The new optimizer had issues with the anisotropic lighting model in the lighting VOP. This has been fixed.

Fixed bug where moving keys in the graph editor forwards in time with snap to integer frame enabled could behave erratically, jumping more than 1 frame at a time.

Fixed bug where moving keys in the graph editor forwards in time with snap to integer frame enabled could behave erratically, jumping more than 1 frame at a time.

Fixed bug where moving keys in the graph editor forwards in time with snap to integer frame enabled could behave erratically, jumping more than 1 frame at a time.

Fixed bug where moving keys in the graph editor forwards in time with snap to integer frame enabled could behave erratically, jumping more than 1 frame at a time.

Fixed bug where moving keys in the graph editor forwards in time with snap to integer frame enabled could behave erratically, jumping more than 1 frame at a time.

New lights or fog objects are now correctly handled in IPR rerenders. Changes to rerenderable ROP parameters (dither, white point, filter, gamma, quantization) are also supported.

New lights or fog objects are now correctly handled in IPR rerenders. Changes to rerenderable ROP parameters (dither, white point, filter, gamma, quantization) are also supported.

New lights or fog objects are now correctly handled in IPR rerenders. Changes to rerenderable ROP parameters (dither, white point, filter, gamma, quantization) are also supported.

New lights or fog objects are now correctly handled in IPR rerenders. Changes to rerenderable ROP parameters (dither, white point, filter, gamma, quantization) are also supported.

New lights or fog objects are now correctly handled in IPR rerenders. Changes to rerenderable ROP parameters (dither, white point, filter, gamma, quantization) are also supported.

Fixed problem on Windows where Houdini would hang when changing the path of the background image in the display options from one valid file to another.

Fixed problem on Windows where Houdini would hang when changing the path of the background image in the display options from one valid file to another.

Fixed problem on Windows where Houdini would hang when changing the path of the background image in the display options from one valid file to another.

Fixed problem on Windows where Houdini would hang when changing the path of the background image in the display options from one valid file to another.

Fixed problem on Windows where Houdini would hang when changing the path of the background image in the display options from one valid file to another.

There were several adjustments made to filters. This affects mantra, COPs and various other places in Houdini. The look of the following filters will have changed (possibly significantly)

• Gaussian
• Blackman
• Hanning
• Sinc

There were several adjustments made to filters. This affects mantra, COPs and various other places in Houdini. The look of the following filters will have changed (possibly significantly)

• Gaussian
• Blackman
• Hanning
• Sinc

There were several adjustments made to filters. This affects mantra, COPs and various other places in Houdini. The look of the following filters will have changed (possibly significantly)

• Gaussian
• Blackman
• Hanning
• Sinc

There were several adjustments made to filters. This affects mantra, COPs and various other places in Houdini. The look of the following filters will have changed (possibly significantly)

• Gaussian
• Blackman
• Hanning
• Sinc

There were several adjustments made to filters. This affects mantra, COPs and various other places in Houdini. The look of the following filters will have changed (possibly significantly)

• Gaussian
• Blackman
• Hanning
• Sinc

The RBD State DOP no longer defines the friction, bounce, or dynamic friction values for an RBD object. Instead, the more general Physical Parameters DOP is used. This allows solvers other than RBD to understand these values.

The RBD State DOP no longer defines the friction, bounce, or dynamic friction values for an RBD object. Instead, the more general Physical Parameters DOP is used. This allows solvers other than RBD to understand these values.

The RBD State DOP no longer defines the friction, bounce, or dynamic friction values for an RBD object. Instead, the more general Physical Parameters DOP is used. This allows solvers other than RBD to understand these values.

The RBD State DOP no longer defines the friction, bounce, or dynamic friction values for an RBD object. Instead, the more general Physical Parameters DOP is used. This allows solvers other than RBD to understand these values.