The checkbox parameters and drop down selection menu parameters now can be locked. In the right mouse button pop-up menu for these parameters, lock and unlock entry is available to prevent the change of the parameter values.

The checkbox parameters and drop down selection menu parameters now can be locked. In the right mouse button pop-up menu for these parameters, lock and unlock entry is available to prevent the change of the parameter values.

The checkbox parameters and drop down selection menu parameters now can be locked. In the right mouse button pop-up menu for these parameters, lock and unlock entry is available to prevent the change of the parameter values.

The checkbox parameters and drop down selection menu parameters now can be locked. In the right mouse button pop-up menu for these parameters, lock and unlock entry is available to prevent the change of the parameter values.

Added a linear interpolation type to the lattice SOP.

Added a linear interpolation type to the lattice SOP.

Added a linear interpolation type to the lattice SOP.

Added a linear interpolation type to the lattice SOP.

Added a linear interpolation type to the lattice SOP.

The Inflate SOP now evaluates the Tightness and Max Inflation Distance parameters on a per point basis. All standard point local variables are available.

The Inflate SOP now evaluates the Tightness and Max Inflation Distance parameters on a per point basis. All standard point local variables are available.

The Inflate SOP now evaluates the Tightness and Max Inflation Distance parameters on a per point basis. All standard point local variables are available.

The Inflate SOP now evaluates the Tightness and Max Inflation Distance parameters on a per point basis. All standard point local variables are available.

The Inflate SOP now evaluates the Tightness and Max Inflation Distance parameters on a per point basis. All standard point local variables are available.

There's a new environment variable (HOUDINI_DEFAULT_RIB_RENDERER). This allows the default RIB target version to be specified. When rendering from the viewport or saving geometry (and any other places where the target isn't specified), this variable will be used to determine the appropriate target. For example, to save an archive containing RiNuCurve primitives (not supported by prman), you could set the variable to "rdc3.3" or "air2.8".

To change the viewport renderer to a renderer other than prman, it's also necessary to set the variable HOUDINI_VIEW_RMAN to the appropriate command.

There's a new environment variable (HOUDINI_DEFAULT_RIB_RENDERER). This allows the default RIB target version to be specified. When rendering from the viewport or saving geometry (and any other places where the target isn't specified), this variable will be used to determine the appropriate target. For example, to save an archive containing RiNuCurve primitives (not supported by prman), you could set the variable to "rdc3.3" or "air2.8".

To change the viewport renderer to a renderer other than prman, it's also necessary to set the variable HOUDINI_VIEW_RMAN to the appropriate command.

There's a new environment variable (HOUDINI_DEFAULT_RIB_RENDERER). This allows the default RIB target version to be specified. When rendering from the viewport or saving geometry (and any other places where the target isn't specified), this variable will be used to determine the appropriate target. For example, to save an archive containing RiNuCurve primitives (not supported by prman), you could set the variable to "rdc3.3" or "air2.8".

To change the viewport renderer to a renderer other than prman, it's also necessary to set the variable HOUDINI_VIEW_RMAN to the appropriate command.

There's a new environment variable (HOUDINI_DEFAULT_RIB_RENDERER). This allows the default RIB target version to be specified. When rendering from the viewport or saving geometry (and any other places where the target isn't specified), this variable will be used to determine the appropriate target. For example, to save an archive containing RiNuCurve primitives (not supported by prman), you could set the variable to "rdc3.3" or "air2.8".

To change the viewport renderer to a renderer other than prman, it's also necessary to set the variable HOUDINI_VIEW_RMAN to the appropriate command.

There's a new environment variable (HOUDINI_DEFAULT_RIB_RENDERER). This allows the default RIB target version to be specified. When rendering from the viewport or saving geometry (and any other places where the target isn't specified), this variable will be used to determine the appropriate target. For example, to save an archive containing RiNuCurve primitives (not supported by prman), you could set the variable to "rdc3.3" or "air2.8".

To change the viewport renderer to a renderer other than prman, it's also necessary to set the variable HOUDINI_VIEW_RMAN to the appropriate command.

Fixed bug where the post-render script of the last child of a Subnet ROP would not be executed.

Fixed bug where the post-render script of the last child of a Subnet ROP would not be executed.

Fixed bug where the post-render script of the last child of a Subnet ROP would not be executed.

Fixed bug where the post-render script of the last child of a Subnet ROP would not be executed.

Fixed bug where the post-render script of the last child of a Subnet ROP would not be executed.

Fixed problem where if an error occurred in the execution of render scripts when rendering an output driver (ROP), it would fail to further render until its render script parameters were cleared to obtain a successful render.