COP handles now snap to the current COP's closest frame when fractional frames are used. This makes the handles more representative of the animation being performed, as COPs are inherently frame-based.

COP handles now snap to the current COP's closest frame when fractional frames are used. This makes the handles more representative of the animation being performed, as COPs are inherently frame-based.

COP handles now snap to the current COP's closest frame when fractional frames are used. This makes the handles more representative of the animation being performed, as COPs are inherently frame-based.

COP handles now snap to the current COP's closest frame when fractional frames are used. This makes the handles more representative of the animation being performed, as COPs are inherently frame-based.

Added a new VEX shadowmap() function that samples a shadow map in a user specified sampling rectangle defined by 4 vectors.

Added a new VEX shadowmap() function that samples a shadow map in a user specified sampling rectangle defined by 4 vectors.

Added a new VEX shadowmap() function that samples a shadow map in a user specified sampling rectangle defined by 4 vectors.

Added a new VEX shadowmap() function that samples a shadow map in a user specified sampling rectangle defined by 4 vectors.

Added a new VEX shadowmap() function that samples a shadow map in a user specified sampling rectangle defined by 4 vectors.

Adding a new API to Houdini for generating deep shadow map files. The new API is found in the header IMG_DeepShadow.h. Also adds an example standalone program to the HDK for generating deep shadow maps from an I3D volume (i3ddsmgen).

Adding a new API to Houdini for generating deep shadow map files. The new API is found in the header IMG_DeepShadow.h. Also adds an example standalone program to the HDK for generating deep shadow maps from an I3D volume (i3ddsmgen).

Adding a new API to Houdini for generating deep shadow map files. The new API is found in the header IMG_DeepShadow.h. Also adds an example standalone program to the HDK for generating deep shadow maps from an I3D volume (i3ddsmgen).

Adding a new API to Houdini for generating deep shadow map files. The new API is found in the header IMG_DeepShadow.h. Also adds an example standalone program to the HDK for generating deep shadow maps from an I3D volume (i3ddsmgen).

Adding a new API to Houdini for generating deep shadow map files. The new API is found in the header IMG_DeepShadow.h. Also adds an example standalone program to the HDK for generating deep shadow maps from an I3D volume (i3ddsmgen).

Fixed a bug with collapsable pixel operations when a node in the middle has the Effect parm (Mask tab) set to something other than 1, and the operation doesn't fold the effect into the pixel equation (such as an Invert COP). Now, this will break the chain and force quantization at that node, making the chain evaluate correctly.

Fixed a bug with collapsable pixel operations when a node in the middle has the Effect parm (Mask tab) set to something other than 1, and the operation doesn't fold the effect into the pixel equation (such as an Invert COP). Now, this will break the chain and force quantization at that node, making the chain evaluate correctly.

Fixed a bug with collapsable pixel operations when a node in the middle has the Effect parm (Mask tab) set to something other than 1, and the operation doesn't fold the effect into the pixel equation (such as an Invert COP). Now, this will break the chain and force quantization at that node, making the chain evaluate correctly.

Fixed a bug with collapsable pixel operations when a node in the middle has the Effect parm (Mask tab) set to something other than 1, and the operation doesn't fold the effect into the pixel equation (such as an Invert COP). Now, this will break the chain and force quantization at that node, making the chain evaluate correctly.

Fixed a bug with collapsable pixel operations when a node in the middle has the Effect parm (Mask tab) set to something other than 1, and the operation doesn't fold the effect into the pixel equation (such as an Invert COP). Now, this will break the chain and force quantization at that node, making the chain evaluate correctly.

The RBD Object DOP now provides some simple default geometry to simplify the set up of start RBD simulations.

The RBD Object DOP now provides some simple default geometry to simplify the set up of start RBD simulations.

The RBD Object DOP now provides some simple default geometry to simplify the set up of start RBD simulations.

The RBD Object DOP now provides some simple default geometry to simplify the set up of start RBD simulations.

The RBD Object DOP now provides some simple default geometry to simplify the set up of start RBD simulations.