Added a built-in option on the Constraint Network DOP to use geometry from the DOP network's inputs.

Added a built-in option on the Constraint Network DOP to use geometry from the DOP network's inputs.

Added a built-in option on the Constraint Network DOP to use geometry from the DOP network's inputs.

Added a built-in option on the Constraint Network DOP to use geometry from the DOP network's inputs.

Added a built-in option on the Constraint Network DOP to use geometry from the DOP network's inputs.

Fixed a bug in the Bullet solver where sleeping objects could not be woken up by setting the 'bullet_sleeping' point attribute to 0 and resetting the deactivation time.

Fixed a bug in the Bullet solver where sleeping objects could not be woken up by setting the 'bullet_sleeping' point attribute to 0 and resetting the deactivation time.

Fixed a bug in the Bullet solver where sleeping objects could not be woken up by setting the 'bullet_sleeping' point attribute to 0 and resetting the deactivation time.

Fixed a bug in the Bullet solver where sleeping objects could not be woken up by setting the 'bullet_sleeping' point attribute to 0 and resetting the deactivation time.

Fixed a bug in the Bullet solver where sleeping objects could not be woken up by setting the 'bullet_sleeping' point attribute to 0 and resetting the deactivation time.

Added the Finite Element Visualization SOP. This SOP allows you to visualize various types of output attributes that can be generated by finite element objects. This includes tet quality, energy densities, finite-element node forces, and collision resolution.

Added the Finite Element Visualization SOP. This SOP allows you to visualize various types of output attributes that can be generated by finite element objects. This includes tet quality, energy densities, finite-element node forces, and collision resolution.

Added the Finite Element Visualization SOP. This SOP allows you to visualize various types of output attributes that can be generated by finite element objects. This includes tet quality, energy densities, finite-element node forces, and collision resolution.

Added the Finite Element Visualization SOP. This SOP allows you to visualize various types of output attributes that can be generated by finite element objects. This includes tet quality, energy densities, finite-element node forces, and collision resolution.

Added the Finite Element Visualization SOP. This SOP allows you to visualize various types of output attributes that can be generated by finite element objects. This includes tet quality, energy densities, finite-element node forces, and collision resolution.

Each Solid Object and each Hybrid object now displays statistics about the material properties and distributed soft constraint coefficients that are effective in the solver after applying all multiplier attributes. This is useful when troubleshooting a sim that makes use of multiplier attributes.

Each Solid Object and each Hybrid object now displays statistics about the material properties and distributed soft constraint coefficients that are effective in the solver after applying all multiplier attributes. This is useful when troubleshooting a sim that makes use of multiplier attributes.

Each Solid Object and each Hybrid object now displays statistics about the material properties and distributed soft constraint coefficients that are effective in the solver after applying all multiplier attributes. This is useful when troubleshooting a sim that makes use of multiplier attributes.

Each Solid Object and each Hybrid object now displays statistics about the material properties and distributed soft constraint coefficients that are effective in the solver after applying all multiplier attributes. This is useful when troubleshooting a sim that makes use of multiplier attributes.

Each Solid Object and each Hybrid object now displays statistics about the material properties and distributed soft constraint coefficients that are effective in the solver after applying all multiplier attributes. This is useful when troubleshooting a sim that makes use of multiplier attributes.

The Bullet solver now allows constraint network geometry to be attached to an object's 'ConstraintGeometry' subdata, instead of a relationship. In this mode, only internal constraints between packed primitives / agents in that DOP object are allowed (or constraints attached to a world space position). The Constraint Network DOP has a new parameter to configure the constraint network in this manner.

The Bullet solver now allows constraint network geometry to be attached to an object's 'ConstraintGeometry' subdata, instead of a relationship. In this mode, only internal constraints between packed primitives / agents in that DOP object are allowed (or constraints attached to a world space position). The Constraint Network DOP has a new parameter to configure the constraint network in this manner.

The Bullet solver now allows constraint network geometry to be attached to an object's 'ConstraintGeometry' subdata, instead of a relationship. In this mode, only internal constraints between packed primitives / agents in that DOP object are allowed (or constraints attached to a world space position). The Constraint Network DOP has a new parameter to configure the constraint network in this manner.

The Bullet solver now allows constraint network geometry to be attached to an object's 'ConstraintGeometry' subdata, instead of a relationship. In this mode, only internal constraints between packed primitives / agents in that DOP object are allowed (or constraints attached to a world space position). The Constraint Network DOP has a new parameter to configure the constraint network in this manner.

The Bullet solver now allows constraint network geometry to be attached to an object's 'ConstraintGeometry' subdata, instead of a relationship. In this mode, only internal constraints between packed primitives / agents in that DOP object are allowed (or constraints attached to a world space position). The Constraint Network DOP has a new parameter to configure the constraint network in this manner.