When interpolated geometry is requested from a DOP network, the same blending code as Sequence Blend 2.0 is now used. The most notable difference will be that all attributes are now blended, instead of only P, Cd, etc.

When interpolated geometry is requested from a DOP network, the same blending code as Sequence Blend 2.0 is now used. The most notable difference will be that all attributes are now blended, instead of only P, Cd, etc.

When interpolated geometry is requested from a DOP network, the same blending code as Sequence Blend 2.0 is now used. The most notable difference will be that all attributes are now blended, instead of only P, Cd, etc.

When interpolated geometry is requested from a DOP network, the same blending code as Sequence Blend 2.0 is now used. The most notable difference will be that all attributes are now blended, instead of only P, Cd, etc.

When interpolated geometry is requested from a DOP network, the same blending code as Sequence Blend 2.0 is now used. The most notable difference will be that all attributes are now blended, instead of only P, Cd, etc.

Fixed a couple issues in the Bullet solver where slightly varying results could be produced when running the same simulation with a different number of threads.

Fixed a couple issues in the Bullet solver where slightly varying results could be produced when running the same simulation with a different number of threads.

Fixed a couple issues in the Bullet solver where slightly varying results could be produced when running the same simulation with a different number of threads.

Fixed a couple issues in the Bullet solver where slightly varying results could be produced when running the same simulation with a different number of threads.

Fixed a couple issues in the Bullet solver where slightly varying results could be produced when running the same simulation with a different number of threads.

Changed FLIP Tank and Crown Splash shelf tools to set up an ocean source similar to the Flat Tank option. Narrow band is activated by default.

Changed FLIP Tank and Crown Splash shelf tools to set up an ocean source similar to the Flat Tank option. Narrow band is activated by default.

Changed FLIP Tank and Crown Splash shelf tools to set up an ocean source similar to the Flat Tank option. Narrow band is activated by default.

Changed FLIP Tank and Crown Splash shelf tools to set up an ocean source similar to the Flat Tank option. Narrow band is activated by default.

Changed FLIP Tank and Crown Splash shelf tools to set up an ocean source similar to the Flat Tank option. Narrow band is activated by default.

A new constraint solver for the Bullet rigid body simulator has been added to Houdini (and Bullet's old parallel solver has been removed). The new solver, Parallel Gauss-Seidel (Graph Coloring), is similar to the unchanged default solver; the difference lies in the parallelization strategy. The new solver should be noticeably faster in scenarios with large amounts of bodies in a few "piles", although the default solver holds the advantage if there are many such "piles" containing relatively few bodies each.

A new constraint solver for the Bullet rigid body simulator has been added to Houdini (and Bullet's old parallel solver has been removed). The new solver, Parallel Gauss-Seidel (Graph Coloring), is similar to the unchanged default solver; the difference lies in the parallelization strategy. The new solver should be noticeably faster in scenarios with large amounts of bodies in a few "piles", although the default solver holds the advantage if there are many such "piles" containing relatively few bodies each.

A new constraint solver for the Bullet rigid body simulator has been added to Houdini (and Bullet's old parallel solver has been removed). The new solver, Parallel Gauss-Seidel (Graph Coloring), is similar to the unchanged default solver; the difference lies in the parallelization strategy. The new solver should be noticeably faster in scenarios with large amounts of bodies in a few "piles", although the default solver holds the advantage if there are many such "piles" containing relatively few bodies each.

A new constraint solver for the Bullet rigid body simulator has been added to Houdini (and Bullet's old parallel solver has been removed). The new solver, Parallel Gauss-Seidel (Graph Coloring), is similar to the unchanged default solver; the difference lies in the parallelization strategy. The new solver should be noticeably faster in scenarios with large amounts of bodies in a few "piles", although the default solver holds the advantage if there are many such "piles" containing relatively few bodies each.

A new constraint solver for the Bullet rigid body simulator has been added to Houdini (and Bullet's old parallel solver has been removed). The new solver, Parallel Gauss-Seidel (Graph Coloring), is similar to the unchanged default solver; the difference lies in the parallelization strategy. The new solver should be noticeably faster in scenarios with large amounts of bodies in a few "piles", although the default solver holds the advantage if there are many such "piles" containing relatively few bodies each.