Put the Edit Parameter Interface menu item back into the RMB menu for node tiles.

Put the Edit Parameter Interface menu item back into the RMB menu for node tiles.

Put the Edit Parameter Interface menu item back into the RMB menu for node tiles.

The Gas Project Non Divergent micro solver now has an optional goal divergence field so one can project to a divergent field rather than a non-divergent one.

The Gas Project Non Divergent micro solver now has an optional goal divergence field so one can project to a divergent field rather than a non-divergent one.

The Gas Project Non Divergent micro solver now has an optional goal divergence field so one can project to a divergent field rather than a non-divergent one.

The Gas Project Non Divergent micro solver now has an optional goal divergence field so one can project to a divergent field rather than a non-divergent one.

The Gas Project Non Divergent micro solver now has an optional goal divergence field so one can project to a divergent field rather than a non-divergent one.

It is now possible to edit several shelf tools at the same time.

It is now possible to edit several shelf tools at the same time.

It is now possible to edit several shelf tools at the same time.

It is now possible to edit several shelf tools at the same time.

It is now possible to edit several shelf tools at the same time.

The Particle Fluid Solver DOP has been updated to make use of a more sophisticated, adaptive-substepping integration technique for simulating particle fluids. Two new parameters - Error Tolerance and Substep Repetition Tolerance - now appear in the Advanced tab of this node and can be used to fine-tune the numerical integration.

Of note is that the "Prequel Solvers" input on this node is no longer particularly useful, and using it may in fact cause problems to occur. This input will likely be removed shortly.

The Particle Fluid Solver DOP has been updated to make use of a more sophisticated, adaptive-substepping integration technique for simulating particle fluids. Two new parameters - Error Tolerance and Substep Repetition Tolerance - now appear in the Advanced tab of this node and can be used to fine-tune the numerical integration.

Of note is that the "Prequel Solvers" input on this node is no longer particularly useful, and using it may in fact cause problems to occur. This input will likely be removed shortly.

The Particle Fluid Solver DOP has been updated to make use of a more sophisticated, adaptive-substepping integration technique for simulating particle fluids. Two new parameters - Error Tolerance and Substep Repetition Tolerance - now appear in the Advanced tab of this node and can be used to fine-tune the numerical integration.

Of note is that the "Prequel Solvers" input on this node is no longer particularly useful, and using it may in fact cause problems to occur. This input will likely be removed shortly.

The Particle Fluid Solver DOP has been updated to make use of a more sophisticated, adaptive-substepping integration technique for simulating particle fluids. Two new parameters - Error Tolerance and Substep Repetition Tolerance - now appear in the Advanced tab of this node and can be used to fine-tune the numerical integration.

Of note is that the "Prequel Solvers" input on this node is no longer particularly useful, and using it may in fact cause problems to occur. This input will likely be removed shortly.

The Particle Fluid Solver DOP has been updated to make use of a more sophisticated, adaptive-substepping integration technique for simulating particle fluids. Two new parameters - Error Tolerance and Substep Repetition Tolerance - now appear in the Advanced tab of this node and can be used to fine-tune the numerical integration.

Of note is that the "Prequel Solvers" input on this node is no longer particularly useful, and using it may in fact cause problems to occur. This input will likely be removed shortly.

Many of the DOP Gas Microsolvers now have an option to disable the linking of their timestep to the actual timestep. This, coupled with the timescale, allows one to perform parts of the simulation along a fictitious time.

Many of the DOP Gas Microsolvers now have an option to disable the linking of their timestep to the actual timestep. This, coupled with the timescale, allows one to perform parts of the simulation along a fictitious time.

Many of the DOP Gas Microsolvers now have an option to disable the linking of their timestep to the actual timestep. This, coupled with the timescale, allows one to perform parts of the simulation along a fictitious time.

Many of the DOP Gas Microsolvers now have an option to disable the linking of their timestep to the actual timestep. This, coupled with the timescale, allows one to perform parts of the simulation along a fictitious time.

Many of the DOP Gas Microsolvers now have an option to disable the linking of their timestep to the actual timestep. This, coupled with the timescale, allows one to perform parts of the simulation along a fictitious time.

We no longer create an Output VOP automatically when loading a VOP Network that doesn't contain one. This fixes bugs involving the mysterious appearance of Output VOP nodes after they've been deleted.

We no longer create an Output VOP automatically when loading a VOP Network that doesn't contain one. This fixes bugs involving the mysterious appearance of Output VOP nodes after they've been deleted.