The bundle pane now has a menu bar with menu items that provides all the functionality of the toolbar buttons and list menus.

The bundle pane now has a menu bar with menu items that provides all the functionality of the toolbar buttons and list menus.

The bundle pane now has a menu bar with menu items that provides all the functionality of the toolbar buttons and list menus.

The bundle pane now has a menu bar with menu items that provides all the functionality of the toolbar buttons and list menus.

Geometry attached to a simulation object with any name other than "Geometry" is no longer transformed by the Position of the object.

Geometry attached to a simulation object with any name other than "Geometry" is no longer transformed by the Position of the object.

Geometry attached to a simulation object with any name other than "Geometry" is no longer transformed by the Position of the object.

Geometry attached to a simulation object with any name other than "Geometry" is no longer transformed by the Position of the object.

Geometry attached to a simulation object with any name other than "Geometry" is no longer transformed by the Position of the object.

Added three new dop expression functions: doptransform to extract transforms, dopvelatpos to get velocity information, and dopnodeobjs to get a list of simulation objects processed by a given DOP Node.

Added three new dop expression functions: doptransform to extract transforms, dopvelatpos to get velocity information, and dopnodeobjs to get a list of simulation objects processed by a given DOP Node.

Added three new dop expression functions: doptransform to extract transforms, dopvelatpos to get velocity information, and dopnodeobjs to get a list of simulation objects processed by a given DOP Node.

Added three new dop expression functions: doptransform to extract transforms, dopvelatpos to get velocity information, and dopnodeobjs to get a list of simulation objects processed by a given DOP Node.

Added three new dop expression functions: doptransform to extract transforms, dopvelatpos to get velocity information, and dopnodeobjs to get a list of simulation objects processed by a given DOP Node.

Added a new Active Value DOP which can be used to make any simulation object active or passive (and the value is animatable). A passive object is not processed by the solver attached to it, but still acts as an affector for all its mutually affecting objects.

Added a new Active Value DOP which can be used to make any simulation object active or passive (and the value is animatable). A passive object is not processed by the solver attached to it, but still acts as an affector for all its mutually affecting objects.

Added a new Active Value DOP which can be used to make any simulation object active or passive (and the value is animatable). A passive object is not processed by the solver attached to it, but still acts as an affector for all its mutually affecting objects.

Added a new Active Value DOP which can be used to make any simulation object active or passive (and the value is animatable). A passive object is not processed by the solver attached to it, but still acts as an affector for all its mutually affecting objects.

Added a new Active Value DOP which can be used to make any simulation object active or passive (and the value is animatable). A passive object is not processed by the solver attached to it, but still acts as an affector for all its mutually affecting objects.

The SOP Solver now has options to transform the object geometry before passing it to the SOPs for processing. It can apply the position and/or the geometry transformation.

The SOP Solver now has options to transform the object geometry before passing it to the SOPs for processing. It can apply the position and/or the geometry transformation.

The SOP Solver now has options to transform the object geometry before passing it to the SOPs for processing. It can apply the position and/or the geometry transformation.

The SOP Solver now has options to transform the object geometry before passing it to the SOPs for processing. It can apply the position and/or the geometry transformation.

The SOP Solver now has options to transform the object geometry before passing it to the SOPs for processing. It can apply the position and/or the geometry transformation.

Enhanced the DOP Transform SOP to allow it to apply any combination of the Position and Geometry transforms to the input geometry (it used to always apply both). It now can also apply the inverse transform, and can add a point velocity attribute to all incoming points based on the velocity of the simulation object.