VEX can now handle integer parameters with values larger than 1 million (1e6) properly.

VEX can now handle integer parameters with values larger than 1 million (1e6) properly.

VEX can now handle integer parameters with values larger than 1 million (1e6) properly.

VEX can now handle integer parameters with values larger than 1 million (1e6) properly.

Added some sample code to the OBJ_Shake.C HDK example for how to hide existing parameters.

Added some sample code to the OBJ_Shake.C HDK example for how to hide existing parameters.

Added some sample code to the OBJ_Shake.C HDK example for how to hide existing parameters.

Added some sample code to the OBJ_Shake.C HDK example for how to hide existing parameters.

Added some sample code to the OBJ_Shake.C HDK example for how to hide existing parameters.

Changed the Merge DOP to have a menu for choosing what sort of affector relationship to set up between input objects. This now makes it possible to use a Merge DOP to create a mutual affector relationship between all input objects.

Changed the Merge DOP to have a menu for choosing what sort of affector relationship to set up between input objects. This now makes it possible to use a Merge DOP to create a mutual affector relationship between all input objects.

Changed the Merge DOP to have a menu for choosing what sort of affector relationship to set up between input objects. This now makes it possible to use a Merge DOP to create a mutual affector relationship between all input objects.

Changed the Merge DOP to have a menu for choosing what sort of affector relationship to set up between input objects. This now makes it possible to use a Merge DOP to create a mutual affector relationship between all input objects.

Changed the Merge DOP to have a menu for choosing what sort of affector relationship to set up between input objects. This now makes it possible to use a Merge DOP to create a mutual affector relationship between all input objects.

The DOP SOP Solver has changed considerably. The DOP Solver SOP is no longer required in the SOP network. Instead, stamp and stamps expressions should be used in the SOP Network to fetch the appropriate geometry from DOPs using an Object Merge SOP.

The DOP SOP Solver has changed considerably. The DOP Solver SOP is no longer required in the SOP network. Instead, stamp and stamps expressions should be used in the SOP Network to fetch the appropriate geometry from DOPs using an Object Merge SOP.

The DOP SOP Solver has changed considerably. The DOP Solver SOP is no longer required in the SOP network. Instead, stamp and stamps expressions should be used in the SOP Network to fetch the appropriate geometry from DOPs using an Object Merge SOP.

The DOP SOP Solver has changed considerably. The DOP Solver SOP is no longer required in the SOP network. Instead, stamp and stamps expressions should be used in the SOP Network to fetch the appropriate geometry from DOPs using an Object Merge SOP.

The DOP SOP Solver has changed considerably. The DOP Solver SOP is no longer required in the SOP network. Instead, stamp and stamps expressions should be used in the SOP Network to fetch the appropriate geometry from DOPs using an Object Merge SOP.

DOP Constraints have been revised considerably. Rather than Pin, Nail, Stitch, and Glue constraints, the main constraints are now RBD Constraint, Cloth Constraint, Cloth Stitch Constraint, and Wire Glue Constraint. By customizing each constraint to the type of object it is meant to work with, the constraints have been simplified somewhat. RBD and Cloth constraints now have handles associated with them.

DOP Constraints have been revised considerably. Rather than Pin, Nail, Stitch, and Glue constraints, the main constraints are now RBD Constraint, Cloth Constraint, Cloth Stitch Constraint, and Wire Glue Constraint. By customizing each constraint to the type of object it is meant to work with, the constraints have been simplified somewhat. RBD and Cloth constraints now have handles associated with them.

DOP Constraints have been revised considerably. Rather than Pin, Nail, Stitch, and Glue constraints, the main constraints are now RBD Constraint, Cloth Constraint, Cloth Stitch Constraint, and Wire Glue Constraint. By customizing each constraint to the type of object it is meant to work with, the constraints have been simplified somewhat. RBD and Cloth constraints now have handles associated with them.

DOP Constraints have been revised considerably. Rather than Pin, Nail, Stitch, and Glue constraints, the main constraints are now RBD Constraint, Cloth Constraint, Cloth Stitch Constraint, and Wire Glue Constraint. By customizing each constraint to the type of object it is meant to work with, the constraints have been simplified somewhat. RBD and Cloth constraints now have handles associated with them.

DOP Constraints have been revised considerably. Rather than Pin, Nail, Stitch, and Glue constraints, the main constraints are now RBD Constraint, Cloth Constraint, Cloth Stitch Constraint, and Wire Glue Constraint. By customizing each constraint to the type of object it is meant to work with, the constraints have been simplified somewhat. RBD and Cloth constraints now have handles associated with them.

In addition to the stamp expression, a new stamps expression has been added which behaves just like stamp except it is used to retrieve stamped string parameters. Currently only the SOP Solver DOP and Copy Data DOP can create stamped string parameters.