Mantra is now able to output raw sample data (without pixel filtering). This causes the output resolution to be scaled by the sampling resolution (that is with pixel sampling set to 4x4, the image will be 4 times wider and 4 times higher). This option is currently only supported through the new -I option.

Mantra is now able to output raw sample data (without pixel filtering). This causes the output resolution to be scaled by the sampling resolution (that is with pixel sampling set to 4x4, the image will be 4 times wider and 4 times higher). This option is currently only supported through the new -I option.

Mantra is now able to output raw sample data (without pixel filtering). This causes the output resolution to be scaled by the sampling resolution (that is with pixel sampling set to 4x4, the image will be 4 times wider and 4 times higher). This option is currently only supported through the new -I option.

Mantra is now able to output raw sample data (without pixel filtering). This causes the output resolution to be scaled by the sampling resolution (that is with pixel sampling set to 4x4, the image will be 4 times wider and 4 times higher). This option is currently only supported through the new -I option.

Fixed a bug with the popnet SOP where the POP viewer would recook the simulation on the first frame if the user changed a switcher on a POP.

Fixed a bug with the popnet SOP where the POP viewer would recook the simulation on the first frame if the user changed a switcher on a POP.

Fixed a bug with the popnet SOP where the POP viewer would recook the simulation on the first frame if the user changed a switcher on a POP.

Fixed a bug with the popnet SOP where the POP viewer would recook the simulation on the first frame if the user changed a switcher on a POP.

Fixed a bug with the popnet SOP where the POP viewer would recook the simulation on the first frame if the user changed a switcher on a POP.

Network box snapping to grid now snaps to a node in the netbox in order to preserve the relative positions of the nodes in the network box.

Network box snapping to grid now snaps to a node in the netbox in order to preserve the relative positions of the nodes in the network box.

Network box snapping to grid now snaps to a node in the netbox in order to preserve the relative positions of the nodes in the network box.

Network box snapping to grid now snaps to a node in the netbox in order to preserve the relative positions of the nodes in the network box.

Network box snapping to grid now snaps to a node in the netbox in order to preserve the relative positions of the nodes in the network box.

Added the Goal Handle binding back to the RBD Constraint DOP. This handle now appears invisible each time a new RBD Constraint DOP is created.

Added the Goal Handle binding back to the RBD Constraint DOP. This handle now appears invisible each time a new RBD Constraint DOP is created.

Added the Goal Handle binding back to the RBD Constraint DOP. This handle now appears invisible each time a new RBD Constraint DOP is created.

Added the Goal Handle binding back to the RBD Constraint DOP. This handle now appears invisible each time a new RBD Constraint DOP is created.

Added the Goal Handle binding back to the RBD Constraint DOP. This handle now appears invisible each time a new RBD Constraint DOP is created.

A new help card example for the DOP SOP Solver showing how to visualize RBD forces.

A new help card example for the DOP SOP Solver showing how to visualize RBD forces.

A new help card example for the DOP SOP Solver showing how to visualize RBD forces.

A new help card example for the DOP SOP Solver showing how to visualize RBD forces.

A new help card example for the DOP SOP Solver showing how to visualize RBD forces.

The Switch DOP no longer processes all input DOPs when the inputs are object streams. Only one input is processed, base on the Select Input parameter.