The Inflate SOP has been added. This SOP will make room for a volume by moving the surrounding points. In ideal conditions, it does so in a volume preserving manner. For example, if an ellipsoid is placed under a skin, the skin will be moved to account for the volume and shape of the ellipsoid.

The Inflate SOP has been added. This SOP will make room for a volume by moving the surrounding points. In ideal conditions, it does so in a volume preserving manner. For example, if an ellipsoid is placed under a skin, the skin will be moved to account for the volume and shape of the ellipsoid.

The Inflate SOP has been added. This SOP will make room for a volume by moving the surrounding points. In ideal conditions, it does so in a volume preserving manner. For example, if an ellipsoid is placed under a skin, the skin will be moved to account for the volume and shape of the ellipsoid.

It is possible that on NT one was able to avoid running makeheaders due to a fortuitous match between the build machine and your machine. However, as the header files shipped were not the same as those generated by makeheaders, other problems would arise.

Now, the default headers shipped contain only: #error You must run makeheaders.

It is possible that on NT one was able to avoid running makeheaders due to a fortuitous match between the build machine and your machine. However, as the header files shipped were not the same as those generated by makeheaders, other problems would arise.

Now, the default headers shipped contain only: #error You must run makeheaders.

It is possible that on NT one was able to avoid running makeheaders due to a fortuitous match between the build machine and your machine. However, as the header files shipped were not the same as those generated by makeheaders, other problems would arise.

Now, the default headers shipped contain only: #error You must run makeheaders.

It is possible that on NT one was able to avoid running makeheaders due to a fortuitous match between the build machine and your machine. However, as the header files shipped were not the same as those generated by makeheaders, other problems would arise.

Now, the default headers shipped contain only: #error You must run makeheaders.

It is possible that on NT one was able to avoid running makeheaders due to a fortuitous match between the build machine and your machine. However, as the header files shipped were not the same as those generated by makeheaders, other problems would arise.

Now, the default headers shipped contain only: #error You must run makeheaders.

Fixed problems with geometry spreadsheet monitors going blank or showing the wrong node's geometry when changing the current node to a network within a network (such as a SHOP Network within an object).

Fixed problems with geometry spreadsheet monitors going blank or showing the wrong node's geometry when changing the current node to a network within a network (such as a SHOP Network within an object).

Fixed problems with geometry spreadsheet monitors going blank or showing the wrong node's geometry when changing the current node to a network within a network (such as a SHOP Network within an object).

Fixed problems with geometry spreadsheet monitors going blank or showing the wrong node's geometry when changing the current node to a network within a network (such as a SHOP Network within an object).

Fixed problems with geometry spreadsheet monitors going blank or showing the wrong node's geometry when changing the current node to a network within a network (such as a SHOP Network within an object).

The first stamped leaf in an LSystem will no longer have its first attribute corrupted. This was very apparent with the width attribute being corrupted when stamping an lsystem with an lsystem.

The first stamped leaf in an LSystem will no longer have its first attribute corrupted. This was very apparent with the width attribute being corrupted when stamping an lsystem with an lsystem.

The first stamped leaf in an LSystem will no longer have its first attribute corrupted. This was very apparent with the width attribute being corrupted when stamping an lsystem with an lsystem.

The first stamped leaf in an LSystem will no longer have its first attribute corrupted. This was very apparent with the width attribute being corrupted when stamping an lsystem with an lsystem.

The first stamped leaf in an LSystem will no longer have its first attribute corrupted. This was very apparent with the width attribute being corrupted when stamping an lsystem with an lsystem.

There was a bug in outputting the ray-transmission attribute to RIB streams for prman11. This also applied to the photon material attribute. Transmission and photon materials should be output properly to the RIB stream now.

There was a bug in outputting the ray-transmission attribute to RIB streams for prman11. This also applied to the photon material attribute. Transmission and photon materials should be output properly to the RIB stream now.

There was a bug in outputting the ray-transmission attribute to RIB streams for prman11. This also applied to the photon material attribute. Transmission and photon materials should be output properly to the RIB stream now.

There was a bug in outputting the ray-transmission attribute to RIB streams for prman11. This also applied to the photon material attribute. Transmission and photon materials should be output properly to the RIB stream now.

There was a bug in outputting the ray-transmission attribute to RIB streams for prman11. This also applied to the photon material attribute. Transmission and photon materials should be output properly to the RIB stream now.

There is no longer a 256 byte limit on rules in lsystems. There also no longer an 8k limit on line lengths in rule files for lsystems.

There is no longer a 256 byte limit on rules in lsystems. There also no longer an 8k limit on line lengths in rule files for lsystems.