseable.

The Fan guide geometry in DOPs is now drawn at the specified size rather than being scaled by the fan force. Fan force can vary over several magnitudes depending on one's units and dimensions, so the guide geometry would often end up giant and unuseable.

When removing spare parameters, any take data associated with those parameters is also removed.