An option has been added to allow visualization of the inverse kinematics critical zone. A critical zone is a cone like space associated with a bone chain for which IK solution is computed for a given locatin of a target (goal). If the goal is within a critical zone, the solution is not "stable", meaning that undesired bone twists may occur. To visualize the danger zone, and option was added. To turn it on, open the display option dialog (shortcut 'D' with mouse over a viewr (or a viewport). The last button in the las row (with bones icon) turns the visualization on and off.

An option has been added to allow visualization of the inverse kinematics critical zone. A critical zone is a cone like space associated with a bone chain for which IK solution is computed for a given locatin of a target (goal). If the goal is within a critical zone, the solution is not "stable", meaning that undesired bone twists may occur. To visualize the danger zone, and option was added. To turn it on, open the display option dialog (shortcut 'D' with mouse over a viewr (or a viewport). The last button in the las row (with bones icon) turns the visualization on and off.

An option has been added to allow visualization of the inverse kinematics critical zone. A critical zone is a cone like space associated with a bone chain for which IK solution is computed for a given locatin of a target (goal). If the goal is within a critical zone, the solution is not "stable", meaning that undesired bone twists may occur. To visualize the danger zone, and option was added. To turn it on, open the display option dialog (shortcut 'D' with mouse over a viewr (or a viewport). The last button in the las row (with bones icon) turns the visualization on and off.

Fixed crash when executing the hscript command:

echo `opname(arg(run("opfind $foo"),0))`

where the variable foo doesn't exist.

Fixed crash when executing the hscript command:

echo `opname(arg(run("opfind $foo"),0))`

where the variable foo doesn't exist.

Fixed crash when executing the hscript command:

echo `opname(arg(run("opfind $foo"),0))`

where the variable foo doesn't exist.

Fixed crash when executing the hscript command:

echo `opname(arg(run("opfind $foo"),0))`

where the variable foo doesn't exist.

Fixed crash when executing the hscript command:

echo `opname(arg(run("opfind $foo"),0))`

where the variable foo doesn't exist.

There was a bug in computing the widths of curve primitives in mantra when scales were involved in the transforms on the geometry object (or the camera).

There was a bug in computing the widths of curve primitives in mantra when scales were involved in the transforms on the geometry object (or the camera).

There was a bug in computing the widths of curve primitives in mantra when scales were involved in the transforms on the geometry object (or the camera).

There was a bug in computing the widths of curve primitives in mantra when scales were involved in the transforms on the geometry object (or the camera).

There was a bug in computing the widths of curve primitives in mantra when scales were involved in the transforms on the geometry object (or the camera).

Added lens ringing to the defocus COP. If on, it creates a slim, brighter area around the outside of the defocused area, mimicking the effects at edge of some lenses. The user can control its thickness, and its brightness.

Added lens ringing to the defocus COP. If on, it creates a slim, brighter area around the outside of the defocused area, mimicking the effects at edge of some lenses. The user can control its thickness, and its brightness.

Added lens ringing to the defocus COP. If on, it creates a slim, brighter area around the outside of the defocused area, mimicking the effects at edge of some lenses. The user can control its thickness, and its brightness.

Added lens ringing to the defocus COP. If on, it creates a slim, brighter area around the outside of the defocused area, mimicking the effects at edge of some lenses. The user can control its thickness, and its brightness.

Added lens ringing to the defocus COP. If on, it creates a slim, brighter area around the outside of the defocused area, mimicking the effects at edge of some lenses. The user can control its thickness, and its brightness.

Fixed bug where incorrect cooking of an InverseKin CHOP could occur if it used a Twist Affector that was dependent upon the cooking of a different InverseKin CHOP.

Fixed bug where incorrect cooking of an InverseKin CHOP could occur if it used a Twist Affector that was dependent upon the cooking of a different InverseKin CHOP.

Fixed bug where incorrect cooking of an InverseKin CHOP could occur if it used a Twist Affector that was dependent upon the cooking of a different InverseKin CHOP.

Fixed bug where incorrect cooking of an InverseKin CHOP could occur if it used a Twist Affector that was dependent upon the cooking of a different InverseKin CHOP.

Fixed bug where incorrect cooking of an InverseKin CHOP could occur if it used a Twist Affector that was dependent upon the cooking of a different InverseKin CHOP.

Updated the experimental edit/sculpt SOP. The sculpt brush is now visible when entering Sculpt mode. This SOP is not enabled yet.

Updated the experimental edit/sculpt SOP. The sculpt brush is now visible when entering Sculpt mode. This SOP is not enabled yet.