The UT_Matrix, UT_Vector, UT_SparseMatrix, and UT_Permutation functions initZero() have been changed to just zero(). This avoids any confusion about these functions initializing memory (as they do not)

The UT_Matrix, UT_Vector, UT_SparseMatrix, and UT_Permutation functions initZero() have been changed to just zero(). This avoids any confusion about these functions initializing memory (as they do not)

The UT_Matrix, UT_Vector, UT_SparseMatrix, and UT_Permutation functions initZero() have been changed to just zero(). This avoids any confusion about these functions initializing memory (as they do not)

The UT_Matrix, UT_Vector, UT_SparseMatrix, and UT_Permutation functions initZero() have been changed to just zero(). This avoids any confusion about these functions initializing memory (as they do not)

The UT_Matrix, UT_Vector, UT_SparseMatrix, and UT_Permutation functions initZero() have been changed to just zero(). This avoids any confusion about these functions initializing memory (as they do not)

All nodes related to performing RBD simulations in POPs have been removed, including the Force Object. These nodes were all hidden in Houdini 8, but old hip files could still use them. This is no longer the case in Houdini 9. DOPs provides a much more robust and feature-rich environment for performing RBD simulations. Some local variables in POPs (RBODY, ACTIVE, and OVERRIDE) which related to RBD concepts have also been removed. The Particle CHOP is still available and can now be used for non-RBD particles.

All nodes related to performing RBD simulations in POPs have been removed, including the Force Object. These nodes were all hidden in Houdini 8, but old hip files could still use them. This is no longer the case in Houdini 9. DOPs provides a much more robust and feature-rich environment for performing RBD simulations. Some local variables in POPs (RBODY, ACTIVE, and OVERRIDE) which related to RBD concepts have also been removed. The Particle CHOP is still available and can now be used for non-RBD particles.

All nodes related to performing RBD simulations in POPs have been removed, including the Force Object. These nodes were all hidden in Houdini 8, but old hip files could still use them. This is no longer the case in Houdini 9. DOPs provides a much more robust and feature-rich environment for performing RBD simulations. Some local variables in POPs (RBODY, ACTIVE, and OVERRIDE) which related to RBD concepts have also been removed. The Particle CHOP is still available and can now be used for non-RBD particles.

All nodes related to performing RBD simulations in POPs have been removed, including the Force Object. These nodes were all hidden in Houdini 8, but old hip files could still use them. This is no longer the case in Houdini 9. DOPs provides a much more robust and feature-rich environment for performing RBD simulations. Some local variables in POPs (RBODY, ACTIVE, and OVERRIDE) which related to RBD concepts have also been removed. The Particle CHOP is still available and can now be used for non-RBD particles.

All nodes related to performing RBD simulations in POPs have been removed, including the Force Object. These nodes were all hidden in Houdini 8, but old hip files could still use them. This is no longer the case in Houdini 9. DOPs provides a much more robust and feature-rich environment for performing RBD simulations. Some local variables in POPs (RBODY, ACTIVE, and OVERRIDE) which related to RBD concepts have also been removed. The Particle CHOP is still available and can now be used for non-RBD particles.