• Fixed bug that could cause the Lookup COP to crash when no fileis specified.
• Fixed bug that would prevent auto-conversion of LUT files on Windows.

• Fixed bug that could cause the Lookup COP to crash when no fileis specified.
• Fixed bug that would prevent auto-conversion of LUT files on Windows.

• Fixed bug that could cause the Lookup COP to crash when no fileis specified.
• Fixed bug that would prevent auto-conversion of LUT files on Windows.

• Fixed bug that could cause the Lookup COP to crash when no fileis specified.
• Fixed bug that would prevent auto-conversion of LUT files on Windows.

The Primitive SOP is now capable of transforming user defined vector point attributes. A new parameter allows to specify any attributes that need to be transformed.

The Primitive SOP is now capable of transforming user defined vector point attributes. A new parameter allows to specify any attributes that need to be transformed.

The Primitive SOP is now capable of transforming user defined vector point attributes. A new parameter allows to specify any attributes that need to be transformed.

The Primitive SOP is now capable of transforming user defined vector point attributes. A new parameter allows to specify any attributes that need to be transformed.

The Primitive SOP is now capable of transforming user defined vector point attributes. A new parameter allows to specify any attributes that need to be transformed.

Fixed bug where the individual UI_Value objects in parameter dialogs were being incorrectly initialized to arrays.

Fixed bug where the individual UI_Value objects in parameter dialogs were being incorrectly initialized to arrays.

Fixed bug where the individual UI_Value objects in parameter dialogs were being incorrectly initialized to arrays.

Fixed bug where the individual UI_Value objects in parameter dialogs were being incorrectly initialized to arrays.

Fixed bug where the individual UI_Value objects in parameter dialogs were being incorrectly initialized to arrays.

Added 3D LUT support to the Houdini .lut (and .blut, binary) format. Anywhere LUTs are supported, 3D LUTs will now be supported (mplay, COP Image Viewer, Lookup COP).

In addition, a new option has been added to the COP menu, 'Save LUT...' which allows any color correction node (or chain of nodes) to be written as a 1D or 3D LUT. This way, LUTs can easily be created in the compositor.

The limits for 3D LUTs are 2x2x2 to 256x256x256, and they must have equal dimensions. Binary LUTs also support 16 bit float for better compression at higher LUT sizes.

Other LUT formats can be supported through the $HFS/houdini/LUTio table. A conversion app must be able to write the Houdini .lut format to stdout (to convert to .lut) or read .lut from stdin (convert from .lut). Either binary or ASCII reading and writing is supported, which can be specified by 'stdin.lut'/'stdout.lut' (ASCII) or 'stdin.blut'/'stdout.blut' (binary) in the LUTio table.

Added 3D LUT support to the Houdini .lut (and .blut, binary) format. Anywhere LUTs are supported, 3D LUTs will now be supported (mplay, COP Image Viewer, Lookup COP).

In addition, a new option has been added to the COP menu, 'Save LUT...' which allows any color correction node (or chain of nodes) to be written as a 1D or 3D LUT. This way, LUTs can easily be created in the compositor.

The limits for 3D LUTs are 2x2x2 to 256x256x256, and they must have equal dimensions. Binary LUTs also support 16 bit float for better compression at higher LUT sizes.

Other LUT formats can be supported through the $HFS/houdini/LUTio table. A conversion app must be able to write the Houdini .lut format to stdout (to convert to .lut) or read .lut from stdin (convert from .lut). Either binary or ASCII reading and writing is supported, which can be specified by 'stdin.lut'/'stdout.lut' (ASCII) or 'stdin.blut'/'stdout.blut' (binary) in the LUTio table.

Added 3D LUT support to the Houdini .lut (and .blut, binary) format. Anywhere LUTs are supported, 3D LUTs will now be supported (mplay, COP Image Viewer, Lookup COP).

In addition, a new option has been added to the COP menu, 'Save LUT...' which allows any color correction node (or chain of nodes) to be written as a 1D or 3D LUT. This way, LUTs can easily be created in the compositor.

The limits for 3D LUTs are 2x2x2 to 256x256x256, and they must have equal dimensions. Binary LUTs also support 16 bit float for better compression at higher LUT sizes.

Other LUT formats can be supported through the $HFS/houdini/LUTio table. A conversion app must be able to write the Houdini .lut format to stdout (to convert to .lut) or read .lut from stdin (convert from .lut). Either binary or ASCII reading and writing is supported, which can be specified by 'stdin.lut'/'stdout.lut' (ASCII) or 'stdin.blut'/'stdout.blut' (binary) in the LUTio table.

Added 3D LUT support to the Houdini .lut (and .blut, binary) format. Anywhere LUTs are supported, 3D LUTs will now be supported (mplay, COP Image Viewer, Lookup COP).

In addition, a new option has been added to the COP menu, 'Save LUT...' which allows any color correction node (or chain of nodes) to be written as a 1D or 3D LUT. This way, LUTs can easily be created in the compositor.

The limits for 3D LUTs are 2x2x2 to 256x256x256, and they must have equal dimensions. Binary LUTs also support 16 bit float for better compression at higher LUT sizes.

Other LUT formats can be supported through the $HFS/houdini/LUTio table. A conversion app must be able to write the Houdini .lut format to stdout (to convert to .lut) or read .lut from stdin (convert from .lut). Either binary or ASCII reading and writing is supported, which can be specified by 'stdin.lut'/'stdout.lut' (ASCII) or 'stdin.blut'/'stdout.blut' (binary) in the LUTio table.

Added 3D LUT support to the Houdini .lut (and .blut, binary) format. Anywhere LUTs are supported, 3D LUTs will now be supported (mplay, COP Image Viewer, Lookup COP).

In addition, a new option has been added to the COP menu, 'Save LUT...' which allows any color correction node (or chain of nodes) to be written as a 1D or 3D LUT. This way, LUTs can easily be created in the compositor.

The limits for 3D LUTs are 2x2x2 to 256x256x256, and they must have equal dimensions. Binary LUTs also support 16 bit float for better compression at higher LUT sizes.

Other LUT formats can be supported through the $HFS/houdini/LUTio table. A conversion app must be able to write the Houdini .lut format to stdout (to convert to .lut) or read .lut from stdin (convert from .lut). Either binary or ASCII reading and writing is supported, which can be specified by 'stdin.lut'/'stdout.lut' (ASCII) or 'stdin.blut'/'stdout.blut' (binary) in the LUTio table.

When rendering on Windows within Houdini to RenderMan, errors will now be captured and printed out.

When rendering on Windows within Houdini to RenderMan, errors will now be captured and printed out.

When rendering on Windows within Houdini to RenderMan, errors will now be captured and printed out.

When rendering on Windows within Houdini to RenderMan, errors will now be captured and printed out.

When rendering on Windows within Houdini to RenderMan, errors will now be captured and printed out.

Fixed a bug that could cause the representative objects to not take affect when first loaded if the OTL is unsyched with its definition.