RIBs generated with motion blur will now output the Basis call before the motion block.

RIBs generated with motion blur will now output the Basis call before the motion block.

RIBs generated with motion blur will now output the Basis call before the motion block.

RIBs generated with motion blur will now output the Basis call before the motion block.

The RBD solver now mixes the two bounce values of two objects by multiplying them. This has the effect that a bounce value of 1 means that the other object will control the bounciness.

The old behaviour was minimum. This means the old default of 0.3 on each object will produce less bounciness than it used to. To get about the same amount of bounciness, change it to 0.55. The new default in RBD Object is 0.5.

The RBD solver now mixes the two bounce values of two objects by multiplying them. This has the effect that a bounce value of 1 means that the other object will control the bounciness.

The old behaviour was minimum. This means the old default of 0.3 on each object will produce less bounciness than it used to. To get about the same amount of bounciness, change it to 0.55. The new default in RBD Object is 0.5.

The RBD solver now mixes the two bounce values of two objects by multiplying them. This has the effect that a bounce value of 1 means that the other object will control the bounciness.

The old behaviour was minimum. This means the old default of 0.3 on each object will produce less bounciness than it used to. To get about the same amount of bounciness, change it to 0.55. The new default in RBD Object is 0.5.

The RBD solver now mixes the two bounce values of two objects by multiplying them. This has the effect that a bounce value of 1 means that the other object will control the bounciness.

The old behaviour was minimum. This means the old default of 0.3 on each object will produce less bounciness than it used to. To get about the same amount of bounciness, change it to 0.55. The new default in RBD Object is 0.5.

The RBD solver now mixes the two bounce values of two objects by multiplying them. This has the effect that a bounce value of 1 means that the other object will control the bounciness.

The old behaviour was minimum. This means the old default of 0.3 on each object will produce less bounciness than it used to. To get about the same amount of bounciness, change it to 0.55. The new default in RBD Object is 0.5.

Select mode in the scoped parameter list has been hidden and disabled. Users should use display mode exclusively, to manipulate multiple parameter values in the parameter list the value column will provide an independent selection (not yet available).

Select mode in the scoped parameter list has been hidden and disabled. Users should use display mode exclusively, to manipulate multiple parameter values in the parameter list the value column will provide an independent selection (not yet available).

Select mode in the scoped parameter list has been hidden and disabled. Users should use display mode exclusively, to manipulate multiple parameter values in the parameter list the value column will provide an independent selection (not yet available).

Select mode in the scoped parameter list has been hidden and disabled. Users should use display mode exclusively, to manipulate multiple parameter values in the parameter list the value column will provide an independent selection (not yet available).

Select mode in the scoped parameter list has been hidden and disabled. Users should use display mode exclusively, to manipulate multiple parameter values in the parameter list the value column will provide an independent selection (not yet available).

Null object can now display different geometries instead of just the traditional cross geometry. It contains a Control SOP instead of a File SOP.

Null object can now display different geometries instead of just the traditional cross geometry. It contains a Control SOP instead of a File SOP.

Null object can now display different geometries instead of just the traditional cross geometry. It contains a Control SOP instead of a File SOP.

Null object can now display different geometries instead of just the traditional cross geometry. It contains a Control SOP instead of a File SOP.

Null object can now display different geometries instead of just the traditional cross geometry. It contains a Control SOP instead of a File SOP.

'Save Operator Type' will no longer ignore the 'Save Defaults as Initial Parameters' option set on the operator.

'Save Operator Type' will no longer ignore the 'Save Defaults as Initial Parameters' option set on the operator.

'Save Operator Type' will no longer ignore the 'Save Defaults as Initial Parameters' option set on the operator.

'Save Operator Type' will no longer ignore the 'Save Defaults as Initial Parameters' option set on the operator.

'Save Operator Type' will no longer ignore the 'Save Defaults as Initial Parameters' option set on the operator.

Added new Control SOP. This SOP displays a selection between simple primitives (i.e. cross, box, circles, etc.).