NURBs and Bezier surfaces which have linear bases (i.e. order 2) will now be displayed without tesselation in OpenGL. This improves both display speed and memory usage at the loss of accuracy in displaying a true bilinear patch. The previous behaviour can be restored using the configuration variable: HOUDINI_OGL_FAST_ORDER2

NURBs and Bezier surfaces which have linear bases (i.e. order 2) will now be displayed without tesselation in OpenGL. This improves both display speed and memory usage at the loss of accuracy in displaying a true bilinear patch. The previous behaviour can be restored using the configuration variable: HOUDINI_OGL_FAST_ORDER2

NURBs and Bezier surfaces which have linear bases (i.e. order 2) will now be displayed without tesselation in OpenGL. This improves both display speed and memory usage at the loss of accuracy in displaying a true bilinear patch. The previous behaviour can be restored using the configuration variable: HOUDINI_OGL_FAST_ORDER2

NURBs and Bezier surfaces which have linear bases (i.e. order 2) will now be displayed without tesselation in OpenGL. This improves both display speed and memory usage at the loss of accuracy in displaying a true bilinear patch. The previous behaviour can be restored using the configuration variable: HOUDINI_OGL_FAST_ORDER2

NURBs and Bezier surfaces which have linear bases (i.e. order 2) will now be displayed without tesselation in OpenGL. This improves both display speed and memory usage at the loss of accuracy in displaying a true bilinear patch. The previous behaviour can be restored using the configuration variable: HOUDINI_OGL_FAST_ORDER2

NURBs and Bezier surfaces which have linear bases (i.e. order 2) will now be displayed without tesselation in OpenGL. This improves both display speed and memory usage at the loss of accuracy in displaying a true bilinear patch. The previous behaviour can be restored using the configuration variable: HOUDINI_OGL_FAST_ORDER2

Fixed Dynamic Parenting to handle child objects which have non-zero pivot values or uniform scale that is not 1.

Fixed Dynamic Parenting to handle child objects which have non-zero pivot values or uniform scale that is not 1.

Fixed Dynamic Parenting to handle child objects which have non-zero pivot values or uniform scale that is not 1.

Fixed Dynamic Parenting to handle child objects which have non-zero pivot values or uniform scale that is not 1.

Fixed Dynamic Parenting to handle child objects which have non-zero pivot values or uniform scale that is not 1.

Fixed Dynamic Parenting to handle child objects which have non-zero pivot values or uniform scale that is not 1.

The Pretransform CHOP now has input and output pivot parameters which are used in the interpretation and generation of results.

The Pretransform CHOP now has input and output pivot parameters which are used in the interpretation and generation of results.

The Pretransform CHOP now has input and output pivot parameters which are used in the interpretation and generation of results.

The Pretransform CHOP now has input and output pivot parameters which are used in the interpretation and generation of results.

The Pretransform CHOP now has input and output pivot parameters which are used in the interpretation and generation of results.

The Pretransform CHOP now has input and output pivot parameters which are used in the interpretation and generation of results.

The Object CHOP now has the ability to compute full transform (translate, rotation, and scale) information between two given objects.

The Object CHOP now has the ability to compute full transform (translate, rotation, and scale) information between two given objects.

The Object CHOP now has the ability to compute full transform (translate, rotation, and scale) information between two given objects.

The Object CHOP now has the ability to compute full transform (translate, rotation, and scale) information between two given objects.

The Object CHOP now has the ability to compute full transform (translate, rotation, and scale) information between two given objects.

The Object CHOP now has the ability to compute full transform (translate, rotation, and scale) information between two given objects.