String attributes are now fully qualified with the "string" type when output to the RIB stream.

Two new modes have been added to the minmax pixel filter:

The ocover mode will determine which object has the greatest coverage in a pixel and box filter only its samples. This can be used for deep raster filtering to get the "most important" channel information.

The "edge" mode will act as a box filter, except at geometric edges. At edges, only samples which hit an object will be filtered to produce the result.

With both of these filters, anti-aliasing effectiveness is sacrificed for selective filtering.

Two new modes have been added to the minmax pixel filter:

The ocover mode will determine which object has the greatest coverage in a pixel and box filter only its samples. This can be used for deep raster filtering to get the "most important" channel information.

The "edge" mode will act as a box filter, except at geometric edges. At edges, only samples which hit an object will be filtered to produce the result.

With both of these filters, anti-aliasing effectiveness is sacrificed for selective filtering.

Two new modes have been added to the minmax pixel filter:

The ocover mode will determine which object has the greatest coverage in a pixel and box filter only its samples. This can be used for deep raster filtering to get the "most important" channel information.

The "edge" mode will act as a box filter, except at geometric edges. At edges, only samples which hit an object will be filtered to produce the result.

With both of these filters, anti-aliasing effectiveness is sacrificed for selective filtering.

Two new modes have been added to the minmax pixel filter:

The ocover mode will determine which object has the greatest coverage in a pixel and box filter only its samples. This can be used for deep raster filtering to get the "most important" channel information.

The "edge" mode will act as a box filter, except at geometric edges. At edges, only samples which hit an object will be filtered to produce the result.

With both of these filters, anti-aliasing effectiveness is sacrificed for selective filtering.

Two new modes have been added to the minmax pixel filter:

The ocover mode will determine which object has the greatest coverage in a pixel and box filter only its samples. This can be used for deep raster filtering to get the "most important" channel information.

The "edge" mode will act as a box filter, except at geometric edges. At edges, only samples which hit an object will be filtered to produce the result.

With both of these filters, anti-aliasing effectiveness is sacrificed for selective filtering.

Fixed a bug where dragging multiple nodes onto a take in the take tree would only include one of the nodes flags. Moreover, dropping an object node onto a take no longer includes the bypass or render flag.

Fixed a bug where dragging multiple nodes onto a take in the take tree would only include one of the nodes flags. Moreover, dropping an object node onto a take no longer includes the bypass or render flag.

Fixed a bug where dragging multiple nodes onto a take in the take tree would only include one of the nodes flags. Moreover, dropping an object node onto a take no longer includes the bypass or render flag.

Fixed a bug where dragging multiple nodes onto a take in the take tree would only include one of the nodes flags. Moreover, dropping an object node onto a take no longer includes the bypass or render flag.

Fixed a bug where dragging multiple nodes onto a take in the take tree would only include one of the nodes flags. Moreover, dropping an object node onto a take no longer includes the bypass or render flag.

New instances of PolyExtrude will have the Orient Edges option turned on, using a creation script. Files saved with earlier versions of Houdini will have this option turned off by default to maintain backwards compatibility. Future versions of Houdini may have this option turned on by default.

New instances of PolyExtrude will have the Orient Edges option turned on, using a creation script. Files saved with earlier versions of Houdini will have this option turned off by default to maintain backwards compatibility. Future versions of Houdini may have this option turned on by default.

New instances of PolyExtrude will have the Orient Edges option turned on, using a creation script. Files saved with earlier versions of Houdini will have this option turned off by default to maintain backwards compatibility. Future versions of Houdini may have this option turned on by default.

New instances of PolyExtrude will have the Orient Edges option turned on, using a creation script. Files saved with earlier versions of Houdini will have this option turned off by default to maintain backwards compatibility. Future versions of Houdini may have this option turned on by default.

New instances of PolyExtrude will have the Orient Edges option turned on, using a creation script. Files saved with earlier versions of Houdini will have this option turned off by default to maintain backwards compatibility. Future versions of Houdini may have this option turned on by default.

The scoped parameters list is now split into two sections. The first section includes all channels scoped because they are in a selected group. The second section includes any other channels that are not in a selected group.

The scoped parameters list is now split into two sections. The first section includes all channels scoped because they are in a selected group. The second section includes any other channels that are not in a selected group.

The scoped parameters list is now split into two sections. The first section includes all channels scoped because they are in a selected group. The second section includes any other channels that are not in a selected group.

The scoped parameters list is now split into two sections. The first section includes all channels scoped because they are in a selected group. The second section includes any other channels that are not in a selected group.

The scoped parameters list is now split into two sections. The first section includes all channels scoped because they are in a selected group. The second section includes any other channels that are not in a selected group.

Added two small improvements to the Scale COP. 1) When connecting or disconnecting a 2nd input, the scale mode

is changed from its single input mode to its corresponding two input mode (ie, Scale Fraction -> Scale to Fraction of 2nd Input).

2) Split the Filter parm into two parms - Upscale

filter and Downscale filter. This is mostly to set better default values for the filters.

Added two small improvements to the Scale COP. 1) When connecting or disconnecting a 2nd input, the scale mode

is changed from its single input mode to its corresponding two input mode (ie, Scale Fraction -> Scale to Fraction of 2nd Input).

2) Split the Filter parm into two parms - Upscale

filter and Downscale filter. This is mostly to set better default values for the filters.

Added two small improvements to the Scale COP. 1) When connecting or disconnecting a 2nd input, the scale mode

is changed from its single input mode to its corresponding two input mode (ie, Scale Fraction -> Scale to Fraction of 2nd Input).

2) Split the Filter parm into two parms - Upscale

filter and Downscale filter. This is mostly to set better default values for the filters.

Added two small improvements to the Scale COP. 1) When connecting or disconnecting a 2nd input, the scale mode

is changed from its single input mode to its corresponding two input mode (ie, Scale Fraction -> Scale to Fraction of 2nd Input).

2) Split the Filter parm into two parms - Upscale

filter and Downscale filter. This is mostly to set better default values for the filters.